prelimiary changes for automated documentation

pull/4/head
Blake DeMarcy 2017-05-02 17:06:02 -05:00
parent ecef425e8b
commit 52c47e7529
5 changed files with 497 additions and 16 deletions

View File

@ -0,0 +1,125 @@
"""
This is a small script that creates the endpoint doc page. It should be
evoked from the command line each time changes are made. It writes
to ./documentation/docs/api_overview.md
The code used in this script is the absolute minimum required to
get the job done; it can be considered a crude hack at best. I am
more interested in writing good documentation than making sure that
the script that shits it out is politcally correct ;)
"""
from server import API
import pydoc
body = """
# How to BBJ?
## Input
BBJ is interacted with entirely through POST requests, whose bodies are
json objects.
The endpoints, all listed below, can be contacted at the path /api/ relative
to the root of where BBJ is hosted. If bbj is hosted on a server on port 80
at the root:
`http://server.com/api/endpoint_here`
The body of your request contains all of it's argument fields, instead of
using URL parameters. As a demonstration, to call `thread_create`,
it requires two arguments: `title`, and `body`. We put those argument
names at the root of the json object, and their values are the info
passed into the API for that spot. Your input will look like this:
```json
{
"title": "Hello world!!",
"body": "Hi! I am exploring this cool board thing!!"
}
```
And you will POST this body to `http://server.com:PORT/api/thread_create`.
A few endpoints do not require any arguments. These can still be POSTed to,
but the body may be completely empty or an empty json object. You can even
GET these if you so choose.
For all endpoints, argument keys that are not consumed by the endpoint are
ignored. Posting an object with a key/value pair of `"sandwich": True` will
not clog up any pipes :) In the same vein, endpoints who dont take arguments
don't care if you supply them anyway.
## Output
BBJ returns data in a consistently formatted json object. The base object
has three keys: `data`, `usermap`, and `error`. Visualizied:
```javascript
{
"error": false, // boolean false or error object
"data": null, // null or the requested data from endpoint.
"usermap": {} // potentially empty object, maps user_ids to user objects
}
// If "error" is true, it looks like this:
{
"error": {
"code": // an integer from 0 to 5,
"description": // a string describing the error in detail.
}
"data": null // ALWAYS null if error is not false
"usermap": {} // ALWAYS empty if error is not false
}
```
### data
`data` is what the endpoint actually returns. The type of contents vary
by endpoint and are documented below. If an endpoint says it returns a
boolean, it will look like `"data": True`. If it says it returns an array,
it will look like `"data": ["stuff", "goes", "here"]`
### usermap
The usermap is a json object mapping user_ids within `data` to full user
objects. BBJ handles users entirely by an ID system, meaning any references
to them inside of response data will not include vital information like their
username, or their profile information. Instead, we fetch those values from
this usermap object. All of it's root keys are user_id's and their values
are user objects. It should be noted that the anonymous user has it's own
ID and profile object as well.
### error
`error` is typically `false`. If it is __not__ false, then the request failed
and the json object that `error` contains should be inspected. (see the above
visualation) Errors follow a strict code system, making it easy for your client
to map these responses to native exception types or signals in your language of
choice. See [the full error page](errors.md) for details.
"""
endpoints = [
ref for name, ref in API.__dict__.items()
if hasattr(ref, "exposed")
]
types = {
function.doctype: list() for function in endpoints
}
for function in endpoints:
types[function.doctype].append(function)
for doctype in sorted(types.keys()):
body += "# %s\n\n" % doctype
funcs = sorted(types[doctype], key=lambda _: _.__name__)
for f in funcs:
body += "## %s\n\n%s\n\n" % (f.__name__, pydoc.getdoc(f))
body += "\n\n--------\n\n"
with open("documentation/docs/api_overview.md", "w") as output:
output.write(body)

View File

@ -0,0 +1,315 @@
# How to BBJ?
## Input
BBJ is interacted with entirely through POST requests, whose bodies are
json objects.
The endpoints, all listed below, can be contacted at the path /api/ relative
to the root of where BBJ is hosted. If bbj is hosted on a server on port 80
at the root:
`http://server.com/api/endpoint_here`
The body of your request contains all of it's argument fields, instead of
using URL parameters. As a demonstration, lets call `thread_create`.
It requires two arguments: `title`, and `body`. We put those argument
names at the root of the json object, and their values are the info
passed into the API for that spot. Your input will look like this:
```json
{
"title": "Hello world!!",
"body": "Hi! I am exploring this cool board thing!!"
}
```
And you will POST this body to `http://server.com:PORT/api/thread_create`.
A few endpoints do not require any arguments. These can still be POSTed to,
but the body may be completely empty or an empty json object. You can even
GET these if you so choose.
For all endpoints, argument keys that are not consumed by the endpoint are
ignored. Posting an object with a key/value pair of `"sandwich": True` will
not clog up any pipes :) In the same vein, endpoints who dont take arguments
don't care if you supply them anyway.
## Output
BBJ returns data in a consistently formatted json object. The base object
has three keys: `data`, `usermap`, and `error`. Visualizied:
```javascript
{
"error": false, // boolean false or error object
"data": null, // null or the requested data from endpoint.
"usermap": {} // a potentially empty object mapping user_ids to their objects
}
// If "error" is true, it looks like this:
{
"error": {
"code": // an integer from 0 to 5,
"description": // a string describing the error in detail.
}
"data": null // ALWAYS null if error is not false
"usermap": {} // ALWAYS empty if error is not false
}
```
### data
`data` is what the endpoint actually returns. The type of contents vary
by endpoint and are documented below. If an endpoint says it returns a
boolean, it will look like `"data": True`. If it says it returns an array,
it will look like `"data": ["stuff", "goes", "here"]`
### usermap
The usermap is a json object mapping user_ids within `data` to full user
objects. BBJ handles users entirely by an ID system, meaning any references
to them inside of response data will not include vital information like their
username, or their profile information. Instead, we fetch those values from
this usermap object. All of it's root keys are user_id's and their values
are user objects. It should be noted that the anonymous user has it's own
ID and profile object as well.
### error
`error` is typically `null`. If it is __not__ null, then the request failed
and the json object that `error` contains should be inspected. (see the above
visualation) Errors follow a strict code system, making it easy for your client
to map these responses to native exception types or signals in your language of
choice. See [the full error page](errors.md) for details.
# Authorization
## check_auth
Takes the arguments `target_user` and `target_hash`, and
returns boolean true or false whether the hash is valid.
--------
# Threads & Messages
## delete_post
Requires the arguments `thread_id` and `post_id`.
Delete a message from a thread. The same rules apply
here as `edit_post` and `edit_query`: the logged in user
must either be the one who posted the message within 24hrs,
or have admin rights. The same error descriptions and code
are returned on falilure. Boolean true is returned on
success.
If the post_id is 0, the whole thread is deleted.
## edit_post
Replace a post with a new body. Requires the arguments
`thread_id`, `post_id`, and `body`. This method verifies
that the user can edit a post before commiting the change,
otherwise an error object is returned whose description
should be shown to the user.
To perform sanity checks and retrieve the unformatted body
of a post without actually attempting to replace it, use
`edit_query` first.
Optionally you may also include the argument `send_raw` to
set the message's formatting flag. However, if this is the
only change you would like to make, you should use the
endpoint `set_post_raw` instead.
Returns the new message object.
## edit_query
Queries the database to ensure the user can edit a given
message. Requires the arguments `thread_id` and `post_id`
(does not require a new body)
Returns the original message object without any formatting
on success. Returns a descriptive code 4 otherwise.
## message_feed
Returns a special object representing all activity on the board since
the argument `time`, a unix/epoch timestamp.
{
"threads": {
"thread_id": {
...thread object
},
...more thread_id/object pairs
},
"messages": [...standard message object array sorted by date]
}
The message objects in "messages" are the same objects returned
in threads normally. They each have a thread_id parameter, and
you can access metadata for these threads by the "threads" object
which is also provided.
The "messages" array is already sorted by submission time, newest
first. The order in the threads object is undefined and you should
instead use their `last_mod` attribute if you intend to list them
out visually.
You may optionally provide a `format` argument: this is treated
the same way as the `thread_load` endpoint and you should refer
to its documentation for more info.
## set_post_raw
Requires the boolean argument of `value`, string argument
`thread_id`, and integer argument `post_id`. `value`, when false,
means that the message will be passed through message formatters
before being sent to clients. When `value` is true, this means
it will never go through formatters, all of its whitespace is
sent to clients verbatim and expressions are not processed.
The same rules for editing messages (see `edit_query`) apply here
and the same error objects are returned for violations.
You may optionally set this value as well when using `edit_post`,
but if this is the only change you want to make to the message,
using this endpoint instead is preferable.
## set_thread_pin
Requires the arguments `thread_id` and `value`. `value`
must be a boolean of what the pinned status should be.
This method requires that the caller is logged in and
has admin status on their account.
Returns the same boolean you supply as `value`
## thread_create
Creates a new thread and returns it. Requires the non-empty
string arguments `body` and `title`.
If the argument `send_raw` is specified and has a non-nil
value, the OP message will never recieve special formatting.
## thread_index
Return an array with all the threads, ordered by most recent activity.
Requires no arguments.
Optionally, you may supply the argument `include_op`, which, when
non-nil, will include a "messages" key with the object, whose sole
content is the original message (post_id 0).
## thread_load
Returns the thread object with all of its messages loaded.
Requires the argument `thread_id`. `format` may also be
specified as a formatter to run the messages through.
Currently only "sequential" is supported.
You may also supply the parameter `op_only`. When it's value
is non-nil, the messages array will only include post_id 0 (the first)
## thread_reply
Creates a new reply for the given thread and returns it.
Requires the string arguments `thread_id` and `body`
If the argument `send_raw` is specified and has a non-nil
value, the message will never recieve special formatting.
--------
# Tools
## db_validate
Requires the arguments `key` and `value`. Returns an object
with information about the database sanity criteria for
key. This can be used to validate user input in the client
before trying to send it to the server.
If the argument `error` is supplied with a non-nil value,
the server will return a standard error object on failure
instead of the special object described below.
The returned object has two keys:
{
"bool": true/false,
"description": null/"why this value is bad"
}
If bool == false, description is a string describing the
problem. If bool == true, description is null and the
provided value is safe to use.
## format_message
Requires the arguments `body` and `format`. Applies
`format` to `body` and returns the new object. See
`thread_load` for supported specifications for `format`.
## user_map
Returns an array with all registered user_ids, with the usermap
object populated by their full objects.
--------
# Users
## get_me
Requires no arguments. Returns your internal user object,
including your authorization hash.
## is_admin
Requires the argument `target_user`. Returns a boolean
of whether that user is an admin.
## user_get
Retreive an external user object for the given `user`.
Can be a user_id or user_name.
## user_is_registered
Takes the argument `target_user` and returns true or false
whether they are in the system or not.
## user_register
Register a new user into the system and return the new object.
Requires the string arguments `user_name` and `auth_hash`.
Do not send User/Auth headers with this method.
## user_update
Receives new parameters and assigns them to the user_object
in the database. The following new parameters can be supplied:
`user_name`, `auth_hash`, `quip`, `bio`, and `color`. Any number
of them may be supplied.
The newly updated user object is returned on success.
--------

View File

@ -1,17 +1,19 @@
# Welcome to MkDocs # Bulletin Butter & Jelly
## A simple community textboard
### BBJ is trivial collection of python scripts and database queries that miraculously shit out a fully functional client-server textboard.
For full documentation visit [mkdocs.org](http://mkdocs.org). See also: the [GitHub repository](https://github.com/desvox/bbj).
## Commands BBJ is heavily inspired by image boards like 4chan, but it offers a simple
account system to allow users to identify themselves and set profile
attributes like a more traditional forum. Registration is optional and there
are only minimal restrictions on anonymous participation.
* `mkdocs new [dir-name]` - Create a new project. ![screenshot](https://tilde.town/~desvox/bbj/screenshot.png)
* `mkdocs serve` - Start the live-reloading docs server.
* `mkdocs build` - Build the documentation site.
* `mkdocs help` - Print this help message.
## Project layout Being a command-line-oriented text board, BBJ has no avatars or file sharing
capabilties, so its easier to administrate and can't be used to distribute illegal
content like imageboards. It has very few dependancies and is easy to set up.
mkdocs.yml # The configuration file. The API is simple and doesn't use require complex authorization schemes or session management.
docs/ It is fully documented on this site.
index.md # The documentation homepage.
... # Other markdown pages, images and other files.

View File

@ -1 +1 @@
site_name: My Docs site_name: BBJ API Documentation

View File

@ -20,6 +20,7 @@ app_config = {
"debug": False "debug": False
} }
try: try:
with open("config.json") as _conf: with open("config.json") as _conf:
app_config.update(json.load(_conf)) app_config.update(json.load(_conf))
@ -191,6 +192,11 @@ class API(object):
validate(args, ["user_name", "auth_hash"]) validate(args, ["user_name", "auth_hash"])
return db.user_register( return db.user_register(
database, args["user_name"], args["auth_hash"]) database, args["user_name"], args["auth_hash"])
user_register.doctype = "Users"
user_register.args = [
("user_name", "string: the desired display name"),
("auth_hash", "string: a sha256 hash of a password")
]
@api_method @api_method
def user_update(self, args, database, user, **kwargs): def user_update(self, args, database, user, **kwargs):
@ -205,6 +211,15 @@ class API(object):
no_anon_hook(user, "Anons cannot modify their account.") no_anon_hook(user, "Anons cannot modify their account.")
validate(args, []) # just make sure its not empty validate(args, []) # just make sure its not empty
return db.user_update(database, user, args) return db.user_update(database, user, args)
user_update.doctype = "Users"
user_update.args = [
("Any of the following may be submitted:", ""),
("user_name", "string: a desired display name"),
("auth_hash", "string: sha256 hash for a new password"),
("quip", "string: a short string that can be used as a signature"),
("bio", "string: a user biography for their profile"),
("color", "integer: 0-6, a display color for the user")
]
@api_method @api_method
def get_me(self, args, database, user, **kwargs): def get_me(self, args, database, user, **kwargs):
@ -213,6 +228,8 @@ class API(object):
including your authorization hash. including your authorization hash.
""" """
return user return user
get_me.doctype = "Users"
get_me.args = [("", "")]
@api_method @api_method
def user_map(self, args, database, user, **kwargs): def user_map(self, args, database, user, **kwargs):
@ -232,16 +249,22 @@ class API(object):
for user in users for user in users
} }
return list(users) return list(users)
user_map.doctype = "Tools"
user_map.args = [("", "")]
@api_method @api_method
def user_get(self, args, database, user, **kwargs): def user_get(self, args, database, user, **kwargs):
""" """
Retreive an external user object for the given `user`. Retreive an external user object for the given `target_user`.
Can be a user_id or user_name. Can be a user_id or user_name.
""" """
validate(args, ["user"]) validate(args, ["target_user"])
return db.user_resolve( return db.user_resolve(
database, args["user"], return_false=False, externalize=True) database, args["target_user"], return_false=False, externalize=True)
user_get.doctype = "Users"
user_get.args = [
("user", "string: either a user_name or a user_id")
]
@api_method @api_method
def user_is_registered(self, args, database, user, **kwargs): def user_is_registered(self, args, database, user, **kwargs):
@ -251,6 +274,8 @@ class API(object):
""" """
validate(args, ["target_user"]) validate(args, ["target_user"])
return bool(db.user_resolve(database, args["target_user"])) return bool(db.user_resolve(database, args["target_user"]))
user_is_registered.doctype = "Users"
# user_is_registered.args =
@api_method @api_method
def check_auth(self, args, database, user, **kwargs): def check_auth(self, args, database, user, **kwargs):
@ -262,6 +287,7 @@ class API(object):
user = db.user_resolve( user = db.user_resolve(
database, args["target_user"], return_false=False) database, args["target_user"], return_false=False)
return args["target_hash"].lower() == user["auth_hash"].lower() return args["target_hash"].lower() == user["auth_hash"].lower()
check_auth.doctype = "Authorization"
@api_method @api_method
def thread_index(self, args, database, user, **kwargs): def thread_index(self, args, database, user, **kwargs):
@ -277,6 +303,7 @@ class API(object):
threads = db.thread_index(database, include_op=op) threads = db.thread_index(database, include_op=op)
cherrypy.thread_data.usermap = create_usermap(database, threads, True) cherrypy.thread_data.usermap = create_usermap(database, threads, True)
return threads return threads
thread_index.doctype = "Threads & Messages"
@api_method @api_method
def message_feed(self, args, database, user, **kwargs): def message_feed(self, args, database, user, **kwargs):
@ -317,6 +344,7 @@ class API(object):
do_formatting(args.get("format"), feed["messages"]) do_formatting(args.get("format"), feed["messages"])
return feed return feed
message_feed.doctype = "Threads & Messages"
@api_method @api_method
def thread_create(self, args, database, user, **kwargs): def thread_create(self, args, database, user, **kwargs):
@ -335,6 +363,7 @@ class API(object):
cherrypy.thread_data.usermap = \ cherrypy.thread_data.usermap = \
create_usermap(database, thread["messages"]) create_usermap(database, thread["messages"])
return thread return thread
thread_create.doctype = "Threads & Messages"
@api_method @api_method
def thread_reply(self, args, database, user, **kwargs): def thread_reply(self, args, database, user, **kwargs):
@ -350,6 +379,7 @@ class API(object):
return db.thread_reply( return db.thread_reply(
database, user["user_id"], args["thread_id"], database, user["user_id"], args["thread_id"],
args["body"], args.get("send_raw")) args["body"], args.get("send_raw"))
thread_reply.doctype = "Threads & Messages"
@api_method @api_method
def thread_load(self, args, database, user, **kwargs): def thread_load(self, args, database, user, **kwargs):
@ -369,6 +399,7 @@ class API(object):
create_usermap(database, thread["messages"]) create_usermap(database, thread["messages"])
do_formatting(args.get("format"), thread["messages"]) do_formatting(args.get("format"), thread["messages"])
return thread return thread
thread_load.doctype = "Threads & Messages"
@api_method @api_method
def edit_post(self, args, database, user, **kwargs): def edit_post(self, args, database, user, **kwargs):
@ -395,6 +426,7 @@ class API(object):
return db.message_edit_commit( return db.message_edit_commit(
database, user["user_id"], args["thread_id"], database, user["user_id"], args["thread_id"],
args["post_id"], args["body"], args.get("send_raw")) args["post_id"], args["body"], args.get("send_raw"))
edit_post.doctype = "Threads & Messages"
@api_method @api_method
def delete_post(self, args, database, user, **kwargs): def delete_post(self, args, database, user, **kwargs):
@ -414,6 +446,7 @@ class API(object):
validate(args, ["thread_id", "post_id"]) validate(args, ["thread_id", "post_id"])
return db.message_delete( return db.message_delete(
database, user["user_id"], args["thread_id"], args["post_id"]) database, user["user_id"], args["thread_id"], args["post_id"])
delete_post.doctype = "Threads & Messages"
@api_method @api_method
def set_post_raw(self, args, database, user, **kwargs): def set_post_raw(self, args, database, user, **kwargs):
@ -438,6 +471,7 @@ class API(object):
database, user["user_id"], database, user["user_id"],
args["thread_id"], args["post_id"], args["thread_id"], args["post_id"],
None, args["value"], None) None, args["value"], None)
set_post_raw.doctype = "Threads & Messages"
@api_method @api_method
def is_admin(self, args, database, user, **kwargs): def is_admin(self, args, database, user, **kwargs):
@ -449,6 +483,7 @@ class API(object):
user = db.user_resolve( user = db.user_resolve(
database, args["target_user"], return_false=False) database, args["target_user"], return_false=False)
return user["is_admin"] return user["is_admin"]
is_admin.doctype = "Users"
@api_method @api_method
def edit_query(self, args, database, user, **kwargs): def edit_query(self, args, database, user, **kwargs):
@ -464,6 +499,7 @@ class API(object):
validate(args, ["thread_id", "post_id"]) validate(args, ["thread_id", "post_id"])
return db.message_edit_query( return db.message_edit_query(
database, user["user_id"], args["thread_id"], args["post_id"]) database, user["user_id"], args["thread_id"], args["post_id"])
edit_query.doctype = "Threads & Messages"
@api_method @api_method
def format_message(self, args, database, user, **kwargs): def format_message(self, args, database, user, **kwargs):
@ -476,6 +512,7 @@ class API(object):
message = [{"body": args["body"]}] message = [{"body": args["body"]}]
do_formatting(args["format"], message) do_formatting(args["format"], message)
return message[0]["body"] return message[0]["body"]
format_message.doctype = "Tools"
@api_method @api_method
def set_thread_pin(self, args, database, user, **kwargs): def set_thread_pin(self, args, database, user, **kwargs):
@ -491,6 +528,7 @@ class API(object):
if not user["is_admin"]: if not user["is_admin"]:
raise BBJUserError("Only admins can set thread pins") raise BBJUserError("Only admins can set thread pins")
return db.set_thread_pin(database, args["thread_id"], args["value"]) return db.set_thread_pin(database, args["thread_id"], args["value"])
set_thread_pin.doctype = "Threads & Messages"
@api_method @api_method
def db_validate(self, args, database, user, **kwargs): def db_validate(self, args, database, user, **kwargs):
@ -527,6 +565,7 @@ class API(object):
response["bool"] = False response["bool"] = False
response["description"] = e.description response["description"] = e.description
return response return response
db_validate.doctype = "Tools"
def api_http_error(status, message, traceback, version): def api_http_error(status, message, traceback, version):