Tests/PrivateMethod.tests.ps1
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<#
.Synopsis Testing calling a private generic method #> $CSCode = @' using System; using System.Collections.Generic; public class GTest { private static void GetData<T>(T Arg) { Console.WriteLine("Value: {0}, Type: {1}", Arg, Arg.GetType().FullName); } // This is a little tricky even for experienced C# devs - wouldn't have been able to solve this without help from SO private static bool Compare<T>(T x, T y) { return EqualityComparer<T>.Default.Equals(x, y); } private static bool TestData1<T>(T Arg) { int v = Convert.ToInt32(Arg); return (Arg.GetType() == typeof(Int32) && Compare<int>(v, 1234)); } // Parameters are all of the same generic type public static Int32 TestData2<T>(T Arg1, T Arg2, T Arg3) { // assumes that T is always Int32 - pretty lame, I know int v1 = Convert.ToInt32(Arg1); int v2 = Convert.ToInt32(Arg2); int v3 = Convert.ToInt32(Arg3); return v1 + v2 + v3; } } '@ Add-Type -TypeDefinition $CSCode -Language CSharp describe "Generic method call tests" { $Psm1Path = Join-Path -Path $PSScriptRoot -Child ..\TypeHelper.psm1 Import-Module -Name $Psm1Path -Force it "calls a private generic method with a magic cookie" { Invoke-PrivateGenericMethod -Type ([GTest]) -MethodName TestData1 -ParamType ([Int32]) -ParamValue 1234 | Should be $true } it "calls a generic method with three arguments of the same type" { $InstanceType = [GTest] $GenericType = [Int32] $MethodName = "TestData2" $MethodParameters = 11,22,33 Invoke-GenericMethodEx -InstanceType $InstanceType -GenericType $GenericType ` -MethodName $MethodName -MethodParameters $MethodParameters | Should be 66 } } |