public static void MiscParmsStatic(int intParm, SomeTestClass classParm, ref string refString, out bool outBool)
{
Proxy.CurrentLog.LogInformationData("Static method logging test", DateTime.UtcNow);
refString = string.Format("{0} {1}", intParm, refString);
outBool = true;
}
[InvariantReturn] // <-testing conflict between stated cacheability and output params.
public static void MiscParmsStatic(int intParm, SomeTestClass classParm, ref string refString, out bool outBool)
{
Proxy.CurrentLog.LogInformationData("Static method logging test", DateTime.UtcNow);
refString = string.Format("{0} {1}", intParm, refString);
outBool = true;
}
public void CallConstPerfCounter()
{
const int baseLineConstParmRunsPerSec = 4000;
var dal = new SomeTestClass();
long runsPerSec = RunCounter.SpinPerSec(MillisecToRun, () => dal.GetProxy().Invoke(ctx => ctx.DoNothing(123, "bogus", false, 1m, null)));
this.TestContext.WriteLine("DoNothing() INSTANCE PROXIED SQUENTIAL CONSTANTPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineConstParmRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineConstParmRunsPerSec);
}
public void TestNonMethodExpressionInterceptionFailure()
{
var someCls = new SomeTestClass();
// Example of improper calling instance method returning string, by using a non-method-call operator.
string actual = someCls.GetProxy(TestAspects).Invoke(instance => instance.GetDateString("whatevs") + "123");
// ReSharper disable once ReturnValueOfPureMethodIsNotUsed
actual.ToString(CultureInfo.InvariantCulture);
}
public void CallConstPerfCounter()
{
const int baseLineConstParmRunsPerSec = 4000;
var dal = new SomeTestClass();
long runsPerSec = RunCounter.SpinPerSec(MillisecToRun, () => dal.GetProxy().Invoke(ctx => ctx.DoNothing(123, "bogus", false, 1m, null)));
this.TestContext.WriteLine("DoNothing() INSTANCE PROXIED SQUENTIAL CONSTANTPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineConstParmRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineConstParmRunsPerSec);
}
public void TestOne()
{
var dal = new SomeTestClass(new DateTime(2010, 2, 5));
// Example of the most common use case: calling instance GetDateString() method returning string.
string actual = dal.GetProxy(TestAspects).Invoke(instance => instance.GetDateString("whatevs"));
Assert.AreEqual("whatevs 2/5/2010 12:00:00 AM", actual);
// Example of instantiating an IDisposable class, calling its instance method returning string, and disposing of class instance.
actual = AOP.GetProxy <SomeTestDisposable>(TestAspects).Invoke(dispInstance => dispInstance.Echo("some text"));
Assert.AreEqual("some text", actual);
}
public void CallPerfStaticCounterProfile()
{
int parmInt = 123;
string parmStr = "bogus";
bool parmBool = false;
decimal parmDec = 1.0m;
int[] arr = { 1, 2, 3, 4, 5 };
long runsPerSec;
runsPerSec = RunCounter.SpinPerSec(MillisecToRun, () => AOP.Invoke(() => SomeTestClass.DoNothingStatic(parmInt, parmStr, parmBool, parmDec, arr)));
this.TestContext.WriteLine("SomeTestClass.DoNothingStatic(parmInt, parmStr, parmBool, parmDec, arr) non-parallel perf test result: {0} calls/second.", runsPerSec);
}
public void TestStaticLogging()
{
Assert.IsNull(Proxy.CurrentLog);
const int intParm = 456;
this.IntProp = intParm;
string refString = DateTime.Now.Ticks.ToString(CultureInfo.InvariantCulture);
bool outBool = false;
SomeTestClass obj = new SomeTestClass();
// Example of calling static void method.
AOP.Invoke(TestAspects, () => SomeTestClass.MiscParmsStatic(this.IntProp, obj, ref refString, out outBool));
Assert.IsTrue(outBool);
}
public void CallConstStaticPerfCounter()
{
const int baseLineMultiThreadConstStaticParmRunsPerSec = 23000; // 31500; // 33500;
const int baseLineSingleThreadConstStaticParmRunsPerSec = 8500; // 9000
long runsPerSec;
runsPerSec = RunCounter.SpinParallelPerSec(MillisecToRun, () => AOP.Invoke(() => SomeTestClass.DoNothingStatic(123, "bogus", false, 1m, null)));
this.TestContext.WriteLine("DoNothingStatic() STATIC PROXIED PARALLEL LOCALVARS CONSTANTPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineMultiThreadConstStaticParmRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineMultiThreadConstStaticParmRunsPerSec);
runsPerSec = RunCounter.SpinPerSec(MillisecToRun, () => AOP.Invoke(() => SomeTestClass.DoNothingStatic(123, "bogus", false, 1m, null)));
this.TestContext.WriteLine("DoNothingStatic() STATIC PROXIED SEQUENTIAL CONSTANTPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineSingleThreadConstStaticParmRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineSingleThreadConstStaticParmRunsPerSec);
}
public void TestMethodSignatures()
{
var obj = new SomeTestClass();
string username, password;
username = "******";
password = "******";
obj.GetProxy().Invoke(inst => inst.FakeLogin(username, password));
obj = new SomeTestClass(new DateTime(2010, 11, 5));
//username = "******";
//password = "******";
obj.GetProxy().Invoke(inst => inst.FakeLogin(username, password));
int index = "Wassup".GetProxy(TestAspects).Invoke(str => str.IndexOf('u'));
Assert.AreEqual(4, index);
}
public void CallPerfStaticCounter()
{
const int baseLineParallelRunsPerSec = 9500; // 10000;
const int baseLineRunsPerSec = 3300; // 3500;
int parmInt = 123;
string parmStr = "bogus";
bool parmBool = false;
decimal parmDec = 1.0m;
int[] arr = { 1, 2, 3, 4, 5 };
long runsPerSec;
runsPerSec = RunCounter.SpinParallelPerSec(MillisecToRun, () => AOP.Invoke(() => SomeTestClass.DoNothingStatic(parmInt, parmStr, parmBool, parmDec, arr)));
this.TestContext.WriteLine("DoNothingStatic() STATIC PROXIED PARALLEL VRPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineParallelRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineParallelRunsPerSec);
runsPerSec = RunCounter.SpinPerSec(MillisecToRun, () => AOP.Invoke(() => SomeTestClass.DoNothingStatic(parmInt, parmStr, parmBool, parmDec, arr)));
this.TestContext.WriteLine("DoNothingStatic() STATIC PROXIED SEQUENTIAL VARPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineRunsPerSec);
}
public void CallPerfCounter()
{
const int baseLineSingleThreadRunsPerSec = 2700;
const int baseLineMultiThreadRunsPerSec = 9500; // 10000;
var dal = new SomeTestClass();
long runsPerSec;
int parmInt = 123;
string parmStr = "bogus";
bool parmBool = false;
decimal parmDec = 1.0m;
int[] arr = {1, 2, 3, 4, 5};
runsPerSec = RunCounter.SpinParallelPerSec(MillisecToRun, () => dal.GetProxy().Invoke(ctx => ctx.DoNothing(parmInt, parmStr, parmBool, parmDec, arr)));
this.TestContext.WriteLine("Worst case scenario: DoNothing() INSTANCE PROXIED PARALLEL VARPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineMultiThreadRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineMultiThreadRunsPerSec);
runsPerSec = RunCounter.SpinPerSec(MillisecToRun, () => dal.GetProxy().Invoke(ctx => ctx.DoNothing(parmInt, parmStr, parmBool, parmDec, arr)));
this.TestContext.WriteLine("DoNothing() INSTANCE PROXIED SEQUENTIAL VARPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineSingleThreadRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineSingleThreadRunsPerSec);
}
public void CallPerfCounter()
{
const int baseLineSingleThreadRunsPerSec = 2700;
const int baseLineMultiThreadRunsPerSec = 9500; // 10000;
var dal = new SomeTestClass();
long runsPerSec;
int parmInt = 123;
string parmStr = "bogus";
bool parmBool = false;
decimal parmDec = 1.0m;
int[] arr = { 1, 2, 3, 4, 5 };
runsPerSec = RunCounter.SpinParallelPerSec(MillisecToRun, () => dal.GetProxy().Invoke(ctx => ctx.DoNothing(parmInt, parmStr, parmBool, parmDec, arr)));
this.TestContext.WriteLine("Worst case scenario: DoNothing() INSTANCE PROXIED PARALLEL VARPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineMultiThreadRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineMultiThreadRunsPerSec);
runsPerSec = RunCounter.SpinPerSec(MillisecToRun, () => dal.GetProxy().Invoke(ctx => ctx.DoNothing(parmInt, parmStr, parmBool, parmDec, arr)));
this.TestContext.WriteLine("DoNothing() INSTANCE PROXIED SEQUENTIAL VARPARAMS got {0} cps, with expected {1} cps.", runsPerSec, baseLineSingleThreadRunsPerSec);
//Assert.IsTrue(runsPerSec >= baseLineSingleThreadRunsPerSec);
}
public void TestMethodMetadata()
{
int intParm = 456;
this.IntProp = intParm;
string refString1 = DateTime.Now.Ticks.ToString(CultureInfo.InvariantCulture);
bool outBool = false;
SomeTestClass obj1 = new SomeTestClass();
// Example of calling static void method.
AOP.Invoke(TestAspects, () => SomeTestClass.MiscParmsStatic(this.IntProp, obj1, ref refString1, out outBool));
Assert.IsTrue(outBool);
Thread.Sleep(100);
intParm = 12456;
IntProp = intParm;
string refString2 = DateTime.Now.Ticks.ToString(CultureInfo.InvariantCulture);
SomeTestClass obj2 = new SomeTestClass(new DateTime(1999, 5, 3));
AOP.Invoke(TestAspects, () => SomeTestClass.MiscParmsStatic(this.IntProp, obj2, ref refString2, out outBool));
Assert.IsTrue(outBool);
}
public void TestOne()
{
var dal = new SomeTestClass(new DateTime(2010, 2, 5));
// Example of the most common use case: calling instance GetDateString() method returning string.
string actual = dal.GetProxy(TestAspects).Invoke(instance => instance.GetDateString("whatevs"));
Assert.AreEqual("whatevs 2/5/2010 12:00:00 AM", actual);
// Example of instantiating an IDisposable class, calling its instance method returning string, and disposing of class instance.
actual = AOP.GetProxy<SomeTestDisposable>(TestAspects).Invoke(dispInstance => dispInstance.Echo("some text"));
Assert.AreEqual("some text", actual);
}
public void TestMethodMetadata()
{
int intParm = 456;
this.IntProp = intParm;
string refString1 = DateTime.Now.Ticks.ToString(CultureInfo.InvariantCulture);
bool outBool = false;
SomeTestClass obj1 = new SomeTestClass();
// Example of calling static void method.
AOP.Invoke(TestAspects, () => SomeTestClass.MiscParmsStatic(this.IntProp, obj1, ref refString1, out outBool));
Assert.IsTrue(outBool);
Thread.Sleep(100);
intParm = 12456;
IntProp = intParm;
string refString2 = DateTime.Now.Ticks.ToString(CultureInfo.InvariantCulture);
SomeTestClass obj2 = new SomeTestClass(new DateTime(1999, 5, 3));
AOP.Invoke(TestAspects, () => SomeTestClass.MiscParmsStatic(this.IntProp, obj2, ref refString2, out outBool));
Assert.IsTrue(outBool);
}
public void TestMethodSignatures()
{
var obj = new SomeTestClass();
string username, password;
username = "******";
password = "******";
obj.GetProxy().Invoke(inst => inst.FakeLogin(username, password));
obj = new SomeTestClass(new DateTime(2010, 11, 5));
//username = "******";
//password = "******";
obj.GetProxy().Invoke(inst => inst.FakeLogin(username, password));
int index = "Wassup".GetProxy(TestAspects).Invoke(str => str.IndexOf('u'));
Assert.AreEqual(4, index);
}
public void TestNonMethodExpressionInterceptionFailure()
{
var someCls = new SomeTestClass();
// Example of improper calling instance method returning string, by using a non-method-call operator.
string actual = someCls.GetProxy(TestAspects).Invoke(instance => instance.GetDateString("whatevs") + "123");
// ReSharper disable once ReturnValueOfPureMethodIsNotUsed
actual.ToString(CultureInfo.InvariantCulture);
}
public void TestInterceptedException()
{
var someCls = new SomeTestClass(new DateTime(2010, 2, 5));
someCls.GetProxy(TestAspects).Invoke(instance => instance.ThrowFailure());
}
public void TestStaticLogging()
{
Assert.IsNull(Proxy.CurrentLog);
const int intParm = 456;
this.IntProp = intParm;
string refString = DateTime.Now.Ticks.ToString(CultureInfo.InvariantCulture);
bool outBool = false;
SomeTestClass obj = new SomeTestClass();
// Example of calling static void method.
AOP.Invoke(TestAspects, () => SomeTestClass.MiscParmsStatic(this.IntProp, obj, ref refString, out outBool));
Assert.IsTrue(outBool);
}
public void TestInterceptedException()
{
var someCls = new SomeTestClass(new DateTime(2010, 2, 5));
someCls.GetProxy(TestAspects).Invoke(instance => instance.ThrowFailure());
}
