|
Counter |
Description |
Details |
|
Total Processor Time |
The % Processor Time counter measures the percentage of elapsed time that the processor spends to execute a non-Idle thread |
Object: Processor
Counter: %Processor Time
Instance: _Total |
|
Processor Privileged Time |
Use the % Privileged Time counter to measure the percentage of elapsed time that the process threads spent executing code in Privileged mode |
Object: Processor
Counter: %Privileged Time
Instance: _Total |
|
Processor User Time |
Use the % User Time counter to measure the percentage of elapsed time the processor spends in User mode. |
Object: Processor
Counter: % User Time
Instance: _Total |
|
Excessive Processor Usage |
It is calculated by monitoring the time that the service is inactive, and subtracting that value from 100% |
Object: processor
Counter: % Processor Time
Instance: _Total |
|
Process – W3WP Processor Time |
Measures the % of elapsed time that all process threads use the processor |
Object: Process
Counter: %Processor Time
Instance: w3wp |
|
Processor Queue Length |
If the threshold of this rule is exceeded, it indicates that the processor is not fast enough. |
Object: System
Counter: Processor Queue Length |
|
Page Faults per second |
Use the counter Page Faults/sec to measure the average number of pages faulted per second |
Object: Memory
Counter: Page Faults/sec |
|
Available Disk Space |
Use the % Free Space counter to calculate the percentage of total usable space |
Object: LogicalDisk
Counter: % Free Space
_total |
|
Disk Request Write Size |
Uses the Disk Write Bytes/sec counter to measure the rate at which bytes are transferred to the disk during write operations |
Object: PhysicalDisk
Counter: Disk Write Bytes/sec
Instance: _Total |
|
Disk Request Write Count |
Measures the rate of write operations on the disk |
Object: PhysicalDisk
Counter: Disk Writes/sec
Instance: _Total |
|
Disk Usage - Disk Time |
Use the % Disk Time counter to calculate the percentage of elapsed time that the selected disk drive was busy servicing read or write requests |
Object: PhysicalDisk
Counter: %Disk Time
Instance: _Total |
|
Disk Block Read Size |
Avg. Disk Bytes/Read counter to measure the average number of bytes transferred from the disk during read operations |
Object: PhysicalDisk
Counter: Avg. Disk Bytes/Read
Instance: _Total |
|
Disk Request Read Size |
Measures the rate at which bytes are transferred from the disk during read operations via Disk Read Bytes/sec |
Object: PhysicalDisk
Counter: Disk Read Bytes/sec
Instance: _Total |
|
Disk Request Read Count |
Measures the rate of read operations from the disk |
Object: PhysicalDisk
Counter: Disk Reads/sec
Instance: _Total |
|
Web Service Bytes Sent/sec |
Measures the rate at which data bytes are being sent by the Web service |
Object: Web Service
Counter: Bytes Sent/sec
Instance: _Total |
|
Web Service Current Connections |
Monitors current IIS connections |
Object: Web Service
Counter: Current Connections
Instance: _Total (or per Web app) |
|
Web Service |
Use the Total Method Requests/sec counter to measure the rate at which HTTP requests are received |
Object: Web Service
Counter: Total method Requests/sec
Instance: _Total (or specific Web apps) |
|
Web Service Bytes Received/sec |
Counter to measure the rate at which data bytes are received by the Web service |
Object: Web Service
Counter: Bytes Received/sec
Instance: _Total (or per Web app) |
|
Web Service Connection Attempts |
Measures the rate at which connections to the Web service are being attempted |
Object: Web Service
Counter: Connection Attempts/sec
Instance: _Total |
|
W3WP Private Bytes |
Measures the current size, in bytes, of memory that this process has allocated and that cannot be shared with other processes |
Object: Process
Counter: Private Bytes
Instance: w3wp |
|
W3WP Working Set |
The Working Set is the set of memory pages recently touched by the threads in the process |
Object: Process
Counter: Working Set
Instance: w3wp |
|
Committed Memory in use |
Use the % Committed Bytes In Use counter to measure the ratio of the Memory\Committed Bytes counter to the Memory\Commit Limit counter |
Object: Memory
Counter: % Committed Bytes In Use |
|
Available Memory |
Available MBytes counter to measure the amount of physical memory in MB immediately available for allocation to a process or for system use |
Object: Memory
Counter: Available MBytes |
|
Memory Cache Bytes |
Shows the sum of the Memory\System Cache Resident Bytes, Memory\System Driver Resident Bytes, Memory\System Code Resident Bytes, and Memory\Pool Paged Resident Bytes |
Object: Memory
Counter: Cache Bytes |
|
.NET CLR Memory – Bytes |
Uses the # Bytes in all Heaps counter to sum the following four other counters: Gen 0 Heap Size; Gen 1 Heap Size; Gen 2 Heap Size, and Large Object Heap Size |
Object: .NET CLR Memory
Counter: # Bytes in all Heaps
Instance: _Global |
|
.Net CLR Data-SQL client Failed connections |
Use the SqlClient: Total # failed connects counter to count the total number of connection open attempts that have failed |
Object: .NET CLR Data
Counter: SqlClient
Instance: Total # of failed attempts |
|
.Net CLR Data-SQL client connections |
Current number of active SQL connections |
Object: .NET CLR Data
Counter: SqlClient
Instance: Current # pooled and nonpooled connections |
|
.Net CLR memory – large Objects |
Displays the current size of the Large Object Heap in bytes. Objects greater than 20 KB are treated as large objects by the Garbage Collector and are directly allocated in a special heap |
Object: .NET CLR Memory
Counter: Large Object Heap size
Instance: _Global |
|
Succeeded Search Queries |
Use the Queries Succeeded counter to count the number of queries that produce successful searches |
Object: SharePoint Search Indexer Catalogs
Counter: Queries Succeeded
Instance: Search |
|
Search Query Rate |
Monitors Query Rate |
Object: SharePoint Search Indexer Catalogs
Counter: Queries
Instance: Search |
|
Search – total # of Documents |
Counts the total number of documents in the Index |
Object: Indexing Service
Counter: Total # of documents |
|
Cache Faults per Second |
Cache activity is a reliable indicator of most application I/O operations. |
Object: Memory
Counter: Cache Faults/sec |
|
ASP.NET Requests per Second |
Counts the number of requests per second |
Object: ASP.NET Apps v2.0.50727
Counter: Requests/Sec
Instance: _Total |
|
ASP.NET Cache – Hit ratio |
Cache Total Hit Ratio counter to sum the ASP.NET application performance counters |
Object: ASP.NET Applications
Counter: Cache Total Hit Ratio
Instance: _Total |
|
ASP.NET Cache Size |
count the total number of entries within the cache (both internal and user added |
Object: ASP.NET Applications
Counter: Cache Total Entries
Instance: _Total |
|
Memory – pages per second |
Measures the rate at which pages are read from or written to disk to resolve hard page faults |
Object: Memory
Counter: Pages/sec |
|
ASP.NET Worker Process Restart |
Measures Worker Process Restarts |
Object: ASP.NET
Counter: Worker Process Restarts |
|
Paging File |
Measures the percentage of the Page File instance in use |
Object: Paging File
Counter: %Usage
Instance: _Total |
|
W3WP Handle Count |
This number is equal to the sum of the handles currently open by each thread in this process |
Object: Process
Counter: Handle Count
Instance: w3wp |
|
Publishing Object Cache |
Counts the current number of pools that are associated with the process |
Object: SharePoint Publishing Cache
Counter: Publishing cache hits/sec |
|
Total number of ISAPI Connections |
Counts the number of ISAPI connections that Windows SharePoint Services is processing simultaneously. |
Object: Web Service
Counter: Current ISAPI Extension Requests
Instance: _Total |
|
Total number of ISAPI Requests |
Number of ISAPI Requests per second |
Object: Web Service
Counter: ISAPI Extension Request/sec
Instance: _Total |
|
Excessive CPU Utilization |
Use the % Processor Time counter to calculate the percentage of the elapsed time of all of the process threads used by the processor to execute instructions |
Object: Process
Counter: %Processor Time
Instance: _Total |