public Expression Bind(Expression expression, Type elementType)
{
_alias = new Alias();
_finder = new FieldFinder();
_elementType = elementType;
return(Visit(expression));
}
public Cache(Type type)
{
Type = type;
Fields = new FieldFinder(this);
Properties = new PropertyFinder(this);
Methods = new MethodFinder(this);
}
public Expression Bind(Expression expression, Type elementType)
{
_alias = new Alias();
_finder = new FieldFinder();
_elementType = elementType;
return Visit(expression);
}
public Expression Bind(Expression expression, Type elementType)
{
_alias = new Alias();
_memberMap = new Dictionary <MemberInfo, Expression>();
_finder = new FieldFinder(_memberMap);
_elementType = elementType;
return(Visit(expression));
}
public Expression Bind(Expression expression, Type elementType)
{
_alias = new Alias();
_memberMap = new Dictionary<MemberInfo, Expression>();
_finder = new FieldFinder(_memberMap);
_elementType = elementType;
return Visit(expression);
}
public void Finds_by_exact_text()
{
var fields = new FieldFinder(Driver, "Some container labeled radio option", Root, DefaultOptions).Find(Options.Exact);
Assert.That(fields.Select(e => e.Id).OrderBy(id => id), Is.EquivalentTo(new[]
{
"containerLabeledRadioFieldExactMatchId"
}));
}
public void Finds_by_substring_text()
{
var fields = new FieldFinder(Driver, "Some for labeled radio option", Root, DefaultOptions).Find(Options.Substring);
Assert.That(fields.Select(e => e.Id).OrderBy(id => id), Is.EquivalentTo(new[]
{
"forLabeledRadioFieldExactMatchId",
"forLabeledRadioFieldPartialMatchId"
}));
}
public IXUnitSetupGenerator GetInstance(IClassUnderTestFinder classUnderTestFinder)
{
var classUnderTestNameFinder = new ClassUnderTestNameFinder();
var constructorParametersExtractor = new ConstructorParametersExtractor();
var fieldFinder = new FieldFinder();
var memberFinder = new MemberFinder();
var constructorGenerator = new ConstructorGenerator();
var expressionStatementGenerator = new ExpressionStatementGenerator();
var fieldNameGenerator = new FieldNameGenerator();
var fieldDeclarationGenerator = new FieldDeclarationGenerator(fieldNameGenerator);
var methodGenerator = new MethodGenerator();
var usingDirectivesGenerator = new UsingDirectivesGenerator();
var setupMethodBodyBuilder = new SetupMethodBodyBuilder(constructorParametersExtractor, expressionStatementGenerator, fieldNameGenerator);
return(new XUnitSetupGenerator(classUnderTestNameFinder, classUnderTestFinder, constructorParametersExtractor, fieldDeclarationGenerator, setupMethodBodyBuilder, constructorGenerator, usingDirectivesGenerator, memberFinder, fieldFinder));
}
/// <summary>
/// Tries to get a mapped field and a constant from the given BinaryExpression.
/// </summary>
/// <param name="expression">
/// The BinaryExpression to get the field and constant for.
/// </param>
/// <param name="value">
/// If successful, holds the Expression which defines the constant.
/// </param>
/// <returns>
/// An instance of MappedField.
/// </returns>
private MappedField GetFieldAndConstant(BinaryExpression expression, out Expression value)
{
Expression firstMember;
Expression secondMember;
firstMember = new FieldFinder(Owner).GetField(expression.Left);
secondMember = new FieldFinder(Owner).GetField(expression.Right);
if (null != firstMember && null != secondMember)
{
if (IsConstant(secondMember))
{
value = expression.Right;
return(Owner.GetMappedField(firstMember));
}
else if (IsConstant(firstMember))
{
value = expression.Left;
return(Owner.GetMappedField(secondMember));
}
else
{
throw new NotSupportedException(String.Format(
"Queries comparing two members are not supported: {0}.", expression));
}
}
else if (null != firstMember)
{
value = expression.Right;
return(Owner.GetMappedField(firstMember));
}
else if (null != secondMember)
{
value = expression.Left;
return(Owner.GetMappedField(secondMember));
}
throw new NotSupportedException(String.Format(
"The query is not supported: {0}.", expression));
}
public FieldFinderTests()
{
_target = new FieldFinder();
}
