public void RunTest()
{
// context is null
{
string parameterName = "context";
string innerMessage =
ArgumentExceptionAssert.NullPartialMessage +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var sample = DoubleMatrix.Dense(1, 1);
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "Run",
methodArgs: new object[] { null, 1, .01 });
},
expectedInnerType: typeof(ArgumentNullException),
expectedInnerMessage: innerMessage);
}
}
public void EvauatePerformancesTest()
{
// context is null
{
string parameterName = "context";
string innerMessage =
ArgumentExceptionAssert.NullPartialMessage +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var sample = DoubleMatrix.Dense(1, 1);
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "EvaluatePerformances",
methodArgs: new object[] { null, sample });
},
expectedInnerType: typeof(ArgumentNullException),
expectedInnerMessage: innerMessage);
}
// sample is null
{
string parameterName = "sample";
string innerMessage =
ArgumentExceptionAssert.NullPartialMessage +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var context = TestableSystemPerformanceOptimizationContext00.Get().Context;
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "EvaluatePerformances",
methodArgs: new object[] { context, null });
},
expectedInnerType: typeof(ArgumentNullException),
expectedInnerMessage: innerMessage);
}
// sample is not context compatible
{
string parameterName = "sample";
string innerMessage =
ImplementationServices.GetResourceString(
"STR_EXCEPT_CEP_SAMPLE_IS_CONTEXT_INCOMPATIBLE") +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var context = TestableSystemPerformanceOptimizationContext00.Get().Context;
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "EvaluatePerformances",
methodArgs: new object[] {
context,
DoubleMatrix.Dense(1, context.StateDimension + 1)
});
},
expectedInnerType: typeof(ArgumentException),
expectedInnerMessage: innerMessage);
}
}
public void SampleTest()
{
// context is null
{
string parameterName = "context";
string innerMessage =
ArgumentExceptionAssert.NullPartialMessage +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var parameter = DoubleMatrix.Dense(1, 1);
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "Sample",
methodArgs: new object[] { null, 1, parameter });
},
expectedInnerType: typeof(ArgumentNullException),
expectedInnerMessage: innerMessage);
}
// parameter is null
{
string parameterName = "parameter";
string innerMessage =
ArgumentExceptionAssert.NullPartialMessage +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var context = TestableSystemPerformanceOptimizationContext00.Get().Context;
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "Sample",
methodArgs: new object[] { context, 1, null });
},
expectedInnerType: typeof(ArgumentNullException),
expectedInnerMessage: innerMessage);
}
// sampleSize is zero
{
string parameterName = "sampleSize";
string innerMessage =
ImplementationServices.GetResourceString(
"STR_EXCEPT_PAR_MUST_BE_POSITIVE") +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var context = TestableSystemPerformanceOptimizationContext00.Get().Context;
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "Sample",
methodArgs: new object[] {
context,
0,
context.InitialParameter
});
},
expectedInnerType: typeof(ArgumentOutOfRangeException),
expectedInnerMessage: innerMessage);
}
// sampleSize is negative
{
string parameterName = "sampleSize";
string innerMessage =
ImplementationServices.GetResourceString(
"STR_EXCEPT_PAR_MUST_BE_POSITIVE") +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var context = TestableSystemPerformanceOptimizationContext00.Get().Context;
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "Sample",
methodArgs: new object[] {
context,
-1,
context.InitialParameter
});
},
expectedInnerType: typeof(ArgumentOutOfRangeException),
expectedInnerMessage: innerMessage);
}
// parameter is not context compatible: wrong number of rows
{
string parameterName = "parameter";
string innerMessage =
ImplementationServices.GetResourceString(
"STR_EXCEPT_CEP_PARAMETER_IS_CONTEXT_INCOMPATIBLE") +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var context = TestableSystemPerformanceOptimizationContext00.Get().Context;
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "Sample",
methodArgs: new object[] {
context,
1,
DoubleMatrix.Dense(
context.InitialParameter.NumberOfRows + 1,
context.InitialParameter.NumberOfColumns)
});
},
expectedInnerType: typeof(ArgumentException),
expectedInnerMessage: innerMessage);
}
// parameter is not context compatible: wrong number of columns
{
string parameterName = "parameter";
string innerMessage =
ImplementationServices.GetResourceString(
"STR_EXCEPT_CEP_PARAMETER_IS_CONTEXT_INCOMPATIBLE") +
" (Parameter '" + parameterName + "')";
var optimizer = new SystemPerformanceOptimizer();
var context = TestableSystemPerformanceOptimizationContext00.Get().Context;
ExceptionAssert.InnerThrow(
() =>
{
Reflector.ExecuteBaseMember(
obj: optimizer,
methodName: "Sample",
methodArgs: new object[] {
context,
1,
DoubleMatrix.Dense(
context.InitialParameter.NumberOfRows,
context.InitialParameter.NumberOfColumns + 1)
});
},
expectedInnerType: typeof(ArgumentException),
expectedInnerMessage: innerMessage);
}
}
