I'm hoping to find a solution that doesn't require a large block of text / code, hopefully only 1 or 2 lines in a .bat script.
So far the main PowerShell call that does these 2 things is the Get-PhysicalDisk, MediaType and Size,
But Size doesn't automatically abbreviate to GB / TB, but I know it or Format Table can, because it does abbreviate to GB / TB if the column it is listed in is restricted in size (width), but I can't figure out a way to force it to?
The standard entry I've used from command prompt is:
PowerShell "Get-PhysicalDisk | FT -AutoSize"
Which gives me something like:
Output on Command-Line
Which looks perfectly fine so long as your HDD / SDDs don't have some insanely long Serial #. In which case you don't even get to see the size. But the real issue is if you want to customize this so you always see the Size ie: PowerShell "Get-PhysicalDisk | FT Size, MediaType, FriendlyName, HealthStatus, OperationalStatus -hideTableHeaders -auto"
Now the size doesn't get summarized in GB, it gets the full number treatment like so:
Output on Command-Line
So is there a way to format or adjust this simply so it'll list in GB, while also having a listed Media Type? (forgot to add that in the end reminder) and if it has to be with a script does anyone have a succinct one?
~TY in advance!
An additional Q, using PowerShell "Get-Disk | FT -auto"
I get a good abbrev in GB as well, but can't |FT the "Total Size" since it has a space in it? or is there a trick to that?
Output on Command-Line
Apply Using PowerShell's Calculated Properties article e.g. as follows:
Get-PhysicalDisk |
Format-Table -Property #{Name='Size GB'; Expression={$_.Size / 1GB}},
MediaType, FriendlyName, HealthStatus, OperationalStatus -AutoSize
I am trying to somehow programamtically log the CPU frequency of my windows 10 machine. However I apparently fail to get the current frequency as shown in the task manager.
in Powershell, using
get-wmiobject Win32_Processor -Property CurrentClockSpeed
does only return a clock speed that is exactly the maximum one (even though i can see in task manager that it is not running that high)
I even tried this solution: https://www.remkoweijnen.nl/blog/2014/07/18/get-actual-cpu-clock-speed-powershell/ but it did not give me anything but a static value = max value.
Even python's psutil does only return a static value.
Does anybody know how to get around this and actually somehow log the CPU frequency each x seconds?
any help would be appreciated, thanks!
TLDR: To find the Current Processor Frequency, you have to use the % Processor Performance performance counter:
$MaxClockSpeed = (Get-CimInstance CIM_Processor).MaxClockSpeed
$ProcessorPerformance = (Get-Counter -Counter "\Processor Information(_Total)\% Processor Performance").CounterSamples.CookedValue
$CurrentClockSpeed = $MaxClockSpeed*($ProcessorPerformance/100)
Write-Host "Current Processor Speed: " -ForegroundColor Yellow -NoNewLine
Write-Host $CurrentClockSpeed
The more in depth explanation as to why does querying WMI Win32_Processor for CurrentClockSpeed seem to always return the maximum frequency rather than the actual "Current Clock Speed"? In fact, why do all of the dozens of WMI/CMI/Perfmon counters all seem to return the "wrong" frequency? If CPU-Z and Task Manager can get it, what do we have to do to get the "actual" frequency? To answer that, we need to understand what CurrentClockSpeed is actually returning.
From the WMI documentation for Win32_Processor CurrentClockSpeed:
Current speed of the processor, in MHz. This value comes from the
Current Speed member of the Processor Information structure in the
SMBIOS information.
Great! One would think that this simple query should get us the current frequency. This worked great a dozen years ago, but nowadays it doesn't; because it really only works for two very specific cases:
When you have a processor that only runs at its defined stock speed.
When a mobile processor is asked by Windows to run at a different speed (e.g. moving to battery mode).
At startup, Widows gets the processor information and gets the Current Clock Speed. Most people are running their processor at the recommended settings so Current Clock Speed == Max Clock Speed, which mean that the two numbers match all the time. When you change power states, Windows will change the frequency, and CurrentClockSpeed will be changed as well.
Now, what happened a dozen years ago to essentially make CurrentClockSpeed completely inaccurate/irrelevant? You can ultimately thank Intel. They essentially blew this whole ideal value out of the water thanks to a new technology called Turbo Boost.
What does Turbo Boost have to do with this?
Turbo Boost dynamically changes the processor frequency based on the current load on the processor within the confines of voltage, current, and thermal envelopes. Almost all modern processors also now have power saving modes and can dynamically change their frequencies based on their current marketing buzzword (e.g. Turbo Boost (up), Cool'N'Quiet (down)).
The key point is: all this frequency moving up/down/off/on is all automatically done without Windows knowing about it. Because Windows doesn't know about it, the CurrentClockSpeed value could be completely inaccurate most of the time. In fact, Microsoft knows this, and when you open your Performance Monitor, and you look at the description under Processor Performance/Processor Frequency:
Processor Frequency is the frequency of the current processor in
megahertz. Some processors are capable of regulating their frequency
outside of the control of Windows. Processor Frequency will not
accurately reflect actual processor frequency on these systems. Use
Processor Information\% Processor Performance instead.
Fortunately this description gives us a hint of what we have to use to get the actual value: Processor Information\% Processor Performance
We can use Get-Counter to access the current Processor performance like so:
PS C:\> Get-Counter -Counter "\Processor Information(_Total)\% Processor Performance"
Timestamp CounterSamples
--------- --------------
2020-01-01 1:23:45 AM \\HAL9256\processor information(_total)\% processor performance :
153.697654229441
Here, you can see that my processor is running at 153% performance a.k.a. 153% of the frequency of the processor (yay for Turbo Boost!). We then query the MaxClockSpeed from CIM_Processor class (you can use WMI_Processor as well):
PS C:\> (Get-CimInstance CIM_Processor).MaxClockSpeed
2592
In order to calculate out the actual clock speed:
$MaxClockSpeed = (Get-CimInstance CIM_Processor).MaxClockSpeed
$ProcessorPerformance = (Get-Counter -Counter "\Processor Information(_Total)\% Processor Performance").CounterSamples.CookedValue
$CurrentClockSpeed = $MaxClockSpeed*($ProcessorPerformance/100)
Write-Host "Current Processor Speed: " -ForegroundColor Yellow -NoNewLine
Write-Host $CurrentClockSpeed
Then wrapping it up in a loop if you need it to run every 2 seconds (Ctrl+C to stop):
$MaxClockSpeed = (Get-CimInstance CIM_Processor).MaxClockSpeed
While($true){
$ProcessorPerformance = (Get-Counter -Counter "\Processor Information(_Total)\% Processor Performance").CounterSamples.CookedValue
$CurrentClockSpeed = $MaxClockSpeed*($ProcessorPerformance/100)
Write-Host "Current Processor Speed: " -ForegroundColor Yellow -NoNewLine
Write-Host $CurrentClockSpeed
Sleep -Seconds 2
}
With help of the PS code above and the doc of win32pdh, I'm able to get it work in Python:
from win32pdh import PDH_FMT_DOUBLE
from win32pdh import OpenQuery, CloseQuery, AddCounter
from win32pdh import CollectQueryData, GetFormattedCounterValue
def get_freq():
ncores = 16
paths = []
counter_handles = []
query_handle = OpenQuery()
for i in range(ncores):
paths.append("\Processor Information(0,{:d})\% Processor Performance".format(i))
counter_handles.append(AddCounter(query_handle, paths[i]))
CollectQueryData(query_handle)
time.sleep(1)
CollectQueryData(query_handle)
freq = []
for i in range(ncores):
(counter_type, value) = GetFormattedCounterValue(counter_handles[i], PDH_FMT_DOUBLE)
freq.append(value*2.496/100)
# 2.496 is my base speed, I didn't spend time to automate this part
# print("{:.3f} Ghz".format(max(freq)))
CloseQuery(query_handle)
return "{:.3f} GHz".format(max(freq))
I have a windows 10 system on which there are 2 NIC's, both connected to different networks and both of them are assigned static IPs (Eg: IP_1=170.30.120.1 and IP_2=10.20.20.1).
When the Network_2 is down momentarily only IP_1 is listed in the commandline when Ipconfig commands were used. Is there a way for me to retrieve both the static IPs even if the network is momentarily down?
I have tried ipconfig , powershell commands and few more. Since the static IPs are assigned to both, can I get both IPs irrespective of their network state?
You can try PowerShell script to get the NetworkAdapterConfiguration object and Filter based on DHCPEnabled to be false.
Get-WmiObject -Class Win32_NetworkAdapterConfiguration -Filter DHCPEnabled=False -ComputerName . |Format-Table
This formats the output in a table format. However, you can play around with the command a bit more to get the desired output format and information by changing Filter etc.
I want to list out the CPU Core / Processes in the system. When I have used select DeviceID from Win32_Processor, I got CPU0 as result; But I am expecting result as "CPU0,CPU1,CPU2,CPU3" since there are multiple cores. Is there any other one liner available for finding out this?
Thanking you...
I know this is old , but for others searching , Win32_Processor it contains, NumberOfCores and NumberOfLogicalProcessors
I suspect that one of my applications eats more CPU cycles than I want it to. The problem is - it happens in bursts, and just looking at the task manager doesn't help me as it shows immediate usage only.
Is there a way (on Windows) to track the history of CPU & Memory usage for some process. E.g. I will start tracking "firefox", and after an hour or so will see a graph of its CPU & memory usage during that hour.
I'm looking for either a ready-made tool or a programmatic way to achieve this.
Press Win+R, type perfmon and press Enter. When the Performance window is open, click on the + sign to add new counters to the graph. The counters are different aspects of how your PC works and are grouped by similarity into groups called "Performance Object".
For your questions, you can choose the "Process", "Memory" and "Processor" performance objects. You then can see these counters in real time
You can also specify the utility to save the performance data for your inspection later. To do this, select "Performance Logs and Alerts" in the left-hand panel. (It's right under the System Monitor console which provides us with the above mentioned counters. If it is not there, click "File" > "Add/remove snap-in", click Add and select "Performance Logs and Alerts" in the list".) From the "Performance Logs and Alerts", create a new monitoring configuration under "Counter Logs". Then you can add the counters, specify the sampling rate, the log format (binary or plain text) and log location.
Process Explorer can show total CPU time taken by a process, as well as a history graph per process.
Using perfmon.exe, I have tried using the "Private Bytes" counter under "Process" counters for tracking memory usage and it works well.
maybe you can use this. It should work for you and will report processor time for the specified process.
#echo off
: Rich Kreider <rjk#techish.net>
: report processor time for given process until process exits (could be expanded to use a PID to be more
: precise)
: Depends: typeperf
: Usage: foo.cmd <processname>
set process=%~1
echo Press CTRL-C To Stop...
:begin
for /f "tokens=2 delims=," %%c in ('typeperf "\Process(%process%)\%% Processor Time" -si 1 -sc 1 ^| find /V "\\"') do (
if %%~c==-1 (
goto :end
) else (
echo %%~c%%
goto begin
)
)
:end
echo Process seems to have terminated.
I agree, perfmon.exe allows you to add counters (right click on the right panel) for any process you want to monitor.
Performance Object: Process
Check "Select instances from list" and select firefox.
WMI is Windows Management Instrumentation, and it's built into all recent versions of Windows. It allows you to programmatically track things like CPU usage, disk I/O, and memory usage.
Perfmon.exe is a GUI front-end to this interface, and can monitor a process, write information to a log, and allow you to analyze the log after the fact. It's not the world's most elegant program, but it does get the job done.
Process Lasso is designed more for process automation and priority class optimization, not graphs. That said, it does offer per-process CPU utilization history (drawn as a white line on the graph) but it does NOT offer per-process memory utilization history.
DISCLAIMER: I am the author of Process Lasso, but am not actually endorsing it here - as there are better solutions (perfmon being the best).
The best thing ever is Windows Vista+ Resource and Performance Monitor. It can track usage of CPU, Memory, Network, and Disk accesses by processes over time. It is a great overall system information utility that should have been created long ago. Unless I am mistaken, it can track per-process CPU and memory utilization over time (amongst the other things listed).
You can also try using a C#/Perl/Java script get the utilization data using WMI Commands, and below is the steps for it.
We need to execute 2 WMI Select Queries and apply CPU% utilization formula
1. To retrieve the total number of logical process
select NumberOfLogicalProcessors from Win32_ComputerSystem
2. To retrieve the values of PercentProcessorTime, TimeStamp_Sys100NS ( CPU utilization formula has be applied get the actual utilization percentage)and WorkingSetPrivate ( RAM ) minimum of 2 times with a sleep interval of 1 second
select * from Win32_PerfRawData_PerfProc_Process where IDProcess=1234
3. Apply CPU% utilization formula
CPU%= ((p2-p1)/(t2-t1)*100)/NumberOfLogicalProcessors
p2 indicated PercentProcessorTime retrieved for the second time, and p1 indicateds the PercentProcessorTime retrieved for the first time, t2 and t1 is for TimeStamp_Sys100NS.
A sample Perl code for this can be found in the link http://www.craftedforeveryone.com/cpu-and-ram-utilization-of-an-application-using-perl-via-wmi/
This logic applies for all programming language which supports WMI queries
Although I have not tried this out, ProcDump seems like a better solution.
Description from site:
ProcDump is a command-line utility whose primary purpose is monitoring an application for CPU spikes and generating crash dumps during a spike that an administrator or developer can use to determine the cause of the spike. ProcDump also includes hung window monitoring (using the same definition of a window hang that Windows and Task Manager use), unhandled exception monitoring and can generate dumps based on the values of system performance counters. It also can serve as a general process dump utility that you can embed in other scripts.
There was a requirement to get status and cpu / memory usage of some specific windows servers. I used below script:
This is an example of Windows Search Service.
$cpu = Get-WmiObject win32_processor
$search = get-service "WSearch"
if ($search.Status -eq 'Running')
{
$searchmem = Get-WmiObject Win32_Service -Filter "Name = 'WSearch'"
$searchid = $searchmem.ProcessID
$searchcpu1 = Get-WmiObject Win32_PerfRawData_PerfProc_Process | Where {$_.IDProcess -eq $searchid}
Start-Sleep -Seconds 1
$searchcpu2 = Get-WmiObject Win32_PerfRawData_PerfProc_Process | Where {$_.IDProcess -eq $searchid}
$searchp2p1 = $searchcpu2.PercentProcessorTime - $searchcpu1.PercentProcessorTime
$searcht2t1 = $searchcpu2.Timestamp_Sys100NS - $searchcpu1.Timestamp_Sys100NS
$searchcpu = [Math]::Round(($searchp2p1 / $searcht2t1 * 100) /$cpu.NumberOfLogicalProcessors, 1)
$searchmem = [Math]::Round($searchcpu1.WorkingSetPrivate / 1mb,1)
Write-Host 'Service is' $search.Status', Memory consumed: '$searchmem' MB, CPU Usage: '$searchcpu' %'
}
else
{
Write-Host Service is $search.Status -BackgroundColor Red
}
Hmm, I see that Process Explorer can do it, although its graphs are not too convenient. Still looking for alternative / better ways to do it.
Perfmon.exe is built into windows.
You might want to have a look at Process Lasso.
I use taskinfo for history graph of CPU/RAM/IO speed.
http://www.iarsn.com/taskinfo.html
But bursts of unresponsiveness, sounds more like interrupt time due to a falty HD/SS drive.
Under Windows 10, the Task Manager can show you cumulative CPU hours. Just head to the "App history" tab and "Delete usage history". Now leave things running for an hour or two:
What this does NOT do is break down usage in browsers by tab. Quite often inactive tabs will do a tremendous amount of work, with each open tab using energy and slowing your PC.
Download process monitor
Start Process Monitor
Set a filter if required
Enter menu Options > Profiling Events
Click "Generate thread prof‌iling events", choose the frequency, and click OK.
To see the collected historical data at any time, enter menu Tools > Process Activity Summary