implab/ImplabNet Files · Implab.Test/AsyncTests.cs

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             AsyncTests.cs
        
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             / Implab.Test / AsyncTests.cs
          
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        cin
    
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      using System;

      using Microsoft.VisualStudio.TestTools.UnitTesting;

      using Implab;

      using System.Reflection;

      using System.Threading;

      namespace Implab.Tests

      {

      	[TestClass]

      	public class AsyncTests

      	{

      		[TestMethod]

      		public void ResolveTest ()

      		{

      			int res = -1;

      			var p = new Promise<int> ();

      			p.Then (x => res = x);

      			p.Resolve (100);

      			Assert.AreEqual (res, 100);

        user@factory.site.local
    
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      		}

        cin
    
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              [TestMethod]

      		public void RejectTest ()

      		{

      			int res = -1;

      			Exception err = null;

      			var p = new Promise<int> ();

      			p.Then (x => res = x, e => err = e);

      			p.Reject (new ApplicationException ("error"));

      			Assert.AreEqual (res, -1);

      			Assert.AreEqual (err.Message, "error");

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      		}

        cin
    
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              [TestMethod]

      		public void JoinSuccessTest ()

      		{

      			var p = new Promise<int> ();

      			p.Resolve (100);

      			Assert.AreEqual (p.Join (), 100);

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      		}

        cin
    
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              [TestMethod]

      		public void JoinFailTest ()

      		{

      			var p = new Promise<int> ();

      			p.Reject (new ApplicationException ("failed"));

      			try {

      				p.Join ();

      				throw new ApplicationException ("WRONG!");

      			} catch (TargetInvocationException err) {

      				Assert.AreEqual (err.InnerException.Message, "failed");

      			} catch {

      				Assert.Fail ("Got wrong excaption");

      			}

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      		}

        cin
    
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              [TestMethod]

      		public void MapTest ()

      		{

      			var p = new Promise<int> ();

      			var p2 = p.Map (x => x.ToString ());

      			p.Resolve (100);

      			Assert.AreEqual (p2.Join (), "100");

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      		}

        cin
    
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              [TestMethod]

      		public void ChainTest ()

      		{

      			var p1 = new Promise<int> ();

      			var p3 = p1.Chain (x => {

      				var p2 = new Promise<string> ();

      				p2.Resolve (x.ToString ());

      				return p2;

      			});

      			p1.Resolve (100);

      			Assert.AreEqual (p3.Join (), "100");

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      		}

        cin
    
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              [TestMethod]

      		public void PoolTest ()

      		{

      			var pid = Thread.CurrentThread.ManagedThreadId;

      			var p = AsyncPool.Invoke (() => {

      				return Thread.CurrentThread.ManagedThreadId;

      			});

      			Assert.AreNotEqual (pid, p.Join ());

      		}

      	}

      }

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cin Implab.Fx: implemented animation object...	r4	using System;
		using Microsoft.VisualStudio.TestTools.UnitTesting;
		using Implab;
		using System.Reflection;
		using System.Threading;

		namespace Implab.Tests
		{
		[TestClass]
		public class AsyncTests
		{
		[TestMethod]
		public void ResolveTest ()
		{
		int res = -1;
		var p = new Promise<int> ();
		p.Then (x => res = x);
		p.Resolve (100);

		Assert.AreEqual (res, 100);
user@factory.site.local initial commit...	r0	}

cin Implab.Fx: implemented animation object...	r4	[TestMethod]
		public void RejectTest ()
		{
		int res = -1;
		Exception err = null;

		var p = new Promise<int> ();
		p.Then (x => res = x, e => err = e);
		p.Reject (new ApplicationException ("error"));

		Assert.AreEqual (res, -1);
		Assert.AreEqual (err.Message, "error");

user@factory.site.local initial commit...	r0	}

cin Implab.Fx: implemented animation object...	r4	[TestMethod]
		public void JoinSuccessTest ()
		{
		var p = new Promise<int> ();
		p.Resolve (100);
		Assert.AreEqual (p.Join (), 100);
user@factory.site.local initial commit...	r0	}

cin Implab.Fx: implemented animation object...	r4	[TestMethod]
		public void JoinFailTest ()
		{
		var p = new Promise<int> ();
		p.Reject (new ApplicationException ("failed"));

		try {
		p.Join ();
		throw new ApplicationException ("WRONG!");
		} catch (TargetInvocationException err) {
		Assert.AreEqual (err.InnerException.Message, "failed");
		} catch {
		Assert.Fail ("Got wrong excaption");
		}
user@factory.site.local initial commit...	r0	}

cin Implab.Fx: implemented animation object...	r4	[TestMethod]
		public void MapTest ()
		{
		var p = new Promise<int> ();

		var p2 = p.Map (x => x.ToString ());
		p.Resolve (100);

		Assert.AreEqual (p2.Join (), "100");
user@factory.site.local initial commit...	r0	}

cin Implab.Fx: implemented animation object...	r4	[TestMethod]
		public void ChainTest ()
		{
		var p1 = new Promise<int> ();

		var p3 = p1.Chain (x => {
		var p2 = new Promise<string> ();
		p2.Resolve (x.ToString ());
		return p2;
		});

		p1.Resolve (100);

		Assert.AreEqual (p3.Join (), "100");
user@factory.site.local initial commit...	r0	}

cin Implab.Fx: implemented animation object...	r4	[TestMethod]
		public void PoolTest ()
		{
		var pid = Thread.CurrentThread.ManagedThreadId;
		var p = AsyncPool.Invoke (() => {
		return Thread.CurrentThread.ManagedThreadId;
		});

		Assert.AreNotEqual (pid, p.Join ());
		}
		}
		}