public void ComposeRetainsComparer()
{
// Fixture setup
var dummyBuilder = new DelegatingSpecimenBuilder();
var dummyHandler = new DelegatingRecursionHandler();
var expected = new DelegatingEqualityComparer();
var sut = new RecursionGuard(dummyBuilder, dummyHandler, expected);
// Exercise system
var actual = sut.Compose(new ISpecimenBuilder[0]);
// Verify outcome
var rg = Assert.IsAssignableFrom <RecursionGuard>(actual);
Assert.Equal(expected, rg.Comparer);
// Teardown
}
public void ComposeRetainsRecursionDepth()
{
// Arrange
var dummyBuilder = new DelegatingSpecimenBuilder();
var dummyHandler = new DelegatingRecursionHandler();
var dummyComparer = new DelegatingEqualityComparer();
int expected = 2;
var sut = new RecursionGuard(dummyBuilder, dummyHandler, dummyComparer, expected);
// Act
var actual = sut.Compose(new ISpecimenBuilder[0]);
// Assert
var rg = Assert.IsAssignableFrom <RecursionGuard>(actual);
Assert.Equal(expected, rg.RecursionDepth);
}
public void ComposeSingleItemReturnsCorrectResult()
{
// Arrange
var dummyBuilder = new DelegatingSpecimenBuilder();
var dummyHandler = new DelegatingRecursionHandler();
var dummyComparer = new DelegatingEqualityComparer();
int dummyRecursionDepth = 2;
var sut = new RecursionGuard(dummyBuilder, dummyHandler, dummyComparer, dummyRecursionDepth);
// Act
var expected = new DelegatingSpecimenBuilder();
var actual = sut.Compose(new[] { expected });
// Assert
var rg = Assert.IsAssignableFrom <RecursionGuard>(actual);
Assert.Equal(expected, rg.Builder);
}
public void ComposeSingleItemReturnsCorrectResult()
{
// Fixture setup
var dummyBuilder = new DelegatingSpecimenBuilder();
var dummyHandler = new DelegatingRecursionHandler();
var dummyComparer = new DelegatingEqualityComparer();
int dummyRecursionDepth = 2;
var sut = new RecursionGuard(dummyBuilder, dummyHandler, dummyComparer, dummyRecursionDepth);
// Exercise system
var expected = new DelegatingSpecimenBuilder();
var actual = sut.Compose(new[] { expected });
// Verify outcome
var rg = Assert.IsAssignableFrom <RecursionGuard>(actual);
Assert.Equal(expected, rg.Builder);
// Teardown
}
public void ComposeReturnsCorrectResult()
{
// Fixture setup
var dummyBuilder = new DelegatingSpecimenBuilder();
var dummyHandler = new DelegatingRecursionHandler();
var dummyComparer = new DelegatingEqualityComparer();
var sut = new RecursionGuard(dummyBuilder, dummyHandler, dummyComparer);
// Exercise system
var expectedBuilders = new[]
{
new DelegatingSpecimenBuilder(),
new DelegatingSpecimenBuilder(),
new DelegatingSpecimenBuilder()
};
var actual = sut.Compose(expectedBuilders);
// Verify outcome
var rg = Assert.IsAssignableFrom <RecursionGuard>(actual);
var composite = Assert.IsAssignableFrom <CompositeSpecimenBuilder>(rg.Builder);
Assert.True(expectedBuilders.SequenceEqual(composite));
// Teardown
}
public void ComposeReturnsCorrectResult()
{
// Arrange
var dummyBuilder = new DelegatingSpecimenBuilder();
var dummyHandler = new DelegatingRecursionHandler();
var dummyComparer = new DelegatingEqualityComparer();
const int dummyRecursionDepth = 2;
var sut = new RecursionGuard(dummyBuilder, dummyHandler, dummyComparer, dummyRecursionDepth);
// Act
var expectedBuilders = new[]
{
new DelegatingSpecimenBuilder(),
new DelegatingSpecimenBuilder(),
new DelegatingSpecimenBuilder()
};
var actual = sut.Compose(expectedBuilders);
// Assert
var rg = Assert.IsAssignableFrom <RecursionGuard>(actual);
var composite = Assert.IsAssignableFrom <CompositeSpecimenBuilder>(rg.Builder);
Assert.True(expectedBuilders.SequenceEqual(composite));
}