public void EnumType_AddUndeclaredDirectives()
{
// arrange
const string schema = "enum Foo { BAR BAZ }";
const string extensions = "extend enum Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
Action action = () => rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
Assert.Throws <SchemaMergeException>(action).Message.MatchSnapshot();
}
public void InterfaceType_AddScalarField()
{
// arrange
const string schema = "interface Foo { bar: String }";
const string extensions = "extend interface Foo { baz: Int }";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Parser.Default.Parse(schema),
Parser.Default.Parse(extensions));
// assert
SchemaSyntaxSerializer.Serialize(merged).MatchSnapshot();
}
public void InputObjectType_AddScalarField()
{
// arrange
const string schema = "input Foo { bar: String }";
const string extensions = "extend input Foo { baz: Int }";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
merged.ToString().MatchSnapshot();
}
public void EnumType_AddValue()
{
// arrange
const string schema = "enum Foo { BAR BAZ }";
const string extensions = "extend enum Foo { QUX }";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
merged.Print().MatchSnapshot();
}
public void ObjectType_AddUndeclaredDirectives()
{
// arrange
const string schema = "type Foo @foo { bar: String }";
const string extensions = "extend type Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
Action action = () => rewriter.AddExtensions(
Parser.Default.Parse(schema),
Parser.Default.Parse(extensions));
// assert
Assert.Throws <SchemaMergeException>(action).Message.MatchSnapshot();
}
public void EnumType_AddValue()
{
// arrange
const string schema = "enum Foo { BAR BAZ }";
const string extensions = "extend enum Foo { QUX }";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Parser.Default.Parse(schema),
Parser.Default.Parse(extensions));
// assert
SchemaSyntaxSerializer.Serialize(merged).MatchSnapshot();
}
public void ObjectType_AddScalarField()
{
// arrange
const string schema = "type Foo { bar: String }";
const string extensions = "extend type Foo { baz: Int }";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
SchemaSyntaxSerializer.Serialize(merged).MatchSnapshot();
}
public void EnumType_AddDirectives()
{
// arrange
const string schema = "enum Foo { BAR BAZ } " +
"directive @foo on ENUM";
const string extensions = "extend enum Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
SchemaSyntaxSerializer.Serialize(merged).MatchSnapshot();
}
public void InterfaceType_AddDirectives()
{
// arrange
const string schema = "interface Foo { bar: String } " +
"directive @foo on INTERFACE";
const string extensions = "extend interface Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
SchemaSyntaxSerializer.Serialize(merged).MatchSnapshot();
}
public void InputObjectType_AddDirectives()
{
// arrange
const string schema = "input Foo { bar: String } " +
"directive @foo on INPUT_OBJECT";
const string extensions = "extend input Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
merged.ToString().MatchSnapshot();
}
public void InterfaceType_AddDuplicateDirectives()
{
// arrange
const string schema = "interface Foo @foo { bar: String } " +
"directive @foo on INTERFACE";
const string extensions = "extend interface Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
Action action = () => rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
Assert.Throws <SchemaMergeException>(action).Message.MatchSnapshot();
}
public void ObjectType_DirectiveDeclaredInExtensionDoc()
{
// arrange
const string schema = "type Foo { bar: String }";
const string extensions = "extend type Foo @foo { bar: String }"
+ "directive @foo on OBJECT";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
merged.ToString().MatchSnapshot();
}
public void ObjectType_AddDirectives()
{
// arrange
const string schema = "type Foo { bar: String } " +
"directive @foo on OBJECT";
const string extensions = "extend type Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Parser.Default.Parse(schema),
Parser.Default.Parse(extensions));
// assert
SchemaSyntaxSerializer.Serialize(merged).MatchSnapshot();
}
public void EnumType_AddDuplicateDirectives()
{
// arrange
const string schema = "enum Foo @foo { BAR BAZ } " +
"directive @foo on ENUM";
const string extensions = "extend enum Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
Action action = () => rewriter.AddExtensions(
Parser.Default.Parse(schema),
Parser.Default.Parse(extensions));
// assert
Assert.Throws <SchemaMergeException>(action).Message.MatchSnapshot();
}
public void InputObjectType_AddDuplicateDirectives()
{
// arrange
const string schema = "input Foo @foo { bar: String } " +
"directive @foo on INPUT_OBJECT";
const string extensions = "extend input Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
Action action = () => rewriter.AddExtensions(
Parser.Default.Parse(schema),
Parser.Default.Parse(extensions));
// assert
Assert.Throws <SchemaMergeException>(action).Message.MatchSnapshot();
}
public void UnionType_AddType()
{
// arrange
const string schema = "union Foo = A | B "
+ "type A { a: String } "
+ "type B { b: String }";
const string extensions = "extend union Foo = C "
+ "type C { c: String }";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
SchemaSyntaxSerializer.Serialize(merged).MatchSnapshot();
}
public void UnionType_AddDirectives()
{
// arrange
const string schema = "union Foo = A | B "
+ "type A { a: String } "
+ "type B { b: String } "
+ "directive @foo on INTERFACE";
const string extensions = "extend union Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Utf8GraphQLParser.Parse(schema),
Utf8GraphQLParser.Parse(extensions));
// assert
merged.ToString().MatchSnapshot();
}
public void UnionType_AddDirectives()
{
// arrange
const string schema = "union Foo = A | B "
+ "type A { a: String } "
+ "type B { b: String } "
+ "directive @foo on INTERFACE";
const string extensions = "extend union Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
DocumentNode merged = rewriter.AddExtensions(
Parser.Default.Parse(schema),
Parser.Default.Parse(extensions));
// assert
SchemaSyntaxSerializer.Serialize(merged).MatchSnapshot();
}
public void UnionType_AddDuplicateDirectives()
{
// arrange
const string schema = "union Foo @foo = A | B "
+ "type A { a: String } "
+ "type B { b: String } "
+ "directive @foo on INTERFACE";
const string extensions = "extend union Foo @foo";
// act
var rewriter = new AddSchemaExtensionRewriter();
Action action = () => rewriter.AddExtensions(
Parser.Default.Parse(schema),
Parser.Default.Parse(extensions));
// assert
Assert.Throws <SchemaMergeException>(action).Message.MatchSnapshot();
}
