public void TestMessageInheritedClass3()
{
var builder = new Fluent.FluentBuilder();
builder.For <ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
builder.For <ClassB>()
.Setup(m => m.A)
.WithMessage("ClassB validation for A");
builder.For <ClassC>()
.Setup(m => m.A)
.WithMessage("ClassC validation for A.1")
.MustBeLessThan(-1)
.WithMessage("ClassC validation for A.2");
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new ClassC(2, 0, 0);
report.Validate(obj);
//m=>m.A will hit A.1 because the rules for base types are executed first. m=>m.A will fail because of rule defined on ClassA!.
Assert.AreEqual("ClassC validation for A.1", report.GetErrorMessage(obj, o => o.A));
obj = new ClassC(1, 0, 0);
report.Validate(obj);
//m=>m.A will hit A.2 because the rules for base types are fine. m=>m.A will fail because of rule defined on ClassC!.
Assert.AreEqual("ClassC validation for A.2", report.GetErrorMessage(obj, o => o.A));
}
public void ShouldFindErrorMessage2()
{
var engine = new Engine();
engine.For <CompositeClass>()
.Setup(c => c.Value)
.MustBeGreaterThan(0)
.Setup(c => c.C)
.MustNotBeNull()
.Setup(c => c.C.C)
.WithMessage("Composed value is not valid")
.MustBeBetween(1, 10, Rules.BetweenRuleBoundsOption.BothInclusive)
;
var o = new CompositeClass()
{
C = new ClassC()
};
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("Composed value is not valid", r.GetErrorMessage(o, f => f.C.C));
//NOTE: There are no errors on ClassC! Should return null.
Assert.IsNull(r.GetErrorMessage(o.C, f => f.C));
}
public void ShouldFindErrorMessage()
{
var builder = new Fluent.FluentBuilder();
builder.For <ClassC>()
.Setup(c => c.C)
.WithMessage("C is not valid")
.MustBeBetween(1, 10, Rules.BetweenRuleBoundsOption.BothInclusive);
builder.For <CompositeClass>()
.Setup(c => c.Value)
.MustBeGreaterThan(0)
.Setup(c => c.C)
.CallValidate()
.WithMessage("Composed value is not valid");
var engine = builder.Build();
var o = new CompositeClass()
{
C = new ClassC()
};
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("Composed value is not valid", r.GetErrorMessage(o, f => f.C));
Assert.AreEqual("C is not valid", r.GetErrorMessage(o.C, f => f.C));
}
public void ShouldFindErrorMessageWithElse()
{
var builder = new Fluent.FluentBuilder();
builder.For <ClassC>()
.If(c => c.C > 10)
.Setup(c => c.C)
.WithMessage("C is not valid. >10")
.MustEqual(-1)
.Else()
.Setup(c => c.C)
.WithMessage("C is not valid. <10")
.MustEqual(-1)
.EndIf();
var engine = builder.Build();
var o = new ClassC()
{
C = 5
};
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("C is not valid. <10", r.GetErrorMessage(o, f => f.C));
}
public void ShouldFindErrorMessageWithNestedIF_Else()
{
var engine = new Engine();
engine.For <ClassC>()
.If(c => c.C > 1)
.If(c => c.C > 2)
.If(c => c.C > 5)
.Setup(c => c.C)
.WithMessage("C is not valid. >5")
.MustEqual(18)
.Else()
.Setup(c => c.C)
.WithMessage("C is not valid. <5")
.MustEqual(1);
var o = new ClassC()
{
C = 4
};
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("C is not valid. <5", r.GetErrorMessage(o, f => f.C));
}
public void TestMessageInheritedClass2()
{
//NOTE: Same as TestMessageInheritedClass, with order of registrations changed.
var builder = new Fluent.FluentBuilder();
builder.For <ClassC>()
.Setup(m => m.A)
.WithMessage("ClassC validation for A");
builder.For <ClassB>()
.Setup(m => m.A)
.WithMessage("ClassB validation for A");
builder.For <ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new ClassC(2, 0, 0);
report.Validate(obj);
Assert.AreEqual("ClassC validation for A", report.GetErrorMessage(obj, o => o.A));
}
public void TestMessageInheritedClass4()
{
//NOTE: This test is the same as No.3, with definition of rules order changed.
var builder = new Fluent.FluentBuilder();
builder.For <ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
builder.For <ClassB>()
.Setup(m => m.A)
.WithMessage("ClassB validation for A");
builder.For <ClassC>()
.Setup(m => m.A)
.WithMessage("ClassC validation for A.1")
.MustBeLessThan(-1)
.WithMessage("ClassC validation for A.2");
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new ClassC(2, 0, 0);
report.Validate(obj);
//m=>m.A will hit A.1 because the rules for base types are executed first. m=>m.A will fail because of rule defined on ClassA!.
Assert.AreEqual("ClassC validation for A.1", report.GetErrorMessage(obj, o => o.A));
report = new ValidationReport(engine);
obj = new ClassC(1, 0, 0);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
//m=>m.A will hit A.2 because the rules for base types are fine. m=>m.A will fail because of rule defined on ClassC!.
Assert.AreEqual("ClassC validation for A.2", report.GetErrorMessage(obj, o => o.A));
}
public void TestMessageInheritedClass6()
{
Engine engine = new Engine();
engine.For <ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
engine.For <ClassB>()
.Setup(m => m.A)
.WithMessage("ClassB validation for A");
var report = new ValidationReport(engine);
var obj = new ClassB(2, 0);
report.Validate(obj);
Assert.AreEqual("ClassB validation for A", report.GetErrorMessage(obj, o => o.A));
Assert.AreEqual("ClassB validation for A", report.GetErrorMessage((ClassA)obj, o => o.A));
}
public void TestMessageInheritedClass5()
{
var builder = new Fluent.FluentBuilder();
builder.For <ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
builder.For <ClassB>()
.Setup(m => m.B)
.WithMessage("ClassB validation for B");
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new ClassB(2, 0);
report.Validate(obj);
Assert.AreEqual("ClassA validation for A", report.GetErrorMessage(obj, o => o.A));
Assert.AreEqual("ClassA validation for A", report.GetErrorMessage((ClassA)obj, o => o.A));
}
public void ShouldFindErrorMessage2()
{
var builder = new Fluent.FluentBuilder();
builder.For<CompositeClass>()
.Setup(c => c.Value)
.MustBeGreaterThan(0)
.Setup(c => c.C)
.MustNotBeNull()
.Setup(c => c.C.C)
.WithMessage("Composed value is not valid")
.MustBeBetween(1, 10, Rules.BetweenRuleBoundsOption.BothInclusive)
;
var engine = builder.Build();
var o = new CompositeClass() { C = new ClassC() };
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("Composed value is not valid", r.GetErrorMessage(o.C, f => f.C));
//NOTE: There are no errors on ClassC! Should return null.
Assert.IsNull(r.GetErrorMessage(o, f => f.C.C));
}
public void ShouldFindErrorMessageWithIF()
{
var engine = new Engine();
engine.For <ClassC>()
.If(c => c.C > 10)
.Setup(c => c.C)
.WithMessage("C is not valid. >10")
.MustBeBetween(10, 15)
.EndIf();
var o = new ClassC()
{
C = 20
};
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("C is not valid. >10", r.GetErrorMessage(o, f => f.C));
}
public void ShouldFindErrorMessage3()
{
var engine = new Engine();
engine.For <ClassC>().WithMessage("ClassC is not valid")
.Setup(c => c.C)
.MustBeBetween(1, 10);
engine.For <CompositeClass>()
.Setup(c => c.C)
.CallValidate();
var o = new CompositeClass()
{
C = new ClassC()
};
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("ClassC is not valid", r.GetErrorMessage(o, f => f.C));
}
public void ShouldFindErrorMessageWithNestedIF()
{
var builder = new Fluent.FluentBuilder();
builder.For <ClassC>()
.If(c => c.C > 10)
.If(c => c.C > 11)
.If(c => c.C > 12)
.Setup(c => c.C)
.WithMessage("C is not valid. >12")
.MustBeBetween(10, 15);
var engine = builder.Build();
var o = new ClassC()
{
C = 20
};
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("C is not valid. >12", r.GetErrorMessage(o, f => f.C));
}
public void TestMessageForProperty()
{
var builder = new Fluent.FluentBuilder();
builder.For <MyMessageTestClass>()
.WithMessage("Object is not valid")
.Setup(m => m.A)
.WithMessage("Property A is not valid.")
.MustBeLessThanOrEqualTo(10)
.MustNotEqual(5)
.MustNotEqual(0)
.WithMessage("Must not equal zero")
.Setup(m => m.B)
.MustEqual(0);
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new MyMessageTestClass(11, 0);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
Assert.AreEqual("Property A is not valid.", report.GetErrorMessage(obj, o => o.A));
report = new ValidationReport(engine);
obj = new MyMessageTestClass(5, 0);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
Assert.AreEqual("Property A is not valid.", report.GetErrorMessage(obj, o => o.A));
report = new ValidationReport(engine);
obj = new MyMessageTestClass(0, 0);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
Assert.AreEqual("Must not equal zero", report.GetErrorMessage(obj, o => o.A));
report = new ValidationReport(engine);
obj = new MyMessageTestClass(9, 1);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
Assert.AreEqual("Object is not valid", report.GetErrorMessage(obj, o => o.B));
}
public void TestMessageForProperty()
{
var builder = new Fluent.FluentBuilder();
builder.For<MyMessageTestClass>()
.WithMessage("Object is not valid")
.Setup(m => m.A)
.WithMessage("Property A is not valid.")
.MustBeLessThanOrEqualTo(10)
.MustNotEqual(5)
.MustNotEqual(0)
.WithMessage("Must not equal zero")
.Setup(m => m.B)
.MustEqual(0);
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new MyMessageTestClass(11, 0);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
Assert.AreEqual("Property A is not valid.", report.GetErrorMessage(obj, o => o.A));
report = new ValidationReport(engine);
obj = new MyMessageTestClass(5, 0);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
Assert.AreEqual("Property A is not valid.", report.GetErrorMessage(obj, o => o.A));
report = new ValidationReport(engine);
obj = new MyMessageTestClass(0, 0);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
Assert.AreEqual("Must not equal zero", report.GetErrorMessage(obj, o => o.A));
report = new ValidationReport(engine);
obj = new MyMessageTestClass(9, 1);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
Assert.AreEqual("Object is not valid", report.GetErrorMessage(obj, o => o.B));
}
public string GetErrorMessage <T, R>(T value, System.Linq.Expressions.Expression <Func <T, R> > expression, IErrorResolver resolver)
{
return(_innerReport.GetErrorMessage <T, R>(value, expression, resolver));
}
public void ShouldFindErrorMessage4()
{
var builder = new Fluent.FluentBuilder();
builder.For<ClassC>()
.Setup(c => c.C)
.WithMessage("C is not valid")
.MustBeBetween(1, 10, Rules.BetweenRuleBoundsOption.BothInclusive);
builder.For<CompositeClass>()
.Setup(c => c.Value)
.MustBeGreaterThan(0)
.Setup(c => c.C)
.MustNotBeNull()
.WithMessage("C Must not be null")
.CallValidate()
.WithMessage("Composed value is not valid");
var engine = builder.Build();
var o = new CompositeClass() { C = new ClassC() };
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("Composed value is not valid", r.GetErrorMessage(o, f => f.C));
Assert.AreEqual("C is not valid", r.GetErrorMessage(o.C, f => f.C));
var o1 = new CompositeClass() { C = null };
var r1 = new ValidationReport(engine);
r1.Validate(o1);
Assert.AreEqual("C Must not be null", r1.GetErrorMessage(o1, f => f.C));
}
public void TestMessageInheritedClass2()
{
//NOTE: Same as TestMessageInheritedClass, with order of registrations changed.
var builder = new Fluent.FluentBuilder();
builder.For<ClassC>()
.Setup(m => m.A)
.WithMessage("ClassC validation for A");
builder.For<ClassB>()
.Setup(m => m.A)
.WithMessage("ClassB validation for A");
builder.For<ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new ClassC(2, 0, 0);
report.Validate(obj);
Assert.AreEqual("ClassC validation for A", report.GetErrorMessage(obj, o => o.A));
}
public void ShouldFindErrorMessageWithNestedIF()
{
var builder = new Fluent.FluentBuilder();
builder.For<ClassC>()
.If(c => c.C > 10)
.If(c => c.C > 11)
.If(c => c.C > 12)
.Setup(c => c.C)
.WithMessage("C is not valid. >12")
.MustBeBetween(10, 15);
var engine = builder.Build();
var o = new ClassC() { C = 20 };
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("C is not valid. >12", r.GetErrorMessage(o, f => f.C));
}
public void TestMessageInheritedClass6()
{
var builder = new Fluent.FluentBuilder();
builder.For<ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
builder.For<ClassB>()
.Setup(m => m.A)
.WithMessage("ClassB validation for A");
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new ClassB(2, 0);
report.Validate(obj);
Assert.AreEqual("ClassB validation for A", report.GetErrorMessage(obj, o => o.A));
Assert.AreEqual("ClassB validation for A", report.GetErrorMessage((ClassA)obj, o => o.A));
}
public void TestMessageInheritedClass4()
{
//NOTE: This test is the same as No.3, with definition of rules order changed.
var builder = new Fluent.FluentBuilder();
builder.For<ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
builder.For<ClassB>()
.Setup(m => m.A)
.WithMessage("ClassB validation for A");
builder.For<ClassC>()
.Setup(m => m.A)
.WithMessage("ClassC validation for A.1")
.MustBeLessThan(-1)
.WithMessage("ClassC validation for A.2");
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new ClassC(2, 0, 0);
report.Validate(obj);
//m=>m.A will hit A.1 because the rules for base types are executed first. m=>m.A will fail because of rule defined on ClassA!.
Assert.AreEqual("ClassC validation for A.1", report.GetErrorMessage(obj, o => o.A));
report = new ValidationReport(engine);
obj = new ClassC(1, 0, 0);
engine.Validate(obj, report, ValidationReportDepth.FieldShortCircuit);
//m=>m.A will hit A.2 because the rules for base types are fine. m=>m.A will fail because of rule defined on ClassC!.
Assert.AreEqual("ClassC validation for A.2", report.GetErrorMessage(obj, o => o.A));
}
public void TestMessageInheritedClass3()
{
var builder = new Fluent.FluentBuilder();
builder.For<ClassA>()
.Setup(m => m.A)
.MustBeLessThanOrEqualTo(1)
.WithMessage("ClassA validation for A");
builder.For<ClassB>()
.Setup(m => m.A)
.WithMessage("ClassB validation for A");
builder.For<ClassC>()
.Setup(m => m.A)
.WithMessage("ClassC validation for A.1")
.MustBeLessThan(-1)
.WithMessage("ClassC validation for A.2");
var engine = builder.Build();
var report = new ValidationReport(engine);
var obj = new ClassC(2, 0, 0);
report.Validate(obj);
//m=>m.A will hit A.1 because the rules for base types are executed first. m=>m.A will fail because of rule defined on ClassA!.
Assert.AreEqual("ClassC validation for A.1", report.GetErrorMessage(obj, o => o.A));
obj = new ClassC(1, 0, 0);
report.Validate(obj);
//m=>m.A will hit A.2 because the rules for base types are fine. m=>m.A will fail because of rule defined on ClassC!.
Assert.AreEqual("ClassC validation for A.2", report.GetErrorMessage(obj, o => o.A));
}
public void ShouldFindErrorMessage3()
{
var builder = new Fluent.FluentBuilder();
builder.For<ClassC>().WithMessage("ClassC is not valid")
.Setup(c => c.C)
.MustBeBetween(1, 10);
builder.For<CompositeClass>()
.Setup(c => c.C)
.CallValidate();
var engine = builder.Build();
var o = new CompositeClass() { C = new ClassC() };
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("ClassC is not valid", r.GetErrorMessage(o, f => f.C));
}
public void ShouldFindErrorMessageWithNestedIF_Else()
{
var builder = new Fluent.FluentBuilder();
builder.For<ClassC>()
.If(c => c.C > 1)
.If(c => c.C > 2)
.If(c => c.C > 5)
.Setup(c => c.C)
.WithMessage("C is not valid. >5")
.MustEqual(18)
.Else()
.Setup(c => c.C)
.WithMessage("C is not valid. <5")
.MustEqual(1);
var engine = builder.Build();
var o = new ClassC() { C = 4 };
var r = new ValidationReport(engine);
r.Validate(o);
Assert.AreEqual("C is not valid. <5", r.GetErrorMessage(o, f => f.C));
}