Network
Important
Bias-free communication
Microsoft supports a diverse and inclusive environment. This article contains references to terminology that the Microsoft style guide for bias-free communication recognizes as exclusionary. The word or phrase is used in this article for consistency because it currently appears in the software. When the software is updated to remove the language, this article will be updated to be in alignment.
This section lists functions, event callbacks, macros, structures, and enumerations used in Windows network device drivers. The header files that contain the topics defined in this section are included in the Windows Driver Kit (WDK).
For the programming guide, see Network Driver Design Guide.
Network driver headers
This is a complete list of all headers in the WDK for network drivers; headers that support particular network technologies are listed in the following sections.
- Dot11wdi.h
- Checksum.h
- Checksumtypes.h
- Encapsulationconfig.h
- Exemptionaction.h
- Exemptionactiontypes.h
- Extension.h
- Fragment.h
- Fwpmk.h
- Fwpsk.h
- Hashtypes.h
- ieee8021q.h
- ieee8021qtypes.h
- Knetpwrdepbroker.h
- Logicaladdress.h
- Logicaladdresstypes.h
- Mbbcx.h
- Mdl.h
- Mdlapi.h
- Mdltypes.h
- Miniport.h
- Nbl.h
- Nbl8021q.h
- Nblaccessors.h
- Nblapi.h
- Nblchecksum.h
- Nblhash.h
- Nblinfo.h
- Nbllso.h
- Nblrsc.h
- Nbltimestamp.h
- Nbluro.h
- Nbluso.h
- Ndis.h
- Ndischimney.h
- Ndisndk.h
- Ndiswwan.h
- Ndkpi.h
- Netadapter.h
- Netadapteroffload.h
- Netadapterpacket.h
- Netconfiguration.h
- Netdevice.h
- Netdma.h
- Netioddk.h
- Netpacketqueue.h
- Netpnp.h
- Netpoweroffload.h
- Netpoweroffloadlist.h
- Netreceivescaling.h
- Netrxqueue.h
- Nettxqueue.h
- Netwakesource.h
- Netwakesourcelist.h
- Ntddndis.h
- Ntddrilapitypes.h
- Objectheader.h
- Oemrilapitypes.h
- Oidrequest.h
- Oidtypes.h
- Packet.h
- Poll.h
- Returncontext.h
- Returncontexttypes.h
- Rilapi.h
- Rilapitypes.h
- Ring.h
- Ringcollection.h
- Rsc.h
- Rsctypes.h
- Virtualaddress.h
- Virtualaddresstypes.h
- Vmbuskernelmodeclientlibapi.h
- Wditypes.hpp
- Windot11.h
- Wlanihv.h
- Wlanihvtypes.h
- Wlantypes.h
- Wlclient.h
- Wsk.h
- Wwan.h
The following sections contain information for each area of network driver technology:
NetAdapterCx
Starting in Windows 10, version 1703, the Windows Driver Kit (WDK) includes a class extension module (NetAdapterCx) that enables you to write a KMDF-based networking (NDIS) client driver for Network Interface Cards (NICs). The client driver interacts with NetAdapterCx, which acts as a bridge to traditional NDIS.
For more info about NetAdapterCx, see Network Adapter WDF Class Extension (Cx).
Header files that support NetAdapterCx include the following:
- Checksum.h
- Checksumtypes.h
- Extension.h
- Fragment.h
- Gso.h
- Gsotypes.h
- Ieee8021q.h
- Ieee8021qtypes.h
- Logicaladdress.h
- Logicaladdresstypes.h
- Mdl.h
- Mdltypes.h
- Netadapter.h
- Netadaptercxtypes.h
- Netadapteroffload.h
- Netadapterpacket.h
- Netconfiguration.h
- Netdevice.h
- Netpacketqueue.h
- Netpoweroffload.h
- Netpoweroffloadlist.h
- Netreceivescaling.h
- Netrxqueue.h
- Nettxqueue.h
- Netwakesource.h
- Netwakesourcelist.h
- Packet.h
- Returncontext.h
- Returncontexttypes.h
- Ring.h
- Ringcollection.h
- Rsc.h
- Rsctypes.h
- Virtualaddress.h
- Virtualaddresstypes.h
NDIS Core Functionality
The foundation for all kernel mode Windows network technologies is the Network Driver Interface Specification, or NDIS. NDIS forms the network driver platform that bridges the gap between the NIC and upper layers in the network stack.
For more info about NDIS Core Functionality, see NDIS Core Functionality.
Header files that support NDIS core functionality include the following:
Scalable Networking
Windows includes technologies for scalable networking such as Header-Data Split, NetDMA, PacketDirect Provider Interface, Network Virtualization using Generic Routing Encapsulation (NVGRE) Task Offload, Receive Segment Coalescing (RSC), Receive Side Scaling (RSS), and TCP/IP offload.
For more info about scalable networking, see Scalable Networking.
Header files that support scalable networking include the following:
Virtualized Networking
NDIS supports technologies for packet transfer and management within a Hyper-V virtual environment such as Single Root I/O Virtualization (SR-IOV), Virtual Machine Queue (VMQ), and Hyper-V Extensible Switch.
For more info about virtualized networking, see Virtualized Networking.
Header files that support virtualized networking include the following:
Wireless Networking
Windows network drivers support both Wi-Fi and Mobile Broadband.
MBBCx
Starting in Windows 10, version 1809, the Windows Driver Kit (WDK) includes a class extension module (MBBCx) that enables you to write a KMDF-based mobile broadband (MBB) client driver for MBB devices. The client driver interacts with MBBCx for mobile broadband media-specific functionality in addition to being based on NetAdapterCx and WDF.
For more info about MBBCx, see Mobile Broadband (MBB) WDF class extension.
Header files that support MBBCx include the following:
WiFiCx
Starting in Windows 11, the Windows Driver Kit (WDK) includes a Wi-Fi WDF class extension (WiFiCx) that enables you to write a KMDF-based Wi-Fi client driver for Wi-Fi devices. The client driver interacts with WiFiCx for Wi-Fi media-specific functionality in addition to being based on NetAdapterCx and WDF.
For more info about WiFiCx, see Introduction to the Wi-Fi WDF class extension (WiFiCx).
Header files that support WiFiCx include the following:
- Dot11wificxintf.h
- Dot11wificxtypes.h
- Exemptionactiontypes.h
- Exemptionaction.h
- Wificx.h
- Wificxpoweroffload.h
- Wificxpoweroffloadlist.h
- Wificxtypes.h
- Wificxwakesource.h
- Wificxwakesourcelist.h
Older wireless networking models
For Windows Vista, Windows 7, Windows 8, and Windows 8.1, Wi-Fi drivers use the Native 802.11 Wireless LAN model. For Windows 10 and later, Wi-Fi drivers use the WLAN Universal Windows driver model, or WDI.
For more info, see Wireless Networking.
Header files that support wireless networking include the following:
- Dot11Wdi.h
- Ndis.h
- Ndiswwan.h
- Ntddndis.h
- Wditypes.hpp
- Windot11.h
- Wlanihv.h
- Wlantypes.h
- Wlclient.h
- Wwan.h
Network Module Registrar
The Network Module Registrar (NMR) is an operating system module that facilitates the attachment of network modules to each other.
For more info about the NMR, see Network Module Registrar.
Header files that support the NMR include the following:
Winsock Kernel (WSK)
Winsock Kernel (WSK) is the kernel mode component of Windows Sockets.
For more info about WSK, see Winsock Kernel.
Header files that support WSK include the following:
Windows Filtering Platform Callout Drivers
Windows Filtering Platform Callout Drivers are network drivers that implement one or more callouts, which enable them to process TCP/IP-based network data in ways that are beyond simple filtering.
For more info about Windows Filtering Platform Callout Drivers, see Windows Filtering Platform Callout Drivers.
Header files that support Windows Filtering Platform Callout Drivers include the following:
Enumerations
| DOT11_ASSOCIATION_STATE The DOT11_ASSOCIATION_STATE enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_AUTH_ALGORITHM The DOT11_AUTH_ALGORITHM enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_BSS_TYPE The DOT11_BSS_TYPE enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_CIPHER_ALGORITHM The DOT11_CIPHER_ALGORITHM enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_DIRECTION The DOT11_DIRECTION enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_DIVERSITY_SUPPORT The DOT11_DIVERSITY_SUPPORT enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_MSONEX_RESULT The DOT11_MSONEX_RESULT enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PHY_TYPE The DOT11_PHY_TYPE enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_POWER_MODE The DOT11_POWER_MODE enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_POWER_MODE_REASON The DOT11_POWER_MODE_REASON lists the different reasons for changes to auto power save mode state. |
| DOT11_TEMP_TYPE The DOT11_TEMP_TYPE enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_WFD_DISCOVER_TYPE The DOT11_WFD_DISCOVER_TYPE enumeration indicates the mode of Wi-Fi Direct device discovery. |
| DOT11_WFD_SCAN_TYPE The DOT11_WFD_SCAN_TYPE enumeration indicates the type of scan used during the scan phase of device discovery. |
| DOT11_WPS_CONFIG_METHOD The DOT11_WPS_CONFIG_METHOD enumeration specifies the Wi-Fi Protected Setup methods. |
| DOT11EXT_IHV_INDICATION_TYPE The DOT11EXT_IHV_INDICATION_TYPE enumeration is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| eDiagnoseLevel The eDiagnoseLevel enumeration defines the diagnosis levels for adapter hang diagnosis. |
| eDiagnoseLevel Microsoft reserves the eDiagnoseLevel enumeration for internal use only. Don't use this enumeration in your code. |
| FWPS_BUILTIN_LAYERS Defines constants that specify built-in run-time filtering layer identifiers. |
| FWPS_CONNECTION_REDIRECT_STATE The FWPS_CONNECTION_REDIRECT_STATE enumeration type specifies the current redirection state of a connection. |
| FWPS_FIELDS_ALE_AUTH_CONNECT_V4 The FWPS_FIELDS_ALE_AUTH_CONNECT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_AUTH_CONNECT_V4 and FWPS_LAYER_ALE_AUTH_CONNECT_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_AUTH_CONNECT_V6 The FWPS_FIELDS_ALE_AUTH_CONNECT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_AUTH_CONNECT_V6 and FWPS_LAYER_ALE_AUTH_CONNECT_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_AUTH_LISTEN_V4 The FWPS_FIELDS_ALE_AUTH_LISTEN_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_AUTH_LISTEN_V4 and FWPS_LAYER_ALE_AUTH_LISTEN_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_AUTH_LISTEN_V6 The FWPS_FIELDS_ALE_AUTH_LISTEN_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_AUTH_LISTEN_V6 and FWPS_LAYER_ALE_AUTH_LISTEN_V6_DISCARD run-time filtering layers |
| FWPS_FIELDS_ALE_AUTH_RECV_ACCEPT_V4 The FWPS_FIELDS_ALE_AUTH_RECV_ACCEPT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_AUTH_RECV_ACCEPT_V4 and FWPS_LAYER_ALE_AUTH_RECV_ACCEPT_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_AUTH_RECV_ACCEPT_V6 The FWPS_FIELDS_ALE_AUTH_RECV_ACCEPT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_AUTH_RECV_ACCEPT_V6 and FWPS_LAYER_ALE_AUTH_RECV_ACCEPT_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_BIND_REDIRECT_V4 The FWPS_FIELDS_ALE_BIND_REDIRECT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_BIND_REDIRECT_V4 run-time filtering layer. |
| FWPS_FIELDS_ALE_BIND_REDIRECT_V6 The FWPS_FIELDS_ALE_BIND_REDIRECT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_BIND_REDIRECT_V6 run-time filtering layer. |
| FWPS_FIELDS_ALE_CONNECT_REDIRECT_V4 The FWPS_FIELDS_ALE_CONNECT_REDIRECT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_CONNECT_REDIRECT_V4 run-time filtering layer. |
| FWPS_FIELDS_ALE_CONNECT_REDIRECT_V6 The FWPS_FIELDS_ALE_CONNECT_REDIRECT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_CONNECT_REDIRECT_V6 run-time filtering layer. |
| FWPS_FIELDS_ALE_ENDPOINT_CLOSURE_V4 The FWPS_FIELDS_ALE_ENDPOINT_CLOSURE_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_ENDPOINT_CLOSURE_V4 run-time filtering layer. |
| FWPS_FIELDS_ALE_ENDPOINT_CLOSURE_V6 The FWPS_FIELDS_ALE_ENDPOINT_CLOSURE_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_ENDPOINT_CLOSURE_V6 run-time filtering layer. |
| FWPS_FIELDS_ALE_FLOW_ESTABLISHED_V4 The FWPS_FIELDS_ALE_FLOW_ESTABLISHED_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_FLOW_ESTABLISHED_V4 and FWPS_LAYER_ALE_FLOW_ESTABLISHED_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_FLOW_ESTABLISHED_V6 The FWPS_FIELDS_ALE_FLOW_ESTABLISHED_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_FLOW_ESTABLISHED_V6 and FWPS_LAYER_ALE_FLOW_ESTABLISHED_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_RESOURCE_ASSIGNMENT_V4 The FWPS_FIELDS_ALE_RESOURCE_ASSIGNMENT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_RESOURCE_ASSIGNMENT_V4 and FWPS_LAYER_ALE_RESOURCE_ASSIGNMENT_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_RESOURCE_ASSIGNMENT_V6 The FWPS_FIELDS_ALE_RESOURCE_ASSIGNMENT_V6enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_RESOURCE_ASSIGNMENT_V6 and FWPS_LAYER_ALE_RESOURCE_ASSIGNMENT_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_ALE_RESOURCE_RELEASE_V4 The FWPS_FIELDS_ALE_RESOURCE_RELEASE_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_RESOURCE_RELEASE_V4 run-time filtering layer. |
| FWPS_FIELDS_ALE_RESOURCE_RELEASE_V6 The FWPS_FIELDS_ALE_RESOURCE_RELEASE_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_ALE_RESOURCE_RELEASE_V6 run-time filtering layer. |
| FWPS_FIELDS_DATAGRAM_DATA_V4 The FWPS_FIELDS_DATAGRAM_DATA_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_DATAGRAM_DATA_V4 and FWPS_LAYER_DATAGRAM_DATA_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_DATAGRAM_DATA_V6 The FWPS_FIELDS_DATAGRAM_DATA_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_DATAGRAM_DATA_V6 and FWPS_LAYER_DATAGRAM_DATA_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_EGRESS_VSWITCH_ETHERNET The FWPS_FIELDS_EGRESS_VSWITCH_ETHERNET (formerly FWPS_FIELDS_EGRESS_VSWITCH_802_3) enumeration type specifies the data field identifiers for the FWPS_LAYER_EGRESS_VSWITCH_ETHERNET run-time filtering layer. |
| FWPS_FIELDS_EGRESS_VSWITCH_TRANSPORT_V4 The FWPS_FIELDS_EGRESS_VSWITCH_TRANSPORT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_EGRESS_VSWITCH_TRANSPORT_V4 run-time filtering layer. |
| FWPS_FIELDS_EGRESS_VSWITCH_TRANSPORT_V6 The WPS_FIELDS_EGRESS_VSWITCH_TRANSPORT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_EGRESS_VSWITCH_TRANSPORT_V6 run-time filtering layer. |
| FWPS_FIELDS_IKEEXT_V4 The FWPS_FIELDS_IKEEXT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_IKEEXT_V4 run-time filtering layer. |
| FWPS_FIELDS_IKEEXT_V6 The FWPS_FIELDS_IKEEXT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_IKEEXT_V6 run-time filtering layer. |
| FWPS_FIELDS_INBOUND_ICMP_ERROR_V4 The FWPS_FIELDS_INBOUND_ICMP_ERROR_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_INBOUND_ICMP_ERROR_V4 and FWPS_LAYER_INBOUND_ICMP_ERROR_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_INBOUND_ICMP_ERROR_V6 The FWPS_FIELDS_INBOUND_ICMP_ERROR_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_INBOUND_ICMP_ERROR_V6 and FWPS_LAYER_INBOUND_ICMP_ERROR_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_INBOUND_IPPACKET_V4 The FWPS_FIELDS_INBOUND_IPPACKET_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_INBOUND_IPPACKET_V4 and FWPS_LAYER_INBOUND_IPPACKET_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_INBOUND_IPPACKET_V6 The FWPS_FIELDS_INBOUND_IPPACKET_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_INBOUND_IPPACKET_V6 and FWPS_LAYER_INBOUND_IPPACKET_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_INBOUND_MAC_FRAME_ETHERNET The FWPS_FIELDS_INBOUND_MAC_FRAME_ETHERNET enumeration type specifies the data field identifiers for the FWPS_LAYER_INBOUND_MAC_FRAME_ETHERNET run-time filtering layer. |
| FWPS_FIELDS_INBOUND_MAC_FRAME_NATIVE The FWPS_FIELDS_INBOUND_MAC_FRAME_NATIVE enumeration type specifies the data field identifiers for the FWPS_LAYER_INBOUND_MAC_FRAME_NATIVE run-time filtering layer. |
| FWPS_FIELDS_INBOUND_TRANSPORT_V4 The FWPS_FIELDS_INBOUND_TRANSPORT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_INBOUND_TRANSPORT_V4 and FWPS_LAYER_INBOUND_TRANSPORT_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_INBOUND_TRANSPORT_V6 The FWPS_FIELDS_INBOUND_TRANSPORT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_INBOUND_TRANSPORT_V6 and FWPS_LAYER_INBOUND_TRANSPORT_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_INGRESS_VSWITCH_ETHERNET The FWPS_FIELDS_INGRESS_VSWITCH_ETHERNET (formerly WPS_FIELDS_INGRESS_VSWITCH_802_3) enumeration type specifies the data field identifiers for the FWPS_LAYER_INGRESS_VSWITCH_ETHERNET run-time filtering layer. |
| FWPS_FIELDS_INGRESS_VSWITCH_TRANSPORT_V4 The FWPS_FIELDS_INGRESS_VSWITCH_TRANSPORT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_INGRESS_VSWITCH_TRANSPORT_V4 run-time filtering layer. |
| FWPS_FIELDS_INGRESS_VSWITCH_TRANSPORT_V6 The FWPS_FIELDS_INGRESS_VSWITCH_TRANSPORT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_INGRESS_VSWITCH_TRANSPORT_V6 run-time filtering layer. |
| FWPS_FIELDS_IPFORWARD_V4 The FWPS_FIELDS_IPFORWARD_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_IPFORWARD_V4 and FWPS_LAYER_IPFORWARD_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_IPFORWARD_V6 The FWPS_FIELDS_IPFORWARD_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_IPFORWARD_V6 and FWPS_LAYER_IPFORWARD_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_IPSEC_KM_DEMUX_V4 The FWPS_FIELDS_IPSEC_KM_DEMUX_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_IPSEC_KM_DEMUX_V4 run-time filtering layer. |
| FWPS_FIELDS_IPSEC_KM_DEMUX_V6 The FWPS_FIELDS_IPSEC_KM_DEMUX_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_IPSEC_KM_DEMUX_V6 run-time filtering layer. |
| FWPS_FIELDS_IPSEC_V4 The FWPS_FIELDS_IPSEC_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_IPSEC_V4 run-time filtering layer. |
| FWPS_FIELDS_IPSEC_V6 The FWPS_FIELDS_IPSEC_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_IPSEC_V6 run-time filtering layer. |
| FWPS_FIELDS_KM_AUTHORIZATION The FWPS_FIELDS_KM_AUTHORIZATION enumeration type specifies the data field identifiers for the FWPS_LAYER_KM_AUTHORIZATION run-time filtering layer. |
| FWPS_FIELDS_NAME_RESOLUTION_CACHE_V4 The FWPS_FIELDS_NAME_RESOLUTION_CACHE_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_NAME_RESOLUTION_CACHE_V4 run-time filtering layer. |
| FWPS_FIELDS_NAME_RESOLUTION_CACHE_V6 The FWPS_FIELDS_NAME_RESOLUTION_CACHE_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_NAME_RESOLUTION_CACHE_V6 run-time filtering layer. |
| FWPS_FIELDS_OUTBOUND_ICMP_ERROR_V4 The FWPS_FIELDS_OUTBOUND_ICMP_ERROR_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_ICMP_ERROR_V4 and FWPS_LAYER_OUTBOUND_ICMP_ERROR_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_OUTBOUND_ICMP_ERROR_V6 The FWPS_FIELDS_OUTBOUND_ICMP_ERROR_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_ICMP_ERROR_V6 and FWPS_LAYER_OUTBOUND_ICMP_ERROR_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_OUTBOUND_IPPACKET_V4 The FWPS_FIELDS_OUTBOUND_IPPACKET_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_IPPACKET_V4 and FWPS_LAYER_OUTBOUND_IPPACKET_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_OUTBOUND_IPPACKET_V6 The FWPS_FIELDS_OUTBOUND_IPPACKET_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_IPPACKET_V6 and FWPS_LAYER_OUTBOUND_IPPACKET_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_OUTBOUND_MAC_FRAME_ETHERNET The FWPS_FIELDS_OUTBOUND_MAC_FRAME_ETHERNET enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_MAC_FRAME_ETHERNET run-time filtering layer. |
| FWPS_FIELDS_OUTBOUND_MAC_FRAME_NATIVE The FWPS_FIELDS_OUTBOUND_MAC_FRAME_NATIVE enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_MAC_FRAME_NATIVE run-time filtering layer. |
| FWPS_FIELDS_OUTBOUND_NETWORK_POLICY_V4 The FWPS_FIELDS_OUTBOUND_NETWORK_POLICY_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_NETWORK_CONNECTION_POLICY_V4 run-time filtering layer. |
| FWPS_FIELDS_OUTBOUND_NETWORK_POLICY_V6 The FWPS_FIELDS_OUTBOUND_NETWORK_POLICY_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_NETWORK_CONNECTION_POLICY_V6 run-time filtering layer. |
| FWPS_FIELDS_OUTBOUND_TRANSPORT_V4 The FWPS_FIELDS_OUTBOUND_TRANSPORT_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_TRANSPORT_V4 and FWPS_LAYER_OUTBOUND_TRANSPORT_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_OUTBOUND_TRANSPORT_V6 The FWPS_FIELDS_OUTBOUND_TRANSPORT_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_OUTBOUND_TRANSPORT_V6 and FWPS_LAYER_OUTBOUND_TRANSPORT_V6_DISCARD run-time filtering layers. |
| FWPS_FIELDS_RPC_EP_ADD The FWPS_FIELDS_RPC_EP_ADD enumeration type specifies the data field identifiers for the FWPS_LAYER_RPC_EP_ADD run-time filtering layer. |
| FWPS_FIELDS_RPC_EPMAP The FWPS_FIELDS_RPC_EPMAP enumeration type specifies the data field identifiers for the FWPS_LAYER_RPC_EPMAP run-time filtering layer. |
| FWPS_FIELDS_RPC_PROXY_CONN The FWPS_FIELDS_RPC_PROXY_CONN enumeration type specifies the data field identifiers for the FWPS_LAYER_RPC_PROXY_CONN run-time filtering layer. |
| FWPS_FIELDS_RPC_PROXY_IF_IF The FWPS_FIELDS_RPC_PROXY_IF_IF enumeration type specifies the data field identifiers for the FWPS_LAYER_RPC_PROXY_IF run-time filtering layer. |
| FWPS_FIELDS_RPC_UM The FWPS_FIELDS_RPC_UM enumeration type specifies the data field identifiers for the FWPS_LAYER_RPC_UM run-time filtering layer. |
| FWPS_FIELDS_STREAM_PACKET_V4 The FWPS_FIELDS_STREAM_PACKET_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_STREAM_PACKET_V4 run-time filtering layer. |
| FWPS_FIELDS_STREAM_PACKET_V6 The FWPS_FIELDS_STREAM_PACKET_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_STREAM_PACKET_V6 run-time filtering layer. |
| FWPS_FIELDS_STREAM_V4 The FWPS_FIELDS_STREAM_V4 enumeration type specifies the data field identifiers for the FWPS_LAYER_STREAM_V4 and FWPS_LAYER_STREAM_V4_DISCARD run-time filtering layers. |
| FWPS_FIELDS_STREAM_V6 The FWPS_FIELDS_STREAM_V6 enumeration type specifies the data field identifiers for the FWPS_LAYER_STREAM_V6 and FWPS_LAYER_STREAM_V6_DISCARD run-time filtering layers. |
| FWPS_NET_BUFFER_LIST_EVENT_TYPE0 The FWPS_NET_BUFFER_LIST_EVENT_TYPE0 enumeration type specifies the possible status events that can cause the callout driver's FWPS_NET_BUFFER_LIST_NOTIFY_FN0 function to be called.Note FWPS_NET_BUFFER_LIST_EVENT_TYPE0 is a specific version of FWPS_NET_BUFFER_LIST_EVENT_TYPE. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FWPS_PACKET_INJECTION_STATE The FWPS_PACKET_INJECTION_STATE enumeration type specifies the injection state of a network buffer list. |
| FWPS_VSWITCH_EVENT_TYPE The FWPS_VSWITCH_EVENT_TYPE enumeration type specifies the type of a virtual switch event notification. |
| INET_DISCARD_REASON The INET_DISCARD_REASON enum defines the possible reasons that data is discarded by one of the transport layers. |
| IP_DISCARD_REASON The IP_DISCARD_REASON enum defines the possible reasons that data is discarded by one of the network layers. |
| IPSEC_OFFLOAD_V2_OPERATION The IPSEC_OFFLOAD_V2_OPERATION enumeration specifies the IPsec operation for which a security association (SA) is used. |
| MBB_MBIM_EXTENDED_VERSION The MBB_MBIM_EXTENDED_VERSION enumeration defines the version of the extended MBIM (MBIMEx) specification that a client driver and its device support. |
| MBB_MBIM_VERSION The MBB_MBIM_VERSION enumeration defines the version of the MBIM specification that a client driver and its device support. |
| MBB_WAKE_REASON_TYPE The MBB_WAKE_REASON_TYPE enumeration specifies the reason type for a wake-on-LAN (WoL) wake event generated by a MBBCx adapter. |
| NDIS_ARP_HEADER_FIELD The NDIS_ARP_HEADER_FIELD enumeration identifies the type of a field in an Address Resolution Protocol (ARP) header. |
| NDIS_DEVICE_POWER_STATE The NDIS_DEVICE_POWER_STATE enumeration defines device power state values. |
| NDIS_FRAME_HEADER The NDIS_FRAME_HEADER enumeration identifies the type of header in a network data frame. |
| NDIS_HYPERVISOR_PARTITION_TYPE The NDIS_HYPERVISOR_PARTITION_TYPE enumeration identifies the current partition type that is running on the hypervisor. |
| NDIS_IPV4_HEADER_FIELD The NDIS_IPV4_HEADER_FIELD enumeration identifies the type of a field in an IP version 4 (IPv4) header to be filtered. |
| NDIS_IPV6_HEADER_FIELD The NDIS_IPV6_HEADER_FIELD enumeration identifies the type of a field in an IP version 6 (IPv6) header to be filtered. |
| NDIS_ISOLATION_MODE The NDIS_ISOLATION_MODE enumeration defines the network isolation modes that can be specified for a VM network adapter. |
| NDIS_MAC_HEADER_FIELD The NDIS_MAC_HEADER_FIELD enumeration identifies the type of a field in a media access control (MAC) header to be filtered. |
| NDIS_MAC_PACKET_TYPE The NDIS_MAC_PACKET_TYPE enumeration identifies the type of a destination address field in a media access control (MAC) header to be filtered. |
| NDIS_MEDIUM The NDIS_MEDIUM enumeration type identifies the medium types that NDIS drivers support. |
| NDIS_MSIX_TABLE_OPERATION The NDIS_MSIX_TABLE_OPERATION enumeration identifies the type of MSI-X configuration operation. |
| NDIS_NET_BUFFER_LIST_INFO The NDIS_NET_BUFFER_LIST_INFO enumeration identifies information that is common to all NET_BUFFER structures in a NET_BUFFER_LIST structure. |
| NDIS_NIC_SWITCH_TYPE The NDIS_NIC_SWITCH_TYPE enumeration specifies the type of the NIC switch on a network adapter. |
| NDIS_NIC_SWITCH_VPORT_INTERRUPT_MODERATION The NDIS_NIC_SWITCH_VPORT_INTERRUPT_MODERATION enumeration specifies the interrupt moderation setting of a single root I/O virtualization (SR-IOV) virtual port (VPort) on the NIC switch. |
| NDIS_NIC_SWITCH_VPORT_STATE The NDIS_NIC_SWITCH_VPORT_STATE enumeration specifies the state of a single root I/O virtualization (SR-IOV) virtual port (VPort) on the NIC switch of a network adapter. |
| NDIS_PARAMETER_TYPE The NDIS_PARAMETER_TYPE enumeration type identifies the type of a registry entry. |
| NDIS_PD_COUNTER_TYPE The NDIS_PD_COUNTER_TYPE enumeration defines types of PacketDirect Provider Interface (PDPI) counters. Its enumeration values are used in the Type member of the NDIS_PD_COUNTER_PARAMETERS structure. |
| NDIS_PD_QUEUE_TYPE The NDIS_PD_QUEUE_TYPE enumeration defines types of PacketDirect Provider Interface (PDPI) queues. Its enumeration values are used in the QueueType member of the NDIS_PD_QUEUE_PARAMETERS structure. |
| NDIS_PM_PROTOCOL_OFFLOAD_TYPE The NDIS_PM_PROTOCOL_OFFLOAD_TYPE enumeration identifies the type of a protocol offload for NDIS network adapter power management. |
| NDIS_PM_WAKE_REASON_TYPE The NDIS_PM_WAKE_REASON_TYPE enumeration identifies the type of wake-up event that was generated by the network adapter. |
| NDIS_PM_WOL_PACKET The NDIS_PM_WOL_PACKET enumeration identifies the type of a wake-on-LAN (WOL) packet. |
| NDIS_PROCESSOR_VENDOR The NDIS_PROCESSOR_VENDOR enumeration identifies a processor vendor. |
| NDIS_RECEIVE_FILTER_TEST The NDIS_RECEIVE_FILTER_TEST enumeration identifies the type of test that the receive filter performs. |
| NDIS_RECEIVE_FILTER_TYPE The NDIS_RECEIVE_FILTER_TYPE enumeration identifies the receive filter types that the miniport driver supports. |
| NDIS_RECEIVE_QUEUE_OPERATIONAL_STATE The NDIS_RECEIVE_QUEUE_OPERATIONAL_STATE enumeration identifies the current queue state of a receive queue. |
| NDIS_RECEIVE_QUEUE_TYPE The NDIS_RECEIVE_QUEUE_TYPE enumeration identifies the type of a receive queue. |
| NDIS_REQUEST_TYPE The NDIS_REQUEST_TYPE enumeration identifies the request type in an OID request. |
| NDIS_RFC6877_464XLAT_OFFLOAD_OPTIONS The NDIS_RFC6877_464XLAT_OFFLOAD_OPTIONS enumeration describes a miniport driver's 464XLAT hardware offload capabilities. |
| NDIS_RSS_PROFILE This enumeration is not supported. |
| NDIS_SHARED_MEMORY_USAGE The NDIS_SHARED_MEMORY_USAGE enumeration specifies how shared memory is used. |
| NDIS_SWITCH_FEATURE_STATUS_TYPE The NDIS_SWITCH_FEATURE_STATUS_TYPE enumeration specifies the type of status information for a custom policy property, or feature, of a Hyper-V extensible switch. |
| NDIS_SWITCH_NIC_STATE The NDIS_SWITCH_NIC_STATE enumeration specifies the current state of the Hyper-V extensible switch network adapter. |
| NDIS_SWITCH_NIC_TYPE The NDIS_SWITCH_NIC_TYPE enumeration specifies the type of the virtual network adapter that is attached to a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_FEATURE_STATUS_TYPE The NDIS_SWITCH_PORT_FEATURE_STATUS_TYPE enumeration specifies the type of status information for a proprietary policy property, or feature, of a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_PROPERTY_TYPE The NDIS_SWITCH_PORT_PROPERTY_TYPE enumeration specifies the property type of a policy that is defined for a port on a Hyper-V extensible switch. |
| NDIS_SWITCH_PORT_PVLAN_MODE The NDIS_SWITCH_PORT_PVLAN_MODE enumeration specifies the operation mode of a private virtual local area network (PVLAN) policy property. This property is specified for a port on the Hyper-V extensible switch. |
| NDIS_SWITCH_PORT_STATE The NDIS_SWITCH_PORT_STATE enumeration specifies the current state of the Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_TYPE The NDIS_SWITCH_PORT_TYPE enumeration specifies the type of a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_VLAN_MODE The NDIS_SWITCH_PORT_VLAN_MODE enumeration specifies the operation mode of the virtual local area network (VLAN) policy property of a Hyper-V extensible switch port. |
| NDIS_SWITCH_PROPERTY_TYPE The NDIS_SWITCH_PROPERTY_TYPE enumeration specifies the type of policy property for a Hyper-V extensible switch. |
| NDIS_UDP_HEADER_FIELD The NDIS_UDP_HEADER_FIELD enumeration identifies the type of a field in a User Datagram Protocol (UDP) header to be filtered. |
| NDK_OBJECT_TYPE The NDK_OBJECT_TYPE enumeration defines types of Network Direct Kernel (NDK) objects. |
| NDK_OPERATION_TYPE The NDK_OPERATION_TYPE enumeration defines types of NDK operations. Its enumeration values are used in the Type member of the NDK_RESULT_EX structure. |
| NET_ADAPTER_AUTO_NEGOTIATION_FLAGS Specifies the auto-negotiation settings for the NIC driver. |
| NET_ADAPTER_PAUSE_FUNCTION_TYPE The NET_ADAPTER_PAUSE_FUNCTION_TYPE enumeration specifies what IEEE 802.3 pause frames a net adapter supports. |
| NET_ADAPTER_RECEIVE_SCALING_ENCAPSULATION_TYPE The NET_ADAPTER_RECEIVE_SCALING_ENCAPSULATION_TYPE enumeration specifies packet encapsulation technologies an RSS-capable NIC is able to bypass. |
| NET_ADAPTER_RECEIVE_SCALING_HASH_TYPE The NET_ADAPTER_RECEIVE_SCALING_HASH_TYPE enumeration specifies the type of receive side scaling (RSS) hash function that a NIC should use to compute the hash values for incoming packets. |
| NET_ADAPTER_RECEIVE_SCALING_PROTOCOL_TYPE The NET_ADAPTER_RECEIVE_SCALING_PROTOCOL_TYPE enumeration specifies the portion of received network data that a NIC must use to calculate an RSS hash value. |
| NET_ADAPTER_RECEIVE_SCALING_UNHASHED_TARGET_TYPE The NET_ADAPTER_RECEIVE_SCALING_UNHASHED_TARGET_TYPE enumeration specifies how a net adapter handles unhashed receive side scaling (RSS) frames. |
| NET_ADAPTER_WAKE_PATTERN_ID NET_ADAPTER_WAKE_PATTERN_ID is used to specify the wake pattern ID in the NET_ADAPTER_WAKE_REASON_PACKET structure. |
| NET_CONFIGURATION_QUERY_ULONG_FLAGS The NET_CONFIGURATION_QUERY_ULONG_FLAGS enumeration is used as an input parameter to the NetConfigurationQueryUlong function. |
| NET_DMA_PNP_NOTIFICATION_CODE The NET_DMA_PNP_NOTIFICATION_CODE enumeration identifies the type of a NetDMA Plug and Play (PnP) event. |
| NET_EXTENSION_TYPE The NET_EXTENSION_TYPE enumeration specifies the type of extension that a client driver is querying. |
| NET_MEMORY_MAPPING_REQUIREMENT The NET_MEMORY_MAPPING_REQUIREMENT enumeration identifies the memory mapping requirement that a net adapter can specify for its receive and transmit buffers. |
| NET_PACKET_FILTER_FLAGS NET_PACKET_FILTER_FLAGS describe a network adapter's receive packet filters. |
| NET_PACKET_RX_CHECKSUM_EVALUATION The NET_PACKET_RX_CHECKSUM_EVALUATION enumeration specifies checksum evaluation flags for a NET_PACKET_CHECKSUM structure during packet reception. |
| NET_PACKET_TX_CHECKSUM_ACTION The NET_PACKET_TX_CHECKSUM_ACTION enumeration specifies checksum action flags for a NET_PACKET_CHECKSUM structure during packet transmission. |
| NET_PACKET_TX_IEEE8021Q_ACTION_FLAGS Learn more about: NET_PACKET_TX_IEEE8021Q_ACTION_FLAGS |
| NET_POWER_OFFLOAD_TYPE The NET_POWER_OFFLOAD_TYPE enumeration specifies the type for a low power offload protocol offload to a net adapter. |
| NET_RING_TYPE The NET_RING_TYPE enumeration defines types of net rings for a packet queue. |
| NET_RX_FRAGMENT_BUFFER_ALLOCATION_MODE The NET_RX_FRAGMENT_BUFFER_ALLOCATION_MODE enumeration identifies how the operating system should allocate NET_PACKET_FRAGMENT receive buffers for a net adapter client driver's receive queues. |
| NET_RX_FRAGMENT_BUFFER_ATTACHMENT_MODE The NET_RX_FRAGMENT_BUFFER_ATTACHMENT_MODE enumeration identifies how the operating system should pre-attach NET_PACKET_FRAGMENT buffers to NET_PACKETs for a net adapter client driver's receive queues. |
| NET_WAKE_SOURCE_TYPE The NET_WAKE_SOURCE_TYPE enumeration specifies the type of a wake-on-LAN (WoL) wake-up event for a net adapter. |
| RIL_DEVSPECIFIC_CMD Microsoft reserves the RIL_DEVSPECIFIC_CMD enumeration for internal use only. Don't use this enumeration in your code. |
| RIL3GPP2ISDNALERTING Microsoft reserves the RIL3GPP2ISDNALERTING enumeration for internal use only. Don't use this enumeration in your code. |
| RIL3GPP2ISDNALERTING Don't use this enumeration in your code. Microsoft reserves the RIL3GPP2ISDNALERTING enumeration for internal use only. |
| RIL3GPP2TONE Don't use this enumeration in your code. Microsoft reserves the RIL3GPP2TONE enumeration for internal use only. |
| RIL3GPP2TONE Microsoft reserves the RIL3GPP2TONE enumeration for internal use only. Don't use this enumeration in your code. |
| RIL3GPPCALLCONTROLCAUSECODE Don't use the RIL3GPPCALLCONTROLCAUSECODE enumeration in your code. Microsoft reserves the enumeration for internal use only. |
| RIL3GPPCALLCONTROLCAUSECODE Don't use the enumeration in your code. Microsoft reserves the RIL3GPPCALLCONTROLCAUSECODE enumeration for internal use only. |
| RIL3GPPTONE Microsoft reserves the RIL3GPPTONE enumeration for internal use only. Don't use the RIL3GPPTONE enumeration in your code. |
| RIL3GPPTONE Don't use this enumeration in your code. Microsoft reserves the RIL3GPPTONE enumeration for internal use only. |
| RILACCESSTECHNOLOGYPARAMMASK Microsoft reserves the RILACCESSTECHNOLOGYPARAMMASK enumeration for internal use only. Don't use the RILACCESSTECHNOLOGYPARAMMASK enumeration in your code. |
| RILACCESSTECHNOLOGYPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILACCESSTECHNOLOGYPARAMMASK enumeration for internal use only. |
| RILADDITIONALCALLERINFOPARAMMASK Microsoft reserves the RILADDITIONALCALLERINFOPARAMMASK enumeration for internal use only. Don't use the RILADDITIONALCALLERINFOPARAMMASK enumeration in your code. |
| RILADDITIONALCALLERINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILADDITIONALCALLERINFOPARAMMASK enumeration for internal use only. |
| RILADDRESSNUMPLAN This enumeration describes the RILADDRESSNUMPLAN. |
| RILADDRESSNUMPLAN Microsoft reserves the RILADDRESSNUMPLAN enumeration for internal use only. Don't use this enumeration in your code. |
| RILADDRESSPARAMMASK This enumeration describes the RILADDRESSPARAMMASK enumeration. |
| RILADDRESSPARAMMASK Microsoft reserves the RILADDRESSPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILADDRESSTYPE This enumeration describes the RILADDRESSTYPE. |
| RILADDRESSTYPE Microsoft reserves the RILADDRESSTYPE enumeration for internal use only. Don't use this enumeration in your code. |
| RILALPHAIDENTIFIDERTYPE Microsoft reserves the RILALPHAIDENTIFIDERTYPE enumeration for internal use only. Don't use the RILALPHAIDENTIFIDERTYPE enumeration in your code. |
| RILALPHAIDENTIFIDERTYPE Don't use this enumeration in your code. Microsoft reserves the RILALPHAIDENTIFIDERTYPE enumeration for internal use only. |
| RILALPHAIDENTIFIERPARAMMASK Microsoft reserves the RILALPHAIDENTIFIERPARAMMASK enumeration for internal use only. Don't use the RILALPHAIDENTIFIERPARAMMASK enumeration in your code. |
| RILALPHAIDENTIFIERPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILALPHAIDENTIFIERPARAMMASK enumeration for internal use only. |
| RILC2KMRLPARAMMASK This enumeration describes the RILC2KMRLPARAMMASK. |
| RILC2KMRLPARAMMASK Microsoft reserves the RILC2KMRLPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILCALLAUDIOMEDIASTATEPARAMMASK Microsoft reserves the RILCALLAUDIOMEDIASTATEPARAMMASK enumeration for internal use only. Don't use the RILCALLAUDIOMEDIASTATEPARAMMASK enumeration in your code. |
| RILCALLAUDIOMEDIASTATEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLAUDIOMEDIASTATEPARAMMASK enumeration for internal use only. |
| RILCALLAUDIOQUALITY Microsoft reserves the RILCALLAUDIOQUALITY enumeration for internal use only. Don't use the RILCALLAUDIOQUALITY enumeration in your code. |
| RILCALLAUDIOQUALITY Don't use this enumeration in your code. Microsoft reserves the RILCALLAUDIOQUALITY enumeration for internal use only. |
| RILCALLAUDIOSOURCE Microsoft reserves the RILCALLAUDIOSOURCE enumeration for internal use only. Don't use the RILCALLAUDIOSOURCE enumeration in your code. |
| RILCALLAUDIOSOURCE Don't use this enumeration in your code. Microsoft reserves the RILCALLAUDIOSOURCE enumeration for internal use only. |
| RILCALLBARRINGSTATUSPARAMSSTATUS Microsoft reserves the RILCALLBARRINGSTATUSPARAMSSTATUS enumeration for internal use only. Don't use the RILCALLBARRINGSTATUSPARAMSSTATUS enumeration in your code. |
| RILCALLBARRINGSTATUSPARAMSSTATUS Don't use this enumeration in your code. Microsoft reserves the RILCALLBARRINGSTATUSPARAMSSTATUS enumeration for internal use only. |
| RILCALLBARRINGSTATUSPARAMSTYPE Microsoft reserves the RILCALLBARRINGSTATUSPARAMSTYPE enumeration for internal use only. Don't use the RILCALLBARRINGSTATUSPARAMSTYPE enumeration in your code. |
| RILCALLBARRINGSTATUSPARAMSTYPE Don't use this enumeration in your code. Microsoft reserves the RILCALLBARRINGSTATUSPARAMSTYPE enumeration for internal use only. |
| RILCALLDISCONNECTDETAILSASCODE Microsoft reserves the RILCALLDISCONNECTDETAILSASCODE enumeration for internal use only. Don't use the RILCALLDISCONNECTDETAILSASCODE enumeration in your code. |
| RILCALLDISCONNECTDETAILSASCODE Don't use this enumeration in your code. Microsoft reserves the RILCALLDISCONNECTDETAILSASCODE enumeration for internal use only. |
| RILCALLDISCONNECTDETAILSDISCONNECTGROUP Microsoft reserves the RILCALLDISCONNECTDETAILSDISCONNECTGROUP enumeration for internal use only. Don't use the RILCALLDISCONNECTDETAILSDISCONNECTGROUP enumeration in your code. |
| RILCALLDISCONNECTDETAILSDISCONNECTGROUP Don't use this enumeration in your code. Microsoft reserves the RILCALLDISCONNECTDETAILSDISCONNECTGROUP enumeration for internal use only. |
| RILCALLERIDSETTINGSPARAMMASK Microsoft reserves the RILCALLERIDSETTINGSPARAMMASK enumeration for internal use only. Don't use the RILCALLERIDSETTINGSPARAMMASK enumeration in your code. |
| RILCALLERIDSETTINGSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLERIDSETTINGSPARAMMASK enumeration for internal use only. |
| RILCALLFORWARDINGSETTINGSPARAMMASK Microsoft reserves the RILCALLFORWARDINGSETTINGSPARAMMASK enumeration for internal use only. Don't use the RILCALLFORWARDINGSETTINGSPARAMMASK enumeration in your code. |
| RILCALLFORWARDINGSETTINGSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLFORWARDINGSETTINGSPARAMMASK enumeration for internal use only. |
| RILCALLFORWARDINGSETTINGSREASON Microsoft reserves the RILCALLFORWARDINGSETTINGSREASON enumeration for internal use only. Don't use the RILCALLFORWARDINGSETTINGSREASON enumeration in your code. |
| RILCALLFORWARDINGSETTINGSREASON Don't use this enumeration in your code. Microsoft reserves the RILCALLFORWARDINGSETTINGSREASON enumeration for internal use only. |
| RILCALLHANDOVERPHASE Microsoft reserves the RILCALLHANDOVERPHASE enumeration for internal use only. Don't use the RILCALLHANDOVERPHASE enumeration in your code. |
| RILCALLHANDOVERPHASE Don't use this enumeration in your code. Microsoft reserves the RILCALLHANDOVERPHASE enumeration for internal use only. |
| RILCALLHANDOVERSTATEPARAMMASK Microsoft reserves the RILCALLHANDOVERSTATEPARAMMASK enumeration for internal use only. Don't use the RILCALLHANDOVERSTATEPARAMMASK enumeration in your code. |
| RILCALLHANDOVERSTATEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLHANDOVERSTATEPARAMMASK enumeration for internal use only. |
| RILCALLINFODIRECTION Microsoft reserves the RILCALLINFODIRECTION enumeration for internal use only. Don't use the RILCALLINFODIRECTION enumeration in your code. |
| RILCALLINFODIRECTION Don't use this enumeration in your code. Microsoft reserves the RILCALLINFODIRECTION enumeration for internal use only. |
| RILCALLINFODISCONNECTINITIATOR Microsoft reserves the RILCALLINFODISCONNECTINITIATOR enumeration for internal use only. Don't use the RILCALLINFODISCONNECTINITIATOR enumeration in your code. |
| RILCALLINFODISCONNECTINITIATOR Don't use this enumeration in your code. Microsoft reserves the RILCALLINFODISCONNECTINITIATOR enumeration for internal use only. |
| RILCALLINFODISCONNECTREASON Microsoft reserves the RILCALLINFODISCONNECTREASON enumeration for internal use only. Don't use the RILCALLINFODISCONNECTREASON enumeration in your code. |
| RILCALLINFODISCONNECTREASON Don't use this enumeration in your code. Microsoft reserves the RILCALLINFODISCONNECTREASON enumeration for internal use only. |
| RILCALLINFOFLAGS Microsoft reserves the RILCALLINFOFLAGS enumeration for internal use only. Don't use the RILCALLINFOFLAGS enumeration in your code. |
| RILCALLINFOFLAGS Don't use this enumeration in your code. Microsoft reserves the RILCALLINFOFLAGS enumeration for internal use only. |
| RILCALLINFOMULTIPARTY Microsoft reserves the RILCALLINFOMULTIPARTY enumeration for internal use only. Don't use the RILCALLINFOMULTIPARTY enumeration in your code. |
| RILCALLINFOMULTIPARTY Don't use this enumeration in your code. Microsoft reserves the RILCALLINFOMULTIPARTY enumeration for internal use only. |
| RILCALLINFOPARAMMASK Microsoft reserves the RILCALLINFOPARAMMASK enumeration for internal use only. Don't use the RILCALLINFOPARAMMASK enumeration in your code. |
| RILCALLINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLINFOPARAMMASK enumeration for internal use only. |
| RILCALLINFOSTATUS Microsoft reserves the RILCALLINFOSTATUS enumeration for internal use only. Don't use the RILCALLINFOSTATUS enumeration in your code. |
| RILCALLINFOSTATUS Don't use this enumeration in your code. Microsoft reserves the RILCALLINFOSTATUS enumeration for internal use only. |
| RILCALLMEDIAAUDIOFLAGS Microsoft reserves the RILCALLMEDIAAUDIOFLAGS enumeration for internal use only. Don't use the RILCALLMEDIAAUDIOFLAGS enumeration in your code. |
| RILCALLMEDIAAUDIOFLAGS Don't use this enumeration in your code. Microsoft reserves the RILCALLMEDIAAUDIOFLAGS enumeration for internal use only. |
| RILCALLMEDIADIRECTION Microsoft reserves the RILCALLMEDIADIRECTION enumeration for internal use only. Don't use the RILCALLMEDIADIRECTION enumeration in your code. |
| RILCALLMEDIADIRECTION Don't use this enumeration in your code. Microsoft reserves the RILCALLMEDIADIRECTION enumeration for internal use only. |
| RILCALLMEDIAOFFERACTION Microsoft reserves the RILCALLMEDIAOFFERACTION enumeration for internal use only. Don't use the RILCALLMEDIAOFFERACTION enumeration in your code. |
| RILCALLMEDIAOFFERACTION Don't use this enumeration in your code. Microsoft reserves the RILCALLMEDIAOFFERACTION enumeration for internal use only. |
| RILCALLMEDIAOFFERANSWERPARAMMASK Microsoft reserves the RILCALLMEDIAOFFERANSWERPARAMMASK enumeration for internal use only. Don't use the RILCALLMEDIAOFFERANSWERPARAMMASK enumeration in your code. |
| RILCALLMEDIAOFFERANSWERPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLMEDIAOFFERANSWERPARAMMASK enumeration for internal use only. |
| RILCALLMEDIAOFFERANSWERTYPE Microsoft reserves the RILCALLMEDIAOFFERANSWERTYPE enumeration for internal use only. Don't use the RILCALLMEDIAOFFERANSWERTYPE enumeration in your code. |
| RILCALLMEDIAOFFERANSWERTYPE Don't use this enumeration in your code. Microsoft reserves the RILCALLMEDIAOFFERANSWERTYPE enumeration for internal use only. |
| RILCALLMEDIATYPE Microsoft reserves the RILCALLMEDIATYPE enumeration for internal use only. Don't use the RILCALLMEDIATYPE enumeration in your code. |
| RILCALLMEDIATYPE Don't use this enumeration in your code. Microsoft reserves the RILCALLMEDIATYPE enumeration for internal use only. |
| RILCALLMEDIAVIDEOFLAGPARAMMASK Microsoft reserves the RILCALLMEDIAVIDEOFLAGPARAMMASK enumeration for internal use only. Don't use the RILCALLMEDIAVIDEOFLAGPARAMMASK enumeration in your code. |
| RILCALLMEDIAVIDEOFLAGPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLMEDIAVIDEOFLAGPARAMMASK enumeration for internal use only. |
| RILCALLMODIFICATIONCAUSECODE Microsoft reserves the RILCALLMODIFICATIONCAUSECODE enumeration for internal use only. Don't use the RILCALLMODIFICATIONCAUSECODE enumeration in your code. |
| RILCALLMODIFICATIONCAUSECODE Don't use this enumeration in your code.Microsoft reserves the RILCALLMODIFICATIONCAUSECODE enumeration for internal use only. |
| RILCALLMODIFICATIONINFOMODIFICATIONTYPE Microsoft reserves this enumeration for internal use only. Don't use the RILCALLMODIFICATIONINFOMODIFICATIONTYPE enumeration in your code. |
| RILCALLMODIFICATIONINFOMODIFICATIONTYPE Don't use this enumeration in your code. Microsoft reserves the RILCALLMODIFICATIONINFOMODIFICATIONTYPE enumeration for internal use only. |
| RILCALLMODIFICATIONINFOPARAMMASK Microsoft reserves the RILCALLMODIFICATIONINFOPARAMMASK enumeration for internal use only. Don't use the RILCALLMODIFICATIONINFOPARAMMASK enumeration in your code. |
| RILCALLMODIFICATIONINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLMODIFICATIONINFOPARAMMASK enumeration for internal use only. |
| RILCALLRTTACTION Microsoft reserves the RILCALLRTTACTION enumeration for internal use only. Don't use the RILCALLRTTACTION enumeration in your code. |
| RILCALLRTTACTION Don't use this enumeration in your code. Microsoft reserves the RILCALLRTTACTION enumeration for internal use only. |
| RILCALLRTTMODE Microsoft reserves the RILCALLRTTMODE enumeration for internal use only. Don't use the RILCALLRTTMODE enumeration in your code. |
| RILCALLRTTMODE Don't use this enumeration in your code. Microsoft reserves the RILCALLRTTMODE enumeration for internal use only. |
| RILCALLSUPPORTCAPS Microsoft reserves the RILCALLSUPPORTCAPS enumeration for internal use only. Don't use the RILCALLSUPPORTCAPS enumeration in your code. |
| RILCALLSUPPORTCAPS Don't use this enumeration in your code. Microsoft reserves the RILCALLSUPPORTCAPS enumeration for internal use only. |
| RILCALLTYPE Microsoft reserves the RILCALLTYPE enumeration for internal use only. Don't use the RILCALLTYPE enumeration in your code. |
| RILCALLTYPE Don't use this enumeration in your code. Microsoft reserves the RILCALLTYPE enumeration for internal use only. |
| RILCALLVIDEOMEDIASTATEPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILCALLVIDEOMEDIASTATEPARAMMASK enumeration in your code. |
| RILCALLVIDEOMEDIASTATEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLVIDEOMEDIASTATEPARAMMASK enumeration for internal use only. |
| RILCALLWAITINGINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILCALLWAITINGINFOPARAMMASK enumeration in your code. |
| RILCALLWAITINGINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCALLWAITINGINFOPARAMMASK enumeration for internal use only. |
| RILCAPSLOCKINGPWDLENGTHPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILCAPSLOCKINGPWDLENGTHPARAMMASK enumeration in your code. |
| RILCAPSLOCKINGPWDLENGTHPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCAPSLOCKINGPWDLENGTHPARAMMASK enumeration for internal use only. |
| RILCAPSTYPE Microsoft reserves the RILCAPSTYPE enumeration for internal use only. Don't use the RILCAPSTYPE enumeration in your code. |
| RILCAPSTYPE Don't use this enumeration in your code. Microsoft reserves the RILCAPSTYPE enumeration for internal use only. |
| RILCARDAPPADDEDPARAMMASK Microsoft reserves the RILCARDAPPADDEDPARAMMASK enumeration for internal use only. Don't use the RILCARDAPPADDEDPARAMMASK enumeration in your code. |
| RILCARDAPPADDEDPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCARDAPPADDEDPARAMMASK enumeration for internal use only. |
| RILCBMSGCONFIGPARAMMASK Microsoft reserves the RILCBMSGCONFIGPARAMMASK enumeration for internal use only. Don't use the RILCBMSGCONFIGPARAMMASK enumeration in your code. |
| RILCBMSGCONFIGPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCBMSGCONFIGPARAMMASK enumeration for internal use only. |
| RILCDMAAVOIDANCEREQUESTYPE Microsoft reserves this enumeration for internal use only. Don't use the RILCDMAAVOIDANCEREQUESTYPE enumeration in your code. |
| RILCDMAAVOIDANCEREQUESTYPE Don't use this enumeration in your code. Microsoft reserves the RILCDMAAVOIDANCEREQUESTYPE enumeration for internal use only. |
| RILCOMMANDS Microsoft reserves the RILCOMMANDS enumeration for internal use only. Don't use the RILCOMMANDS enumeration in your code. |
| RILCOMMANDS Don't use this enumeration in your code. Microsoft reserves the RILCOMMANDS enumeration for internal use only. |
| RILCONFPARTICIPANTSTATUSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILCONFPARTICIPANTSTATUSPARAMMASK enumeration in your code. |
| RILCONFPARTICIPANTSTATUSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILCONFPARTICIPANTSTATUSPARAMMASK enumeration for internal use only. |
| RILDCSLANG Microsoft reserves the RILDCSLANG enumeration for internal use only. Don't use the RILDCSLANG enumeration in your code. |
| RILDCSLANG Don't use this enumeration in your code. Microsoft reserves the RILDCSLANG enumeration for internal use only. |
| RILDEVICEINFORMATION This enumeration describes the RILDEVICEINFORMATION. |
| RILDEVICEINFORMATION Microsoft reserves the RILDEVICEINFORMATION enumeration for internal use only. Don't use this enumeration in your code. |
| RILDEVSPECIFICPARAMMASK Microsoft reserves the RILGETTOKENPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILDEVSSPECIFICCLASSES Microsoft reserves the RILDEVSSPECIFICCLASSES enumeration for internal use only. Don't use this enumeration in your code. |
| RILDIALEDIDSETTINGSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILDIALEDIDSETTINGSPARAMMASK enumeration in your code. |
| RILDIALEDIDSETTINGSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILDIALEDIDSETTINGSPARAMMASK enumeration for internal use only. |
| RILDIALPARAMSOPTIONS Microsoft reserves the RILDIALPARAMSOPTIONS enumeration for internal use only. Don't use the RILDIALPARAMSOPTIONS enumeration in your code. |
| RILDIALPARAMSOPTIONS Don't use this enumeration in your code. Microsoft reserves the RILDIALPARAMSOPTIONS enumeration for internal use only. |
| RILDISPLAYINFOPARAMMASK Microsoft reserves the RILDISPLAYINFOPARAMMASK enumeration for internal use only. Don't use the RILDISPLAYINFOPARAMMASK enumeration in your code. |
| RILDISPLAYINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILDISPLAYINFOPARAMMASK enumeration for internal use only. |
| RILDISPLAYINFOTAG Microsoft reserves the RILDISPLAYINFOTAG enumeration for internal use only. Don't use the RILDISPLAYINFOTAG enumeration in your code. |
| RILDISPLAYINFOTAG Don't use this enumeration in your code. Microsoft reserves the RILDISPLAYINFOTAG enumeration for internal use only. |
| RILDISPLAYINFOTYPE Microsoft reserves the RILDISPLAYINFOTYPE enumeration for internal use only. Don't use the RILDISPLAYINFOTYPE enumeration in your code. |
| RILDISPLAYINFOTYPE Don't use this enumeration in your code. Microsoft reserves the RILDISPLAYINFOTYPE enumeration for internal use only. |
| RILDMCONFIGINFOITEM Microsoft reserves the RILDMCONFIGINFOITEM enumeration for internal use only. Don't use the RILDMCONFIGINFOITEM enumeration in your code. |
| RILDMCONFIGINFOITEM Don't use this enumeration in your code. Microsoft reserves the RILDMCONFIGINFOITEM enumeration for internal use only. |
| RILDMCONFIGINFOTYPE Microsoft reserves the RILDMCONFIGINFOTYPE enumeration for internal use only. Don't use the RILDMCONFIGINFOTYPE enumeration in your code. |
| RILDMCONFIGINFOTYPE Microsoft reserves this enumeration for internal use only. Don't use the RILDMCONFIGINFOTYPE enumeration in your code. |
| RILEMERGENCYMODECONTROLPARAMSCONTROL Microsoft reserves this enumeration for internal use only. Don't use the RILEMERGENCYMODECONTROLPARAMSCONTROL enumeration in your code. |
| RILEMERGENCYMODECONTROLPARAMSCONTROL Don't use this enumeration in your code. Microsoft reserves the RILEMERGENCYMODECONTROLPARAMSCONTROL enumeration for internal use only. |
| RILEMERGENCYNUMBERCATEGORY Microsoft reserves this enumeration for internal use only. Don't use the RILEMERGENCYNUMBERCATEGORY enumeration in your code. |
| RILEMERGENCYNUMBERCATEGORY Don't use this enumeration in your code. Microsoft reserves the RILEMERGENCYNUMBERCATEGORY enumeration for internal use only. |
| RILEMERGENCYNUMBERPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILEMERGENCYNUMBERPARAMMASK enumeration in your code. |
| RILEMERGENCYNUMBERPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILEMERGENCYNUMBERPARAMMASK enumeration for internal use only. |
| RILEQUIPMENTSTATE Microsoft reserves the RILEQUIPMENTSTATE enumeration for internal use only. Don't use the RILEQUIPMENTSTATE enumeration in your code. |
| RILEQUIPMENTSTATE Don't use this enumeration in your code. Microsoft reserves the RILEQUIPMENTSTATE enumeration for internal use only. |
| RILERRORCODES Microsoft reserves the RILERRORCODES enumeration for internal use only. Don't use the RILERRORCODES enumeration in your code. |
| RILERRORCODES Don't use this enumeration in your code. Microsoft reserves the RILERRORCODES enumeration for internal use only. |
| RILERRORDETAILSPARAMMASK Microsoft reserves the RILERRORDETAILSPARAMMASK enumeration for internal use only. Don't use the RILERRORDETAILSPARAMMASK enumeration in your code. |
| RILERRORDETAILSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILERRORDETAILSPARAMMASK enumeration for internal use only. |
| RILEUTRAMRLPARAMMASK This enumeration describes the RILEUTRAMRLPARAMMASK. |
| RILEUTRAMRLPARAMMASK Microsoft reserves the RILEUTRAMRLPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILEVDOKIND Microsoft reserves the RILEVDOKIND enumeration for internal use only. Don't use the RILEVDOKIND enumeration in your code. |
| RILEVDOKIND Don't use this enumeration in your code. Microsoft reserves the RILEVDOKIND enumeration for internal use only. |
| RILEXCHANGEUICCAPDURESPONSEPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILEXCHANGEUICCAPDURESPONSEPARAMMASK enumeration in your code. |
| RILEXCHANGEUICCAPDURESPONSEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILEXCHANGEUICCAPDURESPONSEPARAMMASK enumeration for internal use only. |
| RILEXECUTORFLAG Microsoft reserves the RILEXECUTORFLAG enumeration for internal use only. Don't use the RILEXECUTORFLAG enumeration in your code. |
| RILEXECUTORFLAG Don't use this enumeration in your code. Microsoft reserves the RILEXECUTORFLAG enumeration for internal use only. |
| RILEXECUTORFOCUSSTATEPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILEXECUTORFOCUSSTATEPARAMMASK enumeration in your code. |
| RILEXECUTORFOCUSSTATEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILEXECUTORFOCUSSTATEPARAMMASK enumeration for internal use only. |
| RILEXECUTORRFSTATEPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILEXECUTORRFSTATEPARAMMASK enumeration in your code. |
| RILEXECUTORRFSTATEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILEXECUTORRFSTATEPARAMMASK enumeration for internal use only. |
| RILFUNCTIONRESULTS Microsoft reserves the RILFUNCTIONRESULTS enumeration for internal use only. Don't use the RILFUNCTIONRESULTS enumeration in your code. |
| RILFUNCTIONRESULTS Don't use this enumeration in your code. Microsoft reserves the RILFUNCTIONRESULTS enumeration for internal use only. |
| RILGBACAPABLE Microsoft reserves the RILGBACAPABLE enumeration for internal use only. Don't use this enumeration in your code. |
| RILGEOLOCATIONREQUESTACCURACY Microsoft reserves the RILGEOLOCATIONREQUESTACCURACY enumeration for internal use only. Don't use the RILGEOLOCATIONREQUESTACCURACY enumeration in your code. |
| RILGEOLOCATIONREQUESTACCURACY Don't use this enumeration in your code. Microsoft reserves the RILGEOLOCATIONREQUESTACCURACY enumeration for internal use only. |
| RILGEOLOCATIONTYPEMASK Microsoft reserves this enumeration for internal use only. Don't use the RILGEOLOCATIONTYPEMASK enumeration in your code. |
| RILGEOLOCATIONTYPEMASK Don't use this enumeration in your code. Microsoft reserves the RILGEOLOCATIONTYPEMASK enumeration for internal use only. |
| RILGEOSCOPE Microsoft reserves the RILGEOSCOPE enumeration for internal use only. Don't use the RILGEOSCOPE enumeration in your code. |
| RILGEOSCOPE Don't use this enumeration in your code. Microsoft reserves the RILGEOSCOPE enumeration for internal use only. |
| RILGETPREFERENCEDOPERATORLISTFORMAT Microsoft reserves this enumeration for internal use only. Don't use the RILGETPREFERENCEDOPERATORLISTFORMAT enumeration in your code. |
| RILGETPREFERENCEDOPERATORLISTFORMAT Don't use this enumeration in your code. Microsoft reserves the RILGETPREFERENCEDOPERATORLISTFORMAT enumeration for internal use only. |
| RILGSMKIND Don't use the enumeration in your code. Microsoft reserves the RILGSMKIND enumeration for internal use only. |
| RILGSMKIND Don't use the RILGSMKIND enumeration in your code. Microsoft reserves the RILGSMKIND enumeration for internal use only. |
| RILGSMMNMRPARAMMASK This enumeration describes the RILGSMMNMRPARAMMASK. |
| RILGSMMNMRPARAMMASK Microsoft reserves the RILGSMMNMRPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILHIDECONNECTEDIDSETTINGSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILHIDECONNECTEDIDSETTINGSPARAMMASK enumeration in your code. |
| RILHIDECONNECTEDIDSETTINGSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILHIDECONNECTEDIDSETTINGSPARAMMASK enumeration for internal use only. |
| RILHIDEIDSETTINGSPARAMMASK Microsoft reserves the RILHIDEIDSETTINGSPARAMMASK enumeration for internal use only. Don't use the RILHIDEIDSETTINGSPARAMMASK enumeration in your code. |
| RILHIDEIDSETTINGSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILHIDEIDSETTINGSPARAMMASK enumeration for internal use only. |
| RILIMSFAILUREMESSAGETYPE Microsoft reserves this enumeration for internal use only. Don't use the RILIMSFAILUREMESSAGETYPE enumeration in your code. |
| RILIMSFAILUREMESSAGETYPE Don't use this enumeration in your code. Microsoft reserves the RILIMSFAILUREMESSAGETYPE enumeration for internal use only. |
| RILIMSFAILUREPARAMMASK Microsoft reserves the RILIMSFAILUREPARAMMASK enumeration for internal use only. Don't use the RILIMSFAILUREPARAMMASK enumeration in your code. |
| RILIMSFAILUREPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILIMSFAILUREPARAMMASK enumeration for internal use only. |
| RILIMSIPARAMMASK This enumeration describes the RILIMSIPARAMMASK. |
| RILIMSIPARAMMASK Microsoft reserves the RILIMSIPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILIMSNWENABLEDFLAGS Microsoft reserves the RILIMSNWENABLEDFLAGS enumeration for internal use only. Don't use the RILIMSNWENABLEDFLAGS enumeration in your code. |
| RILIMSNWENABLEDFLAGS Don't use this enumeration in your code. Microsoft reserves the RILIMSNWENABLEDFLAGS enumeration for internal use only. |
| RILIMSSERVICE The RILIMSSERVICE enumeration has the following values. |
| RILIMSSERVICE Microsoft reserves the RILIMSSERVICE enumeration for internal use only. Don't use this enumeration in your code. |
| RILIMSSIPCAUSECODE Microsoft reserves the RILIMSSIPCAUSECODE enumeration for internal use only. Don't use the RILIMSSIPCAUSECODE enumeration in your code. |
| RILIMSSIPCAUSECODE Don't use this enumeration in your code. Microsoft reserves the RILIMSSIPCAUSECODE enumeration for internal use only. |
| RILIMSSIPREASON Microsoft reserves the RILIMSSIPREASON enumeration for internal use only. Don't use the RILIMSSIPREASON enumeration in your code. |
| RILIMSSIPREASON Don't use this enumeration in your code. Microsoft reserves the RILIMSSIPREASON enumeration for internal use only. |
| RILIMSSSTATUSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILIMSSSTATUSPARAMMASK enumeration in your code. |
| RILIMSSSTATUSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILIMSSSTATUSPARAMMASK enumeration for internal use only. |
| RILIMSSUBSCRIBETYPE Microsoft reserves the RILIMSSUBSCRIBETYPE enumeration for internal use only. Don't use the RILIMSSUBSCRIBETYPE enumeration in your code. |
| RILIMSSUBSCRIBETYPE Don't use this enumeration in your code. Microsoft reserves the RILIMSSUBSCRIBETYPE enumeration for internal use only. |
| RILIMSSYSTEMTYPE The RILIMSSYSTEMTYPE enumeration has the following values. |
| RILIMSSYSTEMTYPE Microsoft reserves the RILIMSSYSTEMTYPE enumeration for internal use only. Don't use this enumeration in your code. |
| RILINFOCLASS Microsoft reserves the RILINFOCLASS enumeration for internal use only. Don't use the RILINFOCLASS enumeration in your code. |
| RILINFOCLASS Don't use this enumeration in your code. Microsoft reserves the RILINFOCLASS enumeration for internal use only. |
| RILLOCATIONINFOPARAMMASK Microsoft reserves the RILLOCATIONINFOPARAMMASK enumeration for internal use only. Don't use the RILLOCATIONINFOPARAMMASK enumeration in your code. |
| RILLOCATIONINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILLOCATIONINFOPARAMMASK enumeration for internal use only. |
| RILLTEKIND Microsoft reserves the RILLTEKIND enumeration for internal use only. Don't use the RILLTEKIND enumeration in your code. |
| RILLTEKIND Don't use this enumeration in your code. Microsoft reserves the RILLTEKIND enumeration for internal use only. |
| RILMANAGECALLPARAMSCOMMAND Microsoft reserves this enumeration for internal use only. Don't use the RILMANAGECALLPARAMSCOMMAND enumeration in your code. |
| RILMANAGECALLPARAMSCOMMAND Don't use this enumeration in your code. Microsoft reserves the RILMANAGECALLPARAMSCOMMAND enumeration for internal use only. |
| RILMESSAGEFLAGS Microsoft reserves the RILMESSAGEFLAGS enumeration for internal use only. Don't use the RILMESSAGEFLAGS enumeration in your code. |
| RILMESSAGEFLAGS Don't use this enumeration in your code. SWMicrosoft reserves the RILMESSAGEFLAGS enumeration for internal use only. |
| RILMESSAGEINFOPARAMMASK Microsoft reserves the RILMESSAGEINFOPARAMMASK enumeration for internal use only. Don't use the RILMESSAGEINFOPARAMMASK enumeration in your code. |
| RILMESSAGEINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILMESSAGEINFOPARAMMASK enumeration for internal use only. |
| RILMESSAGEPARAMMASK Microsoft reserves the RILMESSAGEPARAMMASK enumeration for internal use only. Don't use the RILMESSAGEPARAMMASK enumeration in your code. |
| RILMESSAGEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILMESSAGEPARAMMASK enumeration for internal use only. |
| RILMESSAGESTATUS Microsoft reserves the RILMESSAGESTATUS enumeration for internal use only. Don't use the RILMESSAGESTATUS enumeration in your code. |
| RILMESSAGESTATUS Don't use this enumeration in your code. Microsoft reserves the RILMESSAGESTATUS enumeration for internal use only. |
| RILMESSAGETYPE Microsoft reserves the RILMESSAGETYPE enumeration for internal use only. Don't use the RILMESSAGETYPE enumeration in your code. |
| RILMESSAGETYPE Don't use this enumeration in your code. Microsoft reserves the RILMESSAGETYPE enumeration for internal use only. |
| RILMODEMRESETSTATE Microsoft reserves the RILMODEMRESETSTATE enumeration for internal use only. Don't use the RILMODEMRESETSTATE enumeration in your code. |
| RILMODEMRESETSTATE Don't use this enumeration in your code. Microsoft reserves the RILMODEMRESETSTATE enumeration for internal use only. |
| RILMSGACKSTATUS Microsoft reserves the RILMSGACKSTATUS enumeration for internal use only. Don't use the RILMSGACKSTATUS enumeration in your code. |
| RILMSGACKSTATUS Don't use this enumeration in your code. Microsoft reserves the RILMSGACKSTATUS enumeration for internal use only. |
| RILMSGBCGENERALWARNINGTYPE Microsoft reserves the RILMSGBCGENERALWARNINGTYPE enumeration for internal use only. Don't use the RILMSGBCGENERALWARNINGTYPE enumeration in your code. |
| RILMSGBCGENERALWARNINGTYPE Don't use this enumeration in your code. Microsoft reserves the RILMSGBCGENERALWARNINGTYPE enumeration for internal use only. |
| RILMSGCDMABROADCASTSERVICEID Microsoft reserves this enumeration for internal use only. Don't use the RILMSGCDMABROADCASTSERVICEID enumeration in your code. |
| RILMSGCDMABROADCASTSERVICEID Don't use this enumeration in your code. Microsoft reserves the RILMSGCDMABROADCASTSERVICEID enumeration for internal use only. |
| RILMSGCDMALANGUAGE Microsoft reserves the RILMSGCDMALANGUAGE enumeration for internal use only. Don't use the RILMSGCDMALANGUAGE enumeration in your code. |
| RILMSGCDMALANGUAGE Don't use this enumeration in your code. Microsoft reserves the RILMSGCDMALANGUAGE enumeration for internal use only. |
| RILMSGCDMAMSGDISPLAYMODE Microsoft reserves the RILMSGCDMAMSGDISPLAYMODE enumeration for internal use only. Don't use the RILMSGCDMAMSGDISPLAYMODE enumeration in your code. |
| RILMSGCDMAMSGDISPLAYMODE Don't use this enumeration in your code. Microsoft reserves the RILMSGCDMAMSGDISPLAYMODE enumeration for internal use only. |
| RILMSGCDMAMSGENCODING Microsoft reserves the RILMSGCDMAMSGENCODING enumeration for internal use only. Don't use the RILMSGCDMAMSGENCODING enumeration in your code. |
| RILMSGCDMAMSGENCODING Don't use this enumeration in your code. Microsoft reserves the RILMSGCDMAMSGENCODING enumeration for internal use only. |
| RILMSGCDMAMSGPRIORITY Microsoft reserves the RILMSGCDMAMSGPRIORITY enumeration for internal use only. Don't use the RILMSGCDMAMSGPRIORITY enumeration in your code. |
| RILMSGCDMAMSGPRIORITY Don't use this enumeration in your code. Microsoft reserves the RILMSGCDMAMSGPRIORITY enumeration for internal use only. |
| RILMSGCDMAMSGPRIVACY Microsoft reserves the RILMSGCDMAMSGPRIVACY enumeration for internal use only. Don't use the RILMSGCDMAMSGPRIVACY enumeration in your code. |
| RILMSGCDMAMSGPRIVACY Don't use this enumeration in your code. Microsoft reserves the RILMSGCDMAMSGPRIVACY enumeration for internal use only. |
| RILMSGCDMAMSGSTATUSTYPE Microsoft reserves this enumeration for internal use only. Don't use the RILMSGCDMAMSGSTATUSTYPE enumeration in your code. |
| RILMSGCDMAMSGSTATUSTYPE Don't use this enumeration in your code. Microsoft reserves the RILMSGCDMAMSGSTATUSTYPE enumeration for internal use only. |
| RILMSGCDMATELESERVICE Microsoft reserves the RILMSGCDMATELESERVICE enumeration for internal use only. Don't use the RILMSGCDMATELESERVICE enumeration in your code. |
| RILMSGCDMATELESERVICE Don't use this enumeration in your code. Microsoft reserves the RILMSGCDMATELESERVICE enumeration for internal use only. |
| RILMSGCLASS Don't use the enumeration in your code. Microsoft reserves the RILMSGCLASS enumeration for internal use only. |
| RILMSGCLASS Don't use the RILMSGCLASS enumeration in your code. Microsoft reserves the RILMSGCLASS enumeration for internal use only. |
| RILMSGDCSALPHABET Microsoft reserves the RILMSGDCSALPHABET enumeration for internal use only. Don't use the RILMSGDCSALPHABET enumeration in your code. |
| RILMSGDCSALPHABET Don't use this enumeration in your code. Microsoft reserves the RILMSGDCSALPHABET enumeration for internal use only. |
| RILMSGDCSFLAGS Microsoft reserves the RILMSGDCSFLAGS enumeration for internal use only. Don't use the RILMSGDCSFLAGS enumeration in your code. |
| RILMSGDCSFLAGS Don't use this enumeration in your code. Microsoft reserves the RILMSGDCSFLAGS enumeration for internal use only. |
| RILMSGDCSINDICATION Microsoft reserves the RILMSGDCSINDICATION enumeration for internal use only. Don't use the RILMSGDCSINDICATION enumeration in your code. |
| RILMSGDCSINDICATION Don't use this enumeration in your code. Microsoft reserves the RILMSGDCSINDICATION enumeration for internal use only. |
| RILMSGDCSMSGCLASS Microsoft reserves the RILMSGDCSMSGCLASS enumeration for internal use only. Don't use the RILMSGDCSMSGCLASS enumeration in your code. |
| RILMSGDCSMSGCLASS Don't use this enumeration in your code. Microsoft reserves the RILMSGDCSMSGCLASS enumeration for internal use only. |
| RILMSGDCSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILMSGDCSPARAMMASK enumeration in your code. |
| RILMSGDCSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILMSGDCSPARAMMASK enumeration for internal use only. |
| RILMSGDCSTYPE Microsoft reserves the RILMSGDCSTYPE enumeration for internal use only. Don't use the RILMSGDCSTYPE enumeration in your code. |
| RILMSGDCSTYPE Don't use this enumeration in your code. Microsoft reserves the RILMSGDCSTYPE enumeration for internal use only. |
| RILMSGINSTATUSTGTDLVSTATUS Microsoft reserves this enumeration for internal use only. Don't use the RILMSGINSTATUSTGTDLVSTATUS enumeration in your code. |
| RILMSGINSTATUSTGTDLVSTATUS Don't use this enumeration in your code. Microsoft reserves the RILMSGINSTATUSTGTDLVSTATUS enumeration for internal use only. |
| RILMSGMWIDETAILLISTPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILMSGMWIDETAILLISTPARAMMASK enumeration in your code. |
| RILMSGMWIDETAILLISTPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILMSGMWIDETAILLISTPARAMMASK enumeration for internal use only. |
| RILMSGMWIPRIORITY Microsoft reserves the RILMSGMWIPRIORITY enumeration for internal use only. Don't use the RILMSGMWIPRIORITY enumeration in your code. |
| RILMSGMWIPRIORITY Don't use this enumeration in your code. Microsoft reserves the RILMSGMWIPRIORITY enumeration for internal use only. |
| RILMSGMWISUMMARYLISTPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILMSGMWISUMMARYLISTPARAMMASK enumeration in your code. |
| RILMSGMWISUMMARYLISTPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILMSGMWISUMMARYLISTPARAMMASK enumeration for internal use only. |
| RILMSGMWITYPE Microsoft reserves the RILMSGMWITYPE enumeration for internal use only. Don't use the RILMSGMWITYPE enumeration in your code. |
| RILMSGMWITYPE Don't use this enumeration in your code. Microsoft reserves the RILMSGMWITYPE enumeration for internal use only. |
| RILMSGOUTSUBMITVPFORMAT Microsoft reserves the RILMSGOUTSUBMITVPFORMAT enumeration for internal use only. Don't use the RILMSGOUTSUBMITVPFORMAT enumeration in your code. |
| RILMSGOUTSUBMITVPFORMAT Don't use this enumeration in your code. Microsoft reserves the RILMSGOUTSUBMITVPFORMAT enumeration for internal use only. |
| RILMSGPROTOCOLID Microsoft reserves the RILMSGPROTOCOLID enumeration for internal use only. Don't use the RILMSGPROTOCOLID enumeration in your code. |
| RILMSGPROTOCOLID Don't use this enumeration in your code. Microsoft reserves the RILMSGPROTOCOLID enumeration for internal use only. |
| RILMSGSERVICEINFOMSGSUPPORT Microsoft reserves this enumeration for internal use only. Don't use the RILMSGSERVICEINFOMSGSUPPORT enumeration in your code. |
| RILMSGSERVICEINFOMSGSUPPORT Don't use this enumeration in your code. Microsoft reserves the RILMSGSERVICEINFOMSGSUPPORT enumeration for internal use only. |
| RILMSGSERVICEINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILMSGSERVICEINFOPARAMMASK enumeration in your code. |
| RILMSGSERVICEINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILMSGSERVICEINFOPARAMMASK enumeration for internal use only. |
| RILNETWORKCODEPARAMMASK This enumeration describes the RILNETWORKCODEPARAMMASK. |
| RILNETWORKCODEPARAMMASK Microsoft reserves the RILNETWORKCODEPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILNITZINFOPARAMMASK Microsoft reserves the RILNITZINFOPARAMMASK enumeration for internal use only. Don't use the RILNITZINFOPARAMMASK enumeration in your code. |
| RILNITZINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILNITZINFOPARAMMASK enumeration for internal use only. |
| RILNITZNOTIFICATIONCAPS Microsoft reserves this enumeration for internal use only. Don't use the RILNITZNOTIFICATIONCAPS enumeration in your code. |
| RILNITZNOTIFICATIONCAPS Don't use this enumeration in your code. Microsoft reserves the RILNITZNOTIFICATIONCAPS enumeration for internal use only. |
| RILNOTIFICATIONCLASSES This enumeration describes the RILNOTIFICATIONCLASSES. |
| RILNOTIFICATIONCLASSES Microsoft reserves the RILNOTIFICATIONCLASSES enumeration for internal use only. Don't use this enumeration in your code. |
| RILNOTIFICATIONFILTERMASK Microsoft reserves this enumeration for internal use only. Don't use the RILNOTIFICATIONFILTERMASK enumeration in your code. |
| RILNOTIFICATIONFILTERMASK Don't use this enumeration in your code. Microsoft reserves the RILNOTIFICATIONFILTERMASK enumeration for internal use only. |
| RILNOTIFICATIONS This enumeration describes RILNOTIFICATIONS. |
| RILNOTIFICATIONS Microsoft reserves the RILNOTIFICATIONS enumeration for internal use only. Don't use this enumeration in your code. |
| RILOPENUICCLOGICALCHANNELPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILOPENUICCLOGICALCHANNELPARAMMASK enumeration in your code. |
| RILOPENUICCLOGICALCHANNELPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILOPENUICCLOGICALCHANNELPARAMMASK enumeration for internal use only. |
| RILOPERATORINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILOPERATORINFOPARAMMASK enumeration in your code. |
| RILOPERATORINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILOPERATORINFOPARAMMASK enumeration for internal use only. |
| RILOPERATORINFOSTATUS Microsoft reserves this enumeration for internal use only. Don't use the RILOPERATORINFOSTATUS enumeration in your code. |
| RILOPERATORINFOSTATUS Don't use this enumeration in your code. Microsoft reserves the RILOPERATORINFOSTATUS enumeration for internal use only. |
| RILOPERATORNAMESPARAMMASK This enumeration describes the RILOPERATORNAMESPARAMMASK. |
| RILOPERATORNAMESPARAMMASK Microsoft reserves the RILOPERATORNAMESPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILOSGEOLOCATIONINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILOSGEOLOCATIONINFOPARAMMASK enumeration in your code. |
| RILOSGEOLOCATIONINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILOSGEOLOCATIONINFOPARAMMASK enumeration for internal use only. |
| RILPARTICIPANTOPERATION Microsoft reserves this enumeration for internal use only. Don't use the RILPARTICIPANTOPERATION enumeration in your code. |
| RILPARTICIPANTOPERATION Don't use this enumeration in your code. Microsoft reserves the RILPARTICIPANTOPERATION enumeration for internal use only. |
| RILPERSODEACTIVATIONSTATEDEPERSOSTATE Microsoft reserves this enumeration for internal use only. Don't use the enumeration in your code. |
| RILPERSODEACTIVATIONSTATEDEPERSOSTATE Don't use this enumeration in your code. Microsoft reserves the RILPERSODEACTIVATIONSTATEDEPERSOSTATE enumeration for internal use only. |
| RILPERSODEACTIVATIONSTATEPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILPERSODEACTIVATIONSTATEPARAMMASK enumeration in your code. |
| RILPERSODEACTIVATIONSTATEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILPERSODEACTIVATIONSTATEPARAMMASK enumeration for internal use only. |
| RILPERSOFEATURE Microsoft reserves the RILPERSOFEATURE enumeration for internal use only. Don't use the RILPERSOFEATURE enumeration in your code. |
| RILPERSOFEATURE Don't use this enumeration in your code. Microsoft reserves the RILPERSOFEATURE enumeration for internal use only. |
| RILPERSOLOCKSUPPORTCAPS Microsoft reserves this enumeration for internal use only. Don't use the RILPERSOLOCKSUPPORTCAPS enumeration in your code. |
| RILPERSOLOCKSUPPORTCAPS Don't use this enumeration in your code. Microsoft reserves the RILPERSOLOCKSUPPORTCAPS enumeration for internal use only. |
| RILPHONEBOOKADDITIONALNUMBERPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILPHONEBOOKADDITIONALNUMBERPARAMMASK enumeration in your code. |
| RILPHONEBOOKADDITIONALNUMBERPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILPHONEBOOKADDITIONALNUMBERPARAMMASK enumeration for internal use only. |
| RILPHONEBOOKANSOPERATION Microsoft reserves the RILPHONEBOOKANSOPERATION enumeration for internal use only. Don't use the RILPHONEBOOKANSOPERATION enumeration in your code. |
| RILPHONEBOOKANSOPERATION Don't use this enumeration in your code. Microsoft reserves the RILPHONEBOOKANSOPERATION enumeration for internal use only. |
| RILPHONEBOOKENTRYPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILPHONEBOOKENTRYPARAMMASK enumeration in your code. |
| RILPHONEBOOKENTRYPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILPHONEBOOKENTRYPARAMMASK enumeration for internal use only. |
| RILPHONEBOOKINFOPARAMMASK Don't use the enumeration in your code. Microsoft reserves the RILPHONEBOOKINFOPARAMMASK enumeration for internal use only. |
| RILPHONEBOOKINFOPARAMMASK Don't use the RILPHONEBOOKINFOPARAMMASK enumeration in your code. Microsoft reserves the RILPHONEBOOKINFOPARAMMASK enumeration for internal use only. |
| RILPHONEBOOKLOCATIONCAPS Microsoft reserves this enumeration for internal use only. Don't use the RILPHONEBOOKLOCATIONCAPS enumeration in your code. |
| RILPHONEBOOKLOCATIONCAPS Don't use this enumeration in your code. Microsoft reserves the RILPHONEBOOKLOCATIONCAPS enumeration for internal use only. |
| RILPHONEBOOKMAILADDRESSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILPHONEBOOKMAILADDRESSPARAMMASK enumeration in your code. |
| RILPHONEBOOKMAILADDRESSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILPHONEBOOKMAILADDRESSPARAMMASK enumeration for internal use only. |
| RILPHONEENTRYSTORELOCATION Microsoft reserves the RILPHONEENTRYSTORELOCATION enumeration for internal use only. Don't use the RILPHONEENTRYSTORELOCATION enumeration in your code. |
| RILPHONEENTRYSTORELOCATION Don't use this enumeration in your code. Microsoft reserves the RILPHONEENTRYSTORELOCATION enumeration for internal use only. |
| RILPOSITIONINFOGSMPARAMMASK This enumeration describes the RILPOSITIONINFOGSMPARAMMASK. |
| RILPOSITIONINFOGSMPARAMMASK Microsoft reserves the RILPOSITIONINFOGSMPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILPOSITIONINFOLTEPARAMMASK This enumeration describes the RILPOSITIONINFOLTEPARAMMASK. |
| RILPOSITIONINFOLTEPARAMMASK Microsoft reserves the RILPOSITIONINFOLTEPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILPOSITIONINFOTDSCDMAPARAMMASK This enumeration describes the RILPOSITIONINFOTDSCDMAPARAMMASK. |
| RILPOSITIONINFOTDSCDMAPARAMMASK Microsoft reserves the RILPOSITIONINFOTDSCDMAPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILPOSITIONINFOUMTSPARAMMASK This enumeration describes the RILPOSITIONINFOUMTSPARAMMASK. |
| RILPOSITIONINFOUMTSPARAMMASK Microsoft reserves the RILPOSITIONINFOUMTSPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILPROVISIONSTATUSPROVISIONSTATUS Microsoft reserves the RILPROVISIONSTATUSPROVISIONSTATUS enumeration for internal use only. Don't use this enumeration in your code. |
| RILPROVISIONSTATUSPROVISIONSTATUS Don't use this enumeration in your code. Microsoft reserves the RILPROVISIONSTATUSPROVISIONSTATUS enumeration for internal use only. |
| RILPSMEDIAPREFERENCE Microsoft reserves the RILPSMEDIAPREFERENCE enumeration for internal use only. Don't use the RILPSMEDIAPREFERENCE enumeration in your code. |
| RILPSMEDIAPREFERENCE Don't use this enumeration in your code. Microsoft reserves the RILPSMEDIAPREFERENCE enumeration for internal use only. |
| RILRADIOCONFIGURATIONRADIOTYPE Microsoft reserves this enumeration for internal use only. Don't use the RILRADIOCONFIGURATIONRADIOTYPE enumeration in your code. |
| RILRADIOCONFIGURATIONRADIOTYPE Don't use this enumeration in your code. Microsoft reserves the RILRADIOCONFIGURATIONRADIOTYPE enumeration for internal use only. |
| RILRADIOPRESENCE Microsoft reserves the RILRADIOPRESENCE enumeration for internal use only. Don't use the RILRADIOPRESENCE enumeration in your code. |
| RILRADIOPRESENCE Don't use this enumeration in your code. Microsoft reserves the RILRADIOPRESENCE enumeration for internal use only. |
| RILRADIOSTATEGROUPFLAGS Microsoft reserves the RILRADIOSTATEGROUPFLAGS enumeration for internal use only. Don't use the RILRADIOSTATEGROUPFLAGS enumeration in your code. |
| RILRADIOSTATEGROUPFLAGS Don't use this enumeration in your code. Microsoft reserves the RILRADIOSTATEGROUPFLAGS enumeration for internal use only. |
| RILRADIOSTATEGROUPID Microsoft reserves the RILRADIOSTATEGROUPID enumeration for internal use only. Don't use the RILRADIOSTATEGROUPID enumeration in your code. |
| RILRADIOSTATEGROUPID Don't use this enumeration in your code. Microsoft reserves the RILRADIOSTATEGROUPID enumeration for internal use only. |
| RILRADIOSTATEITEMATTRIBUTES Microsoft reserves this enumeration for internal use only. Don't use the RILRADIOSTATEITEMATTRIBUTES enumeration in your code. |
| RILRADIOSTATEITEMATTRIBUTES Don't use this enumeration in your code. Microsoft reserves the RILRADIOSTATEITEMATTRIBUTES enumeration for internal use only. |
| RILRADIOSTATEITEMFLAG Microsoft reserves the RILRADIOSTATEITEMFLAG enumeration for internal use only. Don't use the RILRADIOSTATEITEMFLAG enumeration in your code. |
| RILRADIOSTATEITEMFLAG Don't use this enumeration in your code. Microsoft reserves the RILRADIOSTATEITEMFLAG enumeration for internal use only. |
| RILRADIOSTATEITEMID Microsoft reserves the RILRADIOSTATEITEMID enumeration for internal use only. Don't use the RILRADIOSTATEITEMID enumeration in your code. |
| RILRADIOSTATEITEMID Don't use this enumeration in your code. Microsoft reserves the RILRADIOSTATEITEMID enumeration for internal use only. |
| RILREGSTAT This enumeration describes the RILREGSTAT. |
| RILREGSTAT Microsoft reserves the RILREGSTAT enumeration for internal use only. Don't use this enumeration in your code. |
| RILREGSTATUSINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILREGSTATUSINFOPARAMMASK enumeration in your code. |
| RILREGSTATUSINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILREGSTATUSINFOPARAMMASK enumeration for internal use only. |
| RILREMOTEPARTYINFOVALUE Microsoft reserves the RILREMOTEPARTYINFOVALUE enumeration for internal use only. Don't use the RILREMOTEPARTYINFOVALUE enumeration in your code. |
| RILREMOTEPARTYINFOVALUE Don't use this enumeration in your code. Microsoft reserves the RILREMOTEPARTYINFOVALUE enumeration for internal use only. |
| RILREMOTEPARTYINFOVALUEPARAM Microsoft reserves this enumeration for internal use only. Don't use the RILREMOTEPARTYINFOVALUEPARAM enumeration in your code. |
| RILREMOTEPARTYINFOVALUEPARAM Don't use this enumeration in your code. Microsoft reserves the RILREMOTEPARTYINFOVALUEPARAM enumeration for internal use only. |
| RILREQUESTGEOLOCATIONDATAPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILREQUESTGEOLOCATIONDATAPARAMMASK enumeration in your code. |
| RILREQUESTGEOLOCATIONDATAPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILREQUESTGEOLOCATIONDATAPARAMMASK enumeration for internal use only. |
| RILRESETMODEMKIND Microsoft reserves the RILRESETMODEMKIND enumeration for internal use only. Don't use the RILRESETMODEMKIND enumeration in your code. |
| RILRESETMODEMKIND Don't use this enumeration in your code. Microsoft reserves the RILRESETMODEMKIND enumeration for internal use only. |
| RILRFSTATEPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILRFSTATEPARAMMASK enumeration in your code. |
| RILRFSTATEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILRFSTATEPARAMMASK enumeration for internal use only. |
| RILRILREGSTATUSINFOREJECTREASON Microsoft reserves this enumeration for internal use only. Don't use the RILRILREGSTATUSINFOREJECTREASON enumeration in your code. |
| RILRILREGSTATUSINFOREJECTREASON Don't use this enumeration in your code. Microsoft reserves the RILRILREGSTATUSINFOREJECTREASON enumeration for internal use only. |
| RILSENDMSGOPTIONS Microsoft reserves the RILSENDMSGOPTIONS enumeration for internal use only. Don't use the RILSENDMSGOPTIONS enumeration in your code. |
| RILSENDMSGOPTIONS Don't use this enumeration in your code. Microsoft reserves the RILSENDMSGOPTIONS enumeration for internal use only. |
| RILSENDMSGRESPONSEPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILSENDMSGRESPONSEPARAMMASK enumeration in your code. |
| RILSENDMSGRESPONSEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILSENDMSGRESPONSEPARAMMASK enumeration for internal use only. |
| RILSERVICEPROVISIONINGSTATUS Microsoft reserves this enumeration for internal use only. Don't use the RILSERVICEPROVISIONINGSTATUS enumeration in your code. |
| RILSERVICEPROVISIONINGSTATUS Don't use this enumeration in your code. Microsoft reserves the RILSERVICEPROVISIONINGSTATUS enumeration for internal use only. |
| RILSERVICESETTINGSSTATUS Don't use this enumeration in your code. Microsoft reserves the RILSERVICESETTINGSSTATUS enumeration for internal use only. |
| RILSERVICESETTINGSSTATUS Microsoft reserves the RILSERVICESETTINGSSTATUS enumeration for internal use only. Don't use the RILSERVICESETTINGSSTATUS enumeration in your code. |
| RILSETSYSTEMSELECTIONPREFSFLAG Microsoft reserves this enumeration for internal use only. Don't use the RILSETSYSTEMSELECTIONPREFSFLAG enumeration in your code. |
| RILSETSYSTEMSELECTIONPREFSFLAG Don't use this enumeration in your code. Microsoft reserves the RILSETSYSTEMSELECTIONPREFSFLAG enumeration for internal use only. |
| RILSIGNALQUALITYCAPS Microsoft reserves the RILSIGNALQUALITYCAPS enumeration for internal use only. Don't use the RILSIGNALQUALITYCAPS enumeration in your code. |
| RILSIGNALQUALITYCAPS Don't use this enumeration in your code. Microsoft reserves the RILSIGNALQUALITYCAPS enumeration for internal use only. |
| RILSIGNALQUALITYPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILSIGNALQUALITYPARAMMASK enumeration in your code. |
| RILSIGNALQUALITYPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILSIGNALQUALITYPARAMMASK enumeration for internal use only. |
| RILSMSACKOPT Microsoft reserves the RILSMSACKOPT enumeration for internal use only. Don't use the RILSMSACKOPT enumeration in your code. |
| RILSMSACKOPT Don't use this enumeration in your code. Microsoft reserves the RILSMSACKOPT enumeration for internal use only. |
| RILSMSFORMAT The RILSMSFORMAT enumeration has the following values. |
| RILSMSFORMAT Microsoft reserves the RILSMSFORMAT enumeration for internal use only. Don't use this enumeration in your code. |
| RILSMSMSGINFLAGS Microsoft reserves the RILSMSMSGINFLAGS enumeration for internal use only. Don't use the RILSMSMSGINFLAGS enumeration in your code. |
| RILSMSMSGINFLAGS Don't use this enumeration in your code. Microsoft reserves the RILSMSMSGINFLAGS enumeration for internal use only. |
| RILSMSREADYSTATE Microsoft reserves the RILSMSREADYSTATE enumeration for internal use only. Don't use the RILSMSREADYSTATE enumeration in your code. |
| RILSMSREADYSTATE Don't use this enumeration in your code. Microsoft reserves the RILSMSREADYSTATE enumeration for internal use only. |
| RILSMSSUPPORTCAPS Don't use this enumeration in your code. Microsoft reserves the RILSMSSUPPORTCAPS enumeration for internal use only. |
| RILSMSSUPPORTCAPS Microsoft reserves the RILSMSSUPPORTCAPS enumeration for internal use only. Don't use the RILSMSSUPPORTCAPS enumeration in your code. |
| RILSUBADDRESSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILSUBADDRESSPARAMMASK enumeration in your code. |
| RILSUBADDRESSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILSUBADDRESSPARAMMASK enumeration for internal use only. |
| RILSUBADDRESSTYPE Microsoft reserves the RILSUBADDRESSTYPE enumeration for internal use only. Don't use the RILSUBADDRESSTYPE enumeration in your code. |
| RILSUBADDRESSTYPE Don't use this enumeration in your code. Microsoft reserves the RILSUBADDRESSTYPE enumeration for internal use only. |
| RILSUBSCRIBERINFOPARAMMASK This enumeration describes the RILSUBSCRIBERINFOPARAMMASK. |
| RILSUBSCRIBERINFOPARAMMASK Microsoft reserves the RILSUBSCRIBERINFOPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILSUBSCRIBERINFOSERVICE This enumeration describes the RILSUBSCRIBERINFOSERVICE. |
| RILSUBSCRIBERINFOSERVICE Microsoft reserves the RILSUBSCRIBERINFOSERVICE enumeration for internal use only. Don't use this enumeration in your code. |
| RILSUPSERVICEDATAPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILSUPSERVICEDATAPARAMMASK enumeration in your code. |
| RILSUPSERVICEDATAPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILSUPSERVICEDATAPARAMMASK enumeration for internal use only. |
| RILSUPSERVICEDATASTATUS Microsoft reserves this enumeration for internal use only. Don't use the RILSUPSERVICEDATASTATUS enumeration in your code. |
| RILSUPSERVICEDATASTATUS Don't use this enumeration in your code. Microsoft reserves the RILSUPSERVICEDATASTATUS enumeration for internal use only. |
| RILSUPSVCACTION Microsoft reserves the RILSUPSVCACTION enumeration for internal use only. Don't use the RILSUPSVCACTION enumeration in your code. |
| RILSUPSVCACTION Don't use this enumeration in your code. Microsoft reserves the RILSUPSVCACTION enumeration for internal use only. |
| RILSUPSVCINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILSUPSVCINFOPARAMMASK enumeration in your code. |
| RILSUPSVCINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILSUPSVCINFOPARAMMASK enumeration for internal use only. |
| RILSUPSVCTYPE Microsoft reserves the RILSUPSVCTYPE enumeration for internal use only. Don't use the RILSUPSVCTYPE enumeration in your code. |
| RILSUPSVCTYPE Don't use this enumeration in your code. Microsoft reserves the RILSUPSVCTYPE enumeration for internal use only. |
| RILSYSTEMCAPS Microsoft reserves the RILSYSTEMCAPS enumeration for internal use only. Don't use the RILSYSTEMCAPS enumeration in your code. |
| RILSYSTEMCAPS Don't use this enumeration in your code. Microsoft reserves the RILSYSTEMCAPS enumeration for internal use only. |
| RILSYSTEMSELECTIONPREFSMODE Microsoft reserves the RILSYSTEMSELECTIONPREFSMODE enumeration for internal use only. Don't use the RILSYSTEMSELECTIONPREFSMODE enumeration in your code. |
| RILSYSTEMSELECTIONPREFSMODE Don't use this enumeration in your code. Microsoft reserves the RILSYSTEMSELECTIONPREFSMODE enumeration for internal use only. |
| RILSYSTEMSELECTIONPREFSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILSYSTEMSELECTIONPREFSPARAMMASK enumeration in your code. |
| RILSYSTEMSELECTIONPREFSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILSYSTEMSELECTIONPREFSPARAMMASK enumeration for internal use only. |
| RILSYSTEMSELECTIONPREFSROAMINGMODE Don't use the enumeration in your code. Microsoft reserves the RILSYSTEMSELECTIONPREFSROAMINGMODE enumeration for internal use only. |
| RILSYSTEMSELECTIONPREFSROAMINGMODE Don't use the RILSYSTEMSELECTIONPREFSROAMINGMODE enumeration in your code. Microsoft reserves the enumeration for internal use only. |
| RILSYSTEMTYPE This enumeration represents RILSYSTEMTYPE. |
| RILSYSTEMTYPE Microsoft reserves the RILSYSTEMTYPE enumeration for internal use only. Don't use this enumeration in your code. |
| RILTDSCDMAKIND Microsoft reserves the RILTDSCDMAKIND enumeration for internal use only. Don't use the RILTDSCDMAKIND enumeration in your code. |
| RILTDSCDMAKIND Don't use this enumeration in your code. Microsoft reserves the RILTDSCDMAKIND enumeration for internal use only. |
| RILTDSCDMAMRLPARAMMASK This enumeration describes the RILTDSCDMAMRLPARAMMASK. |
| RILTDSCDMAMRLPARAMMASK Microsoft reserves the RILTDSCDMAMRLPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILTONESIGNALINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILTONESIGNALINFOPARAMMASK enumeration in your code. |
| RILTONESIGNALINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILTONESIGNALINFOPARAMMASK enumeration for internal use only. |
| RILUICCAPPDATACHANGEENUM Microsoft reserves this enumeration for internal use only. Don't use the RILUICCAPPDATACHANGEENUM enumeration in your code. |
| RILUICCAPPDATACHANGEENUM Don't use this enumeration in your code. Microsoft reserves the RILUICCAPPDATACHANGEENUM enumeration for internal use only. |
| RILUICCAPPINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILUICCAPPINFOPARAMMASK enumeration in your code. |
| RILUICCAPPINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILUICCAPPINFOPARAMMASK enumeration for internal use only. |
| RILUICCAPPPERSOCHECKSTATUSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILUICCAPPPERSOCHECKSTATUSPARAMMASK enumeration in your code. |
| RILUICCAPPPERSOCHECKSTATUSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILUICCAPPPERSOCHECKSTATUSPARAMMASK enumeration for internal use only. |
| RILUICCAPPPERSOCHECKSTATUSSTATE Microsoft reserves this enumeration for internal use only. Don't use the RILUICCAPPPERSOCHECKSTATUSSTATE enumeration in your code. |
| RILUICCAPPPERSOCHECKSTATUSSTATE Don't use this enumeration in your code. Microsoft reserves the RILUICCAPPPERSOCHECKSTATUSSTATE enumeration for internal use only. |
| RILUICCAPPTYPE This enumeration describes the RILUICCAPPTYPE. |
| RILUICCAPPTYPE Microsoft reserves the RILUICCAPPTYPE enumeration for internal use only. Don't use this enumeration in your code. |
| RILUICCCARDINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILUICCCARDINFOPARAMMASK enumeration in your code. |
| RILUICCCARDINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILUICCCARDINFOPARAMMASK enumeration for internal use only. |
| RILUICCCHANNELGROUP Microsoft reserves this enumeration for internal use only. Don't use the RILUICCCHANNELGROUP enumeration in your code. |
| RILUICCCHANNELGROUP Don't use this enumeration in your code. Microsoft reserves the RILUICCCHANNELGROUP enumeration for internal use only. |
| RILUICCCMDPARAMETERSPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILUICCCMDPARAMETERSPARAMMASK enumeration in your code. |
| RILUICCCMDPARAMETERSPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILUICCCMDPARAMETERSPARAMMASK enumeration for internal use only. |
| RILUICCCOMMAND Microsoft reserves the RILUICCCOMMAND enumeration for internal use only. Don't use the RILUICCCOMMAND enumeration in your code. |
| RILUICCCOMMAND Don't use this enumeration in your code. Microsoft reserves the RILUICCCOMMAND enumeration for internal use only. |
| RILUICCFILELOCKSTATUSACCESSCONDITION This enumeration describes the RILUICCFILELOCKSTATUSACCESSCONDITION. |
| RILUICCFILELOCKSTATUSACCESSCONDITION Microsoft reserves the RILUICCFILELOCKSTATUSACCESSCONDITION enumeration for internal use only. Don't use this enumeration in your code. |
| RILUICCFILELOCKSTATUSPARAMMASK This enumeration describes the RILUICCFILELOCKSTATUSPARAMMASK. |
| RILUICCFILELOCKSTATUSPARAMMASK Microsoft reserves the RILUICCFILELOCKSTATUSPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILUICCKEYREF Learn how this enumeration describes the RILUICCAPPTYPE. |
| RILUICCKEYREF Microsoft reserves the RILUICCKEYREF enumeration for internal use only. Don't use this enumeration in your code. |
| RILUICCLOCKSTATELOCKSTATE This enumeration describes the RILUICCLOCKSTATELOCKSTATE. |
| RILUICCLOCKSTATELOCKSTATE Microsoft reserves the RILUICCLOCKSTATELOCKSTATE enumeration for internal use only. Don't use this enumeration in your code. |
| RILUICCLOCKSTATEPARAMMASK This enumeration describes the RILUICCLOCKSTATEPARAMMASK. |
| RILUICCLOCKSTATEPARAMMASK Microsoft reserves the RILUICCLOCKSTATEPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILUICCPRLID Microsoft reserves the RILUICCPRLID enumeration for internal use only. Don't use the RILUICCPRLID enumeration in your code. |
| RILUICCPRLID Don't use this enumeration in your code. Microsoft reserves the RILUICCPRLID enumeration for internal use only. |
| RILUICCRECORDSTATUSPARAMMASK This enumeration describes the RILUICCRECORDSTATUSPARAMMASK. |
| RILUICCRECORDSTATUSPARAMMASK Microsoft reserves the RILUICCRECORDSTATUSPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILUICCRECORDTYPE This enumeration describes the RILUICCRECORDTYPE. |
| RILUICCRECORDTYPE Microsoft reserves the RILUICCRECORDTYPE enumeration for internal use only. Don't use this enumeration in your code. |
| RILUICCRESPONSEPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILUICCRESPONSEPARAMMASK enumeration in your code. |
| RILUICCRESPONSEPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILUICCRESPONSEPARAMMASK enumeration for internal use only. |
| RILUICCSERVICESERVICE Microsoft reserves this enumeration for internal use only. Don't use the RILUICCSERVICESERVICE enumeration in your code. |
| RILUICCSERVICESERVICE Don't use this enumeration in your code. Microsoft reserves the RILUICCSERVICESERVICE enumeration for internal use only. |
| RILUICCSERVICESTATE Microsoft reserves this enumeration for internal use only. Don't use the RILUICCSERVICESTATE enumeration in your code. |
| RILUICCSERVICESTATE Don't use this enumeration in your code. Microsoft reserves the RILUICCSERVICESTATE enumeration for internal use only. |
| RILUICCSLOTINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILUICCSLOTINFOPARAMMASK enumeration in your code. |
| RILUICCSLOTINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILUICCSLOTINFOPARAMMASK enumeration for internal use only. |
| RILUICCSLOTSTATE This enumeration describes the RILUICCSLOTSTATE. |
| RILUICCSLOTSTATE Microsoft reserves the RILUICCSLOTSTATE enumeration for internal use only. Don't use this enumeration in your code. |
| RILUMTSKIND Microsoft reserves the RILUMTSKIND enumeration for internal use only. Don't use the RILUMTSKIND enumeration in your code. |
| RILUMTSKIND Don't use this enumeration in your code. Microsoft reserves the RILUMTSKIND enumeration for internal use only. |
| RILUMTSMRLPARAMMASK This enumeration describes the RILUMTSMRLPARAMMASK. |
| RILUMTSMRLPARAMMASK Microsoft reserves the RILUMTSMRLPARAMMASK enumeration for internal use only. Don't use this enumeration in your code. |
| RILUNSOLICITEDSSINFONOTIFICATIONCODE Microsoft reserves this enumeration for internal use only. Don't use the RILUNSOLICITEDSSINFONOTIFICATIONCODE enumeration in your code. |
| RILUNSOLICITEDSSINFONOTIFICATIONCODE Don't use this enumeration in your code. Microsoft reserves the RILUNSOLICITEDSSINFONOTIFICATIONCODE enumeration for internal use only. |
| RILUNSOLICITEDSSINFOPARAMMASK Microsoft reserves this enumeration for internal use only. Don't use the RILUNSOLICITEDSSINFOPARAMMASK enumeration in your code. |
| RILUNSOLICITEDSSINFOPARAMMASK Don't use this enumeration in your code. Microsoft reserves the RILUNSOLICITEDSSINFOPARAMMASK enumeration for internal use only. |
| RILVOICEDOMAIN Microsoft reserves the RILVOICEDOMAIN enumeration for internal use only. Don't use the RILVOICEDOMAIN enumeration in your code. |
| RILVOICEDOMAIN Don't use this enumeration in your code. Microsoft reserves the RILVOICEDOMAIN enumeration for internal use only. |
| RSNA_AKM_SUITE The RSNA_AKM_SUITE enum defines RSNA AKM suites. |
| RSNA_CIPHER_SUITE The RSNA_CIPHER_SUITE enumeration specifies the Robust Security Network Association (RSNA) cipher suites. |
| WDI_ACTION_FRAME_CATEGORY The WDI_ACTION_FRAME_CATEGORY enumeration defines action frame categories. |
| WDI_ACTION_FRAME_CATEGORY The WDI_ACTION_FRAME_CATEGORY enumeration defines the action frame categories. |
| WDI_ANQP_QUERY_STATUS Microsoft reserves the WDI_ANQP_QUERY_STATUS enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_ANQP_QUERY_STATUS The WDI_ANQP_QUERY_STATUS enumeration defines the Access Network Query Protocol (ANQP) query status values. |
| WDI_ASSOC_STATUS The WDI_ASSOC_STATUS enum defines association status values. |
| WDI_ASSOC_STATUS The WDI_ASSOC_STATUS enumeration defines the association status values. |
| WDI_AUTH_ALGORITHM The WDI_AUTH_ALGORITHM enumeration defines authentication algorithm values. |
| WDI_AUTH_ALGORITHM The WDI_AUTH_ALGORITHM enumeration defines the authentication algorithm values. |
| WDI_BAND_ID The WDI_BAND_ID enumeration is a UINT32 value that defines a band ID. |
| WDI_BLUETOOTH_COEXISTENCE_SUPPORT The WDI_BLUETOOTH_COEXISTENCE_SUPPORT enum defines Bluetooth coexistence support values. |
| WDI_BLUETOOTH_COEXISTENCE_SUPPORT The WDI_BLUETOOTH_COEXISTENCE_SUPPORT enumeration defines Bluetooth coexistence support values. |
| WDI_BSS_SELECTION_FLAGS The WDI_BSS_SELECTION_FLAGS enum defines flags for BSS selection. |
| WDI_BSS_SELECTION_FLAGS The WDI_BSS_SELECTION_FLAGS enumeration defines flags for BSS selection. |
| WDI_BSS_TRANSITION_RESPONSE_RESULT Microsoft reserves the WDI_BSS_TRANSITION_RESPONSE_RESULT enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_CAN_SUSTAIN_AP_REASON The WDI_CAN_SUSTAIN_AP_REASON enum defines the reasons the port is ready to receive a OID_WDI_TASK_START_AP request. |
| WDI_CAN_SUSTAIN_AP_REASON The WDI_CAN_SUSTAIN_AP_REASON enumeration defines the reasons the port is ready to receive a OID_WDI_TASK_START_AP request. |
| WDI_CIPHER_ALGORITHM The WDI_CIPHER_ALGORITHM enum defines the cipher algorithm values. |
| WDI_CIPHER_ALGORITHM The WDI_CIPHER_ALGORITHM enumeration defines the cipher algorithm values. |
| WDI_CIPHER_KEY_DIRECTION The WDI_CIPHER_KEY_DIRECTION enum defines the traffic directions decrypted by a cipher key. |
| WDI_CIPHER_KEY_DIRECTION The WDI_CIPHER_KEY_DIRECTION enumeration defines the traffic directions decrypted by a cipher key. |
| WDI_CIPHER_KEY_TYPE The WDI_CIPHER_KEY_TYPE enum defines the cipher key types. |
| WDI_CIPHER_KEY_TYPE The WDI_CIPHER_KEY_TYPE enumeration defines the cipher key types. |
| WDI_CONNECTION_QUALITY_HINT The WDI_CONNECTION_QUALITY_HINT enum defines the Wi-Fi connection quality hints. |
| WDI_CONNECTION_QUALITY_HINT The WDI_CONNECTION_QUALITY_HINT enumeration defines the Wi-Fi connection quality hints. |
| WDI_DATA_RATE_FLAGS The WDI_DATA_RATE_FLAGS enum defines the data rate flags. |
| WDI_DATA_RATE_FLAGS The WDI_DATA_RATE_FLAGS enumeration defines the data rate flags. |
| WDI_DISABLE_DATA_PATH_OFFLOADS_SCENARIO The WDI_DISABLE_DATA_PATH_OFFLOADS_SCENARIO enumeration is used to instruct the OS to disable datapath offloads for this connection only. |
| WDI_DS_INFO The WDI_DS_INFO enum defines values that specify whether the port is connected to the same DS that it was previously associated to. |
| WDI_DS_INFO The WDI_DS_INFO enumeration defines values that specify whether the port is connected to the same DS that it was previously associated to. |
| WDI_ENCAPSULATION_TYPE Microsoft reserves the WDI_ENCAPSULATION_TYPE enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_ENCAPSULATION_TYPE The WDI_ENCAPSULATION_TYPE enumeration defines the Wi-Fi encapsulation types. |
| WDI_EXEMPTION_ACTION_TYPE The WDI_EXEMPTION_ACTION_TYPE enumeration defines the exemption types. |
| WDI_EXEMPTION_ACTION_TYPE The WDI_EXEMPTION_ACTION_TYPE enum defines exemption types. |
| WDI_EXEMPTION_PACKET_TYPE The WDI_EXEMPTION_PACKET_TYPE enum defines the types of packet exemptions. |
| WDI_EXEMPTION_PACKET_TYPE The WDI_EXEMPTION_PACKET_TYPE enumeration defines the types of packet exemptions. |
| WDI_FIPS_MODE Microsoft reserves the WDI_FIPS_MODE enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_FIPS_MODE The WDI_FIPS_MODE enumeration defines values that specify if FIPS mode is enabled or not. |
| WDI_FRAME_PAYLOAD_TYPE The WDI_FRAME_PAYLOAD_TYPE enumeration defines the frame payload type. |
| WDI_FRAME_PAYLOAD_TYPE Microsoft reserves the WDI_FRAME_PAYLOAD_TYPE enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_FTM_BANDWIDTH The WDI_FTM_BANDWIDTH enum defines the negotiated bandwidth between two STAs to exercise the FTM. |
| WDI_FTM_PROPAGATION The WDI_FTM_PROPAGATION enum defines the propagation properties of a signal tat are estimated by the LE's logic. |
| WDI_FTM_RESPONSE_STATUS The WDI_FTM_RESPONSE_STATUS enum defines the response status for a Fine Timing Measurement (FTM) request. |
| WDI_FTM_RESPONSE_STATUS The WDI_FTM_RESPONSE_STATUS defines the response status for a Fine Timing Measurement (FTM) request. |
| WDI_IHV_TASK_PRIORITY The WDI_IHV_TASK_PRIORITY enum defines IHV task priorities. |
| WDI_IHV_TASK_PRIORITY The WDI_IHV_TASK_PRIORITY enumeration defines IHV task priorities. |
| WDI_INTERCONNECT_TYPE The WDI_INTERCONNECT_TYPE enumeration defines the interconnect types. |
| WDI_INTERCONNECT_TYPE Microsoft reserves the WDI_INTERCONNECT_TYPE enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_LCI_REPORT_STATUS The WDI_LCI_REPORT_STATUS enum defines the response status for an LCI report, if the report were requested in a Fine Timing Measurement (FTM) request. |
| WDI_LCI_REPORT_STATUS The WDI_LCI_REPORT_STATUS enumeration defines the response status for an LCI report, if the report were requested in a Fine Timing Measurement (FTM) request. |
| WDI_OPERATION_MODE The WDI_OPERATION_MODE enumeration defines operation modes. |
| WDI_OPERATION_MODE The WDI_OPERATION_MODE enum defines operation modes. |
| WDI_OS_POWER_MANAGEMENT_FLAGS Microsoft reserves the WDI_OS_POWER_MANAGEMENT_FLAGS enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_OS_POWER_MANAGEMENT_FLAGS The WDI_OS_POWER_MANAGEMENT_FLAGS enumeration defines supported enablement scenarios of the NIC Auto Power Saver (NAPS) OS power management feature. |
| WDI_P2P_ACTION_FRAME_TYPE The WDI_P2P_ACTION_FRAME_TYPE enum defines the Wi-Fi Direct action frame types. |
| WDI_P2P_ACTION_FRAME_TYPE The WDI_P2P_ACTION_FRAME_TYPE enumeration defines the Wi-Fi Direct action frame types. |
| WDI_P2P_CHANNEL_INDICATE_REASON The WDI_P2P_CHANNEL_INDICATE_REASON enum defines Wi-Fi Direct channel indication reason values. |
| WDI_P2P_CHANNEL_INDICATE_REASON The WDI_P2P_CHANNEL_INDICATE_REASON enumeration defines Wi-Fi Direct channel indication reason values. |
| WDI_P2P_DISCOVER_TYPE The WDI_P2P_DISCOVER_TYPE enum defines the Wi-Fi Direct discovery types. |
| WDI_P2P_DISCOVER_TYPE The WDI_P2P_DISCOVER_TYPE enumeration defines the Wi-Fi Direct discovery types. |
| WDI_P2P_GO_INTERNAL_RESET_POLICY The WDI_P2P_GO_INTERNAL_RESET_POLICY enum defines the Wi-Fi Direct Group Owner internal reset policies. |
| WDI_P2P_GO_INTERNAL_RESET_POLICY The WDI_P2P_GO_INTERNAL_RESET_POLICY enumeration defines the Wi-Fi Direct Group Owner internal reset policies. |
| WDI_P2P_LISTEN_STATE The WDI_P2P_LISTEN_STATE enum defines the Wi-Fi Direct listen states. |
| WDI_P2P_LISTEN_STATE The WDI_P2P_LISTEN_STATE enumeration defines the Wi-Fi Direct listen states. |
| WDI_P2P_SCAN_TYPE The WDI_P2P_SCAN_TYPE enum defines the Wi-Fi Direct scan types. |
| WDI_P2P_SCAN_TYPE The WDI_P2P_SCAN_TYPE enumeration defines the Wi-Fi Direct scan types. |
| WDI_P2P_SERVICE_DISCOVERY_TYPE The WDI_P2P_SERVICE_DISCOVERY_TYPE enum defines the types of service discovery. |
| WDI_P2P_SERVICE_DISCOVERY_TYPE The WDI_P2P_SERVICE_DISCOVERY_TYPE enumeration defines the types of service discovery. |
| WDI_PACKET_FILTER_TYPE Microsoft reserves the WDI_PACKET_FILTER_TYPE enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_PACKET_FILTER_TYPE The WDI_PACKET_FILTER_TYPE enumeration defines the packet filter types. |
| WDI_PHY_TYPE The WDI_PHY_TYPE enumeration defines PHY types. |
| WDI_PHY_TYPE The WDI_PHY_TYPE enumeration defines the PHY types. |
| WDI_POWER_MODE_REASON_CODE The WDI_POWER_MODE_REASON_CODE enum defines the reasons for entering the Power Save state. |
| WDI_POWER_MODE_REASON_CODE The WDI_POWER_MODE_REASON_CODE enumeration defines the reasons for entering the Power Save state. |
| WDI_POWER_SAVE_LEVEL The WDI_POWER_SAVE_LEVEL enum defines the power save levels. |
| WDI_POWER_SAVE_LEVEL The WDI_POWER_SAVE_LEVEL enumeration defines the power save levels. |
| WDI_QOS_ACTION The WDI_QOS_ACTION enumeration defines the QOS actions. |
| WDI_QOS_PROTOCOL Microsoft reserves the WDI_QOS_PROTOCOL enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_QOS_PROTOCOL The WDI_QOS_PROTOCOL enumeration defines Wi-Fi QOS protocols. |
| WDI_RADIO_MEASUREMENT_ACTION The WDI_RADIO_MEASUREMENT_ACTION enumeration defines the radio measurement actions. |
| WDI_RADIO_MEASUREMENT_ACTION The WDI_RADIO_MEASUREMENT_ACTION enumeration defines the radio measurement actions. |
| WDI_ROAM_TRIGGER The WDI_ROAM_TRIGGER enum defines roam triggers. |
| WDI_ROAM_TRIGGER The WDI_ROAM_TRIGGER enumeration defines roam triggers. |
| WDI_ROBUST_AV_STREAMING_ACTION The WDI_ROBUST_AV_STREAMING_ACTION enumeration defines the robust AV streaming actions. |
| WDI_RX_INDICATION_LEVEL The WDI_RX_INDICATION_LEVEL enumeration defines the RX indication levels. |
| WDI_RX_INDICATION_LEVEL Microsoft reserves the WDI_RX_INDICATION_LEVEL enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_RX_THROTTLE_LEVEL The WDI_RX_THROTTLE_LEVEL enumeration defines the RX throttle level. The interpretation and implementation mechanisms of these throttle levels are defined by the independent hardware vendor (IHV). |
| WDI_RX_THROTTLE_LEVEL Microsoft reserves the WDI_RX_THROTTLE_LEVEL enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_SAE_INDICATION_TYPE The WDI_SAE_INDICATION_TYPE enum defines the type of information needed to continue SAE authentication with the BSSID, or notification that authentication cannot continue. |
| WDI_SAE_INDICATION_TYPE The WDI_SAE_INDICATION_TYPE enumeration defines the type of information needed to continue SAE authentication with the BSSID, or notification that authentication cannot continue. |
| WDI_SAE_REQUEST_TYPE The WDI_SAE_REQUEST_TYPE enum defines the type of SAE request frame to send to the BSSID. |
| WDI_SAE_REQUEST_TYPE The WDI_SAE_REQUEST_TYPE enumeration defines the type of Simultaneous Authentication of Equals (SAE) request frame to send to the BSSID. |
| WDI_SAE_STATUS The WDI_SAE_STATUS enum defines SAE authentication failure error status codes. |
| WDI_SAE_STATUS The WDI_SAE_STATUS enumeration defines SAE authentication failure error status codes. |
| WDI_SCAN_TRIGGER The WDI_SCAN_TRIGGER enum defines scan trigger values. |
| WDI_SCAN_TRIGGER The WDI_SCAN_TRIGGER enumeration defines the scan trigger values. |
| WDI_SCAN_TYPE The WDI_SCAN_TYPE enum defines scan types. |
| WDI_SCAN_TYPE The WDI_SCAN_TYPE enumeration defines the scan types. |
| WDI_STOP_AP_REASON The WDI_STOP_AP_REASON enum defines the reasons an adapter cannot sustain 802.11 Access Point (AP) functionality on any of the PHYs. |
| WDI_STOP_AP_REASON The WDI_STOP_AP_REASON enumeration defines the reasons an adapter cannot sustain 802.11 Access Point (AP) functionality on any of the PHYs. |
| WDI_TX_FRAME_STATUS The WDI_TX_FRAME_STATUS enumeration defines the TX frame status values. |
| WDI_TX_FRAME_STATUS Microsoft reserves the WDI_TX_FRAME_STATUS enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_TX_PAUSE_REASON The WDI_TX_PAUSE_REASON enumeration defines the reasons for a TX pause. |
| WDI_TX_PAUSE_REASON Microsoft reserves the WDI_TX_PAUSE_REASON enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_TXRX_PEER_QOS_CAPS The WDI_TXRX_PEER_QOS_CAPS enumeration defines the Quality of Service (QoS) capabilities. |
| WDI_TXRX_PEER_QOS_CAPS Microsoft reserves the WDI_TXRX_PEER_QOS_CAPS enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_WNM_ACTION Microsoft reserves the WDI_WNM_ACTION enumeration for internal use only. Don't use this enumeration in your code. |
| WDI_WNM_ACTION The WDI_WNM_ACTION enumeration defines the message type for 802.11v BSS Transition Management action frames. |
| WDI_WPS_CONFIGURATION_METHOD The WDI_WPS_CONFIGURATION_METHOD enum defines WPS configuration methods. |
| WDI_WPS_CONFIGURATION_METHOD The WDI_WPS_CONFIGURATION_METHOD enumeration defines WPS configuration methods. |
| WIFI_ADAPTER_TX_DEMUX_TYPE The WIFI_ADAPTER_TX_DEMUX_TYPE enumeration specifies the Tx DEMUX type. |
| WIFI_ADAPTER_TYPE The WIFI_ADAPTER_TYPE enumeration specifies the Wi-Fi adapter type. |
| WIFI_POWER_OFFLOAD_TYPE The WIFI_POWER_OFFLOAD_TYPE enumeration specifies the type for a low power offload protocol offload to a WiFiCx network adapter. |
| WIFI_WAKE_REASON_TYPE The WIFI_WAKE_REASON_TYPE enumeration specifies the reason type for a wake-on-LAN (WoL) wake event generated by a WiFiCx adapter. |
| WIFI_WAKE_SOURCE_TYPE The WIFI_WAKE_SOURCE_TYPE enumeration specifies the type of a wake-on-LAN (WoL) wake-up event for a WiFiCx net adapter. |
| WPA_AKM_SUITE The WPA_AKM_SUITE enumeration defines WPA AKM suites. |
| WPA_CIPHER_SUITE The WPA_CIPHER_SUITE enumeration defines the Wi-Fi Protected Access (WPA) cipher suites. |
| WWAN_5G_FREQUENCY_RANGE The WWAN_5G_FREQUENCY_RANGE enumeration specifies the frequency ranges that the device is using for 5G. |
| WWAN_ACE_STATE The WWAN_ACE_STATE enumeration lists the different kinds of auto-connect states. |
| WWAN_ACTIVATION_COMMAND The WWAN_ACTIVATION_COMMAND enumeration lists the Packet Data Protocol (PDP) activation commands that are supported by the MB device. |
| WWAN_ACTIVATION_OPTION The WWAN_ACTIVATION_OPTION enum lists the Packet Data Protocol (PDP) activation options that the MB device supports. |
| WWAN_ACTIVATION_STATE The WWAN_ACTIVATION_STATE enumeration lists the different Packet Data Protocol (PDP) context activation states that are supported by the MB device. |
| WWAN_ASYNC_GETSET_TYPE The WWAN_ASYNC_GETSET_TYPE enumeration lists the different asynchronous OID get/set requests. |
| WWAN_AUTH_METHOD The WWAN_AUTH_METHOD enumeration lists supported authentication methods. |
| WWAN_AUTH_PROTOCOL The WWAN_AUTH_PROTOCOL enumeration lists the different types of authentication protocols that are supported by the MB device. |
| WWAN_CELLULAR_CLASS The WWAN_CELLULAR_CLASS enumeration lists the different classes of cellular technology that are supported by the MB device. |
| WWAN_COMPRESSION The WWAN_COMPRESSION enumeration lists the different compression options that are supported by the MB device. |
| WWAN_CONFIGURATION_SOURCE The WWAN_CONFIGURATION_SOURCE enumeration specifies the creation source of a provisioned context. |
| WWAN_CONTEXT_ENABLE The WWAN_CONTEXT_ENABLE enumeration specifies whether a provisioned context is enabled in a mobile broadband (MBB) modem. |
| WWAN_CONTEXT_LTE_ATTACH_ROAMING_CONTROL The WWAN_CONTEXT_LTE_ATTACH_ROAMING_CONTROL enumeration specifies which roaming conditions apply to an LTE attach context in a mobile broadband (MBB) modem. |
| WWAN_CONTEXT_LTE_ATTACH_STATE The WWAN_CONTEXT_LTE_ATTACH_STATE enumeration indicates whether a mobile broadband (MBB) device is currently attached to an LTE network or not. |
| WWAN_CONTEXT_MEDIA_TYPE The WWAN_CONTEXT_MEDIA_TYPE enumeration specifies the type of media supported for a provisioned context in a mobile broadband (MBB) modem. |
| WWAN_CONTEXT_OPERATIONS The WWAN_CONTEXT_OPERATIONS enumeration specifies the types of operation used in a Set request for a provisioned context in a mobile broadband (MBB) modem. |
| WWAN_CONTEXT_ROAMING_CONTROL The WWAN_CONTEXT_ROAMING_CONTROL enumeration specifies which roaming conditions apply to a provisioned context in a mobile broadband (MBB) modem. |
| WWAN_CONTEXT_TYPE The WWAN_CONTEXT_TYPE enumeration lists the different types of connection contexts that are supported by the MB device. |
| WWAN_DEFAULT_PDU_SESSION_HINT The WWAN_DEFAULT_PDU_SESSION_HINT enumeration lists protocol data unit (PDU) session hints. |
| WWAN_DEVICE_SERVICE_SESSION_CAPABILITY The WWAN_DEVICE_SERVICE_SESSION_CAPABILITY enumeration lists the different device service session operations that are supported by the device service. |
| WWAN_DEVICE_SERVICE_SESSION_STATE The WWAN_DEVICE_SERVICE_SESSION_STATE enumeration specifies the state of device service session. It can be used in a set operation to set the state of a session or can be used in an indication to report the state of a session. |
| WWAN_DEVICE_TYPE The WWAN_DEVICE_TYPE enumeration lists the different device types that describe the MB device. |
| WWAN_DRX_PARAMS The WWAN_DRX_PARAMS enumeration lists Discontinuous Reception (DRX) settings. |
| WWAN_EMERGENCY_MODE The WWAN_EMERGENCY_MODE enumeration lists the different types of emergency modes that are supported by the MB device. |
| WWAN_IP_TYPE The WWAN_IP_TYPE enumeration lists the different levels of supported IP. |
| WWAN_LADN_IND_REQUEST The WWAN_LADN_IND_REQUEST enumeration lists Local Area Data Networks (LADN) information requests. |
| WWAN_MICO_IND The WWAN_MICO_IND enumeration indicates the use of Mobile Initiated Connection (MICO) mode or the renegotiation of MICO mode. |
| WWAN_MICO_MODE The WWAN_MICO_MODE enumeration lists Mobile Initiated Connection modes. |
| WWAN_MODEM_CONFIG_MODE The WWAN_MODEM_CONFIG_MODE enumeration lists modem configuration modes. |
| WWAN_MODEM_CONFIG_REASON The WWAN_MODEM_CONFIG_REASON enumeration lists definitions for reasons why a modem's configuration state change was triggered. |
| WWAN_MODEM_CONFIG_STATE The WWAN_MODEM_CONFIG_STATE enumeration lists definitions used by the modem to inform the OS about its modem configuration state. |
| WWAN_MODEM_LOGGING_LEVEL_CONFIG The WWAN_MODEM_LOGGING_LEVEL_CONFIG enumeration specifies the level for which modem logs are collected. |
| WWAN_MPDP_OPERATION The WWAN_MPDP_OPERATION enumeration describes an operation to perform on a Multiple Packet Data Protocol (MPDP) interface. |
| WWAN_MSG_STATUS The WWAN_MSG_STATUS enumeration lists different SMS message statuses. |
| WWAN_NETWORK_BLACKLIST_STATE The WWAN_NETWORK_BLACKLIST_STATE enumeration describes possible states of a modem's two different blacklists, the SIM provider blacklist and the network provider blacklist. |
| WWAN_NETWORK_BLACKLIST_TYPE The WWAN_NETWORK_BLACKLIST_TYPE enumeration specifies which of a mobile broadband (MBB) modem's two network blacklists is used for an MCC/MNC pair. |
| WWAN_PACKET_SERVICE_ACTION The WWAN_PACKET_SERVICE_ACTION enumeration lists different packet service actions. |
| WWAN_PACKET_SERVICE_STATE The WWAN_PACKET_SERVICE_STATE enumeration lists the different packet service attachment states that are supported by the MB device. |
| WWAN_PCO_TYPE The WWAN_PCO_TYPE enumeration indicates whether the header of a PCO structure is partial, meaning only a subset of the complete PCO value from the network is being passed up to the host. |
| WWAN_PIN_FORMAT The WWAN_PIN_FORMAT enumeration lists the different Personal Identification Number (PIN) formats that are supported by the MB device. |
| WWAN_PIN_MODE The WWAN_PIN_MODE enumeration lists the different states of a Personal Identification Number (PIN) type. |
| WWAN_PIN_OPERATION The WWAN_PIN_OPERATION enumeration lists the different Personal Identification Number (PIN) operations that are supported by the MB device. |
| WWAN_PIN_STATE The WWAN_PIN_STATE enumeration describes whether the MB device or Subscriber Identity Module (SIM card) requires the user to enter a Personal Identification Number (PIN) to proceed to the next state. |
| WWAN_PIN_TYPE The WWAN_PIN_TYPE enumeration specifies the PIN type for a UICC application. |
| WWAN_RADIO The WWAN_RADIO enumeration lists the different types of radio power modes that are supported by the MB device. |
| WWAN_READY_STATE The WWAN_READY_STATE enumeration lists the different device ready-states that are supported by the MB device. |
| WWAN_REGISTER_ACTION The WWAN_REGISTER_ACTION enumeration lists the different provider network registration actions that are supported by the MB device. |
| WWAN_REGISTER_MODE The WWAN_REGISTER_MODE enumeration lists the different network selection modes which defines the way the device should select a network while registering. |
| WWAN_REGISTER_STATE The WWAN_REGISTER_STATE enumeration lists the different provider network registration states that are supported by the MB device. |
| WWAN_ROUTE_SELECTION_PURPOSE Learn more about: WWAN_ROUTE_SELECTION_PURPOSE |
| WWAN_SAR_BACKOFF_STATE The WWAN_SAR_BACKOFF_STATE enumeration specifies the state of SAR backoff for a mobile broadband (MBB) modem's antennas. |
| WWAN_SAR_CONTROL_MODE The WWAN_SAR_CONTROL_MODE enumeration specifies how the SAR back off mechanism is controlled. |
| WWAN_SAR_TRANSMISSION_STATUS The WWAN_SAR_TRANSMISSION_STATUS enumeration describes whether a mobile broadband (MBB) modem has transmit (Tx) traffic during its hysteresis timer. |
| WWAN_SAR_TRANSMISSION_STATUS_NOTIFICATION_STATE The WWAN_SAR_TRANSMISSION_STATUS_NOTIFICATION_STATE enumeration specifies whether Specific Absorption Rate (SAR) transmission status notifications are disabled or enabled for a mobile broadband (MBB) modem. |
| WWAN_SAR_WIFI_HARDWARE_INTEGRATION The WWAN_SAR_WIFI_HARDWARE_INTEGRATION enumeration specifies whether Wi-Fi and Cellular are integrated at the hardware level in a mobile broadband (MBB) modem. |
| WWAN_SIM_CLASS The WWAN_SIM_CLASS enumeration lists the different types of Subscriber Identity Modules (SIMs) that are supported by the MB device. |
| WWAN_SMS_CDMA_ENCODING The WWAN_SMS_CDMA_ENCODING enumeration lists the different SMS CDMA encoding formats that are supported by the MB device. |
| WWAN_SMS_CDMA_LANG The WWAN_SMS_CDMA_LANG enumeration lists the different SMS CDMA languages that are supported by the MB device. |
| WWAN_SMS_FLAG The WWAN_SMS_FLAG enumeration lists different flags to filter SMS text messages. |
| WWAN_SMS_FORMAT The WWAN_SMS_FORMAT enumeration lists different Short Message Service (SMS) formats. |
| WWAN_STRUCT_TYPE The WWAN_STRUCT_TYPE enumeration lists the different types of the list elements that follow the WWAN_LIST_HEADER object in memory. |
| WWAN_UICC_APP_TYPE The WWAN_UICC_APP_TYPE enumeration specifies the type for a UICC application. |
| WWAN_UICC_FILE_ACCESSIBILITY The WWAN_UICC_FILE_ACCESSIBILITY enumeration specifies accessibility for a UICC file. |
| WWAN_UICC_FILE_STRUCTURE The WWAN_UICC_FILE_STRUCTURE enumeration specifies the structure of a UICC file. |
| WWAN_UICC_FILE_TYPE The WWAN_UICC_FILE_TYPE enumeration specifies the type for a UICC file. |
| WWAN_UICC_PASSTHROUGH_ACTION The WWAN_UICC_PASSTHROUGH_ACTION enumeration defines the passthrough action specified by the MB host for a modem miniport adapter after it resets a UICC smart card. |
| WWAN_UICC_PASSTHROUGH_STATUS The WWAN_UICC_PASSTHROUGH_STATUS enumeration defines the passthrough status of a modem miniport adapter for a UICC smart card. |
| WWAN_UICCSLOT_STATE The WWAN_UICCSLOT_STATE enumeration lists the different states of a UICC (SIM) card slot on a modem. The slot state represents a summary of both the slot state and the card state. |
| WWAN_USSD_EVENT_TYPE The WWAN_USSD_EVENT_TYPE enumeration lists the different types of Unstructured Supplementary Service Data (USSD) events. |
| WWAN_USSD_REQUEST_TYPE The WWAN_USSD_REQUEST_TYPE enumeration lists the different types of Unstructured Supplementary Service Data (USSD) session requests. |
| WWAN_USSD_SESSION_STATE The WWAN_USSD_SESSION_STATE enumeration lists the different types of USSD session states. |
| WWAN_VOICE_CALL_STATE The WWAN_VOICE_CALL_STATE enumeration lists the different voice call states that are supported by the MB device. |
| WWAN_VOICE_CLASS The WWAN_VOICE_CLASS enumeration lists the different types of voice classes that are supported by the MB device. |
Functions
| AKM_FROM_TYPE The AKM_FROM_TYPE macro is used to compute the RSNA_AKM_SUITE and WPA_AKM_SUITE enum values. |
| ALLOCATE_SHARED_MEMORY_HANDLER The NetAllocateSharedMemory function (ALLOCATE_SHARED_MEMORY_HANDLER entry point) is called by NDIS when a driver allocates shared memory from a shared memory provider. |
| CLOSE_NDK_ADAPTER_HANDLER The CloseNDKAdapterHandler (CLOSE_NDK_ADAPTER_HANDLER) function closes an NDK adapter instance on an NDK-capable NDIS miniport adapter. |
| DMA_ABORT_HANDLER The ProviderAbortDma function cancels any DMA transfers that are associated with a DMA channel. |
| DMA_APPEND_HANDLER The ProviderAppendDma function appends a linked list of DMA descriptors to the last descriptor on a DMA channel. |
| DMA_CHANNEL_ALLOCATE_HANDLER The ProviderAllocateDmaChannel function allocates a DMA channel. |
| DMA_CHANNEL_FREE_HANDLER The ProviderFreeDmaChannel function frees a DMA channel that the ProviderAllocateDmaChannel function previously allocated. |
| DMA_CHANNELS_CPU_AFFINITY_HANDLER The ProviderSetDmaChannelCpuAffinity function sets the CPU affinities for the DMA channels that are associated with a DMA provider. |
| DMA_RESET_HANDLER The ProviderResetChannel function resets a DMA channel to the initial state that existed after the DMA channel was allocated. |
| DMA_RESUME_HANDLER The ProviderResumeDma function resumes the DMA transfers that are currently suspended on a DMA channel. |
| DMA_START_HANDLER The ProviderStartDma function starts a DMA transfer on the specified DMA channel. |
| DMA_SUSPEND_HANDLER The ProviderSuspendDma function suspends the DMA transfers that are currently in progress on a DMA channel. |
| DOT11EXT_ALLOCATE_BUFFER The DOT11EXT_ALLOCATE_BUFFER callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_FREE_BUFFER The DOT11EXT_FREE_BUFFER callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_GET_PROFILE_CUSTOM_USER_DATA The DOT11EXT_GET_PROFILE_CUSTOM_USER_DATA callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_NIC_SPECIFIC_EXTENSION The DOT11EXT_NIC_SPECIFIC_EXTENSION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_ONEX_START The DOT11EXT_ONEX_START callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_ONEX_STOP The DOT11EXT_ONEX_STOP callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_POST_ASSOCIATE_COMPLETION The DOT11EXT_POST_ASSOCIATE_COMPLETION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_PRE_ASSOCIATE_COMPLETION The DOT11EXT_PRE_ASSOCIATE_COMPLETION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_PROCESS_ONEX_PACKET The DOT11EXT_PROCESS_ONEX_PACKET callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_QUERY_VIRTUAL_STATION_PROPERTIES The DOT11EXT_QUERY_VIRTUAL_STATION_PROPERTIES callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_RELEASE_VIRTUAL_STATION The DOT11EXT_RELEASE_VIRTUAL_STATION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_REQUEST_VIRTUAL_STATION The DOT11EXT_REQUEST_VIRTUAL_STATION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SEND_NOTIFICATION The DOT11EXT_SEND_NOTIFICATION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SEND_PACKET The DOT11EXT_SEND_PACKET callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SEND_UI_REQUEST The DOT11EXT_SEND_UI_REQUEST callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_AUTH_ALGORITHM The DOT11EXT_SET_AUTH_ALGORITHM callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_CURRENT_PROFILE The DOT11EXT_SET_CURRENT_PROFILE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_DEFAULT_KEY The DOT11EXT_SET_DEFAULT_KEY callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_DEFAULT_KEY_ID The DOT11EXT_SET_DEFAULT_KEY_ID callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_ETHERTYPE_HANDLING The DOT11EXT_SET_ETHERTYPE_HANDLING callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_EXCLUDE_UNENCRYPTED The DOT11EXT_SET_EXCLUDE_UNENCRYPTED callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_KEY_MAPPING_KEY The DOT11EXT_SET_KEY_MAPPING_KEY callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_MULTICAST_CIPHER_ALGORITHM The DOT11EXT_SET_MULTICAST_CIPHER_ALGORITHM callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_PROFILE_CUSTOM_USER_DATA The DOT11EXT_SET_PROFILE_CUSTOM_USER_DATA callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_UNICAST_CIPHER_ALGORITHM The DOT11EXT_SET_UNICAST_CIPHER_ALGORITHM callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_SET_VIRTUAL_STATION_AP_PROPERTIES The DOT11EXT_SET_VIRTUAL_STATION_AP_PROPERTIES callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_ADAPTER_RESET The DOT11EXTIHV_ADAPTER_RESET callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_CONTROL The DOT11EXTIHV_CONTROL callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_CREATE_DISCOVERY_PROFILES The DOT11EXTIHV_CREATE_DISCOVERY_PROFILES callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_DEINIT_ADAPTER The DOT11EXTIHV_DEINIT_ADAPTER callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_DEINIT_SERVICE The DOT11EXTIHV_DEINIT_SERVICE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_GET_VERSION_INFO The DOT11EXTIHV_GET_VERSION_INFO callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_INIT_ADAPTER The DOT11EXTIHV_INIT_ADAPTER callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_INIT_SERVICE The DOT11EXTIHV_INIT_SERVICE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_INIT_VIRTUAL_STATION The DOT11EXTIHV_INIT_VIRTUAL_STATION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_IS_UI_REQUEST_PENDING The DOT11EXTIHV_IS_UI_REQUEST_PENDING callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_ONEX_INDICATE_RESULT The DOT11EXTIHV_ONEX_INDICATE_RESULT callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_PERFORM_CAPABILITY_MATCH The DOT11EXTIHV_PERFORM_CAPABILITY_MATCH callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_PERFORM_POST_ASSOCIATE The DOT11EXTIHV_PERFORM_POST_ASSOCIATE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_PERFORM_PRE_ASSOCIATE The DOT11EXTIHV_PERFORM_PRE_ASSOCIATE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_PROCESS_SESSION_CHANGE The DOT11EXTIHV_PROCESS_SESSION_CHANGE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_PROCESS_UI_RESPONSE The DOT11EXTIHV_PROCESS_UI_RESPONSE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_QUERY_UI_REQUEST The DOT11EXTIHV_QUERY_UI_REQUEST callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_RECEIVE_INDICATION The DOT11EXTIHV_RECEIVE_INDICATION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_RECEIVE_PACKET The DOT11EXTIHV_RECEIVE_PACKET callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_SEND_PACKET_COMPLETION The DOT11EXTIHV_SEND_PACKET_COMPLETION callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_STOP_POST_ASSOCIATE The DOT11EXTIHV_STOP_POST_ASSOCIATE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXTIHV_VALIDATE_PROFILE The DOT11EXTIHV_VALIDATE_PROFILE callback function is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| EVT_MBB_DEVICE_CREATE_ADAPTER The EvtMbbDeviceCreateAdapter callback function is implemented by the client driver to create a NETADAPTER object for a data session. |
| EVT_MBB_DEVICE_RECEIVE_MBIM_FRAGMENT A client driver's EvtMbbDeviceReceiveMbimFragment event callback function provides the response message returned from its device in response to a previous MBIM control message sent from MBBCx. This callback function is the equivalent of the GetEncapsulatedResponse request defined in the MBIM specification. |
| EVT_MBB_DEVICE_SEND_DEVICE_SERVICE_SESSION_DATA A client driver's EvtMbbDeviceSendServiceSessionData event callback function sends device service session data down to its modem device. |
| EVT_MBB_DEVICE_SEND_MBIM_FRAGMENT A client driver's EvtMbbDeviceSendMbimFragment event callback function instructs its device to perform the task specified by the MBIM control message. This callback function is the equivalent of the SendEncapsulatedCommand request defined in the MBIM specification. |
| EVT_NET_ADAPTER_CREATE_RXQUEUE The client driver's implementation of the EvtNetAdapterCreateRxQueue event callback function that sets up a receive (Rx) queue. |
| EVT_NET_ADAPTER_CREATE_TXQUEUE The client driver's implementation of the EvtNetAdapterCreateTxQueue event callback function that sets up a transmit (Tx) queue. |
| EVT_NET_ADAPTER_OFFLOAD_SET_CHECKSUM The EvtNetAdapterOffloadSetChecksum callback function is implemented by the client driver to set changes in checksum offload capabilities. |
| EVT_NET_ADAPTER_OFFLOAD_SET_GSO The EvtNetAdapterOffloadSetGso callback function is implemented by the client driver to set changes in TCP and UDP large send offload capabilities. |
| EVT_NET_ADAPTER_OFFLOAD_SET_RSC The EvtNetAdapterOffloadSetRsc callback function is implemented by the client driver to set changes in active receive segment coalescence (RSC) offload capabilities. |
| EVT_NET_ADAPTER_OFFLOAD_SET_RX_CHECKSUM The client driver implements the EvtNetAdapterOffloadSetRxChecksum callback function to set changes in Rx checksum offload capabilities. |
| EVT_NET_ADAPTER_OFFLOAD_SET_TX_CHECKSUM The client driver implements the EvtNetAdapterOffloadSetTxChecksum callback function to set changes in Tx checksum offload capabilities. |
| EVT_NET_ADAPTER_RECEIVE_SCALING_DISABLE The EVT_NET_ADAPTER_RECEIVE_SCALING_DISABLE callback function disables receive side scaling (RSS) for a network interface controller (NIC). |
| EVT_NET_ADAPTER_RECEIVE_SCALING_ENABLE The EVT_NET_ADAPTER_RECEIVE_SCALING_ENABLE callback function enables receive side scaling (RSS) for a network interface controller (NIC). |
| EVT_NET_ADAPTER_RECEIVE_SCALING_SET_HASH_SECRET_KEY The EvtNetAdapterReceiveScalingSetHashSecretKey callback function is implemented by the client driver to set the hash secret key for the network interface controller (NIC). |
| EVT_NET_ADAPTER_RECEIVE_SCALING_SET_INDIRECTION_ENTRIES The EvtNetAdapterReceiveScalingSetIndirectionEntries callback function is implemented by the client driver to perform moves of individual receive side scaling (RSS) indirection table entries to new processors. |
| EVT_NET_ADAPTER_RETURN_RX_BUFFER Implement this optional callback function to perform cleanup on a receive buffer for which you previously specified manual fragment allocation and attachment. |
| EVT_NET_ADAPTER_SET_RECEIVE_FILTER The client driver implements EvtNetAdapterSetReceiveFilter to set changes in a network adapter's active receive filtering capabilities. |
| EVT_NET_DEVICE_COLLECT_RESET_DIAGNOSTICS Implement EVT_NET_DEVICE_COLLECT_RESET_DIAGNOSTICS to collect diagnostics from a failed hardware device and report it to the framework during the device reset and recovery process. |
| EVT_NET_DEVICE_PREVIEW_POWER_OFFLOAD Implement this optional callback to reject protocol offloads that are not compatible with your hardware. |
| EVT_NET_DEVICE_PREVIEW_WAKE_SOURCE Implement this optional callback to reject wake patterns that are not compatible with your hardware. |
| EVT_PACKET_QUEUE_ADVANCE The EvtPacketQueueAdvance callback function is implemented by the client driver to process transmit or receive packets provided by NetAdapterCx. |
| EVT_PACKET_QUEUE_CANCEL The EvtPacketQueueCancel callback function is implemented by the client driver to handle operations that must be performed before a packet queue is deleted. |
| EVT_PACKET_QUEUE_SET_NOTIFICATION_ENABLED The EvtPacketQueueSetNotificationEnabled callback function is implemented by the client driver to perform client-specific processing when there are new packets received in the specified queue's ring buffer. |
| EVT_PACKET_QUEUE_START The EvtPacketQueueStart callback function is implemented by the client driver to start the data path for a packet queue. |
| EVT_PACKET_QUEUE_STOP The EvtPacketQueueStop callback function is implemented by the client driver to stop the data path for a packet queue before it is deleted. |
| EVT_VMB_CHANNEL_CLOSED The EvtVmbChannelClosed callback function is invoked when the client endpoint in the guest virtual machine closes a channel by using the VmbChannelDisable function, or the opposite endpoint rescinds or closes the channel. |
| EVT_VMB_CHANNEL_OPENED The EvtVmbChannelOpened callback function is invoked when the client endpoint in the guest virtual machine opens a channel which has been offered to it. |
| EVT_VMB_CHANNEL_PNP_FAILURE The EvtChannelPnpFailure callback function is invoked if the client endpoint in the guest virtual machine asynchronously fails to connect even though a PnP device was located. |
| EVT_VMB_CHANNEL_POST_STARTED The EvtVmbChannelPostStarted callback function is invoked at either endpoint after packets can be received from the opposite endpoint. |
| EVT_VMB_CHANNEL_PROCESS_PACKET The EvtVmbChannelProcessPacket callback function is invoked when a packet arrives in the incoming ring buffer. |
| EVT_VMB_CHANNEL_PROCESSING_COMPLETE The EvtVmbChannelProcessingComplete callback function is invoked when a group of packets has been delivered by the EvtVmbChannelProcessPacket function, if there is a pause before delivering subsequent packets. |
| EVT_VMB_CHANNEL_RESTORE_PACKET The EvtVmbChannelRestorePacket callback function is invoked when the virtualization service provider (VSP) server endpoint must restore the state associated with a packet object. |
| EVT_VMB_CHANNEL_SAVE_PACKET The EvtVmbChannelSavePacket callback function is invoked when the virtualization service provider (VSP) endpoint must save the state associated with a packet. |
| EVT_VMB_CHANNEL_STARTED The EvtVmbChannelStarted callback function is invoked at either endpoint when a channel is fully configured but before any packets have been delivered. This occurs when the opposite endpoint opened the channel or reopened it after closing it. |
| EVT_VMB_CHANNEL_SUSPEND The EvtVmbChannelSuspend callback function is invoked at the server endpoint when the channel is being closed or deleted by the client endpoint, which moves the server into the Stopped state. |
| EVT_VMB_PACKET_COMPLETION_ROUTINE The EvtVmbPacketCompletionRoutine callback function is invoked when the transaction associated with a sent packet is complete. |
| EVT_WIFI_DEVICE_CREATE_ADAPTER WiFiCx drivers implement EvtWifiDeviceCreateAdapter to create a NETADAPTER object. |
| EVT_WIFI_DEVICE_CREATE_WIFIDIRECTDEVICE WiFiCx client drivers implement EvtWifiDeviceCreateWifiDirectDevice to create a WIFIDIRECTDEVICE object. |
| EVT_WIFI_DEVICE_SEND_COMMAND A WiFiCx driver's EvtWifiDeviceSendCommand callback function retrieves and processes the command message sent by the WiFiCx framework. |
| FILTER_ATTACH NDIS calls a filter driver's FilterAttach function to allocate and initialize a filter module's data structures.Note You must declare the function by using the FILTER_ATTACH type. |
| FILTER_CANCEL_DIRECT_OID_REQUEST NDIS calls a filter driver's FilterCancelDirectOidRequest function to cancel a direct OID request.Note You must declare the function by using the FILTER_CANCEL_DIRECT_OID_REQUEST type. |
| FILTER_CANCEL_OID_REQUEST NDIS calls a filter driver's FilterCancelOidRequest function to cancel an OID request.Note You must declare the function by using the FILTER_CANCEL_OID_REQUEST type. |
| FILTER_CANCEL_SEND_NET_BUFFER_LISTS NDIS calls a filter driver's FilterCancelSendNetBufferLists function to cancel the transmission of all NET_BUFFER_LIST structures that are marked with a specified cancellation identifier.Note You must declare the function by using the FILTER_CANCEL_SEND_NET_BUFFER_LISTS type. For more information, see the following Examples section. |
| FILTER_DETACH NDIS calls a filter driver's FilterDetach function to release all the resources that are associated with a filter module.Note You must declare the function by using the FILTER_DETACH type. |
| FILTER_DEVICE_PNP_EVENT_NOTIFY NDIS calls a filter driver's FilterDevicePnPEventNotify function to notify the driver of device Plug and Play (PnP) and Power Management events.Note You must declare the function by using the FILTER_DEVICE_PNP_EVENT_NOTIFY type. |
| FILTER_DIRECT_OID_REQUEST NDIS calls a filter driver's FilterDirectOidRequest function to process a direct OID request that is associated with the specified filter module.Note You must declare the function by using the FILTER_DIRECT_OID_REQUEST type. |
| FILTER_DIRECT_OID_REQUEST_COMPLETE NDIS calls the FilterDirectOidRequestComplete function to complete a filter driver direct OID request that queried or set information in an underlying driver.Note You must declare the function by using the FILTER_DIRECT_OID_REQUEST_COMPLETE type. |
| FILTER_NET_PNP_EVENT NDIS calls a filter driver's FilterNetPnPEvent function to notify the driver of network Plug and Play (PnP) and Power Management events.Note You must declare the function by using the FILTER_NET_PNP_EVENT type. |
| FILTER_OID_REQUEST NDIS calls a filter driver's FilterOidRequest function to process an OID request that is associated with the specified filter module.Note You must declare the function by using the FILTER_OID_REQUEST type. |
| FILTER_OID_REQUEST_COMPLETE NDIS calls the FilterOidRequestComplete function to complete a filter driver request that queried or set information in an underlying driver.Note You must declare the function by using the FILTER_OID_REQUEST_COMPLETE type. |
| FILTER_PAUSE NDIS calls a filter driver's FilterPause function to initiate a pause operation for the specified filter module.Note You must declare the function by using the FILTER_PAUSE type. |
| FILTER_RECEIVE_NET_BUFFER_LISTS NDIS calls the FilterReceiveNetBufferLists function to request a filter driver to process a receive indication.Note You must declare the function by using the FILTER_RECEIVE_NET_BUFFER_LISTS type. |
| FILTER_RESTART The FilterRestart function initiates a restart operation for the specified filter module.Note You must declare the function by using the FILTER_RESTART type. |
| FILTER_RETURN_NET_BUFFER_LISTS NDIS calls the FilterReturnNetBufferLists function to return a linked list of NET_BUFFER_LIST structures and associated data to a filter driver.Note You must declare the function by using the FILTER_RETURN_NET_BUFFER_LISTS type. |
| FILTER_SEND_NET_BUFFER_LISTS NDIS calls the FilterSendNetBufferLists function to allow a filter driver to filter a linked list of NET_BUFFER_LIST structures.Note You must declare the function by using the FILTER_SEND_NET_BUFFER_LISTS type. |
| FILTER_SEND_NET_BUFFER_LISTS_COMPLETE NDIS calls the FilterSendNetBufferListsComplete function to complete a send request that a filter driver started by calling the NdisFSendNetBufferLists function.Note You must declare the function by using the FILTER_SEND_NET_BUFFER_LISTS_COMPLETE type. |
| FILTER_SET_MODULE_OPTIONS The FilterSetModuleOptions function changes the set of optional services that are associated with a specified filter module.Note You must declare the function by using the FILTER_SET_MODULE_OPTIONS type. |
| FILTER_STATUS The FilterStatus function indicates status changes that are reported by NDIS or an underlying driver.Note You must declare the function by using the FILTER_STATUS type. |
| FILTER_SYNCHRONOUS_OID_REQUEST NDIS calls a filter driver's FilterSynchronousOidRequest function to preview a Synchronous OID request before the request is given to the underlying miniport driver. |
| FILTER_SYNCHRONOUS_OID_REQUEST_COMPLETE NDIS calls a filter driver’s FilterSynchronousOidRequestComplete function after a Synchronous OID request has been completed from an underlying driver. |
| FN_VMB_CHANNEL_ALLOCATE The VmbChannelAllocate function allocates a new VMBus channel that has default parameters and callbacks. |
| FN_VMB_CHANNEL_CLEANUP The VmbChannelCleanup function disposes of a channel that was allocated by using the VmbChannelAllocate function or initialized by using a VMBus channel initialization function. |
| FN_VMB_CHANNEL_CREATE_GPADL_FROM_BUFFER The VmbChannelCreateGpadlFromBuffer function creates a Guest Physical Address Descriptor List (GPADL) that describes a client-side buffer. The GPADL can be used in the server to access the buffer. |
| FN_VMB_CHANNEL_CREATE_GPADL_FROM_MDL The VmbChannelCreateGpadlFromMdl function creates a Guest Physical Address Descriptor List (GPADL) that describes a client-side buffer. The GPADL can be used in the server to access the buffer. |
| FN_VMB_CHANNEL_DELETE_GPADL The VmbChannelDeleteGpadl function deletes a Guest Physical Address Descriptor List (GPADL) mapped by the VmbChannelCreateGpadlFromMdl or VmbChannelCreateGpadlFromBuffer functions. |
| FN_VMB_CHANNEL_DISABLE The VmbChannelDisable function disables a channel, which closes it for client channels and revokes the channel offer for server channels. This function waits until the channel is completely torn down before it returns. |
| FN_VMB_CHANNEL_ENABLE The VmbChannelEnable function enables a channel that is in the disabled state by connecting to VMBus and offering or opening a channel, as appropriate for the endpoint type. |
| FN_VMB_CHANNEL_GET_INTERFACE_INSTANCE The VmbChannelGetInterfaceInstance function gets the active interface instance, which is a GUID that uniquely identifies a channel. |
| FN_VMB_CHANNEL_GET_MMIO_SPACE The VmbChannelGetMmioSpace function retrieves the kernel virtual address of the MMIO space allocated to a channel. |
| FN_VMB_CHANNEL_GET_POINTER The VmbChannelGetPointer function lets a client driver retrieve a pointer that was previously saved by using the VmbPacketSetPointer function. |
| FN_VMB_CHANNEL_INIT_SET_CLIENT_CONTEXT_SIZE The VmbChannelInitSetClientContextSize function sets the size of the optional context area allocated for the client driver on each incoming packet. |
| FN_VMB_CHANNEL_INIT_SET_FLAGS The VmbChannelInitSetFlags function sets flags common to server or client channel endpoints. |
| FN_VMB_CHANNEL_INIT_SET_FRIENDLY_NAME The VmbChannelInitSetFriendlyName function sets the friendly name of the Kernel Mode Client Library (KMCL) channel. The friendly name is used for debugging and performance counter instance naming. |
| FN_VMB_CHANNEL_INIT_SET_MAXIMUM_EXTERNAL_DATA The VmbChannelInitSetMaximumExternalData function sets the maximum size and chain length of data that is described by a packet, but not directly sent in the packet. That is, the maximum size of the buffer described by an ExternalDataMdl. |
| FN_VMB_CHANNEL_INIT_SET_MAXIMUM_PACKET_SIZE The VmbChannelInitSetMaximumPacketSize function sets the maximum packet size that can be delivered through a channel, which is the maximum size that will ever be specified by the VmbPacketSend function. |
| FN_VMB_CHANNEL_INIT_SET_PROCESS_PACKET_CALLBACKS The VmbChannelInitSetProcessPacketCallbacks function sets callback functions for packet processing. |
| FN_VMB_CHANNEL_INIT_SET_STATE_CHANGE_CALLBACKS The VmbChannelInitSetStateChangeCallbacks function sets optional callback functions for state changes. |
| FN_VMB_CHANNEL_MAP_GPADL The VmbChannelMapGpadl function maps a client-side buffer into server-side physical address space by using a Guest Physical Address Descriptor List (GPADL) number. |
| FN_VMB_CHANNEL_PACKET_COMPLETE The VmbChannelPacketComplete function cleans up any outstanding memory mappings, releases any buffers in use, and, if the opposite endpoint requested a completion packet, sends a completion packet. |
| FN_VMB_CHANNEL_PACKET_DEFER_TO_PASSIVE The VmbChannelPacketDeferToPassive function is called by the client driver to defer a packet passed to it by the EvtVmbChannelProcessPacket callback function. |
| FN_VMB_CHANNEL_PACKET_FAIL The VmbChannelPacketFail function fails a packet during packet processing due to an unrecoverable error. This function stops the queue. |
| FN_VMB_CHANNEL_PACKET_GET_EXTERNAL_DATA The VmbChannelPacketGetExternalData function gets any external Memory Descriptor Lists (MDLs) associated with a packet during packet processing. |
| FN_VMB_CHANNEL_PAUSE The VmbChannelPause function moves a channel into the paused state, which prevents new I/O. |
| FN_VMB_CHANNEL_RESTORE_FROM_BUFFER The VmbChannelRestoreFromBuffer function restores the client state from previously saved state. The driver must check the return value of the function. |
| FN_VMB_CHANNEL_SAVE_BEGIN The VmbChannelSaveBegin function initializes the context for saving the state of a channel. The driver must check the return value of the function. |
| FN_VMB_CHANNEL_SAVE_CONTINUE The VmbChannelSaveContinue function saves the channel state to a buffer. Run the VmbChannelSaveBegin before you run this function. The driver must check the return value of the function. |
| FN_VMB_CHANNEL_SAVE_END The VmbChannelSaveEnd function cleans up any resources that were allocated for saving state of a channel. |
| FN_VMB_CHANNEL_SEND_SYNCHRONOUS_REQUEST The VmbChannelSendSynchronousRequest function sends a packet to the opposite endpoint and waits for a response. |
| FN_VMB_CHANNEL_SET_INCOMING_PROCESSING_AT_PASSIVE The VmbChannelSetIncomingProcessingAtPassive function sets the required IRQL for incoming parsing routines for a channel to PASSIVE_LEVEL. |
| FN_VMB_CHANNEL_SET_INTERRUPT_LATENCY Guest VM updates to the outgoing monitor latency for MNF interrupts. |
| FN_VMB_CHANNEL_SET_POINTER The VmbChannelSetPointer function saves an arbitrary pointer in a channel context. |
| FN_VMB_CHANNEL_SET_TRANSACTION_QUOTA The VmbChannelSetTransactionQuota function sets the incoming packet quota. |
| FN_VMB_CHANNEL_SIZEOF_PACKET The VmbChannelSizeofPacket function calculates the necessary size for buffers to be used with the VmbPacketInitialize function. |
| FN_VMB_CHANNEL_START The VmbChannelStart function moves a channel out of the paused state. |
| FN_VMB_CHANNEL_UNMAP_GPADL The VmbChannelUnmapGpadl function unmaps a Guest Physical Address Descriptor List (GPADL) mapped using by the VmbChannelMapGpadl function. The buffer must no longer be in use by the server before this function is called. |
| FN_VMB_CLIENT_CHANNEL_INIT_SET_RING_BUFFER_PAGE_COUNT The VmbClientChannelInitSetRingBufferPageCount function sets the number of pages of memory the client allocates for incoming and outgoing ring buffers. |
| FN_VMB_CLIENT_CHANNEL_INIT_SET_TARGET_PNP The VmbClientChannelInitSetTargetPnp function sets a client channel's target by interface type and instance IDs. |
| FN_VMB_CONVERT_VMBUS_HANDLE_TO_KERNEL_HANDLE The VmbConvertVmbusHandleToKernelHandle function converts the user mode VMBus handle to kernel mode handle. |
| FN_VMB_PACKET_ALLOCATE The VmbPacketAllocate function allocates a packet from the channel's lookaside list. |
| FN_VMB_PACKET_FREE The VmbPacketFree function releases a packet allocated by using the VmbPacketAllocate function. |
| FN_VMB_PACKET_GET_CHANNEL The VmbPacketGetChannel function returns the VMBus channel with which a VMBus packet is associated. |
| FN_VMB_PACKET_GET_POINTER The VmbPacketGetPointer function retrieves a pointer that was previously saved by using the VmbPacketSetPointer function. |
| FN_VMB_PACKET_INITIALIZE The VmbPacketInitialize function initializes a buffer to contain a VMBus packet. |
| FN_VMB_PACKET_RESTORE The VmbPacketRestore function restores packet from a buffer that contains saved packet context. |
| FN_VMB_PACKET_SEND The VmbPacketSend function sends the data in a packet buffer or external data Memory Descriptor List (MDL). The function associates that data with the VMBus packet object, which represents the packet throughout the lifetime of the transaction. |
| FN_VMB_PACKET_SEND_WITH_EXTERNAL_MDL The VmbPacketSendWithExternalMdl function sends the data in a packet buffer or external data Memory Descriptor List (MDL). |
| FN_VMB_PACKET_SEND_WITH_EXTERNAL_PFNS The VmbPacketSendWithExternalPfns function sends the data in a packet buffer or external data as an array of Page Frame Numbers (PFNs). |
| FN_VMB_PACKET_SET_COMPLETION_ROUTINE The VmbPacketSetCompletionRoutine function sets the completion routine for a packet object. |
| FN_VMB_PACKET_SET_POINTER The VmbPacketSetPointer function saves an arbitrary pointer in the packet context. |
| FN_VMB_SERVER_CHANNEL_INIT_SET_FLAGS The VmbServerChannelInitSetFlags function sets flags unique to server channel endpoints. |
| FN_VMB_SERVER_CHANNEL_INIT_SET_MMIO_MEGABYTES The VmbServerChannelInitSetMmioMegabytes function specifies the amount, megabytes, of guest memory-mapped I/O (MMIO) space to reserve for the device. |
| FN_VMB_SERVER_CHANNEL_INIT_SET_SAVE_RESTORE_PACKET_CALLBACKS The VmbServerChannelInitSetSaveRestorePacketCallbacks function sets the save and restore callback functions that are called for each packet when the driver calls a save function, such as VmbChannelSaveBegin, VmbChannelSaveContinue, and VmbChannelSaveEnd, or the VmbChannelRestoreFromBuffer function. |
| FN_VMB_SERVER_CHANNEL_INIT_SET_TARGET_INTERFACE_ID The VmbServerChannelInitSetTargetInterfaceId function sets the target interface type GUID and instance GUID of the channel offer. |
| FN_VMB_SERVER_CHANNEL_INIT_SET_TARGET_VTL The VmbServerChannelInitSetTargetVtl function sets the target VTL for this channel. The channel will be offered to clients running in the specified VTL and no others. |
| FN_VMB_SERVER_CHANNEL_INIT_SET_VMBUS_HANDLE The VmbServerChannelInitSetVmbusHandle function associates an instance of VMBus with this channel. |
| FREE_SHARED_MEMORY_HANDLER The NetFreeSharedMemory function (FREE_SHARED_MEMORY_HANDLER entry point) is called by NDIS when a driver frees shared memory from a shared memory provider. |
| FWPM_SERVICE_STATE_CHANGE_CALLBACK0 The FWPM_SERVICE_STATE_CHANGE_CALLBACK0 function is implemented by a WFP callout driver to add custom behavior to the base filtering engine (BFE) service state change notification process. |
| FwpmBfeStateGet0 The FwpmBfeStateGet0 function retrieves the current state of the filter engine.Note FwpmBfeStateGet0 is a specific version of FwpmBfeStateGet. |
| FwpmBfeStateSubscribeChanges0 The FwpmBfeStateSubscribeChanges0 function registers a callback function that is called whenever there is a change to the state of the filter engine.Note FwpmBfeStateSubscribeChanges0 is a specific version of FwpmBfeStateSubscribeChanges. |
| FwpmBfeStateUnsubscribeChanges0 The FwpmBfeStateUnsubscribeChanges0 function deregisters a base filtering engine (BFE) callback function that was previously registered by calling the FwpmBfeStateSubscribeChanges0 function.Note FwpmBfeStateUnsubscribeChanges0 is a specific version of FwpmBfeStateUnsubscribeChanges. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpmCalloutAdd0 The FwpmCalloutAdd0 function adds a callout to the filter engine.Note FwpmCalloutAdd0 is a specific version of FwpmCalloutAdd. |
| FwpmCalloutCreateEnumHandle0 The FwpmCalloutCreateEnumHandle0 function creates a handle used to enumerate a set of callout objects. |
| FwpmCalloutDeleteById0 The FwpmCalloutDeleteById0 function deletes a callout from the filter engine.Note FwpmCalloutDeleteById0 is a specific version of FwpmCalloutDeleteById. |
| FwpmCalloutDeleteByKey0 The FwpmCalloutDeleteByKey0 function deletes a callout from the filter engine.Note FwpmCalloutDeleteByKey0 is a specific version of FwpmCalloutDeleteByKey. |
| FwpmCalloutDestroyEnumHandle0 The FwpmCalloutDestroyEnumHandle0 function frees a handle returned by FwpmCalloutCreateEnumHandle0. |
| FwpmCalloutEnum0 The FwpmCalloutEnum0 function returns the next page of results from the callout enumerator. |
| FwpmCalloutGetById0 The FwpmCalloutGetById0 function retrieves a callout from the filter engine by using the run-time identifier for the callout. |
| FwpmCalloutGetByKey0 The FwpmCalloutGetByKey0 function retrieves a callout by using the GUID key for the callout. |
| FwpmCalloutGetSecurityInfoByKey0 The FwpmCalloutGetSecurityInfoByKey0 function retrieves a copy of the security descriptor for a callout object. |
| FwpmCalloutSetSecurityInfoByKey0 The FwpmCalloutSetSecurityInfoByKey0 function sets specified security information in the security descriptor of a callout object. |
| FwpmConnectionCreateEnumHandle0 The FwpmConnectionCreateEnumHandle0 function creates a handle used to enumerate a set of connection objects. |
| FwpmConnectionDestroyEnumHandle0 The FwpmConnectionDestroyEnumHandle0 function frees a handle returned by FwpmConnectionCreateEnumHandle0. |
| FwpmConnectionEnum0 The FwpmConnectionEnum0 function returns the next page of results from the connection object enumerator. |
| FwpmConnectionGetById0 The FwpmConnectionGetById0 function retrieves a connection object by using the run-time identifier for the connection. |
| FwpmConnectionGetSecurityInfo0 The FwpmConnectionGetSecurityInfo0 function retrieves a copy of the security descriptor for a connection object change event. |
| FwpmConnectionPolicyAdd0 The FwpmConnectionPolicyAdd0API function configures routing policies for outbound connections. |
| FwpmConnectionPolicyDeleteByKey0 The FwpmConnectionPolicyDeleteByKey0 function removes the connection policy that was created with the specified GUID. |
| FwpmConnectionSetSecurityInfo0 The FwpmConnectionSetSecurityInfo0 function sets specified security information in the security descriptor for a connection object change event. |
| FwpmEngineClose0 The FwpmEngineClose0 function closes a previously opened session to the filter engine.Note FwpmEngineClose0 is a specific version of FwpmEngineClose. |
| FwpmEngineGetOption0 The FwpmEngineGetOption0 function retrieves a filter engine option. |
| FwpmEngineGetSecurityInfo0 The FwpmEngineGetSecurityInfo0 function retrieves a copy of the security descriptor for the filter engine. |
| FwpmEngineOpen0 The FwpmEngineOpen0 function opens a session to the filter engine. FwpmEngineOpen0 is a specific version of FwpmEngineOpen. |
| FwpmEngineSetOption0 The FwpmEngineSetOption0 function changes the filter engine settings. |
| FwpmEngineSetSecurityInfo0 The FwpmEngineSetSecurityInfo0 function sets specified security information in the security descriptor of the filter engine. |
| FwpmFilterAdd0 The FwpmFilterAdd0 function adds a new filter object to the system. |
| FwpmFilterCreateEnumHandle0 The FwpmFilterCreateEnumHandle0 function creates a handle used to enumerate a set of filter objects. |
| FwpmFilterDeleteById0 The FwpmFilterDeleteById0 function removes a filter object from the system. |
| FwpmFilterDeleteByKey0 The FwpmFilterDeleteByKey0 function removes a filter object from the system. |
| FwpmFilterDestroyEnumHandle0 The FwpmFilterDestroyEnumHandle0 function frees a handle returned by FwpmFilterCreateEnumHandle0. |
| FwpmFilterEnum0 The FwpmFilterEnum0 function returns the next page of results from the filter enumerator. |
| FwpmFilterGetById0 The FwpmFilterGetById0 function retrieves a filter object. |
| FwpmFilterGetByKey0 The FwpmFilterGetByKey0 function retrieves a filter object. |
| FwpmFilterGetSecurityInfoByKey0 The FwpmFilterGetSecurityInfoByKey0 function retrieves a copy of the security descriptor for a filter object. |
| FwpmFilterSetSecurityInfoByKey0 The FwpmFilterSetSecurityInfoByKey0 function sets specified security information in the security descriptor of a filter object. |
| FwpmFreeMemory0 The FwpmFreeMemory0 function is used to release memory resources allocated by the Windows Filtering Platform (WFP) functions. |
| FwpmIPsecTunnelAdd0 The FwpmIPsecTunnelAdd0 function adds a new Internet Protocol Security (IPsec) tunnel mode policy to the system. |
| FwpmIPsecTunnelAdd1 The FwpmIPsecTunnelAdd1 function adds a new Internet Protocol Security (IPsec) tunnel mode policy to the system. |
| FwpmIPsecTunnelAdd2 The FwpmIPsecTunnelAdd2 function adds a new Internet Protocol Security (IPsec) tunnel mode policy to the system. |
| FwpmIPsecTunnelAdd3 The FwpmIPsecTunnelAdd3 function adds a new Internet Protocol Security (IPsec) tunnel mode policy to the system. |
| FwpmIPsecTunnelDeleteByKey0 The FwpmIPsecTunnelDeleteByKey0 function removes an Internet Protocol Security (IPsec) tunnel mode policy from the system. |
| FwpmLayerCreateEnumHandle0 The FwpmLayerCreateEnumHandle0 function creates a handle used to enumerate a set of layer objects. |
| FwpmLayerDestroyEnumHandle0 The FwpmLayerDestroyEnumHandle0 function frees a handle returned by FwpmFilterCreateEnumHandle0. |
| FwpmLayerEnum0 The FwpmLayerEnum0 function returns the next page of results from the layer enumerator. |
| FwpmLayerGetById0 The FwpmLayerGetById0 function retrieves a layer object. |
| FwpmLayerGetByKey0 The FwpmLayerGetByKey0 function retrieves a layer object. |
| FwpmLayerGetSecurityInfoByKey0 The FwpmLayerGetSecurityInfoByKey0 function retrieves a copy of the security descriptor for a layer object. |
| FwpmLayerSetSecurityInfoByKey0 The FwpmLayerSetSecurityInfoByKey0 function sets specified security information in the security descriptor of a layer object. |
| FwpmNetEventCreateEnumHandle0 The FwpmNetEventCreateEnumHandle0 function creates a handle used to enumerate a set of network events. |
| FwpmNetEventDestroyEnumHandle0 The FwpmNetEventDestroyEnumHandle0 function frees a handle returned by FwpmNetEventCreateEnumHandle0. |
| FwpmNetEventEnum0 The FwpmNetEventEnum0 function returns the next page of results from the network event enumerator. |
| FwpmNetEventEnum1 The FwpmNetEventEnum1 function returns the next page of results from the network event enumerator. |
| FwpmNetEventEnum2 The FwpmNetEventEnum2 function returns the next page of results from the network event enumerator. |
| FwpmNetEventEnum3 The FwpmNetEventEnum3 function returns the next page of results from the network event enumerator. |
| FwpmNetEventEnum4 The FwpmNetEventEnum4 function returns the next page of results from the network event enumerator. |
| FwpmNetEventEnum5 The FwpmNetEventEnum5 function returns the next page of results from the network event enumerator. |
| FwpmNetEventsGetSecurityInfo0 The FwpmNetEventsGetSecurityInfo0 function retrieves a copy of the security descriptor for a network event object. |
| FwpmNetEventsSetSecurityInfo0 The FwpmNetEventsSetSecurityInfo0 function sets specified security information in the security descriptor of a network event object. |
| FwpmProviderAdd0 The FwpmProviderAdd0 function adds a new provider to the system. |
| FwpmProviderContextAdd0 The FwpmProviderContextAdd0 function adds a new provider context to the system. |
| FwpmProviderContextAdd1 The FwpmProviderContextAdd1 function adds a new provider context to the system. |
| FwpmProviderContextAdd2 The FwpmProviderContextAdd2 function adds a new provider context to the system. |
| FwpmProviderContextAdd3 The FwpmProviderContextAdd3 function adds a new provider context to the system. |
| FwpmProviderContextCreateEnumHandle0 The FwpmProviderContextCreateEnumHandle0 function creates a handle used to enumerate a set of provider contexts. |
| FwpmProviderContextDeleteById0 The FwpmProviderContextDeleteById0 function removes a provider context from the system. |
| FwpmProviderContextDeleteByKey0 The FwpmProviderContextDeleteByKey0 function removes a provider context from the system. |
| FwpmProviderContextDestroyEnumHandle0 The FwpmProviderContextDestroyEnumHandle0 function frees a handle returned by FwpmProviderContextCreateEnumHandle0. |
| FwpmProviderContextEnum0 The FwpmProviderContextEnum0 function returns the next page of results from the provider context enumerator. |
| FwpmProviderContextEnum1 The FwpmProviderContextEnum1 function returns the next page of results from the provider context enumerator. |
| FwpmProviderContextEnum2 The FwpmProviderContextEnum2 function returns the next page of results from the provider context enumerator. |
| FwpmProviderContextEnum3 The FwpmProviderContextEnum3 function returns the next page of results from the provider context enumerator. |
| FwpmProviderContextGetById0 The FwpmProviderContextGetById0 function retrieves a provider context. |
| FwpmProviderContextGetById1 The FwpmProviderContextGetById1 function retrieves a provider context. |
| FwpmProviderContextGetById2 The FwpmProviderContextGetById2 function retrieves a provider context. |
| FwpmProviderContextGetById3 The FwpmProviderContextGetById3 function retrieves a provider context. |
| FwpmProviderContextGetByKey0 The FwpmProviderContextGetByKey0 function retrieves a provider context. |
| FwpmProviderContextGetByKey1 The FwpmProviderContextGetByKey1 function retrieves a provider context. |
| FwpmProviderContextGetByKey2 The FwpmProviderContextGetByKey2 function retrieves a provider context. |
| FwpmProviderContextGetByKey3 The FwpmProviderContextGetByKey3 function retrieves a provider context. |
| FwpmProviderContextGetSecurityInfoByKey0 The FwpmProviderContextGetSecurityInfoByKey0 function retrieves a copy of the security descriptor for a provider context object. |
| FwpmProviderContextSetSecurityInfoByKey0 The FwpmProviderContextSetSecurityInfoByKey0 function sets specified security information in the security descriptor of a provider context object. |
| FwpmProviderCreateEnumHandle0 The FwpmProviderCreateEnumHandle0 function creates a handle used to enumerate a set of providers. |
| FwpmProviderDeleteByKey0 The FwpmProviderDeleteByKey0 function removes a provider from the system. |
| FwpmProviderDestroyEnumHandle0 The FwpmProviderDestroyEnumHandle0 function frees a handle returned by FwpmProviderCreateEnumHandle0. |
| FwpmProviderEnum0 The FwpmProviderEnum0 function returns the next page of results from the provider enumerator. |
| FwpmProviderGetByKey0 The FwpmProviderGetByKey0 function retrieves a provider. |
| FwpmProviderGetSecurityInfoByKey0 The FwpmProviderGetSecurityInfoByKey0 function retrieves a copy of the security descriptor for a provider object. |
| FwpmProviderSetSecurityInfoByKey0 The FwpmProviderSetSecurityInfoByKey0 function sets specified security information in the security descriptor of a provider object. |
| FwpmSessionCreateEnumHandle0 The FwpmSessionCreateEnumHandle0 function creates a handle used to enumerate a set of session objects. |
| FwpmSessionDestroyEnumHandle0 The FwpmSessionDestroyEnumHandle0 function frees a handle returned by FwpmSessionCreateEnumHandle0. |
| FwpmSessionEnum0 The FwpmSessionEnum0 function returns the next page of results from the session enumerator. |
| FwpmSubLayerAdd0 The FwpmSubLayerAdd0 function adds a new sublayer to the system. |
| FwpmSubLayerCreateEnumHandle0 The FwpmSubLayerCreateEnumHandle0 function creates a handle used to enumerate a set of sublayers. |
| FwpmSubLayerDeleteByKey0 The FwpmSubLayerDeleteByKey0 function deletes a sublayer from the system by its key. |
| FwpmSubLayerDestroyEnumHandle0 The FwpmSubLayerDestroyEnumHandle0 function frees a handle returned by FwpmSubLayerCreateEnumHandle0. |
| FwpmSubLayerEnum0 The FwpmSubLayerEnum0 function returns the next page of results from the sublayer enumerator. |
| FwpmSubLayerGetByKey0 The FwpmSubLayerGetByKey0 function retrieves a sublayer by its key. |
| FwpmSubLayerGetSecurityInfoByKey0 The FwpmSubLayerGetSecurityInfoByKey0 function retrieves a copy of the security descriptor for a sublayer. |
| FwpmSubLayerSetSecurityInfoByKey0 The FwpmSubLayerSetSecurityInfoByKey0 function sets specified security information in the security descriptor of a sublayer. |
| FwpmTransactionAbort0 The FwpmTransactionAbort0 function causes the current transaction within the current session to abort and rollback. |
| FwpmTransactionBegin0 The FwpmTransactionBegin0 function begins an explicit transaction within the current session. |
| FwpmTransactionCommit0 The FwpmTransactionCommit0 function commits the current transaction within the current session. |
| FwpmvSwitchEventsGetSecurityInfo0 The FwpmvSwitchEventsGetSecurityInfo0 function retrieves a copy of the security descriptor for a vSwitch event. |
| FwpmvSwitchEventsSetSecurityInfo0 The FwpmvSwitchEventsSetSecurityInfo0 function sets specified security information in the security descriptor for a vSwitch event. |
| FWPS_CALLOUT_BOOTTIME_CALLOUT_DELETE_NOTIFY_FN0 The filter engine calls a callout's FWPS_CALLOUT_BOOTTIME_CALLOUT_DELETE_NOTIFY_FN0 function when the boottime callout has been removed. |
| FWPS_CALLOUT_CLASSIFY_FN0 The filter engine calls a callout's classifyFn0 callout function whenever there is data to be processed by the callout.Note classifyFn0 is the specific version of classifyFn used in Windows Vista and later. |
| FWPS_CALLOUT_CLASSIFY_FN1 The filter engine calls a callout's classifyFn1 callout function whenever there is data to be processed by the callout.Note classifyFn1 is the specific version of classifyFn used in Windows 7 and later. |
| FWPS_CALLOUT_CLASSIFY_FN2 The filter engine calls a callout's classifyFn2 callout function whenever there is data to be processed by the callout.Note classifyFn2 is the specific version of classifyFn used in Windows 8 and later. |
| FWPS_CALLOUT_CLASSIFY_FN3 Version 3 of the callback function invoked during classification when a callout filter matches. |
| FWPS_CALLOUT_FLOW_DELETE_NOTIFY_FN0 The filter engine calls a callout's flowDeleteFn callout function to notify the callout that a data flow that is being processed by the callout is being terminated. |
| FWPS_CALLOUT_NOTIFY_FN0 The filter engine calls a callout's notifyFn0 callout function to notify the callout driver about events that are associated with the callout.Note notifyFn0 is the specific version of notifyFn used in Windows Vista and later. |
| FWPS_CALLOUT_NOTIFY_FN1 The filter engine calls a callout's notifyFn1 callout function to notify the callout driver about events that are associated with the callout.Note notifyFn1 is the specific version of notifyFn used in Windows 7 and later. |
| FWPS_CALLOUT_NOTIFY_FN2 The filter engine calls a callout's notifyFn2 callout function to notify the callout driver about events that are associated with the callout.Note notifyFn2 is the specific version of notifyFn used in Windows 8 and later. |
| FWPS_CALLOUT_NOTIFY_FN3 Version 3 of the function invoked during classification when a callout filter matches. |
| FWPS_INJECT_COMPLETE0 The filter engine calls a callout's completionFn callout function whenever packet data, described by the netBufferList parameter in one of the packet injection functions, has been injected into the network stack. |
| FWPS_NET_BUFFER_LIST_NOTIFY_FN0 The filter engine calls the FWPS_NET_BUFFER_LIST_NOTIFY_FN0 callout function to notify the callout driver about events that are associated with packets tagged by the callout.Note FWPS_NET_BUFFER_LIST_NOTIFY_FN0 is the specific version of FWPS_NET_BUFFER_LIST_NOTIFY_FN used in Windows 7 and later. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. For Windows 8, FWPS_NET_BUFFER_LIST_NOTIFY_FN1 is available. |
| FWPS_NET_BUFFER_LIST_NOTIFY_FN1 The filter engine calls the FWPS_NET_BUFFER_LIST_NOTIFY_FN1 callout function to notify the callout driver about events that are associated with packets tagged by the callout.Note FWPS_NET_BUFFER_LIST_NOTIFY_FN1 is the specific version of FWPS_NET_BUFFER_LIST_NOTIFY_FN used in Windows 8 and later. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. For Windows 7, FWPS_NET_BUFFER_LIST_NOTIFY_FN0 is available. |
| FWPS_VSWITCH_FILTER_ENGINE_REORDER_CALLBACK0 The filter engine calls the vSwitchFilterEngineReorderNotifyRn (FWPS_VSWITCH_FILTER_ENGINE_REORDER_CALLBACK0) callout function to notify the callout driver about events that are associated the virtual switch filter engine reordering.Note FWPS_VSWITCH_FILTER_ENGINE_REORDER_CALLBACK0 is a specific version of FWPS_VSWITCH_FILTER_ENGINE_REORDER_CALLBACK. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FWPS_VSWITCH_INTERFACE_EVENT_CALLBACK0 The filter engine calls the vSwitchInterfaceEventNotifyFn (FWPS_VSWITCH_INTERFACE_EVENT_CALLBACK0) callout function to notify the callout driver about events that are associated the virtual switch interface.Note FWPS_VSWITCH_INTERFACE_EVENT_CALLBACK0 is a specific version of FWPS_VSWITCH_INTERFACE_EVENT_CALLBACK. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FWPS_VSWITCH_LIFETIME_EVENT_CALLBACK0 The filter engine calls the vSwitchLifetimeNotifyFn (FWPS_VSWITCH_LIFETIME_EVENT_CALLBACK0) callout function to notify the callout driver about create and delete events for a virtual switch.Note FWPS_VSWITCH_LIFETIME_EVENT_CALLBACK0 is a specific version of FWPS_VSWITCH_LIFETIME_EVENT_CALLBACK. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FWPS_VSWITCH_POLICY_EVENT_CALLBACK0 The filter engine calls the vSwitchPolicyEventNotifyFn (FWPS_VSWITCH_POLICY_EVENT_CALLBACK0) callout function to notify the callout driver about virtual switch policy events.Note FWPS_VSWITCH_POLICY_EVENT_CALLBACK0 is a specific version of FWPS_VSWITCH_POLICY_EVENT_CALLBACK. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FWPS_VSWITCH_PORT_EVENT_CALLBACK0 The filter engine calls the vSwitchPortEventNotifyFn (FWPS_VSWITCH_PORT_EVENT_CALLBACK0) callout function to notify the callout driver about events that are associated a virtual switch (vSwitch) port.Note FWPS_VSWITCH_PORT_EVENT_CALLBACK0 is a specific version of FWPS_VSWITCH_PORT_EVENT_CALLBACK. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FWPS_VSWITCH_RUNTIME_STATE_RESTORE_CALLBACK0 The filter engine calls the vSwitchRuntimeStateRestoreNotifyFn (FWPS_VSWITCH_RUNTIME_STATE_RESTORE_CALLBACK0) callout function to notify a callout driver about virtual switch run-time state restore events.Note FWPS_VSWITCH_RUNTIME_STATE_RESTORE_CALLBACK0 is a specific version of FWPS_VSWITCH_RUNTIME_STATE_RESTORE_CALLBACK. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FWPS_VSWITCH_RUNTIME_STATE_SAVE_CALLBACK0 The filter engine calls the vSwitchRuntimeStateSaveNotifyFn (FWPS_VSWITCH_RUNTIME_STATE_SAVE_CALLBACK0) callout function to notify a callout driver about virtual switch run-time state save events.Note FWPS_VSWITCH_RUNTIME_STATE_SAVE_CALLBACK0 is a specific version of FWPS_VSWITCH_RUNTIME_STATE_SAVE_CALLBACK. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpsAcquireClassifyHandle0 The FwpsAcquireClassifyHandle0 function generates a classification handle that is used to identify asynchronous classification operations and requests for writable layer data.Note FwpsAcquireClassifyHandle0 is a specific version of FwpsAcquireClassifyHandle. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpsAcquireWritableLayerDataPointer0 The FwpsAcquireWritableLayerDataPointer0 function returns layer-specific data that can be inspected and changed.Note FwpsAcquireWritableLayerDataPointer0 is a specific version of FwpsAcquireWritableLayerDataPointer. |
| FwpsAleEndpointCreateEnumHandle0 The FwpsAleEndpointCreateEnumHandle0 function creates a handle that can be used with other application layer enforcement (ALE) endpoint functions to enumerate endpoint data.Note FwpsAleEndpointCreateEnumHandle0 is a specific version of FwpsAleEndpointCreateEnumHandle. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpsAleEndpointDestroyEnumHandle0 The FwpsAleEndpointDestroyEnumHandle0 function destroys an endpoint enumeration handle that was created by calling FwpsAleEndpointCreateEnumHandle0.Note FwpsAleEndpointDestroyEnumHandle0 is a specific version of FwpsAleEndpointDestroyEnumHandle. |
| FwpsAleEndpointEnum0 The FwpsAleEndpointEnum0 function enumerates application layer enforcement (ALE) endpoints.Note FwpsAleEndpointEnum0 is a specific version of FwpsAleEndpointEnum. |
| FwpsAleEndpointGetById0 The FwpsAleEndpointGetById0 function retrieves information about an application layer enforcement (ALE) endpoint.Note FwpsAleEndpointGetById0 is a specific version of FwpsAleEndpointGetById. |
| FwpsAleEndpointGetSecurityInfo0 The FwpsAleEndpointGetSecurityInfo0 function retrieves security information about the application layer enforcement (ALE) endpoint enumeration session.Note FwpsAleEndpointGetSecurityInfo0 is a specific version of FwpsAleEndpointGetSecurityInfo. |
| FwpsAleEndpointSetSecurityInfo0 The FwpsAleEndpointSetSecurityInfo0 function sets security information about the application layer enforcement (ALE) endpoint enumeration session.Note FwpsAleEndpointSetSecurityInfo0 is a specific version of FwpsAleEndpointSetSecurityInfo. |
| FwpsAllocateCloneNetBufferList0 The FwpsAllocateCloneNetBufferList0 function allocates a NET_BUFFER_LIST structure that is a clone of an existing NET_BUFFER_LIST structure.Note FwpsAllocateCloneNetBufferList0 is a specific version of FwpsAllocateCloneNetBufferList. |
| FwpsAllocateDeepCloneNetBufferList0 The FwpsAllocateDeepCloneNetBufferList0 function allocates a NET_BUFFER_LIST structure that is a deep clone of an existing NET_BUFFER_LIST structure. |
| FwpsAllocateNetBufferAndNetBufferList0 The FwpsAllocateNetBufferAndNetBufferList0 function allocates a new NET_BUFFER_LIST structure.Note FwpsAllocateNetBufferAndNetBufferList0 is a specific version of FwpsAllocateNetBufferAndNetBufferList. |
| FwpsApplyModifiedLayerData0 The FwpsApplyModifiedLayerData0 function applies changes to layer-specific data made after a call to FwpsAcquireWritableLayerDataPointer0.Note FwpsApplyModifiedLayerData0 is a specific version of FwpsApplyModifiedLayerData. |
| FwpsCalloutRegister0 The FwpsCalloutRegister0 function registers a callout with the filter engine.Note FwpsCalloutRegister0 is the specific version of FwpsCalloutRegister used in Windows Vista and later. |
| FwpsCalloutRegister1 The FwpsCalloutRegister1 function registers a callout with the filter engine.Note FwpsCalloutRegister1 is the specific version of FwpsCalloutRegister used in Windows 7 and later. |
| FwpsCalloutRegister2 The FwpsCalloutRegister2 function registers a callout with the filter engine.Note FwpsCalloutRegister2 is the specific version of FwpsCalloutRegister used in Windows 8 and later. |
| FwpsCalloutRegister3 The FwpsCalloutRegister3 function registers the function pointers for a version 3 of the FWPS_CALLOUT3 structure. |
| FwpsCalloutUnregisterById0 The FwpsCalloutUnregisterById0 function unregisters a callout from the filter engine.Note FwpsCalloutUnregisterById0 is a specific version of FwpsCalloutUnregisterById. |
| FwpsCalloutUnregisterByKey0 The FwpsCalloutUnregisterByKey0 function unregisters a callout from the filter engine.Note FwpsCalloutUnregisterByKey0 is a specific version of FwpsCalloutUnregisterByKey. |
| FwpsClassifyOptionSet0 The FwpsClassifyOptionSet0 function is called by a callout filter's classifyFn function to specify additional information that affects the characteristics of permitted filtering operations.Note FwpsClassifyOptionSet0 is a specific version of FwpsClassifyOptionSet. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpsCloneStreamData0 The FwpsCloneStreamData0 function allocates a clone of an existing FWPS_STREAM_DATA0 data stream.Note FwpsCloneStreamData0 is a specific version of FwpsCloneStreamData. |
| FwpsCompleteClassify0 A callout driver calls FwpsCompleteClassify0 to asynchronously complete a pended classify request. |
| FwpsCompleteOperation0 The FwpsCompleteOperation0 function is called by a callout to resume packet processing that was suspended pending completion of another operation.Note FwpsCompleteOperation0 is a specific version of FwpsCompleteOperation. |
| FwpsConstructIpHeaderForTransportPacket0 The FwpsConstructIpHeaderForTransportPacket0 function is called by a callout to construct a new IP header or to rebuild a preexisting IP packet header for only one net buffer.Note FwpsConstructIpHeaderForTransportPacket0 is a specific version of FwpsConstructIpHeaderForTransportPacket. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpsCopyStreamDataToBuffer0 The FwpsCopyStreamDataToBuffer0 function copies stream data to a buffer.Note FwpsCopyStreamDataToBuffer0 is a specific version of FwpsCopyStreamDataToBuffer. |
| FwpsDereferenceNetBufferList0 The FwpsDereferenceNetBufferList0 function decrements the reference count for a NET_BUFFER_LIST structure that a callout driver had acquired earlier using the FwpsReferenceNetBufferList0 function.Note FwpsDereferenceNetBufferList0 is a specific version of FwpsDereferenceNetBufferList. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpsDereferencevSwitchPacketContext0 The FwpsDereferencevSwitchPacketContext0 function is not supported. It releases a reference acquired by the FwpsReferencevSwitchPacketContext0 function. |
| FwpsDiscardClonedStreamData0 The FwpsDiscardClonedStreamData0 function frees the memory buffer that is allocated by the FwpsCloneStreamData0 function.Note FwpsDiscardClonedStreamData0 is a specific version of FwpsDiscardClonedStreamData. |
| FwpsFlowAbort0 The FwpsFlowAbort0 function aborts a data flow.Note FwpsFlowAbort0 is a specific version of FwpsFlowAbort. |
| FwpsFlowAssociateContext0 The FwpsFlowAssociateContext0 function associates a callout driver-defined context with a data flow.Note FwpsFlowAssociateContext0 is a specific version of FwpsFlowAssociateContext. |
| FwpsFlowRemoveContext0 The FwpsFlowRemoveContext0 function removes a previously associated context from a data flow.Note FwpsFlowRemoveContext0 is a specific version of FwpsFlowRemoveContext. |
| FwpsFreeCloneNetBufferList0 The FwpsFreeCloneNetBufferList0 function frees a clone NET_BUFFER_LIST structure that was previously allocated by a call to the FwpsAllocateCloneNetBufferList0 function.Note FwpsFreeCloneNetBufferList0 is a specific version of FwpsFreeCloneNetBufferList. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpsFreeNetBufferList0 The FwpsFreeNetBufferList0 function frees a NET_BUFFER_LIST structure that was previously allocated by a call to the FwpsAllocateNetBufferAndNetBufferList0 function.Note FwpsFreeNetBufferList0 is a specific version of FwpsFreeNetBufferList. |
| FwpsGetPacketListSecurityInformation0 The FwpsGetPacketListSecurityInformation0 function retrieves information associated with a packet list.Note FwpsGetPacketListSecurityInformation0 is a specific version of FwpsGetPacketListSecurityInformation. |
| FwpsInjectForwardAsync0 The FwpsInjectForwardAsync0 function injects packet data into the forwarding data path.Note FwpsInjectForwardAsync0 is a specific version of FwpsInjectForwardAsync. |
| FwpsInjectionHandleCreate0 The FwpsInjectionHandleCreate0 function creates a handle that can be used by packet injection functions to inject packet or stream data into the TCP/IP network stack and by the FwpsQueryPacketInjectionState0 function to query the packet injection state.Note FwpsInjectionHandleCreate0 is a specific version of FwpsInjectionHandleCreate. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FwpsInjectionHandleDestroy0 The FwpsInjectionHandleDestroy0 function destroys an injection handle that was previously created by calling the FwpsInjectionHandleCreate0 function.Note FwpsInjectionHandleDestroy0 is a specific version of FwpsInjectionHandleDestroy. |
| FwpsInjectMacReceiveAsync0 The FwpsInjectMacReceiveAsync0 function can reinject a previously absorbed media access control (MAC) frame (or a clone of the frame) back to the layer 2 inbound data path it was intercepted from, or inject an invented MAC frame. |
| FwpsInjectMacSendAsync0 The FwpsInjectMacReceiveAsync0 function can reinject a previously absorbed media access control (MAC) frame (or a clone of the frame) back to the layer 2 inbound data path from which it was intercepted, or inject an invented MAC frame. |
| FwpsInjectNetworkReceiveAsync0 The FwpsInjectNetworkReceiveAsync0 function injects packet data into the receive data path.Note FwpsInjectNetworkReceiveAsync0 is a specific version of FwpsInjectNetworkReceiveAsync. |
| FwpsInjectNetworkSendAsync0 The FwpsInjectNetworkSendAsync0 function injects packet data into the send data path.Note FwpsInjectNetworkSendAsync0 is a specific version of FwpsInjectNetworkSendAsync. |
| FwpsInjectTransportReceiveAsync0 The FwpsInjectTransportReceiveAsync0 function injects packet data from the transport, datagram data, or ICMP error layers into the receive data path.Note FwpsInjectTransportReceiveAsync0 is a specific version of FwpsInjectTransportReceiveAsync. |
| FwpsInjectTransportSendAsync0 The FwpsInjectTransportSendAsync0 function injects packet data from the transport, datagram data, or ICMP error layers into the send data path.Note FwpsInjectTransportSendAsync0 is the specific version of FwpsInjectTransportSendAsync used in Windows Vista and later. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. For Windows 7, FwpsInjectTransportSendAsync1 is available. |
| FwpsInjectTransportSendAsync1 The FwpsInjectTransportSendAsync1 function injects packet data from the transport, datagram data, or ICMP error layers into the send data path. |
| FwpsInjectvSwitchEthernetIngressAsync0 The FwpsInjectvSwitchEthernetIngressAsync0 (was FwpsInjectvSwitchIngressAsync0) function reinjects a previously absorbed virtual switch packet (unmodified) back to the virtual switch ingress data path where it was intercepted. |
| FwpsNetBufferListAssociateContext0 The FwpsNetBufferListAssociateContext0 function associates the callout driver's context with a network buffer list and configures notification for network buffer list events.Note FwpsNetBufferListAssociateContext0 is the specific version of FwpsNetBufferListAssociateContext used in Windows 7 and later. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. For Windows 8, FwpsNetBufferListAssociateContext1 is available. |
| FwpsNetBufferListAssociateContext1 The FwpsNetBufferListAssociateContext1 function associates the callout driver's context with a network buffer list and configures notification for network buffer list events.Note FwpsNetBufferListAssociateContext1 is the specific version of FwpsNetBufferListAssociateContext used in Windows 8 and later. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. For Windows 7, FwpsNetBufferListAssociateContext0 is available. |
| FwpsNetBufferListGetTagForContext0 The FwpsNetBufferListGetTagForContext0 function gets a locally unique context tag that can be used to associate packets with the callout driver.Note FwpsNetBufferListGetTagForContext0 is a specific version of FwpsNetBufferListGetTagForContext. |
| FwpsNetBufferListRemoveContext0 The FwpsNetBufferListRemoveContext0 function removes the context associated with a network buffer list.Note FwpsNetBufferListRemoveContext0 is a specific version of FwpsNetBufferListRemoveContext. |
| FwpsNetBufferListRetrieveContext0 The FwpsNetBufferListRetrieveContext0 function retrieves the context associated with a network buffer list that was tagged in another layer.Note FwpsNetBufferListRetrieveContext0 is a specific version of FwpsNetBufferListRetrieveContext. |
| FwpsOpenToken0 The FwpsOpenToken0 function opens an access token. |
| FwpsPendClassify0 A callout's classifyFn function calls FwpsPendClassify0 to pend the current classify request. |
| FwpsPendOperation0 The FwpsPendOperation0 function is called by a callout to suspend packet processing pending completion of another operation.Note FwpsPendOperation0 is a specific version of FwpsPendOperation. |
| FwpsQueryConnectionRedirectState0 The FwpsQueryConnectionRedirectState0 function returns the connection redirect state.Note FwpsQueryConnectionRedirectState0 is a specific version of FwpsQueryConnectionRedirectState. |
| FwpsQueryConnectionSioFormatRedirectRecords0 The FwpsQueryConnectionSioFormatRedirectRecords0 function returns the connection redirect records for a redirected connection. |
| FwpsQueryPacketInjectionState0 The FwpsQueryPacketInjectionState0 function is called by a callout to query the injection state of packet data.Note FwpsQueryPacketInjectionState0 is a specific version of FwpsQueryPacketInjectionState. |
| FwpsReassembleForwardFragmentGroup0 The FwpsReassembleForwardFragmentGroup0 function assembles a list of IP fragments in the forwarding data path into a single packet.Note FwpsReassembleForwardFragmentGroup0 is a specific version of FwpsReassembleForwardFragmentGroup. |
| FwpsRedirectHandleCreate0 The FwpsRedirectHandleCreate0 function creates a handle that connection redirection functions can use to redirect connections to a local process. |
| FwpsRedirectHandleDestroy0 The FwpsRedirectHandleDestroy0 function destroys a redirect handle that was previously created by calling the FwpsRedirectHandleCreate0 function.Note FwpsRedirectHandleDestroy0 is a specific version of FwpsRedirectHandleDestroy. |
| FwpsReferenceNetBufferList0 The FwpsReferenceNetBufferList0 function increments the reference count for a NET_BUFFER_LIST structure.Note FwpsReferenceNetBufferList0 is a specific version of FwpsReferenceNetBufferList. |
| FwpsReferencevSwitchPacketContext0 The FwpsReferencevSwitchPacketContext0 function is not supported. It processes the vSwitchPacketContext member in the FWPS_INCOMING_METADATA_VALUES0 structure. |
| FwpsReleaseClassifyHandle0 A callout driver calls FwpsReleaseClassifyHandle0 to release a classification handle that was previously acquired through a call to FwpsAcquireClassifyHandle0.Note FwpsReleaseClassifyHandle0 is a specific version of FwpsReleaseClassifyHandle. |
| FwpsStreamContinue0 The FwpsStreamContinue0 function resumes the processing of an inbound data stream that was previously deferred.Note FwpsStreamContinue0 is a specific version of FwpsStreamContinue. |
| FwpsStreamInjectAsync0 The FwpsStreamInjectAsync0 function injects TCP data segments into a TCP data stream.Note FwpsStreamInjectAsync0 is a specific version of FwpsStreamInjectAsync. |
| FwpsvSwitchEventsSubscribe0 The FwpsvSwitchEventsSubscribe0 function registers callback entry points for virtual switch layer events such as virtual port creation and deletion.Note FwpsvSwitchEventsSubscribe0 is a specific version of FwpsvSwitchEventsSubscribe. |
| FwpsvSwitchEventsUnsubscribe0 The FwpsvSwitchEventsUnsubscribe0 function releases resources that are associated with virtual switch notification subscriptions.Note FwpsvSwitchEventsUnsubscribe0 is a specific version of FwpsvSwitchEventsUnsubscribe. |
| FwpsvSwitchNotifyComplete0 The FwpsvSwitchNotifyComplete0 function completes a pending virtual switch event notification.Note FwpsvSwitchNotifyComplete0 is a specific version of FwpsvSwitchNotifyComplete. |
| IF_QUERY_OBJECT The ProviderQueryObject function retrieves information about a network interface. |
| IF_SET_OBJECT The ProviderSetObject function sets information that is associated with a network interface. |
| IkeextGetStatistics0 The IkeextGetStatistics0 function retrieves Internet Key Exchange (IKE) and Authenticated Internet Protocol (AuthIP) statistics. |
| IkeextGetStatistics1 The IkeextGetStatistics1 function retrieves Internet Key Exchange (IKE) and Authenticated Internet Protocol (AuthIP) statistics. |
| IkeextSaCreateEnumHandle0 The IkeextSaCreateEnumHandle0 function creates a handle used to enumerate a set of Internet Key Exchange (IKE) and Authenticated Internet Protocol (AuthIP) security association (SA) objects. |
| IkeextSaDbGetSecurityInfo0 The IkeextSaDbGetSecurityInfo0 function retrieves a copy of the security descriptor for a security association (SA) database. |
| IkeextSaDbSetSecurityInfo0 The IkeextSaDbSetSecurityInfo0 function sets specified security information in the security descriptor of the IKE/AuthIP security association database. |
| IkeextSaDeleteById0 The IkeextSaDeleteById0 function removes a security association (SA) from the database. |
| IkeextSaDestroyEnumHandle0 The IkeextSaDestroyEnumHandle0 function frees a handle returned by IkeextSaCreateEnumHandle0. |
| IkeextSaEnum0 The IkeextSaEnum0 function returns the next page of results from the IKE/AuthIP security association (SA) enumerator. |
| IkeextSaEnum1 The IkeextSaEnum1 function returns the next page of results from the IKE/AuthIP security association (SA) enumerator. |
| IkeextSaEnum2 The IkeextSaEnum2 function returns the next page of results from the IKE/AuthIP security association (SA) enumerator. |
| IkeextSaGetById0 The IkeextSaGetById0 function retrieves an IKE/AuthIP security association (SA) from the database. |
| IkeextSaGetById1 The IkeextSaGetById1 function retrieves an IKE/AuthIP security association (SA) from the database. |
| IkeextSaGetById2 The IkeextSaGetById2 function retrieves an IKE/AuthIP security association (SA) from the database. |
| INDICATE_OFFLOAD_EVENT_HANDLER NDIS calls a protocol driver's or intermediate driver's ProtocolIndicateOffloadEvent function to post an indication that was initiated by an underlying driver's or offload target's call to the NdisMOffloadEventIndicate function. |
| INITIATE_OFFLOAD_COMPLETE_HANDLER NDIS calls a protocol driver's or intermediate driver's ProtocolInitiateOffloadComplete function to complete an offload operation that the driver previously initiated by calling the NdisInitiateOffload function. |
| INVALIDATE_OFFLOAD_COMPLETE_HANDLER NDIS calls a protocol driver's or intermediate driver's ProtocolInvalidateOffloadComplete function to complete an invalidate operation that the driver previously initiated by calling the NdisInvalidateOffload function. |
| IPsecDospGetSecurityInfo0 The IPsecDospGetSecurityInfo0 function retrieves a copy of the security descriptor for the IPsec DoS Protection database. |
| IPsecDospGetStatistics0 The IPsecDospGetStatistics0 function retrieves Internet Protocol Security (IPsec) DoS Protection statistics. |
| IPsecDospSetSecurityInfo0 The IPsecDospSetSecurityInfo0 function sets specified security information in the security descriptor of the IPsec DoS Protection database. |
| IPsecDospStateCreateEnumHandle0 The IPsecDospStateCreateEnumHandle0 function creates a handle used to enumerate a set of IPsec DoS Protection objects. |
| IPsecDospStateDestroyEnumHandle0 The IPsecDospStateDestroyEnumHandle0 function frees a handle returned by IPsecDospStateCreateEnumHandle0. |
| IPsecDospStateEnum0 The IPsecDospStateEnum0 function returns the next page of results from the IPsec DoS Protection state enumerator. |
| IPsecGetStatistics0 The IPsecGetStatistics0 function retrieves Internet Protocol Security (IPsec) statistics. |
| IPsecGetStatistics1 The IPsecGetStatistics1 function retrieves Internet Protocol Security (IPsec) statistics. |
| IPsecSaContextAddInbound0 The IPsecSaContextAddInbound0 function adds an inbound IPsec security association (SA) bundle to an existing SA context. |
| IPsecSaContextAddInbound1 The IPsecSaContextAddInbound1 function adds an inbound IPsec security association (SA) bundle to an existing SA context. |
| IPsecSaContextAddOutbound0 The IPsecSaContextAddOutbound0 function adds an outbound IPsec security association (SA) bundle to an existing SA context. |
| IPsecSaContextAddOutbound1 The IPsecSaContextAddOutbound1 function adds an outbound IPsec security association (SA) bundle to an existing SA context. |
| IPsecSaContextCreate0 The IPsecSaContextCreate0 function creates an IPsec security association (SA) context. |
| IPsecSaContextCreate1 The IPsecSaContextCreate1 function creates an IPsec security association (SA) context. |
| IPsecSaContextCreateEnumHandle0 The IPsecSaContextCreateEnumHandle0 function creates a handle used to enumerate a set of IPsec security association (SA) context objects. |
| IPsecSaContextDeleteById0 The IPsecSaContextDeleteById0 function deletes an IPsec security association (SA) context. |
| IPsecSaContextDestroyEnumHandle0 The IPsecSaContextDestroyEnumHandle0 function frees a handle returned by IPsecSaContextCreateEnumHandle0. |
| IPsecSaContextEnum0 The IPsecSaContextEnum0 function returns the next page of results from the IPsec security association (SA) context enumerator. |
| IPsecSaContextEnum1 The IPsecSaContextEnum1 function returns the next page of results from the IPsec security association (SA) context enumerator. |
| IPsecSaContextExpire0 The IPsecSaContextExpire0 function indicates that an IPsec security association (SA) context should be expired. |
| IPsecSaContextGetById0 The IPsecSaContextGetById0 function retrieves an IPsec security association (SA) context. |
| IPsecSaContextGetById1 The IPsecSaContextGetById1 function retrieves an IPsec security association (SA) context. |
| IPsecSaContextGetSpi0 The IPsecSaContextGetSpi0 function retrieves the security parameters index (SPI) for a security association (SA) context. |
| IPsecSaContextGetSpi1 The IPsecSaContextGetSpi1 function retrieves the security parameters index (SPI) for a security association (SA) context. |
| IPsecSaContextSetSpi0 The IPsecSaContextSetSpi0 function sets the security parameters index (SPI) for a security association (SA) context. |
| IPsecSaContextUpdate0 The IPsecSaContextUpdate0 function updates an IPsec security association (SA) context. |
| IPsecSaCreateEnumHandle0 The IPsecSaCreateEnumHandle0 function creates a handle used to enumerate a set of Internet Protocol Security (IPsec) security association (SA) objects. |
| IPsecSaDbGetSecurityInfo0 The IPsecSaDbGetSecurityInfo0 function retrieves a copy of the security descriptor for the IPsec security association (SA) database. |
| IPsecSaDbSetSecurityInfo0 The IPsecSaDbSetSecurityInfo0 function sets specified security information in the security descriptor of the IPsec security association database. |
| IPsecSaDestroyEnumHandle0 The IPsecSaDestroyEnumHandle0 function frees a handle returned by IPsecSaCreateEnumHandle0. |
| IPsecSaEnum0 The IPsecSaEnum0 function returns the next page of results from the IPsec security association (SA) enumerator. |
| IPsecSaEnum1 The IPsecSaEnum1 function returns the next page of results from the IPsec security association (SA) enumerator. |
| IS_5G_5GC_PRESENT IS_5G_5GC_PRESENT determines whether the device is registered in a 5G SA network. |
| IS_5GNSA_OPTION3_PRESENT IS_5GNSA_OPTION3_PRESENT determines whether an MBB device is registered in a 5G NSA (Option 3) network. |
| MBB_DEVICE_CONFIG_INIT The MBB_DEVICE_CONFIG_INIT method initializes the MBB_DEVICE_CONFIG structure. |
| MBB_DEVICE_MBIM_PARAMETERS_INIT The MBB_DEVICE_MBIM_PARAMETERS_INIT method initializes a MBB_DEVICE_MBIM_PARAMETERS structure. |
| MBB_DEVICE_WAKE_CAPABILITIES_INIT The MBB_DEVICE_WAKE_CAPABILITIES_INIT method initializes a MBB_DEVICE_WAKE_CAPABILITIES structure. |
| MbbAdapterGetSessionId The MbbAdapterGetSessionId method retrieves the data session ID represented by the given NETADAPTER object. |
| MbbAdapterInitialize The MbbAdapterInitialize method initializes a newly created NETADAPTER object for MBBCx. |
| MbbDeviceInitConfig The MBBDeviceInitConfig method initializes MBBCx device initialization operations when the Plug and Play (PnP) manager reports the existence of a device. |
| MbbDeviceInitialize The MbbDeviceInitialize method registers the client driver's MBB-specific callback functions. |
| MbbDeviceReceiveDeviceServiceSessionData Client drivers call the MbbDeviceReceiveServiceSessionData method to pass received device service session data up to an application through the MBBCx framework. |
| MbbDeviceReportWakeReason The MbbDeviceReportWakeReason method reports to the framework the reason that a mobile broadband device has generated a wake-up event. |
| MbbDeviceResponseAvailable A client driver calls the MbbDeviceResponseAvailable method when there is an MBIM control message ready from the device, as the response to a previous MBIM control message sent to the device from the MBBCx framework. |
| MbbDeviceSendDeviceServiceSessionDataComplete The MbbDeviceSendServiceSessionDataComplete method frees memory previously allocated by MBBCx for device service session data sent to the device. |
| MbbDeviceSetMbimParameters The client driver calls the MbbDeviceSetMbimParameters method to report its MBIM-specification related parameters. |
| MbbDeviceSetWakeCapabilities The MbbDeviceSetWakeCapabilities method sets the wake capabilities for a MBBCx device. |
| MbbRequestComplete Client drivers call the MbbRequestComplete method to complete a specified request for sending an MBIM control message to the device. |
| MbbRequestCompleteWithInformation Client drivers call the MbbRequestCompleteWithInformation method to complete a specified request for receiving an MBIM response message from the device. |
| MbbRequestGetBuffer The client driver calls the MbbRequestGetBuffer method to get the memory location where an MBIM control message is stored or should be stored. |
| MbbRequestGetCorrelationId Client drivers can call the MbbRequestGetCorrelationId method to correlate a pair of send and receive requests that exchange MBIM control messages between the MBBCx framework and the client driver. |
| MINIPORT_ADD_DEVICE The MiniportAddDevice function enables a miniport driver to establish a context area for an added device. |
| MINIPORT_ALLOCATE_SHARED_MEM_COMPLETE NDIS calls a miniport driver's MiniportSharedMemoryAllocateComplete function to complete a shared memory allocation request that the miniport driver started by calling the NdisMAllocateSharedMemoryAsyncEx function. |
| MINIPORT_CANCEL_DIRECT_OID_REQUEST NDIS calls a miniport driver's MiniportCancelDirectOidRequest function to cancel a direct OID request. |
| MINIPORT_CANCEL_IDLE_NOTIFICATION NDIS calls the MiniportCancelIdleNotification handler function to notify the miniport driver that NDIS has detected activity on the suspended network adapter. |
| MINIPORT_CANCEL_OID_REQUEST NDIS calls a miniport driver's MiniportCancelOidRequest function to cancel an OID request. |
| MINIPORT_CANCEL_SEND NDIS calls a miniport driver's MiniportCancelSend function to cancel the transmission of all NET_BUFFER_LIST structures that are marked with a specified cancellation identifier. |
| MINIPORT_CHECK_FOR_HANG NDIS calls a miniport driver's MiniportCheckForHangEx function to check the operational state of the miniport adapter that represents a network interface card (NIC). |
| MINIPORT_CO_ACTIVATE_VC The MiniportCoActivateVc function is required for connection-oriented miniports. |
| MINIPORT_CO_CREATE_VC The MiniportCoCreateVc function is required for connection-oriented miniports. |
| MINIPORT_CO_DEACTIVATE_VC The MiniportCoDeactivateVc function is required for connection-oriented miniports. |
| MINIPORT_CO_DELETE_VC The MiniportCoDeleteVc function is required for connection-oriented miniports. |
| MINIPORT_CO_OID_REQUEST The MiniportCoOidRequest function handles an OID request to query or set information in CoNDIS miniport driver.Note You must declare the function by using the MINIPORT_CO_OID_REQUEST type. |
| MINIPORT_CO_SEND_NET_BUFFER_LISTS The MiniportCoSendNetBufferLists function transmits network data that is contained in a specified linked list of NET_BUFFER_LIST structures.Note You must declare the function by using the MINIPORT_CO_SEND_NET_BUFFER_LISTS type. |
| MINIPORT_DEVICE_PNP_EVENT_NOTIFY NDIS calls a miniport driver's MiniportDevicePnPEventNotify function to notify the driver of Plug and Play (PnP) events. |
| MINIPORT_DIRECT_OID_REQUEST NDIS calls a miniport driver's MiniportDirectOidRequest function to handle a direct OID request to query or set information in the driver. |
| MINIPORT_DISABLE_INTERRUPT NDIS can call a miniport driver's MiniportDisableInterruptEx handler to disable interrupts for diagnostic and troubleshooting purposes. |
| MINIPORT_DISABLE_MESSAGE_INTERRUPT NDIS can call a miniport driver's MiniportDisableMessageInterrupt handler to disable a message interrupt for diagnostic and troubleshooting purposes. |
| MINIPORT_ENABLE_INTERRUPT NDIS can call a miniport driver's MiniportEnableInterruptEx handler to enable interrupts for diagnostic and troubleshooting purposes. |
| MINIPORT_ENABLE_MESSAGE_INTERRUPT NDIS can call a miniport driver's MiniportEnableMessageInterrupt function to enable a message interrupt for diagnostic and troubleshooting purposes. |
| MINIPORT_HALT NDIS calls a miniport driver's MiniportHaltEx function to free resources when a miniport adapter is removed, and to stop the hardware. |
| MINIPORT_IDLE_NOTIFICATION NDIS calls the MiniportIdleNotification handler function to start the NDIS selective suspend operation on an idle network adapter. Through this operation, the network adapter is suspended and transitioned to a low-power state. |
| MINIPORT_INITIALIZE NDIS calls a miniport driver's MiniportInitializeEx function to initialize a miniport adapter for network I/O operations. |
| MINIPORT_INTERRUPT_DPC A miniport driver must provide a MiniportInterruptDPC function if the driver calls the NdisMRegisterInterruptEx function to register an interrupt. |
| MINIPORT_ISR NDIS calls the MiniportInterrupt function when a NIC, or another device that shares the interrupt with the NIC, generates an interrupt. |
| MINIPORT_MESSAGE_INTERRUPT NDIS calls the MiniportMessageInterrupt function when a NIC generates a message-based interrupt. |
| MINIPORT_MESSAGE_INTERRUPT_DPC A miniport driver must provide a MiniportMessageInterruptDPC handler if the driver calls the NdisMRegisterInterruptEx function to register an interrupt. |
| MINIPORT_OID_REQUEST NDIS calls a miniport driver's MiniportOidRequest function to handle an OID request to query or set information in the driver. |
| MINIPORT_PAUSE NDIS calls a miniport driver's MiniportPause function to stop the flow of network data through a specified miniport adapter. |
| MINIPORT_PNP_IRP The MiniportPnpIrp function enables a miniport driver to optionally manage its Plug and Play (PnP) resources. |
| MINIPORT_PROCESS_SG_LIST A bus-master miniport driver provides a MiniportProcessSGList function to process scatter/gather lists for network data. |
| MINIPORT_REMOVE_DEVICE The MiniportRemoveDevice function releases resources that the MiniportAddDevice function allocated. |
| MINIPORT_RESET NDIS calls an NDIS miniport driver's MiniportResetEx function to initiate a reset of a network interface card (NIC). For more information, see Miniport Adapter Check-for-Hang and Reset Operations and Miniport Driver Hardware Reset. |
| MINIPORT_RESTART The MiniportRestart function initiates a restart request for a miniport adapter that is paused. |
| MINIPORT_RETURN_NET_BUFFER_LISTS NDIS calls the MiniportReturnNetBufferLists function to return ownership of NET_BUFFER_LIST structures, associated NET_BUFFER structures, and any attached MDLs to a miniport driver. |
| MINIPORT_SEND_NET_BUFFER_LISTS NDIS calls the MiniportSendNetBufferLists function to transmit network data that is contained in a linked list of NET_BUFFER_LIST structures. |
| MINIPORT_SHUTDOWN NDIS calls a miniport driver's MiniportShutdownEx function when the system is shutting down. |
| MINIPORT_SYNCHRONIZE_INTERRUPT A miniport driver must provide a MiniportSynchronizeInterrupt handler if any driver function that runs at less than DIRQL shares resources with the MiniportInterrupt function. |
| MINIPORT_SYNCHRONOUS_OID_REQUEST NDIS calls a miniport driver's MiniportSynchronousOidRequest callback function to issue a Synchronous OID request. |
| MINIPORT_UNLOAD NDIS calls a miniport driver's MiniportDriverUnload function to request the driver to release resources before the system completes a driver unload operation. |
| MINIPORT_WDI_ADAPTER_HANG_DIAGNOSE The MiniportWdiAdapterHangDiagnose handler function is used to collect hardware control register states and optionally full firmware state. |
| MINIPORT_WDI_ADAPTER_HANG_DIAGNOSE Microsoft reserves the MINIPORT_WDI_ADAPTER_HANG_DIAGNOSE callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_ALLOCATE_ADAPTER The MiniportWdiAllocateAdapter handler function allocates a WDI miniport adapter. |
| MINIPORT_WDI_ALLOCATE_ADAPTER Microsoft reserves the MINIPORT_WDI_ALLOCATE_ADAPTER callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_CANCEL_IDLE_NOTIFICATION NDIS calls the MiniportWdiCancelIdleNotification handler function to notify the WDI miniport driver that NDIS has detected activity on the suspended network adapter. |
| MINIPORT_WDI_CANCEL_IDLE_NOTIFICATION Microsoft reserves the MINIPORT_WDI_CANCEL_IDLE_NOTIFICATION callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_CLOSE_ADAPTER The MiniportWdiCloseAdapter handler function is used by the Microsoft component to initiate the Close Task operation on the IHV driver. |
| MINIPORT_WDI_CLOSE_ADAPTER Microsoft reserves the MINIPORT_WDI_CLOSE_ADAPTER callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_FREE_ADAPTER The MiniportWdiFreeAdapter handler function requests that the IHV driver deletes its software state. |
| MINIPORT_WDI_FREE_ADAPTER Microsoft reserves the MINIPORT_WDI_FREE_ADAPTER callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_IDLE_NOTIFICATION NDIS calls the MiniportWdiIdleNotification handler function to start the NDIS selective suspend operation on an idle network adapter. Through this operation, the network adapter is suspended and transitioned to a low-power state. |
| MINIPORT_WDI_IDLE_NOTIFICATION Microsoft reserves the MINIPORT_WDI_IDLE_NOTIFICATION callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_OPEN_ADAPTER The MiniportWdiOpenAdapter handler function is used by the Microsoft component to initiate the Open Task operation on the IHV driver. |
| MINIPORT_WDI_OPEN_ADAPTER Microsoft reserves the MINIPORT_WDI_OPEN_ADAPTER callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_POST_ADAPTER_PAUSE The MiniportWdiPostAdapterPause handler function is called by the Microsoft component after it finishes the data path clean up as part of the NDIS MiniportPause requirements. |
| MINIPORT_WDI_POST_ADAPTER_PAUSE Microsoft reserves the MINIPORT_WDI_POST_ADAPTER_PAUSE callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_POST_ADAPTER_RESTART The MiniportWdiPostAdapterRestart handler function is called by the Microsoft component after it finishes restarting the data path as part of the NDIS MiniportRestart requirements. |
| MINIPORT_WDI_POST_ADAPTER_RESTART Microsoft reserves the MINIPORT_WDI_POST_ADAPTER_RESTART callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_RX_FLUSH The MiniportWdiRxFlush handler function is issued after the MiniportWdiRxStop operation is completed. Upon receiving the flush request, the target/RxEngine must discard all unindicated frames on the port/adapter before indicating RxFlushConfirm. |
| MINIPORT_WDI_RX_FLUSH Microsoft reserves the MINIPORT_WDI_RX_FLUSH callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_RX_GET_MPDUS The MiniportWdiRxGetMpdus handler function returns a NET_BUFFER_LIST chain. Each NET_BUFFER_LIST represents one MPDU. |
| MINIPORT_WDI_RX_GET_MPDUS Microsoft reserves the MINIPORT_WDI_RX_GET_MPDUS callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_RX_PPDU_RSSI The MiniportWdiRxPpduRssi handler function returns the absolute value of RSSI (in dB) for the PPDU. The RxMgr may request the RSSI only once per data indication using the PNET_BUFFER_LIST obtained from MiniportWdiRxGetMpdus. |
| MINIPORT_WDI_RX_PPDU_RSSI Microsoft reserves the MINIPORT_WDI_RX_PPDU_RSSI callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_RX_RESTART The MiniportWdiRxRestart handler function configures the RxEngine to restart indicating data traffic. This is issued following a MiniportWdiRxStop. |
| MINIPORT_WDI_RX_RESTART Microsoft reserves the MINIPORT_WDI_RX_RESTART callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_RX_RESUME The MiniportWdiRxResume handler function is issued by the RxMgr after it returns a pause status to a data indication. |
| MINIPORT_WDI_RX_RESUME Microsoft reserves the MINIPORT_WDI_RX_RESUME callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_RX_RETURN_FRAMES The MiniportWdiRxReturnFrames handler function returns a NET_BUFFER_LIST structure (and associated data buffers) to the TAL. |
| MINIPORT_WDI_RX_RETURN_FRAMES Microsoft reserves the MINIPORT_WDI_RX_RETURN_FRAMES callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_RX_STOP The MiniportWdiRxStop handler function stops RX on a given port and accepts the wildcard port ID to stop RX across the adapter. |
| MINIPORT_WDI_RX_STOP Microsoft reserves the MINIPORT_WDI_RX_STOP callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_RX_THROTTLE The MiniportWdiRxThrottle handler function tells the TAL/target to enable mechanisms to reduce the rate of RX MSDUs. |
| MINIPORT_WDI_RX_THROTTLE Microsoft reserves the MINIPORT_WDI_RX_THROTTLE callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_START_ADAPTER_OPERATION The MiniportWdiStartAdapterOperation handler function can be used by the IHV driver to perform any additional MiniportInitializeEx tasks. |
| MINIPORT_WDI_START_ADAPTER_OPERATION Microsoft reserves the MINIPORT_WDI_START_ADAPTER_OPERATION callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_STOP_ADAPTER_OPERATION The MiniportWdiStopAdapterOperation handler function can be used by the IHV driver to undo the operations performed in MiniportWdiStartAdapterOperation. |
| MINIPORT_WDI_STOP_ADAPTER_OPERATION Microsoft reserves the MINIPORT_WDI_STOP_ADAPTER_OPERATION callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_ADD_PORT The MiniportWdiTalTxRxAddPort handler function notifies the datapath components of the creation of a new virtual port. |
| MINIPORT_WDI_TAL_TXRX_ADD_PORT Microsoft reserves the MINIPORT_WDI_TAL_TXRX_ADD_PORT callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_DEINITIALIZE The MiniportWdiTalTxRxDeinitialize handler function is invoked in the context of miniport halt. The functional components RXEngine and TxEngine have already been stopped and any pending data frames completed/returned. |
| MINIPORT_WDI_TAL_TXRX_DEINITIALIZE Microsoft reserves the MINIPORT_WDI_TAL_TXRX_DEINITIALIZE callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_DELETE_PORT The MiniportWdiTalTxRxDeletePort handler function notifies the datapath components of the deletion of a virtual port. |
| MINIPORT_WDI_TAL_TXRX_DELETE_PORT Microsoft reserves the MINIPORT_WDI_TAL_TXRX_DELETE_PORT callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_INITIALIZE The MiniportWdiTalTxRxInitialize handler function initializes data structures in the TAL and exchanges datapath component handles between the UE and TAL. |
| MINIPORT_WDI_TAL_TXRX_INITIALIZE Microsoft reserves the MINIPORT_WDI_TAL_TXRX_INITIALIZE callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_PEER_CONFIG The MiniportWdiTalTxRxPeerConfig handler function specifies the port ID, peer ID, and peer capabilities (for example, QoS capabilities). It is invoked after the peer has associated, which involves creation of the peer object in the TAL. |
| MINIPORT_WDI_TAL_TXRX_PEER_CONFIG Microsoft reserves the MINIPORT_WDI_TAL_TXRX_PEER_CONFIG callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_PEER_DELETE_CONFIRM The MiniportWdiTalTxRxPeerDeleteConfirm handler function is invoked after the completion of a PeerDeleteIndication call which did not return success. |
| MINIPORT_WDI_TAL_TXRX_PEER_DELETE_CONFIRM Microsoft reserves the MINIPORT_WDI_TAL_TXRX_PEER_DELETE_CONFIRM callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_RESET_PORT The MiniportWdiTalTxRxResetPort handler function is invoked before a dot11 reset task is issued to the target. |
| MINIPORT_WDI_TAL_TXRX_RESET_PORT Microsoft reserves the MINIPORT_WDI_TAL_TXRX_RESET_PORT callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_SET_PORT_OPMODE The MiniportWdiTalTxRxSetPortOpMode handler function specifies the opmode used for the port so that the TxEngine and RxEngine enable the corresponding functionality. |
| MINIPORT_WDI_TAL_TXRX_SET_PORT_OPMODE Microsoft reserves the MINIPORT_WDI_TAL_TXRX_SET_PORT_OPMODE callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_START The MiniportWdiTalTxRxStart handler function provides TXRX configuration parameters to the TAL. |
| MINIPORT_WDI_TAL_TXRX_START Microsoft reserves the MINIPORT_WDI_TAL_TXRX_START callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TAL_TXRX_STOP The MiniportWdiTalTxRxStop handler function stops TXRX communication between the TAL and the target. |
| MINIPORT_WDI_TAL_TXRX_STOP Microsoft reserves the MINIPORT_WDI_TAL_TXRX_STOP callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_ABORT The MiniportWdiTxAbort handler function aborts outstanding TX frames for a given port or peer, which includes initiating the completion of frames owned by the TAL/target. |
| MINIPORT_WDI_TX_ABORT Microsoft reserves the MINIPORT_WDI_TX_ABORT callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_DATA_SEND The MiniportWdiTxDataSend handler function specifies an RA-TID or port queue to transmit from. It is issued in the context of the TX thread from the operating system, resume indication, or a work item. |
| MINIPORT_WDI_TX_DATA_SEND Microsoft reserves the MINIPORT_WDI_TX_DATA_SEND callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_PEER_BACKLOG The MiniportWdiTxPeerBacklog handler function is issued when a paused peer has a change in backlog state. |
| MINIPORT_WDI_TX_PEER_BACKLOG Microsoft reserves the MINIPORT_WDI_TX_PEER_BACKLOG callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_SUSPECT_FRAME_LIST_ABORT The TxSuspectFrameListAbort callback function is implemented by the client driver to inform the TxEngine that the TxMgr has identified frames which are suspected of being hung or pending completion for a significant length of time. |
| MINIPORT_WDI_TX_SUSPECT_FRAME_LIST_ABORT Microsoft reserves the MINIPORT_WDI_TX_SUSPECT_FRAME_LIST_ABORT callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER The MiniportWdiTxTalQueueInOrder handler function notifies the TAL target that one or more paused RA/TID queues (with WDI_TX_PAUSE_REASON_PS) is ready to transmit. |
| MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER Microsoft reserves the MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_TAL_SEND The MiniportWdiTxTalSend handler function specifies an RA-TID or port queue to transmit from. |
| MINIPORT_WDI_TX_TAL_SEND Microsoft reserves the MINIPORT_WDI_TX_TAL_SEND callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_TAL_SEND_COMPLETE The MiniportWdiTxTalSendComplete handler function returns ownership of one or more TX frame injected by the TAL back to the TxEngine. |
| MINIPORT_WDI_TX_TAL_SEND_COMPLETE Microsoft reserves the MINIPORT_WDI_TX_TAL_SEND_COMPLETE callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_TARGET_DESC_DEINIT The MINIPORT_WDI_TX_TARGET_DESC_DEINIT callback function informs the TxEngine that the target TX descriptors associated with the NET_BUFFER_LIST (NBLs) in the NBL chain are no longer needed and can be freed. |
| MINIPORT_WDI_TX_TARGET_DESC_DEINIT Microsoft reserves the MINIPORT_WDI_TX_TARGET_DESC_DEINIT callback function for internal use only. Don't use this callback function in your code. |
| MINIPORT_WDI_TX_TARGET_DESC_INIT The MINIPORT_WDI_TX_TARGET_DESC_INIT callback function associates an opaque target TX descriptor with the NET_BUFFER_LIST (MiniportReserved[1] field) and (if applicable) populates the TX cost field (in credit units) in the WDI_FRAME_METADATA buffer of the NET_BUFFER_LIST (MiniportReserved[0]). |
| MINIPORT_WDI_TX_TARGET_DESC_INIT Microsoft reserves the MINIPORT_WDI_TX_TARGET_DESC_INIT callback function for internal use only. Don't use this callback function in your code. |
| NDIS_DECLARE_SWITCH_NET_BUFFER_LIST_CONTEXT_TYPE Hyper-V extensible switch extensions use the NDIS_DECLARE_SWITCH_NET_BUFFER_LIST_CONTEXT_TYPE macro to define the context type that is used by the SetNetBufferListSwitchContext and GetNetBufferListSwitchContext functions to attach and retrieve context from a NET_BUFFER_LIST structure. Extensions can define as many context types as they want within their driver. |
| NDIS_GET_NET_BUFFER_LIST_CANCEL_ID The NDIS_GET_NET_BUFFER_LIST_CANCEL_ID macro gets the cancellation identifier from a NET_BUFFER_LIST structure. |
| NDIS_INIT_MUTEX The NDIS_INIT_MUTEX macro initializes a mutex object and sets it to a signaled state. |
| NDIS_ISOLATION_PARAMETERS_GET_FIRST_ROUTING_DOMAIN_ENTRY The NDIS_ISOLATION_PARAMETERS_GET_FIRST_ROUTING_DOMAIN_ENTRY macro is used to access the first NDIS_ROUTING_DOMAIN_ENTRY that is specified by an NDIS_ISOLATION_PARAMETERS structure. |
| NDIS_LOWER_IRQL The NDIS_LOWER_IRQL macro sets the IRQL on the current processor to the specified value. |
| NDIS_MAKE_NET_LUID The NDIS_MAKE_NET_LUID macro builds a NET_LUID value from an interface type and a NET_LUID index. |
| NDIS_MAKE_RID The NDIS_MAKE_RID macro builds an NDIS_VF_RID value from PCI Express (PCIe) segment, bus, device, and function numbers. The miniport driver uses this value as a PCIe Requestor ID (RID) for a network adapter's PCIe Virtual Function (VF). |
| NDIS_NBL_ADD_MEDIA_SPECIFIC_INFO The NDIS_NBL_ADD_MEDIA_SPECIFIC_INFO macro adds a media-specific information data structure to the beginning of a linked list of such structures that are associated with a NET_BUFFER_LIST structure. |
| NDIS_NBL_ADD_MEDIA_SPECIFIC_INFO_EX The NDIS_NBL_ADD_MEDIA_SPECIFIC_INFO_EX macro adds a media-specific information data structure to the beginning of a linked list of such structures that are associated with a NET_BUFFER_LIST structure. |
| NDIS_NBL_GET_MEDIA_SPECIFIC_INFO The NDIS_NBL_GET_MEDIA_SPECIFIC_INFO macro gets a media-specific information data structure from a linked list of such structures that are associated with a NET_BUFFER_LIST structure. |
| NDIS_NBL_GET_MEDIA_SPECIFIC_INFO_EX The NDIS_NBL_GET_MEDIA_SPECIFIC_INFO_EX macro gets a media-specific information data structure from a linked list of such structures that are associated with a NET_BUFFER_LIST structure. |
| NDIS_NBL_REMOVE_MEDIA_SPECIFIC_INFO The NDIS_NBL_REMOVE_MEDIA_SPECIFIC_INFO macro removes a media-specific information data structure from a linked list of such structures that are associated with a NET_BUFFER_LIST structure. |
| NDIS_NBL_REMOVE_MEDIA_SPECIFIC_INFO_EX The NDIS_NBL_REMOVE_MEDIA_SPECIFIC_INFO_EX macro removes a media-specific information data structure from a linked list of such structures that are associated with a NET_BUFFER_LIST structure. |
| NDIS_PD_ALLOCATE_COUNTER The PacketDirect (PD) platform calls a PD-capable miniport driver's NdisPDAllocateCounter function to allocate a counter object. |
| NDIS_PD_ALLOCATE_QUEUE The PacketDirect (PD) platform calls a PD-capable miniport driver's NdisPDAllocateQueue function to allocate a queue. |
| NDIS_PD_CLEAR_RECEIVE_FILTER The PacketDirect (PD) platform calls a PD-capable miniport driver's NdisPDClearReceiveFilter function to clear this filter from the PD platform. |
| NDIS_PD_FLUSH_QUEUE The PacketDirect (PD) platform calls a PD-capable miniport driver's PDFlushQueue function to flush a specified queue, ensuring that any items that are not yet in a complete state in the queue will be completed imminently. |
| NDIS_PD_FREE_COUNTER The PacketDirect (PD) platform calls a PD-capable miniport driver's NdisPDFreeCounter function to free a counter object. |
| NDIS_PD_FREE_QUEUE The PacketDirect (PD) platform calls a PD-capable miniport driver's NdisPDFreeQueue function to free a queue. |
| NDIS_PD_POST_AND_DRAIN_BUFFER_LIST The PacketDirect (PD) platform calls a PD-capable miniport driver's PDPostAndDrainBufferList function to post PD_BUFFER structures to PD transmit/receive queues and draining any previously posted PD_BUFFER structures that have been completed. |
| NDIS_PD_QUERY_COUNTER The PacketDirect (PD) platform calls a PD-capable miniport driver's NdisPDQueryCounter function to query the current values stored in a counter object. |
| NDIS_PD_QUERY_QUEUE_DEPTH The PacketDirect (PD) platform calls a PD-capable miniport driver's PDQueryQueueDepth function to return the number of unprocessed PD_BUFFER structures that are posted to the Queue. |
| NDIS_PD_SET_RECEIVE_FILTER The PacketDirect (PD) platform calls a PD-capable miniport driver's NdisPDSetReceiveFilter function to direct specific flows of packets to a specific PD receive queue. |
| NDIS_POLL Miniport drivers implement the NdisPoll callback to poll for receive indications and send completions. |
| NDIS_PROCESS_SG_LIST The NetProcessSGList function (NDIS_PROCESS_SG_LIST_HANDLER entry point) processes a scatter/gather list. |
| NDIS_RAISE_IRQL_TO_DISPATCH The NDIS_RAISE_IRQL_TO_DISPATCH macro raises the current IRQL to DISPATCH_LEVEL on the current processor. |
| NDIS_RELEASE_MUTEX The NDIS_RELEASE_MUTEX macro releases the specified mutex object. |
| NDIS_ROUTING_DOMAIN_ENTRY_GET_FIRST_ISOLATION_ENTRY The NDIS_ROUTING_DOMAIN_ENTRY_GET_FIRST_ISOLATION_ENTRY macro is used to access the first NDIS_ROUTING_DOMAIN_ISOLATION_ENTRY that is specified by an NDIS_ROUTING_DOMAIN_ENTRY structure. |
| NDIS_ROUTING_DOMAIN_ENTRY_GET_NEXT The NDIS_ROUTING_DOMAIN_ENTRY_GET_NEXT macro is used to access the next NDIS_ROUTING_DOMAIN_ENTRY element that follows an NDIS_ROUTING_DOMAIN_ENTRY structure in the array that is specified by an NDIS_ISOLATION_PARAMETERS structure. |
| NDIS_ROUTING_DOMAIN_ISOLATION_ENTRY_GET_NEXT Hyper-V extensible switch extensions use the NDIS_ROUTING_DOMAIN_ISOLATION_ENTRY_GET_NEXT macro to access the next NDIS_ROUTING_DOMAIN_ISOLATION_ENTRY element that follows an NDIS_ROUTING_DOMAIN_ISOLATION_ENTRY structure in the array that is specified by an NDIS_SWITCH_PORT_PROPERTY_ROUTING_DOMAIN structure. |
| NDIS_RSS_HASH_FUNC_FROM_HASH_INFO The NDIS_RSS_HASH_FUNC_FROM_HASH_INFO macro gets the hash function from the hash information. |
| NDIS_RSS_HASH_INFO_FROM_TYPE_AND_FUNC The NDIS_RSS_HASH_INFO_FROM_TYPE_AND_FUNC macro combines a hash type and hash function into hash information and sets the HashInformation member in the NDIS_RECEIVE_SCALE_PARAMETERS structure. |
| NDIS_RSS_HASH_TYPE_FROM_HASH_INFO The NDIS_RSS_HASH_TYPE_FROM_HASH_INFO macro gets the hash type from the hash information. |
| NDIS_SET_NET_BUFFER_LIST_CANCEL_ID The NDIS_SET_NET_BUFFER_LIST_CANCEL_ID macro marks a NET_BUFFER_LIST structure with a cancellation identifier that a driver can later use to cancel the pending transmission of the associated data. |
| NDIS_SET_POLL_NOTIFICATION Miniport drivers implement the NdisSetPollNotification callback function to enable/disable the interrupt associated with a Poll object. |
| NDIS_SWITCH_ADD_NET_BUFFER_LIST_DESTINATION The AddNetBufferListDestination function adds a single destination port for a packet that is specified by a NET_BUFFER_LIST structure. |
| NDIS_SWITCH_ALLOCATE_NET_BUFFER_LIST_FORWARDING_CONTEXT The AllocateNetBufferListForwardingContext function prepares a NET_BUFFER_LIST structure for send or receive operations within the extensible switch. |
| NDIS_SWITCH_COPY_NET_BUFFER_LIST_INFO The Hyper-V extensible switch extension calls the CopyNetBufferListInfo function to copy the out-of-band (OOB) forwarding context from a source packet's NET_BUFFER_LIST structure to a destination packet's NET_BUFFER_LIST structure. |
| NDIS_SWITCH_DEREFERENCE_SWITCH_NIC The DereferenceSwitchNic function decrements the Hyper-V extensible switch reference counter for a network adapter that is connected to an extensible switch port. The reference counter was incremented through a previous call to ReferenceSwitchNic. |
| NDIS_SWITCH_DEREFERENCE_SWITCH_PORT The DereferenceSwitchPort function decrements the Hyper-V extensible switch reference counter for an extensible switch port. The reference counter was incremented through a previous call to ReferenceSwitchPort. |
| NDIS_SWITCH_FREE_NET_BUFFER_LIST_FORWARDING_CONTEXT The FreeNetBufferListForwardingContext function releases resources in the out-of-band (OOB) extensible switch forwarding context of a NET_BUFFER_LIST structure. |
| NDIS_SWITCH_GET_NET_BUFFER_LIST_DESTINATIONS The GetNetBufferListDestinations function returns the Hyper-V extensible switch destination ports of a packet that is specified by a NET_BUFFER_LIST structure. |
| NDIS_SWITCH_GET_NET_BUFFER_LIST_SWITCH_CONTEXT The Hyper-V extensible switch extension calls the GetNetBufferListSwitchContext function to retrieve the switch context previously set on the NET_BUFFER_LIST. |
| NDIS_SWITCH_GROW_NET_BUFFER_LIST_DESTINATIONS The GrowNetBufferListDestinations function adds space for additional Hyper-V extensible switch destination ports to a packet that is specified by a NET_BUFFER_LIST structure. |
| NDIS_SWITCH_NIC_AT_ARRAY_INDEX Hyper-V extensible switch extensions use the NDIS_SWITCH_NIC_AT_ARRAY_INDEX macro to access an NDIS_SWITCH_NIC_PARAMETERS element inside an NDIS_SWITCH_NIC_ARRAY structure. |
| NDIS_SWITCH_PORT_AT_ARRAY_INDEX Hyper-V extensible switch extensions use the NDIS_SWITCH_PORT_AT_ARRAY_INDEX macro to access an NDIS_SWITCH_PORT_PARAMETERS element inside an NDIS_SWITCH_PORT_ARRAY structure. |
| NDIS_SWITCH_PORT_DESTINATION_AT_ARRAY_INDEX Hyper-V extensible switch extensions use the NDIS_SWITCH_PORT_DESTINATION_AT_ARRAY_INDEX macro to access an NDIS_SWITCH_PORT_DESTINATION element inside an NDIS_SWITCH_FORWARDING_DESTINATION_ARRAY structure. |
| NDIS_SWITCH_PORT_PROPERTY_CUSTOM_GET_BUFFER Hyper-V extensible switch extensions use the NDIS_SWITCH_PORT_PROPERTY_CUSTOM_GET_BUFFER macro to access the custom port property buffer inside an NDIS_SWITCH_PORT_PROPERTY_CUSTOM structure. |
| NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO_GET_NEXT Hyper-V extensible switch extensions use the NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO_GET_NEXT macro to access the next NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO element that follows an NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO structure in the array that is specified by an NDIS_SWITCH_PORT_PROPERTY_ENUM_PARAMETERS structure. |
| NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO_GET_PROPERTY Hyper-V extensible switch extensions use the NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO_GET_PROPERTY macro to access the port property buffer that is specified by an NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO structure. |
| NDIS_SWITCH_PORT_PROPERTY_ENUM_PARAMETERS_GET_FIRST_INFO Hyper-V extensible switch extensions use the NDIS_SWITCH_PORT_PROPERTY_ENUM_PARAMETERS_GET_FIRST_INFO macro to access the first NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO element that is specified by an NDIS_SWITCH_PORT_PROPERTY_ENUM_PARAMETERS structure. |
| NDIS_SWITCH_PORT_PROPERTY_PARAMETERS_GET_PROPERTY Hyper-V extensible switch extensions use the NDIS_SWITCH_PORT_PROPERTY_PARAMETERS_GET_PROPERTY macro to access the port property buffer inside an NDIS_SWITCH_PORT_PROPERTY_PARAMETERS structure. |
| NDIS_SWITCH_PORT_PROPERTY_ROUTING_DOMAIN_GET_FIRST_ISOLATION_ENTRY The NDIS_SWITCH_PORT_PROPERTY_ROUTING_DOMAIN_GET_FIRST_ISOLATION_ENTRY macro is used to access the first NDIS_ROUTING_DOMAIN_ISOLATION_ENTRY that is specified by an NDIS_SWITCH_PORT_PROPERTY_ROUTING_DOMAIN structure. |
| NDIS_SWITCH_PROPERTY_CUSTOM_GET_BUFFER Hyper-V extensible switch extensions use the NDIS_SWITCH_PROPERTY_CUSTOM_GET_BUFFER macro to access the custom extensible switch property buffer inside an NDIS_SWITCH_PROPERTY_CUSTOM structure. |
| NDIS_SWITCH_PROPERTY_ENUM_INFO_GET_NEXT Hyper-V extensible switch extensions use the NDIS_SWITCH_PROPERTY_ENUM_INFO_GET_NEXT macro to access the next NDIS_SWITCH_PROPERTY_ENUM_INFO element that follows an NDIS_SWITCH_PROPERTY_ENUM_INFO structure in the array that is specified by an NDIS_SWITCH_PROPERTY_ENUM_PARAMETERS structure. |
| NDIS_SWITCH_PROPERTY_ENUM_INFO_GET_PROPERTY Hyper-V extensible switch extensions use the NDIS_SWITCH_PROPERTY_ENUM_INFO_GET_PROPERTY macro to access the extensible switch property buffer that is specified by an NDIS_SWITCH_PROPERTY_ENUM_INFO structure. |
| NDIS_SWITCH_PROPERTY_ENUM_PARAMETERS_GET_FIRST_INFO Hyper-V extensible switch extensions use the NDIS_SWITCH_PROPERTY_ENUM_PARAMETERS_GET_FIRST_INFO macro to access the first NDIS_SWITCH_PROPERTY_ENUM_INFO element that is specified by an NDIS_SWITCH_PROPERTY_ENUM_PARAMETERS structure. |
| NDIS_SWITCH_PROPERTY_PARAMETERS_GET_PROPERTY Hyper-V extensible switch extensions use the NDIS_SWITCH_PROPERTY_PARAMETERS_GET_PROPERTY macro to access the extensible switch property buffer inside an NDIS_SWITCH_PROPERTY_PARAMETERS structure. |
| NDIS_SWITCH_REFERENCE_SWITCH_NIC The ReferenceSwitchNic function increments the Hyper-V extensible switch reference counter for a network adapter that is connected to an extensible switch port. |
| NDIS_SWITCH_REFERENCE_SWITCH_PORT The ReferenceSwitchPort function increments the Hyper-V extensible switch reference counter for an extensible switch port. |
| NDIS_SWITCH_REPORT_FILTERED_NET_BUFFER_LISTS The ReportFilteredNetBufferLists function reports on one or more network packets that were dropped or excluded from port delivery by the extensible switch extension. Each network packet is defined through a NET_BUFFER_LIST structure. |
| NDIS_SWITCH_SET_NET_BUFFER_LIST_SOURCE The SetNetBufferListSource function sets the Hyper-V extensible switch source port identifier and network adapter index for a packet that is specified by a NET_BUFFER_LIST structure. |
| NDIS_SWITCH_SET_NET_BUFFER_LIST_SWITCH_CONTEXT The Hyper-V extensible switch extension calls the SetNetBufferListSwitchContext function to attach an extension-allocated context buffer to the NET_BUFFER_LIST. |
| NDIS_SWITCH_UPDATE_NET_BUFFER_LIST_DESTINATIONS The Hyper-V extensible switch extension calls the UpdateNetBufferListDestinations function to commit modifications that the extension made to a packet that contains multiple extensible switch destination ports. |
| NDIS_TCP_OFFLOAD_DISCONNECT_COMPLETE An offload target calls the NdisTcpOffloadDisconnectComplete function to complete a disconnect request that was initiated by a previous call to the MiniportTcpOffloadDisconnect function of the offload target. |
| NDIS_TCP_OFFLOAD_EVENT_INDICATE An offload target calls the NdisTcpOffloadEventHandler function to indicate an event that pertains to an offloaded TCP connection. |
| NDIS_TCP_OFFLOAD_FORWARD_COMPLETE An offload target calls the NdisTcpOffloadForwardComplete function to complete one or more forward requests that were made to the MiniportTcpOffloadForward function of the offload target. |
| NDIS_TCP_OFFLOAD_RECEIVE_COMPLETE An offload target calls the NdisTcpOffloadReceiveComplete function to return posted receive requests (receive buffers) to the host stack. |
| NDIS_TCP_OFFLOAD_RECEIVE_INDICATE An offload target calls the NdisTcpOffloadReceiveHandler function to indicate that received network data is available for consumption by a client application. |
| NDIS_TCP_OFFLOAD_SEND_COMPLETE An offload target calls the NdisTcpOffloadSendComplete function to complete one or more send requests that were made to the MiniportTcpOffloadSend function of the offload target. |
| NDIS_TIMER_FUNCTION The NdisTimerFunction function is called by NDIS after a driver sets a one-shot or periodic timer when a timer fires.Note You must declare the function by using the NDIS_TIMER_FUNCTION type. |
| NDIS_WAIT_FOR_MUTEX The NDIS_WAIT_FOR_MUTEX macro puts the current thread into the wait state until the specified mutex object is set to the signaled state. |
| NDIS_WDI_ALLOCATE_WDI_FRAME_METADATA The NdisWdiAllocateWiFiFrameMetaData callback function allocates a frame metadata buffer. |
| NDIS_WDI_ALLOCATE_WDI_FRAME_METADATA Microsoft reserves the NDIS_WDI_ALLOCATE_WDI_FRAME_METADATA callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_CLOSE_ADAPTER_COMPLETE The NdisWdiCloseAdapterComplete callback function is called by the IHV when a Close Task operation from MiniportWdiCloseAdapter has been successfully started. |
| NDIS_WDI_CLOSE_ADAPTER_COMPLETE Microsoft reserves the NDIS_WDI_CLOSE_ADAPTER_COMPLETE callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_FREE_WDI_FRAME_METADATA The NdisWdiFreeWiFiFrameMetaData callback function frees a frame metadata buffer. |
| NDIS_WDI_FREE_WDI_FRAME_METADATA Microsoft reserves the NDIS_WDI_FREE_WDI_FRAME_METADATA callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_IDLE_NOTIFICATION_COMPLETE Miniport drivers call NdisWdiIdleNotificationComplete callback function to complete a pending idle notification for an NDIS selective suspend operation. NDIS begins the operation when it calls the driver's MiniportWdiIdleNotification handler function. |
| NDIS_WDI_IDLE_NOTIFICATION_COMPLETE Microsoft reserves the NDIS_WDI_IDLE_NOTIFICATION_COMPLETE callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_IDLE_NOTIFICATION_CONFIRM Miniport drivers call NdisWdiIdleNotificationConfirm callback function to notify NDIS that the idle network adapter can safely be suspended and transitioned to a low-power state. |
| NDIS_WDI_IDLE_NOTIFICATION_CONFIRM Microsoft reserves the NDIS_WDI_IDLE_NOTIFICATION_CONFIRM callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_OPEN_ADAPTER_COMPLETE The NdisWdiOpenAdapterComplete callback function is called by the IHV when an Open Task operation from MiniportWdiOpenAdapter has been successfully started. |
| NDIS_WDI_OPEN_ADAPTER_COMPLETE Microsoft reserves the NDIS_WDI_OPEN_ADAPTER_COMPLETE callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_PEER_CREATE_IND The NdisWdiPeerCreateIndication callback function specifies a peer ID to associate with a peer MAC address. |
| NDIS_WDI_PEER_CREATE_IND Microsoft reserves the NDIS_WDI_PEER_CREATE_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_PEER_DELETE_IND The NdisWdiPeerDeleteIndication callback function initiates the removal of the association of between a peer ID and a peer MAC address. |
| NDIS_WDI_PEER_DELETE_IND Microsoft reserves the NDIS_WDI_PEER_DELETE_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_RX_FLUSH_CONFIRM The NdisWdiRxFlushConfirm callback function indicates completion of a MiniportWdiRxFlush request. The RxEngine must complete the discard of all RX data frames that match the flush request prior to issuing NdisWdiRxFlushConfirm. |
| NDIS_WDI_RX_FLUSH_CONFIRM Microsoft reserves the NDIS_WDI_RX_FLUSH_CONFIRM callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_RX_INORDER_DATA_IND The NdisWdiRxInorderDataIndication callback function informs the RxMgr that a list of specified RX frames in the correct order are present. |
| NDIS_WDI_RX_INORDER_DATA_IND Microsoft reserves the NDIS_WDI_RX_INORDER_DATA_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_RX_STOP_CONFIRM The NdisWdiRxStopConfirm callback function indicates completion of a MiniportWdiRxStop request. |
| NDIS_WDI_RX_STOP_CONFIRM Microsoft reserves the NDIS_WDI_RX_STOP_CONFIRM callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_ABORT_CONFIRM The NdisWdiTxAbortConfirm callback function indicates an asynchronous confirmation of a MiniportWdiTxAbort from WDI. |
| NDIS_WDI_TX_ABORT_CONFIRM Microsoft reserves the NDIS_WDI_TX_ABORT_CONFIRM callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_DEQUEUE_IND The NdisWdiTxDequeueIndication callback function is called in the context of a MiniportWdiTxDataSend or MiniportWdiTxTalSend by the IHV miniport to dequeue frames from WDI to the IHV miniport. |
| NDIS_WDI_TX_DEQUEUE_IND Microsoft reserves the NDIS_WDI_TX_DEQUEUE_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_INJECT_FRAME_IND The NdisWdiTxInjectFrameIndication callback function allows the LE to inject frames through the regular datapath (for example, authentication/association requests/responses, Wi-Fi Direct action frames). |
| NDIS_WDI_TX_INJECT_FRAME_IND Microsoft reserves the NDIS_WDI_TX_INJECT_FRAME_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_QUERY_RA_TID_STATE The NdisWdiTxQueryRATIDState callback function is used by the TxEngine to query the state of a RA/TID or Port queue. |
| NDIS_WDI_TX_QUERY_RA_TID_STATE Microsoft reserves the NDIS_WDI_TX_QUERY_RA_TID_STATE callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_QUERY_SUSPECT_FRAME_COMPLETE_STATUS The TxQuerySuspectFrameStatus callback function is implemented by the IHV miniport to query the status of a suspect frame. |
| NDIS_WDI_TX_QUERY_SUSPECT_FRAME_COMPLETE_STATUS Microsoft reserves the NDIS_WDI_TX_QUERY_SUSPECT_FRAME_COMPLETE_STATUS callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_RELEASE_FRAMES_IND The NdisWdiTxReleaseFrameIndication callback function releases up to a specified number or aggregate cost of frames queued to a given peer-TID combination when transmission is paused. |
| NDIS_WDI_TX_RELEASE_FRAMES_IND Microsoft reserves the NDIS_WDI_TX_RELEASE_FRAMES_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_SEND_COMPLETE_IND The NdisWdiTxSendCompleteIndication callback function specifies an array of frame IDs associated with the target's sent frames. |
| NDIS_WDI_TX_SEND_COMPLETE_IND Microsoft reserves the NDIS_WDI_TX_SEND_COMPLETE_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_SEND_PAUSE_IND The NdisWdiTxSendPauseIndication callback function pauses transmissions on a given port to a given peer or peer-TID combination. |
| NDIS_WDI_TX_SEND_PAUSE_IND Microsoft reserves the NDIS_WDI_TX_SEND_PAUSE_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_SEND_RESTART_IND The NdisWdiTxSendRestartIndication callback function resumes transmission on a given port to a given peer or peer-TID combination. |
| NDIS_WDI_TX_SEND_RESTART_IND Microsoft reserves the NDIS_WDI_TX_SEND_RESTART_IND callback function for internal use only. Don't use this callback function in your code. |
| NDIS_WDI_TX_TRANSFER_COMPLETE_IND The NdisWdiTxTransferCompleteIndication callback function specifies a list of frame buffers that have been transferred to the target. Frames with different TX Status values are completed in separate indications. |
| NDIS_WDI_TX_TRANSFER_COMPLETE_IND Microsoft reserves the NDIS_WDI_TX_TRANSFER_COMPLETE_IND callback function for internal use only. Don't use this callback function in your code. |
| NdisAcquireReadWriteLock The NdisAcquireReadWriteLock function acquires a lock that the caller uses for either write or read access to the resources that are shared among driver threads.Note The read-write lock interface is deprecated for NDIS 6.20 and later drivers, which should use NdisAcquireRWLockRead or NdisAcquireRWLockWrite instead of NdisAcquireReadWriteLock. |
| NdisAcquireRWLockRead The NdisAcquireRWLockRead function obtains a read lock that the caller uses for read access to resources that are shared among driver threads. |
| NdisAcquireRWLockWrite The NdisAcquireRWLockWrite function obtains a write lock that the caller uses for write access to resources that are shared between driver threads. |
| NdisAcquireSpinLock The NdisAcquireSpinLock function acquires a spin lock so the caller gains exclusive access to the resources, shared among driver functions, that the spin lock protects. |
| NdisActiveGroupCount The NdisActiveGroupCount function returns the number of processor groups that are currently active in the local computer system. |
| NdisAdjustMdlLength The NdisAdjustMdlLength function modifies the length of the data that is associated with an MDL. |
| NdisAdjustNetBufferCurrentMdl The NdisAdjustNetBufferCurrentMdl function updates a NET_BUFFER structure based on the current data offset. |
| NdisAdvanceNetBufferDataStart Call the NdisAdvanceNetBufferDataStart function to release the used data space that was added with the NdisRetreatNetBufferDataStart function. |
| NdisAdvanceNetBufferListDataStart Call the NdisAdvanceNetBufferListDataStart function to release data space that was claimed in previous calls to the NdisRetreatNetBufferListDataStart function. |
| NdisAllocateBuffer NdisAllocateBuffer creates a buffer descriptor mapping a specified virtual (sub)range within an already allocated, nonpaged memory block. |
| NdisAllocateBufferPool This function returns a handle with which the caller can allocate buffer descriptors by calling NdisAllocateBuffer. |
| NdisAllocateCloneNetBufferList Call the NdisAllocateCloneNetBufferList function to create a new clone NET_BUFFER_LIST structure. |
| NdisAllocateCloneOidRequest The NdisAllocateCloneOidRequest function allocates memory for a new NDIS_OID_REQUEST structure and copies all the information from an existing NDIS_OID_REQUEST structure to the newly allocated structure. |
| NdisAllocateFragmentNetBufferList Call the NdisAllocateFragmentNetBufferList function to create a new fragmented NET_BUFFER_LIST structure based upon the data in an existing NET_BUFFER_LIST structure. |
| NdisAllocateFromNPagedLookasideList The NdisAllocateFromNPagedLookasideList function removes the first entry from the given lookaside list head. If the lookaside list currently is empty, an entry is allocated from nonpaged pool. |
| NdisAllocateGenericObject Components that do not have an NDIS handle use the NdisAllocateGenericObject function to allocate a generic NDIS object. |
| NdisAllocateIoWorkItem NDIS drivers call the NdisAllocateIoWorkItem function to allocate a work item. For more information, see NDIS I/O Work Items. |
| NdisAllocateMdl The NdisAllocateMdl function allocates an MDL that describes the memory buffer at the specified virtual address. |
| NdisAllocateMemoryWithTagPriority NDIS drivers call the NdisAllocateMemoryWithTagPriority function to allocate a pool of memory from the non-paged pool. |
| NdisAllocateNetBuffer Call the NdisAllocateNetBuffer function to allocate and initialize a NET_BUFFER structure from a NET_BUFFER structure pool. |
| NdisAllocateNetBufferAndNetBufferList Call the NdisAllocateNetBufferAndNetBufferList function to allocate and initialize a NET_BUFFER_LIST structure that is initialized with a preallocated NET_BUFFER structure. |
| NdisAllocateNetBufferList Call the NdisAllocateNetBufferList function to allocate and initialize a NET_BUFFER_LIST structure from a NET_BUFFER_LIST structure pool. |
| NdisAllocateNetBufferListContext Call the NdisAllocateNetBufferListContext function to allocate more context space in the NET_BUFFER_LIST_CONTEXT structure of a NET_BUFFER_LIST structure. |
| NdisAllocateNetBufferListPool Call the NdisAllocateNetBufferListPool function to allocate a pool of NET_BUFFER_LIST structures. |
| NdisAllocateNetBufferMdlAndData NDIS drivers call the NdisAllocateNetBufferMdlAndData function to allocate a NET_BUFFER structure along with the associated MDL and data. |
| NdisAllocateNetBufferPool Call the NdisAllocateNetBufferPool function to allocate a pool of NET_BUFFER structures. |
| NdisAllocatePacketPoolEx This function allocates and initializes a block of storage for a pool of packet descriptors. |
| NdisAllocateReassembledNetBufferList Call the NdisAllocateReassembledNetBufferList function to reassemble a fragmented NET_BUFFER_LIST structure. |
| NdisAllocateRWLock The NdisAllocateRWLock function allocates a read/write lock variable of type NDIS_RW_LOCK_EX. |
| NdisAllocateSharedMemory The NdisAllocateSharedMemory function allocates shared memory from a shared memory provider. |
| NdisAllocateSpinLock The NdisAllocateSpinLock function initializes a variable of type NDIS_SPIN_LOCK, used to synchronize access to resources shared among non-ISR driver functions. |
| NdisAllocateTimerObject The NdisAllocateTimerObject function allocates and initializes a timer object for use with subsequent NdisXxx timer functions. |
| NdisAnsiStringToUnicodeString The NdisAnsiStringToUnicodeString function converts a given counted ANSI string into a counted Unicode string. The translation conforms to the current system locale information. |
| NdisBuildScatterGatherList The NdisBuildScatterGatherList function builds a scatter/gather list by using the specified parameters. |
| NdisCancelDirectOidRequest Protocol drivers call the NdisCancelDirectOidRequest function to cancel a previous direct OID request to the underlying drivers. |
| NdisCancelOidRequest Protocol drivers call the NdisCancelOidRequest function to cancel a previous request to the underlying drivers. |
| NdisCancelSendNetBufferLists Protocol drivers call the NdisCancelSendNetBufferLists function to cancel the transmission of network data. |
| NdisCancelSendPackets NdisCancelSendPackets cancels transmission of all packets marked with the specified cancellation identifier on the miniport driver identified by the binding handle. |
| NdisCancelTimerObject The NdisCancelTimerObject function cancels a timer object that is associated with a previous call to the NdisSetTimerObject function. |
| NdisClAddParty NdisClAddParty adds a party on the client's multipoint VC. |
| NdisClCloseAddressFamily NdisClCloseAddressFamily releases the association between a client protocol and a call manager's or MCM driver's registered AF for a particular NIC to which the client is bound. |
| NdisClCloseCall NdisClCloseCall requests that a call on the specified VC be torn down. |
| NdisClDeregisterSap NdisClDeregisterSap releases a previously registered SAP. |
| NdisClDropParty NdisClDropParty drops a party from the client's multipoint VC. |
| NdisClearNblFlag The NdisClearNblFlag macro clears a flag in a NET_BUFFER_LIST structure. |
| NdisClGetProtocolVcContextFromTapiCallId NdisClGetProtocolVcContextFromTapiCallId retrieves the client context for a virtual connection (VC) identified by a TAPI Call ID string. |
| NdisClIncomingCallComplete NdisClIncomingCallComplete returns a client's acceptance or rejection of an offered incoming call, for which the client's ProtocolClIncomingCall function previously returned NDIS_STATUS_PENDING. |
| NdisClMakeCall NdisClMakeCall sets up an outgoing call on a client-created VC. |
| NdisClModifyCallQoS NdisClModifyCallQoS requests a change in the quality of service on a connection. |
| NdisClNotifyCloseAddressFamilyComplete The NdisClNotifyCloseAddressFamilyComplete function returns the final status of an address family (AF) close operation for which the caller's ProtocolClNotifyCloseAf function returned NDIS_STATUS_PENDING. |
| NdisClOpenAddressFamilyEx The NdisClOpenAddressFamilyEx function registers an address family (AF) that is associated with a call manager for a connection-oriented client. |
| NdisCloseAdapter NdisCloseAdapter releases the binding established and the resources allocated when the protocol called NdisOpenAdapter. |
| NdisCloseAdapterEx A protocol driver calls the NdisCloseAdapterEx function to release the binding and the resources that were allocated when the driver called the NdisOpenAdapterEx function. |
| NdisCloseConfiguration The NdisCloseConfiguration function releases the handle to the registry key that was returned by the NdisOpenConfigurationEx, NdisOpenConfigurationKeyByIndex, or NdisOpenConfigurationKeyByName function. |
| NdisCloseFile The NdisCloseFile function releases a handle returned by the NdisOpenFile function and frees the memory allocated to hold the file contents when it was opened. |
| NdisClRegisterSap NdisClRegisterSap registers a SAP on which the client can receive incoming calls from a remote node. |
| NdisCmActivateVc NdisCmActivateVc passes CM-supplied call parameters, including media parameters, for a particular VC down to the underlying miniport driver. |
| NdisCmAddPartyComplete NdisCmAddPartyComplete returns the final status of a client's request, for which the call manager previously returned NDIS_STATUS_PENDING, to add a party on an established multipoint VC. |
| NdisCmCloseAddressFamilyComplete NdisCmCloseAddressFamilyComplete returns the final status of a client's request, for which the CM's ProtocolCmCloseAf function returned NDIS_STATUS_PENDING, to close the AF. |
| NdisCmCloseCallComplete NdisCmCloseCallComplete returns the final status of a client's request, for which the call manager previously returned NDIS_STATUS_PENDING, to tear down a call. |
| NdisCmDeactivateVc NdisCmDeactivateVc notifies NDIS and the underlying miniport driver that there will be no further transfers on a particular active VC. |
| NdisCmDeregisterSapComplete NdisCmDeregisterSapComplete returns the final status of a client's request, for which the call manager previously returned NDIS_STATUS_PENDING, to deregister a SAP. |
| NdisCmDispatchCallConnected NdisCmDispatchCallConnected notifies NDIS and the client that data transfers can begin on a VC that the call manager created for an incoming call initiated on a remote node. |
| NdisCmDispatchIncomingCall NdisCmDispatchIncomingCall informs the client of an incoming call on a SAP previously registered by that client. |
| NdisCmDispatchIncomingCallQoSChange NdisCmDispatchIncomingCallQoSChange notifies a client that a request to change the quality of service on that client's active connection has been received over the network. |
| NdisCmDispatchIncomingCloseCall NdisCmDispatchIncomingCloseCall tells a client to tear down an active or offered call, usually because the call manager has received a request from the network to close the connection. |
| NdisCmDispatchIncomingDropParty NdisCmDispatchIncomingDropParty notifies a client that it should remove a particular party on a multipoint VC, usually because the call manager has received a request over the network to close an active multipoint connection. |
| NdisCmDropPartyComplete NdisCmDropPartyComplete returns the final status of a client's request, for which the call manager previously returned NDIS_STATUS_PENDING, to remove a party from a multipoint VC. |
| NdisCmMakeCallComplete NdisCmMakeCallComplete returns the final status of a client's request, for which the call manager previously returned NDIS_STATUS_PENDING, to make an outgoing call. |
| NdisCmModifyCallQoSComplete NdisCmModifyCallQoSComplete indicates the completion of the client's request, for which the call manager previously returned NDIS_STATUS_PENDING, to modify the quality of service on a VC. |
| NdisCmNotifyCloseAddressFamily The NdisCmNotifyCloseAddressFamily function notifies NDIS that a call manager is unbinding from an underlying miniport adapter and that any associated CoNDIS clients should close the specified address family (AF). |
| NdisCmOpenAddressFamilyComplete NdisCmOpenAddressFamilyComplete returns the final status of a stand-alone call manager's open of a given AF for a particular client after the call manager returned NDIS_STATUS_PENDING in response to that client's original open-AF request. |
| NdisCmRegisterAddressFamilyEx The NdisCmRegisterAddressFamilyEx function registers an address family (AF) for communication between CoNDIS drivers. |
| NdisCmRegisterSapComplete NdisCmRegisterSapComplete returns the final status of a client's request, for which the CM previously returned NDIS_STATUS_PENDING, to register a SAP. |
| NdisCoAssignInstanceName NdisCoAssignInstanceName assigns an instance name to a VC and causes NDIS to register a GUID (globally unique identifier) for the assigned name with Windows Management Instrumentation (WMI). |
| NdisCoCreateVc NdisCoCreateVc sets up a connection endpoint from which a client can make outgoing calls or on which a stand-alone call manager can dispatch incoming calls. |
| NdisCoDeleteVc NdisCoDeleteVc destroys a caller-created VC. |
| NdisCoGetTapiCallId NdisCoGetTapiCallId retrieves a string that TAPI applications can use to identify a particular NDIS virtual connection (VC). |
| NdisCompleteBindAdapterEx A protocol driver calls the NdisCompleteBindAdapterEx function to complete a binding operation for which the driver's ProtocolBindAdapterEx function returned NDIS_STATUS_PENDING. |
| NdisCompleteNetPnPEvent Protocol drivers call the NdisCompleteNetPnPEvent function to complete a response to a Plug and Play or Power Management event for which the caller's ProtocolNetPnPEvent function returned NDIS_STATUS_PENDING. |
| NdisCompleteUnbindAdapterEx A protocol driver calls the NdisCompleteUnbindAdapterEx function to complete an unbind operation for which the driver's ProtocolUnbindAdapterEx function returned NDIS_STATUS_PENDING. |
| NdisCoOidRequest The NdisCoOidRequest function forwards a request to targeted CoNDIS drivers to query or set OID-specified information of the target driver. |
| NdisCoOidRequestComplete The NdisCoOidRequestComplete function returns the final status of an OID request that a CoNDIS client's or stand-alone call manager's ProtocolCoOidRequest function previously returned NDIS_STATUS_PENDING for. |
| NdisCopyFromNetBufferToNetBuffer Call the NdisCopyFromNetBufferToNetBuffer function to copy data from a source NET_BUFFER structure to a destination NET_BUFFER structure. |
| NdisCopyFromPacketToPacketSafe NdisCopyFromPacketToPacket copies a specified range of data from one packet to another. |
| NdisCopyReceiveNetBufferListInfo Intermediate drivers call the NdisCopyReceiveNetBufferListInfo function to copy the NET_BUFFER_LIST information in a received NET_BUFFER_LIST structure. |
| NdisCopySendNetBufferListInfo Intermediate drivers call the NdisCopySendNetBufferListInfo function to copy the NET_BUFFER_LIST information in a transmit NET_BUFFER_LIST structure. |
| NdisCoSendNetBufferLists The NdisCoSendNetBufferLists function sends network data that is contained in a specified list of NET_BUFFER_LIST structures. |
| NdisCurrentGroupAndProcessor The NdisCurrentGroupAndProcessor function returns the group-relative processor number and group number of the current processor. |
| NdisCurrentProcessorIndex The NdisCurrentProcessorIndex function returns the system-assigned number of the current processor that the caller is running on. |
| NdisDeleteNPagedLookasideList The NdisDeleteNPagedLookasideList function removes a nonpaged lookaside list from the system. |
| NdisDeregisterDeviceEx The NdisDeregisterDeviceEx function removes, from the system, a device object that was created by the NdisRegisterDeviceEx function. |
| NdisDeregisterPoll A miniport driver calls NdisDeregisterPoll to deregister a Poll object. |
| NdisDeregisterProtocol NdisDeregisterProtocol releases the resources allocated when the driver called NdisRegisterProtocol. |
| NdisDeregisterProtocolDriver A protocol driver calls the NdisDeregisterProtocolDriver function to release the resources that NDIS allocated when the driver called the NdisRegisterProtocolDriver function. |
| NdisDirectOidRequest The NdisDirectOidRequest function forwards a direct OID request to the underlying drivers to query the capabilities or status of an adapter or set the state of an adapter. |
| NdisDprAcquireReadWriteLock The NdisDprAcquireReadWriteLock function acquires a lock that the caller uses for either write or read access to the resources that are shared among driver threads.Note The read-write lock interface is deprecated for NDIS 6.20 and later drivers, which should use NdisAcquireRWLockRead or NdisAcquireRWLockWrite (setting NDIS_RWL_AT_DISPATCH_LEVEL in the Flags parameter) instead of NdisDprAcquireReadWriteLock. |
| NdisDprAcquireSpinLock The NdisDprAcquireSpinLock function acquires a spin lock so the caller can synchronize access to resources shared among non-ISR driver functions in a multiprocessor-safe way. |
| NdisDprReleaseReadWriteLock The NdisDprReleaseReadWriteLock function releases a lock that was acquired in a preceding call to NdisDprAcquireReadWriteLock.Note The read-write lock interface is deprecated for NDIS 6.20 and later drivers, which should use NdisReleaseRWLock instead of NdisDprReleaseReadWriteLock. |
| NdisDprReleaseSpinLock The NdisDprReleaseSpinLock function releases a spin lock acquired in the immediately preceding call to the NdisDprAcquireSpinLock function. |
| NdisEnumerateFilterModules The NdisEnumerateFilterModules function enumerates all the filters modules and filter intermediate driver instances in a filter stack. |
| NdisEqualMemory The NdisEqualMemory function compares a specified number of characters in one block of memory with the same number of characters in a second block of memory. |
| NdisEqualString The NdisEqualString function compares two strings, in the OS-default character set, to determine whether they are equal. |
| NdisEqualUnicodeString The NdisEqualUnicodeString function compares two Unicode strings and returns whether they are equal. |
| NdisFCancelDirectOidRequest Filter drivers call the NdisFCancelDirectOidRequest function to cancel a previous direct OID request to the underlying drivers. |
| NdisFCancelOidRequest Filter drivers call the NdisFCancelOidRequest function to cancel a previous request to the underlying drivers. |
| NdisFCancelSendNetBufferLists Filter drivers call the NdisFCancelSendNetBufferLists function to cancel the transmission of network data. |
| NdisFDeregisterFilterDriver A filter drivers calls the NdisFDeregisterFilterDriver function to release resources that it previously allocated with the NdisFRegisterFilterDriver function. |
| NdisFDevicePnPEventNotify A filter driver can call the NdisFDevicePnPEventNotify function to forward a device Plug and Play (PnP) or Power Management event to underlying drivers. |
| NdisFDirectOidRequest Filter drivers call the NdisFDirectOidRequest function to forward a direct OID request to underlying drivers or to originate such a request. |
| NdisFDirectOidRequestComplete Filter drivers call the NdisFDirectOidRequestComplete function to return the final status of a direct OID request for which the driver's FilterDirectOidRequest function returned NDIS_STATUS_PENDING. |
| NdisFGetOptionalSwitchHandlers Hyper-V extensible switch extensions call the NdisFGetOptionalSwitchHandlers function to obtain a list of pointers to the Hyper-V extensible switch handler functions. |
| NdisFillMemory The NdisFillMemory function fills a caller-supplied buffer with the given character. |
| NdisFIndicateReceiveNetBufferLists A filter driver calls NdisFIndicateReceiveNetBufferLists to indicate that it has received network data. For more information, see Receiving Data in a Filter Driver. |
| NdisFIndicateStatus The NdisFIndicateStatus function passes on a filtered status indication from an underlying driver or originates a status indication. |
| NdisFNetPnPEvent A filter driver can call the NdisFNetPnPEvent function to forward a network Plug and Play (PnP) or Power Management event to overlying drivers. |
| NdisFOidRequest Filter drivers call the NdisFOidRequest function to forward an OID request to underlying drivers or to originate such a request. |
| NdisFOidRequestComplete Filter drivers call the NdisFOidRequestComplete function to return the final status of an OID request for which the driver's FilterOidRequest function returned NDIS_STATUS_PENDING. |
| NdisFPauseComplete A filter driver must call the NdisFPauseComplete function to complete a pause operation if the driver returned NDIS_STATUS_PENDING from its FilterPause function. |
| NdisFreeCloneNetBufferList Call the NdisFreeCloneNetBufferList function to free a NET_BUFFER_LIST structure and all associated NET_BUFFER structures and MDL chains that were previously allocated by calling the NdisAllocateCloneNetBufferList function. |
| NdisFreeCloneOidRequest The NdisFreeCloneOidRequest function frees a cloned NDIS_OID_REQUEST structure. |
| NdisFreeFragmentNetBufferList Call the NdisFreeFragmentNetBufferList function to free a NET_BUFFER_LIST structure and all associated NET_BUFFER structures and MDL chains that were previously allocated by the calling NdisAllocateFragmentNetBufferList function. |
| NdisFreeGenericObject Call the NdisFreeGenericObject function to free a generic object that was created with the NdisAllocateGenericObject function. |
| NdisFreeIoWorkItem NDIS drivers call the NdisFreeIoWorkItem function to free a specified work item. |
| NdisFreeMdl The NdisFreeMdl function frees an MDL that was allocated by calling the NdisAllocateMdl function. |
| NdisFreeMemory The NdisFreeMemory function releases a block of memory that was previously allocated with the NdisAllocateMemoryWithTagPriority function. |
| NdisFreeMemoryWithTag The NdisFreeMemoryWithTag function is deprecated for all NDIS versions. Use NdisAllocateMemoryWithTagPriority instead. |
| NdisFreeMemoryWithTagPriority The NdisFreeMemoryWithTagPriority function releases memory that was allocated with the NdisAllocateMemoryWithTagPriority function. |
| NdisFreeNetBuffer Call the NdisFreeNetBuffer function to free a NET_BUFFER structure that was previously allocated from a NET_BUFFER structure pool with the NdisAllocateNetBuffer function. |
| NdisFreeNetBufferList Call the NdisFreeNetBufferList function to free a NET_BUFFER_LIST structure that was previously allocated from a NET_BUFFER_LIST structure pool. |
| NdisFreeNetBufferListContext Call the NdisFreeNetBufferListContext function to release context space in the NET_BUFFER_LIST_CONTEXT structure of a NET_BUFFER_LIST structure. |
| NdisFreeNetBufferListPool Call the NdisFreeNetBufferListPool function to free a NET_BUFFER_LIST structure pool. |
| NdisFreeNetBufferPool Call the NdisFreeNetBufferPool function to free NET_BUFFER structure pools that are created with the NdisAllocateNetBufferPool function. |
| NdisFreePacketPool This function releases a handle to a block of packet pool that was allocated with the NdisAllocatePacketPool function. |
| NdisFreeReassembledNetBufferList Call the NdisFreeReassembledNetBufferList function to free a reassembled NET_BUFFER_LIST structure and the associated NET_BUFFER structure and MDL chain. |
| NdisFreeRWLock The NdisFreeRWLock function frees a read/write lock that was previously allocated with the NdisAllocateRWLock function. |
| NdisFreeScatterGatherList The NdisFreeScatterGatherList function frees a scatter/gather list. |
| NdisFreeSharedMemory The NdisFreeSharedMemory function frees shared memory that a driver allocated from a shared memory provider. |
| NdisFreeSpinLock The NdisFreeSpinLock function releases a spin lock initialized in a preceding call to the NdisAllocateSpinLock function. |
| NdisFreeString The NdisFreeString function releases storage that was allocated by NdisInitializeString for a buffered string. |
| NdisFreeTimerObject The NdisFreeTimerObject function frees a timer object that was allocated with the NdisAllocateTimerObject function. |
| NdisFreeToNPagedLookasideList The NdisFreeToNPagedLookasideList function returns an entry to the given lookaside list. |
| NdisFRegisterFilterDriver A filter driver calls the NdisFRegisterFilterDriver function to register its FilterXxx functions with NDIS. |
| NdisFRestartComplete A filter driver must call the NdisFRestartComplete function to complete a restart operation if the driver returned NDIS_STATUS_PENDING from its FilterRestart function. |
| NdisFRestartFilter A filter driver calls the NdisFRestartFilter function to request NDIS to initiate a restart operation for a filter module. |
| NdisFReturnNetBufferLists Filter drivers call NdisFReturnNetBufferLists to release the ownership of one or more NET_BUFFER_LIST structures and their associated NET_BUFFER structures. |
| NdisFSendNetBufferLists Filter drivers call the NdisFSendNetBufferLists function to send a list of network data buffers. |
| NdisFSendNetBufferListsComplete Filter drivers call the NdisFSendNetBufferListsComplete function to return a linked list of NET_BUFFER_LIST structures to an overlying driver and to return the final status of a send request. |
| NdisFSetAttributes A filter driver calls the NdisFSetAttributes function to specify a filter module context area. |
| NdisFSynchronousOidRequest Filter drivers call the NdisFSynchronousOidRequest function to originate a new Synchronous OID request and issue it to underlying drivers. |
| NdisGeneratePartialCancelId The NdisGeneratePartialCancelId function returns a value that the calling driver must use as the high-order byte of a cancellation ID. |
| NdisGetCurrentProcessorCounts The NdisGetCurrentProcessorCounts function returns counts for the current processor that a driver can use to determine CPU usage for a particular time interval. |
| NdisGetCurrentProcessorCpuUsage The NdisGetCurrentProcessorCpuUsage function returns the average amount of activity on the current processor since boot as a percentage.Note This function is deprecated. |
| NdisGetCurrentSystemTime The NdisGetCurrentSystemTime function returns the current system time, suitable for setting timestamps. |
| NdisGetDataBuffer Call the NdisGetDataBuffer function to gain access to a contiguous block of data from a NET_BUFFER structure. |
| NdisGetDeviceReservedExtension The NdisGetDeviceReservedExtension function gets a pointer to the device extension that is associated with a device object. |
| NdisGetHypervisorInfo Important Starting with Windows 10 Version 1703, NdisGetHypervisorInfo is deprecated and should not be used. |
| NdisGetNblTimestampInfo NdisGetNblTimestampInfo retrieves a hardware or software timestamp stored in a NET_BUFFER_LIST. |
| NdisGetNetBufferListProtocolId The NdisGetNetBufferListProtocolId function retrieves the protocol identifier from the NetBufferListInfo member of a NET_BUFFER_LIST structure. |
| NdisGetPhysicalAddressHigh NdisGetPhysicalAddressHigh returns the high-order part of a given physical address. |
| NdisGetPhysicalAddressLow NdisGetPhysicalAddressLow returns the low-order part of a given physical address. |
| NdisGetPoolFromNetBuffer Call the NdisGetPoolFromNetBuffer function to get the NET_BUFFER structure pool handle that is associated with a specified NET_BUFFER structure. |
| NdisGetPoolFromNetBufferList Call the NdisGetPoolFromNetBufferList function to get the NET_BUFFER_LIST structure pool handle that is associated with a specified NET_BUFFER_LIST structure. |
| NdisGetProcessorInformation The NdisGetProcessorInformation function retrieves information about the CPU topology of the local computer and the set of processors that a miniport driver must use for receive side scaling (RSS). |
| NdisGetProcessorInformationEx The NdisGetProcessorInformationEx function retrieves information about the CPU topology of the local computer. |
| NdisGetReceivedPacket NdisGetReceivedPacket retrieves a packet that was received from the underlying driver. |
| NdisGetRoutineAddress The NdisGetRoutineAddress function returns the address of a routine given the routine's name. |
| NdisGetRssProcessorInformation The NdisGetRssProcessorInformation function retrieves information about the set of processors that a miniport driver must use for receive side scaling (RSS). |
| NdisGetSharedDataAlignment NdisGetSharedDataAlignment returns the preferred alignment for memory structures that can be shared by more than one processor. |
| NdisGetSystemUpTimeEx The NdisGetSystemUpTimeEx function returns the number of milliseconds that have elapsed since the computer was restarted. |
| NdisGetVersion The NdisGetVersion function returns the version number of NDIS. |
| NdisGroupActiveProcessorCount The NdisGroupActiveProcessorCount function returns the number of processors that are currently active in a specified group. |
| NdisGroupActiveProcessorMask The NdisGroupActiveProcessorMask function returns the currently active processor mask for the specified group. |
| NdisGroupMaxProcessorCount The NdisGroupMaxProcessorCount function determines the maximum number of processors in a specified processor group. |
| NdisIfAddIfStackEntry The NdisIfAddIfStackEntry function specifies the ordering of two network interfaces in the NDIS network interface stack. |
| NdisIfAllocateNetLuidIndex The NdisIfAllocateNetLuidIndex function allocates a NET_LUID index for an NDIS network interface provider. |
| NdisIfDeleteIfStackEntry The NdisIfDeleteIfStackEntry function deletes information about the ordering of two network interfaces in the NDIS interface stack. |
| NdisIfDeregisterInterface The NdisIfDeregisterInterface function deregisters an NDIS network interface that was previously registered by a call to the NdisIfRegisterInterface function. |
| NdisIfDeregisterProvider The NdisIfDeregisterProvider function deregisters an interface provider that was previously registered by a call to the NdisIfRegisterProvider function. |
| NdisIfFreeNetLuidIndex The NdisIfFreeNetLuidIndex function frees a network interface NET_LUID index that was previously allocated by a call to the NdisIfAllocateNetLuidIndex function. |
| NdisIfGetInterfaceIndexFromNetLuid The NdisIfGetInterfaceIndexFromNetLuid function gets the network interface index that is associated with a NET_LUID value. |
| NdisIfGetNetLuidFromInterfaceIndex The NdisIfGetNetLuidFromInterfaceIndex function gets the NET_LUID value that is associated with a network interface index. |
| NdisIfQueryBindingIfIndex The NdisIfQueryBindingIfIndex function retrieves the network interface indexes and NET_LUID values for the highest and lowest layered network interfaces that are associated with a specified protocol binding. |
| NdisIfRegisterInterface The NdisIfRegisterInterface function registers an NDIS network interface. |
| NdisIfRegisterProvider The NdisIfRegisterProvider function registers an NDIS network interface provider. |
| NdisIMAssociateMiniport The NdisIMAssociateMiniport function informs NDIS that the specified lower and upper interfaces for miniport and protocol drivers respectively belong to the same intermediate driver. |
| NdisIMCancelInitializeDeviceInstance The NdisIMCancelInitializeDeviceInstance function cancels a preceding call to the NdisIMInitializeDeviceInstanceEx function. |
| NdisIMCopySendCompletePerPacketInfo NdisIMCopySendCompletePerPacketInfo copies per-packet information from a packet returned up by a lower miniport driver into a new packet that is to be returned to an upper-level driver. |
| NdisIMCopySendPerPacketInfo NdisIMCopySendPerPacketInfo copies per-packet information from a packet that was sent down by an upper-level driver into a new packet to be sent down to a lower miniport driver. |
| NdisIMDeInitializeDeviceInstance The NdisIMDeInitializeDeviceInstance function calls an NDIS intermediate driver's MiniportHaltEx function to tear down the driver's virtual miniport. |
| NdisIMDeregisterLayeredMiniport NdisIMDeregisterLayeredMiniport releases a previously registered intermediate driver. |
| NdisIMGetBindingContext The NdisIMGetBindingContext function allows an NDIS protocol driver to access the device context area, which was created by an underlying intermediate driver, for a virtual miniport to which the higher level protocol driver is bound. |
| NdisIMGetDeviceContext This function allows an NDIS intermediate driver's MiniportInitialize function to access the device context area allocated by its ProtocolBindAdapter function. |
| NdisIMInitializeDeviceInstanceEx The NdisIMInitializeDeviceInstanceEx function initiates the initialization operation for a virtual miniport and optionally sets up state information about the virtual miniport for subsequently bound protocol drivers. |
| NdisIMNotifyPnPEvent NdisIMNotifyPnPEvent propagates notification of a Plug and Play or Power Management event to an overlying driver. |
| NdisIMRegisterLayeredMiniport NdisIMRegisterLayeredMiniport registers an intermediate driver's MiniportXxx entry points and name with the NDIS library when the driver initializes. |
| NdisInitAnsiString The NdisInitAnsiString function initializes a counted ANSI string. |
| NdisInitializeEvent The NdisInitializeEvent function sets up an event object during driver initialization to be used subsequently as a synchronization mechanism. |
| NdisInitializeListHead The NdisInitializeListHead function initializes a doubly linked, driver-maintained queue. |
| NdisInitializeNPagedLookasideList The NdisInitializeNPagedLookasideList function initializes a lookaside list. After a successful initialization, nonpaged fixed-size blocks can be allocated from and freed to the lookaside list. |
| NdisInitializeReadWriteLock The NdisInitializeReadWriteLock function initializes a read or write lock variable of type NDIS_RW_LOCK.Note The read-write lock interface is deprecated for NDIS 6.20 and later drivers, which should use NdisAllocateRWLock instead of NdisInitializeReadWriteLock. |
| NdisInitializeSListHead The NdisInitializeSListHead function initializes the head of a sequenced, interlocked, singly linked list. |
| NdisInitializeString The NdisInitializeString function allocates storage for and initializes a counted string in the system-default character set. |
| NdisInitiateOffload A protocol or intermediate driver calls the NdisInitiateOffload function to offload TCP chimney state objects. |
| NdisInitUnicodeString The NdisInitUnicodeString function initializes a counted Unicode string. |
| NdisInterlockedAddLargeStatistic The NdisInterlockedAddLargeStatistic function performs an interlocked addition of a ULONG increment value to a LARGE_INTEGER addend value. |
| NdisInterlockedAddUlong The NdisInterlockedAddUlong function adds an unsigned long value to a given unsigned integer as an atomic operation, using a caller-supplied spin lock to synchronize access to the integer variable. |
| NdisInterlockedDecrement The NdisInterlockedDecrement function decrements a caller-supplied variable of type LONG as an atomic operation. |
| NdisInterlockedIncrement The NdisInterlockedIncrement function increments a caller-supplied variable as an atomic operation. |
| NdisInterlockedInsertHeadList The NdisInterlockedInsertHeadList function inserts an entry, usually a packet, at the head of a doubly linked list so that access to the list is synchronized in a multiprocessor-safe way. |
| NdisInterlockedInsertTailList The NdisInterlockedInsertTailList function inserts an entry, usually a packet, at the tail of a doubly linked list so that access to the list is synchronized in a multiprocessor-safe way. |
| NdisInterlockedPopEntrySList The NdisInterlockedPopEntrySList function removes the first entry from a sequenced, singly linked list. |
| NdisInterlockedPushEntrySList The NdisInterlockedPushEntrySList function inserts an entry at the head of a sequenced, singly linked list. |
| NdisInterlockedRemoveHeadList The NdisInterlockedRemoveHeadList function removes an entry, usually a packet, from the head of a doubly linked list so that access to the list is synchronized in a multiprocessor-safe way. |
| NdisInvalidateOffload A protocol or intermediate driver calls the NdisInvalidateOffload function to invalidate previously offloaded TCP chimney state objects. |
| NdisMAllocateNetBufferSGList Bus-master miniport drivers call the NdisMAllocateNetBufferSGList function to obtain a scatter/gather list for the network data that is associated with a NET_BUFFER structure. |
| NdisMAllocatePort The NdisMAllocatePort function allocates an NDIS port that is associated with a miniport adapter. |
| NdisMAllocateSharedMemory NdisMAllocateSharedMemory allocates and maps a host memory range so that the memory range is simultaneously accessible from both the host system and a DMA NIC. |
| NdisMAllocateSharedMemoryAsyncEx Miniport drivers call the NdisMAllocateSharedMemoryAsyncEx function to allocate additional memory shared between the driver and its bus-master DMA NIC, usually when the miniport driver is running low on available NIC receive buffers. |
| NdisMapFile The NdisMapFile function maps an already open file into a caller-accessible buffer if the file is currently unmapped. |
| NdisMaxGroupCount The NdisMaxGroupCount function returns the maximum number of processor groups in the local computer system. |
| NdisMCloseLog NdisMCloseLog releases resources that were used for logging. |
| NdisMCmActivateVc NdisMCmActivateVc notifies NDIS that an MCM driver is ready to make transfers on a particular VC. |
| NdisMCmAddPartyComplete NdisMCmAddPartyComplete returns the final status of a client's request, for which the MCM driver previously returned NDIS_STATUS_PENDING, to add a party on an established multipoint VC. |
| NdisMCmCloseAddressFamilyComplete NdisMCmCloseAddressFamilyComplete returns the final status of a client's request, for which the MCM driver returned NDIS_STATUS_PENDING, to close the AF. |
| NdisMCmCloseCallComplete NdisMCmCloseCallComplete returns the final status of a client's request, for which the MCM driver previously returned NDIS_STATUS_PENDING, to tear down a call. |
| NdisMCmCreateVc NdisMCmCreateVc sets up a connection endpoint on which an MCM driver can dispatch an incoming-call offer to a client. |
| NdisMCmDeactivateVc NdisMCmDeactivateVc notifies NDIS that there will be no further transfers on a particular active VC. |
| NdisMCmDeleteVc NdisMCmDeleteVc destroys a caller-created VC. |
| NdisMCmDeregisterSapComplete NdisMCmDeregisterSapComplete returns the final status of a client's request, for which the MCM driver previously returned NDIS_STATUS_PENDING, to deregister a SAP. |
| NdisMCmDispatchCallConnected NdisMCmDispatchCallConnected notifies NDIS and the client that data transfers can begin on a VC that the MCM driver created for an incoming call initiated on a remote node. |
| NdisMCmDispatchIncomingCall NdisMCmDispatchIncomingCall informs the client of an incoming call on a SAP previously registered by that client with the MCM driver. |
| NdisMCmDispatchIncomingCallQoSChange NdisMCmDispatchIncomingCallQoSChange notifies a client that a request to change the quality of service on that client's active connection has been received over the network. |
| NdisMCmDispatchIncomingCloseCall NdisMCmDispatchIncomingCloseCall tells a client to tear down an active or offered call, usually because the MCM driver has received a request from the network to close the connection. |
| NdisMCmDispatchIncomingDropParty NdisMCmDispatchIncomingDropParty notifies a client that it should remove a particular party on a multipoint VC. |
| NdisMCmDropPartyComplete NdisMCmDropPartyComplete returns the final status of a client's request, for which the MCM driver previously returned NDIS_STATUS_PENDING, to remove a party from a multipoint VC. |
| NdisMCmMakeCallComplete NdisMCmMakeCallComplete returns the final status of a client's request, for which the MCM driver previously returned NDIS_STATUS_PENDING, to make an outgoing call. |
| NdisMCmModifyCallQoSComplete NdisMCmModifyCallQoSComplete indicates the completion of the client's request, for which the MCM driver previously returned NDIS_STATUS_PENDING, to modify the quality of service on a VC. |
| NdisMCmNotifyCloseAddressFamily The NdisMCmNotifyCloseAddressFamily function notifies NDIS that a specified address family (AF) that is associated with a miniport call manager (MCM) should be closed and NDIS should notify any affected CoNDIS clients. |
| NdisMCmOidRequest The NdisMCmOidRequest function sends an OID request from a miniport call manager (MCM) driver to a CoNDIS client. |
| NdisMCmOidRequestComplete The NdisMCmOidRequestComplete function returns the final status of a CoNDIS OID request that a miniport call manager (MCM) driver's ProtocolCoOidRequest function previously returned NDIS_STATUS_PENDING for. |
| NdisMCmOpenAddressFamilyComplete NdisMCmOpenAddressFamilyComplete returns the final status of a client's request, for which the MCM driver's ProtocolCmOpenAf function returned NDIS_STATUS_PENDING, to open the MCM driver's address family. |
| NdisMCmRegisterAddressFamilyEx The NdisMCmRegisterAddressFamilyEx function registers an address family (AF) for communication between a miniport call manager (MCM) and CoNDIS clients. |
| NdisMCmRegisterSapComplete NdisMCmRegisterSapComplete returns the final status of a client's request, for which the MCM driver's ProtocolCmRegisterSap function previously returned NDIS_STATUS_PENDING, to register a SAP. |
| NdisMCoActivateVcComplete NdisMCoActivateVcComplete notifies NDIS and the call manager that the miniport driver has finished processing a CM-initiated activate-VC request, for which the miniport driver previously returned NDIS_STATUS_PENDING. |
| NdisMCoDeactivateVcComplete NdisMCoDeactivateVcComplete notifies NDIS and the call manager that the miniport driver has finished processing a CM-initiated deactivate-VC request, for which the miniport driver previously returned NDIS_STATUS_PENDING. |
| NdisMCoIndicateReceiveNetBufferLists The NdisMCoIndicateReceiveNetBufferLists function indicates that the miniport driver received data from the network. |
| NdisMCoIndicateStatusEx The NdisMCoIndicateStatusEx function reports a change in the status of a CoNDIS miniport adapter. |
| NdisMCompleteDmaTransfer The NdisMCompleteDmaTransfer function indicates that a system DMA transfer operation has completed. It resets the system DMA controller in preparation for further DMA transfers. |
| NdisMConfigMSIXTableEntry The NdisMConfigMSIXTableEntry function performs configuration operations for MSI-X table entries for device-assigned MSI-X messages. |
| NdisMCoOidRequestComplete The NdisMCoOidRequestComplete function returns the final status of an OID request that a miniport driver's MiniportCoOidRequest function returned NDIS_STATUS_PENDING for. |
| NdisMCoSendNetBufferListsComplete The NdisMCoSendNetBufferListsComplete function returns a linked list of NET_BUFFER_LIST structures to an overlying driver and returns the final status of a CoNDIS send request. |
| NdisMCreateLog NdisMCreateLog allocates and opens a log file in which a miniport driver can write data to be displayed by a driver-dedicated Win32 application. |
| NdisMDeregisterDevice The NdisMDeregisterDevice function removes from the system a device object that was created with NdisMRegisterDevice. |
| NdisMDeregisterDmaChannel The NdisMDeregisterDmaChannel function releases a miniport driver's claim on a DMA channel for a NIC. |
| NdisMDeregisterInterruptEx Miniport drivers call NdisMDeregisterInterruptEx to release resources that were previously allocated with the NdisMRegisterInterruptEx function. |
| NdisMDeregisterIoPortRange NdisMDeregisterIoPortRange releases a mapping that was set up with NdisMRegisterIoPortRange during driver initialization. |
| NdisMDeregisterMiniportDriver A miniport driver calls the NdisMDeregisterMiniportDriver function to release resources that it allocated with a previous call to the NdisMRegisterMiniportDriver function. |
| NdisMDeregisterScatterGatherDma Bus-master miniport drivers call NdisMDeregisterScatterGatherDma to release DMA resources that were allocated with the NdisMRegisterScatterGatherDma function. |
| NdisMDeregisterWdiMiniportDriver A miniport driver calls the NdisMDeregisterWdiMiniportDriver function to release resources that it allocated with a previous call to the NdisMRegisterWdiMiniportDriver function. |
| NdisMDeregisterWdiMiniportDriver Microsoft reserves the NdisMDeregisterWdiMiniportDriver function for internal use only. Don't use this function in your code. |
| NdisMDirectOidRequestComplete Miniport drivers call the NdisMDirectOidRequestComplete function to return the final status of a direct OID request for which the driver's MiniportDirectOidRequest function returned NDIS_STATUS_PENDING. |
| NdisMEnableVirtualization A miniport driver calls the NdisMEnableVirtualization function during the creation or deletion of a NIC switch on the network adapter. |
| NdisMFlushLog NdisMFlushLog clears the log file. |
| NdisMFreeNetBufferSGList Bus-master miniport drivers call the NdisMFreeNetBufferSGList function to free scatter/gather list resources that were allocated by calling the NdisMAllocateNetBufferSGList function. |
| NdisMFreePort The NdisMFreePort function frees an NDIS port that was previously allocated with the NdisMAllocatePort function. |
| NdisMFreeSharedMemory NdisMFreeSharedMemory frees memory that was previously allocated by NdisMAllocateSharedMemory or NdisMAllocateSharedMemoryAsyncEx by the driver of a DMA NIC. |
| NdisMGetBusData NDIS drivers call the NdisMGetBusData function to read the configuration space of a device. |
| NdisMGetDeviceProperty The NdisMGetDeviceProperty function retrieves device objects required to set up communication with a miniport driver through a bus driver. |
| NdisMGetDmaAlignment The NdisMGetDmaAlignment function returns the alignment requirements of the DMA system for a NIC. |
| NdisMGetOffloadHandlers This function obtains the entry points of the NDIS functions for a particular chimney type. |
| NdisMGetVirtualFunctionBusData A miniport driver calls the NdisMGetVirtualFunctionBusData function to read data from the PCI Express (PCIe) configuration space of a specified Virtual Function (VF) on the network adapter. |
| NdisMGetVirtualFunctionLocation A miniport driver calls the NdisMGetVirtualFunctionLocation function to query the device location of a PCI Express (PCIe) Virtual Function (VF) on a PCI bus. The driver uses the device location to construct the PCIe Requestor ID (RID) for the VF. |
| NdisMIdleNotificationComplete Miniport drivers call NdisMIdleNotificationComplete to complete a pending idle notification for an NDIS selective suspend operation. NDIS begins the operation when it calls the driver's MiniportIdleNotification handler function. |
| NdisMIdleNotificationConfirm Miniport drivers call NdisMIdleNotificationConfirm to notify NDIS that the idle network adapter can safely be suspended and transitioned to a low-power state.Miniport drivers call this function during an NDIS selective suspend operation. |
| NdisMIndicateReceiveNetBufferLists Miniport drivers call the NdisMIndicateReceiveNetBufferLists function to indicate the receipt of data from the network. |
| NdisMIndicateStatus NdisMIndicateStatus indicates changes in the status of a NIC to higher-level NDIS drivers. |
| NdisMIndicateStatusEx The NdisMIndicateStatusEx function reports a change in the status of a miniport adapter. |
| NdisMInitializeWrapper NdisMInitializeWrapper notifies NDIS that a new miniport driver is initializing. |
| NdisMInitiateOffloadComplete An offload target calls the NdisMInitiateOffloadComplete function to complete an offload operation that was initiated by a previous call to the MiniportInitiateOffload function. |
| NdisMInvalidateConfigBlock A miniport driver calls the NdisMInvalidateConfigBlock function to notify NDIS that the data for one or more Virtual Function (VF) configuration blocks has been changed. |
| NdisMInvalidateOffloadComplete An offload target calls the NdisMInvalidateOffloadComplete function to complete an invalidate offload operation that was initiated by a previous call to the MiniportInvalidateOffload function of the offload target. |
| NdisMMapIoSpace NdisMMapIoSpace maps a given bus-relative "physical" range of device RAM or registers onto a system-space virtual range. |
| NdisMNetPnPEvent NDIS miniport drivers (and intermediate drivers that are registered as miniport drivers) call the NdisMNetPnPEvent function to originate a network Plug and Play event, an NDIS PnP event, or Power Management event or propagate it to overlying drivers. |
| NdisMOffloadEventIndicate An offload target calls the NdisMOffloadEventIndicate function to indicate various events to the host stack. |
| NdisMOidRequestComplete Miniport drivers call the NdisMOidRequestComplete function to return the final status of an OID request for which the driver's MiniportOidRequest function returned NDIS_STATUS_PENDING. |
| NdisMoveMemory The NdisMoveMemory function copies a specified number of bytes from one caller-supplied location to another. |
| NdisMPauseComplete A miniport driver must call the NdisMPauseComplete function to complete a pause operation if the driver returned NDIS_STATUS_PENDING from its MiniportPause function. |
| NdisMQueryAdapterInstanceName The NdisMQueryAdapterInstanceName function retrieves the friendly name of a miniport adapter. |
| NdisMQueryOffloadStateComplete An offload target calls the NdisMQueryOffloadStateComplete function to complete a query offload operation that was initiated by a previous call to the offload target's MiniportQueryOffload function. |
| NdisMQueryProbedBars A miniport driver calls the NdisMQueryProbedBars function to obtain the values of a network adapter's PCI Express (PCIe) Base Address Registers (BARs). |
| NdisMQueueDpc NDIS miniport drivers call the NdisMQueueDpc function to schedule DPC calls on CPUs. |
| NdisMQueueDpcEx NDIS miniport drivers call the NdisMQueueDpcEx function to schedule DPC calls on CPUs. |
| NdisMReadConfigBlock A miniport driver for a PCI Express (PCIe) Virtual Function (VF) calls the NdisMReadConfigBlock function to read data from a VF configuration block. |
| NdisMReadDmaCounter The NdisMReadDmaCounter function returns the current value of the system DMA controller's counter. |
| NdisMRegisterDevice The NdisMRegisterDevice function creates a named device object and a symbolic link between the device object and a user-visible name for that device. |
| NdisMRegisterDmaChannel The NdisMRegisterDmaChannel function claims a system DMA controller channel during initialization for DMA operations on a subordinate NIC or on an ISA bus-master NIC. |
| NdisMRegisterInterruptEx NDIS miniport drivers call the NdisMRegisterInterruptEx function to register an interrupt. |
| NdisMRegisterIoPortRange NdisMRegisterIoPortRange sets up driver access to device I/O ports with the NdisRawReadPortXxx and NdisRawWritePortXxx functions and claims the range of I/O port addresses in the registry for that driver's NIC. |
| NdisMRegisterMiniportDriver A miniport driver calls the NdisMRegisterMiniportDriver function to register MiniportXxx entry points with NDIS as the first step in initialization. |
| NdisMRegisterScatterGatherDma Bus master miniport drivers call the NdisMRegisterScatterGatherDma function from MiniportInitializeEx to initialize a scatter/gather DMA channel. |
| NdisMRegisterUnloadHandler The NdisMRegisterUnloadHandler function registers an unload handler for a driver. |
| NdisMRegisterWdiMiniportDriver A miniport driver calls the NdisMRegisterWdiMiniportDriver function to register MiniportWdiXxx entry points with NDIS as the first step in initialization. |
| NdisMRegisterWdiMiniportDriver Microsoft reserves the NdisMRegisterWdiMiniportDriver function for internal use only. Don't use this function in your code. |
| NdisMRemoveMiniport The NdisMRemoveMiniport function removes the specified miniport driver adapter that the miniport driver has determined is unrecoverable from the system. |
| NdisMResetComplete The NdisMResetComplete function returns the final status of a reset request for which the miniport driver previously returned NDIS_STATUS_PENDING. |
| NdisMResetComplete Learn more about: NdisMResetComplete function (NDIS 6.x) |
| NdisMResetMiniport A miniport driver calls the NdisMResetMiniport function to trigger a later reset operation from NDIS. |
| NdisMRestartComplete A miniport driver must call the NdisMRestartComplete function to complete a restart operation if the driver returned NDIS_STATUS_PENDING from its MiniportRestart function. |
| NdisMSendNetBufferListsComplete Miniport drivers call the NdisMSendNetBufferListsComplete function to return a linked list of NET_BUFFER_LIST structures to an overlying driver and to return the final status of a send request. |
| NdisMSetAttributesEx NdisMSetAttributesEx informs the NDIS library about significant features of the caller's NIC or virtual NIC during initialization. |
| NdisMSetBusData NDIS drivers call the NdisMSetBusData function to write to the configuration space of a device. |
| NdisMSetMiniportAttributes A miniport driver must call the NdisMSetMiniportAttributes function from its MiniportInitializeEx function to identify a context area for miniport adapter to NDIS, and to provide NDIS with information about the miniport adapter. |
| NdisMSetupDmaTransfer The NdisMSetupDmaTransfer function sets up the host DMA controller for a DMA transfer. |
| NdisMSetVirtualFunctionBusData A miniport driver calls the NdisMSetVirtualFunctionBusData function to write data to the PCI Express (PCIe) configuration space of a Virtual Function (VF) on the network adapter. |
| NdisMSleep The NdisMSleep function delays execution of the caller for a given interval in microseconds. |
| NdisMSynchronizeWithInterruptEx The NdisMSynchronizeWithInterruptEx function synchronizes the execution of a miniport driver-supplied function with the MiniportInterrupt function. |
| NdisMTerminateOffloadComplete An offload target calls the NdisMTerminateOffloadComplete function to complete a terminate offload operation that was initiated by a previous call to the MiniportTerminateOffload function of the offload target. |
| NdisMUnmapIoSpace NdisMUnmapIoSpace releases a virtual range mapped by an initialization-time call to NdisMMapIoSpace. |
| NdisMUpdateOffloadComplete An offload target calls the NdisMUpdateOffloadComplete function to complete an update offload operation that was initiated by a previous call to the MiniportUpdateOffload function of the offload target. |
| NdisMWriteConfigBlock A miniport driver for a PCI Express (PCIe) Virtual Function (VF) calls the NdisMWriteConfigBlock function to write data to a VF configuration block. |
| NdisMWriteLogData NdisMWriteLogData transfers driver-supplied information into the log file for consumption and display by a driver-dedicated Win32 application. |
| NdisOffloadTcpDisconnect A protocol or intermediate driver calls the NdisOffloadTcpDisconnect function to close the send half of an offloaded TCP connection. |
| NdisOffloadTcpForward A protocol driver or an intermediate driver calls the NdisOffloadTcpForward function to forward unacknowledged received TCP segments to an underlying driver or offload target. |
| NdisOffloadTcpReceive A protocol driver or an intermediate driver calls the NdisOffloadTcpReceive function to post receive requests (receive buffers) on an offloaded TCP connection. |
| NdisOffloadTcpReceiveReturn A protocol driver or intermediate driver calls the NdisOffloadTcpReceiveReturn function to return ownership of NET_BUFFER_LIST and associated structures to an underlying offload target. |
| NdisOffloadTcpSend A protocol driver or intermediate driver calls the NdisOffloadTcpSend function to transmit data on an offloaded TCP connection. |
| NdisOidRequest The NdisOidRequest function forwards a request to the underlying drivers to query the capabilities or status of an adapter or set the state of an adapter. |
| NdisOpenAdapter NdisOpenAdapter sets up a binding between the calling protocol and a particular underlying NIC driver or NDIS intermediate driver. |
| NdisOpenAdapterEx A protocol driver calls the NdisOpenAdapterEx function from its ProtocolBindAdapterEx function to set up a binding between the protocol driver and an underlying driver. |
| NdisOpenConfigurationEx NDIS drivers call the NdisOpenConfigurationEx function to get a configuration handle that allows access to configuration parameters in the registry. |
| NdisOpenConfigurationKeyByIndex The NdisOpenConfigurationKeyByIndex function opens a subkey of a given open registry key that is designated by a caller-supplied handle. |
| NdisOpenConfigurationKeyByName The NdisOpenConfigurationKeyByName function opens a named subkey of a given open registry key that is designated by a caller-supplied handle. |
| NdisOpenFile The NdisOpenFile function returns a handle for an opened file. |
| NdisOpenProtocolConfiguration NdisOpenProtocolConfiguration returns a handle for the registry key in which a protocol driver's per-adapter information is stored. |
| NdisPacketPoolUsage This function returns the number of packet descriptors currently allocated from a packet pool. |
| NdisQueryAdapterInstanceName The NdisQueryAdapterInstanceName function retrieves the friendly name of a physical NIC or a virtual adapter that the calling protocol driver is bound to. |
| NdisQueryBindInstanceName The NdisQueryBindInstanceName function retrieves the friendly name of a physical NIC or a virtual adapter that the calling protocol driver will bind to. |
| NdisQueryDepthSList The NdisQueryDepthSList function returns the current number of entries in a given sequenced, singly linked list. |
| NdisQueryNetBufferPhysicalCount The NdisQueryNetBufferPhysicalCount function returns the maximum number of physical breaks mapped by the buffer descriptors that are associated with the given NET_BUFFER structure. |
| NdisQueryOffloadState A protocol or intermediate driver calls the NdisQueryOffloadState function to query previously offloaded TCP chimney state objects. |
| NdisQueueIoWorkItem NDIS drivers call the NdisQueueIoWorkItem function to queue a work item. |
| NdisRawReadPortBufferUchar NdisRawReadPortBufferUchar reads a specified number of bytes into a caller-supplied buffer. |
| NdisRawReadPortBufferUlong NdisRawReadPortBufferUlong reads a specified number of ULONGs into a caller-supplied buffer. |
| NdisRawReadPortBufferUshort NdisRawReadPortBufferUshort reads a specified number of USHORTs into a caller-supplied buffer. |
| NdisRawReadPortUchar NdisRawReadPortUchar reads a byte from a given I/O port on the NIC. |
| NdisRawReadPortUlong NdisRawReadPortUlong reads a ULONG value from a given I/O port on the NIC. |
| NdisRawReadPortUshort NdisRawReadPortUshort reads a USHORT value from a given I/O port on the NIC. |
| NdisRawWritePortBufferUchar NdisRawWritePortBufferUchar writes a specified number of bytes from a caller-supplied buffer to a given I/O port. |
| NdisRawWritePortBufferUlong NdisRawWritePortBufferUlong writes a specified number of ULONG values from a caller-supplied buffer to a given I/O port. |
| NdisRawWritePortBufferUshort NdisRawWritePortBufferUshort writes a specified number of USHORT values from a caller-supplied buffer to a given I/O port. |
| NdisRawWritePortUchar NdisRawWritePortUchar writes a byte to an I/O port on the NIC. |
| NdisRawWritePortUlong NdisRawWritePortUlong writes a ULONG value to an I/O port on the NIC. |
| NdisRawWritePortUshort NdisRawWritePortUshort writes a USHORT value to an I/O port on the NIC. |
| NdisReadConfiguration The NdisReadConfiguration function returns the value of a named entry of the specified type from the registry, given the handle to an open registry key. |
| NdisReadNetworkAddress The NdisReadNetworkAddress function returns the software-configurable network address that was stored in the registry for a NIC when it was installed in the machine. |
| NdisReadRegisterUchar NdisReadRegisterUchar is called by the miniport driver to read a UCHAR from a memory-mapped device register. |
| NdisReadRegisterUlong NdisReadRegisterUlong is called by the miniport driver to read a ULONG from a memory-mapped device register. |
| NdisReadRegisterUshort NdisReadRegisterUshort is called by the miniport driver to read a USHORT from a memory-mapped device register. |
| NdisReEnumerateProtocolBindings The NdisReEnumerateProtocolBindings function causes NDIS to call a protocol driver's ProtocolBindAdapterEx function one time for each miniport adapter for which the driver is configured to bind but to which the driver is not currently bound. |
| NdisRegisterDeviceEx The NdisRegisterDeviceEx function creates a device object that is based upon the specified attributes. |
| NdisRegisterPoll A miniport driver calls the NdisRegisterPoll function to register a Poll object with NDIS. |
| NdisRegisterProtocol NdisRegisterProtocol registers an NDIS driver's ProtocolXxx entry points and name with the NDIS library when the driver initializes. |
| NdisRegisterProtocolDriver A protocol driver calls the NdisRegisterProtocolDriver function to register its ProtocolXxx functions with NDIS. |
| NdisReleaseReadWriteLock The NdisReleaseReadWriteLock function releases a lock that was acquired in a preceding call to NdisAcquireReadWriteLock.Note The read-write lock interface is deprecated for NDIS 6.20 and later drivers, which should use NdisReleaseRWLock instead of NdisReleaseReadWriteLock. |
| NdisReleaseRWLock The NdisReleaseRWLock function releases a read/write lock that the caller uses to gain access to resources that are shared between driver threads. |
| NdisReleaseSpinLock The NdisReleaseSpinLock function releases a spin lock that was acquired in a preceding call to the NdisAcquireSpinLock function. |
| NdisRequest NdisRequest forwards a request to the underlying driver that it query the capabilities or status of its NIC or that it set the state of its NIC. |
| NdisRequestPoll Miniport drivers call NdisRequestPoll to ask NDIS to execute the NdisPoll callback for this Poll object. |
| NdisResetEvent The NdisResetEvent function clears the Signaled state of a given event. |
| NdisRetreatNetBufferDataStart Call the NdisRetreatNetBufferDataStart function to access more used data space in the MDL chain of a NET_BUFFER structure. |
| NdisRetreatNetBufferListDataStart Call the NdisRetreatNetBufferListDataStart function to increase the used data space in all the NET_BUFFER structures in a NET_BUFFER_LIST structure. |
| NdisRetrieveUlong The NdisRetrieveUlong function retrieves a ULONG value from the source address, avoiding alignment faults. |
| NdisReturnNetBufferLists NDIS drivers call the NdisReturnNetBufferLists function to release ownership of a list of NET_BUFFER_LIST structures, along with the associated NET_BUFFER structures and network data. |
| NdisScheduleWorkItem NdisScheduleWorkItem inserts a given work item into a queue from which a system worker thread removes the item and gives control to the callback function that the driver previously supplied to NdisInitializeWorkItem. |
| NdisSendNetBufferLists Protocol drivers call the NdisSendNetBufferLists function to send network data that is contained in a list of NET_BUFFER_LIST structures. |
| NdisSetCoalescableTimerObject The NdisSetCoalescableTimerObject function sets a timer object that the operating system coordinates with other timers, typically to reduce power consumption, when the exact expiration of the timer is not important to driver operation. |
| NdisSetEvent The NdisSetEvent function sets a given event to the signaled state if it was not already Signaled. |
| NdisSetNblFlag The NdisSetNblFlag macro sets a flag in a NET_BUFFER_LIST structure. |
| NdisSetNblTimestampInfo Miniport drivers call NdisSetNblTimestampInfo to store a hardware or software timestamp in a NET_BUFFER_LIST (NBL). |
| NdisSetNetBufferListProtocolId The NdisSetNetBufferListProtocolId macro sets the protocol identifier in the NetBufferListInfo member of a NET_BUFFER_LIST structure. |
| NdisSetOptionalHandlers NDIS drivers can call the NdisSetOptionalHandlers function to set or change the entry points of driver functions. |
| NdisSetPhysicalAddressHigh NdisSetPhysicalAddressHigh sets the high-order part of a given physical address to a given value. |
| NdisSetPhysicalAddressLow NdisSetPhysicalAddressLow sets the low-order part of a given physical address to a given value. |
| NdisSetPollAffinity The NdisSetPollAffinity function to locks an NdisPoll callback to a set of processors in a group. |
| NdisSetTimerObject The NdisSetTimerObject function sets a timer object to fire after a specified interval or periodically. |
| NdisStallExecution The NdisStallExecution function stalls the caller on the current processor for a given interval. |
| NdisStoreUlong The NdisStoreUlong function stores a ULONG value at a particular address, avoiding alignment faults. |
| NdisSynchronousOidRequest Protocol drivers call the NdisSynchronousOidRequest function to originate a new Synchronous OID request and issue it to underlying drivers. |
| NdisSystemActiveProcessorCount The NdisSystemActiveProcessorCount function returns the number of currently active processors in the local computer. |
| NdisSystemProcessorCount The NdisSystemProcessorCount function determines whether the caller is running on a uniprocessor or multiprocessor computer. |
| NdisTerminateOffload A protocol driver or intermediate driver calls the NdisTerminateOffload function to terminate the offload of one or more state objects |
| NdisTerminateWrapper NdisTerminateWrapper releases system resources allocated when the NIC driver called NdisMInitializeWrapper. |
| NdisTestNblFlag The NdisTestNblFlag macro retrieves the current setting of a flag in a NET_BUFFER_LIST structure. |
| NdisTestNblFlags The NdisTestNblFlags macro tests the setting of a set of flags in a NET_BUFFER_LIST structure. |
| NdisUnbindAdapter Protocol drivers call the NdisUnbindAdapter function to request NDIS to close a binding to an underlying miniport adapter. |
| NdisUnchainBufferAtBack NdisUnchainBufferAtBack removes the buffer descriptor at the end of the chain of buffer descriptors for a given packet. |
| NdisUnicodeStringToAnsiString The NdisUnicodeStringToAnsiString function converts a given counted Unicode string into a counted ANSI string. The translation conforms to the current system locale information. |
| NdisUnmapFile The NdisUnmapFile function releases a virtual address mapping of a file previously set up with the NdisMapFile function. |
| NdisUpcaseUnicodeString The NdisUpcaseUnicodeString function converts a copy of a given Unicode string to upper case and returns the converted string.Note This function is deprecated for NDIS 6.0 and later. |
| NdisUpdateOffload A protocol or intermediate driver calls the NdisUpdateOffload function to update previously offloaded TCP chimney state objects. |
| NdisWaitEvent The NdisWaitEvent function puts the caller into a wait state until the given event is set to the Signaled state or the wait times out. |
| NdisWriteConfiguration The NdisWriteConfiguration function writes a caller-supplied value for a specified entry into the registry. This function must be invoked serially with respect to itself and the NdisReadConfiguration function. |
| NdisWriteErrorLogEntry NdisWriteErrorLogEntry writes an entry to the system I/O error log file. |
| NdisWriteEventLogEntry NdisWriteEventLogEntry logs an event to the Win32 event log. |
| NdisWriteRegisterUchar NdisWriteRegisterUchar is called by the miniport driver to write a UCHAR to a memory-mapped device register. |
| NdisWriteRegisterUlong NdisWriteRegisterUlong is called by the miniport driver to write a ULONG to a memory-mapped device register. |
| NdisWriteRegisterUshort NdisWriteRegisterUshort is called by the miniport driver to write a USHORT to a memory-mapped device register. |
| NdisZeroMappedMemory NdisZeroMappedMemory fills a block of memory that was mapped with a preceding call to NdisMMapIoSpace with zeros. |
| NdisZeroMemory The NdisZeroMemory function fills a block of memory with zeros. |
| NDK_FN_ACCEPT The NdkAccept (NDK_FN_ACCEPT) function accepts an incoming connection request over a listener object. |
| NDK_FN_ACCEPT_EX The NdkAcceptEx (NDK_FN_ACCEPT_EX) function accepts an incoming connection request over a listener object. |
| NDK_FN_ARM_CQ The NdkArmCq (NDK_FN_ARM_CQ) function arms an NDK completion queue (CQ) notification. |
| NDK_FN_BIND The NdkBind (NDK_FN_BIND) function binds a memory window to a specific sub-region of a memory region (MR). |
| NDK_FN_BUILD_LAM The NdkBuildLam (NDK_FN_BUILD_LAM) function gets an adapter logical address mapping (LAM) from the NDK provider for a virtually contiguous memory region. |
| NDK_FN_CLOSE_COMPLETION The NdkCloseCompletion (NDK_FN_CLOSE_COMPLETION) function is an asynchronous completion function for closing NDK objects. |
| NDK_FN_CLOSE_OBJECT The NdkCloseObject (NDK_FN_CLOSE_OBJECT) function initiates a close request for an NDK object. |
| NDK_FN_COMPLETE_CONNECT The NdkCompleteConnect (NDK_FN_COMPLETE_CONNECT) function completes an asynchronous connection request. |
| NDK_FN_COMPLETE_CONNECT_EX The NdkCompleteConnectEx (NDK_FN_COMPLETE_CONNECT_EX) function completes an asynchronous connection request. |
| NDK_FN_CONNECT The NdkConnect (NDK_FN_CONNECT) function initiates an NDK connect request. |
| NDK_FN_CONNECT_EVENT_CALLBACK The NdkConnectEventCallback (NDK_FN_CONNECT_EVENT_CALLBACK) function is called by an NDK provider to notify a consumer about an incoming connection request. |
| NDK_FN_CONNECT_WITH_SHARED_ENDPOINT The NdkConnectWithSharedEndpoint (NDK_FN_CONNECT_WITH_SHARED_ENDPOINT) function initiates an NDK connect request from a shared local address to a remote address. |
| NDK_FN_CONTROL_CONNECT_EVENTS The NdkControlConnectEvents (NDK_FN_CONTROL_CONNECT_EVENTS) function pauses and restarts NDK connect event callback functions. |
| NDK_FN_CONTROL_CQ_INTERRUPT_MODERATION The NdkControlCqInterruptModeration (NDK_FN_CONTROL_CQ_INTERRUPT_MODERATION) function controls interrupt moderation on an NDK completion queue (CQ). |
| NDK_FN_CQ_NOTIFICATION_CALLBACK The NdkCqNotificationCallback (NDK_FN_CQ_NOTIFICATION_CALLBACK) function is called by the NDK provider to notify the consumer about a completion queue (CQ) event. |
| NDK_FN_CREATE_COMPLETION The NdkCreateCompletion (NDK_FN_CREATE_COMPLETION) function completes the creation of an NDK object. |
| NDK_FN_CREATE_CONNECTOR The NdkCreateConnector (NDK_FN_CREATE_CONNECTOR) function creates an NDK connector object. |
| NDK_FN_CREATE_CQ The NdkCreateCq (NDK_FN_CREATE_CQ) function creates an NDK completion queue (CQ) object. |
| NDK_FN_CREATE_LISTENER The NdkCreateListener (NDK_FN_CREATE_LISTENER) function creates an NDK listener object. |
| NDK_FN_CREATE_MR The NdkCreateMr (NDK_FN_CREATE_MR) function creates an NDK memory region (MR) object. |
| NDK_FN_CREATE_MW The NdkCreateMw (NDK_FN_CREATE_MW) function creates an NDK memory window (MW) object. |
| NDK_FN_CREATE_PD The NdkCreatePd (NDK_FN_CREATE_PD) function creates an NDK protection domain (PD) object. |
| NDK_FN_CREATE_QP The NdkCreateQp (NDK_FN_CREATE_QP) function creates an NDK queue pair (QP) object. |
| NDK_FN_CREATE_QP_WITH_SRQ The NdkCreateQpWithSrq (NDK_FN_CREATE_QP_WITH_SRQ) function create an NDK queue pair (QP) object with an NDK shared receive queue (SRQ) object. |
| NDK_FN_CREATE_SHARED_ENDPOINT The NdkCreateSharedEndpoint (NDK_FN_CREATE_SHARED_ENDPOINT) function creates an NDK shared endpoint. |
| NDK_FN_CREATE_SRQ The NdkCreateSrq (NDK_FN_CREATE_SRQ) function creates an NDK shared receive queue (SRQ) object. |
| NDK_FN_DEREGISTER_MR The NdkDeregisterMr (NDK_FN_DEREGISTER_MR) function deregisters a memory region that was previously registered with the NdkRegisterMr (NDK_FN_REGISTER_MR) function. |
| NDK_FN_DISCONNECT The NdkDisconnect (NDK_FN_DISCONNECT) function starts a disconnect on an NDK connection. |
| NDK_FN_DISCONNECT_EVENT_CALLBACK The NdkDisconnectEventCallback (NDK_FN_DISCONNECT_EVENT_CALLBACK) function is called by the NDK provider once when the peer disconnects. |
| NDK_FN_DISCONNECT_EVENT_CALLBACK_EX The NdkDisconnectEventCallbackEx (NDK_FN_DISCONNECT_EVENT_CALLBACK_EX) function is called by the NDK provider once when the peer disconnects. |
| NDK_FN_FAST_REGISTER The NdkFastRegister (NDK_FN_FAST_REGISTER) function fast-registers an array of adapter logical pages over an existing memory region. |
| NDK_FN_FLUSH The NdkFlush (NDK_FN_FLUSH) function initiates cancelling of the receive and the initiator queue requests that are currently pending on an NDK queue pair (QP) object. |
| NDK_FN_GET_CONNECTION_DATA The NdkGetConnectionData (NDK_FN_GET_CONNECTION_DATA) function gets read limit values and the private data sent by the peer. |
| NDK_FN_GET_CQ_RESULTS The NdkGetCqResults (NDK_FN_GET_CQ_RESULTS) function removes completions from an NDK completion queue (CQ) object. |
| NDK_FN_GET_CQ_RESULTS_EX The NdkGetCqResultsEx (NDK_FN_GET_CQ_RESULTS_EX) function removes completions from an NDK completion queue (CQ) object. |
| NDK_FN_GET_LISTENER_LOCAL_ADDRESS The NdkGetListenerLocalAddress (NDK_FN_GET_LISTENER_LOCAL_ADDRESS) function returns the local address for an NDK listener. |
| NDK_FN_GET_LOCAL_ADDRESS The NdkGetLocalAddress (NDK_FN_GET_LOCAL_ADDRESS) function returns the local address for an NDK connection. |
| NDK_FN_GET_LOCAL_TOKEN_FROM_MR The NdkGetLocalTokenFromMr (NDK_FN_GET_LOCAL_TOKEN_FROM_MR) function gets a memory token from a local NDK memory region (MR). |
| NDK_FN_GET_PEER_ADDRESS The NdkGetPeerAddress (NDK_FN_GET_PEER_ADDRESS) function returns the remote address for an NDK connection. |
| NDK_FN_GET_PRIVILEGED_MEMORY_REGION_TOKEN The NdkGetPrivilegedMemoryRegionToken (NDK_FN_GET_PRIVILEGED_MEMORY_REGION_TOKEN) function gets an NDK privileged memory region token. |
| NDK_FN_GET_REMOTE_TOKEN_FROM_MR The NdkGetRemoteTokenFromMr (NDK_FN_GET_REMOTE_TOKEN_FROM_MR) function gets a memory token from a remote NDK memory region (MR). |
| NDK_FN_GET_REMOTE_TOKEN_FROM_MW The NdkGetRemoteTokenFromMw (NDK_FN_GET_REMOTE_TOKEN_FROM_MW) function gets a memory token from a remote NDK memory window (MW). |
| NDK_FN_GET_SHARED_ENDPOINT_LOCAL_ADDRESS The NdkGetSharedEndpointLocalAddress (NDK_FN_GET_SHARED_ENDPOINT_LOCAL_ADDRESS) function returns the local address for an NDK shared endpoint. |
| NDK_FN_INITIALIZE_FAST_REGISTER_MR The NdkInitializeFastRegisterMr (NDK_FN_INITIALIZE_FAST_REGISTER_MR) function initializes an NDK memory region (MR) for fast registration. |
| NDK_FN_INVALIDATE The NdkInvalidate (NDK_FN_INVALIDATE) function Invalidates a fast-register NDK memory region (MR) or memory window (MW). |
| NDK_FN_LISTEN The NdkListen (NDK_FN_LISTEN) function puts an NDK listener object into listening mode. |
| NDK_FN_MODIFY_SRQ The NdkModifySrq (NDK_FN_MODIFY_SRQ) function modifies the size and notification threshold of an NDK shared receive queue (SRQ). |
| NDK_FN_QUERY_ADAPTER_INFO The NdkQueryAdapterInfo (NDK_FN_QUERY_ADAPTER_INFO) function retrieves information about limits and capabilities of an NDK adapter. |
| NDK_FN_QUERY_EXTENSION_INTERFACE The NdkQqueryExtensionInterface (NDK_FN_QUERY_EXTENSION_INTERFACE) function gets information about an NDK extension interface. |
| NDK_FN_READ The NdkRead (NDK_FN_READ) function posts a read request on an NDK queue pair (QP). |
| NDK_FN_RECEIVE The NdkReceive (NDK_FN_RECEIVE) function posts a receive request on an NDK queue pair (QP). |
| NDK_FN_REGISTER_MR The NdkRegisterMr (NDK_FN_REGISTER_MR) function registers a virtually contiguous memory region with an NDK adapter. |
| NDK_FN_REJECT The NdkReject (NDK_FN_REJECT) function rejects an incoming NDK connection request. |
| NDK_FN_RELEASE_LAM The NdkReleaseLam (NDK_FN_RELEASE_LAM) function releases an NDK adapter logical address mapping (LAM). |
| NDK_FN_REQUEST_COMPLETION The NdkRequestCompletion (NDK_FN_REQUEST_COMPLETION) function completes a pending NDK request. |
| NDK_FN_RESIZE_CQ The NdkResizeCq (NDK_FN_RESIZE_CQ) function changes the size of an NDK completion queue (CQ). |
| NDK_FN_SEND The NdkSend (NDK_FN_SEND) function posts a send request on an NDK queue pair (QP). |
| NDK_FN_SEND_AND_INVALIDATE The NdkSendAndInvalidate (NDK_FN_SEND_AND_INVALIDATE) function posts a send request on an NDK queue pair (QP) and supplies a token to be invalidated at the remote peer upon receive completion. |
| NDK_FN_SRQ_NOTIFICATION_CALLBACK The NdkSrqNotificationCallback (NDK_FN_SRQ_NOTIFICATION_CALLBACK) function provides NDK shared receive queue (SRQ) notifications from an NDK provider. |
| NDK_FN_SRQ_RECEIVE The NdkSrqReceive (NDK_FN_SRQ_RECEIVE) function posts a receive request on an NDK shared receive queue (SRQ). |
| NDK_FN_WRITE The NdkWrite (NDK_FN_WRITE) function posts a write request on an NDK queue pair (QP). |
| NET_ADAPTER_DATAPATH_CALLBACKS_INIT The NET_ADAPTER_DATAPATH_CALLBACKS_INIT function initializes a NET_ADAPTER_DATAPATH_CALLBACKS structure. |
| NET_ADAPTER_DMA_CAPABILITIES_INIT The NET_ADAPTER_DMA_CAPABILITIES_INIT function initializes a NET_ADAPTER_DMA_CAPABILITIES structure. |
| NET_ADAPTER_LINK_LAYER_ADDRESS_INIT The NET_ADAPTER_LINK_LAYER_ADDRESS_INIT function initializes a link layer address. |
| NET_ADAPTER_LINK_LAYER_CAPABILITIES_INIT Initializes the NET_ADAPTER_LINK_LAYER_CAPABILITIES structure. |
| NET_ADAPTER_LINK_STATE_INIT Initializes a NET_ADAPTER_LINK_STATE structure. |
| NET_ADAPTER_LINK_STATE_INIT_DISCONNECTED Initializes a NET_ADAPTER_LINK_STATE structure for an adapter that is disconnected from the network. |
| NET_ADAPTER_OFFLOAD_CHECKSUM_CAPABILITIES_INIT The NET_ADAPTER_OFFLOAD_CHECKSUM_CAPABILITIES_INIT function initializes a NET_ADAPTER_OFFLOAD_CHECKSUM_CAPABILITIES structure. |
| NET_ADAPTER_OFFLOAD_GSO_CAPABILITIES_INIT The NET_ADAPTER_OFFLOAD_GSO_CAPABILITIES_INIT function initializes a NET_ADAPTER_OFFLOAD_GSO_CAPABILITIES structure. |
| NET_ADAPTER_OFFLOAD_IEEE8021Q_TAG_CAPABILITIES_INIT NET_ADAPTER_OFFLOAD_IEEE8021Q_TAG_CAPABILITIES_INIT initializes a NET_ADAPTER_OFFLOAD_IEEE8021Q_TAG_CAPABILITIES structure. |
| NET_ADAPTER_OFFLOAD_RSC_CAPABILITIES_INIT The NET_ADAPTER_OFFLOAD_RSC_CAPABILITIES_INIT function initializes a NET_ADAPTER_OFFLOAD_RSC_CAPABILITIES structure. |
| NET_ADAPTER_OFFLOAD_RX_CHECKSUM_CAPABILITIES_INIT The NET_ADAPTER_OFFLOAD_RX_CHECKSUM_CAPABILITIES_INIT function initializes a NET_ADAPTER_OFFLOAD_RX_CHECKSUM_CAPABILITIES structure. |
| NET_ADAPTER_OFFLOAD_TX_CHECKSUM_CAPABILITIES_INIT The NET_ADAPTER_OFFLOAD_TX_CHECKSUM_CAPABILITIES_INIT function initializes a NET_ADAPTER_OFFLOAD_TX_CHECKSUM_CAPABILITIES structure. |
| NET_ADAPTER_POWER_OFFLOAD_ARP_CAPABILITIES_INIT The NET_ADAPTER_POWER_OFFLOAD_ARP_CAPABILITIES_INIT function initializes a NET_ADAPTER_POWER_OFFLOAD_ARP_CAPABILITIES structure. |
| NET_ADAPTER_POWER_OFFLOAD_NS_CAPABILITIES_INIT The NET_ADAPTER_POWER_OFFLOAD_NS_CAPABILITIES_INIT function initializes a NET_ADAPTER_POWER_OFFLOAD_NS_CAPABILITIES structure. |
| NET_ADAPTER_RECEIVE_FILTER_CAPABILITIES_INIT The NET_ADAPTER_RECEIVE_FILTER_CAPABILITIES_INIT function initializes a NET_ADAPTER_RECEIVE_FILTER_CAPABILITIES structure. |
| NET_ADAPTER_RECEIVE_SCALING_CAPABILITIES_INIT The NET_ADAPTER_RECEIVE_SCALING_CAPABILITIES_INIT function initializes a NET_ADAPTER_RECEIVE_SCALING_CAPABILITIES structure. |
| NET_ADAPTER_RX_CAPABILITIES_INIT_DRIVER_MANAGED The NET_ADAPTER_RX_CAPABILITIES_INIT_DRIVER_MANAGED function initializes a NET_ADAPTER_RX_CAPABILITIES structure for a net adapter that would like to specify driver-managed receive buffer allocation and attachment. |
| NET_ADAPTER_RX_CAPABILITIES_INIT_SYSTEM_MANAGED The NET_ADAPTER_RX_CAPABILITIES_INIT_SYSTEM_MANAGED function initializes a NET_ADAPTER_RX_CAPABILITIES structure for a net adapter that would like to specify operating system-managed receive buffer allocation and attachment, but not the use of DMA memory mapping. |
| NET_ADAPTER_RX_CAPABILITIES_INIT_SYSTEM_MANAGED_DMA The NET_ADAPTER_RX_CAPABILITIES_INIT_SYSTEM_MANAGED_DMA function initializes a NET_ADAPTER_RX_CAPABILITIES structure for a net adapter that would like to specify operating system-managed receive buffer allocation and attachment, as well as DMA for memory mapping. |
| NET_ADAPTER_TX_CAPABILITIES_INIT The NET_ADAPTER_TX_CAPABILITIES_INIT function initializes a NET_ADAPTER_TX_CAPABILITIES structure for a net adapter that has not specified the use of DMA in its transmit data path. |
| NET_ADAPTER_TX_CAPABILITIES_INIT_FOR_DMA The NET_ADAPTER_TX_CAPABILITIES_INIT_FOR_DMA function initializes a NET_ADAPTER_TX_CAPABILITIES structure for a net adapter that has specified the use of DMA in its transmit data path. |
| NET_ADAPTER_WAKE_BITMAP_CAPABILITIES_INIT The NET_ADAPTER_WAKE_BITMAP_CAPABILITIES_INIT function initializes a NET_ADAPTER_WAKE_BITMAP_CAPABILITIES structure. |
| NET_ADAPTER_WAKE_EAPOL_PACKET_CAPABILITIES_INIT NET_ADAPTER_WAKE_EAPOL_PACKET_CAPABILITIES_INIT initializes a NET_ADAPTER_WAKE_EAPOL_PACKET_CAPABILITIES structure. |
| NET_ADAPTER_WAKE_MAGIC_PACKET_CAPABILITIES_INIT The NET_ADAPTER_WAKE_MAGIC_PACKET_CAPABILITIES_INIT function initializes a NET_ADAPTER_WAKE_MAGIC_PACKET_CAPABILITIES structure. |
| NET_ADAPTER_WAKE_MEDIA_CHANGE_CAPABILITIES_INIT The NET_ADAPTER_WAKE_MEDIA_CHANGE_CAPABILITIES_INIT function initializes a NET_ADAPTER_WAKE_MEDIA_CHANGE_CAPABILITIES structure. |
| NET_ADAPTER_WAKE_PACKET_FILTER_CAPABILITIES_INIT The NET_ADAPTER_WAKE_PACKET_FILTER_CAPABILITIES_INIT function initializes a NET_ADAPTER_WAKE_PACKET_FILTER_CAPABILITIES structure. |
| NET_ADAPTER_WAKE_REASON_EAPOL_PACKET_INIT NET_ADAPTER_WAKE_REASON_EAPOL_PACKET_INIT initializes a NET_ADAPTER_WAKE_EAPOL_PACKET_CAPABILITIES struct when reporting that a EAPOL packet caused a wake-up event. |
| NET_ADAPTER_WAKE_REASON_FILTER_PACKET_INIT The NET_ADAPTER_WAKE_REASON_FILTER_PACKET_INIT function initializes a NET_ADAPTER_WAKE_REASON_PACKET when the wake source is a magic packet. |
| NET_ADAPTER_WAKE_REASON_MAGIC_PACKET_INIT The NET_ADAPTER_WAKE_REASON_MAGIC_PACKET_INIT function initializes a NET_ADAPTER_WAKE_REASON_PACKET when the wake source is a magic packet. |
| NET_ADAPTER_WAKE_REASON_PACKET_INIT The NET_ADAPTER_WAKE_REASON_PACKET_INIT function initializes a NET_ADAPTER_WAKE_REASON_PACKET structure. |
| NET_BUFFER_ALLOCATE_MDL The NetAllocateMdl function allocates an MDL with an associated memory block of a specified size. |
| NET_BUFFER_CHECKSUM_BIAS NET_BUFFER_CHECKSUM_BIAS is a macro that NDIS drivers use to get the ChecksumBias member of a NET_BUFFER structure. |
| NET_BUFFER_CURRENT_MDL NET_BUFFER_CURRENT_MDL is a macro that NDIS drivers use to get the CurrentMdl member of a NET_BUFFER_DATA structure in a NET_BUFFER structure. |
| NET_BUFFER_CURRENT_MDL_OFFSET NET_BUFFER_CURRENT_MDL_OFFSET is a macro that NDIS drivers use to get the CurrentMdlOffset member of a NET_BUFFER structure. |
| NET_BUFFER_DATA_LENGTH NET_BUFFER_DATA_LENGTH is a macro that NDIS drivers use to get the amount of used data space in a NET_BUFFER structure. |
| NET_BUFFER_DATA_OFFSET NET_BUFFER_DATA_OFFSET is a macro that NDIS drivers use to get the current offset from the beginning of the data space to the start of the used data space in a NET_BUFFER structure. |
| NET_BUFFER_DATA_PHYSICAL_ADDRESS The NET_BUFFER_DATA_PHYSICAL_ADDRESS macro retrieves the DataPhysicalAddress member of a NET_BUFFER structure. |
| NET_BUFFER_FIRST_MDL NET_BUFFER_FIRST_MDL is a macro that NDIS drivers use to get the first MDL in a NET_BUFFER structure. |
| NET_BUFFER_FREE_MDL The NetFreeMdl function frees an MDL that was previously allocated by the NetAllocateMdl function. |
| NET_BUFFER_LIST_COALESCED_SEG_COUNT The NET_BUFFER_LIST_COALESCED_SEG_COUNT is a macro that NDIS drivers use to get and set the number of coalesced segments in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_CONTEXT_DATA_SIZE NET_BUFFER_LIST_CONTEXT_DATA_SIZE is a macro that NDIS drivers use to get the size of the NET_BUFFER_LIST_CONTEXT data buffer that is associated with a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_CONTEXT_DATA_START NET_BUFFER_LIST_CONTEXT_DATA_START is a macro that NDIS drivers use to get a pointer to the NET_BUFFER_LIST_CONTEXT context space that is associated with a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_DUP_ACK_COUNT The NET_BUFFER_LIST_DUP_ACK_COUNT is a macro that NDIS drivers use to get and set the number of coalesced segments in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_FIRST_NB NET_BUFFER_LIST_FIRST_NB is a macro that NDIS drivers use to get the first NET_BUFFER structure in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_FLAGS NET_BUFFER_LIST_FLAGS is a macro that NDIS drivers use to get the flags associated with a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_GET_HASH_FUNCTION The NET_BUFFER_LIST_GET_HASH_FUNCTION macro gets the hash function information from a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_GET_HASH_TYPE The NET_BUFFER_LIST_GET_HASH_TYPE macro gets the hash type information from a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_GET_HASH_VALUE The NET_BUFFER_LIST_GET_HASH_VALUE macro gets the hash value information from a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_INFO NET_BUFFER_LIST_INFO is a macro that NDIS drivers use to get and set information that applies to all the NET_BUFFER structures in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_IS_TCP_LSO_SET NET_BUFFER_LIST_IS_TCP_LSO_SET returns whether the TCP large send offload (LSO) offload information is set for a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_IS_TCP_RSC_SET NET_BUFFER_LIST_IS_TCP_RSC_SET returns whether receive segment coalescing (RSC) is set for a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_IS_URO_SET NET_BUFFER_LIST_IS_URO_SET returns whether the UDP RSC (URO) offload information is set for a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_IS_USO_SET NET_BUFFER_LIST_IS_USO_SET returns whether the UDP segment offload (USO) offload information is set for a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_MINIPORT_RESERVED NET_BUFFER_LIST_MINIPORT_RESERVED is a macro that NDIS drivers use to access the MiniportReserved member of a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_NBL_FLAGS The NET_BUFFER_LIST_NBL_FLAGS macro retrieves the NblFlags member of a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_NEXT_NBL NET_BUFFER_LIST_NEXT_NBL is a macro that NDIS drivers use to get the next NET_BUFFER_LIST structure in a linked list of NET_BUFFER_LIST structures. |
| NET_BUFFER_LIST_PROTOCOL_RESERVED NET_BUFFER_LIST_PROTOCOL_RESERVED is a macro that NDIS drivers use to access the ProtocolReserved member of a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_RECEIVE_FILTER_ID The NET_BUFFER_LIST_RECEIVE_FILTER_ID macro gets a receive filter identifier from the out-of-band (OOB) data in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_RECEIVE_FILTER_VPORT_ID The NET_BUFFER_LIST_RECEIVE_FILTER_VPORT_ID macro sets or gets the identifier of a virtual port (VPort) within the out-of-band (OOB) data in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_RECEIVE_QUEUE_ID The NET_BUFFER_LIST_RECEIVE_QUEUE_ID macro sets or gets the identifier of a virtual machine queue (VMQ) or single root I/O virtualization (SR-IOV) receive queue identifier within the out-of-band (OOB) data of a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_SET_HASH_FUNCTION The NET_BUFFER_LIST_SET_HASH_FUNCTION macro sets the hash function information in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_SET_HASH_TYPE The NET_BUFFER_LIST_SET_HASH_TYPE macro sets the hash type information in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_SET_HASH_VALUE The NET_BUFFER_LIST_SET_HASH_VALUE macro sets the hash value information in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_STATUS NET_BUFFER_LIST_STATUS is a macro that NDIS drivers use to access the StatusCode member of a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_SWITCH_FORWARDING_DETAIL Hyper-V extensible switch extensions use the NET_BUFFER_LIST_SWITCH_FORWARDING_DETAIL macro to access the NDIS_SWITCH_FORWARDING_DETAIL_NET_BUFFER_LIST_INFO union in the extensible switch context area in a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_UDP_COALESCED_SEG_COUNT The NET_BUFFER_LIST_UDP_COALESCED_SEG_COUNT macro returns the number of segments that were coalesced into a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_UDP_COALESCED_SEG_SIZE NDIS drivers use NET_BUFFER_LIST_UDP_COALESCED_SEG_SIZE to get and set the size, in bytes, of the individual UDP datagram payloads that were coalesced into a single NET_BUFFER_LIST structure. |
| NET_BUFFER_MINIPORT_RESERVED NET_BUFFER_MINIPORT_RESERVED is a macro that NDIS drivers use to access the MiniportReserved member of a NET_BUFFER structure. |
| NET_BUFFER_NEXT_NB NET_BUFFER_NEXT_NB is a macro that NDIS drivers use to get a pointer to the next NET_BUFFER structure in a linked list of NET_BUFFER structures. |
| NET_BUFFER_PROTOCOL_RESERVED NET_BUFFER_PROTOCOL_RESERVED is a macro that NDIS drivers use to get the ProtocolReserved member of a NET_BUFFER structure. |
| NET_BUFFER_SHARED_MEM_FLAGS The NET_BUFFER_SHARED_MEM_FLAGS macro gets the shared memory flags from a NET_BUFFER_SHARED_MEMORY structure. |
| NET_BUFFER_SHARED_MEM_HANDLE The NET_BUFFER_SHARED_MEM_HANDLE macro gets the shared memory handle from a NET_BUFFER_SHARED_MEMORY structure. |
| NET_BUFFER_SHARED_MEM_LENGTH The NET_BUFFER_SHARED_MEM_LENGTH macro gets the shared memory length from a NET_BUFFER_SHARED_MEMORY structure. |
| NET_BUFFER_SHARED_MEM_NEXT_SEGMENT The NET_BUFFER_SHARED_MEM_NEXT_SEGMENT macro gets the next shared memory segment from a NET_BUFFER_SHARED_MEMORY structure. |
| NET_BUFFER_SHARED_MEM_OFFSET The NET_BUFFER_SHARED_MEM_OFFSET macro gets the shared memory offset from a NET_BUFFER_SHARED_MEMORY structure. |
| NET_DEVICE_POWER_POLICY_EVENT_CALLBACKS_INIT The NET_DEVICE_POWER_POLICY_EVENT_CALLBACKS_INIT function initializes a NET_DEVICE_POWER_POLICY_EVENT_CALLBACKS structure. |
| NET_EXTENSION_QUERY_INIT The NET_EXTENSION_QUERY_INIT function initializes a NET_EXTENSION_QUERY structure. |
| NET_PACKET_QUEUE_CONFIG_INIT The NET_PACKET_QUEUE_CONFIG_INIT function initializes a NET_PACKET_QUEUE_CONFIG structure. |
| NET_POWER_OFFLOAD_ARP_PARAMETERS_INIT The NET_POWER_OFFLOAD_ARP_PARAMETERS_INIT function initializes a NET_POWER_OFFLOAD_ARP_PARAMETERS structure. |
| NET_POWER_OFFLOAD_LIST_INIT The NET_POWER_OFFLOAD_LIST_INIT function initializes a NET_POWER_OFFLOAD_LIST structure. |
| NET_POWER_OFFLOAD_NS_PARAMETERS_INIT The NET_POWER_OFFLOAD_NS_PARAMETERS_INIT function initializes a NET_POWER_OFFLOAD_NS_PARAMETERS structure. |
| NET_WAKE_SOURCE_BITMAP_PARAMETERS_INIT The NET_WAKE_SOURCE_BITMAP_PARAMETERS_INIT function initializes a NET_WAKE_SOURCE_BITMAP_PARAMETERS structure. |
| NET_WAKE_SOURCE_LIST_INIT The NET_WAKE_SOURCE_LIST_INIT function initializes a NET_WAKE_SOURCE_LIST structure. |
| NET_WAKE_SOURCE_MEDIA_CHANGE_PARAMETERS_INIT The NET_WAKE_SOURCE_MEDIA_CHANGE_PARAMETERS_INIT function initializes a NET_WAKE_SOURCE_MEDIA_CHANGE_PARAMETERS structure. |
| NetAdapterCreate Creates a NETADAPTER object. |
| NetAdapterGetNetLuid Retrieves the NET_LUID that is assigned to a network adapter. |
| NetAdapterInitAllocate The NetAdapterInitAllocate function allocates a NETADAPTER_INIT structure that a client driver uses when creating a new NETADAPTER object. |
| NetAdapterInitFree The NetAdapterInitFree function deallocates a NETADAPTER_INIT structure. |
| NetAdapterInitSetDatapathCallbacks The NetAdapterInitSetDatapathCallbacks function registers a NETADAPTER's callback functions for creating datapath packet queues. |
| NetAdapterLightweightInitAllocate The NetAdapterLightweightInitAllocate function allocates a NETADAPTER_INIT structure that a client driver uses when creating a new NETADAPTER object for a deviceless adapter. |
| NetAdapterOffloadSetChecksumCapabilities The NetAdapterOffloadSetChecksumCapabilities function sets the hardware checksum offload capabilities of a network adapter. |
| NetAdapterOffloadSetGsoCapabilities The NetAdapterOffloadSetChecksumCapabilities function sets the hardware Generic Segmentation Offload (GSO) capabilities of a network adapter. |
| NetAdapterOffloadSetIeee8021qTagCapabilities NetAdapterOffloadSetIeee8021qTagCapabilities sets the IEEE 802.1 priority and VLAN tagging capabilities of a network adapter. |
| NetAdapterOffloadSetRscCapabilities The NetAdapterOffloadSetRscCapabilities function sets the hardware receive segment coalescence (RSC) offload capabilities of a network adapter. |
| NetAdapterOffloadSetRxChecksumCapabilities The NetAdapterOffloadSetRxChecksumCapabilities function sets the hardware Rx checksum offload capabilities of a network adapter. |
| NetAdapterOffloadSetTxChecksumCapabilities The NetAdapterOffloadSetTxChecksumCapabilities function sets the hardware Tx checksum offload capabilities of a network adapter. |
| NetAdapterOpenConfiguration Opens the adapter’s configuration database. |
| NetAdapterPowerOffloadSetArpCapabilities The NetAdapterPowerOffloadSetArpCapabilities function sets a net adapter's capabilities for IPv4 ARP low power protocol offload. |
| NetAdapterPowerOffloadSetNSCapabilities The NetAdapterPowerOffloadSetNsCapabilities function sets a net adapter's capabilities for IPv6 Neighbor Solicitation (NS) low power protocol offload. |
| NetAdapterReportWakeReasonMediaChange The NetAdapterReportWakeReasonMediaChange function reports to the framework that a net adapter generated a wake-up event because of a media change. |
| NetAdapterReportWakeReasonPacket The NetAdapterReportWakeReasonPacket function reports to the framework that a net adapter generated a wake-up event because it received a packet that matched a wake-on-LAN (WoL) pattern. |
| NetAdapterSetCurrentLinkLayerAddress The NetAdapterSetCurrentLinkLayerAddress function sets the current link layer address for the network adapter. |
| NetAdapterSetDataPathCapabilities Sets the data path capabilities of the network adapter. |
| NetAdapterSetLinkLayerCapabilities Sets the link layer capabilities of the network adapter. |
| NetAdapterSetLinkLayerMtuSize Sets the link layer maximum transfer unit size of the adapter. |
| NetAdapterSetLinkState Sets the current link state of the of the network adapter. |
| NetAdapterSetPermanentLinkLayerAddress The NetAdapterSetPermanentLinkLayerAddress function sets the permanent link layer address for the network adapter. |
| NetAdapterSetReceiveFilterCapabilities NetAdapterSetReceiveFilterCapabilities sets the receive filtering capabilities of a network adapter. |
| NetAdapterSetReceiveScalingCapabilities The NetAdapterSetReceiveScalingCapabilities function sets a net adapter's receive side scaling (RSS) capabilities. |
| NetAdapterStart The NetAdapterStart function starts a NETADAPTER object. |
| NetAdapterStop The NetAdapterStop function stops a NETADAPTER object. |
| NetAdapterWakeSetBitmapCapabilities The NetAdapterWakeSetBitmapCapabilities function sets a net adapter's bitmap pattern wake on LAN (WoL) capabilities. |
| NetAdapterWakeSetEapolPacketCapabilities NetAdapterWakeSetEapolPacketCapabilities sets a network adapter's EAPOL packet WoL capabilities. |
| NetAdapterWakeSetMagicPacketCapabilities The NetAdapterWakeSetMagicPacketCapabilities function sets a net adapter's magic packet wake on LAN (WoL) capabilities. |
| NetAdapterWakeSetMediaChangeCapabilities The NetAdapterWakeSetMediaChangeCapabilities function sets a net adapter's media change wake on LAN (WoL) capabilities. |
| NetAdapterWakeSetPacketFilterCapabilities The NetAdapterWakeSetPacketFilterCapabilities function sets a net adapter's packet filter wake on LAN (WoL) capabilities. |
| NetConfigurationAssignBinary The NetConfigurationAssignBinary function writes caller-supplied binary data to a specified value name in the registry. |
| NetConfigurationAssignMultiString The NetConfigurationAssignMultiString function assigns a set of strings to a specified value name in the registry. The strings are contained in a specified collection of framework string objects. |
| NetConfigurationAssignUlong The NetConfigurationAssignUlong function writes a caller-supplied unsigned long word value to a specified value name in the registry. |
| NetConfigurationAssignUnicodeString The NetConfigurationAssignUnicodeString function assigns a specified Unicode string to a specified value name in the registry. |
| NetConfigurationClose Releases the handle to the registry key that is associated with an adapter configuration object and then deletes the adapter configuration object. |
| NetConfigurationOpenSubConfiguration Opens a sub configuration of a specified adapter configuration object. |
| NetConfigurationQueryBinary Retrieves the data that is currently assigned to a specified registry value, stores the data in a framework-allocated buffer, and creates a framework memory object to represent the buffer. |
| NetConfigurationQueryLinkLayerAddress The NetConfigurationQueryLinkLayerAddress function retrieves the software-configurable link layer address that was stored in the registry for a NIC. |
| NetConfigurationQueryMultiString Retrieves the MultiString-valued registry entry associated with a value name in the specified configuration object. |
| NetConfigurationQueryString Retrieves the specified string value from the adapter configuration object and assigns the string to a specified framework string object. |
| NetConfigurationQueryUlong Retrieves the specified unsigned long word (REG_DWORD) data from the adapter configuration object and copies the data to a specified location. |
| NetDeviceGetPowerOffloadList The NetDeviceGetPowerOffloadList function gets the list of low power protocol offloads to a net adapter. |
| NetDeviceGetWakeSourceList The NetDeviceGetWakeSourceList function gets the list of wake sources for a net adapter. |
| NetDeviceInitConfig The NetDeviceInitConfig function initializes device initialization operations when the Plug and Play (PnP) manager reports the existence of a device. |
| NetDeviceInitSetPowerPolicyEventCallbacks The NetDeviceInitSetPowerPolicyEventCallbacks function sets optional power policy event callbacks during device initialization for a client driver. |
| NetDeviceOpenConfiguration The NetDeviceOpenConfiguration function opens a net device's configuration database. |
| NetDeviceRequestReset The NetDeviceRequestReset function triggers the NetAdapterCx framework to perform the platform-level device reset operation that recovers an unresponsive NIC device. |
| NetDeviceStoreResetDiagnostics The NetDeviceStoreResetDiagnostics function stores client driver collected reset diagnostics into the NetAdapterCx framework. |
| NetDmaDeregisterProvider The NetDmaDeregisterProvider function deregisters a DMA provider. |
| NetDmaGetVersion Note The NetDMA interface is not supported in Windows 8 and later. The NetDmaGetVersion function returns the version of the NetDMA interface that the local computer supports. |
| NetDmaInterruptDpc The NetDmaInterruptDpc function notifies the NetDMA interface that a DMA transfer deferred procedure call (DPC) has completed on a DMA channel. |
| NetDmaIsr The NetDmaIsr function notifies the NetDMA interface that a DMA transfer interrupt has occurred on a DMA channel. |
| NetDmaPnPEventNotify The NetDmaPnPEventNotify function indicates a power state change for a NetDMA provider device. |
| NetDmaProviderStart The NetDmaProviderStart function notifies the NetDMA interface that all of the DMA channels that are associated with a DMA provider are initialized and ready for DMA transfers. |
| NetDmaProviderStop The NetDmaProviderStop function notifies the NetDMA interface that all of the DMA channels that are associated with a DMA provider are no longer available for DMA transfers. |
| NetDmaRegisterProvider The NetDmaRegisterProvider function registers a DMA provider. |
| NetExtensionGetData The NetExtensionGetData function retrieves packet extension data for a net packet. |
| NetExtensionGetFragmentLogicalAddress The NetExtensionGetFragmentLogicalAddress function retrieves the DMA logical address extension information for a net fragment. |
| NetExtensionGetFragmentMdl The NetExtensionGetFragmentMdl function retrieves the DMA MDL extension information for a net fragment. |
| NetExtensionGetFragmentReturnContext The NetExtensionGetFragmentReturnContext function retrieves the return context extension information for a net fragment. |
| NetExtensionGetFragmentVirtualAddress The NetExtensionGetFragmentVirtualAddress function retrieves the virtual address extension information for a net fragment. |
| NetExtensionGetPacketChecksum The NetExtensionGetPacketChecksum function retrieves checksum information for a packet. |
| NetExtensionGetPacketGso The NetExtensionGetPacketGso function retrieves Generic Segmentation Offload (GSO) information for a packet. |
| NetExtensionGetPacketIeee8021Q The NetExtensionGetPacketIeee8021Q function retrieves the 802.1Q information for a NET_PACKET. |
| NetExtensionGetPacketRsc The NetExtensionGetPacketRsc function retrieves receive segment coalescence (RSC) information for a packet. |
| NetExtensionGetPacketRscTimestamp The NetExtensionGetPacketRscTimestamp function retrieves receive segment coalescence (RSC) timestamp information for a packet. |
| NetOffloadIsLsoIPv4Enabled The NetOffloadIsLsoIPv4Enabled function determines whether a net adapter has large send offload (LSO) enabled for IPv4 packets. |
| NetOffloadIsLsoIPv6Enabled The NetOffloadIsLsoIPv6Enabled function determines whether a net adapter has large send offload (LSO) enabled for IPv6 packets. |
| NetOffloadIsRscTcpTimestampOptionEnabled The NetOffloadIsRscTcpTimestampOptionEnabled function determines whether a net adapter has RSC offload enabled for timestamp packets. |
| NetOffloadIsRxChecksumIPv4Enabled The NetOffloadIsRxChecksumIPv4Enabled function determines whether a net adapter has Rx IPv4 checksum offload enabled. |
| NetOffloadIsRxChecksumTcpEnabled The NetOffloadIsRxChecksumTcpEnabled function determines whether a net adapter has Rx TCP checksum offload enabled. |
| NetOffloadIsRxChecksumUdpEnabled The NetOffloadIsRxChecksumUdpEnabled function determines whether a net adapter has Rx UDP checksum offload enabled. |
| NetOffloadIsTcpRscIPv4Enabled The NetOffloadIsTcpRscIPv4Enabled function determines whether a net adapter has RSC offload enabled for IPv4 packets. |
| NetOffloadIsTcpRscIPv6Enabled The NetOffloadIsTcpRscIPv6Enabled function determines whether a net adapter has RSC offload enabled for IPv6 packets. |
| NetOffloadIsTxChecksumIPv4Enabled The NetOffloadIsTxChecksumIPv4Enabled function determines whether a net adapter has Tx IPv4 checksum offload enabled. |
| NetOffloadIsTxChecksumTcpEnabled The NetOffloadIsTxChecksumTcpEnabled function determines whether a net adapter has Tx TCP checksum offload enabled. |
| NetOffloadIsTxChecksumUdpEnabled The NetOffloadIsTxChecksumUdpEnabled function determines whether a net adapter has Tx UDP checksum offload enabled. |
| NetOffloadIsUdpRscEnabled The NetOffloadIsUdpRscEnabled function determines whether a net adapter has UDP RSC Offload (URO) enabled. |
| NetOffloadIsUsoIPv4Enabled The NetOffloadIsUsoIPv4Enabled function determines whether a net adapter has UDP send offload (USO) enabled for IPv4 packets. |
| NetOffloadIsUsoIPv6Enabled The NetOffloadIsUsoIPv6Enabled function determines whether a net adapter has UDP send offload (USO) enabled for IPv6 packets. |
| NetPacketGetExtension The NetPacketGetExtension function retrieves information stored in one of a packet's extensions. |
| NetPacketIsIpv4 The NetPacketIsIpv4 function determines if a NET_PACKET is an IPv4 packet. This function is reserved for system use. Do not call this function from your code. |
| NetPacketIsIpv6 The NetPacketIsIpv6 function determines if a NET_PACKET is an IPv6 packet. This function is reserved for system use. Do not call this function from your code. |
| NetPowerOffloadGetArpParameters The NetPowerOffloadGetArpParameters function gets parameters for an IPv4 ARP low power protocol offload to a net adapter. |
| NetPowerOffloadGetNSParameters The NetPowerOffloadGetNSParameters function gets parameters for an IPv6 Neighbor Solicitation (NS) low power protocol offload to a net adapter. |
| NetPowerOffloadGetType The NetPowerOffloadGetType function gets the power offload type for a low power protocol offload to a net adapter. |
| NetPowerOffloadListGetCount The NetPowerOffloadListGetCount function gets the number of low power protocol offloads to a net adapter. |
| NetPowerOffloadListGetElement The NetPowerOffloadListGetElement function gets a low power protocol offload from a list of offloads to a net adapter. |
| NetReceiveFilterGetMulticastAddressCount NetReceiveFilterGetMulticastAddressCount retrieves the number of addresses in the multicast address list. |
| NetReceiveFilterGetMulticastAddressList NetReceiveFilterGetMulticastAddressList retrieves the list of addresses that can receive multicast packets. |
| NetReceiveFilterGetPacketFilter NetReceiveFilterGetPacketFilter retrieves the NET_PACKET_FILTER_FLAGS which describe the packet filters the network adapter supports. |
| NetRingAdvanceIndex The NetRingAdvanceIndex function advances the index in a net ring forward, wrapping around if necessary. |
| NetRingCollectionGetFragmentRing The NetRingCollectionGetFragmentRing gets the fragment ring for a packet queue. |
| NetRingCollectionGetPacketRing The NetRingCollectionGetPacketRing gets the packet ring for a packet queue. |
| NetRingGetElementAtIndex The NetRingGetElementAtIndex function retrieves an element from a net ring. |
| NetRingGetFragmentAtIndex The NetRingGetFragmentAtIndex function retrieves a fragment from a net ring. |
| NetRingGetPacketAtIndex The NetRingGetPacketAtIndex function retrieves a packet from a net ring. |
| NetRingGetRangeCount Calculates the number of elements contained in a range of the specified net ring buffer. |
| NetRingIncrementIndex Returns the next index value after the specified index value, wrapping around to the beginning of the ring buffer if necessary. |
| NetRxQueueCreate Creates a net receive queue object. |
| NetRxQueueGetExtension The NetRxQueueGetExtension function retrieves a packet extension for all packets in a receive (Rx) queue. |
| NetRxQueueGetRingCollection The NetRxQueueGetRingCollection function retrieves the NET_RING_COLLECTION structure for a receive (Rx) queue. |
| NetRxQueueInitGetQueueId Retrieves the identifier of the receive queue associated with a receive queue. |
| NetRxQueueNotifyMoreReceivedPacketsAvailable The client driver calls NetRxQueueNotifyMoreReceivedPacketsAvailable to resume queue operations after NetAdapterCx calls the client's EVT_RXQUEUE_SET_NOTIFICATION_ENABLED event callback routine. |
| NetTxQueueCreate Creates a net transmit queue object. |
| NetTxQueueGetDemux8021p NetTxQueueGetDemux8021p retrieves the IEEE 802.1p priority information associated with a transmit queue. |
| NetTxQueueGetExtension The NetTxQueueGetExtension function retrieves a packet extension for all packets in a transmit (Tx) queue. |
| NetTxQueueGetRingCollection The NetTxQueueGetRingCollection function retrieves the NET_DATAPATH_DESCRIPTOR structure for a transmit (Tx) queue. |
| NetTxQueueInitGetQueueId Retrieves the identifier associated with a transmit queue. |
| NetTxQueueNotifyMoreCompletedPacketsAvailable The client driver calls NetTxQueueNotifyMoreCompletedPacketsAvailable to resume queue operations after NetAdapterCx calls the client's EVT_TXQUEUE_SET_NOTIFICATION_ENABLED event callback routine. |
| NetWakeSourceGetAdapter The NetWakeSourceGetAdapter function gets the net adapter for a wake-on-LAN (WoL) source. |
| NetWakeSourceGetBitmapParameters The NetWakeSourceGetBitmapParameters function gets parameters for a bitmap pattern wake-on-LAN (WoL) source. |
| NetWakeSourceGetMediaChangeParameters The NetWakeSourceGetMediaChangeParameters function gets parameters for a media change wake source. |
| NetWakeSourceGetType The NetWakeSourceGetType function gets the type for wake-on-LAN (WoL) source. |
| NetWakeSourceListGetCount The NetWakeSourceListGetCount function gets the number of wake sources for a net adapter. |
| NetWakeSourceListGetElement The NetWakeSourceListGetElement function gets a wake source from the list of wake sources for a net adapter. |
| NmrClientAttachProvider The NmrClientAttachProvider function attaches a client module to a provider module. |
| NmrClientDetachProviderComplete The NmrClientDetachProviderComplete function notifies the NMR that a client module has completed detaching from a provider module. |
| NmrDeregisterClient The NmrDeregisterClient function deregisters a client module from the NMR. |
| NmrDeregisterProvider The NmrDeregisterProvider function deregisters a provider module from the NMR. |
| NmrProviderDetachClientComplete The NmrProviderDetachClientComplete function notifies the NMR that a provider module has completed detaching from a client module. |
| NmrRegisterClient The NmrRegisterClient function registers a client module with the NMR. |
| NmrRegisterProvider The NmrRegisterProvider function registers a provider module with the NMR. |
| NmrWaitForClientDeregisterComplete The NmrWaitForClientDeregisterComplete function waits for the deregistration of a client module to complete. |
| NmrWaitForProviderDeregisterComplete The NmrWaitForProviderDeregisterComplete function waits for the deregistration of a provider module to complete. |
| NpdBrokerAcquireWithTimeout Microsoft reserves the NpdBrokerAcquireWithTimeout function for internal use only. Don't use this function in your code. |
| NpdBrokerInitialize Microsoft reserves the NpdBrokerInitialize function for internal use only. Don't use this function in your code. |
| NpdBrokerUninitialize Microsoft reserves the NpdBrokerUninitialize function for internal use only. Don't use this function in your code. |
| NPI_CLIENT_ATTACH_PROVIDER_FN A client module's ClientAttachProvider callback function attaches the client module to a provider module. |
| NPI_CLIENT_CLEANUP_BINDING_CONTEXT_FN A client module's ClientCleanupBindingContext callback function performs any necessary cleanup and deallocation of the client module's binding context after the client module and a provider module have detached from one another. |
| NPI_CLIENT_DETACH_PROVIDER_FN A client module's ClientDetachProvider callback function detaches the client module from a provider module. |
| NPI_PROVIDER_ATTACH_CLIENT_FN A provider module's ProviderAttachClient callback function attaches the provider module to a client module. |
| NPI_PROVIDER_CLEANUP_BINDING_CONTEXT_FN A provider module's ProviderCleanupBindingContext callback function performs any necessary cleanup and deallocation of the provider module's binding context after the provider module and a client module have detached from one another. |
| NPI_PROVIDER_DETACH_CLIENT_FN A provider module's ProviderDetachClient callback function detaches the provider module from a client module. |
| OPEN_NDK_ADAPTER_HANDLER The OpenNDKAdapterHandler (OPEN_NDK_ADAPTER_HANDLER) function opens an NDK adapter instance on an NDK-capable NDIS miniport adapter. |
| PFN_WSK_ABORT_EVENT The WskAbortEvent event callback function notifies a WSK application that an incoming connection request on a listening socket that has conditional accept mode enabled has been dropped. |
| PFN_WSK_ACCEPT The WskAccept function accepts an incoming connection on a listening socket. |
| PFN_WSK_ACCEPT_EVENT The WskAcceptEvent event callback function notifies a WSK application that an incoming connection on a listening socket has been accepted. |
| PFN_WSK_BIND The WskBind function binds a socket to a local transport address. |
| PFN_WSK_CLIENT_EVENT The WskClientEvent event callback function notifies a WSK application about events that are not specific to a particular socket. |
| PFN_WSK_CLOSE_SOCKET The WskCloseSocket function closes a socket and frees any associated resources. |
| PFN_WSK_CONNECT The WskConnect function connects a connection-oriented or stream socket to a remote transport address. |
| PFN_WSK_CONNECT_EX The WskConnectEx function connects a connection-oriented or stream socket to a remote transport address.WskConnectEx is similar to WskConnect except that it can also optionally send a buffer of data during or after connection synchronization. |
| PFN_WSK_CONTROL_CLIENT The WskControlClient function performs control operations on a WSK client object. |
| PFN_WSK_CONTROL_SOCKET The WskControlSocket function performs control operations on a socket. |
| PFN_WSK_DISCONNECT The WskDisconnect function disconnects a connection-oriented or stream socket from a remote transport address. |
| PFN_WSK_DISCONNECT_EVENT The WskDisconnectEvent event callback function notifies a WSK application that a connection on a connection-oriented socket has been disconnected by the remote application. |
| PFN_WSK_FREE_ADDRESS_INFO The WskFreeAddressInfo function frees address information that the WskGetAddressInfo function has dynamically allocated. |
| PFN_WSK_GET_ADDRESS_INFO The WskGetAddressInfo function performs protocol-independent translation from a host name to a transport address. |
| PFN_WSK_GET_LOCAL_ADDRESS The WskGetLocalAddress function retrieves the local transport address of a socket. |
| PFN_WSK_GET_NAME_INFO The WskGetNameInfo function provides protocol-independent translation from a transport address to a host name. |
| PFN_WSK_GET_REMOTE_ADDRESS The WskGetRemoteAddress function retrieves the remote transport address of a connection-oriented or stream socket. |
| PFN_WSK_INSPECT_COMPLETE The WskInspectComplete function completes the inspection of a previously pended incoming connection request that was received on a listening socket that has conditional accept mode enabled. |
| PFN_WSK_INSPECT_EVENT The WskInspectEvent event callback function notifies a WSK application that an incoming connection request on a listening socket that has conditional accept mode enabled has been received. |
| PFN_WSK_LISTEN The WskListen function enables a stream socket to listen for incoming connections at the socket's bound address. |
| PFN_WSK_RECEIVE The WskReceive function receives data over a connection-oriented or stream socket from a remote transport address. |
| PFN_WSK_RECEIVE_EVENT The WskReceiveEvent event callback function notifies a WSK application that data has been received on a connection-oriented socket. |
| PFN_WSK_RECEIVE_FROM The WskReceiveFrom function receives a datagram and any associated control information from a remote transport address. |
| PFN_WSK_RECEIVE_FROM_EVENT The WskReceiveFromEvent event callback function notifies a WSK application that one or more datagrams have been received on a datagram socket. |
| PFN_WSK_RELEASE_DATA_INDICATION_LIST The WskRelease function releases a linked list of WSK_DATA_INDICATION structures that was previously retained by a WSK application. |
| PFN_WSK_RELEASE_DATAGRAM_INDICATION_LIST The WskRelease function releases a linked list of WSK_DATAGRAM_INDICATION structures that was previously retained by a WSK application. |
| PFN_WSK_SEND The WskSend function sends data over a connection-oriented or stream socket to a remote transport address. |
| PFN_WSK_SEND_BACKLOG_EVENT The WskSendBacklogEvent event callback function notifies a WSK application when the ideal send backlog size changes for a connection-oriented socket. |
| PFN_WSK_SEND_MESSAGES The WskSendMessages function sends multiple datagrams to a remote transport address. |
| PFN_WSK_SEND_TO The WskSendTo function sends datagram data to a remote transport address. |
| PFN_WSK_SOCKET The WskSocket function creates a new socket and returns a pointer to the associated socket object. |
| PFN_WSK_SOCKET_CONNECT The WskSocketConnect function creates a new connection-oriented socket, binds it to a local transport address, connects it to a given remote transport address, and returns a pointer to the associated socket object. |
| PROTOCOL_BIND_ADAPTER_EX NDIS calls a protocol driver's ProtocolBindAdapterEx function to request the driver to bind to a miniport adapter.Note You must declare the function by using the PROTOCOL_BIND_ADAPTER_EX type. |
| PROTOCOL_CL_ADD_PARTY_COMPLETE The ProtocolClAddPartyComplete function is required for connection-oriented NDIS clients that set up multipoint connections. |
| PROTOCOL_CL_CALL_CONNECTED The ProtocolClCallConnected function is used by connection-oriented NDIS clients that accept incoming calls. |
| PROTOCOL_CL_CLOSE_AF_COMPLETE The ProtocolClCloseAfComplete function is used by connection-oriented NDIS clients. |
| PROTOCOL_CL_CLOSE_CALL_COMPLETE The ProtocolClCloseCallComplete function is used by connection-oriented NDIS clients. |
| PROTOCOL_CL_DEREGISTER_SAP_COMPLETE The ProtocolClDeregisterSapComplete function is used by connection-oriented NDIS clients. |
| PROTOCOL_CL_DROP_PARTY_COMPLETE The ProtocolClDropPartyComplete function is used by connection-oriented NDIS clients that set up multipoint connections. |
| PROTOCOL_CL_INCOMING_CALL The ProtocolClIncomingCall function is used by connection-oriented clients that accept incoming calls. |
| PROTOCOL_CL_INCOMING_CALL_QOS_CHANGE The ProtocolClIncomingCallQoSChange function is used by connection-oriented clients on networks that support dynamic quality-of-service. |
| PROTOCOL_CL_INCOMING_CLOSE_CALL The ProtocolClIncomingCloseCall function is used by all connection-oriented NDIS clients. |
| PROTOCOL_CL_INCOMING_DROP_PARTY The ProtocolClIncomingDropParty function is used by connection-oriented NDIS clients that set up multipoint connections. |
| PROTOCOL_CL_MAKE_CALL_COMPLETE The ProtocolClMakeCallComplete function is used by connection-oriented NDIS clients that make outgoing calls. |
| PROTOCOL_CL_MODIFY_CALL_QOS_COMPLETE The ProtocolClModifyCallQoSComplete function is used by connection-oriented NDIS clients that can modify the quality of service on a connection dynamically. |
| PROTOCOL_CL_NOTIFY_CLOSE_AF The ProtocolClNotifyCloseAf function notifies a CoNDIS client that the client should close the associated address family (AF).Note You must declare the function by using the PROTOCOL_CL_NOTIFY_CLOSE_AF type. |
| PROTOCOL_CL_OPEN_AF_COMPLETE_EX The ProtocolClOpenAfCompleteEx function completes the opening of an address family (AF) that was started when a CoNDIS client called the NdisClOpenAddressFamilyEx function.Note You must declare the function by using the PROTOCOL_CL_OPEN_AF_COMPLETE_EX type. For more information, see the following Examples section. |
| PROTOCOL_CL_REGISTER_SAP_COMPLETE A connection-oriented NDIS client that accepts incoming calls must have a ProtocolClRegisterSapComplete function to complete the asynchronous operations that it initiates with NdisClRegisterSap. |
| PROTOCOL_CLOSE_ADAPTER_COMPLETE_EX NDIS calls a protocol driver's ProtocolCloseAdapterCompleteEx function to complete a close adapter operation for which the NdisCloseAdapterEx function returned NDIS_STATUS_PENDING.Note You must declare the function by using the PROTOCOL_CLOSE_ADAPTER_COMPLETE_EX type. For more information, see the following Examples section. |
| PROTOCOL_CM_ACTIVATE_VC_COMPLETE The ProtocolCmActivateVcComplete function is required. |
| PROTOCOL_CM_ADD_PARTY The ProtocolCmAddParty function is a required function. |
| PROTOCOL_CM_CLOSE_AF The ProtocolCmCloseAf function is a required function that releases per-open resources for an address family that a call manager supports.Note You must declare the function by using the PROTOCOL_CM_CLOSE_AF type. |
| PROTOCOL_CM_CLOSE_CALL The ProtocolCmCloseCall function is a required function that terminates an existing call and releases any resources that the call manager allocated for the call.Note You must declare the function by using the PROTOCOL_CM_CLOSE_CALL type. |
| PROTOCOL_CM_DEACTIVATE_VC_COMPLETE The ProtocolCmDeactivateVcComplete function is a required function. |
| PROTOCOL_CM_DEREGISTER_SAP The ProtocolCmDeregisterSap function is required. |
| PROTOCOL_CM_DROP_PARTY The ProtocolCmDropParty function is required. |
| PROTOCOL_CM_INCOMING_CALL_COMPLETE The ProtocolCmIncomingCallComplete function is required. |
| PROTOCOL_CM_MAKE_CALL The ProtocolCmMakeCall function is a required function that sets up media specific parameters for a virtual connection (VC) and activates the virtual connection.Note You must declare the function by using the PROTOCOL_CM_MAKE_CALL type. |
| PROTOCOL_CM_MODIFY_QOS_CALL The ProtocolCmModifyCallQoS function is required. |
| PROTOCOL_CM_NOTIFY_CLOSE_AF_COMPLETE The ProtocolCmNotifyCloseAfComplete function indicates that a client has completed the closing of an address family (AF) that a stand-alone call manager or miniport call manager (MCM) started by calling the NdisCmNotifyCloseAddressFamily or NdisMCmNotifyCloseAddressFamily function, respectively.Note You must declare the function by using the PROTOCOL_CM_NOTIFY_CLOSE_AF_COMPLETE type. For more information, see the following Examples section. |
| PROTOCOL_CM_OPEN_AF The ProtocolCmOpenAf function is required. |
| PROTOCOL_CM_REG_SAP The ProtocolCmRegisterSap function is a required function that is called by NDIS to request that a call manager register a SAP (service access point) on behalf of a connection-oriented client.Note You must declare the function by using the PROTOCOL_CM_REG_SAP type. For more information, see the following Examples section. |
| PROTOCOL_CO_AF_REGISTER_NOTIFY The ProtocolCoAfRegisterNotify function is used by connection-oriented NDIS clients. |
| PROTOCOL_CO_CREATE_VC The ProtocolCoCreateVc function is a required function that allocates resources necessary for a call manager or client to activate and maintain a virtual connection (VC).Note You must declare the function by using the PROTOCOL_CO_CREATE_VC type. |
| PROTOCOL_CO_DELETE_VC The ProtocolCoDeleteVc function is required. |
| PROTOCOL_CO_OID_REQUEST The ProtocolCoOidRequest function handles OID requests that CoNDIS clients or stand-alone call managers initiate by calls to the NdisCoOidRequest function or that a miniport call manager (MCM) driver initiates by calls to the NdisMCmOidRequest function.Note You must declare the function by using the PROTOCOL_CO_OID_REQUEST type. For more information, see the following Examples section. |
| PROTOCOL_CO_OID_REQUEST_COMPLETE The ProtocolCoOidRequestComplete function completes the processing of an asynchronous CoNDIS OID request.Note You must declare the function by using the PROTOCOL_CO_OID_REQUEST_COMPLETE type. |
| PROTOCOL_CO_RECEIVE_NET_BUFFER_LISTS The ProtocolCoReceiveNetBufferLists function processes receive indications from underlying drivers.Note You must declare the function by using the PROTOCOL_CO_RECEIVE_NET_BUFFER_LISTS type. |
| PROTOCOL_CO_SEND_NET_BUFFER_LISTS_COMPLETE The ProtocolCoSendNetBufferListsComplete function completes a send operation that the protocol driver initiated with a call to the NdisCoSendNetBufferLists function.Note You must declare the function by using the PROTOCOL_CO_SEND_NET_BUFFER_LISTS_COMPLETE type. For more information, see the following Examples section. |
| PROTOCOL_CO_STATUS_EX The ProtocolCoStatusEx function indicates status changes from underlying connection-oriented drivers or from NDIS.Note You must declare the function by using the PROTOCOL_CO_STATUS_EX type. |
| PROTOCOL_DIRECT_OID_REQUEST_COMPLETE The ProtocolDirectOidRequestComplete function completes the processing of a protocol driver-initiated direct OID request for which the NdisDirectOidRequest function returned NDIS_STATUS_PENDING.Note You must declare the function by using the PROTOCOL_DIRECT_OID_REQUEST_COMPLETE type. For more information, see the following Examples section. |
| PROTOCOL_NET_PNP_EVENT NDIS calls the ProtocolNetPnPEvent function to indicate a network Plug and Play event, an NDIS PnP event, or a power management event to a protocol driver.Note You must declare the function by using the PROTOCOL_NET_PNP_EVENT type. |
| PROTOCOL_OID_REQUEST_COMPLETE The ProtocolOidRequestComplete function completes the processing of a protocol driver-initiated OID request for which the NdisOidRequest function returned NDIS_STATUS_PENDING.Note You must declare the function by using the PROTOCOL_OID_REQUEST_COMPLETE type. For more information, see the following Examples section. |
| PROTOCOL_OPEN_ADAPTER_COMPLETE_EX NDIS calls a protocol driver's ProtocolOpenAdapterCompleteEx function to complete an open adapter operation for which the NdisOpenAdapterEx function returned NDIS_STATUS_PENDING.Note You must declare the function by using the PROTOCOL_OPEN_ADAPTER_COMPLETE_EX type. For more information, see the following Examples section. |
| PROTOCOL_RECEIVE_NET_BUFFER_LISTS The ProtocolReceiveNetBufferLists function processes receive indications from underlying drivers.Note You must declare the function by using the PROTOCOL_RECEIVE_NET_BUFFER_LISTS type. |
| PROTOCOL_SEND_NET_BUFFER_LISTS_COMPLETE The ProtocolSendNetBufferListsComplete function completes a send operation that the protocol driver initiated with a call to the NdisSendNetBufferLists function.Note You must declare the function by using the PROTOCOL_SEND_NET_BUFFER_LISTS_COMPLETE type. For more information, see the following Examples section. |
| PROTOCOL_STATUS_EX The ProtocolStatusEx function indicates status-changes from underlying connectionless drivers or NDIS.Note You must declare the function by using the PROTOCOL_STATUS_EX type. |
| PROTOCOL_UNBIND_ADAPTER_EX NDIS calls a protocol driver's ProtocolUnbindAdapterEx function to request the driver to unbind from an underlying miniport adapter.Note You must declare the function by using the PROTOCOL_UNBIND_ADAPTER_EX type. |
| PROTOCOL_UNINSTALL NDIS calls a protocol driver's ProtocolUninstall function to perform cleanup operations before a protocol driver is uninstalled.Note You must declare the function by using the PROTOCOL_UNINSTALL type. |
| QUERY_OFFLOAD_COMPLETE_HANDLER NDIS calls a protocol driver's or intermediate driver's ProtocolQueryOffloadComplete function to complete a query offload operation that the driver previously initiated by calling the NdisQueryOffload function. |
| RIL_AddCallForwarding Microsoft reserves the RIL_AddCallForwarding function for internal use only. Don't use this function in your code. |
| RIL_AvoidCDMASystem Microsoft reserves the RIL_AvoidCDMASystem function for internal use only. Don't use this function in your code. |
| RIL_CancelGetOperatorList Microsoft reserves the RIL_CancelGetOperatorList function for internal use only. Don't use this function in your code. |
| RIL_CancelSupServiceDataSession Microsoft reserves the RIL_CancelSupServiceDataSession function for internal use only. Don't use this function in your code. |
| RIL_ChangeCallBarringPassword Microsoft reserves the RIL_ChangeCallBarringPassword function for internal use only. Don't use this function in your code. |
| RIL_ChangeUiccLockPassword Microsoft reserves the RIL_ChangeUiccLockPassword function for internal use only. Don't use this function in your code. |
| RIL_CloseUiccLogicalChannel Microsoft reserves the RIL_CloseUiccLogicalChannel function for internal use only. Don't use this function in your code. |
| RIL_CloseUiccLogicalChannelGroup Microsoft reserves the RIL_CloseUiccLogicalChannelGroup function for internal use only. Don't use this function in your code. |
| RIL_DeactivatePerso Microsoft reserves the RIL_DeactivatePerso function for internal use only. Don't use this function in your code. |
| RIL_Deinitialize Microsoft reserves the RIL_Deinitialize function for internal use only. Don't use this function in your code. |
| RIL_DeleteAdditionalNumberString Microsoft reserves the RIL_DeleteAdditionalNumberString function for internal use only. Don't use this function in your code. |
| RIL_DeleteMsg Microsoft reserves the RIL_DeleteMsg function for internal use only. Don't use this function in your code. |
| RIL_DeletePhonebookEntry Microsoft reserves the RIL_DeletePhonebookEntry function for internal use only. Don't use this function in your code. |
| RIL_DevSpecific Microsoft reserves the RIL_DevSpecific function for internal use only. Don't use this function in your code. |
| RIL_Dial Microsoft reserves the RIL_Dial function for internal use only. Don't use this function in your code. |
| RIL_Dial_V1 Microsoft reserves the RIL_Dial_V1 function for internal use only. Don't use this function in your code. |
| RIL_DisableModemFilters Microsoft reserves the RIL_DisableModemFilters function for internal use only. Don't use this function in your code. |
| RIL_DisableNotifications Microsoft reserves the RIL_DisableNotifications function for internal use only. Don't use this function in your code. |
| RIL_DrainModemLogs Microsoft reserves the RIL_DrainModemLogs function for internal use only. Don't use this function in your code. |
| RIL_EmergencyModeControl Microsoft reserves the RIL_EmergencyModeControl function for internal use only. Don't use this function in your code. |
| RIL_EnableModemFilters Microsoft reserves the RIL_EnableModemFilters function for internal use only. Don't use this function in your code. |
| RIL_EnableNotifications Microsoft reserves the RIL_EnableNotifications function for internal use only. Don't use this function in your code. |
| RIL_EnumerateSlots Microsoft reserves the RIL_EnumerateSlots function for internal use only. Don't use this function in your code. |
| RIL_ExchangeUiccAPDU Microsoft reserves the RIL_ExchangeUiccAPDU function for internal use only. Don't use this function in your code. |
| RIL_GetAllAdditionalNumberStrings Microsoft reserves the RIL_GetAllAdditionalNumberStrings function for internal use only. Don't use this function in your code. |
| RIL_GetAllEmergencyNumbers Microsoft reserves the RIL_GetAllEmergencyNumbers function for internal use only. Don't use this function in your code. |
| RIL_GetCallBarringStatus Microsoft reserves the RIL_GetCallBarringStatus function for internal use only. Don't use this function in your code. |
| RIL_GetCallerIdSettings Microsoft reserves the RIL_GetCallerIdSettings function for internal use only. Don't use this function in your code. |
| RIL_GetCallForwardingSettings Microsoft reserves the RIL_GetCallForwardingSettings function for internal use only. Don't use this function in your code. |
| RIL_GetCallList Microsoft reserves the RIL_GetCallList function for internal use only. Don't use this function in your code. |
| RIL_GetCallWaitingSettings Microsoft reserves the RIL_GetCallWaitingSettings function for internal use only. Don't use this function in your code. |
| RIL_GetCardInfo Microsoft reserves the RIL_GetCardInfo function for internal use only. Don't use this function in your code. |
| RIL_GetCellBroadcastMsgConfig Microsoft reserves the RIL_GetCellBroadcastMsgConfig function for internal use only. Don't use this function in your code. |
| RIL_GetCurrentRegStatus Microsoft reserves the RIL_GetCurrentRegStatus function for internal use only. Don't use this function in your code. |
| RIL_GetDevCaps Microsoft reserves the RIL_GetDevCaps function for internal use only. Don't use this function in your code. |
| RIL_GetDeviceInfo Microsoft reserves the RIL_GetDeviceInfo function for internal use only. Don't use this function in your code. |
| RIL_GetDialedIdSettings Microsoft reserves the RIL_GetDialedIdSettings function for internal use only. Don't use this function in your code. |
| RIL_GetDMProfileConfigInfo Microsoft reserves the RIL_GetDMProfileConfigInfo function for internal use only. Don't use this function in your code. |
| RIL_GetDriverVersion Microsoft reserves the RIL_GetDriverVersion function for internal use only. Don't use this function in your code. |
| RIL_GetEmergencyMode Microsoft reserves the RIL_GetEmergencyMode function for internal use only. Don't use this function in your code. |
| RIL_GetEquipmentState Microsoft reserves the RIL_GetEquipmentState function for internal use only. Don't use this function in your code. |
| RIL_GetExecutorConfig Microsoft reserves the RIL_GetExecutorConfig function for internal use only. Don't use this function in your code. |
| RIL_GetExecutorFocus Microsoft reserves the RIL_GetExecutorFocus function for internal use only. Don't use this function in your code. |
| RIL_GetExecutorRFState Microsoft reserves the RIL_GetExecutorRFState function for internal use only. Don't use this function in your code. |
| RIL_GetHideConnectedIdSettings Microsoft reserves the RIL_GetHideConnectedIdSettings function for internal use only. Don't use this function in your code. |
| RIL_GetHideIdSettings Microsoft reserves the RIL_GetHideIdSettings function for internal use only. Don't use this function in your code. |
| RIL_GetIMSI Microsoft reserves the RIL_GetIMSI function for internal use only. Don't use this function in your code. |
| RIL_GetIMSStatus Microsoft reserves the RIL_GetIMSStatus function for internal use only. Don't use this function in your code. |
| RIL_GetMsgInUiccStatus Microsoft reserves the RIL_GetMsgInUiccStatus function for internal use only. Don't use this function in your code. |
| RIL_GetMsgServiceOptions Microsoft reserves the RIL_GetMsgServiceOptions function for internal use only. Don't use this function in your code. |
| RIL_GetNotificationFilterState Microsoft reserves the RIL_GetNotificationFilterState function for internal use only. Don't use this function in your code. |
| RIL_GetNumberOfModems Microsoft reserves the RIL_GetNumberOfModems function for internal use only. Don't use this function in your code. |
| RIL_GetOperatorList Microsoft reserves the RIL_GetOperatorList function for internal use only. Don't use this function in your code. |
| RIL_GetPersoDeactivationState Microsoft reserves the RIL_GetPersoDeactivationState function for internal use only. Don't use this function in your code. |
| RIL_GetPhonebookOptions Microsoft reserves the RIL_GetPhonebookOptions function for internal use only. Don't use this function in your code. |
| RIL_GetPositionInfo Microsoft reserves the RIL_GetPositionInfo function for internal use only. Don't use this function in your code. |
| RIL_GetPreferredOperatorList Microsoft reserves the RIL_GetPreferredOperatorList function for internal use only. Don't use this function in your code. |
| RIL_GetPSMediaConfiguration Microsoft reserves the RIL_GetPSMediaConfiguration function for internal use only. Don't use this function in your code. |
| RIL_GetRadioConfiguration Microsoft reserves the RIL_GetRadioConfiguration function for internal use only. Don't use this function in your code. |
| RIL_GetRadioStateDetails Microsoft reserves the RIL_GetRadioStateDetails function for internal use only. Don't use this function in your code. |
| RIL_GetRadioStateGroups Microsoft reserves the RIL_GetRadioStateGroups function for internal use only. Don't use this function in your code. |
| RIL_GetRFState Microsoft reserves the RIL_GetRFState function for internal use only. Don't use this function in your code. |
| RIL_GetSignalQuality Microsoft reserves the RIL_GetSignalQuality function for internal use only. Don't use this function in your code. |
| RIL_GetSMSC Microsoft reserves the RIL_GetSMSC function for internal use only. Don't use this function in your code. |
| RIL_GetSubscriberNumbers Microsoft reserves the RIL_GetSubscriberNumbers function for internal use only. Don't use this function in your code. |
| RIL_GetSystemSelectionPrefs Microsoft reserves the RIL_GetSystemSelectionPrefs function for internal use only. Don't use this function in your code. |
| RIL_GetUiccAppPersoCheckState Microsoft reserves the RIL_GetUiccAppPersoCheckState function for internal use only. Don't use this function in your code. |
| RIL_GetUiccATR Microsoft reserves the RIL_GetUiccATR function for internal use only. Don't use this function in your code. |
| RIL_GetUiccLockState Microsoft reserves the RIL_GetUiccLockState function for internal use only. Don't use this function in your code. |
| RIL_GetUiccPRLID Microsoft reserves the RIL_GetUiccPRLID function for internal use only. Don't use this function in your code. |
| RIL_GetUiccRecordStatus Microsoft reserves the RIL_GetUiccRecordStatus function for internal use only. Don't use this function in your code. |
| RIL_GetUiccServiceLock Microsoft reserves the RIL_GetUiccServiceLock function for internal use only. Don't use this function in your code. |
| RIL_GetUiccServiceState Microsoft reserves the RIL_GetUiccServiceState function for internal use only. Don't use this function in your code. |
| RIL_GetUiccToolkitProfile Microsoft reserves the RIL_GetUiccToolkitProfile function for internal use only. Don't use this function in your code. |
| RIL_Initialize Microsoft reserves the RIL_Initialize function for internal use only. Don't use this function in your code. |
| RIL_ManageCalls Microsoft reserves the RIL_ManageCalls function for internal use only. Don't use this function in your code. |
| RIL_ManageCalls_V1 Microsoft reserves the RIL_ManageCalls_V1 function for internal use only. Don't use this function in your code. |
| RIL_ManageCalls_V2 Microsoft reserves the RIL_ManageCalls_V2 function for internal use only. Don't use this function in your code. |
| RIL_ManageCalls_V3 Microsoft reserves the RIL_ManageCalls_V3 function for internal use only. Don't use this function in your code. |
| RIL_OpenUiccLogicalChannel Microsoft reserves the RIL_OpenUiccLogicalChannel function for internal use only. Don't use this function in your code. |
| RIL_RadioStateGetPasswordRetryCount Microsoft reserves the RIL_RadioStateGetPasswordRetryCount function for internal use only. Don't use this function in your code. |
| RIL_RadioStatePasswordCompare Microsoft reserves the RIL_RadioStatePasswordCompare function for internal use only. Don't use this function in your code. |
| RIL_ReadMsg Microsoft reserves the RIL_ReadMsg function for internal use only. Don't use this function in your code. |
| RIL_ReadPhonebookEntries Microsoft reserves the RIL_ReadPhonebookEntries function for internal use only. Don't use this function in your code. |
| RIL_RegisterUiccToolkitService Microsoft reserves the RIL_RegisterUiccToolkitService function for internal use only. Don't use this function in your code. |
| RIL_RemoveCallForwarding Microsoft reserves the RIL_RemoveCallForwarding function for internal use only. Don't use this function in your code. |
| RIL_ResetModem Microsoft reserves the RIL_ResetModem function for internal use only. Don't use this function in your code. |
| RIL_SendDTMF Microsoft reserves the RIL_SendDTMF function for internal use only. Don't use this function in your code. |
| RIL_SendFlash Microsoft reserves the RIL_SendFlash function for internal use only. Don't use this function in your code. |
| RIL_SendMsg Microsoft reserves the RIL_SendMsg function for internal use only. Don't use this function in your code. |
| RIL_SendMsgAck Microsoft reserves the RIL_SendMsgAck function for internal use only. Don't use this function in your code. |
| RIL_SendMsgAck_V1 Microsoft reserves the RIL_SendMsgAck_V1 function for internal use only. Don't use this function in your code. |
| RIL_SendRestrictedUiccCmd Microsoft reserves the RIL_SendRestrictedUiccCmd function for internal use only. Don't use this function in your code. |
| RIL_SendRTT Microsoft reserves the RIL_SendRTT function for internal use only. Don't use this function in your code. |
| RIL_SendSupServiceData Microsoft reserves the RIL_SendSupServiceData function for internal use only. Don't use this function in your code. |
| RIL_SendSupServiceDataResponse Microsoft reserves the RIL_SendSupServiceDataResponse function for internal use only. Don't use this function in your code. |
| RIL_SendUiccToolkitCmdResponse Microsoft reserves the RIL_SendUiccToolkitCmdResponse function for internal use only. Don't use this function in your code. |
| RIL_SendUiccToolkitEnvelope Microsoft reserves the RIL_SendUiccToolkitEnvelope function for internal use only. Don't use this function in your code. |
| RIL_SetCallBarringStatus Microsoft reserves the RIL_SetCallBarringStatus function for internal use only. Don't use this function in your code. |
| RIL_SetCallForwardingStatus Microsoft reserves the RIL_SetCallForwardingStatus function for internal use only. Don't use this function in your code. |
| RIL_SetCallWaitingStatus Microsoft reserves the RIL_SetCallWaitingStatus function for internal use only. Don't use this function in your code. |
| RIL_SetCellBroadcastMsgConfig Microsoft reserves the RIL_SetCellBroadcastMsgConfig function for internal use only. Don't use this function in your code. |
| RIL_SetDMProfileConfigInfo Microsoft reserves the RIL_SetDMProfileConfigInfo function for internal use only. Don't use this function in your code. |
| RIL_SetEquipmentState Microsoft reserves the RIL_SetEquipmentState function for internal use only. Don't use this function in your code. |
| RIL_SetExecutorConfig Microsoft reserves the RIL_SetExecutorConfig function for internal use only. Don't use this function in your code. |
| RIL_SetExecutorFocus Microsoft reserves the RIL_SetExecutorFocus function for internal use only. Don't use this function in your code. |
| RIL_SetExecutorRFState Microsoft reserves the RIL_SetExecutorRFState function for internal use only. Don't use this function in your code. |
| RIL_SetGeolocationData Microsoft reserves the RIL_SetGeolocationData function for internal use only. Don't use this function in your code. |
| RIL_SetMsgInUiccStatus Microsoft reserves the RIL_SetMsgInUiccStatus function for internal use only. Don't use this function in your code. |
| RIL_SetMsgMemoryStatus Microsoft reserves the RIL_SetMsgMemoryStatus function for internal use only. Don't use this function in your code. |
| RIL_SetNotificationFilterState Microsoft reserves the RIL_SetNotificationFilterState function for internal use only. Don't use this function in your code. |
| RIL_SetPreferredOperatorList Microsoft reserves the RIL_SetPreferredOperatorList function for internal use only. Don't use this function in your code. |
| RIL_SetPSMediaConfiguration Microsoft reserves the RIL_SetPSMediaConfiguration function for internal use only. Don't use this function in your code. |
| RIL_SetRadioConfiguration Microsoft reserves the RIL_SetRadioConfiguration function for internal use only. Don't use this function in your code. |
| RIL_SetRadioStateDetails Microsoft reserves the RIL_SetRadioStateDetails function for internal use only. Don't use this function in your code. |
| RIL_SetRFState Microsoft reserves the RIL_SetRFState function for internal use only. Don't use this function in your code. |
| RIL_SetRFState_V1 Microsoft reserves the RIL_SetRFState_V1 function for internal use only. Don't use this function in your code. |
| RIL_SetSlotPower Microsoft reserves the RIL_SetSlotPower function for internal use only. Don't use this function in your code. |
| RIL_SetSMSC Microsoft reserves the RIL_SetSMSC function for internal use only. Don't use this function in your code. |
| RIL_SetSystemSelectionPrefs Microsoft reserves the RIL_SetSystemSelectionPrefs function for internal use only. Don't use this function in your code. |
| RIL_SetSystemSelectionPrefs_V1 Microsoft reserves the RIL_SetSystemSelectionPrefs_V1 function for internal use only. Don't use this function in your code. |
| RIL_SetUiccLockEnabled Microsoft reserves the RIL_SetUiccLockEnabled function for internal use only. Don't use this function in your code. |
| RIL_SetUiccServiceState Microsoft reserves the RIL_SetUiccServiceState function for internal use only. Don't use this function in your code. |
| RIL_SetUiccToolkitProfile Microsoft reserves the RIL_SetUiccToolkitProfile function for internal use only. Don't use this function in your code. |
| RIL_StartDTMF Microsoft reserves the RIL_StartDTMF function for internal use only. Don't use this function in your code. |
| RIL_StartModemLogs Microsoft reserves the RIL_StartModemLogs function for internal use only. Don't use this function in your code. |
| RIL_StopDTMF Microsoft reserves the RIL_StopDTMF function for internal use only. Don't use this function in your code. |
| RIL_StopModemLogs Microsoft reserves the RIL_StopModemLogs function for internal use only. Don't use this function in your code. |
| RIL_UnblockUiccLock Microsoft reserves the RIL_UnblockUiccLock function for internal use only. Don't use this function in your code. |
| RIL_VerifyUiccLock Microsoft reserves the RIL_VerifyUiccLock function for internal use only. Don't use this function in your code. |
| RIL_WatchUiccFileChange Microsoft reserves the RIL_WatchUiccFileChange function for internal use only. Don't use this function in your code. |
| RIL_WriteAdditionalNumberString Microsoft reserves the RIL_WriteAdditionalNumberString function for internal use only. Don't use this function in your code. |
| RIL_WriteMsg Microsoft reserves the RIL_WriteMsg function for internal use only. Don't use this function in your code. |
| RIL_WritePhonebookEntry Microsoft reserves the RIL_WritePhonebookEntry function for internal use only. Don't use this function in your code. |
| SET_OPTIONS NDIS calls a driver's XxxSetOptions function to allow the driver to register optional services. |
| TCP_OFFLOAD_DISCONNECT_COMPLETE_HANDLER NDIS calls a protocol driver's or intermediate driver's ProtocolTcpOffloadDisconnectComplete function to complete a disconnect operation that the driver previously initiated by calling the NdisOffloadTcpDisconnect function. |
| TCP_OFFLOAD_EVENT_HANDLER NDIS calls a protocol driver's or intermediate driver's ProtocolIndicateOffloadEvent function to post an indication that was initiated by an underlying driver's or offload target's call to the NdisTcpOffloadEventHandler function. |
| TCP_OFFLOAD_FORWARD_COMPLETE_HANDLER NDIS calls a protocol or intermediate driver's ProtocolTcpOffloadForwardComplete function to complete a forward operation that the driver previously initiated by calling the NdisOffloadTcpForward function. |
| TCP_OFFLOAD_RECEIVE_INDICATE_HANDLER NDIS calls a protocol driver's or intermediate driver's ProtocolTcpOffloadReceiveIndicate function to deliver received data that is being indicated by an underlying driver or offload target. |
| TCP_OFFLOAD_RECV_COMPLETE_HANDLER NDIS calls a protocol or intermediate driver's ProtocolTcpOffloadReceiveComplete function to complete a receive operation that the driver previously initiated by calling the NdisOffloadTcpReceive function. |
| TCP_OFFLOAD_SEND_COMPLETE_HANDLER NDIS calls a protocol or intermediate driver's ProtocolTcpOffloadSendComplete function to complete a send operation that the driver previously initiated by calling the NdisOffloadTcpSend function. |
| TERMINATE_OFFLOAD_COMPLETE_HANDLER NDIS calls a protocol or intermediate driver's ProtocolTerminateOffloadComplete function to complete a terminate offload operation that the driver previously initiated by calling the NdisTerminateOffload function. |
| UPDATE_OFFLOAD_COMPLETE_HANDLER NDIS calls a protocol driver's or intermediate driver's ProtocolUpdateOffloadComplete function to complete an update offload operation that the driver previously initiated by calling the NdisUpdateOffload function. |
| VMB_CHANNEL_STATE_CHANGE_CALLBACKS_INIT The VMB_CHANNEL_STATE_CHANGE_CALLBACKS_INIT function saves callback functions to be used for state changes for a channel. |
| W_INITIATE_OFFLOAD_HANDLER MiniportInitiateOffload offloads TCP chimney state from the host stack. |
| W_INVALIDATE_OFFLOAD_HANDLER The MiniportInvalidateOffload function invalidates previously offloaded TCP chimney state objects. |
| W_QUERY_OFFLOAD_HANDLER The MiniportQueryOffload function queries previously offloaded TCP chimney state objects. |
| W_TCP_OFFLOAD_DISCONNECT_HANDLER The MiniportTcpOffloadDisconnect function closes the send half of an offloaded TCP connection. |
| W_TCP_OFFLOAD_FORWARD_HANDLER NDIS calls the MiniportTcpOffloadForward function to forward unacknowledged received TCP segments to an offload target. |
| W_TCP_OFFLOAD_RECEIVE_HANDLER NDIS calls the MiniportTcpOffloadReceive function to post receive requests (receive buffers) on an offloaded TCP connection. |
| W_TCP_OFFLOAD_RECEIVE_RETURN_HANDLER NDIS calls the MiniportTcpOffloadReceiveReturn function to return ownership of NET_BUFFER_LIST and associated structures to an offload target. |
| W_TCP_OFFLOAD_SEND_HANDLER NDIS calls the MiniportTcpOffloadSend function to transmit data on an offloaded TCP connection. |
| W_TERMINATE_OFFLOAD_HANDLER The MiniportTerminateOffload function terminates the offload of one or more state objects. |
| W_UPDATE_OFFLOAD_HANDLER The MiniportUpdateOffload function updates previously offloaded TCP chimney state objects. |
| WDI_DEFINE_INDICATION Microsoft reserves the WDI_DEFINE_INDICATION function for internal use only. Don't use this function in your code. |
| WDI_DEFINE_OID Microsoft reserves the WDI_DEFINE_OID function for internal use only. Don't use this function in your code. |
| Wdi_NdisMDeregisterWdiMiniportDriver Microsoft reserves the Wdi_NdisMDeregisterWdiMiniportDriver function for internal use only. Don't use this function in your code. |
| Wdi_NdisMIndicateStatusEx Microsoft reserves the Wdi_NdisMIndicateStatusEx function for internal use only. Don't use this function in your code. |
| Wdi_NdisMOidRequestComplete Microsoft reserves the Wdi_NdisMOidRequestComplete function for internal use only. Don't use this function in your code. |
| Wdi_NdisMRegisterWdiMiniportDriver Microsoft reserves the Wdi_NdisMRegisterWdiMiniportDriver function for internal use only. Don't use this function in your code. |
| WIFI_ADAPTER_POWER_OFFLOAD_RSN_REKEY_CAPABILITIES_INIT The WIFI_ADAPTER_POWER_OFFLOAD_RSN_REKEY_CAPABILITIES_INIT function initializes a WIFI_ADAPTER_POWER_OFFLOAD_RSN_REKEY_CAPABILITIES structure. |
| WIFI_ADAPTER_TX_PEER_ADDRESS_DEMUX_INIT WIFI_ADAPTER_TX_PEER_ADDRESS_DEMUX_INIT initializes a WIFI_ADAPTER_TX_DEMUX structure when the Tx DEMUX type is PEER_ADDRESS. |
| WIFI_ADAPTER_TX_WMMINFO_DEMUX_INIT The WIFI_ADAPTER_TX_WMMINFO_DEMUX_INIT function initializes a WIFI_ADAPTER_TX_DEMUX structure when the Tx DEMUX type is WMMINFO. |
| WIFI_ADAPTER_WAKE_CAPABILITIES_INIT The WIFI_ADAPTER_WAKE_CAPABILITIES_INIT method initializes a WIFI_ADAPTER_WAKE_CAPABILITIES structure. |
| WIFI_BAND_CAPABILITIES_INIT The WIFI_BAND_CAPABILITIES_INIT function initializes a WIFI_BAND_CAPABILITIES structure. |
| WIFI_DEVICE_CAPABILITIES_INIT The WIFI_DEVICE_CAPABILITIES_INIT function initializes a WIFI_DEVICE_CAPABILITIES structure. |
| WIFI_DEVICE_CONFIG_INIT The WIFI_DEVICE_CONFIG_INIT function initializes the WIFI_DEVICE_CONFIG structure. |
| WIFI_PHY_CAPABILITIES_INIT The WIFI_PHY_CAPABILITIES_INIT function initializes a WIFI_PHY_CAPABILITIES structure. |
| WIFI_POWER_OFFLOAD_80211RSNREKEY_PARAMETERS_INIT The WIFI_POWER_OFFLOAD_80211RSNREKEY_PARAMETERS_INIT function initializes a WIFI_POWER_OFFLOAD_80211RSNREKEY_PARAMETERS structure. |
| WIFI_POWER_OFFLOAD_ACTION_FRAME_WAKE_PATTERN_PARAMETERS_INIT The WIFI_POWER_OFFLOAD_ACTION_FRAME_WAKE_PATTERN_PARAMETERS_INIT function initializes a WIFI_POWER_OFFLOAD_ACTION_FRAME_WAKE_PATTERN_PARAMETERS structure. |
| WIFI_POWER_OFFLOAD_LIST_INIT The WIFI_POWER_OFFLOAD_LIST_INIT function initializes a WIFI_POWER_OFFLOAD_LIST structure. |
| WIFI_STATION_CAPABILITIES_INIT The WIFI_STATION_CAPABILITIES_INIT function initializes a WIFI_STATION_CAPABILITIES structure. |
| WIFI_WAKE_SOURCE_LIST_INIT The WIFI_WAKE_SOURCE_LIST_INIT function initializes a WIFI_WAKE_SOURCE_LIST structure. |
| WIFI_WIFIDIRECT_CAPABILITIES_INIT The WIFI_WIFIDIRECT_CAPABILITIES_INIT function initializes a WIFI_WIFIDIRECT_CAPABILITIES structure. |
| WifiAdapterAddPeer Client drivers call WifiAdapterAddPeer to tell the WiFiCx framework that a peer has connected with the given address. |
| WifiAdapterGetPortId The WifiAdapterGetPortId function gets the Wi-Fi adapter port ID. |
| WifiAdapterGetType The WifiAdapterGetType function gets the Wi-Fi adapter type. |
| WifiAdapterInitAddTxDemux The WifiAdapterInitAddTxDemux function adds DEMUX properties for multiple Tx queue support. |
| WifiAdapterInitGetType The WifiAdapterInitGetType function gets the adapter type from the NETADAPTER_INIT object. |
| WifiAdapterInitialize The WifiAdapterInitialize function initializes a newly created NETADAPTER object for WiFiCx. |
| WifiAdapterPowerOffloadSetRsnRekeyCapabilities The WifiAdapterPowerOffloadSetRsnRekeyCapabilities function sets a WiFiCx net adapter's RSN rekey power offload capabilities. |
| WifiAdapterRemovePeer Client drivers call WifiAdapterRemovePeer to tell the WiFiCx framework that a peer has been disconnected. |
| WifiAdapterReportWakeReason The WifiAdapterReportWakeReason function reports to the framework the reason that a Wi-Fi device has generated a wake-up event. |
| WifiAdapterSetWakeCapabilities The WifiAdapterSetWakeCapabilities method sets the wake capabilities for a WiFiCx device. |
| WifiDeviceGetOsWdiVersion The WifiDeviceGetOsWdiVersion function gets the TLV version that WifiCx uses to initialize client driver's TLV parser/generator. |
| WifiDeviceGetPowerOffloadList The WifiDeviceGetPowerOffloadList function gets the list of low power protocol offloads to a WiFiCx net adapter. |
| WifiDeviceGetWakeSourceList The WifiDeviceGetWakeSourceList function gets the list of wake sources for a WiFiCx net adapter. |
| WifiDeviceInitConfig The WifiDeviceInitConfig function initializes WiFiCx device initialization operations. |
| WifiDeviceInitialize The WifiDeviceInitialize function registers the client driver's WiFiCx-specific callback functions. |
| WifiDeviceReceiveIndication WiFiCx drivers call WifiDeviceReceiveIndication to send a status indication to the WiFiCx framework. |
| WifiDeviceSetBandCapabilities The WifiDeviceSetBandCapabilities function sets the band capabilities for a WiFiCx device. |
| WifiDeviceSetDeviceCapabilities The WifiDeviceSetDeviceCapabilities function sets the device capabilities for a WiFiCx device. |
| WifiDeviceSetPhyCapabilities The WifiDeviceSetPhyCapabilities function sets the PHY capabilities for a WiFiCx device. |
| WifiDeviceSetStationCapabilities The WifiDeviceSetStationCapabilities function sets the station capabilities for a WiFiCx device. |
| WifiDeviceSetWiFiDirectCapabilities The WifiDeviceSetWiFiDirectCapabilities function sets the Wi-Fi Direct capabilities for a WiFiCx device. |
| WifiDirectDeviceCreate The WifiDirectDeviceCreate function creates a WIFIDIRECTDEVICE object. |
| WifiDirectDeviceGetPortId The WifiDirectDeviceGetPortId function gets the Wi-Fi Direct port ID. |
| WifiDirectDeviceInitialize The WifiDirectDeviceInitialize function initializes a newly created WIFIDIRECTDEVICE object. |
| WifiExtensionGetExemptionAction The WifiExtensionGetExemptionAction function retrieves the exemption action information for a packet. |
| WifiPowerOffloadGet80211RSNRekeyParameters The WifiPowerOffloadGet80211RSNRekeyParameters function gets parameters for an 802.11 RSN rekey low power protocol offload to a WiFiCx net adapter. |
| WifiPowerOffloadGetActionFrameWakePatternParameters The WifiPowerOffloadGetActionFrameWakePatternParameters function gets the parameters for an action frame wake pattern low power protocol offload to a WiFiCx network adapter. |
| WifiPowerOffloadGetAdapter The WifiPowerOffloadGetAdapter function gets the WiFiCx net adapter for alow power protocol offload. |
| WifiPowerOffloadGetType The WifiPowerOffloadGetType function gets the power offload type for a low power protocol offload to a WiFiCx net adapter. |
| WifiPowerOffloadListGetCount The WifiPowerOffloadListGetCount function gets the number of low power protocol offloads to a WiFiCx net adapter. |
| WifiPowerOffloadListGetElement The WifiPowerOffloadListGetElement function gets a low power protocol offload from a list of offloads to a WiFiCx net adapter. |
| WifiRequestComplete WiFiCx drivers call WifiRequestComplete to complete a request to send a command message to the device. |
| WifiRequestGetInOutBuffer WiFiCx drivers call WifiRequestGetInOutBuffer to get the input/output buffer for a command message. |
| WifiRequestGetMessageId The WifiRequestGetMessageId function returns the ID of a WiFiCx command message. |
| WifiRequestSetBytesNeeded WiFiCx drivers call WifiRequestSetBytesNeeded to set a larger buffer size for a command message. |
| WifiTxQueueGetDemuxPeerAddress The WifiTxQueueGetDemuxPeerAddress function gets the peer address that the WiFiCx framework will use for this queue. |
| WifiTxQueueGetDemuxWmmInfo The WifiTxQueueGetDemuxWmmInfo function gets the priority that the WiFiCx framework will use for this queue. |
| WifiWakeSourceGetAdapter The WifiWakeSourceGetAdapter function gets the WiFiCx net adapter for a wake-up source. |
| WifiWakeSourceGetType The WifiWakeSourceGetType function gets the type for wake-on-LAN (WoL) source from a WiFiCx net adapter. |
| WifiWakeSourceListGetCount The WifiWakeSourceListGetCount function gets the number of wake sources for a WiFiCx net adapter. |
| WifiWakeSourceListGetElement The WifiWakeSourceListGetElement function gets a wake source from the list of wake sources for a WiFiCx net adapter. |
| WskCaptureProviderNPI The WskCaptureProviderNPI function captures a provider Network Programming Interface (NPI) when it becomes available from the WSK subsystem. |
| WskDeregister The WskDeregister function unregisters a WSK application's registration instance that was previously created by WskRegister. |
| WskQueryProviderCharacteristics The WskQueryProviderCharacteristics function queries the range of WSK NPI versions supported by the WSK subsystem. |
| WskRegister The WskRegister function registers a WSK application, given the application's WSK client Network Programming Interface (NPI). |
| WskReleaseProviderNPI The WskReleaseProviderNPI function releases a Network Programming Interface (NPI) that was captured with WskCaptureProviderNPI. |
Structures
| BINARY_DATA The BINARY_DATA structure contains the binary data of a named entry in the registry. |
| DOT11_ADAPTER The DOT11_ADAPTER structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_ADDITIONAL_IE The DOT11_ADDITIONAL_IE structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_ASSOCIATION_COMPLETION_PARAMETERS The DOT11_ASSOCIATION_COMPLETION_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_ASSOCIATION_PARAMS The DOT11_ASSOCIATION_PARAMS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_AUTH_CIPHER_PAIR The DOT11_AUTH_CIPHER_PAIR structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_AUTH_CIPHER_PAIR_LIST The DOT11_AUTH_CIPHER_PAIR_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_AVAILABLE_CHANNEL_LIST The DOT11_AVAILABLE_CHANNEL_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_AVAILABLE_FREQUENCY_LIST The DOT11_AVAILABLE_FREQUENCY_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_BSS_ENTRY The DOT11_BSS_ENTRY structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_BSS_ENTRY_PHY_SPECIFIC_INFO The DOT11_BSS_ENTRY_PHY_SPECIFIC_INFO structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_BSS_LIST The DOT11_BSS_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_BYTE_ARRAY The DOT11_BYTE_ARRAY structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_CAN_SUSTAIN_AP_PARAMETERS The DOT11_CAN_SUSTAIN_AP_PARAMETERS structure specifies the reason why the NIC can sustain an access point (AP). |
| DOT11_CHANNEL_HINT The DOT11_CHANNEL_HINT structure describes suggested channel numbers for an NLO operation. |
| DOT11_CIPHER_ALGORITHM_LIST The DOT11_CIPHER_ALGORITHM_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_CIPHER_DEFAULT_KEY_VALUE The DOT11_CIPHER_DEFAULT_KEY_VALUE structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_CIPHER_KEY_MAPPING_KEY_VALUE The DOT11_CIPHER_KEY_MAPPING_KEY_VALUE structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_CURRENT_OPERATION_MODE The DOT11_CURRENT_OPERATION_MODE structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_DATA_RATE_MAPPING_ENTRY The DOT11_DATA_RATE_MAPPING_ENTRY structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_DISASSOCIATE_PEER_REQUEST The DOT11_DISASSOCIATE_PEER_REQUEST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_DISASSOCIATION_PARAMETERS The DOT11_DISASSOCIATION_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_EAP_RESULT The DOT11_EAP_RESULT structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_ENCAP_ENTRY The DOT11_ENCAP_ENTRY structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_ERP_PHY_ATTRIBUTES The DOT11_ERP_PHY_ATTRIBUTES structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_EXTAP_ATTRIBUTES The DOT11_EXTAP_ATTRIBUTES structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_EXTSTA_ATTRIBUTES The DOT11_EXTSTA_ATTRIBUTES structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_EXTSTA_RECV_CONTEXT The DOT11_EXTSTA_RECV_CONTEXT structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_EXTSTA_SEND_CONTEXT The DOT11_EXTSTA_SEND_CONTEXT structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_GO_NEGOTIATION_CONFIRMATION_SEND_COMPLETE_PARAMETERS The completion parameters for a Group Owner (GO) negotiation confirmation are specified in a DOT11_GO_NEGOTIATION_CONFIRMATION_SEND_COMPLETE_PARAMETERS structure. |
| DOT11_GO_NEGOTIATION_REQUEST_SEND_COMPLETE_PARAMETERS The completion parameters for a Group Owner (GO) negotiation request are specified in a DOT11_GO_NEGOTIATION_REQUEST_SEND_COMPLETE_PARAMETERS structure. |
| DOT11_GO_NEGOTIATION_RESPONSE_SEND_COMPLETE_PARAMETERS The completion parameters for a Group Owner (GO) negotiation response are specified in a DOT11_GO_NEGOTIATION_RESPONSE_SEND_COMPLETE_PARAMETERS structure. |
| DOT11_HRDSSS_PHY_ATTRIBUTES The DOT11_HRDSSS_PHY_ATTRIBUTES structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_IHV_VERSION_INFO The DOT11_IHV_VERSION_INFO structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_INCOMING_ASSOC_COMPLETION_PARAMETERS The DOT11_INCOMING_ASSOC_COMPLETION_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_INCOMING_ASSOC_DECISION The DOT11_INCOMING_ASSOC_DECISION structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_INCOMING_ASSOC_DECISION_V2 Information for an incoming association request is included in a DOT11_INCOMING_ASSOC_DECISION_V2 structure. This structure is sent with an OID_DOT11_INCOMING_ASSOCIATION_DECISION request. |
| DOT11_INCOMING_ASSOC_REQUEST_RECEIVED_PARAMETERS The DOT11_INCOMING_ASSOC_REQUEST_RECEIVED_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_INCOMING_ASSOC_STARTED_PARAMETERS The DOT11_INCOMING_ASSOC_STARTED_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_INVITATION_REQUEST_SEND_COMPLETE_PARAMETERS The completion parameters for a sent invitation request are specified in a DOT11_INVITATION_REQUEST_SEND_COMPLETE_PARAMETERS structure. This structure is sent with an NDIS_STATUS_DOT11_WFD_INVITATION_REQUEST_SEND_COMPLETE request to the miniport. |
| DOT11_INVITATION_RESPONSE_SEND_COMPLETE_PARAMETERS The parameters for an invitation response send completion are specified in a DOT11_INVITATION_RESPONSE_SEND_COMPLETE_PARAMETERS structure. This structure is sent with an NDIS_STATUS_DOT11_WFD_INVITATION_RESPONSE_SEND_COMPLETE indication. |
| DOT11_KEY_ALGO_BIP The DOT11_KEY_ALGO_BIP structure defines a cipher key that is used by the Broadcast Integrity Protocol (BIP) algorithm for management frame integrity protection. |
| DOT11_KEY_ALGO_CCMP The DOT11_KEY_ALGO_CCMP structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_KEY_ALGO_TKIP_MIC The DOT11_KEY_ALGO_TKIP_MIC structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_MAC_ADDRESS The DOT11_MAC_ADDRESS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_MAC_FRAME_STATISTICS The DOT11_MAC_FRAME_STATISTICS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_MAC_INFO The DOT11_MAC_INFO structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_MAC_PARAMETERS The DOT11_MAC_PARAMETERS is the optional input for an OID_DOT11_CREATE_MAC request. The device role is defined in an operation mode bitmask included in this structure. |
| DOT11_MSONEX_RESULT_PARAMS The DOT11_MSONEX_RESULT_PARAMS structure is used to exchange result parameters with an IHV module. |
| DOT11_MSSECURITY_SETTINGS The DOT11_MSSECURITY_SETTINGS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_OFDM_PHY_ATTRIBUTES The DOT11_OFDM_PHY_ATTRIBUTES structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_OFFLOAD_NETWORK The DOT11_OFFLOAD_NETWORK structure describes a network list offload. |
| DOT11_OFFLOAD_NETWORK_LIST_INFO The DOT11_OFFLOAD_NETWORK_LIST_INFO structure describes a network offload-list (NLO). |
| DOT11_OFFLOAD_NETWORK_STATUS_PARAMETERS The DOT11_OFFLOAD_NETWORK_STATUS_PARAMETERS structure indicates the success of the discovery of networks in the offload list. |
| DOT11_PEER_INFO The DOT11_PEER_INFO structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PEER_INFO_LIST The DOT11_PEER_INFO_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PEER_STATISTICS The DOT11_PEER_STATISTICS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PHY_ATTRIBUTES The DOT11_PHY_ATTRIBUTES structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PHY_FRAME_STATISTICS The DOT11_PHY_FRAME_STATISTICS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PHY_FREQUENCY_ADOPTED_PARAMETERS The DOT11_PHY_FREQUENCY_ADOPTED_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PHY_ID_LIST The DOT11_PHY_ID_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PHY_TYPE_INFO The DOT11_PHY_TYPE_INFO structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PORT_STATE The DOT11_PORT_STATE structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_POWER_MGMT_AUTO_MODE_ENABLED_INFO The DOT11_POWER_MGMT_AUTO_MODE_ENABLED structure describes to a device whether to automatically manage its power saving mode. |
| DOT11_POWER_MGMT_MODE_STATUS_INFO The DOT11_POWER_MGMT_MODE_STATUS_INFO structure describes the power mode of the hardware. |
| DOT11_PRIVACY_EXEMPTION The DOT11_PRIVACY_EXEMPTION structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_PROVISION_DISCOVERY_REQUEST_SEND_COMPLETE_PARAMETERS The parameters for a provision discovery request send complete are specified in a DOT11_PROVISION_DISCOVERY_REQUEST_SEND_COMPLETE_PARAMETERS structure. |
| DOT11_PROVISION_DISCOVERY_RESPONSE_SEND_COMPLETE_PARAMETERS The parameters for a provision discovery response are specified in a DOT11_PROVISION_DISCOVERY_RESPONSE_SEND_COMPLETE_PARAMETERS structure. This structure is sent with an NDIS_STATUS_DOT11_WFD_PROVISION_DISCOVERY_RESPONSE_SEND_COMPLETE indication. |
| DOT11_RATE_SET The DOT11_RATE_SET structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_RECEIVED_GO_NEGOTIATION_CONFIRMATION_PARAMETERS The parameters for a received Group Owner (GO) negotiation confirmation are specified in a DOT11_RECEIVED_GO_NEGOTIATION_CONFIRMATION_PARAMETERS structure. |
| DOT11_RECEIVED_GO_NEGOTIATION_REQUEST_PARAMETERS The parameters for a received Group Owner (GO) negotiation request are specified in a DOT11_RECEIVED_GO_NEGOTIATION_REQUEST_PARAMETERS structure. This structure is sent with an NDIS_STATUS_DOT11_WFD_RECEIVED_GO_NEGOTIATION_REQUEST indication. |
| DOT11_RECEIVED_GO_NEGOTIATION_RESPONSE_PARAMETERS The parameters for a received Group Owner (GO) negotiation response are specified in a DOT11_RECEIVED_GO_NEGOTIATION_RESPONSE_PARAMETERS structure. This structure is sent with an NDIS_STATUS_DOT11_WFD_RECEIVED_GO_NEGOTIATION_RESPONSE indication. |
| DOT11_RECEIVED_INVITATION_REQUEST_PARAMETERS The parameters for a received invitation response are specified in a DOT11_RECEIVED_INVITATION_REQUEST_PARAMETERS structure. This structure is sent with an NDIS_STATUS_DOT11_WFD_RECEIVED_INVITATION_REQUEST indication. |
| DOT11_RECEIVED_INVITATION_RESPONSE_PARAMETERS The parameters for a received invitation response are specified in a DOT11_RECEIVED_INVITATION_RESPONSE_PARAMETERS structure. This structure is sent with an NDIS_STATUS_DOT11_WFD_RECEIVED_INVITATION_RESPONSE indication. |
| DOT11_RECEIVED_PROVISION_DISCOVERY_REQUEST_PARAMETERS The parameters for a provision discovery request are specified in a DOT11_RECEIVED_PROVISION_DISCOVERY_REQUEST_PARAMETERS structure. This structure is sent with an NDIS_STATUS_DOT11_WFD_RECEIVED_PROVISION_DISCOVERY_REQUEST indication. |
| DOT11_RECEIVED_PROVISION_DISCOVERY_RESPONSE_PARAMETERS The response parameters for a provision discovery response are specified in a DOT11_RECEIVED_PROVISION_DISCOVERY_RESPONSE_PARAMETERS structure. This structure is sent with an OID_DOT11_WFD_SEND_PROVISION_DISCOVERY_RESPONSE request to the miniport. |
| DOT11_ROAMING_COMPLETION_PARAMETERS The DOT11_ROAMING_COMPLETION_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_ROAMING_START_PARAMETERS The DOT11_ROAMING_START_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SCAN_REQUEST_V2 The DOT11_SCAN_REQUEST_V2 structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SECURITY_PACKET_HEADER The DOT11_SECURITY_PACKET_HEADER structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SEND_GO_NEGOTIATION_CONFIRMATION_PARAMETERS The confirmation parameters for a Group Owner (GO) negotiation response indication are specified in a DOT11_SEND_GO_NEGOTIATION_CONFIRMATION_PARAMETERS structure. |
| DOT11_SEND_GO_NEGOTIATION_RESPONSE_PARAMETERS The parameters for a response to a Group Owner (GO) negotiation request are specified in a DOT11_SEND_GO_NEGOTIATION_RESPONSE_PARAMETERS structure. This structure is sent with an OID_DOT11_WFD_SEND_INVITATION_RESPONSE request to the miniport. |
| DOT11_SEND_INVITATION_REQUEST_PARAMETERS The request parameters for an invitation request are specified in a DOT11_SEND_INVITATION_REQUEST_PARAMETERS structure. This structure is sent with an OID_DOT11_WFD_SEND_INVITATION_REQUEST request to the miniport. |
| DOT11_SEND_INVITATION_RESPONSE_PARAMETERS The parameters for a response to an invitation request are specified in a DOT11_SEND_INVITATION_RESPONSE_PARAMETERS structure. This structure is sent with an OID_DOT11_WFD_SEND_INVITATION_RESPONSE request to the miniport. |
| DOT11_SEND_PROVISION_DISCOVERY_REQUEST_PARAMETERS The request parameters for a provision discovery request are specified in a DOT11_SEND_PROVISION_DISCOVERY_REQUEST_PARAMETERS structure. This structure is sent with an OID_DOT11_WFD_SEND_PROVISION_DISCOVERY_REQUEST request to the miniport. |
| DOT11_SEND_PROVISION_DISCOVERY_RESPONSE_PARAMETERS The parameters for a response to a provision discovery request are specified in a DOT11_SEND_PROVISION_DISCOVERY_RESPONSE_PARAMETERS structure. This structure is sent with an OID_DOT11_WFD_SEND_PROVISION_DISCOVERY_RESPONSE request to the miniport. |
| DOT11_SSID The DOT11_SSID structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_STATISTICS The DOT11_STATISTICS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_STATUS_INDICATION The DOT11_STATUS_INDICATION structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_STOP_AP_PARAMETERS The DOT11_STOP_AP_PARAMETERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SUPPORTED_ANTENNA The DOT11_SUPPORTED_ANTENNA structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SUPPORTED_ANTENNA_LIST The DOT11_SUPPORTED_ANTENNA_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SUPPORTED_DATA_RATES_VALUE_V2 The DOT11_SUPPORTED_DATA_RATES_VALUE_V2 structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SUPPORTED_DSSS_CHANNEL The DOT11_SUPPORTED_DSSS_CHANNEL structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SUPPORTED_DSSS_CHANNEL_LIST The DOT11_SUPPORTED_DSSS_CHANNEL_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SUPPORTED_OFDM_FREQUENCY The DOT11_SUPPORTED_OFDM_FREQUENCY structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_SUPPORTED_OFDM_FREQUENCY_LIST The DOT11_SUPPORTED_OFDM_FREQUENCY_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_VWIFI_ATTRIBUTES The DOT11_VWIFI_ATTRIBUTES structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_VWIFI_COMBINATION The DOT11_VWIFI_COMBINATION structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_VWIFI_COMBINATION_V2 The DOT11_VWIFI_COMBINATION_V2 structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11_VWIFI_COMBINATION_V3 The DOT11_VWIFI_COMBINATION_V3 structure contains the combination of MAC entities that an 802.11 wireless miniport driver simultaneously supports when virtualized. |
| DOT11_WFD_ADDITIONAL_IE The DOT11_WFD_ADDITIONAL_IE structure represents an additional Information Element (IE) included in an OID_DOT11_WFD_ADDITIONAL_IE request. An additional IE contains both request and response data for probe and beacon operations. |
| DOT11_WFD_ATTRIBUTES The DOT11_WFD_ATTRIBUTES structure is returned in an NDIS_MINIPORT_ADAPTER_NATIVE_802_11_ATTRIBUTES indication. The structure defines the attributes related to Wi-Fi Direct (WFD) operation modes. |
| DOT11_WFD_CHANNEL The DOT11_WFD_CHANNEL structure contains the channel information for a Peer-to-Pear (P2P) group. |
| DOT11_WFD_CONFIGURATION_TIMEOUT The DOT11_WFD_CONFIGURATION_TIMEOUT structure contains configuration time-out parameters. |
| DOT11_WFD_DEVICE_CAPABILITY_CONFIG The device capability configuration structure sent with an OID_DOT11_WFD_DEVICE_CAPABILITY request. |
| DOT11_WFD_DEVICE_ENTRY The DOT11_WFD_DEVICE_ENTRY structure contains information about a discovered Wi-Fi Direct (WFD) device, a discovered WFD Group Owner (GO), or a discovered infrastructure access point. |
| DOT11_WFD_DEVICE_INFO the DOT11_WFD_DEVICE_INFO structure is included with a OID_DOT11_WFD_DEVICE_INFO request. The structure contains Wi-Fi Direct (WFD) device information related to Peer-to-Peer (P2P) attributes. |
| DOT11_WFD_DEVICE_LISTEN_CHANNEL The DOT11_WFD_DEVICE_LISTEN_CHANNEL structure describes the Wi-Fi Direct device's listen channel when responding to a OID_DOT11_WFD_DEVICE_LISTEN_CHANNEL set or query request. |
| DOT11_WFD_DEVICE_TYPE The DOT11_WFD_DEVICE_TYPE structure is used to specify primary and secondary device types. |
| DOT11_WFD_DISCOVER_COMPLETE_PARAMETERS the DOT11_WFD_DISCOVER_COMPLETE_PARAMETERS structure is returned in a NDIS_STATUS_DOT11_WFD_DISCOVER_COMPLETE indication. |
| DOT11_WFD_DISCOVER_DEVICE_FILTER The DOT11_WFD_DISCOVER _DEVICE_FILTER structure describes a P2P device and Group Owner filter when responding to OID_DOT11_WFD_DISCOVERY_REQUEST requests. |
| DOT11_WFD_DISCOVER_REQUEST The OID_DOT11_WFD_DISCOVER_REQUEST structure is the input data for an OID_DOT11_WFD_DISCOVER_REQUEST request. The structure contains the parameters for a Wi-Fi Direct device discovery. |
| DOT11_WFD_GO_INTENT The DOT11_WFD_GO_INTENT structure represents the Group Intent value used during Group Owner Negotiation |
| DOT11_WFD_GROUP_JOIN_PARAMETERS The DOT11_WFD_GROUP_JOIN_PARAMETERS structure is included with an OID_DOT11_WFD_GROUP_JOIN_PARAMETERS request. The structure contains startup parameters for a Client. |
| DOT11_WFD_GROUP_OWNER_CAPABILITY_CONFIG the DOT11_WFD_GROUP_OWNER_CAPABILITY_CONFIG structure is included with a OID_DOT11_WFD_GROUP_OWNER_CAPABILITY request. The structure contains capability settings for a Peer-to-Peer Group Owner (P2P GO). |
| DOT11_WFD_GROUP_START_PARAMETERS The DOT11_WFD_GROUP_START_PARAMETERS structure is included with an OID_DOT11_WFD_GROUP_START_PARAMETERS request. The structure contains startup parameters for a Group Owner (GO). |
| DOT11_WFD_INVITATION_FLAGS The DOT11_WFD_INVITATION_FLAGS structure represents the Invitation Attributes used during the Invitation procedure. |
| DOT11_WFD_SECONDARY_DEVICE_TYPE_LIST the DOT11_WFD_SECONDARY_DEVICE_TYPE_LIST structure is included with a OID_DOT11_WFD_SECONDARY_DEVICE_TYPE_LIST request. The structure contains the list of secondary device types advertised by a Wi-Fi Direct device. |
| DOT11_WPS_DEVICE_NAME The DOT11_WPS_DEVICE_NAME structure contains a friendly name of the P2P device. |
| DOT11EXT_APIS The DOT11EXT_APIS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_CONNECTIVITY_PROFILE The DOT11EXT_IHV_CONNECTIVITY_PROFILE structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_DISCOVERY_PROFILE The DOT11EXT_IHV_DISCOVERY_PROFILE structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_DISCOVERY_PROFILE_LIST The DOT11EXT_IHV_DISCOVERY_PROFILE_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_HANDLERS The DOT11EXT_IHV_HANDLERS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_PARAMS The DOT11EXT_IHV_PARAMS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_PROFILE_PARAMS The DOT11EXT_IHV_PROFILE_PARAMS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_SECURITY_PROFILE The DOT11EXT_IHV_SECURITY_PROFILE structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_SSID_LIST The DOT11EXT_IHV_SSID_LIST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_IHV_UI_REQUEST The DOT11EXT_IHV_UI_REQUEST structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_VIRTUAL_STATION_AP_PROPERTY The DOT11EXT_VIRTUAL_STATION_AP_PROPERTY structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| DOT11EXT_VIRTUAL_STATION_APIS The DOT11EXT_VIRTUAL_STATION_APIS structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| FWPS_BIND_REQUEST0 The FWPS_BIND_REQUEST0 structure defines modifiable data for the FWPM_LAYER_ALE_AUTH_BIND_REDIRECT_V4 and FWPM_LAYER_ALE_AUTH_BIND_REDIRECT_V6 layers. |
| FWPS_CALLOUT0 The FWPS_CALLOUT0 structure defines the data that is required for a callout driver to register a callout with the filter engine.Note FWPS_CALLOUT0 is the specific version of FWPS_CALLOUT used in Windows Vista and later. |
| FWPS_CALLOUT1 The FWPS_CALLOUT1 structure defines the data that is required for a callout driver to register a callout with the filter engine.Note FWPS_CALLOUT1 is the specific version of FWPS_CALLOUT used in Windows 7 and later. |
| FWPS_CALLOUT2 The FWPS_CALLOUT2 structure defines the data that is required for a callout driver to register a callout with the filter engine.Note FWPS_CALLOUT2 is the specific version of FWPS_CALLOUT used in Windows 8 and later. |
| FWPS_CALLOUT3 The FWPS_CALLOUT3 structure defines the data that is required for a callout driver to register a callout with the filter engine. |
| FWPS_CONNECT_REQUEST0 The FWPS_CONNECT_REQUEST0 structure defines modifiable data for the FWPM_LAYER_ALE_AUTH_CONNECT_REDIRECT_V4 and FWPM_LAYER_ALE_AUTH_CONNECT_REDIRECT_V6 layers. |
| FWPS_CONNECTION_POLICY0 The FWPS_CONNECTION_POLICY0 structure defines the connection policy for outbound network connections. |
| FWPS_INCOMING_METADATA_VALUES0 The FWPS_INCOMING_METADATA_VALUES0 structure defines metadata values that the filter engine passes to a callout's classifyFn callout function.Note FWPS_INCOMING_METADATA_VALUES0 is a specific version of FWPS_INCOMING_METADATA_VALUES. |
| FWPS_PACKET_LIST_FWP_INFORMATION0 The FWPS_PACKET_LIST_FWP_INFORMATION0 structure defines Windows Filtering Platform information associated with a packet list.Note FWPS_PACKET_LIST_FWP_INFORMATION0 is a specific version of FWPS_PACKET_LIST_FWP_INFORMATION. |
| FWPS_PACKET_LIST_INBOUND_IPSEC_INFORMATION0 The FWPS_PACKET_LIST_INBOUND_IPSEC_INFORMATION0 structure defines IPsec information associated with inbound packet data.Note FWPS_PACKET_LIST_INBOUND_IPSEC_INFORMATION0 is a specific version of FWPS_PACKET_LIST_INBOUND_IPSEC_INFORMATION. |
| FWPS_PACKET_LIST_INFORMATION0 The FWPS_PACKET_LIST_INFORMATION0 structure defines information associated with a packet list.Note FWPS_PACKET_LIST_INFORMATION0 is a specific version of FWPS_PACKET_LIST_INFORMATION. |
| FWPS_PACKET_LIST_IPSEC_INFORMATION0 The FWPS_PACKET_LIST_IPSEC_INFORMATION0 structure defines IPsec information associated with a packet list.Note FWPS_PACKET_LIST_IPSEC_INFORMATION0 is a specific version of FWPS_PACKET_LIST_IPSEC_INFORMATION. |
| FWPS_PACKET_LIST_OUTBOUND_IPSEC_INFORMATION0 The FWPS_PACKET_LIST_OUTBOUND_IPSEC_INFORMATION0 structure defines IPsec information associated with outbound packet data.Note FWPS_PACKET_LIST_OUTBOUND_IPSEC_INFORMATION0 is a specific version of FWPS_PACKET_LIST_OUTBOUND_IPSEC_INFORMATION. |
| FWPS_STREAM_CALLOUT_IO_PACKET0 The FWPS_STREAM_CALLOUT_IO_PACKET0 structure describes the data passed by the filter engine to a callout's classifyFn callout function when filtering a data stream.Note FWPS_STREAM_CALLOUT_IO_PACKET0 is a specific version of FWPS_STREAM_CALLOUT_IO_PACKET. See WFP Version-Independent Names and Targeting Specific Versions of Windows for more information. |
| FWPS_STREAM_DATA_OFFSET0 The FWPS_STREAM_DATA_OFFSET0 structure defines an offset into a portion of a data stream that is described by an FWPS_STREAM_DATA0 structure.Note FWPS_STREAM_DATA_OFFSET0 is a specific version of FWPS_STREAM_DATA_OFFSET. |
| FWPS_STREAM_DATA0 The FWPS_STREAM_DATA0 structure describes a portion of a data stream.Note FWPS_STREAM_DATA0 is a specific version of FWPS_STREAM_DATA. |
| FWPS_TRANSPORT_SEND_PARAMS0 The FWPS_TRANSPORT_SEND_PARAMS0 structure defines properties of an outbound transport layer packet.Note FWPS_TRANSPORT_SEND_PARAMS0 is the specific version of FWPS_TRANSPORT_SEND_PARAMS used in Windows Vista and later. |
| FWPS_TRANSPORT_SEND_PARAMS1 The FWPS_TRANSPORT_SEND_PARAMS1 structure defines properties of an outbound transport layer packet.Note FWPS_TRANSPORT_SEND_PARAMS1 is the specific version of FWPS_TRANSPORT_SEND_PARAMS used in Windows 7 and later. |
| FWPS_VSWITCH_EVENT_DISPATCH_TABLE0 The FWPS_VSWITCH_EVENT_DISPATCH_TABLE0 structure specifies a callout driver-supplied virtual switch event dispatch table.Note FWPS_VSWITCH_EVENT_DISPATCH_TABLE0 is a specific version of FWPS_VSWITCH_EVENT_DISPATCH_TABLE. |
| GETDEVICEINFORESPONSE Don't use this structure in your code. Microsoft reserves the GETDEVICEINFORESPONSE structure for internal use only. |
| GETDEVICEINFORESPONSE Don't use this structure in your code. Microsoft reserves the GETDEVICEINFORESPONSE structure for internal use only. |
| IP_OFFLOAD_STATS The IP_OFFLOAD_STATS structure contains statistics that an offload target supplies in response to a query of OID_IP4_OFFLOAD_STATS or OID_IP6_OFFLOAD_STATS. |
| IPSEC_OFFLOAD_V2_ADD_SA The IPSEC_OFFLOAD_V2_ADD_SA structure defines information about a security association (SA) that a miniport driver should add to a NIC. |
| IPSEC_OFFLOAD_V2_ADD_SA_EX The IPSEC_OFFLOAD_V2_ADD_SA_EX structure defines information about a security association (SA) that a miniport driver should add to a NIC. |
| IPSEC_OFFLOAD_V2_ALGORITHM_INFO The IPSEC_OFFLOAD_V2_ALGORITHM_INFO structure specifies an algorithm that is used for a security association (SA). |
| IPSEC_OFFLOAD_V2_DELETE_SA The IPSEC_OFFLOAD_V2_DELETE_SA structure specifies a security association (SA) that should be deleted from a NIC and a pointer to the next IPSEC_OFFLOAD_V2_DELETE_SA structure in a linked list. |
| IPSEC_OFFLOAD_V2_SECURITY_ASSOCIATION The IPSEC_OFFLOAD_V2_SECURITY_ASSOCIATION structure specifies a single security association (SA). |
| IPSEC_OFFLOAD_V2_UPDATE_SA The IPSEC_OFFLOAD_V2_UPDATE_SA structure updates information about security associations (SAs) that a miniport driver previously added to a NIC and a pointer to the next IPSEC_OFFLOAD_V2_UPDATE_SA structure in a linked list. |
| KMCL_SERVER_ONLY_METHODS The KMCL_SERVER_ONLY_METHODS structure contains function pointers for server-only functions for the VMBus Kernel Mode Client Library (KMCL) interface. |
| KMCL_SERVER_ONLY_METHODS_V5 The KMCL_CLIENT_INTERFACE_V1 structure contains function pointers for client functions for the VMBus Kernel Mode Client Library (KMCL) interface. |
| LOCK_STATE The LOCK_STATE structure tracks the state of a read/write lock. |
| LOCK_STATE_EX The LOCK_STATE_EX structure tracks the state of a read/write lock. |
| MBB_DEVICE_CONFIG The MBB_DEVICE_CONFIG structure contains pointers to a client driver's MBBCx-specific callback functions. The client driver must supply an initialized MBB_DEVICE_CONFIG structure as an input parameter to MbbDeviceInitialize. |
| MBB_DEVICE_MBIM_PARAMETERS The client driver uses the MBB_DEVICE_MBIM_PARAMETERS structure to describe its MBIM specification-related parameters to the MBBCx framework. |
| MBB_DEVICE_WAKE_CAPABILITIES The MBB_DEVICE_WAKE_CAPABILITIES structure describes a MBBCx net adapter's wake-on-LAN (WoL) capabilities. |
| MBB_DRIVER_GLOBALS Call MBB_DRIVER_GLOBALS_INIT to initialize this structure. |
| NDIS_BIND_FAILED_NOTIFICATION The NDIS_BIND_FAILED_NOTIFICATION structure describes a binding event failure. |
| NDIS_BIND_PARAMETERS NDIS initializes an NDIS_BIND_PARAMETERS structure with information that defines the characteristics of a binding and passes it to a protocol driver. |
| NDIS_CLIENT_CHIMNEY_OFFLOAD_GENERIC_CHARACTERISTICS The NDIS_CLIENT_CHIMNEY_OFFLOAD_GENERIC_CHARACTERISTICS structure specifies a protocol driver's generic chimney offload entry points. |
| NDIS_CLIENT_CHIMNEY_OFFLOAD_TCP_CHARACTERISTICS The NDIS_CLIENT_CHIMNEY_OFFLOAD_TCP_CHARACTERISTICS structure specifies a protocol or intermediate driver's TCP chimney offload-specific entry points. |
| NDIS_CO_CALL_MANAGER_OPTIONAL_HANDLERS The NDIS_CO_CALL_MANAGER_OPTIONAL_HANDLERS structure specifies CoNDIS call manager ProtocolXxx functions for the driver that passes this structure to the NdisSetOptionalHandlers function. |
| NDIS_CO_CLIENT_OPTIONAL_HANDLERS The NDIS_CO_CLIENT_OPTIONAL_HANDLERS structure specifies entry points for CoNDIS client ProtocolXxx functions for the protocol driver that passes this structure to the NdisSetOptionalHandlers function. |
| NDIS_CONFIGURATION_OBJECT The NDIS_CONFIGURATION_OBJECT structure defines the attributes of a configuration object that an NDIS driver can pass to the NdisOpenConfigurationEx function. |
| NDIS_CONFIGURATION_PARAMETER The NDIS_CONFIGURATION_PARAMETER structure contains the data and type of a named entry in the registry. |
| NDIS_DEVICE_OBJECT_ATTRIBUTES The NDIS_DEVICE_OBJECT_ATTRIBUTES structure defines the attributes of a device that an NDIS filter or miniport driver can pass to the NdisRegisterDeviceEx function. |
| NDIS_ENCAPSULATED_PACKET_TASK_OFFLOAD The NDIS_ENCAPSULATED_PACKET_TASK_OFFLOAD structure contains the offload support state for Network Virtualization using Generic Routing Encapsulation (NVGRE) Task Offload (NVGRE-TO). |
| NDIS_ENCAPSULATED_PACKET_TASK_OFFLOAD_V2 The NDIS_ENCAPSULATED_PACKET_TASK_OFFLOAD_V2 structure contains the offload support state for VXLAN task offload. This structure is used in the EncapsulatedPacketTaskOffloadVxlan member of the NDIS_OFFLOAD structure. |
| NDIS_ENUM_FILTERS The NDIS_ENUM_FILTERS structure is returned from the call to the NdisEnumerateFilterModules function to provide filter information for a filter stack. |
| NDIS_FILTER_ATTACH_PARAMETERS The NDIS_FILTER_ATTACH_PARAMETERS structure defines the initialization parameters for the filter module. |
| NDIS_FILTER_ATTRIBUTES The NDIS_FILTER_ATTRIBUTES structure defines the attributes of a filter module. |
| NDIS_FILTER_DRIVER_CHARACTERISTICS To specify its driver characteristics, a filter driver initializes an NDIS_FILTER_DRIVER_CHARACTERISTICS structure and passes it to NDIS. |
| NDIS_FILTER_INTERFACE The NDIS_FILTER_INTERFACE structure defines the attributes for an NDIS filter. |
| NDIS_FILTER_PARTIAL_CHARACTERISTICS To specify optional entry points for a filter module, a filter driver initializes an NDIS_FILTER_PARTIAL_CHARACTERISTICS structure and passes it to the NdisSetOptionalHandlers function. |
| NDIS_FILTER_PAUSE_PARAMETERS The NDIS_FILTER_PAUSE_PARAMETERS structure defines the pause parameters for the filter module. |
| NDIS_FILTER_RESTART_PARAMETERS The NDIS_FILTER_RESTART_PARAMETERS structure defines the restart parameters for the filter module. |
| NDIS_GENERIC_OBJECT The NDIS_GENERIC_OBJECT structure defines a generic object which a software component can use to obtain an NDIS handle. |
| NDIS_HARDWARE_CROSSTIMESTAMP The NDIS_HARDWARE_CROSSTIMESTAMP structure describes the cross timestamp between a NIC’s hardware clock and a system clock. |
| NDIS_HD_SPLIT_ATTRIBUTES The NDIS_HD_SPLIT_ATTRIBUTES structure defines header-data split attributes, if any, that are associated with a miniport adapter. |
| NDIS_HD_SPLIT_CURRENT_CONFIG The NDIS_HD_SPLIT_CURRENT_CONFIG structure provides the current header-data split configuration of a miniport adapter. |
| NDIS_HD_SPLIT_PARAMETERS The NDIS_HD_SPLIT_PARAMETERS structure defines the current header-data split settings of a miniport adapter. |
| NDIS_HYPERVISOR_INFO The NDIS_HYPERVISOR_INFO structure contains information about the hypervisor that is present on the system. |
| NDIS_IF_PROVIDER_CHARACTERISTICS The NDIS_IF_PROVIDER_CHARACTERISTICS structure defines NDIS network interface provider entry points and other provider characteristics. |
| NDIS_INTERRUPT_MODERATION_PARAMETERS The NDIS_INTERRUPT_MODERATION_PARAMETERS structure defines interrupt parameters for the OID_GEN_INTERRUPT_MODERATION OID. |
| NDIS_IPSEC_OFFLOAD_V1 The NDIS_IPSEC_OFFLOAD_V1 structure provides Internet protocol security (IPsec) task offload information in the NDIS_OFFLOAD structure.Note NDIS_IPSEC_OFFLOAD_V1 is only for NDIS 6.0. |
| NDIS_IPSEC_OFFLOAD_V1_NET_BUFFER_LIST_INFO The NDIS_IPSEC_OFFLOAD_V1_NET_BUFFER_LIST_INFO structure specifies information that is used in offloading Internet protocol security (IPsec) tasks from the TCP/IP transport to a miniport driver. |
| NDIS_IPSEC_OFFLOAD_V2 The NDIS_IPSEC_OFFLOAD_V2 structure provides information about Internet protocol security (IPsec) version 2 task offload capabilities in the NDIS_OFFLOAD structure. |
| NDIS_IPSEC_OFFLOAD_V2_HEADER_NET_BUFFER_LIST_INFO The NDIS_IPSEC_OFFLOAD_V2_HEADER_NET_BUFFER_LIST_INFO structure specifies IPsec header information in the OOB data of a NET_BUFFER_LIST structure. |
| NDIS_IPSEC_OFFLOAD_V2_NET_BUFFER_LIST_INFO The NDIS_IPSEC_OFFLOAD_V2_NET_BUFFER_LIST_INFO structure specifies information that is used in offloading Internet protocol security offload version 2 (IPsecOV2) tasks from the TCP/IP transport to a NIC. |
| NDIS_IPSEC_OFFLOAD_V2_TUNNEL_NET_BUFFER_LIST_INFO The NDIS_IPSEC_OFFLOAD_V2_TUNNEL_NET_BUFFER_LIST_INFO structure specifies the security association (SA) offload handle to the tunnel portion of a send packet. |
| NDIS_ISOLATION_NAME The NDIS_ISOLATION_NAME structure contains an NDIS isolation name for a VM network adapter. |
| NDIS_ISOLATION_PARAMETERS The NDIS_ISOLATION_PARAMETERS structure is used by the OID_GEN_ISOLATION_PARAMETERS OID to return the isolation parameters that are set on a VM network adapter's port. |
| NDIS_LINK_SPEED The NDIS_LINK_SPEED structure specifies transmit and receive link speeds. |
| NDIS_LINK_STATE The NDIS_LINK_STATE structure specifies the current link state of a miniport adapter. |
| NDIS_MINIPORT_ADAPTER_ATTRIBUTES The NDIS_MINIPORT_ADAPTER_ATTRIBUTES structure is a placeholder for the following structures:_NDIS_OBJECT_HEADER NDIS_MINIPORT_ADD_DEVICE_REGISTRATION_ATTRIBUTES NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES NDIS_MINIPORT_ADAPTER_NATIVE_802_11_ATTRIBUTES NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTESNDIS_MINIPORT_ADAPTER_NDK_ATTRIBUTES |
| NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES An NDIS miniport driver sets up an NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES structure to define the general miniport driver attributes that are associated with a miniport adapter. |
| NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES The NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES structure specifies the hardware-assisted attributes of the network adapter. |
| NDIS_MINIPORT_ADAPTER_NATIVE_802_11_ATTRIBUTES Important The Native 802.11 Wireless LAN interface is deprecated in Windows 10 and later. |
| NDIS_MINIPORT_ADAPTER_NDK_ATTRIBUTES The NDIS_MINIPORT_ADAPTER_NDK_ATTRIBUTES structure specifies the NDK-capabilities of a miniport adapter. This structure is used in the NDKAttributes member of the NDIS_MINIPORT_ADAPTER_ATTRIBUTES union. |
| NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES An NDIS miniport driver sets up an NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES structure to define task offload and connection offload attributes, if any, that are associated with a miniport adapter. |
| NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES An NDIS miniport driver sets up an NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES structure to define registration attributes that are associated with a miniport adapter. |
| NDIS_MINIPORT_ADD_DEVICE_REGISTRATION_ATTRIBUTES The NDIS_MINIPORT_ADD_DEVICE_REGISTRATION_ATTRIBUTES structure specifies a driver-defined context area for an added device. |
| NDIS_MINIPORT_CO_CHARACTERISTICS The NDIS_MINIPORT_CO_CHARACTERISTICS structure specifies the CoNDIS entry points for a CoNDIS miniport driver. |
| NDIS_MINIPORT_DRIVER_CHARACTERISTICS An NDIS driver initializes an NDIS_MINIPORT_DRIVER_CHARACTERISTICS structure to define its miniport driver characteristics, including the entry points for its MiniportXxx functions. |
| NDIS_MINIPORT_DRIVER_WDI_CHARACTERISTICS The NDIS_MINIPORT_DRIVER_WDI_CHARACTERISTICS structure defines the set of handlers that a WDI miniport driver must implement. |
| NDIS_MINIPORT_DRIVER_WDI_CHARACTERISTICS Microsoft reserves the NDIS_MINIPORT_DRIVER_WDI_CHARACTERISTICS structure for internal use only. Don't use this structure in your code. |
| NDIS_MINIPORT_INIT_PARAMETERS The NDIS_MINIPORT_INIT_PARAMETERS structure defines the initialization parameters for a miniport adapter. |
| NDIS_MINIPORT_INTERRUPT_CHARACTERISTICS An NDIS miniport driver defines its interrupt characteristics in an NDIS_MINIPORT_INTERRUPT_CHARACTERISTICS structure and passes the structure to the NdisMRegisterInterruptEx function. |
| NDIS_MINIPORT_OFFLOAD_BLOCK_LIST The NDIS_MINIPORT_OFFLOAD_BLOCK_LIST structure is the basic building block of a TCP chimney offload state tree. An offload state tree can contain one or more NDIS_MINIPORT_OFFLOAD_BLOCK_LIST structures. |
| NDIS_MINIPORT_PAUSE_PARAMETERS The NDIS_MINIPORT_PAUSE_PARAMETERS structure defines pause parameters for miniport adapters. |
| NDIS_MINIPORT_PNP_CHARACTERISTICS The NDIS_MINIPORT_PNP_CHARACTERISTICS structure specifies entry points for functions that allow a miniport driver to process some Plug and Play (PnP) I/O request packets (IRPs). |
| NDIS_MINIPORT_RESTART_PARAMETERS The NDIS_MINIPORT_RESTART_PARAMETERS structure defines the restart parameters for a miniport adapter. |
| NDIS_MINIPORT_SS_CHARACTERISTICS The NDIS_MINIPORT_SS_CHARACTERISTICS structure specifies the pointers to a miniport driver's NDIS selective suspend handler functions. These functions are called by NDIS to issue idle notifications to the driver during a selective suspend operation. |
| NDIS_MINIPORT_WDI_DATA_HANDLERS The NDIS_MINIPORT_WDI_DATA_HANDLERS structure specifies the entry points for the IHV miniport datapath handlers. |
| NDIS_MINIPORT_WDI_DATA_HANDLERS Microsoft reserves the NDIS_MINIPORT_WDI_DATA_HANDLERS structure for internal use only. Don't use this structure in your code. |
| NDIS_MSIX_CONFIG_PARAMETERS The NDIS_MSIX_CONFIG_PARAMETERS structure defines a requested configuration operation and specifies the parameters that are required for that particular operation. |
| NDIS_NBL_MEDIA_SPECIFIC_INFORMATION The NDIS_NBL_MEDIA_SPECIFIC_INFORMATION structure specifies media-specific data that is associated with a NET_BUFFER_LIST structure. |
| NDIS_NBL_MEDIA_SPECIFIC_INFORMATION_EX The NDIS_NBL_MEDIA_SPECIFIC_INFORMATION_EX structure defines media-specific information that is associated with a NET_BUFFER_LIST structure. |
| NDIS_NDK_CAPABILITIES The NDIS_NDK_CAPABILITIES structure specifies the capabilities of an NDK adapter. |
| NDIS_NDK_CONNECTION_ENTRY The NDIS_NDK_CONNECTION_ENTRY structure specifies a connection entry for an active NDK connection on a miniport adapter. |
| NDIS_NDK_CONNECTIONS The NDIS_NDK_CONNECTIONS structure describes the NDK connections that are active on a miniport adapter. |
| NDIS_NDK_LOCAL_ENDPOINT_ENTRY The NDIS_NDK_LOCAL_ENDPOINT_ENTRY structure specifies an ND local endpoint entry for an ND local endpoint on a miniport adapter. |
| NDIS_NDK_LOCAL_ENDPOINTS The NDIS_NDK_LOCAL_ENDPOINTS structure describes the NDK local endpoints that are on a miniport adapter. |
| NDIS_NDK_PERFORMANCE_COUNTERS The NDIS_NDK_PERFORMANCE_COUNTERS structure contains the NDK performance counters. |
| NDIS_NDK_PROVIDER_CHARACTERISTICS The NDIS_NDK_PROVIDER_CHARACTERISTICS structure specifies NDK provider characteristics. |
| NDIS_NDK_STATISTICS_INFO The NDIS_NDK_STATISTICS_INFO structure contains the NDK statistics. |
| NDIS_NET_BUFFER_LIST_8021Q_INFO The NDIS_NET_BUFFER_LIST_8021Q_INFO structure specifies 802.1Q information that is associated with a NET_BUFFER_LIST structure. |
| NDIS_NET_BUFFER_LIST_FILTERING_INFO The NDIS_NET_BUFFER_LIST_FILTERING_INFO structure defines filtering information that is associated with a NET_BUFFER_LIST structure. |
| NDIS_NET_BUFFER_LIST_MEDIA_SPECIFIC_INFO The NDIS_NET_BUFFER_LIST_MEDIA_SPECIFIC_INFO structure specifies media-specific information that is reserved for system use with native 802.11 drivers. Do not use this structure. |
| NDIS_NET_BUFFER_LIST_VIRTUAL_SUBNET_INFO Defines the group network virtualization information for a network buffer list (NBL). |
| NDIS_NIC_SWITCH_CAPABILITIES The NDIS_NIC_SWITCH_CAPABILITIES structure specifies the capabilities of a NIC switch on the network adapter. |
| NDIS_NIC_SWITCH_DELETE_SWITCH_PARAMETERS The NDIS_NIC_SWITCH_DELETE_SWITCH_PARAMETERS structure specifies the information about the network adapter switch that will be deleted from the network adapter. |
| NDIS_NIC_SWITCH_DELETE_VPORT_PARAMETERS The NDIS_NIC_SWITCH_DELETE_VPORT_PARAMETERS structure specifies the information about a virtual port (VPort) that will be deleted from a network adapter switch on the network adapter. |
| NDIS_NIC_SWITCH_FREE_VF_PARAMETERS The NDIS_NIC_SWITCH_FREE_VF_PARAMETERS specifies a PCI Express (PCIe) Virtual Function (VF) whose resources will be freed. |
| NDIS_NIC_SWITCH_INFO The NDIS_NIC_SWITCH_INFO structure specifies the information about a network adapter switch on a network adapter. |
| NDIS_NIC_SWITCH_INFO_ARRAY The NDIS_NIC_SWITCH_INFO_ARRAY structure specifies an array. Each element in the array specifies the attributes of a network adapter switch that has been created on the network adapter. |
| NDIS_NIC_SWITCH_PARAMETERS The NDIS_NIC_SWITCH_PARAMETERS structure specifies the configuration parameters of a network adapter switch on the network adapter. |
| NDIS_NIC_SWITCH_VF_INFO The NDIS_NIC_SWITCH_VF_INFO structure specifies the information about a PCI Express (PCIe) Virtual Function (VF) that has been allocated on the network adapter. |
| NDIS_NIC_SWITCH_VF_INFO_ARRAY The NDIS_NIC_SWITCH_VF_INFO_ARRAY structure specifies an array. Each element in the array specifies the attributes of a PCI Express (PCIe) virtual functions (VF) that have been enabled and allocated on a network adapter. |
| NDIS_NIC_SWITCH_VF_PARAMETERS The NDIS_NIC_SWITCH_VF_PARAMETERS specifies the resource parameters of a PCI Express (PCIe) Virtual Function (VF) on a network adapter. |
| NDIS_NIC_SWITCH_VPORT_INFO The NDIS_NIC_SWITCH_VPORT_INFO structure specifies the configuration for a virtual port (VPort) on a network adapter switch of the network adapter. |
| NDIS_NIC_SWITCH_VPORT_INFO_ARRAY The NDIS_NIC_SWITCH_VPORT_INFO_ARRAY structure specifies an array. Each element in the array specifies the attributes of a virtual port (VPort) that has been created on a network adapter's network adapter switch. |
| NDIS_NIC_SWITCH_VPORT_PARAMETERS The NDIS_NIC_SWITCH_VPORT_PARAMETERS structure specifies the configuration for a virtual port (VPort) on a network adapter switch of the network adapter. |
| NDIS_OBJECT_HEADER The NDIS_OBJECT_HEADER structure packages the object type, version, and size information that is required in many NDIS 6.0 structures. |
| NDIS_OFFLOAD The NDIS_OFFLOAD structure specifies several computational tasks that can be offloaded to the network adapter. |
| NDIS_OFFLOAD_ENCAPSULATION The NDIS_OFFLOAD_ENCAPSULATION structure specifies encapsulation settings when it is used with the OID_OFFLOAD_ENCAPSULATION OID. |
| NDIS_OFFLOAD_HANDLE The NDIS_OFFLOAD_HANDLE structure represents a driver's context for an offloaded state object. |
| NDIS_OFFLOAD_PARAMETERS The NDIS_OFFLOAD_PARAMETERS structure specifies the current task offload configuration settings in response to an OID set request of OID_TCP_OFFLOAD_PARAMETERS. |
| NDIS_OID_REQUEST To query or set OID information, NDIS submits NDIS_OID_REQUEST structures to filter drivers and miniport drivers. |
| NDIS_OPEN_NDK_ADAPTER_PARAMETERS The NDIS_OPEN_NDK_ADAPTER_PARAMETERS structure specifies parameters to open an NDK adapter instance on the NDK-capable miniport adapter. |
| NDIS_OPEN_PARAMETERS The NDIS_OPEN_PARAMETERS structure defines the open parameters when a protocol driver calls the NdisOpenAdapterEx function. |
| NDIS_OPER_STATE The NDIS_OPER_STATE structure provides the current operational state of an NDIS network interface. |
| NDIS_PCI_DEVICE_CUSTOM_PROPERTIES The NDIS_PCI_DEVICE_CUSTOM_PROPERTIES structure defines the type and speed of the PCI bus that a NIC is running on. |
| NDIS_PD_CAPABILITIES This structure indicates the PD capabilities for a provider. |
| NDIS_PD_CLOSE_PROVIDER_PARAMETERS This structure represents the parameters that are used when calling the OID_PD_CLOSE_PROVIDER OID. |
| NDIS_PD_CONFIG This structure holds configuration data for the PD provider. |
| NDIS_PD_COUNTER_PARAMETERS This structure holds parameters for the provider counter. |
| NDIS_PD_COUNTER_VALUE This structure is used to hold a counter value for a queue or filter counter. |
| NDIS_PD_FILTER_COUNTER This structure is used to hold counter information for a filter. |
| NDIS_PD_FILTER_PARAMETERS This structure holds metadata for a packet filter. |
| NDIS_PD_OPEN_PROVIDER_PARAMETERS This structure is used as a buffer for parameters in the OID_PD_OPEN_PROVIDER OID. |
| NDIS_PD_PROVIDER_DISPATCH This structure is used as input for the OID_PD_OPEN_PROVIDER and serves as a container for all the provider's driver routines. |
| NDIS_PD_QUEUE This structure represents a provider's receive or transmit queue. |
| NDIS_PD_QUEUE_DISPATCH This structure contains a provider's driver routines for receive or transmit queues. |
| NDIS_PD_QUEUE_PARAMETERS This structure is used to hold parameters for a transmit or receive queue when calling any of the queue routines. |
| NDIS_PD_RECEIVE_QUEUE_COUNTER This structure is used to hold counter information for a receive queue. |
| NDIS_PD_TRANSMIT_QUEUE_COUNTER This structure is used to hold counter information for a transmit queue. |
| NDIS_PM_CAPABILITIES The NDIS_PM_CAPABILITIES structure specifies power management capabilities of a network adapter. |
| NDIS_PM_COUNTED_STRING The NDIS_PM_COUNTED_STRING structure specifies a limited size string that is used in power management structures. |
| NDIS_PM_PACKET_PATTERN The NDIS_PM_PACKET_PATTERN structure specifies a wake-up pattern, which, when detected by a network adapter that has pattern-match enabled, causes the network adapter to signal a power-management wake-up event. |
| NDIS_PM_PARAMETERS The NDIS_PM_PARAMETERS structure specifies the current or new power management hardware capabilities that are enabled for a network adapter. |
| NDIS_PM_PROTOCOL_OFFLOAD The NDIS_PM_PROTOCOL_OFFLOAD structure specifies parameters for a low power protocol offload to a network adapter. |
| NDIS_PM_WAKE_PACKET The NDIS_PM_WAKE_PACKET structure describes a network packet (known as a wake packet) that caused the network adapter to generate a wake-up event. |
| NDIS_PM_WAKE_REASON The NDIS_PM_WAKE_REASON structure specifies information about the wake-up event that was generated by a network adapter. |
| NDIS_PM_WOL_PATTERN The NDIS_PM_WOL_PATTERN structure defines a wake-on-LAN (WOL) pattern. |
| NDIS_POLL_CHARACTERISTICS The NDIS_POLL_CHARACTERISTICS structure contains a Poll object’s NdisPoll and NdisSetPollNotification callback pointers. |
| NDIS_POLL_DATA NDIS_POLL_DATA contains pointers to the NDIS_POLL_TRANSMIT_DATA and NDIS_POLL_RECEIVE_DATA structures that the driver can use to perform receive indications and send completions. |
| NDIS_POLL_NOTIFICATION The NDIS_POLL_NOTIFICATION structure contains the interrupt parameters for a Poll object. |
| NDIS_POLL_RECEIVE_DATA Miniport drivers use the NDIS_POLL_RECEIVE_DATA structure to perform receive indications when using a Poll object. |
| NDIS_POLL_TRANSMIT_DATA Miniport drivers use the NDIS_POLL_TRANSMIT_DATA structure to perform send completions when using a Poll object. |
| NDIS_PORT The NDIS_PORT structure specifies the characteristics of an NDIS port and a pointer to the next element in a linked list of ports. |
| NDIS_PORT_ARRAY The NDIS_PORT_ARRAY structure specifies a list of NDIS ports and their associated characteristics. |
| NDIS_PORT_AUTHENTICATION_PARAMETERS The NDIS_PORT_AUTHENTICATION_PARAMETERS structure specifies the state parameters for an NDIS port. |
| NDIS_PORT_CHARACTERISTICS The NDIS_PORT_CHARACTERISTICS structure specifies the characteristics of an NDIS port. For more information about NDIS ports, see NDIS Ports. |
| NDIS_PORT_STATE The NDIS_PORT_STATE structure specifies the port state information for an NDIS port. |
| NDIS_PROCESSOR_INFO The NDIS_PROCESSOR_INFO structure specifies information about a processor in the local computer. |
| NDIS_PROCESSOR_INFO_EX The NDIS_PROCESSOR_INFO_EX structure specifies information about a processor in the local computer. |
| NDIS_PROTOCOL_CO_CHARACTERISTICS The NDIS_PROTOCOL_CO_CHARACTERISTICS structure specifies CoNDIS entry points for CoNDIS protocol drivers. |
| NDIS_PROTOCOL_DRIVER_CHARACTERISTICS To specify its driver characteristics, a protocol driver initializes an NDIS_PROTOCOL_DRIVER_CHARACTERISTICS structure and passes it to NDIS. |
| NDIS_PROTOCOL_OFFLOAD_BLOCK_LIST The NDIS_PROTOCOL_OFFLOAD_BLOCK_LIST structure. |
| NDIS_PROTOCOL_PAUSE_PARAMETERS NDIS passes an NDIS_PROTOCOL_PAUSE_PARAMETERS structure to a protocol driver when it calls the ProtocolNetPnPEvent function to indicate a NetEventPause event. |
| NDIS_PROTOCOL_RESTART_PARAMETERS The NDIS_PROTOCOL_RESTART_PARAMETERS structure defines restart parameters for a protocol driver when NDIS calls the ProtocolNetPnPEvent function to indicate a NetEventRestart event. |
| NDIS_PROVIDER_CHIMNEY_OFFLOAD_GENERIC_CHARACTERISTICS The NDIS_PROVIDER_CHIMNEY_OFFLOAD_GENERIC_CHARACTERISTICS structure specifies the generic chimney offload miniport entry points of an offload target or intermediate driver. |
| NDIS_PROVIDER_CHIMNEY_OFFLOAD_TCP_CHARACTERISTICS The NDIS_PROVIDER_CHIMNEY_OFFLOAD_TCP_CHARACTERISTICS structure specifies an offload target's TCP chimney offload-specific entry points. |
| NDIS_QOS_CAPABILITIES The NDIS_QOS_CAPABILITIES structure specifies the NDIS Quality of Service (QoS) capabilities of a network adapter that supports the IEEE 802.1 Data Center Bridging (DCB) interface. |
| NDIS_QOS_CLASSIFICATION_ELEMENT The NDIS_QOS_CLASSIFICATION_ELEMENT structure specifies an NDIS Quality of Service (QoS) traffic classification for a network adapter that supports the IEEE 802.1 Data Center Bridging (DCB) interface.Each traffic classification specifies the following:A classification condition that is based on a data pattern within the egress packet data.Starting with NDIS 6.30, classification conditions are based on a 16-bit value, such as a UDP or TCP destination port or a media access control (MAC) EtherType.A classification action that defines the traffic class to be used to handle the egress packet.Starting with NDIS 6.30, classification actions specify an 802.1p priority level.For example, a traffic classification could specify that all egress packets for destination TCP port number 3260 (condition) are assigned an 802.1p priority level 3 (action). |
| NDIS_QOS_PARAMETERS The NDIS_QOS_PARAMETERS structure specifies the NDIS Quality of Service (QoS) parameters that are enabled on a network adapter that supports the IEEE 802.1 Data Center Bridging (DCB) interface. |
| NDIS_RECEIVE_FILTER_CAPABILITIES The NDIS_RECEIVE_FILTER_CAPABILITIES structure specifies the receive filtering capabilities of a network adapter. |
| NDIS_RECEIVE_FILTER_CLEAR_PARAMETERS The NDIS_RECEIVE_FILTER_CLEAR_PARAMETERS structure specifies the parameters to clear a receive filter on a network adapter. |
| NDIS_RECEIVE_FILTER_FIELD_PARAMETERS The NDIS_RECEIVE_FILTER_FIELD_PARAMETERS structure specifies the filter test criterion for a field in a network packet header. |
| NDIS_RECEIVE_FILTER_GLOBAL_PARAMETERS The NDIS_RECEIVE_FILTER_GLOBAL_PARAMETERS structure specifies the receive filtering features that are enabled or disabled on a network adapter.NDIS receive filters are used in the following NDIS interfaces:NDIS Packet Coalescing. |
| NDIS_RECEIVE_FILTER_INFO The NDIS_RECEIVE_FILTER_INFO structure contains information about a receive filter that is currently configured on a miniport driver. |
| NDIS_RECEIVE_FILTER_INFO_ARRAY The NDIS_RECEIVE_FILTER_INFO_ARRAY structure specifies a list of receive filters that are currently configured on a miniport driver. |
| NDIS_RECEIVE_FILTER_MOVE_FILTER_PARAMETERS The NDIS_RECEIVE_FILTER_MOVE_FILTER_PARAMETERS structure specifies the parameters for moving a previously created receive filter. A receive filter is moved from a receive queue on a virtual port (VPort) to a receive queue on another VPort. |
| NDIS_RECEIVE_FILTER_PARAMETERS The NDIS_RECEIVE_FILTER_PARAMETERS structure specifies the parameters for an NDIS receive filter. |
| NDIS_RECEIVE_HASH_PARAMETERS The NDIS_RECEIVE_HASH_PARAMETERS structure specifies the receive hash parameters for a miniport adapter that supports receive hash calculations. |
| NDIS_RECEIVE_QUEUE_ALLOCATION_COMPLETE_ARRAY The NDIS_RECEIVE_QUEUE_ALLOCATION_COMPLETE_ARRAY structure contains information about the allocation status of a batch of receive queues. |
| NDIS_RECEIVE_QUEUE_ALLOCATION_COMPLETE_PARAMETERS The NDIS_RECEIVE_QUEUE_ALLOCATION_COMPLETE_PARAMETERS structure contains information about the allocation status of a receive queue. |
| NDIS_RECEIVE_QUEUE_FREE_PARAMETERS The NDIS_RECEIVE_QUEUE_FREE_PARAMETERS structure identifies a receive queue to free. |
| NDIS_RECEIVE_QUEUE_INFO The NDIS_RECEIVE_QUEUE_INFO structure contains information about a receive queue on a network adapter. |
| NDIS_RECEIVE_QUEUE_INFO_ARRAY The NDIS_RECEIVE_QUEUE_INFO_ARRAY structure specifies a list of receive queues on a network adapter. |
| NDIS_RECEIVE_QUEUE_PARAMETERS The NDIS_RECEIVE_QUEUE_PARAMETERS structure contains the configuration parameters of a receive queue. |
| NDIS_RECEIVE_QUEUE_STATE The NDIS_RECEIVE_QUEUE_STATE structure contains information about the operational state of a receive queue. |
| NDIS_RECEIVE_SCALE_CAPABILITIES The NDIS_RECEIVE_SCALE_CAPABILITIES structure specifies the receive side scaling (RSS) capabilities of a miniport adapter. |
| NDIS_RECEIVE_SCALE_PARAMETERS The NDIS_RECEIVE_SCALE_PARAMETERS structure specifies the receive side scaling (RSS) parameters for a miniport adapter. |
| NDIS_RECEIVE_SCALE_PARAMETERS_V2 The NDIS_RECEIVE_SCALE_PARAMETERS_V2 structure specifies the Receive Side Scaling (RSS) parameters for a miniport adapter that advertises support for RSS Version 2 (RSSv2). It is used in the OID_GEN_RECEIVE_SCALE_PARAMETERS_V2 RSSv2 OID. |
| NDIS_RECEIVE_THROTTLE_PARAMETERS The NDIS_RECEIVE_THROTTLE_PARAMETERS structure specifies the maximum number of NET_BUFFER_LIST structures that a miniport driver should indicate in a deferred procedure call (DPC). |
| NDIS_RESTART_ATTRIBUTES The NDIS_RESTART_ATTRIBUTES structure identifies an attributes entry in a linked list of restart attributes. |
| NDIS_RESTART_GENERAL_ATTRIBUTES The NDIS_RESTART_GENERAL_ATTRIBUTES structure defines the general restart attributes that are associated with a miniport adapter. |
| NDIS_RFC6877_464XLAT_OFFLOAD The NDIS_RFC6877_464XLAT_OFFLOAD structure contains 464XLAT hardware offload information. |
| NDIS_ROUTING_DOMAIN_ENTRY The NDIS_ROUTING_DOMAIN_ENTRY structure is used by the OID_GEN_ISOLATION_PARAMETERS OID to return the routing domain entries for a VM network adapter's port. |
| NDIS_ROUTING_DOMAIN_ISOLATION_ENTRY The NDIS_ROUTING_DOMAIN_ISOLATION_ENTRY structure is used by the OID_GEN_ISOLATION_PARAMETERS OID to return information relating to a single isolation ID within a routing domain entry for a Hyper-V extensible switch network adapter's port. |
| NDIS_RSC_NBL_INFO The NDIS_RSC_NBL_INFO union specifies receive segment coalescing (RSC) counter information that is associated with a NET_BUFFER_LIST structure. |
| NDIS_RSC_STATISTICS_INFO The NDIS_RSC_STATISTICS_INFO structure contains statistics that a miniport driver supplies in response to a query of the OID_TCP_RSC_STATISTICS OID. |
| NDIS_RSS_PROCESSOR The NDIS_RSS_PROCESSOR structure specifies information about a processor in the local computer for receive side scaling (RSS). |
| NDIS_RSS_PROCESSOR_INFO The NDIS_RSS_PROCESSOR_INFO structure specifies information about the CPU receive side scaling (RSS) processor set on the local computer. |
| NDIS_RSS_SET_INDIRECTION_ENTRIES The NDIS_RSS_SET_INDIRECTION_ENTRIES structure represents a set of actions, where each action moves a single entry of the Receive Side Scaling (RSS) indirection table of a specified VPort to a specified target CPU. |
| NDIS_RSS_SET_INDIRECTION_ENTRY The NDIS_RSS_SET_INDIRECTION_ENTRY structure represents a command to set a single indirection table entry. |
| NDIS_RW_LOCK The NDIS_RW_LOCK structure defines the attributes of a read/write lock. |
| NDIS_RW_LOCK_REFCOUNT The NDIS_RW_LOCK_REFCOUNT union defines attributes of a read/write lock. |
| NDIS_SCATTER_GATHER_LIST_PARAMETERS The NDIS_SCATTER_GATHER_LIST_PARAMETERS structure specifies parameters that NDIS uses to build a scatter/gather list for a buffer. |
| NDIS_SHARED_MEMORY_PARAMETERS The NDIS_SHARED_MEMORY_PARAMETERS structure specifies the shared memory parameters for a shared memory allocation request. |
| NDIS_SHARED_MEMORY_PROVIDER_CHARACTERISTICS The NDIS_SHARED_MEMORY_PROVIDER_CHARACTERISTICS structure specifies shared memory provider characteristics. |
| NDIS_SRIOV_BAR_RESOURCES_INFO The NDIS_SRIOV_BAR_RESOURCES_INFO structure specifies the PCI Express (PCIe) Base Address Register (BAR) of a network adapter's PCIe Virtual Function (VF). |
| NDIS_SRIOV_CAPABILITIES The NDIS_SRIOV_CAPABILITIES structure specifies the single root I/O virtualization (SR-IOV) capabilities of the network adapter. |
| NDIS_SRIOV_PF_LUID_INFO The NDIS_SRIOV_PF_LUID_INFO structure specifies the locally unique identifier (LUID) associated with the network adapter's PCI Express (PCIe) Physical Function (PF). |
| NDIS_SRIOV_PROBED_BARS_INFO The NDIS_SRIOV_PROBED_BARS_INFO structure specifies the values of the PCI Express (PCIe) Base Address Registers (BARs) of a network adapter that supports the single root I/O virtualization (SR-IOV) interface. |
| NDIS_SRIOV_READ_VF_CONFIG_BLOCK_PARAMETERS The NDIS_SRIOV_READ_VF_CONFIG_BLOCK_PARAMETERS structure specifies the parameters for a read operation on the configuration block of a network adapter's PCI Express (PCIe) Virtual Function (VF). |
| NDIS_SRIOV_READ_VF_CONFIG_SPACE_PARAMETERS The NDIS_SRIOV_READ_VF_CONFIG_SPACE_PARAMETERS structure specifies the parameters for a read operation on the PCI Express (PCIe) configuration space of a network adapter's Virtual Function (VF). |
| NDIS_SRIOV_RESET_VF_PARAMETERS The NDIS_SRIOV_RESET_VF_PARAMETERS structure specifies the parameters for resetting a network adapter's PCI Express (PCIe) Virtual Function (VF). |
| NDIS_SRIOV_SET_VF_POWER_STATE_PARAMETERS The NDIS_SRIOV_SET_VF_POWER_STATE_PARAMETERS structure specifies the parameters for changing the power state of a network adapter's PCI Express (PCIe) Virtual Function (VF). |
| NDIS_SRIOV_VF_INVALIDATE_CONFIG_BLOCK_INFO The NDIS_SRIOV_VF_INVALIDATE_CONFIG_BLOCK_INFO structure specifies one or more Virtual Function (VF) configuration blocks whose data has been changed (invalidated) by the driver for the PCI Express (PCIe) Physical Function (PF) on the network adapter. |
| NDIS_SRIOV_VF_SERIAL_NUMBER_INFO The NDIS_SRIOV_VF_SERIAL_NUMBER_INFO structure contains the serial number associated with a PCI Express (PCIe) Virtual Function (VF) network adapter. This adapter is exposed in the guest operating system of a Hyper-V child partition. |
| NDIS_SRIOV_VF_VENDOR_DEVICE_ID_INFO The NDIS_SRIOV_VF_VENDOR_DEVICE_ID_INFO structure specifies the PCI Express (PCIe) vendor and device identifiers (IDs) for a PCIe Virtual Function (VF) network adapter. |
| NDIS_SRIOV_WRITE_VF_CONFIG_BLOCK_PARAMETERS The NDIS_SRIOV_WRITE_VF_CONFIG_BLOCK_PARAMETERS structure specifies the parameters for a write operation on the configuration block of a network adapter's PCI Express (PCIe) Virtual Function (VF). |
| NDIS_SRIOV_WRITE_VF_CONFIG_SPACE_PARAMETERS The NDIS_SRIOV_WRITE_VF_CONFIG_SPACE_PARAMETERS structure specifies the parameters for a write operation on the PCI Express (PCIe) configuration space of a network adapter's Virtual Function (VF). |
| NDIS_STATUS_INDICATION NDIS and underlying drivers use the NDIS_STATUS_INDICATION structure to provide status indications to overlying protocol drivers. |
| NDIS_SWITCH_FEATURE_STATUS_CUSTOM The NDIS_SWITCH_FEATURE_STATUS_CUSTOM structure specifies the custom status information for a Hyper-V extensible switch. |
| NDIS_SWITCH_FEATURE_STATUS_PARAMETERS The NDIS_SWITCH_FEATURE_STATUS_PARAMETERS structure specifies the parameters for the custom status information of a Hyper-V extensible switch. |
| NDIS_SWITCH_FORWARDING_DESTINATION_ARRAY The NDIS_SWITCH_FORWARDING_DESTINATION_ARRAY structure specifies an array of Hyper-V extensible switch destination ports for a packet. |
| NDIS_SWITCH_FORWARDING_DETAIL_NET_BUFFER_LIST_INFO The NDIS_SWITCH_FORWARDING_DETAIL_NET_BUFFER_LIST_INFO union specifies the information for forwarding a packet to one or more Hyper-V extensible switch ports. |
| NDIS_SWITCH_NIC_ARRAY The NDIS_SWITCH_NIC_ARRAY structure specifies an array of network adapter configuration parameters. |
| NDIS_SWITCH_NIC_OID_REQUEST The NDIS_SWITCH_NIC_OID_REQUEST structure specifies the information that is required to forward or originate OID requests. |
| NDIS_SWITCH_NIC_PARAMETERS The NDIS_SWITCH_NIC_PARAMETERS structure specifies the configuration parameters for a network adapter (NIC) that is connected to a Hyper-V extensible switch port. |
| NDIS_SWITCH_NIC_SAVE_STATE The NDIS_SWITCH_NIC_SAVE_STATE structure specifies the run-time state information for a Hyper-V extensible switch port. The extensible switch extension uses this structure to save or restore run-time port information. |
| NDIS_SWITCH_NIC_STATUS_INDICATION The NDIS_SWITCH_NIC_STATUS_INDICATION structure specifies the information that is required to forward or originate an NDIS status indication from an underlying physical network adapter. |
| NDIS_SWITCH_OPTIONAL_HANDLERS The NDIS_SWITCH_OPTIONAL_HANDLERS structure specifies the pointers to the Hyper-V extensible switch handler functions. These functions can be called by an extensible switch extension. |
| NDIS_SWITCH_PARAMETERS The NDIS_SWITCH_PARAMETERS structure contains the configuration data for a Hyper-V extensible switch. |
| NDIS_SWITCH_PORT_ARRAY The NDIS_SWITCH_PORT_ARRAY structure specifies an array of port configuration parameters. Each element in the array specifies the parameters for a Hyper-V extensible switch port. Each element is formatted as an NDIS_SWITCH_PORT_PARAMETERS structure. |
| NDIS_SWITCH_PORT_DESTINATION The NDIS_SWITCH_PORT_DESTINATION structure specifies the Hyper-V extensible switch destination port to which a packet will be delivered. |
| NDIS_SWITCH_PORT_FEATURE_STATUS_CUSTOM The NDIS_SWITCH_PORT_FEATURE_STATUS_CUSTOM structure specifies the custom status information for a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_FEATURE_STATUS_PARAMETERS The NDIS_SWITCH_PORT_FEATURE_STATUS_PARAMETERS structure specifies the parameters for the custom status information of a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_PARAMETERS The NDIS_SWITCH_PORT_PARAMETERS structure contains the configuration data for a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_PROPERTY_CUSTOM The NDIS_SWITCH_PORT_PROPERTY_CUSTOM structure specifies a custom policy property for a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_PROPERTY_DELETE_PARAMETERS The NDIS_SWITCH_PORT_PROPERTY_DELETE_PARAMETERS structure specifies the parameters for a Hyper-V extensible switch port policy property that will be deleted. |
| NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO The NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO structure contains information about a Hyper-V extensible switch port policy property. |
| NDIS_SWITCH_PORT_PROPERTY_ENUM_PARAMETERS The NDIS_SWITCH_PORT_PROPERTY_ENUM_PARAMETERS structure specifies an array of policy properties for a Hyper-V extensible switch port. Each element in the array is formatted as an NDIS_SWITCH_PORT_PROPERTY_ENUM_INFO structure. |
| NDIS_SWITCH_PORT_PROPERTY_ISOLATION The NDIS_SWITCH_PORT_PROPERTY_ISOLATION structure is used to specify the isolation properties for a VM network adapter's port. |
| NDIS_SWITCH_PORT_PROPERTY_PARAMETERS The NDIS_SWITCH_PORT_PROPERTY_PARAMETERS structure specifies the parameters for a policy property of a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_PROPERTY_PROFILE The NDIS_SWITCH_PORT_PROPERTY_PROFILE structure specifies a policy property for a Hyper-V extensible switch port that the extensible switch extension saves in its own policy store instead of in the Hyper-V policy store. |
| NDIS_SWITCH_PORT_PROPERTY_ROUTING_DOMAIN The NDIS_SWITCH_PORT_PROPERTY_ROUTING_DOMAIN structure is used to specify the routing domain properties of a VM network adapter. |
| NDIS_SWITCH_PORT_PROPERTY_SECURITY The NDIS_SWITCH_PORT_PROPERTY_SECURITY structure specifies a security policy property for a Hyper-V extensible switch port.NDIS_SWITCH_PORT_PROPERTY_SECURITY structure specifies a security policy property for a Hyper-V extensible switch port. |
| NDIS_SWITCH_PORT_PROPERTY_VLAN The NDIS_SWITCH_PORT_PROPERTY_VLAN structure specifies a virtual local area network (VLAN) policy property for a Hyper-V extensible switch port. |
| NDIS_SWITCH_PROPERTY_CUSTOM The NDIS_SWITCH_PROPERTY_CUSTOM structure specifies a custom profile property for the Hyper-V extensible switch. Independent software vendors (ISVs) define the format for the custom properties. The format of the custom property is proprietary to the ISV. |
| NDIS_SWITCH_PROPERTY_DELETE_PARAMETERS The NDIS_SWITCH_PROPERTY_DELETE_PARAMETERS structure specifies the parameters for a Hyper-V extensible switch profile property that will be deleted. |
| NDIS_SWITCH_PROPERTY_ENUM_INFO The NDIS_SWITCH_PROPERTY_ENUM_INFO structure specifies information about a profile property for the Hyper-V extensible switch. |
| NDIS_SWITCH_PROPERTY_ENUM_PARAMETERS The NDIS_SWITCH_PROPERTY_ENUM_PARAMETERS structure specifies an array of profile properties for the Hyper-V extensible switch. Each element in the array is formatted as an NDIS_SWITCH_PROPERTY_ENUM_INFO structure. |
| NDIS_SWITCH_PROPERTY_PARAMETERS The NDIS_SWITCH_PROPERTY_PARAMETERS structure specifies the parameters for a policy property of a Hyper-V extensible switch. |
| NDIS_SYSTEM_PROCESSOR_INFO The NDIS_SYSTEM_PROCESSOR_INFO structure specifies information about the CPU topology of the local computer and the receive side scaling (RSS) processor set. |
| NDIS_SYSTEM_PROCESSOR_INFO_EX The NDIS_SYSTEM_PROCESSOR_INFO_EX structure specifies information about the CPU topology of the local computer. |
| NDIS_TCP_CONNECTION_OFFLOAD The NDIS_TCP_CONNECTION_OFFLOAD structure provides connection offload information for current settings and for supported capabilities. |
| NDIS_TCP_CONNECTION_OFFLOAD_PARAMETERS The NDIS_TCP_CONNECTION_OFFLOAD_PARAMETERS structure provides TCP chimney offload information in the OID_TCP_CONNECTION_OFFLOAD_PARAMETERS OID. |
| NDIS_TCP_IP_CHECKSUM_NET_BUFFER_LIST_INFO The NDIS_TCP_IP_CHECKSUM_NET_BUFFER_LIST_INFO structure specifies information used in offloading checksum tasks from the TCP/IP transport to a NIC. |
| NDIS_TCP_IP_CHECKSUM_OFFLOAD The NDIS_TCP_IP_CHECKSUM_OFFLOAD structure provides checksum task offload information in the NDIS_OFFLOAD structure. |
| NDIS_TCP_LARGE_SEND_OFFLOAD_NET_BUFFER_LIST_INFO The NDIS_TCP_LARGE_SEND_OFFLOAD_NET_BUFFER_LIST_INFO structure specifies information that is used in offloading large send offload (LSO) tasks from the TCP/IP transport to a miniport adapter. |
| NDIS_TCP_LARGE_SEND_OFFLOAD_V1 The NDIS_TCP_LARGE_SEND_OFFLOAD_V1 structure provides large send offload version 1 (LSOV1) information in the NDIS_OFFLOAD structure. |
| NDIS_TCP_LARGE_SEND_OFFLOAD_V2 The NDIS_TCP_LARGE_SEND_OFFLOAD_V2 structure provides large send offload version 2 (LSOV2) information in the NDIS_OFFLOAD structure. |
| NDIS_TCP_OFFLOAD_EVENT_HANDLERS The NDIS_TCP_OFFLOAD_EVENT_HANDLERS structure contains the entry points for the NDIS functions for the TCP chimney. |
| NDIS_TCP_RECV_SEG_COALESCE_OFFLOAD The NDIS_TCP_RECV_SEG_COALESCE_OFFLOAD structure contains the offload support state for receive segment coalescing (RSC). |
| NDIS_TCP_SEND_OFFLOADS_SUPPLEMENTAL_NET_BUFFER_LIST_INFO The NDIS_TCP_SEND_OFFLOADS_SUPPLEMENTAL_NET_BUFFER_LIST_INFO structure contains additional out-of-band information for encapsulated packets. |
| NDIS_TIMER_CHARACTERISTICS The NDIS_TIMER_CHARACTERISTICS structure defines characteristics of a one-shot or periodic timer. |
| NDIS_TIMESTAMP_CAPABILITIES The NDIS_TIMESTAMP_CAPABILITIES structure describes describes the combined timestamping capabilities of a NIC and miniport driver. |
| NDIS_TIMESTAMP_CAPABILITY_FLAGS The NDIS_TIMESTAMP_CAPABILITY_FLAGS structure represents a network interface card (NIC)'s timestamping capabilities in various contexts. |
| NDIS_UDP_RSC_OFFLOAD The NDIS_UDP_RSC_OFFLOAD structure contains the offload support state for UDP RSC (URO). |
| NDIS_UDP_RSC_OFFLOAD_NET_BUFFER_LIST_INFO NDIS_UDP_RSC_OFFLOAD_NET_BUFFER_LIST_INFO specifies the UDP RSC (URO) offload information for a NET_BUFFER_LIST structure. |
| NDIS_UDP_SEGMENTATION_OFFLOAD The _NDIS_UDP_SEGMENTATION_OFFLOAD structure specifies a buffer comprised of one or more NET_PACKET or NET_FRAGMENT structures. |
| NDIS_UDP_SEGMENTATION_OFFLOAD_NET_BUFFER_LIST_INFO The _NDIS_UDP_SEGMENTATION_OFFLOAD_NET_BUFFER_LIST_INFO structure specifies a buffer comprised of one or more NET_PACKET or NET_FRAGMENT structures. |
| NDIS_WDI_DATA_API The NDIS_WDI_DATA_API structure specifies the entry points for WDI data indications. |
| NDIS_WDI_DATA_API Microsoft reserves the NDIS_WDI_DATA_API structure for internal use only. Don't use this structure in your code. |
| NDIS_WDI_INIT_PARAMETERS The NDIS_WDI_INIT_PARAMETERS structure specifies the WDI functions provided by the operating system and called by the IHV WDI driver. |
| NDIS_WDI_INIT_PARAMETERS Microsoft reserves the NDIS_WDI_INIT_PARAMETERS structure for internal use only. Don't use this structure in your code. |
| NDIS_WMI_ENUM_ADAPTER The NDIS_WMI_ENUM_ADAPTER structure is returned when NDIS responds to the GUID_NDIS_ENUMERATE_ADAPTERS_EX GUID. |
| NDIS_WMI_EVENT_HEADER The NDIS_WMI_EVENT_HEADER structure provides information about a GUID event for WMI clients. |
| NDIS_WMI_METHOD_HEADER The NDIS_WMI_METHOD_HEADER structure provides information about a GUID method request from WMI clients. |
| NDIS_WMI_SET_HEADER The NDIS_WMI_SET_HEADER structure provides information about a GUID set request from WMI clients. |
| NDIS_WWAN_ATR_INFO The NDIS_WWAN_ATR_INFO structure represents a SIM card's Answer to Reset (ATR) information. |
| NDIS_WWAN_AUTH_CHALLENGE The NDIS_WWAN_AUTH_CHALLENGE structure represents an authentication challenge used by one of the authentication methods. |
| NDIS_WWAN_AUTH_RESPONSE The NDIS_WWAN_AUTH_RESPONSE structure represents a response from one of the authentication methods. |
| NDIS_WWAN_BASE_STATIONS_INFO The NDIS_WWAN_BASE_STATIONS_INFO structure contains information about both serving and neighboring base stations. |
| NDIS_WWAN_BASE_STATIONS_INFO_REQ The NDIS_WWAN_BASE_STATIONS_INFO_REQ structure is used in OID_WWAN_BASE_STATIONS_INFO query requests to configure aspects of cellular base station information to be used in response. |
| NDIS_WWAN_CONTEXT_STATE The NDIS_WWAN_CONTEXT_STATE structure represents the Packet Data Protocol (PDP) context state of the MB device. |
| NDIS_WWAN_DEVICE_CAPS The NDIS_WWAN_DEVICE_CAPS structure represents the capabilities of the MB device. |
| NDIS_WWAN_DEVICE_CAPS_EX The NDIS_WWAN_DEVICE_CAPS_EX structure represents the capabilities of the MB device. |
| NDIS_WWAN_DEVICE_RESET_STATUS The NDIS_WWAN_DEVICE_RESET_STATUS structure represents a modem device's reset status. It is sent to the MB host in the NDIS_STATUS_WWAN_DEVICE_RESET_STATUS notification in an asynchronous response to an OID_WWAN_DEVICE_RESET set request. |
| NDIS_WWAN_DEVICE_SERVICE_COMMAND The NDIS_WWAN_DEVICE_SERVICE_COMMAND structure describes device service command data. |
| NDIS_WWAN_DEVICE_SERVICE_EVENT The NDIS_WWAN_DEVICE_SERVICE_EVENT structure describes unsolicited device service data that were not initiated by commands from Windows. |
| NDIS_WWAN_DEVICE_SERVICE_RESPONSE The NDIS_WWAN_DEVICE_SERVICE_RESPONSE structure represents device service data from the transaction completion of a device service command. |
| NDIS_WWAN_DEVICE_SERVICE_SESSION_INFO The NDIS_WWAN_DEVICE_SERVICE_SESSION_INFO structure represents the status of a device service session. |
| NDIS_WWAN_DEVICE_SERVICE_SESSION_READ The NDIS_WWAN_DEVICE_SERVICE_SESSION_READ structure represents device service session data that has been read by the miniport driver from the MB device. |
| NDIS_WWAN_DEVICE_SERVICE_SESSION_WRITE The NDIS_WWAN_DEVICE_SERVICE_SESSION_WRITE structure represents device service session data to be sent from the host to the MB device. |
| NDIS_WWAN_DEVICE_SERVICE_SESSION_WRITE_COMPLETE The NDIS_WWAN_DEVICE_SERVICE_SESSION_WRITE_COMPLETE structure represents the status of a device service session write operation. |
| NDIS_WWAN_DEVICE_SERVICE_SUBSCRIPTION The NDIS_WWAN_DEVICE_SERVICE_SUBSCRIPTION structures encapsulates the data for NDIS_STATUS_WWAN_ DEVICE_SERVICE_SUBSCRIPTION. |
| NDIS_WWAN_DEVICE_SERVICE_SUPPORTED_COMMANDS The NDIS_WWAN_DEVICE_SERVICE_SUPPORTED_COMMANDS structure represents a list of commands supported by a device service. |
| NDIS_WWAN_DEVICE_SLOT_MAPPING_INFO The NDIS_WWAN_DEVICE_SLOT_MAPPING_INFO structure represents the executor-to-slot mapping relationship of the MB device. |
| NDIS_WWAN_DRIVER_CAPS The NDIS_WWAN_DRIVER_CAPS structure represents the capabilities of the miniport driver. |
| NDIS_WWAN_ENUMERATE_DEVICE_SERVICE_COMMANDS The NDIS_WWAN_ENUMERATE_DEVICE_SERVICE_COMMANDS structure represents the commands supported by a device service. |
| NDIS_WWAN_GET_SLOT_INFO The NDIS_WWAN_GET_SLOT_INFO structure represents the status of a slot in the modem of the MB device. |
| NDIS_WWAN_GET_VISIBLE_PROVIDERS The NDIS_WWAN_GET_VISIBLE_PROVIDERS structure is used to request the miniport driver get either all visible providers or only multi-carrier visible providers. |
| NDIS_WWAN_HOME_PROVIDER The NDIS_WWAN_HOME_PROVIDER structure represents details about the home network provider. |
| NDIS_WWAN_HOME_PROVIDER2 The NDIS_WWAN_HOME_PROVIDER2 structure describes details of a home network provider. |
| NDIS_WWAN_IP_ADDRESS_STATE The NDIS_WWAN_IP_ADDRESS_STATE structure represents the IP address of a PDP context. |
| NDIS_WWAN_LTE_ATTACH_CONTEXTS The NDIS_WWAN_LTE_ATTACH_CONTEXTS structure describes default LTE attach contexts for the inserted SIM's provider (MCC/MNC pair). |
| NDIS_WWAN_LTE_ATTACH_STATUS The NDIS_WWAN_LTE_ATTACH_STATUS structure describes the last used default LTE attach context for a mobile broadband (MBB) modem. |
| NDIS_WWAN_MAC_INFO The NDIS_WWAN_MAC_INFO structure represents NDIS port information for a PDP context. |
| NDIS_WWAN_MAC_PARAMETERS The NDIS_WWAN_MAC_PARAMETERS structure is used by OID_WWAN_CREATE_MAC when processing a request to create an NDIS port for a new PDP context. |
| NDIS_WWAN_MODEM_CONFIG_INFO The NDIS_WWAN_MODEM_CONFIG_INFO structure represents the modem's configuration information. |
| NDIS_WWAN_MODEM_LOGGING_CONFIG The NDIS_WWAN_MODEM_LOGGING_CONFIG structure describes the current modem logging configuration for a modem. |
| NDIS_WWAN_MPDP_INFO The NDIS_WWAN_MPDP_INFO structure contains information for an operation to perform on a Multiple Packet Data Protocol (MPDP) interface. |
| NDIS_WWAN_MPDP_LIST The NDIS_WWAN_MPDP_LIST structure contains a list of existing Multiple Packet Data Protocol (MPDP) interfaces for the mobile broadband device representing the primary PDP context/EPS bearer. |
| NDIS_WWAN_MPDP_STATE The NDIS_WWAN_MPDP_STATE structure represents the state of a Multiple Packet Data Protocol (MPDP) interface after a requested operation. |
| NDIS_WWAN_NETWORK_BLACKLIST The NDIS_WWAN_NETWORK_BLACKLIST structure describes a mobile broadband (MBB) device's network blacklists. |
| NDIS_WWAN_NETWORK_IDLE_HINT The NDIS_WWAN_NETWORK_IDLE_HINT structure contains a hint for the network interface regarding whether data is expected to be active or idle on the interface. |
| NDIS_WWAN_NETWORK_PARAMS_INFO The NDIS_WWAN_NETWORK_PARAMS_INFO structure represents data for NDIS_STATUS_WWAN_NETWORK_PARAMS_STATE notifications. |
| NDIS_WWAN_NITZ_INFO The NDIS_WWAN_NITZ_INFO structure describes the current network time and time zone information. |
| NDIS_WWAN_PACKET_SERVICE_STATE The NDIS_WWAN_PACKET_SERVICE_STATE structure represents the packet service attachment state of the MB device. |
| NDIS_WWAN_PCO_STATUS The NDIS_WWAN_PCO_STATUS structure represents the Protocol Configuration Option (PCO) status of the modem. |
| NDIS_WWAN_PIN_APP The NDIS_WWAN_PIN_APP structure specifies the target application ID for a UICC application whose PIN is being queried. |
| NDIS_WWAN_PIN_INFO The NDIS_WWAN_PIN_INFO structure represents the type and PIN-entry state of Personal Identification Number (PIN) information required by the MB device. |
| NDIS_WWAN_PIN_LIST The NDIS_WWAN_PIN_LIST structure represents a list of descriptions of Personal Identification Numbers (PINs). |
| NDIS_WWAN_PREFERRED_MULTICARRIER_PROVIDERS The NDIS_WWAN_PREFERRED_MULTICARRIER_PROVIDERS structure represents a list of preferred multi-carrier providers and the number of providers in the list. |
| NDIS_WWAN_PREFERRED_PROVIDERS The NDIS_WWAN_PREFERRED_PROVIDERS structure represents a list of preferred providers including the number of providers in the list. |
| NDIS_WWAN_PRESHUTDOWN_STATE The NDIS_WWAN_PRESHUTDOWN_STATE structure contains the pre-shutdown status. |
| NDIS_WWAN_PROVISIONED_CONTEXTS The NDIS_WWAN_PROVISIONED_CONTEXTS structure represents a list of provisioned contexts and the number of provisioned contexts in the list. |
| NDIS_WWAN_QUERY_ATR_INFO The NDIS_WWAN_QUERY_ATR_INFO structure represents the SIM slot ID that is associated with an OID_WWAN_UICC_ATR query request. |
| NDIS_WWAN_QUERY_READY_INFO The NDIS_WWAN_QUERY_READY_INFO structure represents a SIM slot ID for OID_WWAN_READY_INFO query requests. |
| NDIS_WWAN_QUERY_UICC_RESET The NDIS_WWAN_QUERY_UICC_RESET structure represents the SIM slot ID that is associated with an OID_WWAN_UICC_RESET query request. |
| NDIS_WWAN_QUERY_UICC_TERMINAL_CAPABILITY The NDIS_WWAN_QUERY_UICC_TERMINAL_CAPABILITY structure represents the SIM slot ID that is associated with an OID_WWAN_UICC_TERMINAL_CAPABILITY query request. |
| NDIS_WWAN_RADIO_STATE The NDIS_WWAN_RADIO_STATE structure represents the hardware-based and software-based radio power states of the MB device. |
| NDIS_WWAN_READY_INFO The NDIS_WWAN_READY_INFO structure represents the ready-state of the MB device and Subscriber Identity Module (SIM card). |
| NDIS_WWAN_REGISTER_PARAMS_INFO The NDIS_WWAN_REGISTER_PARAMS_INFO structure represents data for NDIS_STATUS_WWAN_REGISTER_PARAMS_STATE notifications. |
| NDIS_WWAN_REGISTRATION_STATE The NDIS_WWAN_REGISTRATION_STATE structure represents the registration state of the MB device. |
| NDIS_WWAN_SAR_CONFIG_INFO The NDIS_WWAN_SAR_CONFIG_INFO structure describes a modem's current Specific Absorption Rate (SAR) configuration information. |
| NDIS_WWAN_SAR_TRANSMISSION_STATUS_INFO The NDIS_WWAN_SAR_TRANSMISSION_STATUS_INFO structure describes a mobile broadband (MBB) modem's Specific Absorption Rate (SAR) transmission status. |
| NDIS_WWAN_SERVICE_ACTIVATION The NDIS_WWAN_SERVICE_ACTIVATION structure represents the command that is used to set the service activation state of the MB device in order to obtain access to the provider's network. |
| NDIS_WWAN_SERVICE_ACTIVATION_STATUS The NDIS_WWAN_SERVICE_ACTIVATION_STATUS structure represents the status of service activation on the MB device. |
| NDIS_WWAN_SET_CONTEXT_STATE The NDIS_WWAN_SET_CONTEXT_STATE structure represents the command to set the context state of the MB device. |
| NDIS_WWAN_SET_DEVICE_RESET The NDIS_WWAN_SET_DEVICE_RESET structure represents a command to reset a modem device. It is sent as part of an OID_WWAN_DEVICE_RESET set request. |
| NDIS_WWAN_SET_DEVICE_SERVICE_SESSION The NDIS_WWAN_SET_DEVICE_SERVICE_SESSION structure represents a session state operation to be performed on a device service. |
| NDIS_WWAN_SET_DEVICE_SLOT_MAPPING_INFO The NDIS_WWAN_SET_DEVICE_SLOT_MAPPING_INFO structure sets the executor-to-slot mapping relationship of the MB device. |
| NDIS_WWAN_SET_HOME_PROVIDER The NDIS_WWAN_SET_HOME_PROVIDER structure describes a home provider. |
| NDIS_WWAN_SET_LTE_ATTACH_CONTEXT The NDIS_WWAN_SET_LTE_ATTACH_CONTEXT structure describes default LTE attach contexts a miniport driver should set for the inserted SIM's provider (MCC/MNC pair). |
| NDIS_WWAN_SET_MODEM_LOGGING_CONFIG The NDIS_WWAN_SET_MODEM_LOGGING_CONFIG structure specifies modem logging configuration for a modem. |
| NDIS_WWAN_SET_MPDP_STATE The NDIS_WWAN_SET_MPDP_STATE structure contains information for performing an operation on a Multiple Packet Data Protocol (MPDP) interface. |
| NDIS_WWAN_SET_NETWORK_BLACKLIST The NDIS_WWAN_SET_NETWORK_BLACKLIST structure describes network blacklists that a mobile broadband (MBB) device should use to overwrite any existing blacklists in the modem. |
| NDIS_WWAN_SET_PACKET_SERVICE The NDIS_WWAN_SET_PACKET_SERVICE structure represents the packet service state of the MB device. |
| NDIS_WWAN_SET_PIN The NDIS_WWAN_SET_PIN structure represents what PIN action to take on the MB device. |
| NDIS_WWAN_SET_PIN_EX The NDIS_WWAN_SET_PIN_EX structure represents what PIN action to take on the MB device. |
| NDIS_WWAN_SET_PIN_EX2 The NDIS_WWAN_SET_PIN_EX2 structure specifies the PIN action to take for a UICC application. |
| NDIS_WWAN_SET_PREFERRED_MULTICARRIER_PROVIDERS The NDIS_WWAN_SET_PREFERRED_MULTICARRIER_PROVIDERS structure represents a list of preferred multicarrier providers associated with the MB device. |
| NDIS_WWAN_SET_PREFERRED_PROVIDERS The NDIS_WWAN_SET_PREFERRED_PROVIDERS structure represents the list of preferred providers associated with the MB device. |
| NDIS_WWAN_SET_PRESHUTDOWN_STATE The NDIS_WWAN_SET_PRESHUTDOWN_STATE structure represents the command to notify the modem to finish all operations and prepare to shut down. |
| NDIS_WWAN_SET_PROVISIONED_CONTEXT The NDIS_WWAN_SET_PROVISIONED_CONTEXT structure represents the command to set the provisioned context state of the MB device. |
| NDIS_WWAN_SET_PROVISIONED_CONTEXT_V2 The NDIS_WWAN_SET_PROVISIONED_CONTEXT_V2 structure represents the command to set the provisioned context state of the MB device. |
| NDIS_WWAN_SET_RADIO_STATE The NDIS_WWAN_SET_RADIO_STATE structure represents the power action to take on the MB device's radio. |
| NDIS_WWAN_SET_REGISTER_PARAMS The NDIS_WWAN_SET_REGISTER_PARAMS structure represents data for OID_WWAN_REGISTER_PARAMS set requests. |
| NDIS_WWAN_SET_REGISTER_STATE The NDIS_WWAN_SET_REGISTER_STATE structure represents the network provider registration state of the MB device. |
| NDIS_WWAN_SET_SAR_CONFIG The NDIS_WWAN_SET_SAR_CONFIG structure describes Specific Absorption Rate (SAR) information that a mobile broadband (MB) modem should use to set its SAR configuration. |
| NDIS_WWAN_SET_SAR_TRANSMISSION_STATUS The NDIS_WWAN_SET_SAR_TRANSMISSION_STATUS structure sets Specific Absorption Rate (SAR) transmission status in a mobile broadband (MBB) modem. |
| NDIS_WWAN_SET_SIGNAL_INDICATION The NDIS_WWAN_SET_SIGNAL_INDICATION structure represents the signal indication of the MB device. |
| NDIS_WWAN_SET_SMS_CONFIGURATION The NDIS_WWAN_SET_SMS_CONFIGURATION structure represents the SMS configuration of the MB device. |
| NDIS_WWAN_SET_UICC_RESET The NDIS_WWAN_SET_UICC_RESET structure represents the passthrough action the MB host specifies for a modem miniport adapter after it resets a UICC card. |
| NDIS_WWAN_SET_UICC_TERMINAL_CAPABILITY The NDIS_WWAN_SET_UICC_TERMINAL_CAPABILITY structure represents the terminal capabilities of the host and SIM slot ID associated with an OID_WWAN_UICC_TERMINAL_CAPABILITY set request. |
| NDIS_WWAN_SIGNAL_STATE The NDIS_WWAN_SIGNAL_STATE structure represents the signal state of the MB device. |
| NDIS_WWAN_SLOT_INFO The NDIS_WWAN_SLOT_INFO structure represents the information about a slot in the modem of the MB device. |
| NDIS_WWAN_SMS_CONFIGURATION The NDIS_WWAN_SMS_CONFIGURATION structure represents the SMS configuration of the MB device. |
| NDIS_WWAN_SMS_DELETE The NDIS_WWAN_SMS_DELETE structure represents an SMS message to delete. |
| NDIS_WWAN_SMS_DELETE_STATUS The NDIS_WWAN_SMS_DELETE_STATUS structure represents the status of a deleted SMS text message. |
| NDIS_WWAN_SMS_READ The NDIS_WWAN_SMS_READ structure represents an SMS message to read. |
| NDIS_WWAN_SMS_RECEIVE The NDIS_WWAN_SMS_RECEIVE structure represents a list of received SMS messages and the number of messages in the list. |
| NDIS_WWAN_SMS_SEND The NDIS_WWAN_SMS_SEND structure represents an SMS message to send. |
| NDIS_WWAN_SMS_SEND_STATUS The NDIS_WWAN_SMS_SEND_STATUS structure represents the status of a sent SMS text message. |
| NDIS_WWAN_SMS_STATUS The NDIS_WWAN_SMS_STATUS structure represents the status of the SMS message store. |
| NDIS_WWAN_SUBSCRIBE_DEVICE_SERVICE_EVENTS The NDIS_WWAN_SUBSCRIBE_DEVICE_SERVICE_EVENTS structure encapsulates data for OID_WWAN_SUBSCRIBE_DEVICE_SERVICES_EVENTS. |
| NDIS_WWAN_SUPPORTED_DEVICE_SERVICES The NDIS_WWAN_SUPPORTED_DEVICE_SERVICES structure describes a list of supported device services. |
| NDIS_WWAN_SYS_CAPS_INFO The NDIS_WWAN_SYS_CAPS_INFO structure represents the overall modem's system capability. |
| NDIS_WWAN_UE_POLICY_INFO The NDIS_WWAN_UE_POLICY_INFO structure represents the UE policy information of the MB device. |
| NDIS_WWAN_UICC_ACCESS_BINARY The NDIS_WWAN_UICC_ACCESS_BINARY structure describes information about a UICC binary file to read or to which to write. |
| NDIS_WWAN_UICC_ACCESS_RECORD The NDIS_WWAN_UICC_ACCESS_RECORD structure describes information about a UICC linear fixed or cyclic file to read or to which to write. |
| NDIS_WWAN_UICC_APP_LIST The NDIS_WWAN_UICC_APP_LIST structure describes a list of applications in a UICC and information about them. |
| NDIS_WWAN_UICC_FILE_PATH The NDIS_WWAN_UICC_FILE_PATH structure describes file path information about a UICC file. |
| NDIS_WWAN_UICC_FILE_STATUS The NDIS_WWAN_UICC_FILE_STATUS structure describes the status of a UICC file. |
| NDIS_WWAN_UICC_RESET_INFO The NDIS_WWAN_UICC_RESET_INFO structure represents the passthrough status of a modem miniport adapter for a UICC smart card. |
| NDIS_WWAN_UICC_RESPONSE The NDIS_WWAN_UICC_RESPONSE structure describes a UICC response to a file read or write operation. |
| NDIS_WWAN_UICC_TERMINAL_CAPABILITY_INFO The NDIS_WWAN_UICC_TERMINAL_CAPABILITY_INFO structure represents information about the terminal capabilities of the host. |
| NDIS_WWAN_USSD_EVENT The NDIS_WWAN_USSD_EVENT structure represents an Unstructured Supplementary Service Data (USSD) NDIS event. |
| NDIS_WWAN_USSD_REQUEST The NDIS_WWAN_USSD_EVENT structure represents an Unstructured Supplementary Service Data (USSD) NDIS request. |
| NDIS_WWAN_VENDOR_SPECIFIC The NDIS_WWAN_VENDOR_SPECIFIC structure represents vendor-specific data. |
| NDIS_WWAN_VISIBLE_PROVIDERS The NDIS_WWAN_VISIBLE_PROVIDERS structure represents a list of visible providers and the number of providers in the list. |
| NDK_ADAPTER The NDK_ADAPTER structure specifies the attributes of an NDK adapter object. |
| NDK_ADAPTER_DISPATCH The NDK_ADAPTER_DISPATCH structure specifies dispatch function entry points for the NDK adapter object. |
| NDK_CONNECTOR The NDK_CONNECTOR structure specifies the attributes of an NDK connector object. |
| NDK_CONNECTOR_DISPATCH The NDK_CONNECTOR_DISPATCH structure specifies dispatch function entry points for the NDK connector object. |
| NDK_CQ The NDK_CQ structure specifies the attributes of an NDK completion queue (CQ) object. |
| NDK_CQ_DISPATCH The NDK_CQ_DISPATCH structure specifies dispatch function entry points for the NDK completion queue (CQ) object. |
| NDK_EXTENSION_INTERFACE The NDK_EXTENSION_INTERFACE structure specifies dispatch function entry points for an NDK extension interface. |
| NDK_LISTENER The NDK_LISTENER structure specifies the attributes of an NDK listener object. |
| NDK_LISTENER_DISPATCH The NDK_LISTENER_DISPATCH structure specifies dispatch function entry points for the NDK listener object. |
| NDK_LOGICAL_ADDRESS_MAPPING The NDK_LOGICAL_ADDRESS_MAPPING structure contains an array of adapter logical addresses. |
| NDK_MR The NDK_MR structure specifies the attributes of an NDK memory region (MR) object. |
| NDK_MR_DISPATCH The NDK_MR_DISPATCH structure specifies dispatch function entry points for the NDK memory region (MR) object. |
| NDK_MW The NDK_MW structure specifies the attributes of an NDK memory window (MW) object. |
| NDK_MW_DISPATCH The NDK_MW_DISPATCH structure specifies dispatch function entry points for the NDK memory window (MW) object. |
| NDK_OBJECT_HEADER The NDK_OBJECT_HEADER structure specifies the object version, type, and other information. It is used in the Header member of every NDK object. |
| NDK_OBJECT_HEADER_RESERVED_BLOCK The NDK_OBJECT_HEADER_RESERVED_BLOCK structure specifies reserved information in an NDK object. |
| NDK_PD The NDK_PD structure specifies the attributes of an NDK protection domain (PD) object. |
| NDK_PD_DISPATCH The NDK_PD_DISPATCH structure specifies dispatch function entry points for the NDK protection domain (PD) object. |
| NDK_QP The NDK_QP structure specifies the attributes of an NDK queue pair (QP) object. |
| NDK_QP_DISPATCH The NDK_QP_DISPATCH structure specifies dispatch function entry points for the NDK queue pair (QP) object. |
| NDK_RESULT The NDK_RESULT structure returns the results for an NDK request operation. |
| NDK_RESULT_EX The NDK_RESULT_EX structure returns the results for an NDK request operation. It is identical to the NDK_RESULT structure, except that it has additional Type and TypeSpecificCompletionOutput members. |
| NDK_SGE The NDK_SGE structure specifies the local buffers for NDK work requests. |
| NDK_SHARED_ENDPOINT The NDK_SHARED_ENDPOINT structure specifies the attributes of an NDK shared endpoint object. |
| NDK_SHARED_ENDPOINT_DISPATCH The NDK_SHARED_ENDPOINT_DISPATCH structure specifies dispatch function entry points for the NDK shared endpoint object. |
| NDK_SRQ The NDK_SRQ structure specifies the attributes of an NDK shared receive queue (SRQ) object. |
| NDK_SRQ_DISPATCH The NDK_SRQ_DISPATCH structure specifies dispatch function entry points for the NDK shared receive queue (SRQ) object. |
| NEIGHBOR_OFFLOAD_STATE_CACHED The NEIGHBOR_OFFLOAD_STATE_CACHED structure contains the cached variables of a neighbor state object. |
| NEIGHBOR_OFFLOAD_STATE_CONST The NEIGHBOR_OFFLOAD_STATE_CONST structure contains the constant variables of a neighbor state object. |
| NEIGHBOR_OFFLOAD_STATE_DELEGATED The NEIGHBOR_OFFLOAD_STATE_DELGATED structure contains the delegated variable of a neighbor state object. |
| NET_ADAPTER_DATAPATH_CALLBACKS The NET_ADAPTER_DATAPATH_CALLBACKS structure describes a net adapter's callback functions for creating its datapath queues. |
| NET_ADAPTER_DMA_CAPABILITIES The NET_ADAPTER_DMA_CAPABILITIES structure describes the DMA capabilities of an adapter. |
| NET_ADAPTER_LINK_LAYER_ADDRESS A NET_ADAPTER_LINK_LAYER_ADDRESS structure describes a link layer address. |
| NET_ADAPTER_LINK_LAYER_CAPABILITIES Describes the link layer capabilities of the adapter. |
| NET_ADAPTER_LINK_STATE Describes the link state of the adapter. |
| NET_ADAPTER_OFFLOAD_CHECKSUM_CAPABILITIES The NET_ADAPTER_OFFLOAD_CHECKSUM_CAPABILITIES structure describes a network interface card (NIC)'s capabilities for offloading checksum calculation and validation. |
| NET_ADAPTER_OFFLOAD_GSO_CAPABILITIES The NET_ADAPTER_OFFLOAD_GSO_CAPABILITIES structure describes a network interface card (NIC)'s capabilities for generic send offload (GSO). |
| NET_ADAPTER_OFFLOAD_IEEE8021Q_TAG_CAPABILITIES NET_ADAPTER_OFFLOAD_IEEE8021Q_TAG_CAPABILITIES describes a NIC's IEEE 802.1 priority and VLAN tagging capabilities. |
| NET_ADAPTER_OFFLOAD_RSC_CAPABILITIES The NET_ADAPTER_OFFLOAD_RSC_CAPABILITIES structure describes a network interface card (NIC)'s capabilities for receive segment coalescence (RSC). |
| NET_ADAPTER_OFFLOAD_RX_CHECKSUM_CAPABILITIES The NET_ADAPTER_OFFLOAD_RX_CHECKSUM_CAPABILITIES structure describes a network interface card (NIC)'s capabilities for Rx checksum offload. |
| NET_ADAPTER_OFFLOAD_TX_CHECKSUM_CAPABILITIES The NET_ADAPTER_OFFLOAD_TX_CHECKSUM_CAPABILITIES structure describes a network interface card (NIC)'s capabilities for Tx checksum offload. |
| NET_ADAPTER_POWER_OFFLOAD_ARP_CAPABILITIES The NET_ADAPTER_POWER_OFFLOAD_ARP_CAPABILITIES structure describes a net adapter's capabilities for IPv4 ARP low power protocol offload. |
| NET_ADAPTER_POWER_OFFLOAD_NS_CAPABILITIES The NET_ADAPTER_POWER_OFFLOAD_NS_CAPABILITIES structure describes a net adapter's capabilities for IPv6 Neighbor Solicitation (NS) low power protocol offload. |
| NET_ADAPTER_RECEIVE_FILTER_CAPABILITIES The NET_ADAPTER_RECEIVE_FILTER_CAPABILITIES structure specifies a NIC's receive filtering capabilities. |
| NET_ADAPTER_RECEIVE_SCALING_CAPABILITIES The NET_ADAPTER_RECEIVE_SCALING_CAPABILITIES structure describes a net adapter's receive side scaling (RSS) capabilities. |
| NET_ADAPTER_RECEIVE_SCALING_HASH_SECRET_KEY The NET_ADAPTER_RECEIVE_SCALING_HASH_SECRET_KEY structure contains secret key data to verify RSS hash calculations. |
| NET_ADAPTER_RECEIVE_SCALING_INDIRECTION_ENTRIES The NET_ADAPTER_RECEIVE_SCALING_INDIRECTION_ENTRIES structure represents a series of move operations for all entries in the receive side scaling (RSS) indirection table. |
| NET_ADAPTER_RECEIVE_SCALING_INDIRECTION_ENTRY The NET_ADAPTER_RECEIVE_SCALING_INDIRECTION_ENTRY structure represents a single entry in the receive side scaling (RSS) indirection table. |
| NET_ADAPTER_RX_CAPABILITIES The NET_ADAPTER_RX_CAPABILITIES structure describes the receive capabilities of a net adapter. |
| NET_ADAPTER_TX_CAPABILITIES The NET_ADAPTER_TX_CAPABILITIES structure describes the transmit capabilities of a net adapter. |
| NET_ADAPTER_WAKE_BITMAP_CAPABILITIES The NET_ADAPTER_WAKE_BITMAP_CAPABILITIES structure describes a net adapter's wake on LAN (WoL) capabilities for waking from a bitmap pattern. |
| NET_ADAPTER_WAKE_EAPOL_PACKET_CAPABILITIES NET_ADAPTER_WAKE_EAPOL_PACKET_CAPABILITIES describes a network adapter's WoL capabilities for waking from an EAPOL packet. |
| NET_ADAPTER_WAKE_MAGIC_PACKET_CAPABILITIES The NET_ADAPTER_WAKE_MAGIC_PACKET_CAPABILITIES structure describes a net adapter's wake on LAN (WoL) capabilities for waking from a magic packet. |
| NET_ADAPTER_WAKE_MEDIA_CHANGE_CAPABILITIES The NET_ADAPTER_WAKE_MEDIA_CHANGE_CAPABILITIES structure describes a net adapter's wake on LAN (WoL) capabilities for waking from a media change event. |
| NET_ADAPTER_WAKE_PACKET_FILTER_CAPABILITIES The NET_ADAPTER_WAKE_PACKET_FILTER_CAPABILITIES structure describes a net adapter's wake on LAN (WoL) capabilities for waking from a packet filter match. |
| NET_ADAPTER_WAKE_REASON_PACKET The NET_ADAPTER_WAKE_REASON_PACKET structure describes a network packet (known as a wake packet) that caused the network adapter to generate a wake-up event. |
| NET_BUFFER The NET_BUFFER structure specifies data that is transmitted or received over the network. |
| NET_BUFFER_DATA The NET_BUFFER_DATA structure contains information for managing the data buffers that are attached to a NET_BUFFER structure, and it identifies the next NET_BUFFER structure in a list of NET_BUFFER structures. |
| NET_BUFFER_HEADER The NET_BUFFER_HEADER structure specifies header information for the NET_BUFFER structure. |
| NET_BUFFER_LIST The NET_BUFFER_LIST structure specifies a linked list of NET_BUFFER structures. |
| NET_BUFFER_LIST_CONTEXT The NET_BUFFER_LIST_CONTEXT structure stores context information for a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_DATA The NET_BUFFER_LIST_DATA structure contains management data for the NET_BUFFER structures that are linked to a NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_HEADER The NET_BUFFER_LIST_HEADER defines header information for the NET_BUFFER_LIST structure. |
| NET_BUFFER_LIST_POOL_PARAMETERS The NET_BUFFER_LIST_POOL_PARAMETERS structure defines the parameters for a pool of NET_BUFFER_LIST structures. |
| NET_BUFFER_LIST_TIMESTAMP The NET_BUFFER_LIST_TIMESTAMP structure represents a timestamp that the NIC hardware generates on reception or transmission of a packet. |
| NET_BUFFER_SHARED_MEMORY The NET_BUFFER_SHARED_MEMORY structure specifies a shared memory buffer that is associated with a NET_BUFFER structure. |
| NET_DEVICE_PNP_EVENT The NET_DEVICE_PNP_EVENT structure defines device plug and play (PnP) events for miniport adapters. |
| NET_DEVICE_POWER_POLICY_EVENT_CALLBACKS The NET_DEVICE_POWER_POLICY_EVENT_CALLBACKS structure contains function pointers for a client driver's power policy callback functions. |
| NET_DMA_CHANNEL_CPU_AFFINITY The NET_DMA_CHANNEL_CPU_AFFINITY structure specifies the CPU affinity of a DMA channel. |
| NET_DMA_CHANNEL_PARAMETERS The NET_DMA_CHANNEL_PARAMETERS structure specifies the configuration parameters that a DMA provider driver should use to configure a DMA channel. |
| NET_DMA_DESCRIPTOR The NET_DMA_DESCRIPTOR structure specifies the DMA transfer information for each entry in a linked list of DMA descriptors. |
| NET_DMA_PNP_NOTIFICATION The NET_DMA_PNP_NOTIFICATION structure specifies a power management notification in the NetDMA interface. |
| NET_DMA_PROVIDER_ATTRIBUTES The NET_DMA_PROVIDER_ATTRIBUTES structure specifies the configuration attributes for a NetDMA provider. |
| NET_DMA_PROVIDER_CHARACTERISTICS The NET_DMA_PROVIDER_CHARACTERISTICS structure specifies the characteristics for a NetDMA provider, including the entry points for the ProviderXxx functions. |
| NET_DRIVER_GLOBALS Call NET_DRIVER_GLOBALS_INIT to initialize this structure. |
| NET_EUI48_ADDRESS The NET_EUI48_ADDRESS union specifies an EUI-48 address. |
| NET_EXTENSION The NET_EXTENSION structure describes the collection of net rings that belong to a packet queue. |
| NET_EXTENSION_QUERY The NET_EXTENSION_QUERY structure represents a query for a packet or fragment extension. |
| NET_FRAGMENT Represents one contiguous buffer in memory. |
| NET_FRAGMENT_LOGICAL_ADDRESS The NET_FRAGMENT_LOGICAL_ADDRESS structure contains DMA logical address information for a NET_FRAGMENT. |
| NET_FRAGMENT_MDL The NET_FRAGMENT_MDL structure contains DMA MDL information for a NET_FRAGMENT. |
| NET_FRAGMENT_RETURN_CONTEXT The NET_FRAGMENT_RETURN_CONTEXT structure contains return context information for a NET_FRAGMENT. |
| NET_FRAGMENT_VIRTUAL_ADDRESS The NET_FRAGMENT_VIRTUAL_ADDRESS structure contains data buffer information for a NET_FRAGMENT. |
| NET_IF_INFORMATION The NET_IF_INFORMATION structure provides NDIS with information about a registered network interface. |
| NET_IPV4_ADDRESS The NET_IPV4_ADDRESS union specifies an IPv4 address. |
| NET_IPV6_ADDRESS The NET_IPV6_ADDRESS union specifies an IPv6 address. |
| NET_PACKET Represents a single network packet. |
| NET_PACKET_CHECKSUM A NET_PACKET_CHECKSUM structure describes checksum information for a NET_PACKET. |
| NET_PACKET_GSO The NET_PACKET_GSO structure contains Generic Segmentation Offload (GSO) information for a packet. |
| NET_PACKET_IEEE8021Q The NET_PACKET_IEEE8021Q structure specifies a NET_PACKET's 802.1Q information. |
| NET_PACKET_LAYOUT A NET_PACKET_LAYOUT structure describes the start of each protocol header in a NET_PACKET. |
| NET_PACKET_QUEUE_CONFIG The NET_PACKET_QUEUE_CONFIG structure describes the configuration options for a NetAdapterCx client driver's packet queue. |
| NET_PACKET_RSC The NET_PACKET_RSC structure contains receive segment coalescence (RSC) information for a packet. |
| NET_PACKET_RSC_TIMESTAMP The NET_PACKET_RSC_TIMESTAMP structure contains receive segment coalescence (RSC) timestamp information for a packet. |
| NET_PACKET_WIFI_EXEMPTION_ACTION The NET_PACKET_WIFI_EXEMPTION_ACTION structure contains the exemption action information for a packet. |
| NET_PNP_EVENT The NET_PNP_EVENT structure describes a network Plug and Play (PnP) event, an NDIS PnP event, or a power management event. |
| NET_PNP_EVENT_NOTIFICATION The NET_PNP_EVENT_NOTIFICATION structure describes a network Plug and Play (PnP) event, an NDIS PnP event, or a power management event. |
| NET_POWER_OFFLOAD_ARP_PARAMETERS The NET_POWER_OFFLOAD_ARP_PARAMETERS structure contains IPv4 ARP low-power protocol offload parameters for a net adapter. |
| NET_POWER_OFFLOAD_LIST The NET_POWER_OFFLOAD_LIST structure represents a list of low power protocol offloads to a net adapter. |
| NET_POWER_OFFLOAD_NS_PARAMETERS The NET_POWER_OFFLOAD_NS_PARAMETERS structure contains IPv6 NS low-power protocol offload parameters for a net adapter. |
| NET_RING The _NET_RING structure specifies a buffer comprised of one or more NET_PACKET or NET_FRAGMENT structures. |
| NET_RING_COLLECTION The NET_RING_COLLECTION structure describes the collection of net rings that belong to a packet queue. |
| NET_RXQUEUE_BUFFER_LAYOUT_HINT The NET_RXQUEUE_BUFFER_LAYOUT_HINT structure represents receive buffer layout hints returned to a client driver from the upper layer. |
| NET_WAKE_SOURCE_BITMAP_PARAMETERS The NET_WAKE_SOURCE_BITMAP_PARAMETERS structure contains parameters for a wake-on-LAN (WoL) bitmap pattern wake source. |
| NET_WAKE_SOURCE_LIST The NET_WAKE_SOURCE_LIST structure represents a list of wake-on-LAN (WoL) sources for a net adapter. |
| NET_WAKE_SOURCE_MEDIA_CHANGE_PARAMETERS The NET_WAKE_SOURCE_MEDIA_CHANGE_PARAMETERS structure contains parameters for a media change wake-on-LAN (WoL) wake source. |
| NPI_CLIENT_CHARACTERISTICS The NPI_CLIENT_CHARACTERISTICS structure defines the characteristics of a client module. |
| NPI_PROVIDER_CHARACTERISTICS The NPI_PROVIDER_CHARACTERISTICS structure defines the characteristics of a provider module. |
| NPI_REGISTRATION_INSTANCE The NPI_REGISTRATION_INSTANCE structure defines the data related to the registration of a network module with the NMR. |
| OFFLOAD_ALGO_INFO The OFFLOAD_ALGO_INFO structure specifies an algorithm used for a security association (SA). |
| OFFLOAD_IPSEC_ADD_SA The OFFLOAD_IPSEC_ADD_SA structure contains information for each security association (SA) that a miniport driver adds to a NIC. |
| OFFLOAD_IPSEC_ADD_UDPESP_SA The OFFLOAD_IPSEC_ADD_UDPESP_SA structure contains information for each security association (SA) that a miniport driver adds for UDP-encapsulated ESP packets to a NIC. |
| OFFLOAD_IPSEC_DELETE_SA The OFFLOAD_IPSEC_DELETE_SA structure contains information for each security association (SA) that a miniport driver deletes from a NIC. |
| OFFLOAD_IPSEC_DELETE_UDPESP_SA The OFFLOAD_IPSEC_DELETE_UDPESP_SA structure contains information for each security association (SA) and parser entry that a miniport driver deletes from a NIC. |
| OFFLOAD_IPSEC_UDPESP_ENCAPTYPE_ENTRY The OFFLOAD_IPSEC_UDPESP_ENCAPTYPE_ENTRY structure specifies the UDP-ESP encapsulation type and destination port of a parser entry. |
| OFFLOAD_SECURITY_ASSOCIATION The OFFLOAD_SECURITY_ASSOCIATION structure specifies a single security association (SA). |
| OFFLOAD_STATE_HEADER The OFFLOAD_STATE_HEADER structure serves as a header in an offload state structure. |
| PATH_OFFLOAD_STATE_CACHED The PATH_OFFLOAD_STATE_CACHED structure contains the cached variable of a path state object. |
| PATH_OFFLOAD_STATE_CONST The PATH_OFFLOAD_STATE_CONST structure contains the constant variables of a path state object. |
| PATH_OFFLOAD_STATE_DELEGATED The PATH_OFFLOAD_STATE_DELEGATED structure contains the delegated variables of a path state object. |
| PD_BUFFER This structure represents a PacketDirect (PD) packet, or a portion of a PD packet in a queue. |
| PD_BUFFER_8021Q_INFO This structure contains the IEEE 802.1Q information. |
| PD_BUFFER_VIRTUAL_SUBNET_INFO This structure contains the virtual subnet information. |
| RILACCESSTECHNOLOGY Microsoft reserves the RILACCESSTECHNOLOGY structure for internal use only. Don't use the RILACCESSTECHNOLOGY structure in your code. |
| RILACCESSTECHNOLOGY Don't use this structure in your code. Microsoft reserves the RILACCESSTECHNOLOGY structure for internal use only. Don't use this structure in your code. |
| RILADDCALLFORWARDINGPARAMS Microsoft reserves the RILADDCALLFORWARDINGPARAMS structure for internal use only. Don't use the RILADDCALLFORWARDINGPARAMS structure in your code. |
| RILADDCALLFORWARDINGPARAMS Don't use this structure in your code. Microsoft reserves the RILADDCALLFORWARDINGPARAMS structure for internal use only. |
| RILADDITIONALCALLERINFO Microsoft reserves the RILADDITIONALCALLERINFO structure for internal use only. Don't use the RILADDITIONALCALLERINFO structure in your code. |
| RILADDITIONALCALLERINFO Don't use this structure in your code. Microsoft reserves the RILADDITIONALCALLERINFO structure for internal use only. |
| RILADDITIONALNUMBERSTRINGUPDATE Microsoft reserves the RILADDITIONALNUMBERSTRINGUPDATE structure for internal use only. Don't use the RILADDITIONALNUMBERSTRINGUPDATE structure in your code. |
| RILADDITIONALNUMBERSTRINGUPDATE Don't use this structure in your code. Microsoft reserves the RILADDITIONALNUMBERSTRINGUPDATE structure for internal use only. |
| RILADDRESS This structure represents a phone number. |
| RILADDRESS Microsoft reserves the RILADDRESS structure for internal use only. Don't use this structure in your code. |
| RILALPHAIDENTIFIER Microsoft reserves the RILALPHAIDENTIFIER structure for internal use only. Don't use the RILALPHAIDENTIFIER structure in your code. |
| RILALPHAIDENTIFIER Don't use this structure in your code. Microsoft reserves the RILALPHAIDENTIFIER structure for internal use only. |
| RILAVOIDCDMASYSTEMPARAMS Don't use the RILAVOIDCDMASYSTEMPARAMS structure in your code. Microsoft reserves the RILAVOIDCDMASYSTEMPARAMS structure for internal use only. |
| RILAVOIDCDMASYSTEMPARAMS Don't use the structure in your code. Microsoft reserves the RILAVOIDCDMASYSTEMPARAMS structure for internal use only. |
| RILC2KMRL This structure represents a RILC2KMRL. |
| RILC2KMRL Microsoft reserves the RILC2KMRL structure for internal use only. Don't use this structure in your code. |
| RILCALLAUDIOMEDIASTATE Microsoft reserves the RILCALLAUDIOMEDIASTATE structure for internal use only. Don't use the RILCALLAUDIOMEDIASTATE structure in your code. |
| RILCALLAUDIOMEDIASTATE Don't use this structure in your code. Microsoft reserves the RILCALLAUDIOMEDIASTATE structure for internal use only. |
| RILCALLCUSTOMMEDIASTATE Microsoft reserves the RILCALLCUSTOMMEDIASTATE structure for internal use only. Don't use the RILCALLCUSTOMMEDIASTATE structure in your code. |
| RILCALLCUSTOMMEDIASTATE Don't use this structure in your code. Microsoft reserves the RILCALLCUSTOMMEDIASTATE structure for internal use only. |
| RILCALLDISCONNECTDETAILS Microsoft reserves the RILCALLDISCONNECTDETAILS structure for internal use only. Don't use the RILCALLDISCONNECTDETAILS structure in your code. |
| RILCALLDISCONNECTDETAILS Don't use this structure in your code. Microsoft reserves the RILCALLDISCONNECTDETAILS structure for internal use only. |
| RILCALLERIDSETTINGS Microsoft reserves the RILCALLERIDSETTINGS structure for internal use only. Don't use the RILCALLERIDSETTINGS structure in your code. |
| RILCALLERIDSETTINGS Don't use this structure in your code. Microsoft reserves the RILCALLERIDSETTINGS structure for internal use only. |
| RILCALLFORWARDINGSETTINGS Microsoft reserves the RILCALLFORWARDINGSETTINGS structure for internal use only. Don't use the RILCALLFORWARDINGSETTINGS structure in your code. |
| RILCALLFORWARDINGSETTINGS Don't use this structure in your code. Microsoft reserves the RILCALLFORWARDINGSETTINGS structure for internal use only. |
| RILCALLHANDOVERSTATE Microsoft reserves the RILCALLHANDOVERSTATE structure for internal use only. Don't use the RILCALLHANDOVERSTATE structure in your code. |
| RILCALLHANDOVERSTATE Don't use this structure in your code. Microsoft reserves the RILCALLHANDOVERSTATE structure for internal use only. |
| RILCALLINFO_V1 Microsoft reserves the RILCALLINFO_V1 structure for internal use only. Don't use the RILCALLINFO_V1 structure in your code. |
| RILCALLINFO_V1 Don't use this structure in your code. Microsoft reserves the RILCALLINFO_V1 structure for internal use only. |
| RILCALLINFO_V2 Microsoft reserves the RILCALLINFO_V2 structure for internal use only. Don't use the RILCALLINFO_V2 structure in your code. |
| RILCALLINFO_V2 Don't use this structure in your code. Microsoft reserves the RILCALLINFO_V2 structure for internal use only. |
| RILCALLINFO_V3 Microsoft reserves the RILCALLINFO_V3 structure for internal use only. Don't use the RILCALLINFO_V3 structure in your code. |
| RILCALLINFO_V3 Don't use this structure in your code. Microsoft reserves the RILCALLINFO_V3 structure for internal use only. |
| RILCALLINFO_V4 Microsoft reserves the RILCALLINFO_V4 structure for internal use only. Don't use the RILCALLINFO_V4 structure in your code. |
| RILCALLINFO_V4 Don't use this structure in your code. Microsoft reserves the RILCALLINFO_V4 structure for internal use only. |
| RILCALLINFO_V5 Microsoft reserves the RILCALLINFO_V5 structure for internal use only. Don't use the RILCALLINFO_V5 structure in your code. |
| RILCALLINFO_V5 Don't use this structure in your code. Microsoft reserves the RILCALLINFO_V5 structure for internal use only. |
| RILCALLLIST_V1 Microsoft reserves the RILCALLLIST_V1 structure for internal use only. Don't use the RILCALLLIST_V1- structure in your code. |
| RILCALLLIST_V1 Don't use this structure in your code. Microsoft reserves the RILCALLLIST_V1 structure for internal use only. |
| RILCALLLIST_V2 Microsoft reserves the RILCALLLIST_V2 structure for internal use only. Don't use the RILCALLLIST_V2 structure in your code. |
| RILCALLLIST_V2 Don't use this structure in your code. Microsoft reserves the RILCALLLIST_V2 structure for internal use only. |
| RILCALLLIST_V3 Microsoft reserves the RILCALLLIST_V3 structure for internal use only. Don't use the RILCALLLIST_V3 structure in your code. |
| RILCALLLIST_V3 Don't use this structure in your code. Microsoft reserves the RILCALLLIST_V3 structure for internal use only. |
| RILCALLMEDIAID Microsoft reserves the RILCALLMEDIAID structure for internal use only. Don't use the RILCALLMEDIAID structure in your code. |
| RILCALLMEDIAID Don't use this structure in your code. Microsoft reserves the RILCALLMEDIAID structure for internal use only. |
| RILCALLMEDIAOFFERANSWER Microsoft reserves the RILCALLMEDIAOFFERANSWER structure for internal use only. Don't use the RILCALLMEDIAOFFERANSWER structure in your code. |
| RILCALLMEDIAOFFERANSWER Don't use this structure in your code. Microsoft reserves the RILCALLMEDIAOFFERANSWER structure for internal use only. |
| RILCALLMEDIAOFFERANSWERSET Microsoft reserves the RILCALLMEDIAOFFERANSWERSET structure for internal use only. Don't use the RILCALLMEDIAOFFERANSWERSET structure in your code. |
| RILCALLMEDIAOFFERANSWERSET Don't use this structure in your code. Microsoft reserves the RILCALLMEDIAOFFERANSWERSET structure for internal use only. |
| RILCALLMEDIASTATE Microsoft reserves the RILCALLMEDIASTATE structure for internal use only. Don't use the RILCALLMEDIASTATE structure in your code. |
| RILCALLMEDIASTATE Don't use this structure in your code. Microsoft reserves the RILCALLMEDIASTATE structure for internal use only. |
| RILCALLMODIFICATIONINFO Microsoft reserves the RILCALLMODIFICATIONINFO structure for internal use only. Don't use the RILCALLMODIFICATIONINFO structure in your code. |
| RILCALLMODIFICATIONINFO Don't use this structure in your code. Microsoft reserves the RILCALLMODIFICATIONINFO structure for internal use only. |
| RILCALLRTT Microsoft reserves the RILCALLRTT structure for internal use only. Don't use the RILCALLRTT structure in your code. |
| RILCALLRTT Don't use this structure in your code. Microsoft reserves the RILCALLRTT structure for internal use only. |
| RILCALLRTTCAP Microsoft reserves the RILCALLRTTCAP structure for internal use only. Don't use the RILCALLRTTCAP structure in your code. |
| RILCALLRTTCAP Don't use this structure in your code. Microsoft reserves the RILCALLRTTCAP structure for internal use only. |
| RILCALLVIDEOMEDIASTATE Microsoft reserves the RILCALLVIDEOMEDIASTATE structure for internal use only. Don't use the RILCALLVIDEOMEDIASTATE structure in your code. |
| RILCALLVIDEOMEDIASTATE Don't use this structure in your code. Microsoft reserves the RILCALLVIDEOMEDIASTATE structure for internal use only. |
| RILCALLWAITINGINFO Microsoft reserves the RILCALLWAITINGINFO structure for internal use only. Don't use the RILCALLWAITINGINFO structure in your code. |
| RILCALLWAITINGINFO Don't use this structure in your code. Microsoft reserves the RILCALLWAITINGINFO structure for internal use only. |
| RILCAPSLOCKINGPWDLENGTH Microsoft reserves the RILCAPSLOCKINGPWDLENGTH structure for internal use only. Don't use the RILCAPSLOCKINGPWDLENGTH structure in your code. |
| RILCAPSLOCKINGPWDLENGTH Don't use this structure in your code. Microsoft reserves the RILCAPSLOCKINGPWDLENGTH structure for internal use only. |
| RILCARDAPPADDED Microsoft reserves the RILCARDAPPADDED structure for internal use only. Don't use the RILCARDAPPADDED structure in your code. |
| RILCARDAPPADDED Don't use this structure in your code. Microsoft reserves the RILCARDAPPADDED structure for internal use only. |
| RILCBCDMACONFIGINFO Microsoft reserves the RILCBCDMACONFIGINFO structure for internal use only. Don't use the RILCBCDMACONFIGINFO structure in your code. |
| RILCBCDMACONFIGINFO Don't use this structure in your code. Microsoft reserves the RILCBCDMACONFIGINFO structure for internal use only. |
| RILCBGWLCONFIGINFO Microsoft reserves the RILCBGWLCONFIGINFO structure for internal use only. Don't use the RILCBGWLCONFIGINFO structure in your code. |
| RILCBGWLCONFIGINFO Don't use this structure in your code. Microsoft reserves the RILCBGWLCONFIGINFO structure for internal use only. |
| RILCBMSGCONFIG Microsoft reserves the RILCBMSGCONFIG structure for internal use only. Don't use the RILCBMSGCONFIG structure in your code. |
| RILCBMSGCONFIG Don't use this structure in your code. Microsoft reserves the RILCBMSGCONFIG structure for internal use only. |
| RILCHANGECALLBARRINGPASSWORDPARAMS Microsoft reserves this structure for internal use only. Don't use the RILCHANGECALLBARRINGPASSWORDPARAMS structure in your code. |
| RILCHANGECALLBARRINGPASSWORDPARAMS Don't use this structure in your code. Microsoft reserves the RILCHANGECALLBARRINGPASSWORDPARAMS structure for internal use only. |
| RILCHANGEUICCLOCKPASSWORDPARAMS Microsoft reserves this structure for internal use only. Don't use the RILCHANGEUICCLOCKPASSWORDPARAMS structure in your code. |
| RILCHANGEUICCLOCKPASSWORDPARAMS Don't use this structure in your code. Microsoft reserves the RILCHANGEUICCLOCKPASSWORDPARAMS structure for internal use only. |
| RILCLOSEUICCLOGICALCHANNELGROUPPARAMS Microsoft reserves this structure for internal use only. Don't use the RILCLOSEUICCLOGICALCHANNELGROUPPARAMS structure in your code. |
| RILCLOSEUICCLOGICALCHANNELGROUPPARAMS Don't use this structure in your code. Microsoft reserves the RILCLOSEUICCLOGICALCHANNELGROUPPARAMS structure for internal use only. |
| RILCLOSEUICCLOGICALCHANNELPARAMS Microsoft reserves this structure for internal use only. Don't use the RILCLOSEUICCLOGICALCHANNELPARAMS structure in your code. |
| RILCLOSEUICCLOGICALCHANNELPARAMS Don't use this structure in your code. Microsoft reserves the RILCLOSEUICCLOGICALCHANNELPARAMS structure for internal use only. |
| RILCONFPARTICIPANTSTATUS Microsoft reserves this structure for internal use only. Don't use the RILCONFPARTICIPANTSTATUS structure in your code. |
| RILCONFPARTICIPANTSTATUS Don't use this structure in your code. Microsoft reserves the RILCONFPARTICIPANTSTATUS structure for internal use only. |
| RILDEACTIVATEPERSOPARAMS Microsoft reserves this structure for internal use only. Don't use the RILDEACTIVATEPERSOPARAMS structure in your code. |
| RILDEACTIVATEPERSOPARAMS Don't use this structure in your code. Microsoft reserves the RILDEACTIVATEPERSOPARAMS structure for internal use only. |
| RILDELETEADDITIONALNUMBERSTRINGPARAMS Microsoft reserves this structure for internal use only. Don't use the RILDELETEADDITIONALNUMBERSTRINGPARAMS structure in your code. |
| RILDELETEADDITIONALNUMBERSTRINGPARAMS Don't use this structure in your code. Microsoft reserves the RILDELETEADDITIONALNUMBERSTRINGPARAMS structure for internal use only. |
| RILDELETEMSGPARAMS Microsoft reserves this structure for internal use only. Don't use the RILDELETEMSGPARAMS structure in your code. |
| RILDELETEMSGPARAMS Don't use this structure in your code. Microsoft reserves the RILDELETEMSGPARAMS structure for internal use only. |
| RILDELETEPHONEBOOKENTRYPARAMS Microsoft reserves this structure for internal use only. Don't use the RILDELETEPHONEBOOKENTRYPARAMS structure in your code. |
| RILDELETEPHONEBOOKENTRYPARAMS Don't use this structure in your code. Microsoft reserves the RILDELETEPHONEBOOKENTRYPARAMS structure for internal use only. |
| RILDEVSPECIFICGETTOKEN Microsoft reserves the RILDEVSPECIFICGETTOKEN structure for internal use only. Don't use this structure in your code. |
| RILDEVSPECIFICREQUEST Microsoft reserves the RILDEVSPECIFICREQUEST structure for internal use only. Don't use this structure in your code. |
| RILDIALEDIDSETTINGS Microsoft reserves this structure for internal use only. Don't use the RILDIALEDIDSETTINGS structure in your code. |
| RILDIALEDIDSETTINGS Don't use this structure in your code. Microsoft reserves the RILDIALEDIDSETTINGS structure for internal use only. |
| RILDIALPARAMS_V1 Microsoft reserves the RILDIALPARAMS_V1 structure for internal use only. Don't use the RILDIALPARAMS_V1 structure in your code. |
| RILDIALPARAMS_V1 Don't use this structure in your code. Microsoft reserves the RILDIALPARAMS_V1 structure for internal use only. |
| RILDIALPARAMS_V2 Microsoft reserves the RILDIALPARAMS_V2 structure for internal use only. Don't use the RILDIALPARAMS_V2 structure in your code. |
| RILDIALPARAMS_V2 Don't use this structure in your code. Microsoft reserves the RILDIALPARAMS_V2 structure for internal use only. |
| RILDISPLAYINFO Microsoft reserves the RILDISPLAYINFO structure for internal use only. Don't use the RILDISPLAYINFO structure in your code. |
| RILDISPLAYINFO Don't use this structure in your code. Microsoft reserves the RILDISPLAYINFO structure for internal use only. |
| RILDMCONFIGINFOVALUE Microsoft reserves the RILDMCONFIGINFOVALUE structure for internal use only. Don't use the RILDMCONFIGINFOVALUE structure in your code. |
| RILDMCONFIGINFOVALUE Don't use this structure in your code. Microsoft reserves the RILDMCONFIGINFOVALUE structure for internal use only. |
| RILDRVNOTIFICATION Microsoft reserves the RILDRVNOTIFICATION structure for internal use only. Don't use the RILDRVNOTIFICATION structure in your code. |
| RILDRVNOTIFICATION Don't use this structure in your code. Microsoft reserves the RILDRVNOTIFICATION structure for internal use only. |
| RILEMERGENCYMODECONTROLPARAMS Microsoft reserves this structure for internal use only. Don't use the RILEMERGENCYMODECONTROLPARAMS structure in your code. |
| RILEMERGENCYMODECONTROLPARAMS Don't use this structure in your code. Microsoft reserves the RILEMERGENCYMODECONTROLPARAMS structure for internal use only. |
| RILEMERGENCYNUMBER Microsoft reserves the RILEMERGENCYNUMBER structure for internal use only. Don't use the RILEMERGENCYNUMBER structure in your code. |
| RILEMERGENCYNUMBER Don't use this structure in your code. Microsoft reserves the RILEMERGENCYNUMBER structure for internal use only. |
| RILEMERGENCYNUMBERSLIST Microsoft reserves the RILEMERGENCYNUMBERSLIST structure for internal use only. Don't use the RILEMERGENCYNUMBERSLIST structure in your code. |
| RILEMERGENCYNUMBERSLIST Don't use this structure in your code. Microsoft reserves the RILEMERGENCYNUMBERSLIST structure for internal use only. |
| RILERRORDETAILS Microsoft reserves the RILERRORDETAILS structure for internal use only. Don't use the RILERRORDETAILS structure in your code. |
| RILERRORDETAILS Don't use this structure in your code. Microsoft reserves the RILERRORDETAILS structure for internal use only. |
| RILEUTRAMRL This structure represents RILEUTRAMRL, which is a EUTRA (LTE) network measurement report. |
| RILEUTRAMRL Microsoft reserves the RILEUTRAMRL structure for internal use only. Don't use this structure in your code. |
| RILEXCHANGEUICCAPDUPARAMS Microsoft reserves this structure for internal use only. Don't use the RILEXCHANGEUICCAPDUPARAMS structure in your code. |
| RILEXCHANGEUICCAPDUPARAMS Don't use this structure in your code. Microsoft reserves the RILEXCHANGEUICCAPDUPARAMS structure for internal use only. |
| RILEXCHANGEUICCAPDURESPONSE Microsoft reserves this structure for internal use only. Don't use the RILEXCHANGEUICCAPDURESPONSE structure in your code. |
| RILEXCHANGEUICCAPDURESPONSE Don't use this structure in your code. Microsoft reserves the RILEXCHANGEUICCAPDURESPONSE structure for internal use only. |
| RILEXECUTORCONFIG Microsoft reserves the RILEXECUTORCONFIG structure for internal use only. Don't use the RILEXECUTORCONFIG structure in your code. |
| RILEXECUTORCONFIG Don't use this structure in your code. Microsoft reserves the RILEXECUTORCONFIG structure for internal use only. |
| RILEXECUTORFOCUSSTATE Microsoft reserves the RILEXECUTORFOCUSSTATE structure for internal use only. Don't use the RILEXECUTORFOCUSSTATE structure in your code. |
| RILEXECUTORFOCUSSTATE Don't use this structure in your code. Microsoft reserves the RILEXECUTORFOCUSSTATE structure for internal use only. |
| RILEXECUTORRFSTATE Microsoft reserves the RILEXECUTORRFSTATE structure for internal use only. Don't use the RILEXECUTORRFSTATE structure in your code. |
| RILEXECUTORRFSTATE Don't use this structure in your code. Microsoft reserves the RILEXECUTORRFSTATE structure for internal use only. |
| RILEXECUTORSTATE Microsoft reserves the RILEXECUTORSTATE structure for internal use only. Don't use the RILEXECUTORSTATE structure in your code. |
| RILEXECUTORSTATE Don't use this structure in your code. Microsoft reserves the RILEXECUTORSTATE structure for internal use only. |
| RILGBATOKEN Microsoft reserves the RILGBATOKEN structure for internal use only. Don't use this structure in your code. |
| RILGEOLOCATIONREQUESTINFO Microsoft reserves this structure for internal use only. Don't use the RILGEOLOCATIONREQUESTINFO structure in your code. |
| RILGEOLOCATIONREQUESTINFO Don't use this structure in your code. Microsoft reserves the RILGEOLOCATIONREQUESTINFO structure for internal use only. |
| RILGETCALLBARRINGSTATUSPARAMS Microsoft reserves the RILGETCALLBARRINGSTATUSPARAMS structure for internal use only. Don't use the RILGETCALLBARRINGSTATUSPARAMS structure in your code. |
| RILGETCALLBARRINGSTATUSPARAMS Don't use this structure in your code. Microsoft reserves the RILGETCALLBARRINGSTATUSPARAMS structure for internal use only. |
| RILGETCALLFORWARDINGPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETCALLFORWARDINGPARAMS structure in your code. |
| RILGETCALLFORWARDINGPARAMS Don't use this structure in your code. Microsoft reserves the RILGETCALLFORWARDINGPARAMS structure for internal use only. |
| RILGETCALLWAITINGSETTINGSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETCALLWAITINGSETTINGSPARAMS structure in your code. |
| RILGETCALLWAITINGSETTINGSPARAMS Don't use this structure in your code. Microsoft reserves the RILGETCALLWAITINGSETTINGSPARAMS structure for internal use only. |
| RILGETDEVICEINFOPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETDEVICEINFOPARAMS structure in your code. |
| RILGETDEVICEINFOPARAMS Microsoft reserves the RILGETDEVICEINFOPARAMS structure for internal use only. Don't use this structure in your code. |
| RILGETDMPROFILECONFIGINFOPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETDMPROFILECONFIGINFOPARAMS structure in your code. |
| RILGETDMPROFILECONFIGINFOPARAMS Don't use this structure in your code. Microsoft reserves the RILGETDMPROFILECONFIGINFOPARAMS structure for internal use only. |
| RILGETDRIVERVERSIONPARAMS Microsoft reserves the RILGETDRIVERVERSIONPARAMS structure for internal use only. Don't use the RILGETDRIVERVERSIONPARAMS structure in your code. |
| RILGETDRIVERVERSIONPARAMS Microsoft reserves the structure for internal use only. Don't use the RILGETDRIVERVERSIONPARAMS structure in your code. |
| RILGETIMSPARAMS Microsoft reserves the RILGETIMSPARAMS structure for internal use only. Don't use the RILGETIMSPARAMS structure in your code. |
| RILGETIMSPARAMS Don't use this structure in your code. Microsoft reserves the RILGETIMSPARAMS structure for internal use only. |
| RILGETMSGINUICCSTATUSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETMSGINUICCSTATUSPARAMS structure in your code. |
| RILGETMSGINUICCSTATUSPARAMS Don't use this structure in your code. Microsoft reserves the RILGETMSGINUICCSTATUSPARAMS structure for internal use only. |
| RILGETOPERATORLISTPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETOPERATORLISTPARAMS structure in your code. |
| RILGETOPERATORLISTPARAMS Don't use this structure in your code. Microsoft reserves the RILGETOPERATORLISTPARAMS structure for internal use only. |
| RILGETPHONEBOOKOPTIONSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETPHONEBOOKOPTIONSPARAMS structure in your code. |
| RILGETPHONEBOOKOPTIONSPARAMS Don't use this structure in your code. Microsoft reserves the RILGETPHONEBOOKOPTIONSPARAMS structure for internal use only. |
| RILGETPREFERREDOPERATORLISTPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETPREFERREDOPERATORLISTPARAMS structure in your code. |
| RILGETPREFERREDOPERATORLISTPARAMS Don't use this structure in your code. Microsoft reserves the RILGETPREFERREDOPERATORLISTPARAMS structure for internal use only. |
| RILGETRADIOSTATEDETAILSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILGETRADIOSTATEDETAILSPARAMS structure in your code. |
| RILGETRADIOSTATEDETAILSPARAMS Don't use this structure in your code. Microsoft reserves the RILGETRADIOSTATEDETAILSPARAMS structure for internal use only. |
| RILGPP2CAUSE Microsoft reserves the RILGPP2CAUSE structure for internal use only. Don't use the RILGPP2CAUSE structure in your code. |
| RILGPP2CAUSE Don't use this structure in your code. Microsoft reserves the RILGPP2CAUSE structure for internal use only. |
| RILGPPCAUSE Microsoft reserves this structure for internal use only. Don't use the RILGPPCAUSE structure in your code. |
| RILGPPCAUSE Microsoft reserves the RILGPPCAUSE structure for internal use only. Don't use the RILGPPCAUSE structure in your code. |
| RILGPPREJECTCAUSE Don't use this structure in your code. Microsoft reserves the RILGPPREJECTCAUSE structure for internal use only. |
| RILGPPREJECTCAUSE Microsoft reserves the RILGPPREJECTCAUSE structure for internal use only. Don't use the RILGPPREJECTCAUSE structure in your code. |
| RILGSMNMR This structure represents RILGSMNMR, which is a GSM network measurement report. |
| RILGSMNMR Microsoft reserves the RILGSMNMR structure for internal use only. Don't use this structure in your code. |
| RILHIDECONNECTEDIDSETTINGS Microsoft reserves this structure for internal use only. Don't use the RILHIDECONNECTEDIDSETTINGS structure in your code. |
| RILHIDECONNECTEDIDSETTINGS Don't use this structure in your code. Microsoft reserves the RILHIDECONNECTEDIDSETTINGS structure for internal use only. |
| RILHIDEIDSETTINGS Microsoft reserves the RILHIDEIDSETTINGS structure for internal use only. Don't use the RILHIDEIDSETTINGS structure in your code. |
| RILHIDEIDSETTINGS Don't use this structure in your code. Microsoft reserves the RILHIDEIDSETTINGS structure for internal use only. |
| RILIMSFAILURE Microsoft reserves the RILIMSFAILURE structure for internal use only. Don't use the RILIMSFAILURE structure in your code. |
| RILIMSFAILURE Don't use this structure in your code. Microsoft reserves the RILIMSFAILURE structure for internal use only. |
| RILIMSHANDOVERATTEMPT Microsoft reserves the RILIMSHANDOVERATTEMPT structure for internal use only. Don't use the RILIMSHANDOVERATTEMPT structure in your code. |
| RILIMSHANDOVERATTEMPT Don't use this structure in your code. Microsoft reserves the RILIMSHANDOVERATTEMPT structure for internal use only. |
| RILIMSI This structure represents a RILIMSI. |
| RILIMSI Microsoft reserves the RILIMSI structure for internal use only. Don't use this structure in your code. |
| RILIMSSIPCAUSE Microsoft reserves the RILIMSSIPCAUSE structure for internal use only. Don't use the RILIMSSIPCAUSE structure in your code. |
| RILIMSSIPCAUSE Don't use this structure in your code. Microsoft reserves the RILIMSSIPCAUSE structure for internal use only. |
| RILIMSSTATUS_V1 Microsoft reserves the RILIMSSTATUS_V1 structure for internal use only. Don't use the RILIMSSTATUS_V1 structure in your code. |
| RILIMSSTATUS_V1 Don't use this structure in your code. Microsoft reserves the RILIMSSTATUS_V1 structure for internal use only. |
| RILIMSSTATUS_V2 Microsoft reserves the RILIMSSTATUS_V2 structure for internal use only. Don't use the RILIMSSTATUS_V2 structure in your code. |
| RILIMSSTATUS_V2 on't use this structure in your code. Microsoft reserves the RILIMSSTATUS_V2 structure for internal use only. |
| RILIMSSTATUS_V3 Microsoft reserves the RILIMSSTATUS_V3 structure for internal use only. Don't use the RILIMSSTATUS_V3 structure in your code. |
| RILIMSSTATUS_V3 Don't use this structure in your code. Microsoft reserves the RILIMSSTATUS_V3 structure for internal use only. |
| RILLINECONTROLINFO Microsoft reserves the RILLINECONTROLINFO structure for internal use only. Don't use the RILLINECONTROLINFO structure in your code. |
| RILLINECONTROLINFO Don't use this structure in your code. Microsoft reserves the RILLINECONTROLINFO structure for internal use only. |
| RILLOCATIONINFO Microsoft reserves the RILLOCATIONINFO structure for internal use only. Don't use the RILLOCATIONINFO structure in your code. |
| RILLOCATIONINFO Don't use this structure in your code. Microsoft reserves the RILLOCATIONINFO structure for internal use only. |
| RILMANAGECALLSPARAMS_V1 Microsoft reserves the RILMANAGECALLSPARAMS_V1 structure for internal use only. Don't use the RILMANAGECALLSPARAMS_V1 structure in your code. |
| RILMANAGECALLSPARAMS_V1 Don't use this structure in your code. Microsoft reserves the RILMANAGECALLSPARAMS_V1 structure for internal use only. |
| RILMANAGECALLSPARAMS_V2 Microsoft reserves the RILMANAGECALLSPARAMS_V2 structure for internal use only. Don't use the RILMANAGECALLSPARAMS_V2 structure in your code. |
| RILMANAGECALLSPARAMS_V2 Don't use this structure in your code. Microsoft reserves the RILMANAGECALLSPARAMS_V2 structure for internal use only. |
| RILMANAGECALLSPARAMS_V3 Microsoft reserves the RILMANAGECALLSPARAMS_V3 structure for internal use only. Don't use the RILMANAGECALLSPARAMS_V3 structure in your code. |
| RILMANAGECALLSPARAMS_V3 Don't use this structure in your code. Microsoft reserves the RILMANAGECALLSPARAMS_V3 structure for internal use only. |
| RILMANAGECALLSPARAMS_V4 Microsoft reserves the RILMANAGECALLSPARAMS_V4 structure for internal use only. Don't use the RILMANAGECALLSPARAMS_V4 structure in your code. |
| RILMANAGECALLSPARAMS_V4 Don't use this structure in your code. Microsoft reserves the RILMANAGECALLSPARAMS_V4 structure for internal use only. |
| RILMESSAGE Microsoft reserves the RILMESSAGE structure for internal use only. Don't use the RILMESSAGE structure in your code. |
| RILMESSAGE Don't use this structure in your code. Microsoft reserves the RILMESSAGE structure for internal use only. |
| RILMESSAGEIN_V1 Microsoft reserves the RILMESSAGEIN_V1 structure for internal use only. Don't use the RILMESSAGEIN_V1 structure in your code. |
| RILMESSAGEIN_V1 Don't use this structure in your code. Microsoft reserves the RILMESSAGEIN_V1 structure for internal use only. |
| RILMESSAGEIN_V2 Microsoft reserves the RILMESSAGEIN_V2 structure for internal use only. Don't use the RILMESSAGEIN_V2 structure in your code. |
| RILMESSAGEIN_V2 Don't use this structure in your code. Microsoft reserves the RILMESSAGEIN_V2 structure for internal use only. |
| RILMESSAGEINFO Microsoft reserves the RILMESSAGEINFO structure for internal use only. Don't use the RILMESSAGEINFO structure in your code. |
| RILMESSAGEINFO Don't use this structure in your code. Microsoft reserves the RILMESSAGEINFO structure for internal use only. |
| RILMESSAGEINUICC Microsoft reserves the RILMESSAGEINUICC structure for internal use only. Don't use the RILMESSAGEINUICC structure in your code. |
| RILMESSAGEINUICC Don't use this structure in your code. Microsoft reserves the RILMESSAGEINUICC structure for internal use only. |
| RILMESSAGESTORAGEFULL Microsoft reserves the RILMESSAGESTORAGEFULL structure for internal use only. Don't use the RILMESSAGESTORAGEFULL structure in your code. |
| RILMESSAGESTORAGEFULL Don't use this structure in your code. Microsoft reserves the RILMESSAGESTORAGEFULL structure for internal use only. |
| RILMSGBCGENERAL Microsoft reserves the RILMSGBCGENERAL structure for internal use only. Don't use the RILMSGBCGENERAL structure in your code. |
| RILMSGBCGENERAL Don't use this structure in your code. Microsoft reserves the RILMSGBCGENERAL structure for internal use only. |
| RILMSGCDMAINDELIVER Microsoft reserves the RILMSGCDMAINDELIVER structure for internal use only. Don't use the RILMSGCDMAINDELIVER structure in your code. |
| RILMSGCDMAINDELIVER Don't use this structure in your code. Microsoft reserves the RILMSGCDMAINDELIVER structure for internal use only. |
| RILMSGCDMAOUTSUBMIT Microsoft reserves the RILMSGCDMAOUTSUBMIT structure for internal use only. Don't use the RILMSGCDMAOUTSUBMIT structure in your code. |
| RILMSGCDMAOUTSUBMIT Don't use this structure in your code. Microsoft reserves the RILMSGCDMAOUTSUBMIT structure for internal use only. |
| RILMSGDCS Microsoft reserves the RILMSGDCS structure for internal use only. Don't use the RILMSGDCS structure in your code. |
| RILMSGDCS Don't use this structure in your code. Microsoft reserves the RILMSGDCS structure for internal use only. |
| RILMSGINDELIVER Microsoft reserves the RILMSGINDELIVER structure for internal use only. Don't use the RILMSGINDELIVER structure in your code. |
| RILMSGINDELIVER Don't use this structure in your code. Microsoft reserves the RILMSGINDELIVER structure for internal use only. |
| RILMSGINSTATUS Microsoft reserves the RILMSGINSTATUS structure for internal use only. Don't use the RILMSGINSTATUS structure in your code. |
| RILMSGINSTATUS Don't use this structure in your code. Microsoft reserves the RILMSGINSTATUS structure for internal use only. |
| RILMSGIS637INSTATUS Microsoft reserves the RILMSGIS637INSTATUS structure for internal use only. Don't use the RILMSGIS637INSTATUS structure in your code. |
| RILMSGIS637INSTATUS Don't use this structure in your code. Microsoft reserves the RILMSGIS637INSTATUS structure for internal use only. |
| RILMSGMWIDETAIL Microsoft reserves the RILMSGMWIDETAIL structure for internal use only. Don't use the RILMSGMWIDETAIL structure in your code. |
| RILMSGMWIDETAIL Don't use this structure in your code. Microsoft reserves the RILMSGMWIDETAIL structure for internal use only. |
| RILMSGMWIDETAILLIST Microsoft reserves the RILMSGMWIDETAILLIST structure for internal use only. Don't use the RILMSGMWIDETAILLIST structure in your code. |
| RILMSGMWIDETAILLIST Don't use this structure in your code. Microsoft reserves the RILMSGMWIDETAILLIST structure for internal use only. |
| RILMSGMWISUMMARY Microsoft reserves the RILMSGMWISUMMARY structure for internal use only. Don't use the RILMSGMWISUMMARY structure in your code. |
| RILMSGMWISUMMARY Don't use this structure in your code. Microsoft reserves the RILMSGMWISUMMARY structure for internal use only. |
| RILMSGMWISUMMARYLIST Microsoft reserves this structure for internal use only. Don't use the RILMSGMWISUMMARYLIST structure in your code. |
| RILMSGMWISUMMARYLIST Don't use this structure in your code. Microsoft reserves the RILMSGMWISUMMARYLIST structure for internal use only. |
| RILMSGOUTSUBMIT Microsoft reserves the RILMSGOUTSUBMIT structure for internal use only. Don't use the RILMSGOUTSUBMIT structure in your code. |
| RILMSGOUTSUBMIT Don't use this structure in your code. Microsoft reserves the RILMSGOUTSUBMIT structure for internal use only. |
| RILMSGSERVICEINFO Microsoft reserves the RILMSGSERVICEINFO structure for internal use only. Don't use the RILMSGSERVICEINFO structure in your code. |
| RILMSGSERVICEINFO Don't use this structure in your code. Microsoft reserves the RILMSGSERVICEINFO structure for internal use only. |
| RILNETWORKCODE This structure represents a RILNETWORKCODE. |
| RILNETWORKCODE Microsoft reserves the RILNETWORKCODE structure for internal use only. Don't use this structure in your code. |
| RILNITZINFO_V1 Microsoft reserves the RILNITZINFO_V1 structure for internal use only. Don't use the RILNITZINFO_V1 structure in your code. |
| RILNITZINFO_V1 Don't use this structure in your code. Microsoft reserves the RILNITZINFO_V1 structure for internal use only. |
| RILNITZINFO_V2 Microsoft reserves the RILNITZINFO_V2 structure for internal use only. Don't use the RILNITZINFO_V2 structure in your code. |
| RILNITZINFO_V2 Don't use this structure in your code. Microsoft reserves the RILNITZINFO_V2 structure for internal use only. |
| RILNOTIFICATIONPARAMS Microsoft reserves this structure for internal use only. Don't use the RILNOTIFICATIONPARAMS structure in your code. |
| RILNOTIFICATIONPARAMS Don't use this structure in your code. Microsoft reserves the RILNOTIFICATIONPARAMS structure for internal use only. |
| RILOPENUICCLOGICALCHANNELINFO Microsoft reserves this structure for internal use only. Don't use the RILOPENUICCLOGICALCHANNELINFO structure in your code. |
| RILOPENUICCLOGICALCHANNELINFO Don't use this structure in your code. Microsoft reserves the RILOPENUICCLOGICALCHANNELINFO structure for internal use only. |
| RILOPENUICCLOGICALCHANNELPARAMS Microsoft reserves this structure for internal use only. Don't use the RILOPENUICCLOGICALCHANNELPARAMS structure in your code. |
| RILOPENUICCLOGICALCHANNELPARAMS Don't use this structure in your code. Microsoft reserves the RILOPENUICCLOGICALCHANNELPARAMS structure for internal use only. |
| RILOPERATORINFO Microsoft reserves the RILOPERATORINFO structure for internal use only. Don't use the RILOPERATORINFO structure in your code. |
| RILOPERATORINFO Don't use this structure in your code. Microsoft reserves the RILOPERATORINFO structure for internal use only. |
| RILOPERATORNAMES This structure represents the RILOPERATORNAMES. |
| RILOPERATORNAMES Microsoft reserves the RILOPERATORNAMES structure for internal use only. Don't use this structure in your code. |
| RILOSGEOLOCATIONINFO Microsoft reserves this structure for internal use only. Don't use the RILOSGEOLOCATIONINFO structure in your code. |
| RILOSGEOLOCATIONINFO Don't use this structure in your code. Microsoft reserves the RILOSGEOLOCATIONINFO structure for internal use only. |
| RILPERSODEACTIVATIONSTATE Microsoft reserves this structure for internal use only. Don't use the RILPERSODEACTIVATIONSTATE structure in your code. |
| RILPERSODEACTIVATIONSTATE Don't use this structure in your code. Microsoft reserves the RILPERSODEACTIVATIONSTATE structure for internal use only. |
| RILPHONEBOOKADDITIONALNUMBER Microsoft reserves this structure for internal use only. Don't use the RILPHONEBOOKADDITIONALNUMBER structure in your code. |
| RILPHONEBOOKADDITIONALNUMBER Don't use this structure in your code. Microsoft reserves the RILPHONEBOOKADDITIONALNUMBER structure for internal use only. |
| RILPHONEBOOKADDITIONALNUMBERINFO Microsoft reserves this structure for internal use only. Don't use the RILPHONEBOOKADDITIONALNUMBERINFO structure in your code. |
| RILPHONEBOOKADDITIONALNUMBERINFO Don't use this structure in your code. Microsoft reserves the RILPHONEBOOKADDITIONALNUMBERINFO structure for internal use only. |
| RILPHONEBOOKADDITIONALNUMBERSTRING Microsoft reserves this structure for internal use only. Don't use the RILPHONEBOOKADDITIONALNUMBERSTRING structure in your code. |
| RILPHONEBOOKADDITIONALNUMBERSTRING Don't use this structure in your code. Microsoft reserves the RILPHONEBOOKADDITIONALNUMBERSTRING structure for internal use only. |
| RILPHONEBOOKEMAILADDRESS Microsoft reserves the RILPHONEBOOKEMAILADDRESS structure for internal use only. Don't use the RILPHONEBOOKEMAILADDRESS structure in your code. |
| RILPHONEBOOKEMAILADDRESS Don't use this structure in your code. Microsoft reserves the RILPHONEBOOKEMAILADDRESS structure for internal use only. |
| RILPHONEBOOKENTRY Microsoft reserves the RILPHONEBOOKENTRY structure for internal use only. Don't use the RILPHONEBOOKENTRY structure in your code. |
| RILPHONEBOOKENTRY Don't use this structure in your code. Microsoft reserves the RILPHONEBOOKENTRY structure for internal use only. |
| RILPHONEBOOKINFO Microsoft reserves the RILPHONEBOOKINFO structure for internal use only. Don't use the RILPHONEBOOKINFO structure in your code. |
| RILPHONEBOOKINFO Don't use this structure in your code. Microsoft reserves the RILPHONEBOOKINFO structure for internal use only. |
| RILPHONEBOOKLOCATION Microsoft reserves the RILPHONEBOOKLOCATION structure for internal use only. Don't use the RILPHONEBOOKLOCATION structure in your code. |
| RILPHONEBOOKLOCATION Don't use this structure in your code. Microsoft reserves the RILPHONEBOOKLOCATION structure for internal use only. |
| RILPHONEBOOKREADYSTATE Microsoft reserves the RILPHONEBOOKREADYSTATE structure for internal use only. Don't use the RILPHONEBOOKREADYSTATE structure in your code. |
| RILPHONEBOOKREADYSTATE Don't use this structure in your code. Microsoft reserves the RILPHONEBOOKREADYSTATE structure for internal use only. |
| RILPOSITIONINFO_V1 Microsoft reserves the RILPOSITIONINFO_V1 structure for internal use only. Don't use the RILPOSITIONINFO_V1 structure in your code. |
| RILPOSITIONINFO_V1 Don't use this structure in your code. Microsoft reserves the RILPOSITIONINFO_V1 structure for internal use only. |
| RILPOSITIONINFO_V2 This structure represents the RILPOSITIONINFO_V2. |
| RILPOSITIONINFO_V2 Microsoft reserves the RILPOSITIONINFO_V2 structure for internal use only. Don't use this structure in your code. |
| RILPOSITIONINFOGSM This structure represents RILPOSITIONINFOGSM. |
| RILPOSITIONINFOGSM Microsoft reserves the RILPOSITIONINFOGSM structure for internal use only. Don't use this structure in your code. |
| RILPOSITIONINFOLTE This structure represents the RILPOSITIONINFOLTE. |
| RILPOSITIONINFOLTE Microsoft reserves the RILPOSITIONINFOLTE structure for internal use only. Don't use this structure in your code. |
| RILPOSITIONINFOTDSCDMA This structure represents the RILPOSITIONINFOTDSCDMA. |
| RILPOSITIONINFOTDSCDMA Microsoft reserves the RILPOSITIONINFOTDSCDMA structure for internal use only. Don't use this structure in your code. |
| RILPOSITIONINFOUMTS This structure represents a RILPOSITIONINFOUMTS. |
| RILPOSITIONINFOUMTS Microsoft reserves the RILPOSITIONINFOUMTS structure for internal use only. Don't use this structure in your code. |
| RILPROVISIONSTATUS Microsoft reserves the RILPROVISIONSTATUS structure for internal use only. Don't use the RILPROVISIONSTATUS structure in your code. |
| RILPROVISIONSTATUS Don't use this structure in your code. Microsoft reserves the RILPROVISIONSTATUS structure for internal use only. |
| RILPSMEDIACONFIGURATION Microsoft reserves the RILPSMEDIACONFIGURATION structure for internal use only. Don't use the RILPSMEDIACONFIGURATION structure in your code. |
| RILPSMEDIACONFIGURATION Don't use this structure in your code. Microsoft reserves the RILPSMEDIACONFIGURATION structure for internal use only. |
| RILPSMEDIACONFIGURATIONSET Microsoft reserves the RILPSMEDIACONFIGURATIONSET structure for internal use only. Don't use the RILPSMEDIACONFIGURATIONSET structure in your code. |
| RILPSMEDIACONFIGURATIONSET Don't use this structure in your code. Microsoft reserves the RILPSMEDIACONFIGURATIONSET structure for internal use only. |
| RILRADIOCONFIGURATION Microsoft reserves the RILRADIOCONFIGURATION structure for internal use only. Don't use the RILRADIOCONFIGURATION structure in your code. |
| RILRADIOCONFIGURATION Don't use this structure in your code. Microsoft reserves the RILRADIOCONFIGURATION structure for internal use only. |
| RILRADIOCONFIGURATIONS Microsoft reserves the RILRADIOCONFIGURATIONS structure for internal use only. Don't use the RILRADIOCONFIGURATIONS structure in your code. |
| RILRADIOCONFIGURATIONS Don't use this structure in your code. Microsoft reserves the RILRADIOCONFIGURATIONS structure for internal use only. |
| RILRADIOSTATEGROUP Microsoft reserves the RILRADIOSTATEGROUP structure for internal use only. Don't use the RILRADIOSTATEGROUP structure in your code. |
| RILRADIOSTATEGROUP Don't use this structure in your code. Microsoft reserves the RILRADIOSTATEGROUP structure for internal use only. |
| RILRADIOSTATEGROUPS Microsoft reserves this structure for internal use only. Don't use the RILRADIOSTATEGROUPS structure in your code. |
| RILRADIOSTATEGROUPS Don't use this structure in your code. Microsoft reserves the RILRADIOSTATEGROUPS structure for internal use only. |
| RILRADIOSTATEITEM Microsoft reserves the RILRADIOSTATEITEM structure for internal use only. Don't use the RILRADIOSTATEITEM structure in your code. |
| RILRADIOSTATEITEM Don't use this structure in your code. Microsoft reserves the RILRADIOSTATEITEM structure for internal use only. |
| RILRADIOSTATEITEMS Microsoft reserves the RILRADIOSTATEITEMS structure for internal use only. Don't use the RILRADIOSTATEITEMS structure in your code. |
| RILRADIOSTATEITEMS Don't use this structure in your code. Microsoft reserves the RILRADIOSTATEITEMS structure for internal use only. |
| RILRADIOSTATEPASSWORD Microsoft reserves this structure for internal use only. Don't use the RILRADIOSTATEPASSWORD structure in your code. |
| RILRADIOSTATEPASSWORD Don't use this structure in your code. Microsoft reserves the RILRADIOSTATEPASSWORD structure for internal use only. |
| RILRANGE Microsoft reserves the RILRANGE structure for internal use only. Don't use the RILRANGE structure in your code. |
| RILRANGE Don't use this structure in your code. Microsoft reserves the RILRANGE structure for internal use only. |
| RILREADMSGPARAMS Microsoft reserves the RILREADMSGPARAMS structure for internal use only. Don't use the RILREADMSGPARAMS structure in your code. |
| RILREADMSGPARAMS Don't use this structure in your code. Microsoft reserves the RILREADMSGPARAMS structure for internal use only. |
| RILREADPHONEBOOKENTRIESPARAMS Microsoft reserves this structure for internal use only. Don't use the RILREADPHONEBOOKENTRIESPARAMS structure in your code. |
| RILREADPHONEBOOKENTRIESPARAMS Don't use this structure in your code. Microsoft reserves the RILREADPHONEBOOKENTRIESPARAMS structure for internal use only. |
| RILREGSTATUSINFO Microsoft reserves the RILREGSTATUSINFO structure for internal use only. Don't use the RILREGSTATUSINFO structure in your code. |
| RILREGSTATUSINFO Don't use this structure in your code. Microsoft reserves the RILREGSTATUSINFO structure for internal use only. |
| RILREMOTEPARTYINFO Microsoft reserves the RILREMOTEPARTYINFO structure for internal use only. Don't use the RILREMOTEPARTYINFO structure in your code. |
| RILREMOTEPARTYINFO Don't use this structure in your code. Microsoft reserves the RILREMOTEPARTYINFO structure for internal use only. |
| RILREMOVECALLFORWARDINGPARAMS Microsoft reserves this structure for internal use only. Don't use the RILREMOVECALLFORWARDINGPARAMS structure in your code. |
| RILREMOVECALLFORWARDINGPARAMS Don't use this structure in your code. Microsoft reserves the RILREMOVECALLFORWARDINGPARAMS structure for internal use only. |
| RILREQUESTGEOLOCATIONDATA Microsoft reserves this structure for internal use only. Don't use the RILREQUESTGEOLOCATIONDATA structure in your code. |
| RILREQUESTGEOLOCATIONDATA Don't use this structure in your code. Microsoft reserves the RILREQUESTGEOLOCATIONDATA structure for internal use only. |
| RILRFSTATE Microsoft reserves the RILRFSTATE structure for internal use only. Don't use the RILRFSTATE structure in your code. |
| RILRFSTATE Don't use this structure in your code. Microsoft reserves the RILRFSTATE structure for internal use only. |
| RILRTTDATA Microsoft reserves the RILRTTDATA structure for internal use only. Don't use the RILRTTDATA structure in your code. |
| RILRTTDATA Don't use this structure in your code. Microsoft reserves the RILRTTDATA structure for internal use only. |
| RILSENDDTMFPARAMS Microsoft reserves the RILSENDDTMFPARAMS structure for internal use only. Don't use the RILSENDDTMFPARAMS structure in your code. |
| RILSENDDTMFPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDDTMFPARAMS structure for internal use only. |
| RILSENDFLASHPARAMS Microsoft reserves the RILSENDFLASHPARAMS structure for internal use only. Don't use the RILSENDFLASHPARAMS structure in your code. |
| RILSENDFLASHPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDFLASHPARAMS structure for internal use only. |
| RILSENDMSGACKPARAMS_V1 Microsoft reserves the RILSENDMSGACKPARAMS_V1 structure for internal use only. Don't use the RILSENDMSGACKPARAMS_V1 structure in your code. |
| RILSENDMSGACKPARAMS_V1 Don't use this structure in your code. Microsoft reserves the RILSENDMSGACKPARAMS_V1 structure for internal use only. |
| RILSENDMSGACKPARAMS_V2 Microsoft reserves this structure for internal use only. Don't use the RILSENDMSGACKPARAMS_V2 structure in your code. |
| RILSENDMSGACKPARAMS_V2 Don't use this structure in your code. Microsoft reserves the RILSENDMSGACKPARAMS_V2 structure for internal use only. |
| RILSENDMSGPARAMS Microsoft reserves the RILSENDMSGPARAMS structure for internal use only. Don't use the RILSENDMSGPARAMS structure in your code. |
| RILSENDMSGPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDMSGPARAMS structure for internal use only. |
| RILSENDMSGRESPONSE Microsoft reserves the RILSENDMSGRESPONSE structure for internal use only. Don't use the RILSENDMSGRESPONSE structure in your code. |
| RILSENDMSGRESPONSE Don't use this structure in your code. Microsoft reserves the RILSENDMSGRESPONSE structure for internal use only. |
| RILSENDRESTRICTEDUICCCMDPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSENDRESTRICTEDUICCCMDPARAMS structure in your code. |
| RILSENDRESTRICTEDUICCCMDPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDRESTRICTEDUICCCMDPARAMS structure for internal use only. |
| RILSENDRTTDATAPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSENDRTTDATAPARAMS structure in your code. |
| RILSENDRTTDATAPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDRTTDATAPARAMS structure for internal use only. |
| RILSENDSUPSERVICEDATAPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSENDSUPSERVICEDATAPARAMS structure in your code. |
| RILSENDSUPSERVICEDATAPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDSUPSERVICEDATAPARAMS structure for internal use only. |
| RILSENDSUPSERVICEDATARESPONSEPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSENDSUPSERVICEDATARESPONSEPARAMS structure in your code. |
| RILSENDSUPSERVICEDATARESPONSEPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDSUPSERVICEDATARESPONSEPARAMS structure for internal use only. |
| RILSENDUICCTOOLKITCMDRESPONSEPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSENDUICCTOOLKITCMDRESPONSEPARAMS structure in your code. |
| RILSENDUICCTOOLKITCMDRESPONSEPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDUICCTOOLKITCMDRESPONSEPARAMS structure for internal use only. |
| RILSENDUICCTOOLKITENVELOPEPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSENDUICCTOOLKITENVELOPEPARAMS structure in your code. |
| RILSENDUICCTOOLKITENVELOPEPARAMS Don't use this structure in your code. Microsoft reserves the RILSENDUICCTOOLKITENVELOPEPARAMS structure for internal use only. |
| RILSETCALLBARRINGSTATUSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETCALLBARRINGSTATUSPARAMS structure in your code. |
| RILSETCALLBARRINGSTATUSPARAMS Don't use this structure in your code. Microsoft reserves the RILSETCALLBARRINGSTATUSPARAMS structure for internal use only. |
| RILSETCALLFORWARDINGSTATUSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETCALLFORWARDINGSTATUSPARAMS structure in your code. |
| RILSETCALLFORWARDINGSTATUSPARAMS Don't use this structure in your code. Microsoft reserves the RILSETCALLFORWARDINGSTATUSPARAMS structure for internal use only. |
| RILSETCALLWAITINGSTATUSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETCALLWAITINGSTATUSPARAMS structure in your code. |
| RILSETCALLWAITINGSTATUSPARAMS Don't use this structure in your code. Microsoft reserves the RILSETCALLWAITINGSTATUSPARAMS structure for internal use only. |
| RILSETCELLBROADCASTMSGCONFIGPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETCELLBROADCASTMSGCONFIGPARAMS structure in your code. |
| RILSETCELLBROADCASTMSGCONFIGPARAMS Don't use this structure in your code. Microsoft reserves the RILSETCELLBROADCASTMSGCONFIGPARAMS structure for internal use only. |
| RILSETDMPROFILECONFIGINFOPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETDMPROFILECONFIGINFOPARAMS structure in your code. |
| RILSETDMPROFILECONFIGINFOPARAMS Don't use this structure in your code. Microsoft reserves the RILSETDMPROFILECONFIGINFOPARAMS structure for internal use only. |
| RILSETEXECUTORCONFIGPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETEXECUTORCONFIGPARAMS structure in your code. |
| RILSETEXECUTORCONFIGPARAMS Don't use this structure in your code. Microsoft reserves the RILSETEXECUTORCONFIGPARAMS structure for internal use only. |
| RILSETEXECUTORFOCUSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETEXECUTORFOCUSPARAMS structure in your code. |
| RILSETEXECUTORFOCUSPARAMS Don't use this structure in your code. Microsoft reserves the RILSETEXECUTORFOCUSPARAMS structure for internal use only. |
| RILSETEXECUTORRFSTATEPARAMS Microsoft reserves the RILSETEXECUTORRFSTATEPARAMS structure for internal use only. Don't use this structure in your code. |
| RILSETEXECUTORRFSTATEPARAMS Don't use this structure in your code. Microsoft reserves the RILSETEXECUTORRFSTATEPARAMS structure for internal use only. |
| RILSETGEOLOCATIONDATAPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETGEOLOCATIONDATAPARAMS structure in your code. |
| RILSETGEOLOCATIONDATAPARAMS Don't use this structure in your code. Microsoft reserves the RILSETGEOLOCATIONDATAPARAMS structure for internal use only. |
| RILSETMSGINUICCSTATUSPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETMSGINUICCSTATUSPARAMS structure in your code. |
| RILSETMSGINUICCSTATUSPARAMS Don't use this structure in your code. Microsoft reserves the RILSETMSGINUICCSTATUSPARAMS structure for internal use only. |
| RILSETNOTIFICATIONFILTERSTATEPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETNOTIFICATIONFILTERSTATEPARAMS structure in your code. |
| RILSETNOTIFICATIONFILTERSTATEPARAMS Don't use this structure in your code. Microsoft reserves the RILSETNOTIFICATIONFILTERSTATEPARAMS structure for internal use only. |
| RILSETPREFERREDOPERATORLISTPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETPREFERREDOPERATORLISTPARAMS structure in your code. |
| RILSETPREFERREDOPERATORLISTPARAMS Don't use this structure in your code. Microsoft reserves the RILSETPREFERREDOPERATORLISTPARAMS structure for internal use only. |
| RILSETSLOTPOWERPARAMS Microsoft reserves the RILSETSLOTPOWERPARAMS structure for internal use only. Don't use the RILSETSLOTPOWERPARAMS structure in your code. |
| RILSETSLOTPOWERPARAMS Don't use this structure in your code. Microsoft reserves the RILSETSLOTPOWERPARAMS structure for internal use only. |
| RILSETSMSCPARAMS Microsoft reserves the RILSETSMSCPARAMS structure for internal use only. Don't use the RILSETSMSCPARAMS structure in your code. |
| RILSETSMSCPARAMS Don't use this structure in your code. Microsoft reserves the RILSETSMSCPARAMS structure for internal use only. |
| RILSETSYSTEMSELECTIONPREFSPARAMS_V1 Microsoft reserves this structure for internal use only. Don't use the RILSETSYSTEMSELECTIONPREFSPARAMS_V1 structure in your code. |
| RILSETSYSTEMSELECTIONPREFSPARAMS_V1 Microsoft reserves the RILSETSYSTEMSELECTIONPREFSPARAMS_V1 structure for internal use only. |
| RILSETSYSTEMSELECTIONPREFSPARAMS_V2 Microsoft reserves this structure for internal use only. Don't use the RILSETSYSTEMSELECTIONPREFSPARAMS_V2 structure in your code. |
| RILSETSYSTEMSELECTIONPREFSPARAMS_V2 Don't use this structure in your code. Microsoft reserves the RILSETSYSTEMSELECTIONPREFSPARAMS_V2 structure for internal use only. |
| RILSETUICCLOCKENABLEDPARAMS Microsoft reserves this structure for internal use only. Don't use the RILSETUICCLOCKENABLEDPARAMS structure in your code. |
| RILSETUICCLOCKENABLEDPARAMS Don't use this structure in your code. Microsoft reserves the RILSETUICCLOCKENABLEDPARAMS structure for internal use only. |
| RILSIGNALQUALITY Microsoft reserves the RILSIGNALQUALITY structure for internal use only. Don't use the RILSIGNALQUALITY structure in your code. |
| RILSIGNALQUALITY Don't use this structure in your code. Microsoft reserves the RILSIGNALQUALITY structure for internal use only. |
| RILSMSMODIFICATIONINFO Microsoft reserves the RILSMSMODIFICATIONINFO structure for internal use only. Don't use the RILSMSMODIFICATIONINFO structure in your code. |
| RILSMSMODIFICATIONINFO Don't use this structure in your code. Microsoft reserves the RILSMSMODIFICATIONINFO structure for internal use only. |
| RILSMSREADYSTATUS Microsoft reserves the RILSMSREADYSTATUS structure for internal use only. Don't use the RILSMSREADYSTATUS structure in your code. |
| RILSMSREADYSTATUS Don't use this structure in your code. Microsoft reserves the RILSMSREADYSTATUS structure for internal use only. |
| RILSTARTDTMFPARAMS Microsoft reserves the RILSTARTDTMFPARAMS structure for internal use only. Don't use the RILSTARTDTMFPARAMS structure in your code. |
| RILSTARTDTMFPARAMS Don't use this structure in your code. Microsoft reserves the RILSTARTDTMFPARAMS structure for internal use only. |
| RILSUBADDRESS Microsoft reserves the RILSUBADDRESS structure for internal use only. Don't use the RILSUBADDRESS structure in your code. |
| RILSUBADDRESS Don't use this structure in your code. Microsoft reserves the RILSUBADDRESS structure for internal use only. |
| RILSUBSCRIBERINFO This structure represents RILSUBSCRIBERINFO. |
| RILSUBSCRIBERINFO Microsoft reserves the RILSUBSCRIBERINFO structure for internal use only. Don't use this structure in your code. |
| RILSUPSERVICEDATA Microsoft reserves the RILSUPSERVICEDATA structure for internal use only. Don't use the RILSUPSERVICEDATA structure in your code. |
| RILSUPSERVICEDATA Don't use this structure in your code. Microsoft reserves the RILSUPSERVICEDATA structure for internal use only. |
| RILSUPSVCINFO Don't use the RILSUPSVCINFO structure in your code. Microsoft reserves the RILSUPSVCINFO structure for internal use only. |
| RILSUPSVCINFO Don't use the structure in your code. Microsoft reserves the RILSUPSVCINFO structure for internal use only. |
| RILSYSTEMSELECTIONPREFS_V1 Microsoft reserves the RILSYSTEMSELECTIONPREFS_V1 structure for internal use only. Don't use the RILSYSTEMSELECTIONPREFS_V1 structure in your code. |
| RILSYSTEMSELECTIONPREFS_V1 Don't use this structure in your code. Microsoft reserves the RILSYSTEMSELECTIONPREFS_V1 structure for internal use only. |
| RILSYSTEMSELECTIONPREFS_V2 Don't use the structure in your code. Microsoft reserves the RILSYSTEMSELECTIONPREFS_V2 structure for internal use only. |
| RILSYSTEMSELECTIONPREFS_V2 Don't use the RILSYSTEMSELECTIONPREFS_V2 structure in your code. Microsoft reserves the RILSYSTEMSELECTIONPREFS_V2 structure for internal use only. |
| RILSYSTEMTIME Microsoft reserves the RILSYSTEMTIME structure for internal use only. Don't use the RILSYSTEMTIME structure in your code. |
| RILSYSTEMTIME Don't use this structure in your code. Microsoft reserves the RILSYSTEMTIME structure for internal use only. |
| RILTDSCDMAMRL This structure represents RILTDSCDMAMRL, which is a TD_SCDMA network measurement report. |
| RILTDSCDMAMRL Microsoft reserves the RILTDSCDMAMRL structure for internal use only. Don't use this structure in your code. |
| RILTERMINALCAPABILITYINFO Microsoft reserves the RILTERMINALCAPABILITYINFO structure for internal use only. Don't use the RILTERMINALCAPABILITYINFO structure in your code. |
| RILTERMINALCAPABILITYINFO Don't use this structure in your code. Microsoft reserves the RILTERMINALCAPABILITYINFO structure for internal use only. |
| RILTONESIGNALINFO_V1 Microsoft reserves the RILTONESIGNALINFO_V1 structure for internal use only. Don't use the RILTONESIGNALINFO_V1 structure in your code. |
| RILTONESIGNALINFO_V1 Don't use this structure in your code. Microsoft reserves the RILTONESIGNALINFO_V1 structure for internal use only. |
| RILTONESIGNALINFO_V2 Microsoft reserves the RILTONESIGNALINFO_V2 structure for internal use only. Don't use the RILTONESIGNALINFO_V2 structure in your code. |
| RILTONESIGNALINFO_V2 Don't use this structure in your code. Microsoft reserves the RILTONESIGNALINFO_V2 structure for internal use only. |
| RILUICCAPPDATACHANGE Microsoft reserves the RILUICCAPPDATACHANGE structure for internal use only. Don't use the RILUICCAPPDATACHANGE structure in your code. |
| RILUICCAPPDATACHANGE Don't use this structure in your code. Microsoft reserves the RILUICCAPPDATACHANGE structure for internal use only. |
| RILUICCAPPINFO Microsoft reserves the RILUICCAPPINFO structure for internal use only. Don't use the RILUICCAPPINFO structure in your code. |
| RILUICCAPPINFO Don't use this structure in your code. Microsoft reserves the RILUICCAPPINFO structure for internal use only. |
| RILUICCAPPPERSOCHECKSTATUS Microsoft reserves this structure for internal use only. Don't use the RILUICCAPPPERSOCHECKSTATUS structure in your code. |
| RILUICCAPPPERSOCHECKSTATUS Don't use this structure in your code. Microsoft reserves the RILUICCAPPPERSOCHECKSTATUS structure for internal use only. |
| RILUICCATRINFO Microsoft reserves the RILUICCATRINFO structure for internal use only. Don't use the RILUICCATRINFO structure in your code. |
| RILUICCATRINFO Don't use this structure in your code. Microsoft reserves the RILUICCATRINFO structure for internal use only. |
| RILUICCCARDINFO Microsoft reserves the RILUICCCARDINFO structure for internal use only. Don't use the RILUICCCARDINFO structure in your code. |
| RILUICCCARDINFO Don't use this structure in your code. Microsoft reserves the RILUICCCARDINFO structure for internal use only. |
| RILUICCCMDPARAMETERS Microsoft reserves this structure for internal use only. Don't use the RILUICCCMDPARAMETERS structure in your code. |
| RILUICCCMDPARAMETERS Don't use this structure in your code. Microsoft reserves the RILUICCCMDPARAMETERS structure for internal use only. |
| RILUICCFILELOCKSTATUS This structure represents RILUICCFILELOCKSTATUS. |
| RILUICCFILELOCKSTATUS Microsoft reserves the RILUICCFILELOCKSTATUS structure for internal use only. Don't use this structure in your code. |
| RILUICCFILEPATH Microsoft reserves the RILUICCFILEPATH structure for internal use only. Don't use the RILUICCFILEPATH structure in your code. |
| RILUICCFILEPATH Don't use this structure in your code. Microsoft reserves the RILUICCFILEPATH structure for internal use only. |
| RILUICCFILES Microsoft reserves the RILUICCFILES structure for internal use only. Don't use the RILUICCFILES structure in your code. |
| RILUICCFILES Don't use this structure in your code. Microsoft reserves the RILUICCFILES structure for internal use only. |
| RILUICCLOCK This structure represents a RILUICCLOCK. |
| RILUICCLOCK Microsoft reserves the RILUICCLOCK structure for internal use only. Don't use this structure in your code. |
| RILUICCLOCKCREDENTIAL Microsoft reserves this structure for internal use only. Don't use the RILUICCLOCKCREDENTIAL structure in your code. |
| RILUICCLOCKCREDENTIAL Don't use this structure in your code. Microsoft reserves the RILUICCLOCKCREDENTIAL structure for internal use only. |
| RILUICCLOCKSTATE This structure represents a RILUICCLOCKSTATE. |
| RILUICCLOCKSTATE Microsoft reserves the RILUICCLOCKSTATE structure for internal use only. Don't use this structure in your code. |
| RILUICCRECORDSTATUS This structure represents RILUICCRECORDSTATUS. |
| RILUICCRECORDSTATUS Microsoft reserves the RILUICCRECORDSTATUS structure for internal use only. Don't use this structure in your code. |
| RILUICCRESPONSE Microsoft reserves the RILUICCRESPONSE structure for internal use only. Don't use the RILUICCRESPONSE structure in your code. |
| RILUICCRESPONSE Don't use this structure in your code. Microsoft reserves the RILUICCRESPONSE structure for internal use only. |
| RILUICCSERVICE Microsoft reserves the RILUICCSERVICE structure for internal use only. Don't use the RILUICCSERVICE structure in your code. |
| RILUICCSERVICE Don't use this structure in your code. Microsoft reserves the RILUICCSERVICE structure for internal use only. |
| RILUICCSERVICEINFO Microsoft reserves this structure for internal use only. Don't use the RILUICCSERVICEINFO structure in your code. |
| RILUICCSERVICEINFO Don't use this structure in your code. Microsoft reserves the RILUICCSERVICEINFO structure for internal use only. |
| RILUICCSERVICEPARAMS Microsoft reserves this structure for internal use only. Don't use the RILUICCSERVICEPARAMS structure in your code. |
| RILUICCSERVICEPARAMS Microsoft reserves the RILUICCSERVICEPARAMS structure for internal use only. Don't use the RILUICCSERVICEPARAMS structure in your code. |
| RILUICCSLOTINFO Microsoft reserves the RILUICCSLOTINFO structure for internal use only. Don't use the RILUICCSLOTINFO structure in your code. |
| RILUICCSLOTINFO Don't use this structure in your code. Microsoft reserves the RILUICCSLOTINFO structure for internal use only. |
| RILUICCSUBSCRIBERNUMBERS This structure represents RILUICCSUBSCRIBERNUMBERS. |
| RILUICCSUBSCRIBERNUMBERS Microsoft reserves the RILUICCSUBSCRIBERNUMBERS structure for internal use only. Don't use this structure in your code. |
| RILUICCTOOLKITCMD Microsoft reserves this structure for internal use only. Don't use the RILUICCTOOLKITCMD structure in your code. |
| RILUICCTOOLKITCMD Don't use this structure in your code. Microsoft reserves the RILUICCTOOLKITCMD structure for internal use only. |
| RILUICCTOOLKITPROFILE Microsoft reserves this structure for internal use only. Don't use the RILUICCTOOLKITPROFILE structure in your code. |
| RILUICCTOOLKITPROFILE Don't use this structure in your code. Microsoft reserves the RILUICCTOOLKITPROFILE structure for internal use only. |
| RILUMTSMRL This structure represents a RILUMTSMRL. |
| RILUMTSMRL Microsoft reserves the RILUMTSMRL structure for internal use only. Don't use this structure in your code. |
| RILUNBLOCKUICCLOCKPARAMS Microsoft reserves this structure for internal use only. Don't use the RILUNBLOCKUICCLOCKPARAMS structure in your code. |
| RILUNBLOCKUICCLOCKPARAMS Don't use this structure in your code. Microsoft reserves the RILUNBLOCKUICCLOCKPARAMS structure for internal use only. |
| RILUNSOLICITEDSSINFO_V1 Microsoft reserves this structure for internal use only. Don't use the RILUNSOLICITEDSSINFO_V1 structure in your code. |
| RILUNSOLICITEDSSINFO_V1 Don't use this structure in your code. Microsoft reserves the RILUNSOLICITEDSSINFO_V1 structure for internal use only. |
| RILUNSOLICITEDSSINFO_V2 Microsoft reserves this structure for internal use only. Don't use the RILUNSOLICITEDSSINFO_V2 structure in your code. |
| RILUNSOLICITEDSSINFO_V2 Don't use this structure in your code. Microsoft reserves the RILUNSOLICITEDSSINFO_V2 structure for internal use only. |
| RILVERSIONPARAMS Microsoft reserves the RILVERSIONPARAMS structure for internal use only. Don't use the RILVERSIONPARAMS structure in your code. |
| RILVERSIONPARAMS Don't use this structure in your code. Microsoft reserves the RILVERSIONPARAMS structure for internal use only. |
| RILWRITEADDITIONALNUMBERSTRINGPARAMS Don't use this structure in your code. Microsoft reserves the RILWRITEADDITIONALNUMBERSTRINGPARAMS structure for internal use only. |
| RILWRITEADDITIONALNUMBERSTRINGPARAMS Microsoft reserves this structure for internal use only. Don't use the RILWRITEADDITIONALNUMBERSTRINGPARAMS structure in your code. |
| RILWRITEMSGPARAMS Microsoft reserves the RILWRITEMSGPARAMS structure for internal use only. Don't use the RILWRITEMSGPARAMS structure in your code. |
| RILWRITEMSGPARAMS Don't use this structure in your code. Microsoft reserves the RILWRITEMSGPARAMS structure for internal use only. |
| RILWRITEPHONEBOOKENTRYPARAMS Microsoft reserves this structure for internal use only. Don't use the RILWRITEPHONEBOOKENTRYPARAMS structure in your code. |
| RILWRITEPHONEBOOKENTRYPARAMS Don't use this structure in your code. Microsoft reserves the RILWRITEPHONEBOOKENTRYPARAMS structure for internal use only. |
| RSNA_AKM_CIPHER_PAIR The RSNA_AKM_CIPHER_PAIR structure defines a Robust Security Network Association (RSNA) authentication and key management (AKM) and cipher pair. |
| TAL_TXRX_PARAMETERS The TAL_TXRX_PARAMETERS structure defines the TAL TXRX parameters. |
| TAL_TXRX_PARAMETERS Microsoft reserves the TAL_TXRX_PARAMETERS structure for internal use only. Don't use this structure in your code. |
| TCP_OFFLOAD_STATE_CACHED The TCP_OFFLOAD_STATE_CACHED structure contains the cached variables of a TCP connection state object. |
| TCP_OFFLOAD_STATE_CONST The TCP_OFFLOAD_STATE_CONST structure contains the constant variables of a TCP connection state object. |
| TCP_OFFLOAD_STATE_DELEGATED The TCP_OFFLOAD_STATE_DELEGATED structure contains the delegated variables of a TCP connection state object. |
| TCP_OFFLOAD_STATS The TCP_OFFLOAD_STATS structure contains statistics that an offload target supplies in response to a query of OID_TCP4_OFFLOAD_STATS or OID_TCP6_OFFLOAD_STATS. |
| VMB_CHANNEL_STATE_CHANGE_CALLBACKS The VMB_CHANNEL_STATE_CHANGE_CALLBACKS structure contains callback functions that relate to the state changes for a channel. |
| WDI_BAND_CHANNEL_MAPPING_ENTRY Microsoft reserves the WDI_BAND_CHANNEL_MAPPING_ENTRY structure for internal use only. Don't use this structure in your code. |
| WDI_BYTE16 Microsoft reserves the WDI_BYTE16 structure for internal use only. Don't use this structure in your code. |
| WDI_BYTE4 Microsoft reserves the WDI_BYTE4 structure for internal use only. Don't use this structure in your code. |
| WDI_CHANNEL_MAPPING_ENTRY The WDI_CHANNEL_MAPPING_ENTRY struct defines a channel mapping entry. |
| WDI_CHANNEL_MAPPING_ENTRY The WDI_CHANNEL_MAPPING_ENTRY structure defines a channel mapping entry. |
| WDI_DATA_RATE_ENTRY The WDI_DATA_RATE_ENTRY struct defines a data rate entry. |
| WDI_DATA_RATE_ENTRY The WDI_DATA_RATE_ENTRY structure defines a data rate entry. |
| WDI_ETHERTYPE_ENCAPSULATION_ENTRY The WDI_ETHERTYPE_ENCAPSULATION_ENTRY struct defines an EtherType encapsulation entry. |
| WDI_ETHERTYPE_ENCAPSULATION_ENTRY The WDI_ETHERTYPE_ENCAPSULATION_ENTRY structure defines an EtherType encapsulation entry. |
| WDI_FRAME_METADATA The WDI_FRAME_METADATA structure defines the frame metadata. |
| WDI_FRAME_METADATA Microsoft reserves the WDI_FRAME_METADATA structure for internal use only. Don't use this structure in your code. |
| WDI_MAC_ADDRESS The WDI_MAC_ADDRESS structure defines an IEEE media access control (MAC) address. |
| WDI_MAC_ADDRESS The WDI_MAC_ADDRESS struct defines an IEEE media access control (MAC) address. |
| WDI_MESSAGE_HEADER The WDI_MESSAGE_HEADER structure defines the WDI message header. All WDI command messages must start with this header. |
| WDI_MESSAGE_HEADER The WDI_MESSAGE_HEADER structure defines the WiFi message header. All WiFi command messages must start with this header. |
| WDI_P2P_SERVICE_NAME_HASH The WDI_P2P_SERVICE_NAME_HASH structure defines a hash of a WFDS Service Name. |
| WDI_P2P_SERVICE_NAME_HASH The WDI_P2P_SERVICE_NAME_HASH struct defines a hash of a WFDS Service Name. |
| WDI_RX_METADATA The WDI_RX_METADATA structure defines the RX metadata. |
| WDI_RX_METADATA Microsoft reserves the WDI_RX_METADATA structure for internal use only. Don't use this structure in your code. |
| WDI_TX_COMPLETE_DATA The WDI_TX_COMPLETE_DATA structure defines TX completion data. |
| WDI_TX_COMPLETE_DATA Microsoft reserves the WDI_TX_COMPLETE_DATA structure for internal use only. Don't use this structure in your code. |
| WDI_TX_METADATA The WDI_TX_METADATA structure defines the TX metadata. |
| WDI_TX_METADATA Microsoft reserves the WDI_TX_METADATA structure for internal use only. Don't use this structure in your code. |
| WDI_TXRX_CAPABILITIES The WDI_TXRX_CAPABILITIES structure defines the target capabilities. |
| WDI_TXRX_CAPABILITIES Microsoft reserves the WDI_TXRX_CAPABILITIES structure for internal use only. Don't use this structure in your code. |
| WDI_TXRX_MPDU_PN The WDI_TXRX_MPDU_PN union defines the parameters that are passed down to the TXRX component. |
| WDI_TXRX_MPDU_PN Microsoft reserves the WDI_TXRX_MPDU_PN structure for internal use only. Don't use this structure in your code. |
| WDI_TXRX_PARAMETERS The WDI_TXRX_PARAMETERS structure defines the parameters that are passed down to the TXRX component. |
| WDI_TXRX_PARAMETERS Microsoft reserves the WDI_TXRX_PARAMETERS structure for internal use only. Don't use this structure in your code. |
| WDI_TXRX_PEER_CFG The WDI_TXRX_PEER_CFG structure defines peer configuration. |
| WDI_TXRX_PEER_CFG Microsoft reserves the WDI_TXRX_PEER_CFG structure for internal use only. Don't use this structure in your code. |
| WDI_TXRX_TARGET_CONFIGURATION The WDI_TXRX_TARGET_CONFIGURATION structure defines the target configuration. |
| WDI_TXRX_TARGET_CONFIGURATION Microsoft reserves the WDI_TXRX_TARGET_CONFIGURATION structure for internal use only. Don't use this structure in your code. |
| WDI_TYPE_MIC The WDI_TYPE_MIC struct defines the MIC (802.11r). |
| WDI_TYPE_MIC The WDI_TYPE_MIC structure defines the MIC (802.11r). |
| WDI_TYPE_NONCE The WDI_TYPE_NONCE struct defines the SNonce or ANonce (802.11r). |
| WDI_TYPE_NONCE The WDI_TYPE_NONCE structure defines the SNonce or ANonce (802.11r). |
| WDI_TYPE_PMK_NAME The WDI_TYPE_PMK_NAME struct defines the PMKR0Name or PMKR1Name (802.11r). |
| WDI_TYPE_PMK_NAME The WDI_TYPE_PMK_NAME structure defines the PMKR0Name or PMKR1Name (802.11r). |
| WDIAG_IHV_WLAN_ID The WDIAG_IHV_WLAN_ID structure is part of the Native 802.11 Wireless LAN interface, which is deprecated for Windows 10 and later. |
| WIFI_ADAPTER_POWER_OFFLOAD_RSN_REKEY_CAPABILITIES The WIFI_ADAPTER_POWER_OFFLOAD_RSN_REKEY_CAPABILITIES structure describes a WiFiCx net adapter's RSN rekey power offload capabilities. |
| WIFI_ADAPTER_TX_DEMUX The WIFI_ADAPTER_TX_DEMUX structure specifies Tx DEMUX information. |
| WIFI_ADAPTER_WAKE_CAPABILITIES The WIFI_ADAPTER_WAKE_CAPABILITIES structure describes a WiFiCx network adapter's wake-on-LAN (WoL) capabilities. |
| WIFI_BAND_CAPABILITIES The WIFI_BAND_CAPABILITIES structure describes the band capabilities for a WiFiCx device. |
| WIFI_BAND_INFO The WIFI_BAND_INFO structure contains band information. |
| WIFI_DEVICE_CAPABILITIES The WIFI_DEVICE_CAPABILITIES structure describes a WiFiCx device's capabilities. |
| WIFI_DEVICE_CONFIG The WIFI_DEVICE_CONFIG structure contains pointers to a client driver's WiFiCx-specific callback functions. |
| WIFI_DRIVER_GLOBALS Call WIFI_DRIVER_GLOBALS_INIT to initialize this structure. |
| WIFI_PHY_CAPABILITIES The WIFI_PHY_CAPABILITIES structure describes the PHY capabilities for a WiFiCx device. |
| WIFI_PHY_INFO The WIFI_PHY_INFO structure contains PHY information. |
| WIFI_POWER_OFFLOAD_80211RSNREKEY_PARAMETERS The WIFI_POWER_OFFLOAD_80211RSNREKEY_PARAMETERS structure contains parameters for an 802.11 RSN rekey low power protocol offload to a WiFiCx net adapter. |
| WIFI_POWER_OFFLOAD_ACTION_FRAME_WAKE_PATTERN_PARAMETERS The WIFI_POWER_OFFLOAD_ACTION_FRAME_WAKE_PATTERN_PARAMETERS structure contains parameters for an action frame wake pattern low power protocol offload to a WiFiCx network adapter. |
| WIFI_POWER_OFFLOAD_LIST The WIFI_POWER_OFFLOAD_LIST structure represents a list of low power protocol offloads to a WiFiCx net adapter. |
| WIFI_STA_BANDS_COMBINATION The WIFI_STA_BANDS_COMBINATION structure contains a list of band IDs that are available for secondary STA connections. |
| WIFI_STATION_CAPABILITIES The WIFI_STATION_CAPABILITIES structure describes the station capabilities for a WiFiCx device. |
| WIFI_WAKE_SOURCE_LIST The WIFI_WAKE_SOURCE_LIST structure represents a list of wake sources for a WiFiCx net adapter. |
| WIFI_WIFIDIRECT_CAPABILITIES The WIFI_WIFIDIRECT_CAPABILITIES structure describes the Wi-Fi Direct capabilities for a WiFiCx device. |
| WSK_BUF The WSK_BUF structure defines a data buffer that is used for sending and receiving data over a socket. |
| WSK_BUF_LIST The WSK_BUF_LIST structure is used to send multiple datagrams via a single call to WskSendMessages. |
| WSK_CLIENT_CONNECTION_DISPATCH The WSK_CLIENT_CONNECTION_DISPATCH structure specifies a WSK application's dispatch table of event callback functions for a connection-oriented socket. |
| WSK_CLIENT_DATAGRAM_DISPATCH The WSK_CLIENT_DATAGRAM_DISPATCH structure specifies a WSK application's dispatch table of event callback functions for a datagram socket. |
| WSK_CLIENT_DISPATCH The WSK_CLIENT_DISPATCH structure specifies a WSK application's dispatch table of event callback functions for events that are not specific to a particular socket. |
| WSK_CLIENT_LISTEN_DISPATCH The WSK_CLIENT_LISTEN_DISPATCH structure specifies a WSK application's dispatch table of event callback functions for a listening socket. |
| WSK_CLIENT_NPI The WSK_CLIENT_NPI structure identifies a Network Programming Interface (NPI) implemented by a WSK client. |
| WSK_CLIENT_STREAM_DISPATCH The WSK_CLIENT_STREAM_DISPATCH structure specifies a WSK application's dispatch table of event callback functions for a stream socket. |
| WSK_DATA_INDICATION The WSK_DATA_INDICATION structure describes data that has been received on a connection-oriented socket. |
| WSK_DATAGRAM_INDICATION The WSK_DATAGRAM_INDICATION structure describes a datagram that has been received on a datagram socket. |
| WSK_EVENT_CALLBACK_CONTROL The WSK_EVENT_CALLBACK_CONTROL structure specifies the information for enabling and disabling a socket's event callback functions. |
| WSK_EXTENSION_CONTROL_IN The WSK_EXTENSION_CONTROL_IN structure specifies a WSK application's implementation of an extension interface for a socket. |
| WSK_EXTENSION_CONTROL_OUT The WSK_EXTENSION_CONTROL_OUT structure specifies the WSK subsystem's implementation of an extension interface for a socket. |
| WSK_INSPECT_ID The WSK_INSPECT_ID structure specifies an identifier for an incoming connection request on a listening socket. |
| WSK_PROVIDER_BASIC_DISPATCH The WSK_PROVIDER_BASIC_DISPATCH structure specifies the WSK subsystem's dispatch table of functions for a basic socket. |
| WSK_PROVIDER_CHARACTERISTICS The WSK_PROVIDER_CHARACTERISTICS structure specifies the characteristics of the WSK subsystem. |
| WSK_PROVIDER_CONNECTION_DISPATCH The WSK_PROVIDER_CONNECTION_DISPATCH structure specifies the WSK subsystem's table of functions for a connection-oriented socket. |
| WSK_PROVIDER_DATAGRAM_DISPATCH The WSK_PROVIDER_DATAGRAM_DISPATCH structure specifies the WSK subsystem's table of functions for a datagram socket. |
| WSK_PROVIDER_DISPATCH The WSK_PROVIDER_DISPATCH structure specifies the WSK subsystem's dispatch table of functions that are not specific to a particular socket. |
| WSK_PROVIDER_LISTEN_DISPATCH The WSK_PROVIDER_LISTEN_DISPATCH structure specifies the WSK subsystem's table of functions for a listening socket. |
| WSK_PROVIDER_NPI The WSK_PROVIDER_NPI structure identifies a provider Network Programming Interface (NPI) implemented by the WSK subsystem. |
| WSK_PROVIDER_STREAM_DISPATCH The WSK_PROVIDER_STREAM_DISPATCH structure specifies the WSK subsystem's table of functions for a stream socket. |
| WSK_REGISTRATION The WSK_REGISTRATION structure is used by the WSK subsystem to register or unregister a WSK application as a WSK client. |
| WSK_SOCKET The WSK_SOCKET structure defines a socket object for a socket. |
| WSK_TDI_MAP The WSK_TDI_MAP structure specifies a mapping between a particular address family, socket type, and protocol to the device name of a TDI transport. |
| WSK_TDI_MAP_INFO The WSK_TDI_MAP_INFO structure specifies a list that contains mappings of a combination of an address family, a socket type, and a protocol to the device name of a TDI transport. |
| WSK_TRANSPORT The WSK_TRANSPORT structure specifies an available transport that is supported by the WSK subsystem. |
| WWAN_ATR_INFO The WWAN_ATR_INFO structure represents a SIM card's Answer to Reset (ATR) information. |
| WWAN_AUTH_AKA_CHALLENGE The WWAN_AUTH_AKA_CHALLENGE structure represents an authentication challenge using the AKA method. |
| WWAN_AUTH_AKA_RESPONSE The WWAN_AUTH_AKA_RESPONSE structure represents a response to an AKA authentication challenge. |
| WWAN_AUTH_AKAP_CHALLENGE The WWAN_AUTH_AKAP_CHALLENGE structure represents an authentication challenge using the AKA' method. |
| WWAN_AUTH_AKAP_RESPONSE The WWAN_AUTH_AKAP_RESPONSE structure represents a response to an AKA' (AKA Prime) authentication challenge. |
| WWAN_AUTH_CHALLENGE The WWAN_AUTH_CHALLENGE structure represents an authentication challenge for a specific method. |
| WWAN_AUTH_RESPONSE The WWAN_AUTH_RESPONSE structure represents an authentication challenge response. |
| WWAN_AUTH_SIM_CHALLENGE The WWAN_AUTH_SIM_CHALLENGE structure represents an authentication challenge using the SIM method. |
| WWAN_AUTH_SIM_RESPONSE The WWAN_AUTH_SIM_RESPONSE structure represents a response to a SIM authentication challenge. |
| WWAN_BASE_STATIONS_INFO The WWAN_BASE_STATIONS_INFO structure represents information about both serving and neighboring base stations. |
| WWAN_BASE_STATIONS_INFO_REQ The WWAN_BASE_STATIONS_INFO_REQ structure represents the aspects of cellular base stations information that are requested in a base stations information query. |
| WWAN_CDMA_MRL The WWAN_CDMA_MRL structure represents the measured results list (MRL) of both serving and neighboring CDMA cells. |
| WWAN_CDMA_MRL_INFO The WWAN_CDMA_MRL_INFO structure represents information about a CDMA serving cell or neighboring cell. |
| WWAN_CONTEXT The WWAN_CONTEXT structure represents a provisioned context that is supported by the MB device. |
| WWAN_CONTEXT_STATE The WWAN_CONTEXT_STATE structure represents the Packet Data Protocol (PDP) context state of the MB device. |
| WWAN_CONTEXT_V2 The WWAN_CONTEXT_V2 structure represents a provisioned context that is supported by a mobile broadband (MBB) device. This structure extends the existing WWAN_CONTEXT structure. |
| WWAN_DEVICE_CAPS The WWAN_DEVICE_CAPS structure represents the capabilities of the MB device. |
| WWAN_DEVICE_CAPS_EX The WWAN_DEVICE_CAPS_EX structure represents the capabilities of the mobile broadband device. |
| WWAN_DEVICE_CAPS_EX_REV1 The WWAN_DEVICE_CAPS_EX_REV1 structure represents the capabilities of a mobile broadband device. |
| WWAN_DEVICE_SERVICE_COMMAND The WWAN_DEVICE_SERVICE_COMMAND structure represents a device service command. |
| WWAN_DEVICE_SERVICE_ENTRY The WWAN_DEVICE_SERVICE_ENTRY structure describes information about a device service. |
| WWAN_DEVICE_SERVICE_EVENT The WWAN_DEVICE_SERVICE_EVENT structure represents an unsolicited device service event. |
| WWAN_DEVICE_SERVICE_RESPONSE The WWAN_DEVICE_SERVICE_RESPONSE structure represents a response from a device service. |
| WWAN_DEVICE_SERVICE_SESSION The WWAN_DEVICE_SERVICE_SESSION structure represents the state of a device service session, or the operation to be performed on a device service. |
| WWAN_DEVICE_SERVICE_SESSION_READ The WWAN_DEVICE_SERVICE_SESSION_READ structure represents data associated with a device service session read notification. |
| WWAN_DEVICE_SERVICE_SESSION_WRITE The WWAN_DEVICE_SERVICE_SESSION_WRITE structure represents data associated with a device service session write request. |
| WWAN_DEVICE_SERVICE_SUPPORTED_COMMANDS The WWAN_DEVICE_SERVICE_SUPPORTED_COMMANDS structure represents a list of commands supported by a device service. |
| WWAN_DEVICE_SLOT_MAPPING_INFO The WWAN_DEVICE_SLOT_MAPPING_INFO structure represents the executor-to-slot mapping relationship in the MB device. |
| WWAN_DRIVER_CAPS The WWAN_DRIVER_CAPS structure represents the capabilities of the miniport driver. |
| WWAN_GET_SLOT_INFO The WWAN_GET_SLOT_INFO structure contains the slot index to specify which slot's status a query request is for. |
| WWAN_GET_VISIBLE_PROVIDERS The WWAN_GET_VISIBLE_PROVIDERS structure provides information about the type of visible providers to return. |
| WWAN_GSM_NMR The WWAN_GSM_NMR structure represents the network measurement report (NMR) of neighboring GSM cells. |
| WWAN_GSM_NMR_INFO The WWAN_GSM_NMR_INFO structure represents information about a neighboring GSM cell. |
| WWAN_GSM_SERVING_CELL_INFO The WWAN_GSM_SERVING_CELL_INFO structure represents information about the GSM serving cell. |
| WWAN_IP_ADDRESS_STATE The WWAN_IP_ADDRESS_STATE structure represents the IP addresses, gateways, DNS servers, and/or MTUs of a PDP context. |
| WWAN_IP_CONFIGURATION_FLAGS The WWAN_IP_CONFIGURATION_FLAGS structure represents flags that describe the availability of the IP address, gateway, DNS server, and/or MTU information of a PDP context. |
| WWAN_IPADDRESS_ENTRY The WWAN_IPADDRESS_ENTRY structure represents either the IPV4 or IPV6 address of a PDP context. |
| WWAN_IPV4_ADDRESS The WWAN_IPV4_ADDRESS structure represents an IPV4 address of a PDP context. |
| WWAN_IPV6_ADDRESS The WWAN_IPV6_ADDRESS structure represents an IPV6 address of a PDP context. |
| WWAN_LADN The WWAN_LADN structure represents a Local Area Data Network (LADN). |
| WWAN_LADN_LIST The WWAN_LADN_LIST structure represents a list of Local Area Data Networks (LADNs). |
| WWAN_LIST_HEADER The WWAN_LIST_HEADER structure represents the header of a list of MB objects, including the number of objects in the list that follow the header in memory. |
| WWAN_LTE_ATTACH_CONFIG The WWAN_LTE_ATTACH_CONFIG structure describes default LTE attach contexts for the inserted SIM's provider (MCC/MNC pair). |
| WWAN_LTE_ATTACH_STATUS The WWAN_LTE_ATTACH_STATUS structure describes the last used default LTE attach context for a mobile broadband (MBB) modem. |
| WWAN_LTE_MRL The WWAN_LTE_MRL structure represents the measured results list (MRL) of neighboring LTE cells. |
| WWAN_LTE_MRL_INFO The WWAN_LTE_MRL_INFO structure represents information about a neighboring LTE cell. |
| WWAN_LTE_SERVING_CELL_INFO The WWAN_LTE_SERVING_CELL_INFO structure represents information about the LTE serving cell. |
| WWAN_MODEM_CONFIG_ID The WWAN_MODEM_CONFIG_ID structure represents a unique ID for a modem configuration file. |
| WWAN_MODEM_CONFIG_INFO The WWAN_MODEM_CONFIG_INFO structure represents the modem's configuration information. |
| WWAN_MODEM_LOGGING_CONFIG The WWAN_MODEM_LOGGING_CONFIG structure describes the current modem logging configuration for a modem. |
| WWAN_NETWORK_BLACKLIST_INFO The WWAN_NETWORK_BLACKLIST_INFO structure contains a list of network blacklists for a mobile broadband (MBB) modem. |
| WWAN_NETWORK_BLACKLIST_PROVIDER The WWAN_NETWORK_BLACKLIST_PROVIDER structure represents a network blacklist provider in a mobile broadband (MBB) modem. |
| WWAN_NETWORK_IDLE_HINT The WWAN_NETWORK_IDLE_HINT structure contains a hint for the network interface regarding whether data is expected to be active or idle on the interface. |
| WWAN_NETWORK_PARAMS_INFO The WWAN_NETWORK_PARAMS_INFO structure represents data for NDIS_STATUS_WWAN_NETWORK_PARAMS_STATE notifications. |
| WWAN_NITZ_INFO The WWAN_NITZ_INFO structure describes the current network time and time zone information. |
| WWAN_NR_NEIGHBOR_CELLS The WWAN_NR_NEIGHBOR_CELLS structure represents the measured results list of neighboring NR cells. |
| WWAN_NR_NEIGHBOR_CELLS_INFO The WWAN_NR_NEIGHBOR_CELLS_INFO structure represents information about NR neighbor cells. |
| WWAN_NR_SERVING_CELLS The WWAN_NR_SERVING_CELLS structure represents the measured results list of 5G NR serving cells. |
| WWAN_NR_SERVING_CELLS_INFO The WWAN_NR_SERVING_CELLS_INFO structure represents information about NR serving cells. |
| WWAN_OFFSET_SIZE_ELEMENT The WWAN_OFFSET_SIZE_ELEMENT structure contains the size and offset to a data buffer. |
| WWAN_PACKET_SERVICE The WWAN_PACKET_SERVICE structure represents the packet service attachment state of the MB device. |
| WWAN_PCO_VALUE The WWAN_PCO_VALUE structure represents the PCO information payload from the network as defined in the 3GPP TS24.008 spec. |
| WWAN_PIN_ACTION The WWAN_PIN_ACTION structure represents actions to perform with a Personal Identification Number (PIN). |
| WWAN_PIN_ACTION_EX2 The WWAN_PIN_ACTION_EX2 structure specifies the PIN action to take for a UICC application. |
| WWAN_PIN_APP The WWAN_PIN_APP structure specifies the target application ID for a UICC application whose PIN is being queried. |
| WWAN_PIN_DESC The WWAN_PIN_DESC structure represents the description or current status for a Personal Identification Number (PIN). |
| WWAN_PIN_INFO The WWAN_PIN_INFO structure represents PIN type and PIN-entry state of Personal Identification Number (PIN) information required by the MB device. |
| WWAN_PIN_LIST The WWAN_PIN_LIST structure represents a list of descriptions of Personal Identification Numbers (PINs). |
| WWAN_PLMN The WWAN_PLMN structure represents a Mobile Country Code (MCC) and Mobile Network Code (MNC). |
| WWAN_PROVIDER The WWAN_PROVIDER structure represents details about a network provider. |
| WWAN_PROVIDER2 The WWAN_PROVIDER2 structure describes the details of a network provider. |
| WWAN_PROVISIONED_CONTEXT_V2 The WWAN_PROVISIONED_CONTEXT_V2 structure represents a provisioned context that is supported by a mobile broadband (MBB) device. |
| WWAN_QUERY_ATR_INFO The WWAN_QUERY_ATR_INFO structure represents the SIM slot ID that is associated with an OID_WWAN_UICC_ATR query request. |
| WWAN_QUERY_READY_INFO The WWAN_QUERY_READY_INFO structure represents the SIM slot ID for OID_WWAN_READY_INFO query requests. |
| WWAN_QUERY_UICC_RESET The WWAN_QUERY_UICC_RESET structure represents the SIM slot ID that is associated with an OID_WWAN_UICC_RESET query request. |
| WWAN_QUERY_UICC_TERMINAL_CAPABILITY The WWAN_QUERY_UICC_TERMINAL_CAPABILITY structure represents the SIM slot ID that is associated with an OID_WWAN_UICC_TERMINAL_CAPABILITY query request. |
| WWAN_RADIO_STATE The WWAN_RADIO_STATE structure represents the hardware-based and software-based radio power states of the MB device. |
| WWAN_READY_INFO The WWAN_READY_INFO structure represents the ready-state of the MB device. |
| WWAN_READY_INFO_REV1 The WWAN_READY_INFO_REV1 structure represents the ready-state of the MB device. |
| WWAN_READY_INFO_REV2_PRE2170 The WWAN_READY_INFO_REV2_PRE2170 structure is the older version of the WWAN_READY_INFO structure, previous to Windows 11. |
| WWAN_REGISTRATION_PARAMS_INFO The WWAN_REGISTRATION_PARAMS_INFO structure represents parameters that an MB device uses during 5G registration requests. |
| WWAN_REGISTRATION_STATE The WWAN_REGISTRATION_STATE structure represents the registration state of the MB device. |
| WWAN_REJECTED_SNSSAI The WWAN_REJECTED_SNSSAI structure contains information about a single Network Slice Selection Assistance Information (S-NSSAI) that was rejected. |
| WWAN_REJECTED_SNSSAI_LIST The WWAN_REJECTED_SNSSAI_LIST structure represents a list of single Network Slice Selection Assistance Information (S-NSSAIs) that are not allowed in the current PLMN or registration area. |
| WWAN_SAR_CONFIG_INDICES The WWAN_SAR_CONFIG_INDICES structure represents a Specific Absorption Rate (SAR) configuration for a mobile broadband (MBB) modem. |
| WWAN_SAR_CONFIG_INFO The WWAN_SAR_CONFIG_INFO structure describes a modem's current Specific Absorption Rate (SAR) configuration information. |
| WWAN_SAR_TRANSMISSION_STATUS_INFO The WWAN_SAR_TRANSMISSION_STATUS_INFO structure describes a mobile broadband (MBB) modem's Specific Absorption Rate (SAR) transmission status. |
| WWAN_SERVICE_ACTIVATION The WWAN_SERVICE_ACTIVATION structure represents a vendor-specific buffer to be associated with service activation. |
| WWAN_SERVICE_ACTIVATION_STATUS The WWAN_SERVICE_ACTIVATION_STATUS structure represents the status of service activation on the MB device. |
| WWAN_SET_CONTEXT The WWAN_SET_CONTEXT structure represents a provisioned context with a network provider identification that is supported by the MB device. |
| WWAN_SET_CONTEXT_STATE The WWAN_SET_CONTEXT_STATE structure represents the command to set the Packet Data Protocol (PDP) context state of the MB device. |
| WWAN_SET_CONTEXT_V2 The WWAN_SET_CONTEXT_V2 structure represents a provisioned context that is supported by a mobile broadband (MBB) device. This structure extends the existing WWAN_SET_CONTEXT structure. |
| WWAN_SET_LTE_ATTACH The WWAN_SET_LTE_ATTACH structure describes default LTE attach contexts a miniport driver should set for the inserted SIM's provider (MCC/MNC pair). |
| WWAN_SET_PROVISIONED_CONTEXT_V2 The WWAN_SET_PROVISIONED_CONTEXT_V2 structure represents a provisioned context that is supported by a mobile broadband (MBB) device. |
| WWAN_SET_REGISTER_STATE The WWAN_SET_REGISTER_STATE structure represents the command to set the MB device's registration mode and the network provider it should register with. |
| WWAN_SET_SAR_CONFIG The WWAN_SET_SAR_CONFIG structure describes Specific Absorption Rate (SAR) information that a mobile broadband (MB) modem should use to set its SAR configuration. |
| WWAN_SET_SAR_TRANSMISSION_STATUS The WWAN_SET_SAR_TRANSMISSION_STATUS structure sets Specific Absorption Rate (SAR) transmission status in a mobile broadband (MBB) modem. |
| WWAN_SET_SIGNAL_INDICATION The WWAN_SET_SIGNAL_INDICATION structure represents the frequency of RSSI interval and RSSI threshold notifications. |
| WWAN_SET_SMS_CONFIGURATION The WWAN_SET_SMS_CONFIGURATION structure represents how MB devices support SMS configuration. |
| WWAN_SET_UICC_RESET The WWAN_SET_UICC_RESET structure represents the passthrough action the MB host specifies for a modem miniport adapter after it resets a UICC smart card. |
| WWAN_SET_UICC_TERMINAL_CAPABILITY The WWAN_SET_UICC_TERMINAL_CAPABILITY structure represents the terminal capabilities of the host and SIM slot ID associated with an OID_WWAN_UICC_TERMINAL_CAPABILITY set request. |
| WWAN_SIGNAL_STATE The WWAN_SIGNAL_STATE structure represents the signal state of the MB device. |
| WWAN_SIGNAL_STATE_EXT The WWAN_SIGNAL_STATE_EXT structure represents an extension to the signal state of the MB device. |
| WWAN_SINGLE_NSSAI The WWAN_SINGLE_NSSAI structure represents a single Network Slice Selection Assistance Information (NSSAI). |
| WWAN_SINGLE_TAI The WWAN_SINGLE_TAI structure represents a single Tracking Area Identity (TAI). |
| WWAN_SLOT_INFO The WWAN_SLOT_INFO structure represents the status of a specific SIM card slot on the modem. |
| WWAN_SMS_CDMA_RECORD The WWAN_SMS_CDMA_RECORD structure represents CDMA-based SMS text message records. |
| WWAN_SMS_CONFIGURATION The WWAN_SMS_CONFIGURATION structure represents the SMS configuration of the MB device. |
| WWAN_SMS_FILTER The WWAN_SMS_FILTER structure represents the filter to apply to SMS messages on the MB device. |
| WWAN_SMS_PDU_RECORD The WWAN_SMS_PDU_RECORD structure represents a PDU-style SMS message record. |
| WWAN_SMS_READ The WWAN_SMS_READ structure represents the format and filter of SMS messages to read. |
| WWAN_SMS_SEND The WWAN_SMS_SEND structure represents an SMS text message to send. |
| WWAN_SMS_SEND_CDMA The WWAN_SMS_SEND_CDMA structure represents a CDMA-based SMS text message to send. |
| WWAN_SMS_SEND_PDU The WWAN_SMS_SEND_PDU structure represents a PDU-style SMS message. |
| WWAN_SMS_STATUS The WWAN_SMS_STATUS structure represents the status of the SMS message store. |
| WWAN_SNSSAI_LIST The WWAN_SNSSAI_LIST structure represents a single Network Slice Selection Assistance Information (S-NSSAI) list. |
| WWAN_SUPPORTED_DEVICE_SERVICES The WWAN_SUPPORTED_DEVICE_SERVICES structure describes information about device services supported by the miniport driver. |
| WWAN_SYS_CAPS_INFO The WWAN_SYS_CAPS_INFO structure represents the modem's system capability. |
| WWAN_TAI_LIST The WWAN_TAI_LIST structure represents a Tracking Area Identity (TAI) list. |
| WWAN_TAI_LIST_MULTI_PLMN The WWAN_TAI_LIST_MULTI_PLMN structure represents a list of Tracking Area Identities (TAIs) that belong to different PLMNs. |
| WWAN_TAI_LIST_SINGLE_PLMN The WWAN_TAI_LIST structure represents a list of Tracking Area Codes (TACs) that belong to a single PLMN. |
| WWAN_TDSCDMA_MRL The WWAN_TDSCDMA_MRL structure represents the measured results list (MRL) of neighboring TDSCDMA cells. |
| WWAN_TDSCDMA_MRL_INFO The WWAN_TDSCDMA_MRL_INFO structure represents information about a neighboring TDSCDMA cell. |
| WWAN_TDSCDMA_SERVING_CELL_INFO The WWAN_TDSCDMA_SERVING_CELL_INFO structure represents information about the TDSCDMA serving cell. |
| WWAN_TLV_IE WWAN_TLV_IE is a variable-sized data structure for exchanging a wide range of information between a WWAN host and a device. |
| WWAN_UE_POLICY_INFO The WWAN_UE_POLICY_INFO structure represents the UE policy information of the MB device. |
| WWAN_UICC_ACCESS_BINARY The WWAN_UICC_ACCESS_BINARY structure describes information about a UICC binary file to read or to which to write. |
| WWAN_UICC_ACCESS_RECORD The WWAN_UICC_ACCESS_RECORD structure describes information about a UICC linear fixed or cyclic file to read or to which to write. |
| WWAN_UICC_APP_INFO The WWAN_UICC_APP_INFO structure describes information about a UICC application. |
| WWAN_UICC_APP_LIST The WWAN_UICC_APP_LIST structure describes a list of applications in a UICC and information about them. |
| WWAN_UICC_FILE_PATH The WWAN_UICC_FILE_PATH structure describes file path information about a UICC file. |
| WWAN_UICC_FILE_STATUS The WWAN_UICC_FILE_STATUS structure describes the status of a UICC file. |
| WWAN_UICC_RESET_INFO The WWAN_UICC_RESET_INFO structure represents the passthrough status of a modem miniport adapter for a UICC smart card. |
| WWAN_UICC_RESPONSE The WWAN_UICC_RESPONSE structure describes a UICC response to a file read or write operation. |
| WWAN_UICC_TERMINAL_CAPABILITY_INFO The WWAN_UICC_TERMINAL_CAPABILITY_INFO structure represents information about the terminal capabilities of the host. |
| WWAN_UMTS_MRL The WWAN_UMTS_MRL structure contains the measured results list (MRL) of neighboring UMTS cells. |
| WWAN_UMTS_MRL_INFO The WWAN_UMTS_MRL_INFO structure represents information about a neighboring UMTS cell. |
| WWAN_UMTS_SERVING_CELL_INFO The WWAN_UMTS_SERVING_CELL_INFO structure represents information about the UMTS serving cell. |
| WWAN_USSD_EVENT The WWAN_USSD_REQUEST structure describes an Unstructured Supplementary Service Data (USSD) event. |
| WWAN_USSD_REQUEST The WWAN_USSD_REQUEST structure describes an Unstructured Supplementary Service Data (USSD) request. |
| WWAN_USSD_STRING The WWAN_USSD_STRING structure describes an Unstructured Supplementary Service Data (USSD) string. |
| WWAN_VENDOR_SPECIFIC The WWAN_VENDOR_SPECIFIC structure represents vendor-specific data. |