BlazorFocused.Automation.PowerShell 1.0.0-preview1

BlazorFocused.Automation.PowerShell

PowerShell PSCmdlet SDK utilities for Automation framework development

NuGet Packages

Documentation

Please visit the BlazorFocused.Automation Documentation Site for installation, getting started, and API documentation.

Samples

Please visit and/or download our BlazorFocused.Automation.PowerShell Sample Solution to get a more in-depth view of usage.

Requirements

• PowerShell 7.3 or greater

Installation

.NET CLI

dotnet add package BlazorFocused.Automation.PowerShell

Development

Add the following to your .csproj file

<PropertyGroup>
    <CopyLocalLockFileAssemblies>true</CopyLocalLockFileAssemblies>
</PropertyGroup>

Add a Startup class

public class Startup : AutomationStartup
{
    // Add any configuration sources or data needed
    public override void Configure(HostBuilderContext hostBuilderContext, IConfigurationBuilder configurationBuilder)
    {
        // AutomationEnvironment class allows retrieving global PowerShell
        // variables during service configuration.
        var environment =
            AutomationEnvironment.GetVariable<string>("AppEnvironment");

        var appSettings = new Dictionary<string, string>()
        {
            ["TestOptionsConfig:TestProperty"] = "This is an example",
            ["AppEnvironment"] = environment
        };

        configurationBuilder.AddInMemoryCollection(appSettings);
    }

    // Configure services/lifetimes
    public override void ConfigureServices(HostBuilderContext hostBuilderContext, IServiceCollection services)
    {
        services.Configure<TestOptions>(Configuration.GetSection("TestOptionsConfig"));

        services.AddTransient<ITestDependencyOne, TestDependencyOne>();
        services.AddTransient<ITestDependencyTwo, TestDependencyTwo>();
        // ...
        // other services, client, etc.
    }
}

Add a PowerShell Command with Dependencies Injected

Synchronous process example

[Cmdlet(VerbsLifecycle.Submit, "Data")]
public class SubmitData : AutomationShell<Startup>
{
    [Parameter(Mandatory = true)]
    public string Id { get; set; }

    [AutomationDependency]
    protected ITestDependencyOne TestDependencyOne { get; set; }

    [AutomationDependency]
    protected ITestDependencyTwo testDependencyTwo { get; set; }

    [AutomationDependency]
    private ILogger<RequestCard> logger { get; set; }

    protected override void ProcessRecord()
    {
        base.ProcessRecord();

        TestDependencyOne.PushTestId(Id);

        TestData testData = testDependencyTwo.GetTestData(Id);

        logger.LogInformation("Auto Generated Data: {Id} - {Name}", Id, testData.Name);

        WriteObject(testData);
    }
}

Asynchronous process example

[Cmdlet(VerbsLifecycle.Submit, "DataAsync")]
public class SubmitDataAsync : AutomationShellAsync<Startup>
{
    [Parameter(Mandatory = true)]
    public string Id { get; set; }

    [AutomationDependency]
    protected ITestDependencyOne TestDependencyOne { get; set; }

    [AutomationDependency]
    protected ITestDependencyTwo testDependencyTwo { get; set; }

    [AutomationDependency]
    private ILogger<RequestCard> logger { get; set; }

    protected override async Task ProcessRecordAsync()
    {
        await TestDependencyOne.PushTestIdAsync(Id);

        TestData testData = await testDependencyTwo.GetTestDataAsync(Id);

        logger.LogInformation("Auto Generated Data: {Id} - {Name}", Id, testData.Name);

        WriteObject(testData);
    }
}

Execution

In PowerShell terminal run the following:

Import-Module <path-to-your-dll>/<your-assembly>.dll -V

You should see your custom commands listed in the verbose output (signaled by -v).

Now you are ready to run your own custom commands!

The following example is based on command name from above:

Submit-Data -id "ThisIsATestId"

See Project - launch.json for a sample on launching your module through VS Code

Resources

• Microsoft Docs: Debug Compiled Cmdlets

• Microsoft Docs: VS Code PowerShell Development

• Related Packages