public void MaxComplexityReachedWithUnions(
int maxAllowedComplexity,
bool hasErrors)
{
// arrange
DocumentNode query = Utf8GraphQLParser.Parse(@"
{
bazOrBar {
... on Foo {
... on Foo {
field
... on Bar {
baz {
foo {
field
}
}
}
}
}
... on Bar {
baz {
foo {
field
}
}
}
}
}
");
ISchema schema = CreateSchema();
var rule = new MaxComplexityRule(new QueryExecutionOptions
{
MaxOperationComplexity = maxAllowedComplexity
}, null);
// act
QueryValidationResult result = rule.Validate(schema, query);
// assert
Assert.Equal(hasErrors, result.HasErrors);
result.MatchSnapshot("MaxComplexityReachedWithUnions" + maxAllowedComplexity);
}
public void MaxComplexityReachedWithCustomCalculateDelegate(
int maxAllowedComplexity,
bool hasErrors)
{
// arrange
DocumentNode query = Parser.Default.Parse(@"
{
foo {
... on Foo {
... on Foo {
field
... on Bar {
baz {
foo {
field
}
}
}
}
}
}
}
");
ISchema schema = CreateSchema();
var rule = new MaxComplexityRule(new QueryExecutionOptions
{
MaxOperationComplexity = maxAllowedComplexity
}, c => c.Cost.Complexity * 2);
// act
QueryValidationResult result = rule.Validate(schema, query);
// assert
Assert.Equal(hasErrors, result.HasErrors);
result.MatchSnapshot(
"MaxComplexityReachedWithCustomCalculateDelegate_" +
maxAllowedComplexity);
}
public void MaxComplexityReached(
int maxAllowedComplexity,
bool hasErrors)
{
// arrange
DocumentNode query = Parser.Default.Parse(@"
{
foo {
... on Foo {
... on Foo {
field
... on Bar {
baz {
foo {
field
}
}
}
}
}
}
}
");
ISchema schema = CreateSchema();
var rule = new MaxComplexityRule(new QueryExecutionOptions
{
MaxOperationComplexity = maxAllowedComplexity
}, null);
// act
QueryValidationResult result = rule.Validate(schema, query);
// assert
Assert.Equal(hasErrors, result.HasErrors);
result.MatchSnapshot(
SnapshotNameExtension.Create(maxAllowedComplexity));
}
