CeLog Event Tracking Structures (Compact 2013)

3/28/2014

This section contains descriptions of the CeLog Event Tracking structures.

The following tables show the CeLog Event Tracking structures common to all platforms with a description of the purpose of each.

Programming element	Description
CEL_BOOT_TIME	This structure contains information about events in the startup sequence.
CEL_CALLCAP_ENTER	This structure signals the entry to a function during instrumented profiling.
CEL_CALLCAP_EXIT	This structure signals the exit to a function during instrumented profiling.
CEL_CAP_OVERHEAD	This structure signals the start or end of a series of calls to profiler instrumentation.
CEL_CRITSEC_DELETE	This structure logs the event that occurs when a thread deletes a critical section.
CEL_CRITSEC_ENTER	This structure logs the event that occurs when a thread is blocked by entering a critical section currently owned by another thread.
CEL_CRITSEC_INIT	This structure logs the event that occurs when a thread initializes a critical section.
CEL_CRITSEC_LEAVE	This structure logs the event that occurs when a thread leaves a critical section that is being waited on by another thread.
CEL_DATA_LOSS	This structure is passed periodically, to provide a counter of data that has been lost.
CEL_DEBUG_MSG	This structure is logged when a debug message is printed.
CEL_EVENT_CLOSE	This structure is passed when an event handle is closed with CloseHandle.
CEL_EVENT_CREATE	This structure is passed when an event is created or opened with CreateEvent.
CEL_EVENT_DELETE	This structure is passed when an event is deleted from memory.
CEL_EVENT_PULSE	This structure is passed when an event is pulsed with PulseEvent.
CEL_EVENT_RESET	This structure is passed when an event is reset with ResetEvent.
CEL_EVENT_SET	This structure is passed when an event is set with SetEvent.
CEL_EXTRA_MODULE_INFO	This structure stores additional information about a module.
CEL_EXTRA_PROCESS_INFO	This structure stores additional information about a process.
CEL_FASTCAP_ENTER	This structure signals a call out to a function during instrumented kernel profiling.
CEL_FASTCAP_EXIT	This structure signals a call back to a function during instrumented kernel profiling.
CEL_HEADER	Deprecated. This structure precedes every logged event that is sent out through the logging mechanism.
CEL_HEADER_V3	This structure precedes every logged event that is sent out through the logging mechanism.
CEL_HEAP_ALLOC	This structure identifies a heap allocation made by a thread with HeapAlloc.
CEL_HEAP_CREATE	This structure identifies the memory heap that was created with HeapCreate.
CEL_HEAP_DESTROY	This structure identifies a heap that has been destroyed and its memory returned to the system.
CEL_HEAP_FREE	This structure identifies heap memory that has been freed.
CEL_HEAP_REALLOC	This structure identifies a memory pointer that has been reallocated in a heap.
CEL_INT_DATA	This structure identifies an interrupt entry or exit event.
CEL_INTERRUPTS	This structure is used to log a list of interrupts.
CEL_LOG_MARKER	Deprecated. This structure indicates the frequency of the clock used on the device.
CEL_LOG_MARKER_V3	This structure indicates the frequency of the clock used on the device.
CEL_MAPFILE_CREATE	This structure logs the creation of a memory-mapped file. This event is logged when an application uses CreateFileMapping to create the first reference to a file-mapping object.
CEL_MAPFILE_DESTROY	This structure is logged when a file-mapping object is destroyed when CloseHandle closes the last reference to the mapping handle.
CEL_MAPFILE_FLUSH	This structure is logged when a mapped view of a file is flushed by FlushViewOfFile.
CEL_MAPFILE_VIEW_CLOSE	This structure is logged when UnmapViewOfFile unmaps a view of a file from the address space of a process.
CEL_MAPFILE_VIEW_OPEN	This structure is logged when MapViewOfFile maps a view of a file into the address space of a process
CEL_MAPFLUSH_TYPE	This enumeration specifies flags that can be set in the wFlushFlags field of the CELID_MAPFILE_FLUSH event.
CEL_MEMTRACK_BASELINE	This structure is used with the CELID_MEMTRACK_BASELINE event.
CEL_MODULE_FREE	This structure identifies a module that was loaded.
CEL_MODULE_LOAD	This structure identifies a module that was loaded.
CEL_MODULE_REFERENCES	This structure stores a list of process reference counts for a module.
CEL_MUTEX_CLOSE	This structure specifies that a mutex handle has been closed with CloseHandle.
CEL_MUTEX_CREATE	This structure specifies that a mutex has been created.
CEL_MUTEX_DELETE	This structure specifies that a mutex has been deleted from memory.
CEL_MUTEX_RELEASE	This structure identifies a mutex that has been released.
CEL_PROCESS_CLOSE	This structure identifies a process handle that has been closed using CloseHandle.
CEL_PROCESS_CREATE	This structure identifies a new process that has been created with CreateProcess.
CEL_PROCESS_DELETE	This structure identifies a process that has been deleted from memory.
CEL_PROCESS_REFCOUNT	This structure stores information about process reference counts.
CEL_PROCESS_TERMINATE	This structure identifies a process that has terminated.
CEL_PROFILER_MARK	This structure
CEL_SEM_CLOSE	This structure identifies a semaphore that has been closed by a thread using CloseHandle.
CEL_SEM_CREATE	This structure is used to identify a semaphore that was created or opened with CreateSemaphore.
CEL_SEM_DELETE	This structure identifies a semaphore that has been deleted from memory.
CEL_SEM_RELEASE	This structure identifies a semaphore that has been released by a thread.
CEL_SLEEP	This structure is used to identify a thread that has called Sleep.
CEL_SYSTEM_INVERT	This structure identifies the occurrence of priority inheritance in response to a priority inversion condition.
CEL_SYSTEM_PAGE	This structure identifies that a page fault occurred in the system.
CEL_SYSTEM_TLB	This structure is used to log the number of translation look-aside buffer (TLB) misses that have occurred.
CEL_THREAD_CLOSE	This structure specifies a thread handle that has closed using CloseHandle.
CEL_THREAD_CREATE	This structure identifies a thread that as been created.
CEL_THREAD_DELETE	This structure specifies a thread that has been deleted from memory.
CEL_THREAD_MIGRATE	This structure identifies a thread that has crossed a process boundary.
CEL_THREAD_PRIORITY	This structure indicates that the priority of a thread has been changed using SetThreadPriority.
CEL_THREAD_QUANTUM	This structure indicates that the quantum of a thread has been changed using CeSetThreadQuantum.
CEL_THREAD_RESUME	This structure indicates that a thread has been resumed using ResumeThread.
CEL_THREAD_SUSPEND	This structure indicates that a thread has been suspended using SuspendThread.
CEL_THREAD_SWITCH	This structure identifies a thread that has been scheduled to run.
CEL_THREAD_TERMINATE	This structure specifies a thread that has terminated.
CEL_VIRTUAL_ALLOC	This structure is used to identify a memory allocation made by VirtualAlloc.
CEL_VIRTUAL_COPY	This structure identifies the thread that makes a call to VirtualCopy.
CEL_VIRTUAL_FREE	This structure specifies that a virtual memory allocation has been freed with VirtualFree.
CEL_WAIT_MULTI	This structure is used when WaitForMultipleObjects, MsgWaitForMultipleObjects, or WaitForSingleObject is called.
MAPHEADER	This structures stores header information on a shared memory buffer.

See Also

Reference

CeLog Event Tracking Reference
CeLog Event Identifiers
CeLog Zones