azmisahin-software-hardware-tools-HMT-net-framework
A management tool that provides easy access to hardware interfaces to automate management tasks on local or remote computers.
Hardware Management Tool
A management tool that provides easy access to hardware interfaces to automate management tasks on local or remote computers.
IT managers and System Specialists; provides fast and practical solutions for monitoring, reporting and auditing critical operations.
Basically, the application interface toolkit that targets windows devices plans to support other operating systems such as linux and macos in the future.
Usage
Watch Example
using System.Threading;
using System.Threading.Tasks;
using HMT.Hardware;
using Microsoft.VisualStudio.TestTools.UnitTesting;
public class WatchTests {
/// <summary>
/// Printer Job Hardware
/// </summary>
private PrinterJob hardware;
[TestMethod]
public void HardwareWatchTest() {
// Job Initalize
hardware = new PrinterJob();
// Signal Setup
hardware
.Signal += Hardware_Signal;
// Signal Start
hardware
.Watcher
.Watch();
}
/// <summary>
/// Hardware Signal
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private async void Hardware_Signal(object sender, PrintJobEvent e) {
#region Define Event Data
// Job Status [ For example: Spooling ]
string stringJobStatus = $"{e.JobStatus}";
// Priority [ For example: 1 ]
string stringPriority = $"{e.Priority}";
// Document [ For example: test.pdf ]
string stringDocument = $"{e.Document}";
// User [ For example: Jack ]
string stringUser = $"{e.Owner}";
// Host [ For example: desktop-computer-100 ]
string stringHost = $"{e.HostPrintQueue}";
// JobId [ For example: 50 ] This day print count
string stringJobId = $"{e.JobId}";
// Total Pages [ For example: 5 ] Print document pages count
string stringTotalPages = $"{e.TotalPages}";
// TimeSubmitted [ For example: 201907181459 ] Print send datetime
string stringTimeSubmitted = $"{e.TimeSubmitted}";
#endregion
#region Write Message
System.Console.WriteLine
($"" +
$"Flag : {e.Flag} \n" +
$"Job Status : {stringJobStatus} \n" +
$"Priorty : {stringPriority} \n" +
$"Document : {stringDocument} \n" +
$"User : {stringUser} \n" +
$"Host : {stringHost} \n" +
$"JobId : {stringJobId} \n" +
$"Total Pages : {stringTotalPages} \n" +
$"Time Submitted : {stringTimeSubmitted} \n");
#endregion
#region Check Signal Flag
switch (e.Flag) {
case PrintJobEvent.StatusFlag.Paused:
break;
case PrintJobEvent.StatusFlag.Error:
break;
case PrintJobEvent.StatusFlag.Deleting:
break;
case PrintJobEvent.StatusFlag.Spooling:
break;
case PrintJobEvent.StatusFlag.Printing:
break;
case PrintJobEvent.StatusFlag.Offline:
break;
case PrintJobEvent.StatusFlag.Paperout:
break;
case PrintJobEvent.StatusFlag.Printed:
break;
case PrintJobEvent.StatusFlag.Deleted:
break;
case PrintJobEvent.StatusFlag.Blocked_DevQ:
break;
case PrintJobEvent.StatusFlag.User_Intervention_Req:
break;
case PrintJobEvent.StatusFlag.Restart:
break;
case PrintJobEvent.StatusFlag.Continue: // Signal CONTINUE
break;
case PrintJobEvent.StatusFlag.Finalize: // Signal END
break;
default: // Signal START
if (e.StatusMask == 0 && e.TotalPages == 0) {
// First data
}
break;
}
#endregion
#region Run Other Task Trigger
await SendAsync(e.Flag);
#endregion
}
/// <summary>
/// Any Task
/// </summary>
private async Task SendAsync(object arg) {
// Run
await Task.Run(() => {
Console
.WriteLine(
$"Run {Thread.CurrentThread.ManagedThreadId} Thread" +
$"With {arg} argument");
});
}
}
Authentication Example
using System;
using System.Threading;
using System.Threading.Tasks;
using HMT.Hardware;
using Microsoft.VisualStudio.TestTools.UnitTesting;
[TestClass]
public class AuthenticationTest {
/// <summary>
/// Printer Job Hardware
/// </summary>
private PrinterJob hardware;
[TestMethod]
public void HardwareWatchAuthenticationTest() {
// Job Initalize
hardware = new PrinterJob();
// Hardware Watch Authentication
hardwareWatchAuthentication();
// Signal Setup
hardware
.Signal += Hardware_Signal;
// Check Authentication
if (hardware.Watcher.isAuthentication) {
// Signal Start
hardware
.Watcher
.Watch();
}
else {
Console.WriteLine("The authentication information is invalid.");
}
}
/// <summary>
/// Hardware Authentication
/// </summary>
private void hardwareWatchAuthentication() {
#region Define Authentication Parameters
// Computer User Name
string user = "";
// Computer Password
string password = "";
// Computer Name or Ip Address Or Local Connetection "."
string computer = ".";
// Active Directory Domain Name or Workgorup Name
string domain = "";
#endregion
// Hardwate Watch Authentication Set
hardware
.Watcher
.Authentication(user, password, computer, domain);
}
/// <summary>
/// Hardware Signal
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private async void Hardware_Signal(object sender, PrintJobEvent e) {
#region Define Event Data
// Job Status [ For example: Spooling ]
string stringJobStatus = $"{e.JobStatus}";
// Priority [ For example: 1 ]
string stringPriority = $"{e.Priority}";
// Document [ For example: test.pdf ]
string stringDocument = $"{e.Document}";
// User [ For example: Jack ]
string stringUser = $"{e.Owner}";
// Host [ For example: desktop-computer-100 ]
string stringHost = $"{e.HostPrintQueue}";
// JobId [ For example: 50 ] This day print count
string stringJobId = $"{e.JobId}";
// Total Pages [ For example: 5 ] Print document pages count
string stringTotalPages = $"{e.TotalPages}";
// TimeSubmitted [ For example: 201907181459 ] Print send datetime
string stringTimeSubmitted = $"{e.TimeSubmitted}";
#endregion
#region Write Message
System.Console.WriteLine
($"" +
$"Flag : {e.Flag} \n" +
$"Job Status : {stringJobStatus} \n" +
$"Priorty : {stringPriority} \n" +
$"Document : {stringDocument} \n" +
$"User : {stringUser} \n" +
$"Host : {stringHost} \n" +
$"JobId : {stringJobId} \n" +
$"Total Pages : {stringTotalPages} \n" +
$"Time Submitted : {stringTimeSubmitted} \n");
#endregion
#region Check Signal Flag
switch (e.Flag) {
case PrintJobEvent.StatusFlag.Paused:
break;
case PrintJobEvent.StatusFlag.Error:
break;
case PrintJobEvent.StatusFlag.Deleting:
break;
case PrintJobEvent.StatusFlag.Spooling:
break;
case PrintJobEvent.StatusFlag.Printing:
break;
case PrintJobEvent.StatusFlag.Offline:
break;
case PrintJobEvent.StatusFlag.Paperout:
break;
case PrintJobEvent.StatusFlag.Printed:
break;
case PrintJobEvent.StatusFlag.Deleted:
break;
case PrintJobEvent.StatusFlag.Blocked_DevQ:
break;
case PrintJobEvent.StatusFlag.User_Intervention_Req:
break;
case PrintJobEvent.StatusFlag.Restart:
break;
case PrintJobEvent.StatusFlag.Continue: // Signal CONTINUE
break;
case PrintJobEvent.StatusFlag.Finalize: // Signal END
break;
default: // Signal START
if (e.StatusMask == 0 && e.TotalPages == 0) {
// First data
}
break;
}
#endregion
#region Run Other Task Trigger
await SendAsync(e.Flag);
#endregion
}
/// <summary>
/// Any Task
/// </summary>
private async Task SendAsync(object arg) {
// Run
await Task.Run(() => {
Console
.WriteLine(
$"Run {Thread.CurrentThread.ManagedThreadId} Thread" +
$"With {arg} argument");
});
}
}
Find Example
namespace HMT.Tests.Application {
using System;
using System.Collections.Generic;
using HMT.Hardware;
using Microsoft.VisualStudio.TestTools.UnitTesting;
[TestClass]
public class FindTests {
/// <summary>
/// Printer Hardware
/// </summary>
private Printer hardware;
[TestMethod]
public void HardwareFindListTest() {
// Job Initalize
hardware = new Printer();
// Get All Hardware
List<HardwareData> hardwares = hardware
.Finder
.Hardwares;
// Hardware List
foreach (HardwareData item in hardwares) {
// Print Hardware
Console.WriteLine($"Name : {item.Name}");
}
}
[TestMethod]
public void HardwareFindListWithPropertyTest() {
// Job Initalize
hardware = new Printer();
// Get All Hardware
List<HardwareData> hardwares = hardware
.Finder
.Hardwares;
// Hardware List
foreach (HardwareData item in hardwares) {
// Print Hardware
Console.WriteLine($"Name : {item.Name}");
// Print Hardware Property List
foreach (HardwareDataProperty property in item.Properties) {
if (property.Value != null) {
Console.WriteLine($" > {property.Name}\t|{property.Value}");
}
}
}
}
}
}