def test_nested_input_types():
@strawberry.enum
class ChangeType(Enum):
MAJOR = "major"
MINOR = "minor"
PATCH = "patch"
@strawberry.input
class ReleaseInfo:
change_type: ChangeType
changelog: str
@strawberry.enum
class ReleaseFileStatus(Enum):
MISSING = "missing"
INVALID = "invalid"
OK = "ok"
@strawberry.input
class AddReleaseFileCommentInput:
pr_number: int
status: ReleaseFileStatus
release_info: typing.Optional[ReleaseInfo]
args = {
"input": {
"prNumber": 12,
"status": ReleaseFileStatus.OK.value,
"releaseInfo": {
"changeType": ChangeType.MAJOR.value,
"changelog": "example",
},
}
}
annotations = {"input": AddReleaseFileCommentInput}
assert convert_args(args, annotations) == {
"input": AddReleaseFileCommentInput(
pr_number=12,
status=ReleaseFileStatus.OK,
release_info=ReleaseInfo(change_type=ChangeType.MAJOR, changelog="example"),
)
}
args = {
"input": {
"prNumber": 12,
"status": ReleaseFileStatus.OK.value,
"releaseInfo": None,
}
}
annotations = {"input": AddReleaseFileCommentInput}
assert convert_args(args, annotations) == {
"input": AddReleaseFileCommentInput(
pr_number=12, status=ReleaseFileStatus.OK, release_info=None
)
}
def test_input_types():
@strawberry.input
class MyInput:
abc: str
say_hello_to: str
was: int = strawberry.field(name="having", is_input=True)
fun: str = strawberry.field(is_input=True)
args = {
"input": {
"abc": "example",
"sayHelloTo": "Patrick",
"having": 10,
"fun": "yes"
}
}
annotations = {"input": MyInput}
assert convert_args(args, annotations) == {
"input": MyInput(abc="example",
say_hello_to="Patrick",
was=10,
fun="yes")
}
def test_optional_input_types():
@strawberry.input
class MyInput:
abc: str
args = {"input": {"abc": "example"}}
annotations = {"input": typing.Optional[MyInput]}
assert convert_args(args, annotations) == {"input": MyInput(abc="example")}
def test_optional_list_of_input_types():
@strawberry.input
class MyInput:
abc: str
args = {"input_list": [{"abc": "example"}]}
annotations = {"input_list": typing.Optional[typing.List[MyInput]]}
assert convert_args(args, annotations) == {"input_list": [MyInput(abc="example")]}
def test_simple_types():
args = {"integer": 1, "string": "abc", "float": 1.2, "bool": True}
annotations = {"integer": int, "string": str, "float": float, "bool": bool}
assert convert_args(args, annotations) == {
"integer": 1,
"string": "abc",
"float": 1.2,
"bool": True,
}
def test_uses_unset_for_optional_types_when_nothing_is_passed():
@strawberry.input
class Number:
value: int
@strawberry.input
class Input:
numbers: typing.Optional[Number] = None
numbers_second: typing.Optional[Number] = None
# case 1
args = {"input": {}}
annotations = {"input": Input}
assert convert_args(args, annotations) == {"input": Input(UNSET, UNSET)}
# case 2
args = {"input": {"numbersSecond": None}}
annotations = {"input": Input}
assert convert_args(args, annotations) == {"input": Input(UNSET, None)}
def test_nested_list_of_complex_types():
@strawberry.input
class Number:
value: int
@strawberry.input
class Input:
numbers: typing.List[Number]
args = {"input": {"numbers": [{"value": 1}, {"value": 2}]}}
annotations = {"input": Input}
assert convert_args(args, annotations) == {
"input": Input(numbers=[Number(1), Number(2)])
}
def test_list():
args = {
"integerList": [1, 2],
"stringList": ["abc", "cde"],
"floatList": [1.2, 2.3],
}
annotations = {
"integer_list": typing.List[int],
"string_list": typing.List[str],
"float_list": typing.List[float],
}
assert convert_args(args, annotations) == {
"integer_list": [1, 2],
"string_list": ["abc", "cde"],
"float_list": [1.2, 2.3],
}
