this is a library I wrote to receive performance informations about system and processes. The main function works as a timer, notifying a the provided window with the address of an object containing all the data. It's Unicode version, X64 compatible.
This is the code:
Code: Select all
; ----------------------------------------------------------------------------------------------------------------------
; Name .........: SysProcInfo library
; Description ..: System and process performance information library.
; AHK Version ..: AHK_L 1.1.13.01 x32/64 Unicode
; Author .......: Cyruz (http://ciroprincipe.info) - Thanks to Sean & Laszlo.
; License ......: WTFPL - http://www.wtfpl.net/txt/copying/
; Changelog ....: Jan. 12, 2014 - v0.1 - First revision.
; ----------------------------------------------------------------------------------------------------------------------
; ----------------------------------------------------------------------------------------------------------------------
; Function .....: SysProcInfo_ToggleTimer
; Description ..: Sets itself as a timer and periodically call the library functions, returning the results as object.
; Parameters ...: aParams* is a variadic required to work with timers. Allowed parameters, to be passed in the following
; ..............: strict sequential order, are:
; ..............: ACTION - Timer verb, can be "START" or "STOP". If "STOP" avoid the next parameters.
; ..............: MODE - Requested info. Can be 1 for system, 2 for processes, 3 for both.
; ..............: HWND - Handle of the window that will be notified.
; ..............: MSG - Message that will be sent to the window to be notified.
; ..............: TIME - Timer timeout.
; ..............: ARRPID - Array of PID of the processes we need info. Required only if MODE = 2 or = 3.
; Return .......: Nonzero on success, zero on error.
; ..............: -1 if the function is not called following the START -> STOP order convention.
; ..............: -2 if the wrong number of parameters is passed.
; ..............: -3 if the timer verb is different from "START" or "STOP".
; How to call ..: The function can be called in two ways, to start and stop the timer:
; ..............: 1. SysProcInfo_ToggleTimer("START", MODE, HWND, MSG, TIME, ARRPID)
; ..............: 2. SysProcInfo_ToggleTimer("STOP")
; How to use ...: Write a function to monitor MSG and receive notifications. The notification will be sent with the
; ..............: following value of wParam/lParam:
; ..............: wParam - 0
; ..............: lParam - Object address, use "obj := Object(lParam)" to get a reference to the object.
; Remarks ......: The object structure is:
; ..............: obj.SystemData - Object containing system performance information.
; ..............: obj.SystemData.SystemTimes - Percentage of total CPU Load.
; ..............: obj.SystemData.MemoryLoad - Percentage of physical memory in use.
; ..............: obj.SystemData.CommitTotal - Number of pages currently committed by the system.
; ..............: obj.SystemData.CommitLimit - Max number of pages that can be committed by the system.
; ..............: obj.SystemData.CommitPeak - Max number of pages committed since last reboot.
; ..............: obj.SystemData.PhysicalTotal - The amount of actual physical memory, in pages.
; ..............: obj.SystemData.PhysicalAvailable - The amount of available physical memory, in pages.
; ..............: obj.SystemData.PhysicalUsed - The amount of used physical memory, in pages.
; ..............: obj.SystemData.SystemCache - The amount of system cache memory, in pages.
; ..............: obj.SystemData.KernelTotal - Memory in paged and nonpaged kernel pools, in pages.
; ..............: obj.SystemData.KernelPaged - Memory currently in the paged kernel pool, in pages.
; ..............: obj.SystemData.KernelNonpaged - Memory currently in the nonpaged kernel pool, in pages.
; ..............: obj.SystemData.PageSize - The size of a page, in bytes.
; ..............: obj.SystemData.HandleCount - The current number of open handles.
; ..............: obj.SystemData.ProcessCount - The current number of processes.
; ..............: obj.SystemData.ThreadCount - The current number of threads.
; ..............: obj.ProcData[] - Array of objects containing processes performance info.
; ..............: obj.ProcData[].Pid - Process identifier.
; ..............: obj.ProcData[].ProcessTimes - Process CPU Load Time.
; ..............: obj.ProcData[].PageFaultCount - The number of page faults.
; ..............: obj.ProcData[].PeakWorkingSetSize - The peak working set size, in bytes.
; ..............: obj.ProcData[].WorkingSetSize - The current working set size, in bytes.
; ..............: obj.ProcData[].QuotaPeakPagedPoolUsage - The peak paged pool usage, in bytes.
; ..............: obj.ProcData[].QuotaPagedPoolUsage - The current paged pool usage, in bytes.
; ..............: obj.ProcData[].QuotaPeakNonPagedPoolUsage - The peak nonpaged pool usage, in bytes.
; ..............: obj.ProcData[].QuotaNonPagedPoolUsage - The current nonpaged pool usage, in bytes.
; ..............: obj.ProcData[].PagefileUsage - The Commit Charge value in bytes for this process.
; ..............: obj.ProcData[].PeakPagefileUsage - The peak value in bytes of the process Commit Charge.
; ..............: obj.ProcData[].ReadOperationCount - The number of read operations performed.
; ..............: obj.ProcData[].WriteOperationCount - The number of write operations performed.
; ..............: obj.ProcData[].OtherOperationCount - The number of I/O operations performed (no read/write).
; ..............: obj.ProcData[].ReadTransferCount - The number of bytes read.
; ..............: obj.ProcData[].WriteTransferCount - The number of bytes written.
; ..............: obj.ProcData[].OtherTransferCount - The number of bytes transferred (no read/write).
; ..............: obj.ProcData[].CycleTime - Sum of the cycle time of all threads of the process.
; ..............: obj.ProcData[].HandleCount - Number of open handles that belong to the process.
; ..............: obj.ProcData[].GdiHandles - Number of GDI handles that belong to the process.
; ..............: obj.ProcData[].UserHandles - Number of USER handles that belong to the process.
; ..............: obj.ProcData[].PriorityClass - Priority class for the process.
; ----------------------------------------------------------------------------------------------------------------------
SysProcInfo_ToggleTimer(aParams*) {
Static B_RUNNING, B_FIRSTRUN, N_MODE, H_WND, N_MESSAGE, N_TIME, A_PIDS, A_PROCS, OBJ_INFO, P_TIMER
If ( aParams[1] == "START" ) { ; Called by the user.
If ( B_RUNNING )
Return -1
If ( aParams[2] < 1 || aParams[2] > 3 )
|| ( aParams[2] == 1 && aParams.MaxIndex() != 5 )
|| ( aParams[2] > 1 && aParams.MaxIndex() != 6 )
|| ( aParams[2] > 1 && !isObject(aParams[6]) )
Return -2
; Parameters parsing.
N_MODE := aParams[2], H_WND := aParams[3], N_MESSAGE := aParams[4], N_TIME := aParams[5], A_PIDS := aParams[6]
B_RUNNING := 1, B_FIRSTRUN := 1, A_PROCS := Object(), OBJ_INFO := Object()
Loop % A_PIDS.MaxIndex()
A_PROCS[A_Index] := DllCall( "OpenProcess", UInt,0x0400|0x0010, Int,0, UInt,A_PIDS[A_Index] )
Return P_TIMER := DllCall( "SetTimer", Ptr,0, UInt,0, UInt,N_TIME, Ptr,RegisterCallback(A_ThisFunc) )
}
Else If ( aParams[1] == "STOP" ) { ; Called by the user.
If ( !B_RUNNING )
Return -1
If ( aParams.MaxIndex() > 1 )
Return -2
Loop % A_PROCS.MaxIndex()
DllCall( "CloseHandle", Ptr,A_PROCS[A_Index] )
B_RUNNING := 0
A_PIDS := "", A_PROCS := "", OBJ_INFO := "" ; Release objects.
Return DllCall( "KillTimer", Ptr,0, Ptr,P_TIMER )
}
Else { ; Called by the timer.
If aParams[1] is not xdigit ; Return an error if the first parameter is not a hwnd.
Return -3
f := A_FormatInteger
SetFormat, Float, 6.2
If ( N_MODE == 1 || N_MODE == 3 ) {
OBJ_INFO.SystemData := SysProcInfo_GetSystemMemoryStatus()
OBJ_INFO.SystemData.SystemTimes := SysProcInfo_GetSystemTimes()
}
If ( N_MODE == 2 || N_MODE == 3 ) {
(B_FIRSTRUN) ? OBJ_INFO.ProcData := Object()
Loop % A_PROCS.MaxIndex()
{
If ( B_FIRSTRUN )
nOldKernTime := 0
, nOldUserTime := 0
Else
nOldKernTime := OBJ_INFO.ProcData[A_Index].OldKernTime
, nOldUserTime := OBJ_INFO.ProcData[A_Index].OldUserTime
OBJ_INFO.ProcData[A_Index] := SysProcInfo_GetProcessMemoryInfo(A_PROCS[A_Index])
OBJ_INFO.ProcData[A_Index].Pid := A_PIDS[A_Index]
OBJ_INFO.ProcData[A_Index].ProcessTimes := SysProcInfo_GetProcessTimes( A_PROCS[A_Index], nOldKernTime
, nOldUserTime )
OBJ_INFO.ProcData[A_Index].OldKernTime := nOldKernTime ; Needed because of ByRef limitations.
OBJ_INFO.ProcData[A_Index].OldUserTime := nOldUserTime ; Needed because of ByRef limitations.
}
}
SetFormat, Integer, %f%
(B_FIRSTRUN) ? B_FIRSTRUN := 0
: DllCall( "SendNotifyMessage", Ptr,H_WND, UInt,N_MESSAGE, Ptr,0, Ptr,Object(OBJ_INFO) )
}
}
; ----------------------------------------------------------------------------------------------------------------------
; Function .....: SysProcInfo_GetSystemTimes
; Description ..: Returns the percentage of the total CPU Load. Call it repeateadly for consistent results.
; Thanks .......: Sean and Laszlo: http://www.autohotkey.com/community/viewtopic.php?t=18913
; ----------------------------------------------------------------------------------------------------------------------
SysProcInfo_GetSystemTimes() {
Static nOldIdleTime, nOldKernTime, nOldUserTime, nNewIdleTime, nNewKernTime, nNewUserTime
nOldIdleTime := nNewIdleTime, nOldKernTime := nNewKernTime, nOldUserTime := nNewUserTime
DllCall( "GetSystemTimes", Int64P,nNewIdleTime, Int64P,nNewKernTime, Int64P,nNewUserTime )
Return (1 - (nNewIdleTime-nOldIdleTime)/(nNewKernTime-nOldKernTime + nNewUserTime-nOldUserTime)) * 100
}
; ----------------------------------------------------------------------------------------------------------------------
; Function .....: SysProcInfo_GetSystemMemoryStatus
; Description ..: Retrieves information about the system's current usage of both physical and virtual memory.
; Return .......: An object containing system performance information, structured like the following:
; ..............: obj.MemoryLoad - Percentage of physical memory in use.
; ..............: obj.CommitTotal - Number of pages currently committed by the system.
; ..............: obj.CommitLimit - Max number of pages that can be committed by the system.
; ..............: obj.CommitPeak - Max number of pages committed since last reboot.
; ..............: obj.PhysicalTotal - The amount of actual physical memory, in pages.
; ..............: obj.PhysicalAvailable - The amount of available physical memory, in pages.
; ..............: obj.PhysicalUsed - The amount of used physical memory, in pages.
; ..............: obj.SystemCache - The amount of system cache memory, in pages.
; ..............: obj.KernelTotal - Memory in paged and nonpaged kernel pools, in pages.
; ..............: obj.KernelPaged - Memory currently in the paged kernel pool, in pages.
; ..............: obj.KernelNonpaged - Memory currently in the nonpaged kernel pool, in pages.
; ..............: obj.PageSize - The size of a page, in bytes.
; ..............: obj.HandleCount - The current number of open handles.
; ..............: obj.ProcessCount - The current number of processes.
; ..............: obj.ThreadCount - The current number of threads.
; ----------------------------------------------------------------------------------------------------------------------
SysProcInfo_GetSystemMemoryStatus() {
nSz := VarSetCapacity(PERFORMANCEINFO, (A_PtrSize == 4) ? 56 : 104), NumPut(nSz, PERFORMANCEINFO, 0)
DllCall( "psapi.dll\GetPerformanceInfo", Ptr,&PERFORMANCEINFO, UInt,nSz )
nPhysUsed := NumGet(PERFORMANCEINFO, A_PtrSize*4, "UPtr") - NumGet(PERFORMANCEINFO, A_PtrSize*5, "UPtr")
nMemLoad := Ceil((nPhysUsed*100) / NumGet(PERFORMANCEINFO, A_PtrSize*4, "UPtr"))
Return { "MemoryLoad": nMemLoad ; Not present in the WinAPI PERFORMANCE_INFORMATION structure.
, "CommitTotal": NumGet( PERFORMANCEINFO, A_PtrSize, "UPtr" )
, "CommitLimit": NumGet( PERFORMANCEINFO, A_PtrSize * 2, "UPtr" )
, "CommitPeak": NumGet( PERFORMANCEINFO, A_PtrSize * 3, "UPtr" )
, "PhysicalTotal": NumGet( PERFORMANCEINFO, A_PtrSize * 4, "UPtr" )
, "PhysicalAvailable": NumGet( PERFORMANCEINFO, A_PtrSize * 5, "UPtr" )
, "PhysicalUsed": nPhysUsed ; Not present in the WinAPI PERFORMANCE_INFORMATION structure.
, "SystemCache": NumGet( PERFORMANCEINFO, A_PtrSize * 6, "UPtr" )
, "KernelTotal": NumGet( PERFORMANCEINFO, A_PtrSize * 7, "UPtr" )
, "KernelPaged": NumGet( PERFORMANCEINFO, A_PtrSize * 8, "UPtr" )
, "KernelNonpaged": NumGet( PERFORMANCEINFO, A_PtrSize * 9, "UPtr" )
, "PageSize": NumGet( PERFORMANCEINFO, A_PtrSize * 10, "UPtr" )
, "HandleCount": NumGet( PERFORMANCEINFO, A_PtrSize * 11, "UInt" )
, "ProcessCount": NumGet( PERFORMANCEINFO, (A_PtrSize == 4) ? 48 : 92, "UInt" )
, "ThreadCount": NumGet( PERFORMANCEINFO, (A_PtrSize == 4) ? 52 : 96, "UInt" ) }
}
; ----------------------------------------------------------------------------------------------------------------------
; Function .....: SysProcInfo_GetProcessTimes
; Description ..: Returns the CPU Load time for the specified process. Call it repeateadly for consistent results.
; Parameters ...: hProc - Handle to the process with PROCESS_QUERY_INFORMATION and PROCESS_VM_READ access.
; ..............: nOldKernTime - Old kernel time. Seed 0 on start.
; ..............: nOldUserTime - Old user time. Seed 0 on start.
; Thanks .......: Sean and Laszlo: http://www.autohotkey.com/community/viewtopic.php?t=18913
; ----------------------------------------------------------------------------------------------------------------------
SysProcInfo_GetProcessTimes(hProc, ByRef nOldKernTime, ByRef nOldUserTime) {
DllCall( "GetProcessTimes", Ptr,hProc, Int64P,nCreationTime, Int64P,nExitTime, Int64P,nNewKernTime
, Int64P,nNewUserTime )
nProcTime := (nNewKernTime-nOldKernTime + nNewUserTime-nOldUserTime)*1.e-5
nOldKernTime := nNewKernTime, nOldUserTime := nNewUserTime
Return nProcTime
}
; ----------------------------------------------------------------------------------------------------------------------
; Function .....: SysProcInfo_GetProcessMemoryInfo
; Description ..: Retrieves information about the memory usage of the specified process.
; Parameters ...: hProc - Handle to the process with PROCESS_QUERY_INFORMATION and PROCESS_VM_READ access.
; Return .......: An object containing process information, structured like the following:
; ..............: obj.Pid - Process identifier.
; ..............: obj.ProcessTimes - Process CPU Load Time.
; ..............: obj.PageFaultCount - The number of page faults.
; ..............: obj.PeakWorkingSetSize - The peak working set size, in bytes.
; ..............: obj.WorkingSetSize - The current working set size, in bytes.
; ..............: obj.QuotaPeakPagedPoolUsage - The peak paged pool usage, in bytes.
; ..............: obj.QuotaPagedPoolUsage - The current paged pool usage, in bytes.
; ..............: obj.QuotaPeakNonPagedPoolUsage - The peak nonpaged pool usage, in bytes.
; ..............: obj.QuotaNonPagedPoolUsage - The current nonpaged pool usage, in bytes.
; ..............: obj.PagefileUsage - The Commit Charge value in bytes for this process.
; ..............: obj.PeakPagefileUsage - The peak value in bytes of the process Commit Charge.
; ..............: obj.ReadOperationCount - The number of read operations performed.
; ..............: obj.WriteOperationCount - The number of write operations performed.
; ..............: obj.OtherOperationCount - The number of I/O operations performed (no read/write).
; ..............: obj.ReadTransferCount - The number of bytes read.
; ..............: obj.WriteTransferCount - The number of bytes written.
; ..............: obj.OtherTransferCount - The number of bytes transferred (no read/write).
; ..............: obj.CycleTime - Sum of the cycle time of all threads of the process.
; ..............: obj.HandleCount - Number of open handles that belong to the process.
; ..............: obj.GdiHandles - Number of GDI handles that belong to the process.
; ..............: obj.UserHandles - Number of USER handles that belong to the process.
; ..............: obj.PriorityClass - Priority class for the process.
; ----------------------------------------------------------------------------------------------------------------------
SysProcInfo_GetProcessMemoryInfo(hProc) {
nSz := VarSetCapacity( PROCMEMCOUNTERS, (A_PtrSize == 4) ? 40 : 72, 0 ), NumPut( nSz, PROCMEMCOUNTERS, 0 )
VarSetCapacity( IOCOUNTERS, 48, 0 )
DllCall( "psapi.dll\GetProcessMemoryInfo", Ptr,hProc, Ptr,&PROCMEMCOUNTERS, UInt,nSz )
DllCall( "GetProcessIoCounters", Ptr,hProc, Ptr,&IOCOUNTERS )
DllCall( "QueryProcessCycleTime", Ptr,hProc, UInt64P,nCycleTime )
DllCall( "GetProcessHandleCount", Ptr,hProc, UIntP,nHandleCount )
nGdiHandles := DllCall( "GetGuiResources", Ptr,hProc, UInt,0 )
nUsrHandles := DllCall( "GetGuiResources", Ptr,hProc, UInt,1 )
nPriority := DllCall( "GetPriorityClass", Ptr,hProc )
Return { "PageFaultCount": NumGet( PROCMEMCOUNTERS, 4, "UInt" )
, "PeakWorkingSetSize": NumGet( PROCMEMCOUNTERS, 8, "UPtr" )
, "WorkingSetSize": NumGet( PROCMEMCOUNTERS, (A_PtrSize == 4) ? 12 : 16, "UPtr" )
, "QuotaPeakPagedPoolUsage": NumGet( PROCMEMCOUNTERS, (A_PtrSize == 4) ? 16 : 24, "UPtr" )
, "QuotaPagedPoolUsage": NumGet( PROCMEMCOUNTERS, (A_PtrSize == 4) ? 20 : 32, "UPtr" )
, "QuotaPeakNonPagedPoolUsage": NumGet( PROCMEMCOUNTERS, (A_PtrSize == 4) ? 24 : 40, "UPtr" )
, "QuotaNonPagedPoolUsage": NumGet( PROCMEMCOUNTERS, (A_PtrSize == 4) ? 28 : 48, "UPtr" )
, "PagefileUsage": NumGet( PROCMEMCOUNTERS, (A_PtrSize == 4) ? 32 : 56, "UPtr" )
, "PeakPagefileUsage": NumGet( PROCMEMCOUNTERS, (A_PtrSize == 4) ? 36 : 64, "UPtr" )
, "ReadOperationCount": NumGet( IOCOUNTERS, 0, "UInt64" )
, "WriteOperationCount": NumGet( IOCOUNTERS, 8, "UInt64" )
, "OtherOperationCount": NumGet( IOCOUNTERS, 16, "UInt64" )
, "ReadTransferCount": NumGet( IOCOUNTERS, 24, "UInt64" )
, "WriteTransferCount": NumGet( IOCOUNTERS, 32, "UInt64" )
, "OtherTransferCount": NumGet( IOCOUNTERS, 40, "UInt64" )
, "CycleTime": nCycleTime
, "HandleCount": nHandleCount
, "GdiHandles": nGdiHandles
, "UserHandles": nUsrHandles
, "PriorityClass": nPriority }
}
/* EXAMPLE CODE:
#Persistent
#SingleInstance force
Run, calc.exe,,, pid1
Run, cmd.exe,,, pid2
arrPid := [ pid1, pid2 ]
nMsg := DllCall( "RegisterWindowMessage", Str,"AUTOHOTKEY_SYSPROCINFO_LIBRARY" )
OnMessage(nMsg, "AHKNOTIFY")
OnExit, Quit
SysProcInfo_ToggleTimer("START", 3, A_ScriptHwnd, nMsg, 1000, arrPid)
Return
Quit:
SysProcInfo_ToggleTimer("STOP")
ExitApp
AHKNOTIFY(wParam, lParam) {
obj := Object(lParam)
FileAppend, % "`n==="
. "`nSystem Times: " obj.SystemData.SystemTimes
. "`nMemoryLoad: " obj.SystemData.MemoryLoad
. "`nCommitTotal: " obj.SystemData.CommitTotal
. "`nCommitLimit: " obj.SystemData.CommitLimit
. "`nCommitPeak: " obj.SystemData.CommitPeak
. "`nPhysicalTotal: " obj.SystemData.PhysicalTotal
. "`nPhysicalAvailable: " obj.SystemData.PhysicalAvailable
. "`nPhysicalUsed: " obj.SystemData.PhysicalUsed
. "`nSystemCache: " obj.SystemData.SystemCache
. "`nKernelTotal: " obj.SystemData.KernelTotal
. "`nKernelPaged: " obj.SystemData.KernelPaged
. "`nKernelNonpaged: " obj.SystemData.KernelNonpaged
. "`nPageSize: " obj.SystemData.PageSize
. "`nHandleCount: " obj.SystemData.HandleCount
. "`nProcessCount: " obj.SystemData.ProcessCount
. "`nThreadCount: " obj.SystemData.ThreadCount
, test.txt
FileAppend, % "`n---"
. "`nPid: " obj.ProcData[1].Pid
. "`nProcessTimes: " obj.ProcData[1].ProcessTimes
. "`nPageFaultCount: " obj.ProcData[1].PageFaultCount
. "`nPeakWorkingSetSize: " obj.ProcData[1].PeakWorkingSetSize
. "`nWorkingSetSize: " obj.ProcData[1].WorkingSetSize
. "`nQuotaPeakPagedPoolUsage: " obj.ProcData[1].QuotaPeakPagedPoolUsage
. "`nQuotaPagedPoolUsage: " obj.ProcData[1].QuotaPagedPoolUsage
. "`nQuotaPeakNonPagedPoolUsage: " obj.ProcData[1].QuotaPeakNonPagedPoolUsage
. "`nQuotaNonPagedPoolUsage: " obj.ProcData[1].QuotaNonPagedPoolUsage
. "`nPagefileUsage: " obj.ProcData[1].PagefileUsage
. "`nPeakPagefileUsage: " obj.ProcData[1].PeakPagefileUsage
. "`nReadOperationCount: " obj.ProcData[1].ReadOperationCount
. "`nWriteOperationCount: " obj.ProcData[1].WriteOperationCount
. "`nOtherOperationCount: " obj.ProcData[1].OtherOperationCount
. "`nReadTransferCount: " obj.ProcData[1].ReadTransferCount
. "`nWriteTransferCount: " obj.ProcData[1].WriteTransferCount
. "`nOtherTransferCount: " obj.ProcData[1].OtherTransferCount
. "`nCycleTime: " obj.ProcData[1].CycleTime
. "`nHandleCount: " obj.ProcData[1].HandleCount
. "`nGdiHandles: " obj.ProcData[1].GdiHandles
. "`nUserHandles: " obj.ProcData[1].UserHandles
. "`nPriorityClass: " obj.ProcData[1].PriorityClass
. "`n---"
. "`nPid: " obj.ProcData[2].Pid
. "`nProcessTimes: " obj.ProcData[2].ProcessTimes
. "`nPageFaultCount: " obj.ProcData[2].PageFaultCount
. "`nPeakWorkingSetSize: " obj.ProcData[2].PeakWorkingSetSize
. "`nWorkingSetSize: " obj.ProcData[2].WorkingSetSize
. "`nQuotaPeakPagedPoolUsage: " obj.ProcData[2].QuotaPeakPagedPoolUsage
. "`nQuotaPagedPoolUsage: " obj.ProcData[2].QuotaPagedPoolUsage
. "`nQuotaPeakNonPagedPoolUsage: " obj.ProcData[2].QuotaPeakNonPagedPoolUsage
. "`nQuotaNonPagedPoolUsage: " obj.ProcData[2].QuotaNonPagedPoolUsage
. "`nPagefileUsage: " obj.ProcData[2].PagefileUsage
. "`nPeakPagefileUsage: " obj.ProcData[2].PeakPagefileUsage
. "`nReadOperationCount: " obj.ProcData[2].ReadOperationCount
. "`nWriteOperationCount: " obj.ProcData[2].WriteOperationCount
. "`nOtherOperationCount: " obj.ProcData[2].OtherOperationCount
. "`nReadTransferCount: " obj.ProcData[2].ReadTransferCount
. "`nWriteTransferCount: " obj.ProcData[2].WriteTransferCount
. "`nOtherTransferCount: " obj.ProcData[2].OtherTransferCount
. "`nCycleTime: " obj.ProcData[2].CycleTime
. "`nHandleCount: " obj.ProcData[2].HandleCount
. "`nGdiHandles: " obj.ProcData[2].GdiHandles
. "`nUserHandles: " obj.ProcData[2].UserHandles
. "`nPriorityClass: " obj.ProcData[2].PriorityClass
. "`n===`n"
, test.txt
}
*/
Code: Select all
#Persistent
#SingleInstance force
Run, calc.exe,,, pid1
Run, cmd.exe,,, pid2
arrPid := [ pid1, pid2 ]
nMsg := DllCall( "RegisterWindowMessage", Str,"AUTOHOTKEY_SYSPROCINFO_LIBRARY" )
OnMessage(nMsg, "AHKNOTIFY")
OnExit, Quit
SysProcInfo_ToggleTimer("START", 3, A_ScriptHwnd, nMsg, 1000, arrPid)
Return
Quit:
SysProcInfo_ToggleTimer("STOP")
ExitApp
AHKNOTIFY(wParam, lParam) {
obj := Object(lParam)
FileAppend, % "`n==="
. "`nSystem Times: " obj.SystemData.SystemTimes
. "`nMemoryLoad: " obj.SystemData.MemoryLoad
. "`nCommitTotal: " obj.SystemData.CommitTotal
. "`nCommitLimit: " obj.SystemData.CommitLimit
. "`nCommitPeak: " obj.SystemData.CommitPeak
. "`nPhysicalTotal: " obj.SystemData.PhysicalTotal
. "`nPhysicalAvailable: " obj.SystemData.PhysicalAvailable
. "`nPhysicalUsed: " obj.SystemData.PhysicalUsed
. "`nSystemCache: " obj.SystemData.SystemCache
. "`nKernelTotal: " obj.SystemData.KernelTotal
. "`nKernelPaged: " obj.SystemData.KernelPaged
. "`nKernelNonpaged: " obj.SystemData.KernelNonpaged
. "`nPageSize: " obj.SystemData.PageSize
. "`nHandleCount: " obj.SystemData.HandleCount
. "`nProcessCount: " obj.SystemData.ProcessCount
. "`nThreadCount: " obj.SystemData.ThreadCount
, test.txt
FileAppend, % "`n---"
. "`nPid: " obj.ProcData[1].Pid
. "`nProcessTimes: " obj.ProcData[1].ProcessTimes
. "`nPageFaultCount: " obj.ProcData[1].PageFaultCount
. "`nPeakWorkingSetSize: " obj.ProcData[1].PeakWorkingSetSize
. "`nWorkingSetSize: " obj.ProcData[1].WorkingSetSize
. "`nQuotaPeakPagedPoolUsage: " obj.ProcData[1].QuotaPeakPagedPoolUsage
. "`nQuotaPagedPoolUsage: " obj.ProcData[1].QuotaPagedPoolUsage
. "`nQuotaPeakNonPagedPoolUsage: " obj.ProcData[1].QuotaPeakNonPagedPoolUsage
. "`nQuotaNonPagedPoolUsage: " obj.ProcData[1].QuotaNonPagedPoolUsage
. "`nPagefileUsage: " obj.ProcData[1].PagefileUsage
. "`nPeakPagefileUsage: " obj.ProcData[1].PeakPagefileUsage
. "`nReadOperationCount: " obj.ProcData[1].ReadOperationCount
. "`nWriteOperationCount: " obj.ProcData[1].WriteOperationCount
. "`nOtherOperationCount: " obj.ProcData[1].OtherOperationCount
. "`nReadTransferCount: " obj.ProcData[1].ReadTransferCount
. "`nWriteTransferCount: " obj.ProcData[1].WriteTransferCount
. "`nOtherTransferCount: " obj.ProcData[1].OtherTransferCount
. "`nCycleTime: " obj.ProcData[1].CycleTime
. "`nHandleCount: " obj.ProcData[1].HandleCount
. "`nGdiHandles: " obj.ProcData[1].GdiHandles
. "`nUserHandles: " obj.ProcData[1].UserHandles
. "`nPriorityClass: " obj.ProcData[1].PriorityClass
. "`n---"
. "`nPid: " obj.ProcData[2].Pid
. "`nProcessTimes: " obj.ProcData[2].ProcessTimes
. "`nPageFaultCount: " obj.ProcData[2].PageFaultCount
. "`nPeakWorkingSetSize: " obj.ProcData[2].PeakWorkingSetSize
. "`nWorkingSetSize: " obj.ProcData[2].WorkingSetSize
. "`nQuotaPeakPagedPoolUsage: " obj.ProcData[2].QuotaPeakPagedPoolUsage
. "`nQuotaPagedPoolUsage: " obj.ProcData[2].QuotaPagedPoolUsage
. "`nQuotaPeakNonPagedPoolUsage: " obj.ProcData[2].QuotaPeakNonPagedPoolUsage
. "`nQuotaNonPagedPoolUsage: " obj.ProcData[2].QuotaNonPagedPoolUsage
. "`nPagefileUsage: " obj.ProcData[2].PagefileUsage
. "`nPeakPagefileUsage: " obj.ProcData[2].PeakPagefileUsage
. "`nReadOperationCount: " obj.ProcData[2].ReadOperationCount
. "`nWriteOperationCount: " obj.ProcData[2].WriteOperationCount
. "`nOtherOperationCount: " obj.ProcData[2].OtherOperationCount
. "`nReadTransferCount: " obj.ProcData[2].ReadTransferCount
. "`nWriteTransferCount: " obj.ProcData[2].WriteTransferCount
. "`nOtherTransferCount: " obj.ProcData[2].OtherTransferCount
. "`nCycleTime: " obj.ProcData[2].CycleTime
. "`nHandleCount: " obj.ProcData[2].HandleCount
. "`nGdiHandles: " obj.ProcData[2].GdiHandles
. "`nUserHandles: " obj.ProcData[2].UserHandles
. "`nPriorityClass: " obj.ProcData[2].PriorityClass
. "`n===`n"
, test.txt
}
