public void ListOfListValueResolver()
{
var innerList1 = new QueryListInputValue(new FakeSyntaxNode());
innerList1.ListItems.Add(new QueryScalarInputValue(new FakeSyntaxNode(), "15", ScalarValueType.Number));
innerList1.ListItems.Add(new QueryScalarInputValue(new FakeSyntaxNode(), "12", ScalarValueType.Number));
var innerList2 = new QueryListInputValue(new FakeSyntaxNode());
innerList2.ListItems.Add(new QueryScalarInputValue(new FakeSyntaxNode(), "30", ScalarValueType.Number));
innerList2.ListItems.Add(new QueryScalarInputValue(new FakeSyntaxNode(), "40", ScalarValueType.Number));
var outerList = new QueryListInputValue(new FakeSyntaxNode());
outerList.ListItems.Add(innerList1);
outerList.ListItems.Add(innerList2);
var typeExpression = GraphTypeExpression.FromDeclaration("[[Int]]");
var generator = new InputResolverMethodGenerator(this.CreateSchema());
var resolver = generator.CreateResolver(typeExpression);
var result = resolver.Resolve(outerList) as IEnumerable;
CollectionAssert.AreEqual(new List <IEnumerable <int> > {
new List <int> {
15, 12
}, new List <int> {
30, 40
}
}, result);
}
public void DefaultScalarValueResolvers_InvalidInputValue(string expressionText, string inputText)
{
var generator = new InputResolverMethodGenerator(this.CreateSchema());
var text = inputText?.AsMemory() ?? ReadOnlyMemory <char> .Empty;
var source = new SourceText(text);
var tokenStream = Lexer.Tokenize(source);
tokenStream.Prime();
InputValueNode node = null;
if (!tokenStream.EndOfStream)
{
var maker = ValueMakerFactory.CreateMaker(tokenStream.ActiveToken);
if (maker != null)
{
node = maker.MakeNode(tokenStream) as InputValueNode;
}
}
var inputValue = QueryInputValueFactory.CreateInputValue(node);
var typeExpression = GraphTypeExpression.FromDeclaration(expressionText);
var resolver = generator.CreateResolver(typeExpression);
Assert.Throws <UnresolvedValueException>(() =>
{
resolver.Resolve(inputValue);
});
}
/// <summary>
/// Initializes a new instance of the <see cref="QueryVariable" /> class.
/// </summary>
/// <param name="node">The node.</param>
public QueryVariable(VariableNode node)
{
this.Node = Validation.ThrowIfNullOrReturn(node, nameof(node));
this.Name = node.Name.ToString();
this.TypeExpression = GraphTypeExpression.FromDeclaration(node.TypeExpression.Span);
this.UsedByArguments = new List <QueryInputArgument>();
}
public void BasicListValueResolver()
{
var sourceList = new QueryListInputValue(new FakeSyntaxNode());
sourceList.ListItems.Add(new QueryScalarInputValue(new FakeSyntaxNode(), "15", ScalarValueType.Number));
sourceList.ListItems.Add(new QueryScalarInputValue(new FakeSyntaxNode(), "12", ScalarValueType.Number));
var typeExpression = GraphTypeExpression.FromDeclaration("[Int]");
var generator = new InputResolverMethodGenerator(this.CreateSchema());
var resolver = generator.CreateResolver(typeExpression);
var result = resolver.Resolve(sourceList) as IEnumerable;
CollectionAssert.AreEqual(new List <int> {
15, 12
}, result);
}
public void ParseDeclaration(
string declarationText,
bool isValid,
GTW[] expectedModifiers,
string expectedTypeName)
{
var declaration = GraphTypeExpression.FromDeclaration(declarationText.AsSpan());
Assert.AreEqual(isValid, declaration.IsValid);
if (isValid)
{
Assert.AreEqual(expectedTypeName, declaration.TypeName);
Assert.AreEqual(expectedModifiers.Length, declaration.Wrappers.Length);
for (var i = 0; i < expectedModifiers.Length; i++)
{
Assert.AreEqual(expectedModifiers[i], declaration.Wrappers[i]);
}
Assert.AreEqual(declarationText, declaration.ToString());
}
}
