The following info items are found on the Process Performance page of the CygNet Service Information dialog box.
| Info Item | Nice Name | Description | SVCMON UDC | Point Type |
|---|---|---|---|---|
|
CPU_CYCLES |
CPU Cycles |
The numberof CPU cycles. |
SVMCPUCYC |
AI |
|
CPU_TIME |
CPU Time |
The number of seconds the service has spent executing code. Using a Service Monitor rate point per second can provide a more accurate CPU percent usage when using long sample times compared to PRCNT_CPU_TIME and PRCNT_CPU_TIME_RAW. |
SVMCPUT |
AI |
|
DBS_FILE_CACHE_ACTVE |
DBS file cache active |
The number of megabytes consumed by the DBS service for the purpose of its data cache. Note: This info item is displayed on both the Process Performance page and the Service Specific (DBS) page. |
SVMDBSCASH |
AI |
|
DOM_CREATE_CNT |
XML Dom Doc Created |
The number of XML documents created over the lifetime of the service. |
SVMDOMCRTC |
AI |
|
DOM_DOC_CNT |
XML Dom Doc Count |
The number of XML documents that currently exist. This is the "generic" version of UIS_DOM_DOC_CNT. |
SVMDOMDOCS |
AI |
|
HANDLE_CNT |
Handles |
The number of handles for a service. |
SVMHNDCNT |
AI |
|
IO_READ_BYTES |
I/O Read bytes |
The number of IO bytes read by this process. |
SVMIOREADB |
AI |
|
IO_READS |
I/O Read count |
The number of IO reads by this process. |
SVMIOREAD |
AI |
|
IO_WRITE_BYTES |
I/O Write bytes |
The number of IO bytes written by this process |
SVMIOWRITB |
AI |
|
IO_WRITES |
I/O Write count |
The number of IO writes by this process. |
SVMIOWRITE |
AI |
|
KERNEL_TIME |
Kernel Time |
The number of seconds the service has been executing code in kernel mode. |
SVMKTIME |
AI |
|
MSG_COMPRESSOR_ALLOC |
Msg compressor alloc cnt |
The number of times CygNet had to ask the operating system for memory. This should be static after startup. |
- |
AI |
|
MSG_COMPRESSOR_BYTES |
Msg compressor memory |
The number of bytes currently allocated solely for the purpose of compression and decompression. This should be static after startup. |
- |
AI |
|
PAGE_FAULTS |
Page Fault count |
The number of page faults for this service. |
SVMPGFAULT |
AI |
|
PGFL_BYTES |
Page File Usage |
The service's page file usage in bytes (will almost always match PRIVATE_BYTES). |
SVMPGFILE |
AI |
|
Service % CPU Usage |
The average percent of CPU time dedicated to the service. Valid range 0% to 100%. |
SVMPCTCPUT |
AI |
|
|
PRCNT_CPU_TIME_RAW |
Service % CPU Usage Raw |
The average percent of CPU time dedicated to service. Value is unscaled, so on a machine with four CPUs, the value can be within the range of 0% to 400%. |
- |
AI |
|
PRIVATE_BYTES |
Private Memory Usage |
The service's private memory usage in bytes. |
SVMPRIV |
AI |
|
PROC_NON_PAGED_BYTES |
Non-paged pool bytes |
The service's non-paged pool usage in bytes. |
SVMNPGPOOL |
AI |
|
PROC_PAGED_BYTES |
Paged pool bytes |
The service's paged pool usage in bytes. |
SVMPGPOOL |
AI |
|
THREAD_CNT |
Threads |
The service's thread count. |
SVMTHDCNT |
AI |
|
UNEXPECTED_THRD_EXIT |
Unexpected thread exists |
The number of threads that have unexpectedly exited, which means the work that was being accomplished by that thread won’t be anymore, so the service should probably be restarted. |
SVMTHDEXIT |
AI |
|
UNKNOWN_EXCEPT_CNT |
Unknown Exception count |
A count of all EXCEPTION(U)’s that have been logged. Usually EXCEPTION(U)’s are indicative of a fatal error that means the service should be restarted. |
SVMUNKXCPT |
AI |
|
USER_TIME |
User Time |
The number of seconds the service has spent executing code in user mode. |
SVMUTIME |
AI |
|
VHS_FILE_CACHE_ACTVE |
VHS File Cache Active |
The current VHS file cache in megabytes. See VHS Database Page Cache. Note: This info item is displayed on both the Process Performance page and the Service Specific (VHS) page. |
SVMVHSCASH |
AI |
|
VIRT_BYTES |
Virtual Memory Usage |
The service's virtual memory usage in bytes. |
SVMVIRT |
AI |
|
VIRT_BYTES_ACTUAL |
Virtual Memory Usage CFG |
The service's virtual memory usage with CFG enabled in bytes. Note: CygNet is compiled with Microsoft’s Control Flow Guard (CFG) security feature, an exploit mitigation mechanism at the operating system level. This feature is only active on operating systems that support it: Windows 8.1, Windows Server 2012 R2, Windows 10, and Windows Server 2016, and later. |
SVMVIRTACT |
AI |
|
VIRT_BYTES_AVAIL |
Virtual Memory Avail |
The number of available virtual address bytes. (VIRT_BYTES_TOTAL - VIRT_BYTES). When this statistic approaches 0, the operating system will often kill the process. |
SVMVIRTPA |
AI |
|
VIRT_BYTES_TOTAL |
Virtual Memory Limit |
The service's total virtual address space in bytes. Typically 2 GB; 4 GB on a 64-bit operating system. |
SVMVIRTPT |
AI |
|
WRK_SET |
Working Set Usage |
The service's working set in bytes. This counts the actual amount of physical memory used by the service. |
SVMWRKSET |
AI |
|
|
|
