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https://github.com/lifailon/winapi

REST API and Web server based on .NET HttpListener and backend PowerShell Core for Windows remote managment via Web browser or curl from Linux
https://github.com/lifailon/winapi

api dotnet dotnet-framework endpoint http http-server linux microsoft powershell powershell-core powershell-webserver rest rest-api restful-api web web-server web-servers webserver windows wmi

Last synced: about 9 hours ago
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REST API and Web server based on .NET HttpListener and backend PowerShell Core for Windows remote managment via Web browser or curl from Linux

Host: GitHub
URL: https://github.com/lifailon/winapi
Owner: Lifailon
License: mit
Created: 2023-06-03T13:49:13.000Z (over 1 year ago)
Default Branch: rsa
Last Pushed: 2024-05-20T10:13:06.000Z (4 months ago)
Last Synced: 2024-09-24T04:32:57.790Z (about 20 hours ago)
Topics: api, dotnet, dotnet-framework, endpoint, http, http-server, linux, microsoft, powershell, powershell-core, powershell-webserver, rest, rest-api, restful-api, web, web-server, web-servers, webserver, windows, wmi
Language: PowerShell
Homepage: https://nuget.org/packages/ps.win.api
Size: 76.6 MB
Stars: 26
Watchers: 4
Forks: 2
Open Issues: 0
Metadata Files:
- Readme: README.md
- License: LICENSE

Awesome Lists containing this project

README

WinAPI

**📝 Publication on [Habr](https://habr.com/ru/articles/783022/)**

**🔎 Test version: [README](https://github.com/Lifailon/WinAPI/blob/rsa/Test/README.md)**

REST API and Web server on base **.NET HttpListener** and backend only **PowerShell Core** (except for Web endpoints where minimal HTML, CSS, and JavaScript are used). Using WinAPI, you can quickly set up remote communication with Windows OS using API, without the need to configure WinRM or OpenSSH and get control from any platform, including **Linux** via browser or any REST client.

**🔗 Implemented**:

- [✅ Frontend web interface](#-implemented-endpoints)
- [✅ Viewing and filtering Windows events](#-viewing-and-filtering-windows-events)
- [✅ More than 20 unique endpoints](#-implemented-endpoints)
- [✅ Authentication](#-authorization)
- [✅ Response codes handling](#-response-code)
- [✅ Converting to 4 data types](#-change-data-type)
- [✅ Error handling](#-operational-stability)
- [✅ Control module](#-module)
- [✅ Logging](#-server-log)

🍿 The server functionality is implemented in the [Kinozal-Bot](https://github.com/Lifailon/Kinozal-Bot) project.

🐧 Since the server is built on .NET, this implementation is **cross-platform**, you can try managing Linux services from a Windows system: **[dotNET-Systemd-API](https://github.com/Lifailon/dotNET-Systemd-API)**.

➡️ [🚀 Install](#-install)

➡️ [📊 Examples](#-output-data-examples)

## 🎉 Web server

![Image alt](https://github.com/Lifailon/WinAPI/blob/rsa/Screen/Web/Web-Example-0.4.2.gif)

- Process management:

![Image alt](https://github.com/Lifailon/WinAPI/blob/rsa/Screen/Web/Web-Process.jpg)

- Service management:

![Image alt](https://github.com/Lifailon/WinAPI/blob/rsa/Screen/Web/Web-Service.jpg)

- Hardware statistics:

![Image alt](https://github.com/Lifailon/WinAPI/blob/rsa/Screen/Web/Web-Hardware.jpg)

- Physical and logical disk statistics, metrics **IOps**, **SMART** (via embedded module **Storage 2.0**) and current network stats.

To give you an example, a file download from the Internet was taking place on a remote machine:

![Image alt](https://github.com/Lifailon/WinAPI/blob/rsa/Screen/Web/Web-Metrics-Disk-Network.jpg)

- Sensors from **LibreHardwareMonitor**:

![Image alt](https://github.com/Lifailon/WinAPI/blob/rsa/Screen/Web/Web-Sensors.jpg)

## 📄 Viewing and filtering Windows events

![Image alt](https://github.com/Lifailon/WinAPI/blob/rsa/Screen/Web/Web-Event.gif)

## 📚 Implemented endpoints

All GET requests can be output in one of the following formats: **JSON (default), HTML, XML, CSV**. When using a browser for GET requests, by default the response is processed in table format using HTML markup.

- **GET**

`/api/service` - Get list **all services** \
`/apt/service/service_name` - Get list service by the specified name passed in URL (using **wildcard** format) \
`/apt/process` - Get a list **all running processes** in an easy-to-read format (includes CPU and IOps performance) \
`/apt/process/process_name` - Get list running processes by the specified name passed in URL (using **wildcard** format) \
`/api/files` - Get a list of files and directories at the specified path in the **Path header** with the size, number of child files and directories, date of creation, access and modification

- **GET metrics from WMI/CIMv2 (Common Information Model)**

`/api/hardware` - Output of summary statistics of metrics close to **Task Manager** \
`/api/performance` - Output metrics from **Counter** \
`/api/cpu` - CPU use to procent for all core and total \
`/api/memory` - Memory use to GB and procent \
`/api/memory/slots` - Number of memory slots and their frequency \
`/api/disk/physical` - List of all physical disks, model, size, operation status and errors \
`/api/disk/logical` - List of all logical disks, model and size \
`/api/disk/partition` - List partitions of all physical disks \
`/api/disk/smart` - Temperature, health status, power on hours, start and stop cycle count \
`/api/disk/iops` - Read and write speed, queue, Input and Output operations per second for all physical disks \
`/api/video` - List of all video adapters, video memory size and resolution \
`/api/network` - List of all network adapters and their settings \
`api/network/ipconfig` - Settings for all network interfaces \
`api/network/stat` - Network connection statistics (ports) \
`api/network/interface/stat/current` - Current statistics of the active network interface (formatted dat) \
`api/network/interface/stat/total` - General statistics of the active network interface since system boot (raw data) \
`/api/update` - Windows update list \
`/api/software` - Installed software list \
`/api/driver` - Unique driver list

- **GET metrics from Open Hardware Monitor via WMI/CIM**

`/api/sensor` - Summary table of all sensors

Source module: [PowerShellHardwareMonitor](https://github.com/Lifailon/PowerShellHardwareMonitor) (module installation is **not required**)

- **Web**

**HTTP server. Endpoints only via Web Browser**.

`/service` - Checking status, starting and stopping services \
`/process` - Characteristics as well as starting and stopping processes \
`/events/list` - List of all Windows event providers \
`/events/` - List of all events of the selected log with the ability to filter by content

💡 Use the text entry form to **filter messages** through the browser

- **POST**

`/apt/service/` - Stop, start and restart services by name (only one at a time, not wildcard format), status is transmitted in the request header (**Status: **). Upon execution, the service status is returned in the format of a GET request. \
`/apt/process/` - Check the number of running processes (**Status: Check**), stop a process by name (**Status: Stop**) and start a process (**Status: Start**). To start a process, you can use the function to search for an executable file in the file system by its name, but you can also pass the path to the executable file through the request header (e.g. **Path: C:\Program Files\qBittorrent\qbittorrent.exe**). \
`/api/file-delete` - Deleting the file or directory specified in the header **Path** one at a time

To find an executable file, the `Find-Process` function is used to scan the following directories:

```PowerShell
"C:\Program Files",
"C:\Program Files (x86)",
"C:\Users\\AppData\Roaming",
"C:\Users\\Documents"
```

## 🚀 Install

Use in **[PowerShell Core](https://github.com/PowerShell/PowerShell)**.

Use the [NuGet](https://www.nuget.org/packages/ps.win.api) package manager:

```PowerShell
Install-Module ps.win.api -Repository NuGet -AllowClobber
```

💡 You must have a NuGet repository registered:

```PowerShell
Register-PSRepository -Name "NuGet" -SourceLocation "https://www.nuget.org/api/v2" -InstallationPolicy Trusted
```

You can use this command to install a module (includes the server part) from the GitHub repository:

```PowerShell
Invoke-Expression(New-Object Net.WebClient).DownloadString("https://raw.githubusercontent.com/Lifailon/WinAPI/rsa/WinAPI/Deploy/deploy-module-ps.win.api.ps1")
```

Wait for the command output: `Completed`

To find out where the module is installed, use the command:

```PowerShell
> $(Get-Module ps.win.api).Path
C:\Users\lifailon\Documents\PowerShell\Modules\ps.win.api\0.4.3\ps.win.api.psm1
```

You can configure port, login and password for connect to the server in the configuration file `WinAPI.ini`, which is located in the directory with the module:

```PowerShell
port = 8443
user = rest
pass = api
```

Open the specified port on your firewall:

```PowerShell
New-NetFirewallRule -DisplayName "WinAPI" -Profile Any -Direction Inbound -Action Allow -Protocol TCP -LocalPort 8443
```

Use the following commands to start and check the operation status server: `Start-WinAPI` and `Test-WinAPI`

```PowerShell
> Start-WinAPI
> Test-WinAPI

Port Status
---- ------
8443 Open
```

To stop the server: `Stop-WinAPI`

```PowerShell
> Stop-WinAPI
> Test-WinAPI

Port Status
---- ------
8443 Closed
```

Each call to the endpoint is logged to the `WinAPI.log` file. You can disable logging:

```PowerShell
Log_File = True
```

Or output the current log in the console (`tail` mode):

```PowerShell
> Read-WinAPI
06.02.2024 04:41:58 Start server
06.02.2024 04:41:58 192.168.3.99:18447 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/121.0.0.0 Safari/537.36 => GET / => 200
06.02.2024 04:43:45 Start server
06.02.2024 04:43:55 192.168.3.99:19107 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/121.0.0.0 Safari/537.36 => GET /process => 200
06.02.2024 04:43:56 192.168.3.99:19107 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/121.0.0.0 Safari/537.36 => GET /service => 200
...
```

Specify the data source for the `/api/sensor` endpoint (default: **LibreHardwareMonitor**):

```PowerShell
SensorSource = OpenHardwareMonitor
```

💡 For the endpoint to work, you must download the portable version of the [LibreHardwareMonitor](https://github.com/LibreHardwareMonitor/LibreHardwareMonitor) (Default) or [OpenHardwareMonitor](https://openhardwaremonitor.org/downloads/) program in path `C:\Users\\Documents\LibreHardwareMonitor` and `C:\Users\\Documents\OpenHardwareMonitor\OpenHardwareMonitor`.

For a quick installation LibreHardwareMonitor, use this command in your terminal:

```PowerShell
Invoke-Expression(New-Object Net.WebClient).DownloadString("https://raw.githubusercontent.com/Lifailon/PowerShell.HardwareMonitor/rsa/Install/Install-LibreHardwareMonitor.ps1")
```

Install OpenHardwareMonitor:

```PowerShell
Invoke-Expression(New-Object Net.WebClient).DownloadString("https://raw.githubusercontent.com/Lifailon/PowerShell.HardwareMonitor/rsa/Install/Install-OpenHardwareMonitor.ps1")
```

### There are other ways to start the server, but they are not supported since version 0.4 and the advent the module.

- Running service (added in version 0.3.1)

> 💡 **For reason unknown to me, the service doesn't process all the code on startup** (doesn't create an ini file and hangs at POST request to stop the process).

To install the server part as a **service (used NSSM)**, download scripts to **automatically [deployument](https://github.com/Lifailon/WinAPI/tree/rsa/WinAPI/Service), start, stop and remove**.

- Running executable (added in version 0.3.0)

> 💡 **PowerShell 5.1 acts as the default handler (limitations of the ps2exe module)**, which prevents all endpoints from working correctly

There are two options for launching using an **[executable file](https://github.com/Lifailon/WinAPI/tree/rsa/WinAPI/Bin)** ([build script](https://github.com/Lifailon/WinAPI/blob/rsa/WinAPI/Bin/compiling-ps2exe.ps1)).

**winapi-console.exe** - process startup in a window with logging output of connections to the server

**winapi-process.exe** - background process startup

To stop the background process, use the command: `Get-Process *winapi* | Stop-Process`

## 📡 Module

Module for server management (starting and stopping background process) and interaction with remote server. The module implements most of the functions used in the server part to run on a local computer and receive the same information from a remote computer via WinAPI.

```PowerShell
> Import-Module ps.win.api
> Get-command -Module ps.win.api

CommandType Name Version Source
----------- ---- ------- ------
Function Find-Process 0.4.3 WinAPI
Function Get-CPU 0.4.3 WinAPI
Function Get-DiskLogical 0.4.3 WinAPI
Function Get-DiskPartition 0.4.3 WinAPI
Function Get-DiskPhysical 0.4.3 WinAPI
Function Get-Driver 0.4.3 WinAPI
Function Get-Event 0.4.3 WinAPI
Function Get-Files 0.4.3 WinAPI
Function Get-Hardware 0.4.3 WinAPI
Function Get-HardwareNoJob 0.4.3 WinAPI
Function Get-IOps 0.4.3 WinAPI
Function Get-MemorySize 0.4.3 WinAPI
Function Get-MemorySlots 0.4.3 WinAPI
Function Get-NetInterfaceStat 0.4.3 WinAPI
Function Get-NetIpConfig 0.4.3 WinAPI
Function Get-NetStat 0.4.3 WinAPI
Function Get-Performance 0.4.3 WinAPI
Function Get-ProcessPerformance 0.4.3 WinAPI
Function Get-Smart 0.4.3 WinAPI
Function Get-Software 0.4.3 WinAPI
Function Get-VideoCard 0.4.3 WinAPI
Function Get-WinUpdate 0.4.3 WinAPI
Function Read-WinAPI 0.4.3 WinAPI
Function Start-WinAPI 0.4.3 WinAPI
Function Stop-WinAPI 0.4.3 WinAPI
Function Test-WinAPI 0.4.3 WinAPI
```

The format is always the same, if you don't use the ComputerName parameter, the function runs locally on your computer. If you use the ComputerName parameter, we access the desired endpoint and get a response from the WinAPI server.

Example:

```PowerShell
> Get-DiskPhysical | Format-Table

Model Size PartitionCount Interface Status ConfigManagerErrorCode LastErrorCode
----- ---- -------------- --------- ------ ---------------------- -------------
WD PC SN740 SDDPNQD-1T00-1027 954 Gb 4 SCSI OK 0

> Get-DiskPhysical -ComputerName 192.168.3.100 -Port 8443 -User rest -Pass api | Format-Table

Model Size PartitionCount Interface Status ConfigManagerErrorCode LastErrorCode
----- ---- -------------- --------- ------ ---------------------- -------------
ST1000DM003-1CH162 932 Gb 1 IDE OK 0
WDC WD2005FBYZ-01YCBB2 1863 Gb 1 IDE OK 0
MSI M390 250GB 233 Gb 3 SCSI OK 0
```

> 💡 The Get-Hardware function uses the ThreadJob module, the script provides automatic installation in case of its absence. This is the only function which execution time was reduced by half due to threads (on average 3.3 seconds versus 1.4 seconds).

![Image alt](https://github.com/Lifailon/WinAPI/blob/rsa/Screen/Console/Get-Hardware-Threads-Diff.jpg)

## 🔒 Authorization

Base authorization has been implemented (based on **Base64**).

Default login and password:
```PowerShell
$user = "rest"
$pass = "api"
```
- Example 1.

```PowerShell
$SecureString = ConvertTo-SecureString $pass -AsPlainText -Force
$Credential = New-Object System.Management.Automation.PSCredential($user, $SecureString)
Invoke-RestMethod -Credential $Credential -AllowUnencryptedAuthentication -Uri http://192.168.3.99:8443/api/service
```
- Example 2.

```PowerShell
$EncodingCred = [System.Convert]::ToBase64String([System.Text.Encoding]::UTF8.GetBytes("${user}:${pass}"))
$Headers = @{"Authorization" = "Basic ${EncodingCred}"}
Invoke-RestMethod -Headers $Headers -Uri http://192.168.3.99:8443/api/service
```
- Example 3. cURL client. Receiving data in different formats.

```Bash
user="rest"
pass="api"
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/service | jq -r '.[] | {data: "\(.Name) - \(.Status)"} | .data'
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/service/win
curl -s -X GET -u $user:$pass -H 'Content-Type: application/json' http://192.168.3.99:8443/api/service/winrm
curl -s -X GET -u $user:$pass -H 'Content-Type: application/html' http://192.168.3.99:8443/api/service/winrm
curl -s -X GET -u $user:$pass -H 'Content-Type: application/xml' http://192.168.3.99:8443/api/service/winrm
curl -s -X GET -u $user:$pass -H 'Content-Type: application/csv' http://192.168.3.99:8443/api/service/winrm
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/process
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/process/torrent
```

> It is possible to configure filtering by IP address or subnet. It is possible to configure other authentication methods to HttpListener.

## 📢 Response code

**200. Request completed successfully.**

**400. Bad Request.** Invalid header and service or process could not be found.

**401. Unauthorized.** Login or password is invalid.

**404. Not found endpoint.** Response to the lack of endpoints.

**405. Method not allowed.** Response to other methods.

## ⚠️ Operational stability

Processing of simultaneous requests from several clients (managed to test three simultaneous connections).

If the previous request has not been processed yet and a new request from the same client arrives, the server terminates with an error, this behavior was detected in the browser when quickly refreshing pages, to handle this event is implemented **automatic restart of the server**. For Web-client such restart is processed without error and in the process of page refresh the response of the last request is returned.

In Invoke-RestMethod and curl, interrupting the previous request and sending a new one to another endpoint works without error and the response of the last request is returned (taking into account the processing time of the previous one).

## 🐧 Examples POST request from Linux client

- Stop and start service **WinRM**:

First find the service to pass its full name to the to url for POST request (example, using part of the name in GET request).

```Bash
user="rest"
pass="api"
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/service/win | jq -r .[].Name
curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/service/winrm -H "Status: Stop"
curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/service/winrm -H "Status: Start"
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/service/winrm | jq -r .Status
```

- Stop and start process **qBittorrent**:

First find the process by its name in wilcard format using a GET request. Using **Check** in the **Status** header, we display the number of running processes. To stop the process, use header **Status: Stop**. To run the process, two examples are given using the name to find the executable and the second option, specify the full path to the executable.

```Bash
user="rest"
pass="api"
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/process/torrent
curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/process/qbittorrent -H "Status: Check"
curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/process/qbittorrent -H "Status: Stop"
curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/process/qbittorrent -H "Status: Start"
```

- Stop and start process **Plex Media Server**:

> If the service in the **name contains spaces**, pass the name in the url request using the **underscore (_) delimiter**.

```Bash
user="rest"
pass="api"
curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/process/plex_media_server -H "Status: Stop"
curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/process/plex_media_server -H "Status: Start" -H "Path: C:\Program Files\Plex\Plex Media Server\Plex Media Server.exe"
```

- Delete file

First, we look through the parent directories and look for the required file. In the **Path header we pass the FullName** of the desired file (or directory).

```Bash
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/"
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies"
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies/The-Flash"
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies/The-Flash/4 sezon"
curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies/The-Flash/4 sezon/The.Flash.S04E23.1080p.rus.LostFilm.TV.mkv"
curl -s -X POST -u $user:$pass -data '' http://192.168.3.99:8443/api/file-delete -H "Path: D:/Movies/The-Flash/4 sezon/The.Flash.S04E23.1080p.rus.LostFilm.TV.mkv"
```

## 🔌 Windows client

```PowerShell
$user = "rest"
$pass = "api"
$EncodingCred = [System.Convert]::ToBase64String([System.Text.Encoding]::UTF8.GetBytes("${user}:${pass}"))
```

- Stop service **WinRM**:

```PowerShell
$Headers = @{"Authorization" = "Basic ${EncodingCred}"}
$Headers += @{"Status" = "Stop"}
Invoke-RestMethod -Headers $Headers -Uri http://192.168.3.99:8443/api/service/winrm
Invoke-RestMethod -Headers $Headers -Method Post -Uri http://192.168.3.99:8443/api/service/winrm
```
- Start service **WinRM**:

```PowerShell
$Headers = @{"Authorization" = "Basic ${EncodingCred}"}
$Headers += @{"Status" = "Start"}
Invoke-RestMethod -Headers $Headers -Method Post -Uri http://192.168.3.99:8443/api/service/winrm
```

## 📬 Change data type

Examples:

```bash
user=rest
pass=api

curl -s -X GET -u $user:$pass -H 'Content-Type: application/json' http://192.168.3.99:8443/api/service/win | jq
[
{
"Name": "WinAPI",
"DisplayName": "WinAPI",
"Status": "Stopped",
"StartType": "Manual"
},
{
"Name": "WinDefend",
"DisplayName": "Служба антивирусной программы Microsoft Defender",
"Status": "Running",
"StartType": "Automatic"
},
{
"Name": "WinHttpAutoProxySvc",
"DisplayName": "Служба автоматического обнаружения веб-прокси WinHTTP",
"Status": "Running",
"StartType": "Manual"
},
{
"Name": "Winmgmt",
"DisplayName": "Инструментарий управления Windows",
"Status": "Running",
"StartType": "Automatic"
},
{
"Name": "WinRM",
"DisplayName": "Служба удаленного управления Windows (WS-Management)",
"Status": "Stopped",
"StartType": "Manual"
}
]

curl -s -X GET -u $user:$pass -H 'Content-Type: application/xml' http://192.168.3.99:8443/api/service/winrm | xq

WinRM
Служба удаленного управления Windows (WS-Management)
Stopped
Manual

curl -s -X GET -u $user:$pass -H 'Content-Type: application/csv' http://192.168.3.99:8443/api/service/winrm
"Name","DisplayName","Status","StartType" "WinRM","Служба удаленного управления Windows (WS-Management)","Stopped","Manual"

curl -s -X GET -u $user:$pass -H 'Content-Type: application/html' http://192.168.3.99:8443/api/service/winrm
HTML TABLE NameDisplayNameStatusStartType WinRMСлужба удаленного управления Windows (WS-Management)StoppedManual
```

## 📊 Output data examples

### Service management

```Bash
lifailon@hv-devops-01:~$ user="rest"
lifailon@hv-devops-01:~$ pass="api"
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/service/win`

```JSON
[
{
"Name": "WinDefend",
"DisplayName": "Служба антивирусной программы Microsoft Defender",
"Status": "Running",
"StartType": "Automatic"
},
{
"Name": "WinHttpAutoProxySvc",
"DisplayName": "Служба автоматического обнаружения веб-прокси WinHTTP",
"Status": "Running",
"StartType": "Manual"
},
{
"Name": "Winmgmt",
"DisplayName": "Инструментарий управления Windows",
"Status": "Running",
"StartType": "Automatic"
},
{
"Name": "WinRM",
"DisplayName": "Служба удаленного управления Windows (WS-Management)",
"Status": "Stopped",
"StartType": "Manual"
}
]
```

`curl -s -X GET -u $user:$pass -H 'Content-Type: application/json' http://192.168.3.99:8443/api/service/winrm`

```JSON
{
"Name": "WinRM",
"DisplayName": "Служба удаленного управления Windows (WS-Management)",
"Status": "Stopped",
"StartType": "Manual"
}
```

`curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/service/winrm -H "Status: Start"`

```JSON
{
"Name": "winrm",
"DisplayName": "Служба удаленного управления Windows (WS-Management)",
"Status": "Running",
"StartType": "Manual"
}
```

### Process management

`curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/process/qbittorrent -H "Status: Check"`

```
Number active qbittorrent processes: 0
```

`curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/process/qbittorrent -H "Status: Start"`

```
Number active qbittorrent processes: 1
```

`curl -s -u $user:$pass http://192.168.3.99:8443/api/process/qbittorrent`

```JSON
{
"Name": "qbittorrent",
"ProcTime": "0 %",
"IOps": 3,
"IObsRead": "1,84 Mb",
"IObsWrite": "0,00 Mb",
"RunTime": "06:57:59",
"TotalTime": "00:01:42",
"UserTime": "00:01:09",
"PrivTime": "00:00:33",
"WorkingSet": "323,29 Mb",
"PeakWorkingSet": "366,97 Mb",
"PageMemory": "965,08 Mb",
"Threads": 25,
"Handles": 623,
"Path": "C:\\Program Files\\qBittorrent\\qbittorrent.exe",
"Company": "The qBittorrent Project",
"Version": "v4.6.0"
}
```

`curl -s -X POST -u $user:$pass --data '' http://192.168.3.99:8443/api/process/qbittorrent -H "Status: Stop"`

```
Number active qbittorrent processes: 0
```

### Hardware metrics (general summary, performance, cpu, memory and video)

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/hardware`

```JSON
{
"Host": "HUAWEI-BOOK",
"Uptime": "17:17",
"BootDate": "01.02.2024 09:05:04",
"Owner": "lifailon",
"OS": "Майкрософт Windows 10 Pro",
"Motherboard": "HUAWEI MRGF-XX-PCB M1010",
"Processor": "12th Gen Intel(R) Core(TM) i7-1260P",
"Core": 12,
"Thread": 16,
"CPU": "14 %",
"ProcessCount": 305,
"ThreadsCount": 4641,
"HandlesCount": 157065,
"MemoryAll": "16 GB",
"MemoryUse": "11,00 GB",
"MemoryUseProc": "70 %",
"WorkingSet": "11,06 GB",
"PageMemory": "12,54 GB",
"MemorySlots": 8,
"PhysicalDiskCount": 1,
"PhysicalDiskAllSize": "954 Gb",
"LogicalDiskCount": 3,
"LogicalDiskAllSize": "1053 Gb",
"DiskTotalTime": "2 %",
"DiskTotalIOps": 3,
"DiskTotalRead": "0,015 MByte/Sec",
"DiskTotalWrite": "0,000 MByte/Sec",
"VideoCardCount": 3,
"VideoCardAllSize": "1 Gb",
"NetworkAdapterEnableCount": 3,
"NetworkReceivedCurrent": "0,154 MByte/Sec",
"NetworkSentCurrent": "0,044 MByte/Sec",
"NetworkReceivedTotal": "4,13 GByte",
"NetworkSentTotal": "0,34 GByte",
"PortListenCount": 50,
"PortEstablishedCount": 54
}
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/performance`

```JSON
{
"CPUTotalTime": "1 %",
"MemoryUse": "30 %",
"DiskTotalTime": "12 %",
"AdapterName": "intel[r] wi-fi 6e ax211 160mhz",
"AdapterSpeed": "0,093 MByte/Sec"
}
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/cpu`

```JSON
[
{
"Name": "0",
"ProcessorTime": "8 %",
"PrivilegedTime": "6 %",
"UserTime": "6 %",
"InterruptTime": "0 %",
"IdleTime": "79 %"
},
{
"Name": "1",
"ProcessorTime": "0 %",
"PrivilegedTime": "0 %",
"UserTime": "0 %",
"InterruptTime": "0 %",
"IdleTime": "99 %"
},
{
"Name": "2",
"ProcessorTime": "2 %",
"PrivilegedTime": "0 %",
"UserTime": "6 %",
"InterruptTime": "0 %",
"IdleTime": "98 %"
},
{
"Name": "3",
"ProcessorTime": "8 %",
"PrivilegedTime": "18 %",
"UserTime": "0 %",
"InterruptTime": "0 %",
"IdleTime": "76 %"
},
{
"Name": "4",
"ProcessorTime": "0 %",
"PrivilegedTime": "0 %",
"UserTime": "0 %",
"InterruptTime": "0 %",
"IdleTime": "99 %"
},
{
"Name": "5",
"ProcessorTime": "8 %",
"PrivilegedTime": "18 %",
"UserTime": "0 %",
"InterruptTime": "0 %",
"IdleTime": "76 %"
},
{
"Name": "6",
"ProcessorTime": "0 %",
"PrivilegedTime": "0 %",
"UserTime": "0 %",
"InterruptTime": "0 %",
"IdleTime": "100 %"
},
{
"Name": "7",
"ProcessorTime": "8 %",
"PrivilegedTime": "18 %",
"UserTime": "0 %",
"InterruptTime": "0 %",
"IdleTime": "76 %"
},
{
"Name": "8",
"ProcessorTime": "14 %",
"PrivilegedTime": "12 %",
"UserTime": "6 %",
"InterruptTime": "0 %",
"IdleTime": "68 %"
},
{
"Name": "9",
"ProcessorTime": "33 %",
"PrivilegedTime": "18 %",
"UserTime": "18 %",
"InterruptTime": "0 %",
"IdleTime": "60 %"
},
{
"Name": "10",
"ProcessorTime": "27 %",
"PrivilegedTime": "12 %",
"UserTime": "18 %",
"InterruptTime": "0 %",
"IdleTime": "68 %"
},
{
"Name": "11",
"ProcessorTime": "27 %",
"PrivilegedTime": "18 %",
"UserTime": "12 %",
"InterruptTime": "0 %",
"IdleTime": "62 %"
},
{
"Name": "12",
"ProcessorTime": "27 %",
"PrivilegedTime": "6 %",
"UserTime": "24 %",
"InterruptTime": "0 %",
"IdleTime": "71 %"
},
{
"Name": "13",
"ProcessorTime": "14 %",
"PrivilegedTime": "12 %",
"UserTime": "6 %",
"InterruptTime": "0 %",
"IdleTime": "76 %"
},
{
"Name": "14",
"ProcessorTime": "21 %",
"PrivilegedTime": "18 %",
"UserTime": "6 %",
"InterruptTime": "0 %",
"IdleTime": "69 %"
},
{
"Name": "15",
"ProcessorTime": "0 %",
"PrivilegedTime": "0 %",
"UserTime": "0 %",
"InterruptTime": "0 %",
"IdleTime": "94 %"
},
{
"Name": "_Total",
"ProcessorTime": "11 %",
"PrivilegedTime": "9 %",
"UserTime": "6 %",
"InterruptTime": "0 %",
"IdleTime": "80 %"
}
]
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/memory`

```JSON
{
"MemoryAll": "15,73 GB",
"MemoryUse": "10,98 GB",
"MemoryUseProc": "70 %",
"PageSize": "48,00 GB",
"PageUse": "7,92 GB",
"PageUseProc": "17 %",
"PagePath": "D:\\pagefile.sys",
"MemoryVirtAll": "63,73 GB",
"MemoryVirtUse": "18,90 GB",
"MemoryVirtUseProc": "30 %",
"ProcWorkingSet": "11,02 GB",
"ProcPageMemory": "12,62 GB"
}
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/memory/slots`

```JSON
[
{
"Tag": "Physical Memory 0",
"Model": "5200 Mhz ",
"Size": "2048 Mb",
"Device": "Controller0-ChannelA",
"Bank": "BANK 0"
},
{
"Tag": "Physical Memory 1",
"Model": "5200 Mhz ",
"Size": "2048 Mb",
"Device": "Controller0-ChannelB",
"Bank": "BANK 1"
},
{
"Tag": "Physical Memory 2",
"Model": "5200 Mhz ",
"Size": "2048 Mb",
"Device": "Controller0-ChannelC",
"Bank": "BANK 2"
},
{
"Tag": "Physical Memory 3",
"Model": "5200 Mhz ",
"Size": "2048 Mb",
"Device": "Controller0-ChannelD",
"Bank": "BANK 3"
},
{
"Tag": "Physical Memory 4",
"Model": "5200 Mhz ",
"Size": "2048 Mb",
"Device": "Controller1-ChannelA",
"Bank": "BANK 0"
},
{
"Tag": "Physical Memory 5",
"Model": "5200 Mhz ",
"Size": "2048 Mb",
"Device": "Controller1-ChannelB",
"Bank": "BANK 1"
},
{
"Tag": "Physical Memory 6",
"Model": "5200 Mhz ",
"Size": "2048 Mb",
"Device": "Controller1-ChannelC",
"Bank": "BANK 2"
},
{
"Tag": "Physical Memory 7",
"Model": "5200 Mhz ",
"Size": "2048 Mb",
"Device": "Controller1-ChannelD",
"Bank": "BANK 3"
}
]
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/video`

```JSON
[
{
"Model": "Intel(R) Iris(R) Xe Graphics",
"Display": "3120x2080",
"VideoRAM": "1 Gb"
},
{
"Model": "Virtual Display Device",
"Display": "3840x2560",
"VideoRAM": "0 Gb"
},
{
"Model": "Citrix Indirect Display Adapter",
"Display": "x",
"VideoRAM": "0 Gb"
}
]
```

### Disk metrics (Physical, Logical, SMART and IOps)

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/disk/physical`

```JSON
{
"Model": "WD PC SN740 SDDPNQD-1T00-1027",
"Size": "954 Gb",
"PartitionCount": 4,
"Interface": "SCSI",
"Status": "OK",
"ConfigManagerErrorCode": 0,
"LastErrorCode": null
}
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/disk/logical`

```JSON
[
{
"Logical_Disk": "C:",
"FileSystem": "NTFS",
"VolumeName": "",
"AllSize": "153 Gb",
"FreeSize": "44 Gb",
"Free": "29 %"
},
{
"Logical_Disk": "D:",
"FileSystem": "NTFS",
"VolumeName": "",
"AllSize": "800 Gb",
"FreeSize": "413 Gb",
"Free": "52 %"
},
{
"Logical_Disk": "G:",
"FileSystem": "FAT32",
"VolumeName": "Google Drive",
"AllSize": "100 Gb",
"FreeSize": "42 Gb",
"Free": "42 %"
}
]
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/disk/iops`

```JSON
[
{
"Name": "0 D: C:",
"ReadWriteTime": "0 %",
"ReadTime": "0 %",
"WriteTime": "0 %",
"IdleTime": "99 %",
"QueueLength": 0,
"BytesPersec": "0,000 MByte/Sec",
"ReadBytesPersec": "0,000 MByte/Sec",
"WriteBytesPersec": "0,000 MByte/Sec",
"IOps": 0,
"ReadsIOps": 0,
"WriteIOps": 0
},
{
"Name": "_Total",
"ReadWriteTime": "0 %",
"ReadTime": "0 %",
"WriteTime": "0 %",
"IdleTime": "99 %",
"QueueLength": 0,
"BytesPersec": "0,000 MByte/Sec",
"ReadBytesPersec": "0,000 MByte/Sec",
"WriteBytesPersec": "0,000 MByte/Sec",
"IOps": 0,
"ReadsIOps": 0,
"WriteIOps": 0
}
]
```
`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/disk/smart`

```JSON
{
"DiskName": "WD PC SN740 SDDPNQD-1T00-1027",
"Temperature": 61,
"HealthStatus": "Healthy",
"OperationalStatus": "OK",
"MediaType": "SSD",
"BusType": "NVMe",
"PowerOnHours": null,
"StartStopCycleCount": null
}
```

## Network interface stats

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/network/interface/stat/current`

```JSON
{
"Name": "Intel[R] Wi-Fi 6E AX211 160MHz",
"Total": "0,087 MByte/Sec",
"Received": "0,063 MByte/Sec",
"Sent": "0,024 MByte/Sec",
"PacketsPersec": 416,
"PacketsReceivedPersec": 189,
"PacketsReceivedUnicastPersec": 189,
"PacketsReceivedNonUnicastPersec": 0,
"PacketsReceivedDiscarded": 0,
"PacketsReceivedErrors": 0,
"PacketsSentPersec": 226,
"PacketsSentUnicastPersec": 226,
"PacketsSentNonUnicastPersec": 0
}
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/network/interface/stat/total`

```JSON
{
"Name": "Intel[R] Wi-Fi 6E AX211 160MHz",
"Total": "4,73 GByte",
"Received": "4,36 GByte",
"Sent": "0,37 GByte",
"PacketsPersec": 9163133,
"PacketsReceivedPersec": 5580358,
"PacketsReceivedUnicastPersec": 5540535,
"PacketsReceivedNonUnicastPersec": 39823,
"PacketsReceivedDiscarded": 0,
"PacketsReceivedErrors": 0,
"PacketsSentPersec": 3582775,
"PacketsSentUnicastPersec": 3572843,
"PacketsSentNonUnicastPersec": 9932
}
```

### Network stats and IP configuration

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/network/stat | jq .[-1]`

```JSON
{
"ProcessName": "svchost",
"LocalAddress": "0.0.0.0",
"LocalPort": 135,
"RemotePort": 0,
"RemoteHostName": "",
"RemoteAddress": "0.0.0.0",
"State": 2,
"CreationTime": "2024-02-03T01:08:07+03:00",
"RunTime": "3.16:47:13",
"ProcessPath": "C:\\Windows\\system32\\svchost.exe"
}
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/network/ipconfig | jq .[-1]`

```JSON
{
"Description": "Hyper-V Virtual Ethernet Adapter #2",
"IPAddress": "172.22.48.1 fe80::1637:f6c9:59b9:dc6f",
"GatewayDefault": "",
"Subnet": "255.255.240.0 64",
"DNSServer": "",
"MACAddress": "00:15:5D:CB:0C:CD",
"DHCPEnabled": false,
"DHCPServer": null,
"DHCPLeaseObtained": null,
"DHCPLeaseExpires": null
}
```

### Driver, software and Windows update

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/driver | jq .[-1]`

```JSON
{
"DriverProviderName": "WireGuard LLC",
"FriendlyName": "ProtonVPN Tunnel",
"Description": "Wintun Userspace Tunnel",
"DriverVersion": "0.13.0.0",
"DriverDate": "2021-02-08T03:00:00+03:00"
}
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/software | jq .[-2]`

```JSON
{
"Name": "ILSpy",
"Version": "8.0.0.7345",
"Vendor": "ICSharpCode Team",
"InstallDate": "16.10.2023",
"InstallLocation": null,
"InstallSource": "D:\\Install\\IDE\\.NET\\",
"PackageName": "ILSpy-8.0.0.7345.msi",
"LocalPackage": "C:\\Windows\\Installer\\21787.msi"
}
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/update | jq .[0]`

```JSON
{
"HotFixID": "KB5033918",
"InstallDate": "13.01.2024",
"Description": "Update",
"InstalledBy": "NT AUTHORITY\\СИСТЕМА"
}
```

### File system

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies"`

```JSON
[
{
"Name": "МДЖ-03",
"FullName": "D:\\Movies\\МДЖ-03",
"Type": "Directory",
"Size": "14.243 GB",
"Files": 9,
"Directory": 0,
"CreationTime": "25.10.2023 03:58:41",
"LastAccessTime": "02.02.2024 02:45:19",
"LastWriteTime": "25.10.2023 04:05:22"
},
{
"Name": "Adventure-Time",
"FullName": "D:\\Movies\\Adventure-Time",
"Type": "Directory",
"Size": "61.73 GB",
"Files": 292,
"Directory": 11,
"CreationTime": "04.05.2023 10:05:23",
"LastAccessTime": "02.02.2024 02:45:19",
"LastWriteTime": "04.05.2023 10:06:22"
},
{
"Name": "Prikluchenie-Dsheki-Chana",
"FullName": "D:\\Movies\\Prikluchenie-Dsheki-Chana",
"Type": "Directory",
"Size": "22.862 GB",
"Files": 95,
"Directory": 0,
"CreationTime": "10.07.2023 10:00:55",
"LastAccessTime": "02.02.2024 02:45:19",
"LastWriteTime": "10.07.2023 10:03:28"
},
{
"Name": "Shaman-King",
"FullName": "D:\\Movies\\Shaman-King",
"Type": "Directory",
"Size": "15.123 GB",
"Files": 64,
"Directory": 0,
"CreationTime": "10.07.2023 10:03:10",
"LastAccessTime": "02.02.2024 02:45:19",
"LastWriteTime": "10.07.2023 10:07:01"
},
{
"Name": "The-Cleaner-S02",
"FullName": "D:\\Movies\\The-Cleaner-S02",
"Type": "Directory",
"Size": "7.829 GB",
"Files": 6,
"Directory": 0,
"CreationTime": "25.10.2023 03:47:32",
"LastAccessTime": "02.02.2024 02:45:19",
"LastWriteTime": "25.10.2023 03:51:10"
},
{
"Name": "The-Flash",
"FullName": "D:\\Movies\\The-Flash",
"Type": "Directory",
"Size": "76.569 GB",
"Files": 43,
"Directory": 2,
"CreationTime": "30.07.2023 01:13:20",
"LastAccessTime": "02.02.2024 02:45:06",
"LastWriteTime": "30.07.2023 03:22:09"
}
]
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies/The-Flash"`

There are 20 files in the season 4 directory:

```JSON
[
{
"Name": "3 sezon",
"FullName": "D:\\Movies\\The-Flash\\3 sezon",
"Type": "Directory",
"Size": "41.01 GB",
"Files": 23,
"Directory": 0,
"CreationTime": "30.07.2023 01:13:20",
"LastAccessTime": "02.02.2024 02:08:32",
"LastWriteTime": "30.07.2023 01:14:37"
},
{
"Name": "4 sezon",
"FullName": "D:\\Movies\\The-Flash\\4 sezon",
"Type": "Directory",
"Size": "35.559 GB",
"Files": 20,
"Directory": 0,
"CreationTime": "30.07.2023 01:22:15",
"LastAccessTime": "02.02.2024 02:08:32",
"LastWriteTime": "18.12.2023 12:00:37"
}
]
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies/The-Flash/4 sezon/The.Flash.S04E20.1080p.rus.LostFilm.TV.mkv"`

```JSON
{
"Name": "The.Flash.S04E20.1080p.rus.LostFilm.TV.mkv",
"FullName": "D:\\Movies\\The-Flash\\4 sezon\\The.Flash.S04E20.1080p.rus.LostFilm.TV.mkv",
"Type": "File",
"Size": "1.786 GB",
"Files": 0,
"Directory": 0,
"CreationTime": "30.07.2023 03:06:02",
"LastAccessTime": "17.12.2023 11:45:02",
"LastWriteTime": "30.07.2023 03:07:19"
}
```

❌ We're deleting episode 20 of the serial:

`curl -s -X POST -u $user:$pass -data '' http://192.168.3.99:8443/api/file-delete -H "Path: D:/Movies/The-Flash/4 sezon/The.Flash.S04E20.1080p.rus.LostFilm.TV.mkv"`

```
Deleted successfully: D:/Movies/The-Flash/4 sezon/The.Flash.S04E20.1080p.rus.LostFilm.TV.mkv (File).
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies/The-Flash/4 sezon/The.Flash.S04E20.1080p.rus.LostFilm.TV.mkv"`

```
Bad Request. Path could not be found.
```

`curl -s -X GET -u $user:$pass http://192.168.3.99:8443/api/files -H "Path: D:/Movies/The-Flash"`

There are now 19 files in the Season 4 catalog:

```JSON
[
{
"Name": "3 sezon",
"FullName": "D:\\Movies\\The-Flash\\3 sezon",
"Type": "Directory",
"Size": "41.01 GB",
"Files": 23,
"Directory": 0,
"CreationTime": "30.07.2023 01:13:20",
"LastAccessTime": "02.02.2024 02:45:06",
"LastWriteTime": "30.07.2023 01:14:37"
},
{
"Name": "4 sezon",
"FullName": "D:\\Movies\\The-Flash\\4 sezon",
"Type": "Directory",
"Size": "33.773 GB",
"Files": 19,
"Directory": 0,
"CreationTime": "30.07.2023 01:22:15",
"LastAccessTime": "02.02.2024 02:45:06",
"LastWriteTime": "18.12.2023 12:00:37"
}
]
```

## 📑 Server log

Example of logging different clients: `Google Chrome`, `PowerShell (Invoke-RestMethod)` and `curl`.

```PowerShell
PS C:\Users\lifailon\Documents\Git\WinAPI> . 'C:\Users\lifailon\Documents\Git\WinAPI\WinAPI\WinAPI-0.3.ps1'
Running on port 8443
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/service => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/process => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET / => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /service => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => POST /api/service/WinRM => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /service => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => POST /api/service/WinRM => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /service => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /process => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => POST /api/process/qbittorrent => 200
192.168.3.99:49829 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => POST /api/process/ => 405
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /process => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => POST /api/process/qbittorrent => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /process => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/hardware => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/performance => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/performance => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/cpu => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/cpu => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/cpu => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/cpu => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/cpu => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/memory => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/memory => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/memory => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/memory => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/disk/physical => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/disk/logical => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/disk/iops => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/disk/iops => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/disk/iops => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/disk/iops => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/disk/iops => 200
192.168.3.99:49843 Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/120.0.0.0 Safari/537.36 => GET /api/video => 200
192.168.3.100:55137 Mozilla/5.0 (Windows NT 10.0; Microsoft Windows 10.0.19045; ru-RU) PowerShell/7.3.7 => GET /api/service => 200
192.168.3.100:55147 Mozilla/5.0 (Windows NT 10.0; Microsoft Windows 10.0.19045; ru-RU) PowerShell/7.3.7 => POST /api/service/winrm => 200
192.168.3.100:55152 Mozilla/5.0 (Windows NT 10.0; Microsoft Windows 10.0.19045; ru-RU) PowerShell/7.3.7 => POST /api/service/winrm => 200
192.168.3.100:55175 Mozilla/5.0 (Windows NT 10.0; Microsoft Windows 10.0.19045; ru-RU) PowerShell/7.3.7 => GET /api/service => 200
192.168.3.100:55181 Mozilla/5.0 (Windows NT 10.0; Microsoft Windows 10.0.19045; ru-RU) PowerShell/7.3.7 => POST /api/service/winrm => 200
192.168.3.101:44112 curl/7.81.0 => GET /api/service/win => 200
192.168.3.101:44120 curl/7.81.0 => GET /api/service/winrm => 200
192.168.3.101:39642 curl/7.81.0 => POST /api/process/qbittorrent => 200
192.168.3.101:46296 curl/7.81.0 => POST /api/process/qbittorrent => 200
```