from __future__ import annotations
import typing as t
import sys
from metashape.runtime import get_walker
from metashape.outputs.openapi import emit
class Team:
name: str
members: t.List[Person]
class Person:
team: Team
name: str
age: int
nickname: t.Optional[str]
parents: t.List[Person]
emit(get_walker(aggressive=True), output=sys.stdout)
paths = ctx.result.result["paths"] = {}
path_item = paths.get(path)
if path_item is None:
path_item = paths[path] = {}
path_parameters = extract_parameters(_f, path)
if path_parameters:
parameters = path_item.get("parameters")
if parameters is None:
parameters = path_item["parameters"] = []
for p in path_parameters:
parameters.append(
{
"name": p,
"in": "path",
"required": True,
"schema": {"type": "string"},
}
)
operation = {method: {"responses": {"200": {"content": {"*/*": {"schema": "<>"}}}}}}
# description
# operationID
# tags
path_item.update(operation)
paths = [
Path("/people", "GET", response=t.List[Person]),
Path("/people/{person_id}", "GET", response=Person),
]
emit(ctx, output=sys.stdout)
from metashape.runtime import get_walker
from metashape.outputs.openapi import emit
class Person:
name: str
w = get_walker(aggressive=True)
emit(w)
# self references
class Person:
name: str
spouse: t.Optional[Person] # reverse: spouse, synmetric one-to-one
friends: t.Set[Person] # reverse: friends, synmetric many-to-many
manager: t.Optional[Person] # reverse: employees, one side of non-synmetric
employees: t.Set[Person] # reverse: manager, another side of non-synmetric
# multiple relationships between two entities
class User:
name: str
tweets: t.Set[Tweet] # reverse: author
favorites: t.Set[Tweet] # reverse: favorited
class Tweet:
text: str
author: User # reverse tweets
favorited: t.Set[User] # reverse favorites
import sys
from metashape.runtime import get_walker
from metashape.outputs.openapi import emit
w = get_walker([User, Person], aggressive=True, recursive=True)
emit(w, output=sys.stdout)
from metashape.outputs.openapi import emit
from metashape.runtime import get_walker
class Person:
name: str
emit(get_walker(aggressive=True))