public void TestLeaked()
{
var prev = RunSharpDebug.LeakingDetection;
// exception in a finalizer may terminate runtime
// we don't want this
RunSharpDebug.LeakingDetection = LeakingDetectionMode.StoreAndContinue;
try
{
RunSharpDebug.RetrieveLeaks();
Assert.IsEmpty(RunSharpDebug.RetrieveLeaks());
TestingFacade.RunTest(
ag =>
{
Assert.IsEmpty(RunSharpDebug.RetrieveLeaks());
TypeGen DeclareArraysSample = ag.Class("DecalreArraysSample");
{
CodeGen g = DeclareArraysSample.Public.Static.Method(typeof(void), "Main");
{
var asStream = ag.ExpressionFactory.New(typeof(MemoryStream)).Cast(typeof(Stream));
asStream.GetType().GetHashCode();
}
}
});
GC.Collect();
GC.WaitForPendingFinalizers();
GC.Collect();
Assert.IsNotEmpty(RunSharpDebug.RetrieveLeaks());
}
finally
{
RunSharpDebug.LeakingDetection = prev;
}
}
public void TestGenTypeAttributeTest()
{
TestingFacade.GetTestsForGenerator(GenTypeAttributeTest, @">>> GEN TriAxis.RunSharp.Tests.A2_Attributes.GenTypeAttributeTest
=== RUN TriAxis.RunSharp.Tests.A2_Attributes.GenTypeAttributeTest
<<< END TriAxis.RunSharp.Tests.A2_Attributes.GenTypeAttributeTest
").RunAll();
}
public void TestGenIndexedProperty()
{
TestingFacade.GetTestsForGenerator(GenIndexedProperty, @">>> GEN TriAxis.RunSharp.Tests.09_IndexedProperties.GenIndexedProperty
=== RUN TriAxis.RunSharp.Tests.09_IndexedProperties.GenIndexedProperty
PeneloPe PiPer Picked a Peck of Pickled PePPers. How many Pickled PePPers did PeneloPe PiPer Pick?
<<< END TriAxis.RunSharp.Tests.09_IndexedProperties.GenIndexedProperty
").RunAll();
}
public void TestGenStruct1()
{
TestingFacade.GetTestsForGenerator(GenStruct1, @">>> GEN TriAxis.RunSharp.Tests.07_Structs.GenStruct1
=== RUN TriAxis.RunSharp.Tests.07_Structs.GenStruct1
The stored value is: 5
<<< END TriAxis.RunSharp.Tests.07_Structs.GenStruct1
").RunAll();
}
public void TestGenStructConversion()
{
TestingFacade.GetTestsForGenerator(GenStructConversion, @">>> GEN TriAxis.RunSharp.Tests.10_Conversions.GenStructConversion
=== RUN TriAxis.RunSharp.Tests.10_Conversions.GenStructConversion
10
Conversion not yet implemented
<<< END TriAxis.RunSharp.Tests.10_Conversions.GenStructConversion
").RunAll();
}
public void TestGenEvents1()
{
TestingFacade.GetTestsForGenerator(GenEvents1, @">>> GEN TriAxis.RunSharp.Tests.13_Events.GenEvents1
=== RUN TriAxis.RunSharp.Tests.13_Events.GenEvents1
This is called when the event fires.
This is called when the event fires.
<<< END TriAxis.RunSharp.Tests.13_Events.GenEvents1
").RunAll();
}
public void TestGenStructImpl()
{
TestingFacade.GetTestsForGenerator(GenStructImpl,
@">>> GEN TriAxis.RunSharp.Tests.Bugs.X1864084_ValueTypeVirtual.GenStructImpl
=== RUN TriAxis.RunSharp.Tests.Bugs.X1864084_ValueTypeVirtual.GenStructImpl
Hash code of Test is -1
<<< END TriAxis.RunSharp.Tests.Bugs.X1864084_ValueTypeVirtual.GenStructImpl
").RunAll();
}
public void TestGenIsNull()
{
TestingFacade.GetTestsForGenerator(GenIsNull, @">>> GEN TriAxis.RunSharp.Tests.Bugs.X17_IsNull.GenIsNull
=== RUN TriAxis.RunSharp.Tests.Bugs.X17_IsNull.GenIsNull
a is not null
b is null
<<< END TriAxis.RunSharp.Tests.Bugs.X17_IsNull.GenIsNull
").RunAll();
}
public void TestGenHello1()
{
TestingFacade.GetTestsForGenerator(GenHello1,
@">>> GEN TriAxis.RunSharp.Tests.01_HelloWorld.GenHello1
=== RUN TriAxis.RunSharp.Tests.01_HelloWorld.GenHello1
Hello, World!
<<< END TriAxis.RunSharp.Tests.01_HelloWorld.GenHello1
").RunAll();
}
public void TestGenStaticCtor()
{
TestingFacade.GetTestsForGenerator(GenStaticCtor, @">>> GEN TriAxis.RunSharp.Tests.Bugs.X14_StaticConstructor.GenStaticCtor
=== RUN TriAxis.RunSharp.Tests.Bugs.X14_StaticConstructor.GenStaticCtor
Hello from .cctor!
.cctor works now...
<<< END TriAxis.RunSharp.Tests.Bugs.X14_StaticConstructor.GenStaticCtor
").RunAll();
}
public void TestGenVersioning()
{
TestingFacade.GetTestsForGenerator(GenVersioning, @">>> GEN TriAxis.RunSharp.Tests.05_Versioning.GenVersioning
=== RUN TriAxis.RunSharp.Tests.05_Versioning.GenVersioning
MyDerived-Meth1
MyBase-Meth2
MyBase-Meth3
<<< END TriAxis.RunSharp.Tests.05_Versioning.GenVersioning
").RunAll();
}
public void TestGenArrays()
{
TestingFacade.GetTestsForGenerator(GenArrays, @">>> GEN TriAxis.RunSharp.Tests.03_Arrays.GenArrays
=== RUN TriAxis.RunSharp.Tests.03_Arrays.GenArrays
Length of row 2 is 5
Length of row 3 is 6
Length of row 4 is 7
<<< END TriAxis.RunSharp.Tests.03_Arrays.GenArrays
").RunAll();
}
public void TestGenOriginalTest()
{
TestingFacade.GetTestsForGenerator(
GenOriginalTest,
@">>> GEN TriAxis.RunSharp.Tests.Bugs.X1864084_ValueTypeVirtual.GenOriginalTest
=== RUN TriAxis.RunSharp.Tests.Bugs.X1864084_ValueTypeVirtual.GenOriginalTest
Hash code of 3 is 3
<<< END TriAxis.RunSharp.Tests.Bugs.X1864084_ValueTypeVirtual.GenOriginalTest
").RunAll();
}
public void TestGenComplex()
{
TestingFacade.GetTestsForGenerator(GenComplex, @">>> GEN TriAxis.RunSharp.Tests.11_OperatorOverloading.GenComplex
=== RUN TriAxis.RunSharp.Tests.11_OperatorOverloading.GenComplex
First complex number: 2 + 3i
Second complex number: 3 + 4i
The sum of the two numbers: 5 + 7i
<<< END TriAxis.RunSharp.Tests.11_OperatorOverloading.GenComplex
").RunAll();
}
public void TestGenPerson()
{
TestingFacade.GetTestsForGenerator(GenPerson, @">>> GEN TriAxis.RunSharp.Tests.04_Properties.GenPerson
=== RUN TriAxis.RunSharp.Tests.04_Properties.GenPerson
Simple Properties
Person details - Name = N/A, Age = 0
Person details - Name = Joe, Age = 99
Person details - Name = Joe, Age = 100
<<< END TriAxis.RunSharp.Tests.04_Properties.GenPerson
").RunAll();
}
public void TestGenShapeTest()
{
TestingFacade.GetTestsForGenerator(GenShapeTest, @">>> GEN TriAxis.RunSharp.Tests.04_Properties.GenShapeTest
=== RUN TriAxis.RunSharp.Tests.04_Properties.GenShapeTest
Shapes Collection
Square #1 Area = 25.00
Circle #1 Area = 28.27
Rectangle #1 Area = 20.00
<<< END TriAxis.RunSharp.Tests.04_Properties.GenShapeTest
").RunAll();
}
public void TestGenExplicit2()
{
TestingFacade.GetTestsForGenerator(GenExplicit2, @">>> GEN TriAxis.RunSharp.Tests.14_ExplicitImplementation.GenExplicit2
=== RUN TriAxis.RunSharp.Tests.14_ExplicitImplementation.GenExplicit2
Length(in): 30
Width (in): 20
Length(cm): 76.2
Width (cm): 50.8
<<< END TriAxis.RunSharp.Tests.14_ExplicitImplementation.GenExplicit2
").RunAll();
}
public void TestGenBookstore()
{
TestingFacade.GetTestsForGenerator(GenBookstore, @">>> GEN TriAxis.RunSharp.Tests.12_Delegates.GenBookstore
=== RUN TriAxis.RunSharp.Tests.12_Delegates.GenBookstore
Paperback Book Titles:
The C Programming Language
The Unicode Standard 2.0
Dogbert's Clues for the Clueless
Average Paperback Book Price: $23.97
<<< END TriAxis.RunSharp.Tests.12_Delegates.GenBookstore
").RunAll();
}
public void TestGenDbBool()
{
TestingFacade.GetTestsForGenerator(GenDbBool, @">>> GEN TriAxis.RunSharp.Tests.11_OperatorOverloading.GenDbBool
=== RUN TriAxis.RunSharp.Tests.11_OperatorOverloading.GenDbBool
!DBBool.True = DBBool.False
!DBBool.Null = DBBool.Null
DBBool.True & DBBool.Null = DBBool.Null
DBBool.True | DBBool.Null = DBBool.True
b is not definitely true
<<< END TriAxis.RunSharp.Tests.11_OperatorOverloading.GenDbBool
").RunAll();
}
public void TestGenHello3()
{
TestingFacade.GetTestsForGenerator(GenHello3, @">>> GEN TriAxis.RunSharp.Tests.01_HelloWorld.GenHello3
=== RUN TriAxis.RunSharp.Tests.01_HelloWorld.GenHello3
Hello, World!
You entered the following 4 command line arguments:
arg1
arg2
arg3
arg4
<<< END TriAxis.RunSharp.Tests.01_HelloWorld.GenHello3
").RunAll();
}
public void TestGenTokens2()
{
TestingFacade.GetTestsForGenerator(GenTokens2, @">>> GEN TriAxis.RunSharp.Tests.06_CollectionClasses.GenTokens2
=== RUN TriAxis.RunSharp.Tests.06_CollectionClasses.GenTokens2
This
is
a
well
done
program.
<<< END TriAxis.RunSharp.Tests.06_CollectionClasses.GenTokens2
").RunAll();
}
public void TestNotLeaked()
{
TestingFacade.RunTest(
ag =>
{
TypeGen DeclareArraysSample = ag.Class("DecalreArraysSample");
{
CodeGen g = DeclareArraysSample.Public.Static.Method(typeof(void), "Main");
{
var asStream = ag.ExpressionFactory.New(typeof(MemoryStream)).Cast(typeof(Stream)).SetNotLeaked();
asStream.GetType().GetHashCode();
}
}
});
}
public void TestLeaked()
{
UnhandledExceptionCheck = ex => Assert.That(ex.Count, Is.EqualTo(2));
TestingFacade.RunTest(
ag =>
{
TypeGen DeclareArraysSample = ag.Class("DecalreArraysSample");
{
CodeGen g = DeclareArraysSample.Public.Static.Method(typeof(void), "Main");
{
var asStream = ag.ExpressionFactory.New(typeof(MemoryStream)).Cast(typeof(Stream));
asStream.GetType().GetHashCode();
}
}
});
}
public void TestGenIndexer()
{
foreach (var t in TestingFacade.GetTestsForGenerator(
GenIndexer,
@">>> GEN TriAxis.RunSharp.Tests.08_Indexers.GenIndexer
=== RUN TriAxis.RunSharp.Tests.08_Indexers.GenIndexer
<<< END TriAxis.RunSharp.Tests.08_Indexers.GenIndexer
"))
{
File.WriteAllText(@"indexertest.txt", "123456789");
t();
string c = File.ReadAllText(@"indexertest.txt");
Assert.That(c, Is.EqualTo("987654321"));
}
}
public void TestGenCompose()
{
TestingFacade.GetTestsForGenerator(GenCompose, @">>> GEN TriAxis.RunSharp.Tests.12_Delegates.GenCompose
=== RUN TriAxis.RunSharp.Tests.12_Delegates.GenCompose
Invoking delegate a:
Hello, A!
Invoking delegate b:
Goodbye, B!
Invoking delegate c:
Hello, C!
Goodbye, C!
Invoking delegate d:
Goodbye, D!
<<< END TriAxis.RunSharp.Tests.12_Delegates.GenCompose
").RunAll();
}
public void TestGenBreakContinue()
{
TestingFacade.GetTestsForGenerator(GenBreakContinue, @">>> GEN TriAxis.RunSharp.Tests.A1_BreakContinue.GenBreakContinue
=== RUN TriAxis.RunSharp.Tests.A1_BreakContinue.GenBreakContinue
Break test:
1
2
3
4
Continue test:
1
2
3
8
9
10
<<< END TriAxis.RunSharp.Tests.A1_BreakContinue.GenBreakContinue
").RunAll();
}
public void TestGenCmdLine2()
{
TestingFacade.GetTestsForGenerator(GenCmdLine2, @">>> GEN TriAxis.RunSharp.Tests.02_CommandLine.GenCmdLine2
=== RUN TriAxis.RunSharp.Tests.02_CommandLine.GenCmdLine2
0
Number of command line 3 parameters = 4
arg1
arg2
arg3
arg4
Object
5
Number of command line parameters = 4
arg1
arg2
arg3
arg4
<<< END TriAxis.RunSharp.Tests.02_CommandLine.GenCmdLine2
").RunAll();
}
public void ExecuteIncrementNullable()
{
TestingFacade.RunMethodTest(ExecuteIncrementNullable);
}
public void TestGenStructNotImpl()
{
TestingFacade.GetTestsForGenerator(GetStructNotImpl, null).RunAll();
}
public void ExecuteConditionalInt()
{
TestingFacade.RunMethodTest(ExecuteConditionalInt);
}