true]), AST::astFromValue(true, Type::boolean())); self::assertEquals(new BooleanValueNode(['value' => false]), AST::astFromValue(false, Type::boolean())); self::assertEquals(new NullValueNode([]), AST::astFromValue(null, Type::boolean())); self::assertEquals(new BooleanValueNode(['value' => false]), AST::astFromValue(0, Type::boolean())); self::assertEquals(new BooleanValueNode(['value' => true]), AST::astFromValue(1, Type::boolean())); self::assertEquals( new BooleanValueNode(['value' => false]), AST::astFromValue(0, Type::nonNull(Type::boolean())) ); self::assertEquals( null, AST::astFromValue(null, Type::nonNull(Type::boolean())) ); // Note: null means that AST cannot } /** * @see it('converts Int values to Int ASTs') */ public function testConvertsIntValuesToASTs() : void { self::assertEquals(new IntValueNode(['value' => '-1']), AST::astFromValue(-1, Type::int())); self::assertEquals(new IntValueNode(['value' => '123']), AST::astFromValue(123.0, Type::int())); self::assertEquals(new IntValueNode(['value' => '10000']), AST::astFromValue(1e4, Type::int())); self::assertEquals(new IntValueNode(['value' => '0']), AST::astFromValue(0e4, Type::int())); } public function testConvertsIntValuesToASTsCannotRepresentNonInteger() : void { // GraphQL spec does not allow coercing non-integer values to Int to avoid // accidental data loss. $this->expectException(\Throwable::class); $this->expectExceptionMessage('Int cannot represent non-integer value: 123.5'); AST::astFromValue(123.5, Type::int()); } public function testConvertsIntValuesToASTsCannotRepresentNon32bitsInteger() : void { $this->expectException(\Throwable::class); $this->expectExceptionMessage('Int cannot represent non 32-bit signed integer value: 1.0E+40'); AST::astFromValue( 1e40, Type::int() ); // Note: js version will produce 1e+40, both values are valid GraphQL floats } /** * @see it('converts Float values to Int/Float ASTs') */ public function testConvertsFloatValuesToIntOrFloatASTs() : void { self::assertEquals(new IntValueNode(['value' => '-1']), AST::astFromValue(-1, Type::float())); self::assertEquals(new IntValueNode(['value' => '123']), AST::astFromValue(123, Type::float())); self::assertEquals(new IntValueNode(['value' => '123']), AST::astFromValue(123.0, Type::float())); self::assertEquals(new FloatValueNode(['value' => '123.5']), AST::astFromValue(123.5, Type::float())); self::assertEquals(new IntValueNode(['value' => '10000']), AST::astFromValue(1e4, Type::float())); self::assertEquals(new FloatValueNode(['value' => '1e+40']), AST::astFromValue(1e40, Type::float())); self::assertEquals(new IntValueNode(['value' => '0']), AST::astFromValue(0e40, Type::float())); } /** * @see it('converts String values to String ASTs') */ public function testConvertsStringValuesToASTs() : void { self::assertEquals(new StringValueNode(['value' => 'hello']), AST::astFromValue('hello', Type::string())); self::assertEquals(new StringValueNode(['value' => 'VALUE']), AST::astFromValue('VALUE', Type::string())); self::assertEquals(new StringValueNode(['value' => "VA\nLUE"]), AST::astFromValue("VA\nLUE", Type::string())); self::assertEquals(new StringValueNode(['value' => '123']), AST::astFromValue(123, Type::string())); self::assertEquals(new StringValueNode(['value' => 'false']), AST::astFromValue(false, Type::string())); self::assertEquals(new NullValueNode([]), AST::astFromValue(null, Type::string())); self::assertEquals(null, AST::astFromValue(null, Type::nonNull(Type::string()))); } /** * @see it('converts ID values to Int/String ASTs') */ public function testConvertIdValuesToIntOrStringASTs() : void { self::assertEquals(new StringValueNode(['value' => 'hello']), AST::astFromValue('hello', Type::id())); self::assertEquals(new StringValueNode(['value' => 'VALUE']), AST::astFromValue('VALUE', Type::id())); self::assertEquals(new StringValueNode(['value' => "VA\nLUE"]), AST::astFromValue("VA\nLUE", Type::id())); self::assertEquals(new IntValueNode(['value' => '-1']), AST::astFromValue(-1, Type::id())); self::assertEquals(new IntValueNode(['value' => '123']), AST::astFromValue(123, Type::id())); self::assertEquals(new IntValueNode(['value' => '123']), AST::astFromValue('123', Type::id())); self::assertEquals(new StringValueNode(['value' => '01']), AST::astFromValue('01', Type::id())); self::assertEquals(new StringValueNode(['value' => 'false']), AST::astFromValue(false, Type::id())); self::assertEquals(new NullValueNode([]), AST::astFromValue(null, Type::id())); self::assertEquals(null, AST::astFromValue(null, Type::nonNull(Type::id()))); } /** * @see it('does not converts NonNull values to NullValue') */ public function testDoesNotConvertsNonNullValuestoNullValue() : void { self::assertNull(AST::astFromValue(null, Type::nonNull(Type::boolean()))); } /** * @see it('converts string values to Enum ASTs if possible') */ public function testConvertsStringValuesToEnumASTsIfPossible() : void { self::assertEquals(new EnumValueNode(['value' => 'HELLO']), AST::astFromValue('HELLO', $this->myEnum())); self::assertEquals( new EnumValueNode(['value' => 'COMPLEX']), AST::astFromValue($this->complexValue(), $this->myEnum()) ); // Note: case sensitive self::assertNull(AST::astFromValue('hello', $this->myEnum())); // Note: Not a valid enum value self::assertNull(AST::astFromValue('VALUE', $this->myEnum())); } /** * @return EnumType */ private function myEnum() { return new EnumType([ 'name' => 'MyEnum', 'values' => [ 'HELLO' => [], 'GOODBYE' => [], 'COMPLEX' => ['value' => $this->complexValue()], ], ]); } private function complexValue() { if (! $this->complexValue) { $this->complexValue = new \stdClass(); $this->complexValue->someArbitrary = 'complexValue'; } return $this->complexValue; } /** * @see it('converts array values to List ASTs') */ public function testConvertsArrayValuesToListASTs() : void { $value1 = new ListValueNode([ 'values' => [ new StringValueNode(['value' => 'FOO']), new StringValueNode(['value' => 'BAR']), ], ]); self::assertEquals($value1, AST::astFromValue(['FOO', 'BAR'], Type::listOf(Type::string()))); $value2 = new ListValueNode([ 'values' => [ new EnumValueNode(['value' => 'HELLO']), new EnumValueNode(['value' => 'GOODBYE']), ], ]); self::assertEquals($value2, AST::astFromValue(['HELLO', 'GOODBYE'], Type::listOf($this->myEnum()))); } /** * @see it('converts list singletons') */ public function testConvertsListSingletons() : void { self::assertEquals( new StringValueNode(['value' => 'FOO']), AST::astFromValue('FOO', Type::listOf(Type::string())) ); } /** * @see it('converts input objects') */ public function testConvertsInputObjects() : void { $inputObj = new InputObjectType([ 'name' => 'MyInputObj', 'fields' => [ 'foo' => Type::float(), 'bar' => $this->myEnum(), ], ]); $expected = new ObjectValueNode([ 'fields' => [ $this->objectField('foo', new IntValueNode(['value' => '3'])), $this->objectField('bar', new EnumValueNode(['value' => 'HELLO'])), ], ]); $data = ['foo' => 3, 'bar' => 'HELLO']; self::assertEquals($expected, AST::astFromValue($data, $inputObj)); self::assertEquals($expected, AST::astFromValue((object) $data, $inputObj)); } /** * @param mixed $value * @return ObjectFieldNode */ private function objectField(string $name, $value) { return new ObjectFieldNode([ 'name' => new NameNode(['value' => $name]), 'value' => $value, ]); } /** * @see it('converts input objects with explicit nulls') */ public function testConvertsInputObjectsWithExplicitNulls() : void { $inputObj = new InputObjectType([ 'name' => 'MyInputObj', 'fields' => [ 'foo' => Type::float(), 'bar' => $this->myEnum(), ], ]); self::assertEquals( new ObjectValueNode([ 'fields' => [ $this->objectField('foo', new NullValueNode([])), ], ]), AST::astFromValue(['foo' => null], $inputObj) ); } }