using System; using RecrownedGTK.Tools.CommandProcessor; using NUnit.Framework; namespace RecrownedGTK.Tools.Tests.CommandProcessor { public class EngineCommandTest { string[] fakeArguments; DummyInput dummyInput; DummyOutput dummyOutput; DummyCommand dummyCommand; EngineCommandArgument dummyCommandArgument; private class DummyInput : IUserInput { public string dummyInput; public string GetInput() { return dummyInput; } } private class DummyOutput : IUserOutput { public bool cleared; public string output; public string wrappedOutput; public void ClearOutput() { cleared = true; } public void Output(string output) { this.output = output; } public void WrappedOutput(string output) { this.wrappedOutput = output; } } private class DummyCommand : EngineCommand { public DummyCommand(string invoker, params EngineCommandArgument[] engineCommandArguments) : base("helped", invoker) { this.commandArguments = engineCommandArguments; } public override void Run(IUserInput userInput, IUserOutput userOutput, params string[] arguments) { if (arguments != null && arguments[0] != null) { userOutput.Output(arguments[0] + " argument"); } else { userOutput.Output(userInput.GetInput() + " input"); } } } [SetUp] public void Setup() { dummyInput = new DummyInput(); dummyOutput = new DummyOutput(); dummyCommandArgument = new EngineCommandArgument("arg", "arg help", false); dummyCommand = new DummyCommand("invoke", dummyCommandArgument); } [OneTimeSetUp] public void InitialSetup() { fakeArguments = new string[] {"fake1", "fake2", "fake3", "fake4", "fake5", "fake6", "arg"}; } [Test] public void RunTestNoArguments() { dummyInput.dummyInput = "input"; dummyCommand.Run(dummyInput, dummyOutput, null); Assert.AreEqual(dummyOutput.output, "input input"); } [Test] public void RunTestWithArguments() { dummyCommand.Run(dummyInput, dummyOutput, "args"); Assert.AreEqual(dummyOutput.output, "args argument"); } public void EngineCommandArgumentOfTestValid() { Assert.AreEqual(dummyCommandArgument, dummyCommand.EngineCommandArgumentOf("args")); } public void EngineCommandArgumentOfTestNull() { Assert.IsNull(dummyCommand.EngineCommandArgumentOf("nothing here")); } [Test] public void ValidateTestFalse() { Assert.IsFalse(dummyCommand.Validate("notexisting")); } [Test] public void ValidateTestTrue() { Assert.IsTrue(dummyCommand.Validate("arg")); } [Test] public void IndexOfArgumentTestInvald() { try { EngineCommand.IndexOfArgument("fake argument", new string[] {"argument", "argument_again"}); } catch (ArgumentException) { Assert.Pass(); } Assert.Fail(); } [TestCase("fake1", 0)] [TestCase("fake3", 2)] [TestCase("fake6", 5)] [TestCase("arg", 6)] public void IndexOfArgumentTestValidWithString(string argument, int expected) { Assert.AreEqual(EngineCommand.IndexOfArgument(argument, this.fakeArguments), expected); } [Test] public void IndexOfArgumentTestValidWithObject() { Assert.AreEqual(6, EngineCommand.IndexOfArgument(dummyCommandArgument, fakeArguments)); } [TestCase("fake1", true)] [TestCase("fake3", true)] [TestCase("arg", true)] [TestCase("fake8", false)] public void HasArgumentTest(string argument, bool expected) { Assert.AreEqual(EngineCommand.HasArgument(argument, fakeArguments), expected); } [Test] public void HelpTestNoArgument() { string expected = "helped\r\nPossible arguments: arg. (* are required arguments.)\r\n"; Assert.AreEqual(expected, dummyCommand.Help()); } [Test] public void HelpTestArgument() { Assert.AreEqual(dummyCommand.Help("arg"), "arg help"); } } }