def from_structure(structure: JsonStructure) -> "Stub":
responses: List[Union[Proxy, Response]] = []
for response in structure.get("responses", ()):
if "proxy" in response:
responses.append(Proxy.from_structure(response))
else:
responses.append(Response.from_structure(response))
return Stub(
[
Predicate.from_structure(predicate)
for predicate in structure.get("predicates", ())
],
responses,
)
def from_structure(cls, inner: JsonStructure) -> "HttpResponse":
response = cls()
response.set_if_in_dict(inner, "body", "_body")
response.mode = Response.Mode(inner.get("_mode", "text"))
response.set_if_in_dict(inner, "headers", "headers")
response.set_if_in_dict(inner, "statusCode", "status_code")
return response
def from_structure(cls, structure: JsonStructure) -> "Stub":
responses: List[Union[InjectionResponse, Proxy, Response]] = []
for response in structure.get("responses", ()):
if "proxy" in response:
responses.append(Proxy.from_structure(response))
elif "inject" in response:
responses.append(InjectionResponse.from_structure(response))
else:
responses.append(Response.from_structure(response))
return cls(
[
BasePredicate.from_structure(predicate)
for predicate in structure.get("predicates", ())
],
responses,
)
def from_structure(structure: JsonStructure) -> "PredicateGenerator":
path = structure["matches"].get("path", None)
query = structure["matches"].get("query", None)
operator = (Predicate.Operator[structure["operator"]]
if "operator" in structure else Predicate.Operator.EQUALS)
case_sensitive = structure.get("caseSensitive", False)
return PredicateGenerator(path=path,
query=query,
operator=operator,
case_sensitive=case_sensitive)
def from_structure(cls, structure: JsonStructure) -> "Predicate":
operators = tuple(filter(Predicate.Operator.has_value, structure.keys()))
if len(operators) != 1:
raise Predicate.InvalidPredicateOperator(
"Each predicate must define exactly one operator."
)
operator = operators[0]
predicate = cls(operator=operator, case_sensitive=structure.get("caseSensitive", True))
predicate.fields_from_structure(structure[operator])
if "xpath" in structure:
predicate.xpath = structure["xpath"]["selector"]
return predicate
def from_structure(structure: JsonStructure) -> "Response":
response = Response()
response.fields_from_structure(structure)
behaviors = structure.get("_behaviors", {})
response.set_if_in_dict(behaviors, "wait", "wait")
response.set_if_in_dict(behaviors, "repeat", "repeat")
response.set_if_in_dict(behaviors, "decorate", "decorate")
response.set_if_in_dict(behaviors, "shellTransform", "shell_transform")
if "copy" in behaviors:
response.copy = [Copy.from_structure(c) for c in behaviors["copy"]]
if "lookup" in behaviors:
response.lookup = [
Lookup.from_structure(lookup) for lookup in behaviors["lookup"]
]
return response
def from_structure(structure: JsonStructure) -> "Proxy":
proxy_structure = structure["proxy"]
proxy = Proxy(
to=furl(proxy_structure["to"]),
inject_headers=proxy_structure["injectHeaders"]
if "injectHeaders" in proxy_structure else None,
mode=Proxy.Mode(proxy_structure["mode"]),
predicate_generators=[
PredicateGenerator.from_structure(pg)
for pg in proxy_structure["predicateGenerators"]
] if "predicateGenerators" in proxy_structure else None,
)
wait = structure.get("_behaviors", {}).get("wait")
if wait:
proxy.wait = wait
return proxy
def from_structure(cls, structure: JsonStructure) -> "Proxy":
proxy_structure = structure["proxy"]
proxy = cls(
to=furl(proxy_structure["to"]),
inject_headers=proxy_structure["injectHeaders"]
if "injectHeaders" in proxy_structure else None,
mode=Proxy.Mode(proxy_structure["mode"]),
predicate_generators=[
PredicateGenerator.from_structure(pg)
for pg in proxy_structure["predicateGenerators"]
] if "predicateGenerators" in proxy_structure else None,
)
behaviors = structure.get("_behaviors", {})
proxy.set_if_in_dict(behaviors, "wait", "wait")
proxy.set_if_in_dict(behaviors, "decorate", "decorate")
return proxy
def from_structure(structure: JsonStructure) -> "AddStub":
return AddStub(
index=structure.get("index"),
stub=Stub().from_structure(structure.get("stub")),
)