MsSna_ConnectionSdlc Class
A type of SNA connection that uses SDLC protocol over dial-up or leased lines.
The following syntax is simplified from MOF code.
Syntax
class MsSna_ConnectionSdlc : MsSna_Connection
{
String DialData;
sint16 SdlcEncoding;
sint16 SdlcDuplex;
String SdlcPollAddress;
boolean SdlcLeasedLine;
sint16 SdlcDataRate;
sint16 SdlcContactLimit;
sint16 SdlcContactTO;
sint16 SdlcIdleLimit;
sint16 SdlcIdleTO;
boolean SdlcMultiPrimary;
sint16 SdlcPollLimit;
sint16 SdlcPollTO;
sint16 SdlcPollRate;
boolean SdlcStandby;
sint16 SdlcSwitchTO;
sint32 MaxBtu;
};
Parameters
DialData
Data Type: String Qualifiers: MAXLEN(40) The dial data for connections which use a switched line and the phone number is not stored in the modem.
SdlcEncoding
Data Type: sint16 Access Type: Read/Write
The encoding scheme (NRZ or NRZI) for the modem to use. The following table describes the possible values for 3dlcEncoding.
Value | Description |
---|---|
0 | NRZ |
1 | NRZI |
SdlcEncoding must match the remote modem.
SdlcDuplex
Data Type: sint16 Access Type: Read/Write
The duplex setting of the modem. The following table describes the possible values for SdlcDuplex.
Value | Description |
---|---|
0 | Half |
1 | Full |
SdlcPollAddress
Data Type: String Qualifiers: MAXLEN(2) Access Type: Read/Write
A 2-digit hexadecimal number describing the poll address. Contact the administrator of the remote system to determine the appropriate value.
SdlcLeasedLine
Data Type: Boolean Access Type: Read-Only
The value depends on the Link service.
SdlcDataRate
Data Type: sint16 Access Type: Read/Write
The data rate for transmissions between the communications adapter and the modem. The following table describes the possible values for SdlcDataRate.
Value | Description |
---|---|
0 | Low |
1 | High |
SdlcContactLimit
Data Type: String Qualifiers: MINVALUE(1), MAXVALUE(20) Access Type: Read/Write
The maximum number of times the link service resends an XID or SNRM before declaring an outage to Host Integration Server.
SdlcContactTO
Data Type: String Qualifiers: MINVALUE(5), MAXVALUE(300) Access Type: Read/Write
The length of time, in tenths of a second, which the SDLC link service waits for an XID or SNRM response before resending the XID or SNRM.
SdlcIdleLimit
Data Type: sint16 Qualifiers: MINVALUE(1), MAXVALUE(255) Access Type: Read/Write
The number of times for the local system to try to send data to the remote system if there is no response.
SdlcIdleTO
Data Type: sint16 Access Type: MINVALUE(1), MAXVALUE(300)
The length of time, in tenths of a second, for the local system to wait for a response to a transmission before trying again.
SdlcMultiPrimary
Data Type: Boolean Access Type: Read/Write
true to indicate this is a leased SDLC line to downstream systems, and this server will be the primary station for a multidrop connection; otherwise, false.
SdlcPollLimit
Data Type: sint16 Qualifiers: MINVALUE(1), MAXVALUE(255) Access Type: Read/Write
The number of times for the local system to poll the remote system, if there is no response.
SdlcPollTO
Data Type: sint16 Qualifiers: MINVALUE(1), MAXVALUE(300) Access Type: Read/Write
The length of time, in tenths of a second, for the local system to wait for a response to a poll before trying again.
SdlcPollRate
Data Type: sint16 Qualifiers: MINVALUE(1), MAXVALUE(50) Access Type: Read/Write
The poll rate, in polls per second. Valid only if the remote system is a peer or downstream system.
SdlcStandby
Data Type: Boolean Access Type: Read/Write
true to set the Standby line to of a modem; otherwise, false.
SdlcSwitchTO
Data Type: sint16 Qualifiers: MINVALUE(10), MAXVALUE(500) Access Type: Read/Write
The number of seconds that are allowed for the user or modem to dial and make a connection to the remote computer.
MaxBtu
Data Type: sint32 Qualifiers: MINVALUE(265), MAXVALUE(16393) Access Type: Read/Write
The Maximum Basic Transmission Unit (BTU) length.
Requirements
Platforms: Windows Server 2022, Windows Server 2019, Windows Server 2016, Windows 11, and Windows 10
See Also
WMISNA WMI Provider Classes
Administration and Management Programmer's Guide