public void GetVariable_ShouldNotWaitWhenAllInstancesIsHere() { const int instancesCount = 3; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) using (var conn2 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) using (RunAsync(() => conn2.InitializeTestAPI(2, instancesCount, 0, null))) { } conn0.NextTick(100, 0, 0); conn1.NextTick(100, 0, 0); conn2.NextTick(100, 0, 0); conn0.SetVariable(TestVariableName0, 10); conn0.NextTick(101, 0, 0); conn1.NextTick(101, 0, 0); using (RunAsync(() => conn1.GetVariable(TestVariableName0))) { WaitForStatusWaiting(conn1); conn2.NextTick(101, 0, 0); } } }
public void InitializeTestAPI_ThrowExIfInstanceIdLessThenZero() { using (var conn = new ConnectImpl()) { Assert.Throws <ArgumentException>(() => conn.InitializeTestAPI(-2, 2, 0, null)); } }
public void InitializeTestAPI_ShouldWaitAllInstances() { const int instancesCount = 4; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) using (var conn2 = new ConnectImpl()) using (var conn3 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) using (RunAsync(() => conn2.InitializeTestAPI(2, instancesCount, 0, null))) { WaitForStatusWaiting(conn0); Assert.That(conn0.InstanceStatus, Is.Not.EqualTo(InstanceStatus.Initialized)); WaitForStatusWaiting(conn1); Assert.That(conn1.InstanceStatus, Is.Not.EqualTo(InstanceStatus.Initialized)); WaitForStatusWaiting(conn2); Assert.That(conn2.InstanceStatus, Is.Not.EqualTo(InstanceStatus.Initialized)); using (RunAsync(() => conn3.InitializeTestAPI(3, instancesCount, 0, null))) { WaitForStartInitialization(conn3); Assert.That(conn3.IsInstanceWaiting, Is.False); } } Assert.That(conn0.InstanceStatus, Is.EqualTo(InstanceStatus.Initialized)); Assert.That(conn1.InstanceStatus, Is.EqualTo(InstanceStatus.Initialized)); Assert.That(conn2.InstanceStatus, Is.EqualTo(InstanceStatus.Initialized)); Assert.That(conn3.InstanceStatus, Is.EqualTo(InstanceStatus.Initialized)); } }
public void GetVariable_ShouldNotWaitDeinitializatedHimself() { const int instancesCount = 2; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) { } conn0.NextTick(100, 0, 0); using (RunAsync(() => conn0.GetVariable(TestVariableName0))) { //conn0.GetLastTick() 100 //conn1.GetLastTick() 0 //conn0 should wait conn1 WaitForStatusWaiting(conn0); //conn0 deinitializated //conn0 getvalue shouldn't wait conn0.DeinitializeTestAPI(); WaitForStatus(conn0, InstanceStatus.Deinitialized); } } }
public void GetVariable_CanSummValuesOfVariable() { const int instancesCount = 2; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) { } conn0.DeclareVariable(TestVariableName0, VariableOperations.Sum); conn0.NextTick(100, 0, 0); conn1.NextTick(100, 0, 0); conn0.SetVariable(TestVariableName0, 10); conn0.NextTick(101, 0, 0); conn1.NextTick(101, 0, 0); conn1.SetVariable(TestVariableName0, 12); conn0.NextTick(102, 0, 0); conn1.NextTick(102, 0, 0); Assert.That(conn0.GetVariable(TestVariableName0), Is.EqualTo(22)); Assert.That(conn1.GetVariable(TestVariableName0), Is.EqualTo(22)); } }
public void DeinitializeTestAPI_ThrowExIfIsntInitialized() { using (var conn = new ConnectImpl()) { Assert.Throws<InvalidOperationException>(conn.DeinitializeTestAPI); } }
public void GetVariable_CanSummValuesOfVariable() { const int instancesCount = 2; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) { } conn0.DeclareVariable(TestVariableName0, VariableOperations.Sum); conn0.NextTick(100, 0, 0); conn1.NextTick(100, 0, 0); conn0.SetVariable(TestVariableName0, 10); conn0.NextTick(101, 0, 0); conn1.NextTick(101, 0, 0); conn1.SetVariable(TestVariableName0, 12); conn0.NextTick(102, 0, 0); conn1.NextTick(102, 0, 0); Assert.That(conn0.GetVariable(TestVariableName0), Is.EqualTo(22)); Assert.That(conn1.GetVariable(TestVariableName0), Is.EqualTo(22)); } }
public void DeinitializeTestAPI_ThrowExIfIsntInitialized() { using (var conn = new ConnectImpl()) { Assert.Throws <InvalidOperationException>(conn.DeinitializeTestAPI); } }
public void GetVariable_IfVariableDoesntExistReturn0() { using (var conn = new ConnectImpl()) { conn.InitializeTestAPI(0, 1, 0, null); Assert.That(conn.GetVariable(TestVariableName0), Is.EqualTo(0)); } }
public void GetVariable_IfVariableDoesntExistReturn0() { using (var conn = new ConnectImpl()) { conn.InitializeTestAPI(0, 1, 0, null); Assert.That(conn.GetVariable(TestVariableName0), Is.EqualTo(0)); } }
public void InitializeTestAPI_ThrowExWhenReceiveDifferentInstancesCount() { using (var conn = new ConnectImpl()) { conn.InitializeTestAPI(0, 1, 0, null); Assert.Throws <ArgumentException>(() => conn.InitializeTestAPI(1, 5, 0, null)); } }
public void InitializeTestAPI_ThrowExIfInstancesCountLessThanOne() { using (var conn = new ConnectImpl()) { Assert.Throws <ArgumentException>(() => conn.InitializeTestAPI(0, 0, 0, null)); } using (var conn = new ConnectImpl()) { Assert.Throws <ArgumentException>(() => conn.InitializeTestAPI(0, -5, 0, null)); } }
private void WaitForStatus(ConnectImpl conn, InstanceStatus staus) { int i = Timeout; while (conn.InstanceStatus != staus && i > 0) { Thread.Sleep(100); i -= 100; } Assert.That(conn.InstanceStatus, Is.EqualTo(staus)); }
private void WaitForStatusWaiting(ConnectImpl conn) { int i = Timeout; while (!conn.IsInstanceWaiting) { Thread.Sleep(100); i -= 100; } Assert.That(conn.IsInstanceWaiting, Is.True); }
private void WaitForStartInitialization(ConnectImpl conn) { int i = Timeout; while (conn.InstanceStatus == InstanceStatus.NotInitialized && i > 0) { Thread.Sleep(100); i -= 100; } Assert.That(conn.InstanceStatus, Is.Not.EqualTo(InstanceStatus.NotInitialized)); }
public void InitializeTestAPI_ThrowExIfInstanceIdGreaterThanInstancesCount() { using (var conn = new ConnectImpl()) { Assert.Throws <ArgumentException>(() => conn.InitializeTestAPI(2, 2, 0, null)); } using (var conn = new ConnectImpl()) { Assert.Throws <ArgumentException>(() => conn.InitializeTestAPI(8, 5, 0, null)); } }
public void GetVariable_ReturnLastUpdatedVariable() { using (var conn = new ConnectImpl()) { conn.InitializeTestAPI(0, 1, 0, null); conn.NextTick(100, 0, 0); conn.SetVariable(TestVariableName0, 10); Assert.That(conn.GetVariable(TestVariableName0), Is.EqualTo(10)); conn.NextTick(101, 0, 0); Assert.That(conn.GetVariable(TestVariableName0), Is.EqualTo(10)); conn.SetVariable(TestVariableName0, 11); Assert.That(conn.GetVariable(TestVariableName0), Is.EqualTo(11)); } }
public void GetVariable_ShouldWaitLastChanges() { const int instancesCount = 2; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) { } //conn0.GetLastTick() 100 //conn1.GetLastTick() 0 //conn0 should wait conn1 conn0.NextTick(100, 0, 0); using (RunAsync(() => conn0.GetVariable(TestVariableName0))) { WaitForStatusWaiting(conn0); conn1.NextTick(101, 0, 0); } //conn0.GetLastTick() 102 //conn1.GetLastTick() 101 //conn0 should wait conn1 conn0.NextTick(102, 0, 0); using (RunAsync(() => conn0.GetVariable(TestVariableName0))) { WaitForStatusWaiting(conn0); conn1.NextTick(102, 0, 0); conn0.SetVariable(TestVariableName0, 10); } //conn0.GetLastTick() 103 //conn1.GetLastTick() 102 //conn0 should wait conn1 conn0.NextTick(103, 0, 0); using (RunAsync(() => conn0.SetVariable(TestVariableName0, 11))) { WaitForStatusWaiting(conn0); conn1.NextTick(103, 0, 0); } } }
private void WaitForStatusWaiting(ConnectImpl conn) { int i = Timeout; while (!conn.IsInstanceWaiting) { Thread.Sleep(100); i -= 100; } Assert.That(conn.IsInstanceWaiting, Is.True); }
private void WaitForStatus(ConnectImpl conn, InstanceStatus staus) { int i = Timeout; while (conn.InstanceStatus != staus && i > 0) { Thread.Sleep(100); i -= 100; } Assert.That(conn.InstanceStatus, Is.EqualTo(staus)); }
private void WaitForStartInitialization(ConnectImpl conn) { int i = Timeout; while (conn.InstanceStatus == InstanceStatus.NotInitialized && i > 0) { Thread.Sleep(100); i -= 100; } Assert.That(conn.InstanceStatus, Is.Not.EqualTo(InstanceStatus.NotInitialized)); }
public void StressTest() { Timeout = 10000000; const int instancesCount = 10; const int cycleCount = 10000; var rnd = new Random(); using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) using (var conn2 = new ConnectImpl()) using (var conn3 = new ConnectImpl()) using (var conn4 = new ConnectImpl()) using (var conn5 = new ConnectImpl()) using (var conn6 = new ConnectImpl()) using (var conn7 = new ConnectImpl()) using (var conn8 = new ConnectImpl()) using (var conn9 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) using (RunAsync(() => conn2.InitializeTestAPI(2, instancesCount, 0, null))) using (RunAsync(() => conn3.InitializeTestAPI(3, instancesCount, 0, null))) using (RunAsync(() => conn4.InitializeTestAPI(4, instancesCount, 0, null))) using (RunAsync(() => conn5.InitializeTestAPI(5, instancesCount, 0, null))) using (RunAsync(() => conn6.InitializeTestAPI(6, instancesCount, 0, null))) using (RunAsync(() => conn7.InitializeTestAPI(7, instancesCount, 0, null))) using (RunAsync(() => conn8.InitializeTestAPI(8, instancesCount, 0, null))) using (RunAsync(() => conn9.InitializeTestAPI(9, instancesCount, 0, null))) { } Func<ConnectImpl, AsyncOperation> runTest = c => RunAsync(() => { for (int i = 0; i < cycleCount; ++i) { c.NextTick(i * 1000, 0, 0); c.GetVariable(TestVariableName0); c.SetVariable(TestVariableName0, rnd.Next()); c.GetVariable(TestVariableName1); c.SetVariable(TestVariableName1, rnd.Next()); c.GetVariable(TestVariableName2); c.SetVariable(TestVariableName2, rnd.Next()); } }); var stopwatch = new Stopwatch(); stopwatch.Start(); using (runTest(conn0)) using (runTest(conn1)) using (runTest(conn2)) using (runTest(conn3)) using (runTest(conn4)) using (runTest(conn5)) using (runTest(conn6)) using (runTest(conn7)) using (runTest(conn8)) using (runTest(conn9)) { } stopwatch.Stop(); Console.WriteLine(stopwatch.Elapsed); } }
public void InitializeTestAPI_ThrowExWhenReceiveDifferentInstancesCount() { using (var conn = new ConnectImpl()) { conn.InitializeTestAPI(0, 1, 0, null); Assert.Throws<ArgumentException>(() => conn.InitializeTestAPI(1, 5, 0, null)); } }
public void InitializeTestAPI_ThrowExIfInstancesCountLessThanOne() { using (var conn = new ConnectImpl()) { Assert.Throws<ArgumentException>(() => conn.InitializeTestAPI(0, 0, 0, null)); } using (var conn = new ConnectImpl()) { Assert.Throws<ArgumentException>(() => conn.InitializeTestAPI(0, -5, 0, null)); } }
public void InitializeTestAPI_ThrowExIfInstanceIdLessThenZero() { using (var conn = new ConnectImpl()) { Assert.Throws<ArgumentException>(() => conn.InitializeTestAPI(-2, 2, 0, null)); } }
public void InitializeTestAPI_ThrowExIfInstanceIdGreaterThanInstancesCount() { using (var conn = new ConnectImpl()) { Assert.Throws<ArgumentException>(() => conn.InitializeTestAPI(2, 2, 0, null)); } using (var conn = new ConnectImpl()) { Assert.Throws<ArgumentException>(() => conn.InitializeTestAPI(8, 5, 0, null)); } }
public void InitializeTestAPI_ShouldWaitAllInstances() { const int instancesCount = 4; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) using (var conn2 = new ConnectImpl()) using (var conn3 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) using (RunAsync(() => conn2.InitializeTestAPI(2, instancesCount, 0, null))) { WaitForStatusWaiting(conn0); Assert.That(conn0.InstanceStatus, Is.Not.EqualTo(InstanceStatus.Initialized)); WaitForStatusWaiting(conn1); Assert.That(conn1.InstanceStatus, Is.Not.EqualTo(InstanceStatus.Initialized)); WaitForStatusWaiting(conn2); Assert.That(conn2.InstanceStatus, Is.Not.EqualTo(InstanceStatus.Initialized)); using (RunAsync(() => conn3.InitializeTestAPI(3, instancesCount, 0, null))) { WaitForStartInitialization(conn3); Assert.That(conn3.IsInstanceWaiting, Is.False); } } Assert.That(conn0.InstanceStatus, Is.EqualTo(InstanceStatus.Initialized)); Assert.That(conn1.InstanceStatus, Is.EqualTo(InstanceStatus.Initialized)); Assert.That(conn2.InstanceStatus, Is.EqualTo(InstanceStatus.Initialized)); Assert.That(conn3.InstanceStatus, Is.EqualTo(InstanceStatus.Initialized)); } }
public void GetVariable_ShouldWaitLastChanges() { const int instancesCount = 2; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) { } //conn0.GetLastTick() 100 //conn1.GetLastTick() 0 //conn0 should wait conn1 conn0.NextTick(100, 0, 0); using (RunAsync(() => conn0.GetVariable(TestVariableName0))) { WaitForStatusWaiting(conn0); conn1.NextTick(101, 0, 0); } //conn0.GetLastTick() 102 //conn1.GetLastTick() 101 //conn0 should wait conn1 conn0.NextTick(102, 0, 0); using (RunAsync(() => conn0.GetVariable(TestVariableName0))) { WaitForStatusWaiting(conn0); conn1.NextTick(102, 0, 0); conn0.SetVariable(TestVariableName0, 10); } //conn0.GetLastTick() 103 //conn1.GetLastTick() 102 //conn0 should wait conn1 conn0.NextTick(103, 0, 0); using (RunAsync(() => conn0.SetVariable(TestVariableName0, 11))) { WaitForStatusWaiting(conn0); conn1.NextTick(103, 0, 0); } } }
public void GetVariable_ShouldNotWaitWhenAllInstancesIsHere() { const int instancesCount = 3; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) using (var conn2 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) using (RunAsync(() => conn2.InitializeTestAPI(2, instancesCount, 0, null))) { } conn0.NextTick(100, 0, 0); conn1.NextTick(100, 0, 0); conn2.NextTick(100, 0, 0); conn0.SetVariable(TestVariableName0, 10); conn0.NextTick(101, 0, 0); conn1.NextTick(101, 0, 0); using (RunAsync(() => conn1.GetVariable(TestVariableName0))) { WaitForStatusWaiting(conn1); conn2.NextTick(101, 0, 0); } } }
public void StressTest() { Timeout = 10000000; const int instancesCount = 10; const int cycleCount = 10000; var rnd = new Random(); using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) using (var conn2 = new ConnectImpl()) using (var conn3 = new ConnectImpl()) using (var conn4 = new ConnectImpl()) using (var conn5 = new ConnectImpl()) using (var conn6 = new ConnectImpl()) using (var conn7 = new ConnectImpl()) using (var conn8 = new ConnectImpl()) using (var conn9 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) using (RunAsync(() => conn2.InitializeTestAPI(2, instancesCount, 0, null))) using (RunAsync(() => conn3.InitializeTestAPI(3, instancesCount, 0, null))) using (RunAsync(() => conn4.InitializeTestAPI(4, instancesCount, 0, null))) using (RunAsync(() => conn5.InitializeTestAPI(5, instancesCount, 0, null))) using (RunAsync(() => conn6.InitializeTestAPI(6, instancesCount, 0, null))) using (RunAsync(() => conn7.InitializeTestAPI(7, instancesCount, 0, null))) using (RunAsync(() => conn8.InitializeTestAPI(8, instancesCount, 0, null))) using (RunAsync(() => conn9.InitializeTestAPI(9, instancesCount, 0, null))) { } Func <ConnectImpl, AsyncOperation> runTest = c => RunAsync(() => { for (int i = 0; i < cycleCount; ++i) { c.NextTick(i * 1000, 0, 0); c.GetVariable(TestVariableName0); c.SetVariable(TestVariableName0, rnd.Next()); c.GetVariable(TestVariableName1); c.SetVariable(TestVariableName1, rnd.Next()); c.GetVariable(TestVariableName2); c.SetVariable(TestVariableName2, rnd.Next()); } }); var stopwatch = new Stopwatch(); stopwatch.Start(); using (runTest(conn0)) using (runTest(conn1)) using (runTest(conn2)) using (runTest(conn3)) using (runTest(conn4)) using (runTest(conn5)) using (runTest(conn6)) using (runTest(conn7)) using (runTest(conn8)) using (runTest(conn9)) { } stopwatch.Stop(); Console.WriteLine(stopwatch.Elapsed); } }
public void GetVariable_ReturnLastUpdatedVariable() { using (var conn = new ConnectImpl()) { conn.InitializeTestAPI(0, 1, 0, null); conn.NextTick(100, 0, 0); conn.SetVariable(TestVariableName0, 10); Assert.That(conn.GetVariable(TestVariableName0), Is.EqualTo(10)); conn.NextTick(101, 0, 0); Assert.That(conn.GetVariable(TestVariableName0), Is.EqualTo(10)); conn.SetVariable(TestVariableName0, 11); Assert.That(conn.GetVariable(TestVariableName0), Is.EqualTo(11)); } }
public void GetVariable_ShouldNotWaitDeinitializatedInstances() { const int instancesCount = 2; using (var conn0 = new ConnectImpl()) using (var conn1 = new ConnectImpl()) { using (RunAsync(() => conn0.InitializeTestAPI(0, instancesCount, 0, null))) using (RunAsync(() => conn1.InitializeTestAPI(1, instancesCount, 0, null))) { } conn0.NextTick(100, 0, 0); using (RunAsync(() => conn0.GetVariable(TestVariableName0))) { //conn0.GetLastTick() 100 //conn1.GetLastTick() 0 //conn0 should wait conn1 WaitForStatusWaiting(conn0); //conn1 deinitializated //conn0 shouldn't wait conn1.DeinitializeTestAPI(); WaitForStatus(conn0, InstanceStatus.Initialized); } } }