def start(self):
# setup routing
route("/display/brightness", method=['OPTIONS',
'POST'])(self.set_brightness)
route("/mode", method=['OPTIONS', 'POST'])(self.set_mode)
route("/moodlight/mode", method=['OPTIONS',
'POST'])(self.set_moodlight_mode)
route("/text", method=['OPTIONS', 'POST'])(self.set_text)
route("/gameframe", method=['OPTIONS', 'GET'])(self.get_gameframes)
route("/gameframe", method=['OPTIONS',
'DELETE'])(self.delete_gameframe)
route("/gameframe/next", method=['OPTIONS',
'POST'])(self.next_gameframe)
route("/gameframe/current", method=['OPTIONS',
'POST'])(self.set_next_gameframe)
get("/gameframe/<gameframe>")(self.get_gameframe)
post("/gameframe/upload/<name>")(self.upload_gameframe)
post("/gameframe")(self.select_gameframes)
# run server
install(EnableCors())
threading.Thread(target=run,
kwargs=dict(host='127.0.0.1',
port=8081,
server=CustomWSGIRefServer,
quiet=True)).start()
def main():
bot = Bot()
bot.start()
application = bottle.Bottle()
bottle.post(path="/webhooks/<name>", callback=bot.webhook)
bottle.run(application, host='localhost', port=8080)
def _start_server(self):
proxy = self
class BottleServerAdapter(bottle.ServerAdapter):
def run(self, app):
class Server(WSGIServer):
allow_reuse_address = True
def handle_error(self, request, client_address):
pass
class Handler(WSGIRequestHandler):
def address_string(self):
return self.client_address[0]
def log_request(*args, **kwargs):
if not self.quiet:
return WSGIRequestHandler.log_request(*args, **kwargs)
self.srv = make_wsgi_server(self.host, self.port, app, Server, Handler)
proxy.server = self.srv
self.port = self.srv.server_port
proxy._started.put(True)
self.srv.serve_forever(poll_interval=0.1)
bottle.post("/", callback=self._request_handler)
def serve():
bottle.run(host="localhost", port=self.port, quiet=True, server=BottleServerAdapter)
thread = threading.Thread(target=serve)
thread.daemon = True
thread.start()
return thread
def run(self):
route('/')(self.handle_index)
route('/cmds')(self.handle_cmds)
post('/cmd')(self.handle_cmd_post)
if self.ssl:
run(server=self.ssl_server, debug=DEBUG)
else:
run(host=self.host, port=self.port, debug=DEBUG)
def test_decorators(self):
def foo(): return bottle.request.method
bottle.get('/')(foo)
bottle.post('/')(foo)
bottle.put('/')(foo)
bottle.delete('/')(foo)
for verb in 'GET POST PUT DELETE'.split():
self.assertBody(verb, '/', method=verb)
def __init__(self, kernel):
super(HTTPInterface, self).__init__()
self.kernel = kernel
self.id = 'httpinterface'
self.app = app()
post('/')(self.handle_request)
t1 = Thread(target=self.run)
t1.start()
def main():
urls = [line.strip() for line in sys.stdin]
extract = Extract(sys.argv[2], urls, int(sys.argv[1]))
get("/")(extract.start_page)
post("/")(extract.annotate_page)
print("Hello human annotator. Visit http://localhost:8080 in your browser.")
run(host='localhost', port=8080, quiet=True)
def main():
# Add URL-to-handler mapping
bottle.post('/')(CustomRequestHandler)
try:
# Run server
bottle.run(host='127.0.0.1', port=8000)
# If have `KeyboardInterrupt`
except KeyboardInterrupt:
# Stop gracefully
pass
def test_decorators(self):
app = bottle.Bottle()
app.route('/g')('foo')
bottle.route('/g')('foo')
app.route('/g2', method='GET')('foo')
bottle.get('/g2')('foo')
app.route('/p', method='POST')('foo')
bottle.post('/p')('foo')
app.route('/p2', method='PUT')('foo')
bottle.put('/p2')('foo')
app.route('/d', method='DELETE')('foo')
bottle.delete('/d')('foo')
self.assertEqual(app.routes, bottle.app().routes)
def test_decorators(self):
app = bottle.Bottle()
app.route('/g')('foo')
bottle.route('/g')('foo')
app.route('/g2', method='GET')('foo')
bottle.get('/g2')('foo')
app.route('/p', method='POST')('foo')
bottle.post('/p')('foo')
app.route('/p2', method='PUT')('foo')
bottle.put('/p2')('foo')
app.route('/d', method='DELETE')('foo')
bottle.delete('/d')('foo')
self.assertEqual(app.routes, bottle.app().routes)
def routeapp(obj):
for kw in dir(obj):
attr = getattr(obj, kw)
if hasattr(attr, 'error'):
bottle.error(attr.error)(attr)
if hasattr(attr, 'delete'):
bottle.delete(attr.delete)(attr)
if hasattr(attr, 'put'):
bottle.put(attr.put)(attr)
if hasattr(attr, 'post'):
bottle.post(attr.post)(attr)
if hasattr(attr, 'route'):
bottle.route(attr.route)(attr)
def serve(self, port):
model = self._load_model()
def handler():
data = request.body.read().decode('utf-8')
response.content_type = 'text/plain'
return model.predict(data)
print(
"""To use the server, run the following command from another shell:
curl http://localhost:{} --data \"test input here\"""".format(
port))
post('/')(handler)
run(host='localhost', port=port)
def serve(self, port):
def handler():
data = request.body.read().decode('utf-8')
response.content_type = 'text/plain'
cmd = [self.exe_path, 'predict', data]
res = run_shell(cmd, capture_output=True)
return res.rstrip()
self._build_project(self.sln_path)
print(
"""To use the server, run the following command from another shell:
curl http://localhost:{} --data \"test input here\"""".format(
port))
post('/')(handler)
run(host='localhost', port=port)
def _start_server(self):
proxy = self
class BottleServerAdapter(bottle.ServerAdapter):
def run(self, app):
class Server(WSGIServer):
allow_reuse_address = True
def handle_error(self, request, client_address):
pass
class Handler(WSGIRequestHandler):
def address_string(self):
return self.client_address[0]
def log_request(*args, **kwargs):
if not self.quiet:
return WSGIRequestHandler.log_request(
*args, **kwargs)
self.srv = make_wsgi_server(
self.host,
self.port,
app,
Server,
Handler)
proxy.server = self.srv
self.port = self.srv.server_port
proxy._started.put(True)
self.srv.serve_forever(poll_interval=0.1)
bottle.post('/', callback=self._request_handler)
def serve():
bottle.run(
host='localhost',
port=self.port,
quiet=True,
server=BottleServerAdapter)
thread = threading.Thread(target=serve)
thread.daemon = True
thread.start()
return thread
def __init__(self, path):
if path not in endpoint_map:
self._endpoint = JsonRpcHandler(path)
# register with bottle
def handle_rpc():
json_body = {}
try:
if bottle.request.headers['CONTENT_TYPE'] \
not in ('application/json', 'application/json-rpc'):
raise ParseError(
message='Invalid content type.',
data=bottle.request.headers['CONTENT_TYPE'])
try:
json_body = bottle.json_loads(
bottle.request.body.read())
except ValueError as err:
raise ParseError(message='Invalid JSON.',
data=json.dumps(
traceback.format_exc()))
response = self._endpoint.rpc(json_body)
# If we have error set the HTTP status code
if 'error' in response:
error = response['error']
status = jsonrpc_code_to_status.get(error['code'], 500)
bottle.response.status = status
return response
except JsonRpcError as err:
return jsonrpc_message({
'id': json_body.get('id'),
'error': err.to_json()
})
post(path, callback=handle_rpc)
# In bottle /path/ and /path are two different routes, because of
# http://www.ietf.org/rfc/rfc3986.txt, so register them both
if path[-1] != '/' and path[-1] != '>':
post('%s/' % path, callback=handle_rpc)
endpoint_map[path] = self._endpoint
else:
self._endpoint = endpoint_map[path]
def __init__(self, path):
if path not in endpoint_map:
self._endpoint = JsonRpcHandler(path)
# register with bottle
def handle_rpc():
json_body = {}
try:
if bottle.request.headers['CONTENT_TYPE'] \
not in ('application/json', 'application/json-rpc'):
raise ParseError(
message='Invalid content type.',
data=bottle.request.headers['CONTENT_TYPE'])
try:
json_body = bottle.json_loads(
bottle.request.body.read())
except ValueError as err:
raise ParseError(
message='Invalid JSON.',
data=json.dumps(traceback.format_exc()))
response = self._endpoint.rpc(json_body)
# If we have error set the HTTP status code
if 'error' in response:
error = response['error']
status = jsonrpc_code_to_status.get(error['code'], 500)
bottle.response.status = status
return response
except JsonRpcError as err:
return jsonrpc_message({
'id': json_body.get('id'),
'error': err.to_json()
})
post(path, callback=handle_rpc)
# In bottle /path/ and /path are two different routes, because of
# http://www.ietf.org/rfc/rfc3986.txt, so register them both
if path[-1] != '/' and path[-1] != '>':
post('%s/' % path, callback=handle_rpc)
endpoint_map[path] = self._endpoint
else:
self._endpoint = endpoint_map[path]
def run(self):
# UI Functions
route('/')(self.frontend)
# route('/', method='OPTIONS')(self.options_handler)
# route('/<path:path>', method='OPTIONS')(self.options_handler)
# hook('after_request')(self.enable_cors)
# API functions
# v1
route('/api/v1/')(self.index)
route('/api/v1/status')(self.status)
route('/api/v1/stations')(self.stations)
route('/api/v1/streams')(self.streams)
route('/api/v1/<station>/streams')(self.streams)
route('/api/v1/<station>')(self.station)
post('/api/v1/<station>')(self.set)
route('/api/v1/<station>/<stream>')(self.stream)
post('/api/v1/<station>/<stream>')(self.set)
route('/api/v1/play')(self.play)
route('/api/v1/pause')(self.pause)
route('/api/v1/stop')(self.stop)
# API functions
# v1.1
route('/api/v1.1/stations')(self.stations)
route('/api/v1.1/stations/<station>')(self.station)
route('/api/v1.1/stations/<station>/streams')(self.streams)
route('/api/v1.1/stations/<station>/streams/<stream>')(self.stream)
route('/api/v1.1/streams')(self.streams)
route('/api/v1.1/streams/<station>')(self.streams)
route('/api/v1.1/streams/<station>/<stream>')(self.stream)
route('/api/v1.1/player')(self.status)
post('/api/v1.1/player')(self.play)
post('/api/v1.1/player/<station>/<stream>')(self.play)
post('/api/v1.1/volume/<value>')(self.volume)
put('/api/v1.1/player')(self.pause)
delete('/api/v1.1/player')(self.stop)
try:
run(host=self.host, port=self.port,
debug=BOTTLE_DEBUG, quiet=not BOTTLE_DEBUG)
except (OSError, OverflowError) as exc_info:
print("SERVER ERROR: %s." % exc_info)
print("Check network settings (host, port) in config")
sys.exit(1)
def say_thanks():
tweet = request.forms.get('tweet')
answer = request.forms.get('answer')
clean_tweet = request.forms.get('clean_tweet')
# Write all checked tweets into the file
if answer == 'Correct':
data = [str(4), tweet]
elif answer == 'Positive':
data = [str(4), tweet]
white_list[clean_tweet] = 'Negative'
elif answer == 'Negative':
data = [str(4), tweet]
white_list[clean_tweet] = 'Positive'
with open('results.csv', 'wb') as fp:
a = csv.writer(fp, delimiter=',')
a.writerow(data)
# Go to initial page.
post()
return '''
def setup_webserver(self):
bottle.route('/')(bottle.view('index')(self.index))
bottle.post('/clear_log')(self.clear_log)
bottle.post('/config')(self.config)
bottle.post('/function/<function_id>')(self.function)
bottle.run(host='0.0.0.0', port=8080)
def setup_webserver(self):
bottle.route('/')(bottle.view('index')(self.index))
bottle.post('/clear_log')(self.clear_log)
bottle.post('/config')(self.config)
bottle.post('/function/<function_id>')(self.function)
bottle.run(host='0.0.0.0', port=8080)
def rpc( path ):
# Create route for bottle
bottleRpcFn = bottle.post( path )
def wrap( clas ):
if not isinstance( clas, type ):
raise TypeError( 'Only classes are supported. Got {}.'.format( type( clas ) ) )
servedObject = clas()
dispatchJsonRpc = pjsonrpc.JsonRpcDispatcher( servedObject )
def rpcCallWrap():
response = dispatchJsonRpc( bottle.request.body )
return response
# Map the rpcCallWrap to created bottle route
return bottleRpcFn( rpcCallWrap )
return wrap
def run(self):
# UI Functions
route('/')(self.frontend)
# route('/', method='OPTIONS')(self.options_handler)
# route('/<path:path>', method='OPTIONS')(self.options_handler)
# hook('after_request')(self.enable_cors)
# API functions
# v1
route('/api/v1/')(self.index)
route('/api/v1/status')(self.status)
route('/api/v1/stations')(self.stations)
route('/api/v1/streams')(self.streams)
route('/api/v1/<station>/streams')(self.streams)
route('/api/v1/<station>')(self.station)
post('/api/v1/<station>')(self.set)
route('/api/v1/<station>/<stream>')(self.stream)
post('/api/v1/<station>/<stream>')(self.set)
route('/api/v1/play')(self.play)
route('/api/v1/pause')(self.pause)
route('/api/v1/stop')(self.stop)
# API functions
# v1.1
route('/api/v1.1/stations')(self.stations)
route('/api/v1.1/stations/<station>')(self.station)
route('/api/v1.1/stations/<station>/streams')(self.streams)
route('/api/v1.1/stations/<station>/streams/<stream>')(self.stream)
route('/api/v1.1/streams')(self.streams)
route('/api/v1.1/streams/<station>')(self.streams)
route('/api/v1.1/streams/<station>/<stream>')(self.stream)
route('/api/v1.1/player')(self.status)
post('/api/v1.1/player')(self.play)
post('/api/v1.1/player/<station>/<stream>')(self.play)
put('/api/v1.1/player')(self.pause)
delete('/api/v1.1/player')(self.stop)
run(host=self.host,
port=self.port,
debug=BOTTLE_DEBUG,
quiet=not BOTTLE_DEBUG)
def run(self):
# UI Functions
route('/')(self.frontend)
# route('/', method='OPTIONS')(self.options_handler)
# route('/<path:path>', method='OPTIONS')(self.options_handler)
# hook('after_request')(self.enable_cors)
# API functions
# v1
route('/api/v1/')(self.index)
route('/api/v1/status')(self.status)
route('/api/v1/stations')(self.stations)
route('/api/v1/streams')(self.streams)
route('/api/v1/<station>/streams')(self.streams)
route('/api/v1/<station>')(self.station)
post('/api/v1/<station>')(self.set)
route('/api/v1/<station>/<stream>')(self.stream)
post('/api/v1/<station>/<stream>')(self.set)
route('/api/v1/play')(self.play)
route('/api/v1/pause')(self.pause)
route('/api/v1/stop')(self.stop)
# API functions
# v1.1
route('/api/v1.1/stations')(self.stations)
route('/api/v1.1/stations/<station>')(self.station)
route('/api/v1.1/stations/<station>/streams')(self.streams)
route('/api/v1.1/stations/<station>/streams/<stream>')(self.stream)
route('/api/v1.1/streams')(self.streams)
route('/api/v1.1/streams/<station>')(self.streams)
route('/api/v1.1/streams/<station>/<stream>')(self.stream)
route('/api/v1.1/player')(self.status)
post('/api/v1.1/player')(self.play)
post('/api/v1.1/player/<station>/<stream>')(self.play)
put('/api/v1.1/player')(self.pause)
delete('/api/v1.1/player')(self.stop)
run(host=self.host, port=self.port,
debug=BOTTLE_DEBUG, quiet=not BOTTLE_DEBUG)
def bottle_post(url_path: str) -> Callable[[AnyFunction], AnyFunction]:
return bottle.post(url_path) # type: ignore
for chapter in session.query(Chapter).\
filter(Chapter.id==id).order_by(Chapter.id):
chapters[chapter.id] = chapter
all_chapters = {}
for row in session.query(Chapter).order_by(Chapter.id):
all_chapters[row.id] = db_object_to_dict(row)
characters = {}
for row in session.query(Character).order_by(Character.id):
characters[row.id] = db_object_to_dict(row)
passages = {}
for row in session.query(Passage).\
filter(Passage.chapter_id==id).order_by(Passage.passage_order):
row.body = '<br />'.join(row.body.splitlines())
passages[row.id] = db_object_to_dict(row)
cp = app.get_config()
splash_images_url = cp.get('paths', 'splash_images_url')
return render('chapters/view.html', {'all_chapters': all_chapters, 'chapters': chapters, 'characters': characters, 'passages': passages, 'splash_images_url': splash_images_url})
go = Chapters()
route('/chapters/all')(go.all)
route('/chapters/create')(go.create)
route('/chapters/edit/:id')(go.edit)
route('/chapters/index')(go.index)
post('/chapters/save')(go.save)
route('/chapters/view/:id')(go.view)
def multi(method_):
def with_input():
return method_(request.json)
return post(path)(self.build_method(timeout, with_input))
def create_rest_api(base_collection, url_base, restricted=False, override_={}, post_={}):
def list_collection(**context):
collection = base_collection.fetch(**context)
bottle.response.context.update({'collection': collection})
return collection
def update_collection(**context): pass
def add_to_collection(**context):
new_item = bottle.request.json
new_item['user'] = context['user']
item = base_collection.new(**new_item)
bottle.response.context.update({'item': item})
return item
def delete_collection(**context): pass
def show_item(id, **context):
item = base_collection.get(_id=id)
bottle.response.context.update({'item': item})
return item
def update_item(id, **context):
updated_item = bottle.request.json
updated_item['_id'] = id
item = base_collection.update(**updated_item)
bottle.response.context.update({'item': item})
return item
def add_to_item(id, **context): pass
def delete_item(id, **context):
base_collection.remove(_id=id)
return list_collection(**context)
route_map = {
# Collections
'%s' % url_base: list_collection,
'>%s' % url_base: update_collection,
'#%s' % url_base: add_to_collection,
'X%s' % url_base: delete_collection,
# Entities
'%s/:id' % url_base: show_item,
'>%s/:id' % url_base: update_item,
'#%s/:id' % url_base: add_to_item,
'X%s/:id' % url_base: delete_item,
}
template_map = {
# Collections
list_collection: 'list',
update_collection: 'list',
add_to_collection: 'show',
delete_collection: 'list',
# Entities
show_item: 'show',
update_item: 'show',
add_to_item: 'show',
delete_item: 'list',
}
# Create the full callback for a route and action
def make_templated_callback(callback):
template_base = 'generic/'
def wrapper(**context):
#print context
context['user'] = bottle.response.context.user.id
cb=callback
if override_.has_key(callback.__name__): cb = override_[callback.__name__]
result = cb(**context)
if post_.has_key(callback.__name__): result = post_[cb.__name__](**result)
return render(template_base + template_map[callback], **result)
if restricted: wrapper = require_auth(wrapper)
return wrapper
# Make a JSON version too
def make_json_callback(callback):
def wrapper(**context):
context['user'] = bottle.response.context.user.id
cb=callback
if override_.has_key(callback.__name__): cb = override_[callback.__name__]
#print "CONTEXT: %s" % context
result = cb(**context)
if post_.has_key(callback.__name__): result = post_[cb.__name__](**result)
#print "RESULT: %s" % result
return pymongo_to_json(result)
if restricted: wrapper = require_auth(wrapper)
return wrapper
# Generate the routes
for route in route_map.items():
path, callback = route
if path.startswith('#'):
bottle.post(path[1:] + '.json')(make_json_callback(callback))
bottle.post(path[1:])(make_templated_callback(callback))
elif path.startswith('X'):
bottle.delete(path[1:] + '.json')(make_json_callback(callback))
bottle.delete(path[1:])(make_templated_callback(callback))
elif path.startswith('>'):
bottle.put(path[1:] + '.json')(make_json_callback(callback))
bottle.put(path[1:])(make_templated_callback(callback))
else:
bottle.get(path + '.json')(make_json_callback(callback))
bottle.get(path)(make_templated_callback(callback))
def init():
route('/')(Main_H)
route('/:argument')(Main_H)
route('/test/:argument')(Main_H)
get('/a/b')(Main_H)
post('/a/b')(Main_H)
def setup_routes(self):
bottle.post('/emu_reports/performance_report')(self.performance_report)
bottle.post('/emu_reports/task_complete')(self.task_complete)
}
@bottle.post('/move')
def move():
data = bottle.request.json
# TODO: Do things with data
#directions = ['up', 'down', 'left', 'right']
gs = game_state(data)
#direction = flood_fill(gs, 20)
direction = 'left'
print direction
return {'move': direction, 'taunt': 'battlesnake-python!'}
# Expose WSGI app (so gunicorn can find it)
application = bottle.default_app()
if __name__ == '__main__':
gs = game_state(game_state.get_example_raw())
direction = flood_fill(gs, 10)
print direction
bottle.run(application,
host=os.getenv('IP', '0.0.0.0'),
port=os.getenv('PORT', '8080'),
debug=True)
print "main.py"
bottle.post(game_state.get_example_raw())
class App():
def __init__(self):
#self.battlesnake = Battlesnake()
def run(self):
bottle.run(
application,
host=os.getenv('IP', '0.0.0.0'),
port=os.getenv('PORT', '8080'),
debug=os.getenv('DEBUG', True)
)
def index(self):
return '''
Battlesnake documentation can be found at
<a href="https://docs.battlesnake.io">https://docs.battlesnake.io</a>.
'''
def static(path):
"""
Given a path, return the static file located relative
to the static folder.
This can be used to return the snake head URL in an API response.
"""
return bottle.static_file(path, root='static/')
def ping(self):
"""
A keep-alive endpoint used to prevent cloud application platforms,
such as Heroku, from sleeping the application instance.
"""
return ping_response()
def start(self):
data = bottle.request.json
"""
TODO: If you intend to have a stateful snake AI,
initialize your snake state here using the
request's data if necessary.
"""
print(json.dumps(data))
#self.battlesnake.start(data)
print("Snek Started")
#action, _, _, _ = self.battlesnake.act(data)
color = "#342D7E"
return start_response(color)
def move(self):
data = bottle.request.json
"""
TODO: Using the data from the endpoint request object, your
snake AI must choose a direction to move in.
"""
print(json.dumps(data))
directions = ['up', 'down', 'left', 'right']
#action, _, _, _ = self.battlesnake.act(data)
direction = directions[0]#action]
print(direction)
return move_response(direction)
def end(self):
data = bottle.request.json
"""
TODO: If your snake AI was stateful,
clean up any stateful objects here.
"""
print(json.dumps(data))
return end_response()
# Expose WSGI app (so gunicorn can find it)
application = bottle.default_app()
if __name__ == '__main__':
app = App()
bottle.route('/')(app.index)
bottle.route('/static/<path:path>')(app.static)
bottle.post('/ping')(app.ping)
bottle.post('/start')(app.start)
bottle.post('/move')(app.move)
bottle.post('/end')(app.end)
app.run()
session.commit()
redirect('/characters/all')
def view(self, id):
"""character information"""
session = dbengine.connect()
all_characters = {}
for row in session.query(Character).order_by(Character.id):
all_characters[row.id] = db_object_to_dict(row)
characters = {}
for character in session.query(Character).\
filter(Character.id==id).order_by(Character.id.desc()):
characters[character.id] = character
return render('characters/view.html', {
'all_characters': all_characters,
'characters': characters
})
go = Characters()
route('/characters/all')(go.all)
route('/characters/create')(go.create)
route('/characters/edit/:id')(go.edit)
route('/characters/index')(go.index)
post('/characters/save')(go.save)
route('/characters/view/:id')(go.view)
'/'+_node_id_: [authenticate, show_node],
'>/'+_node_id_: [authenticate, update_node],
'X/'+_node_id_: [authenticate, delete_node],
}
# Define routes from the route map
def make_route_callback(callback):
if type(callback) == list: callback = partial(*callback)
def wrapper(**context):
return callback(**get_session(**start_context(**context)))
return wrapper
for route in route_map.items():
path, callback = route
if path.startswith('#'):
bottle.post(path[1:])(make_route_callback(callback))
elif path.startswith('X'):
bottle.delete(path[1:])(make_route_callback(callback))
elif path.startswith('>'):
bottle.put(path[1:])(make_route_callback(callback))
else:
bottle.get(path)(make_route_callback(callback))
# Static fallback
@bottle.route('/<filepath:path>')
def static_file(filepath):
return bottle.static_file(filepath, root='./static/')
# Run the server
bottle.debug(config.debug)
bottle.run(server=config.server, host='0.0.0.0', port=config.port, reloader=config.debug)
update.chapter_id = chapter_id
update.passage_order = passage_order
update.soliloquy = soliloquy
else:
# create
new_passage = Passage(body, character_id, chapter_id,
passage_order, soliloquy)
session.add(new_passage)
session.commit()
redirect('/passages/all')
def view(self, id):
"""passage information"""
session = dbengine.connect()
passages = {}
for passage in session.query(Passage).\
filter(Passage.id==id).order_by(Passage.id.desc()):
passages[passage.id] = passage
return render('passages/view.html', {'passages': passages})
go = Passages()
route('/passages/all')(go.all)
route('/passages/create')(go.create)
route('/passages/edit/:id')(go.edit)
post('/passages/save')(go.save)
route('/passages/view/:id')(go.view)
s = Server(
args.client_hostnames,
args.benchmark_time,
args.chunk_size,
args.file_size,
args.heartbeat_interval,
args.monitoring_interval,
args.port,
args.log
)
# Initialize routes
bottle.get("/")(s.main)
bottle.get("/status")(s.status)
bottle.get("/report")(s.report)
bottle.get("/logs")(s.logs)
bottle.get("/about")(s.about)
bottle.route('/static/:file_path#.+#')(s.static)
bottle.get("/favicon.ico")(s.get_favicon)
bottle.post("/hello")(s.hello)
bottle.post(HEARTBEAT_PATH)(s.client_heartbeat)
bottle.post(START_PATH)(s.client_start)
bottle.post(STOP_PATH)(s.client_stop)
bottle.post(RESOURCES_PATH)(s.client_resources)
bottle.post(ROLLOVER_PATH)(s.client_rollover)
s.run_benchmarks()
bottle.run(host='localhost', port=args.port, debug=True, quiet=True)
s.client_thread.join()
def __init__(self, bikaApi, irodsApi):
# Web service methods
post('/bika/login')(bikaApi.login)
post('/bika/get/clients')(bikaApi.get_clients)
post('/bika/get/contacts')(bikaApi.get_contacts)
post('/bika/get/samples')(bikaApi.get_samples)
post('/bika/get/analysis_requests')(bikaApi.get_analysis_requests)
post('/bika/get/arimports')(bikaApi.get_arimports)
post('/bika/get/batches')(bikaApi.get_batches)
post('/bika/get/worksheets')(bikaApi.get_worksheets)
post('/bika/get/invoices')(bikaApi.get_invoices)
post('/bika/get/price_list')(bikaApi.get_price_list)
post('/bika/get/supply_orders')(bikaApi.get_supply_orders)
post('/bika/get/lab_products')(bikaApi.get_lab_products)
post('/bika/get/storage_locations')(bikaApi.get_storage_locations)
post('/bika/get/artemplates')(bikaApi.get_artemplates)
post('/bika/get/analysis_profiles')(bikaApi.get_analysis_profiles)
post('/bika/get/analysis_services')(bikaApi.get_analysis_services)
post('/bika/get/sample_types')(bikaApi.get_sample_types)
post('/bika/get/users')(bikaApi.get_users)
post('/bika/get/manager_users')(bikaApi.get_manager_users)
post('/bika/get/analyst_users')(bikaApi.get_analyst_users)
post('/bika/get/clerk_users')(bikaApi.get_clerk_users)
post('/bika/get/client_users')(bikaApi.get_client_users)
post('/bika/set/analysis_result')(bikaApi.set_analysis_result)
post('/bika/set/analyses_results')(bikaApi.set_analyses_results)
post('/bika/update/batch')(bikaApi.update_batch)
post('/bika/update/batches')(bikaApi.update_batches)
post('/bika/update/analysis_request')(bikaApi.update_analysis_request)
post('/bika/update/analysis_requests')(bikaApi.update_analysis_requests)
post('/bika/update/worksheet')(bikaApi.update_worksheet)
post('/bika/update/worksheets')(bikaApi.update_worksheets)
post('/bika/update/supply_order')(bikaApi.update_supply_order)
post('/bika/update/supply_orders')(bikaApi.update_supply_orders)
post('/bika/update/lab_product')(bikaApi.update_lab_product)
post('/bika/update/lab_products')(bikaApi.update_lab_products)
post('/bika/cancel/batch')(bikaApi.cancel_batch)
post('/bika/cancel/worksheet')(bikaApi.update_worksheets)
post('/bika/cancel/analysis_request')(bikaApi.cancel_analysis_request)
post('/bika/reinstate/batch')(bikaApi.reinstate_batch)
post('/bika/reinstate/worksheet')(bikaApi.update_worksheets)
post('/bika/reinstate/analysis_request')(bikaApi.reinstate_analysis_request)
post('/bika/action/receive_sample')(bikaApi.receive_sample)
post('/bika/action/close_batch')(bikaApi.close_batch)
post('/bika/action/open_batch')(bikaApi.open_batch)
post('/bika/action/close_worksheet')(bikaApi.update_worksheets)
post('/bika/action/open_worksheet')(bikaApi.update_worksheets)
post('/bika/action/submit')(bikaApi.submit)
post('/bika/action/verify')(bikaApi.verify)
post('/bika/action/publish')(bikaApi.publish)
post('/bika/action/republish')(bikaApi.republish)
post('/bika/action/activate_supply_order')(bikaApi.activate_supply_order)
post('/bika/action/deactivate_supply_order')(bikaApi.deactivate_supply_order)
post('/bika/action/dispatch_supply_order')(bikaApi.dispatch_supply_order)
post('/bika/action/activate_lab_product')(bikaApi.activate_lab_product)
post('/bika/action/deactivate_lab_product')(bikaApi.deactivate_lab_product)
post('/bika/create/batch')(bikaApi.create_batch)
post('/bika/create/analysis_request')(bikaApi.create_analysis_request)
post('/bika/create/worksheet')(bikaApi.create_worksheet)
post('/bika/create/supply_order')(bikaApi.create_supply_order)
post('/bika/create/lab_product')(bikaApi.create_lab_product)
post('/bika/count/analysis_requests')(bikaApi.count_analysis_requests)
post('/bika/count/samples')(bikaApi.count_samples)
post('/irods/get/running')(irodsApi.get_running_folders)
post('/irods/put/samplesheet')(irodsApi.put_samplesheet)
# check status
post('/web/check/status')(self.test_server)
post('/bika/check/status')(bikaApi.test_server)
post('/irods/check/status')(irodsApi.test_server)
else:
# create
new_character = Character(name, alias, location_id)
session.add(new_character)
session.commit()
redirect('/characters/all')
def view(self, id):
"""character information"""
session = dbengine.connect()
all_characters = {}
for row in session.query(Character).order_by(Character.id):
all_characters[row.id] = db_object_to_dict(row)
characters = {}
for character in session.query(Character).\
filter(Character.id==id).order_by(Character.id.desc()):
characters[character.id] = character
return render('characters/view.html', {'all_characters': all_characters, 'characters': characters})
go = Characters()
route('/characters/all')(go.all)
route('/characters/create')(go.create)
route('/characters/edit/:id')(go.edit)
route('/characters/index')(go.index)
post('/characters/save')(go.save)
route('/characters/view/:id')(go.view)
def __new__(cls, *args, **kwargs):
obj = super(Cerberus, cls).__new__(cls, *args, **kwargs)
bottle.post("/")(obj.http_api_handler)
return obj
def haikuports_hook():
payload = request.forms.get('payload')
d = json.loads(payload)
h = hooks.Haikuports_Commit(d)
for k in h.commits:
dumby = Dumby_Commit( ('hp-trunk', (k['sha'], time.time()) )
new_commit(k['name'], dumby)
def new_commit(name, commits):
db = get_db()
if name not in db.keys():
pass
if name not in db:
db[name] = {}
db[name]['revs'] = {}
else:
#Tuple (branch , (commit-sha, unix_time))
for commit in commits.commits:
#Tuple of time of commit and commit ID.
db[name]['revs'][commit[0]] = {}
db[name]['revs'][commit[0]]['last-commit'] = (commit[1][1], commit[1][0])
db[name]['revs'][commit[0]][commit[1][0]] = {'Builds': 0}
def mk_id(name, arch, gcc, length=6):
u = uuid.uuid4().hex[:length] #This reduces the uniqueness but makes better urls
jobid = name +'-'+ arch +'-'+ gcc +'-'+ u
return jobid
@post('/completed')
def recieve_blob():
db = get_db()
info = json.loads(request.forms.get('json'))
if 'jobs' not in get_db():
get_db()['jobs'] = {}
db['jobs'][info['job_id']] = {'status': 'completed',
'blob': info['blobref'], 'date': time.time()}
which = db[info['project']]['revs'][info['branch']][info['sha']]
which['Builds'] += 1
if 'Jobs' in which:
which['Jobs'].append(info['job_id'])
else:
which['Jobs'] = [info['job_id']]
@route("/blob/:job_id")
def give_blob(job_id):
return get_db()['jobs'][job_id]['blob']
@error(404)
def error404(e):
img = random.choice([x for x in os.listdir('css/neko100') if x[0] != '.'])
# I have a .DS_Store from OSX might have other weird stuff on other platforms
return "<!DOCTYPE html><html><head><title>Error 404: Cat Found</title></head><body style='text-align:center;'><img src='/css/neko100/%s'><p><a href='http://www.cavestory.org/othergames_neko100.php'>src</a></p></body></html>" % img
@route('/css/:filename#.+#')
def css_static(filename):
return static_file(filename, root='./css')
def get_db():
return our_db
def close_pickle(db):
with open('data.pkl', 'wb') as f:
cPickle.dump(db, f)
class Job(object):
"Unused and unuseful, contains a good line for evaluating jobs of a specific project"
def __init__(self, name, database):
self.start = time.localtime()
self.name = name
self.database = database
self.vcs = self.lookup_vcs()
def __setattr__(self, key, value):
self.database[self.name][key] = value
def __getattr__(self,key):
try:
return self.database[self.name][key]
except:
raise AttributeError
def __delattr__(self, key):
del self.database[self.name][key]
def give(self):
"Yield an actionable job?"
ids = []
for branch in self.database[self.name]:
br = self.database[self.name]['revs'][branch]
ids = ids + [rev for rev in br if br[rev]['Builds'] == 0]
return ids
def lookup_vcs(self):
"Which VCS does the build use?"
d = self.database
if self.name in d['vcs']:
return d['vcs'][self.name]
else:
return "haikuports"
#This is the VCS of the development/source of the package
#not of the software within
#Gorram Brecht, we needed that parser for real beps.
if __name__ == '__main__':
debug(True)
try:
with open('data.pkl', 'rb') as our_file:
our_db = cPickle.load(our_file)
except EOFError:
our_db = {}
atexit.register(close_pickle, our_db)
run(host='192.168.1.45', port=8080, reloader=True)
def __init__(self, bikaApi, irodsApi):
# Web service methods
post('/bika/login')(bikaApi.login)
post('/bika/get/clients')(bikaApi.get_clients)
post('/bika/get/contacts')(bikaApi.get_contacts)
post('/bika/get/samples')(bikaApi.get_samples)
post('/bika/get/analysis_requests')(bikaApi.get_analysis_requests)
post('/bika/get/arimports')(bikaApi.get_arimports)
post('/bika/get/batches')(bikaApi.get_batches)
post('/bika/get/worksheets')(bikaApi.get_worksheets)
post('/bika/get/deliveries')(bikaApi.get_worksheets)
post('/bika/get/invoices')(bikaApi.get_invoices)
post('/bika/get/price_list')(bikaApi.get_price_list)
post('/bika/get/supply_orders')(bikaApi.get_supply_orders)
post('/bika/get/purchase_orders')(bikaApi.get_supply_orders)
post('/bika/get/lab_products')(bikaApi.get_lab_products)
post('/bika/get/storage_locations')(bikaApi.get_storage_locations)
post('/bika/get/manufacturers')(bikaApi.get_manufacturers)
post('/bika/get/suppliers')(bikaApi.get_suppliers)
post('/bika/get/artemplates')(bikaApi.get_artemplates)
post('/bika/get/analysis_profiles')(bikaApi.get_analysis_profiles)
post('/bika/get/analysis_services')(bikaApi.get_analysis_services)
post('/bika/get/sample_types')(bikaApi.get_sample_types)
post('/bika/get/users')(bikaApi.get_users)
post('/bika/get/manager_users')(bikaApi.get_manager_users)
post('/bika/get/analyst_users')(bikaApi.get_analyst_users)
post('/bika/get/clerk_users')(bikaApi.get_clerk_users)
post('/bika/get/client_users')(bikaApi.get_client_users)
post('/bika/set/analysis_result')(bikaApi.set_analysis_result)
post('/bika/set/analyses_results')(bikaApi.set_analyses_results)
post('/bika/update/batch')(bikaApi.update_batch)
post('/bika/update/batches')(bikaApi.update_batches)
post('/bika/update/analysis_request')(bikaApi.update_analysis_request)
post('/bika/update/analysis_requests')(
bikaApi.update_analysis_requests)
post('/bika/update/worksheet')(bikaApi.update_worksheet)
post('/bika/update/worksheets')(bikaApi.update_worksheets)
post('/bika/update/delivery')(bikaApi.update_worksheet)
post('/bika/update/deliveries')(bikaApi.update_worksheets)
post('/bika/update/supply_order')(bikaApi.update_supply_order)
post('/bika/update/supply_orders')(bikaApi.update_supply_orders)
post('/bika/update/purchase_order')(bikaApi.update_supply_order)
post('/bika/update/purchase_orders')(bikaApi.update_supply_orders)
post('/bika/update/lab_product')(bikaApi.update_lab_product)
post('/bika/update/lab_products')(bikaApi.update_lab_products)
post('/bika/update/client')(bikaApi.update_client)
post('/bika/update/clients')(bikaApi.update_clients)
post('/bika/update/contact')(bikaApi.update_contact)
post('/bika/update/contacts')(bikaApi.update_contacts)
post('/bika/cancel/batch')(bikaApi.cancel_batch)
post('/bika/cancel/worksheet')(bikaApi.update_worksheets)
post('/bika/cancel/analysis_request')(bikaApi.cancel_analysis_request)
post('/bika/reinstate/batch')(bikaApi.reinstate_batch)
post('/bika/reinstate/worksheet')(bikaApi.update_worksheets)
post('/bika/reinstate/analysis_request')(
bikaApi.reinstate_analysis_request)
post('/bika/action/receive_sample')(bikaApi.receive_sample)
post('/bika/action/close_batch')(bikaApi.close_batch)
post('/bika/action/open_batch')(bikaApi.open_batch)
post('/bika/action/close_worksheet')(bikaApi.update_worksheets)
post('/bika/action/open_worksheet')(bikaApi.update_worksheets)
post('/bika/action/submit')(bikaApi.submit)
post('/bika/action/verify')(bikaApi.verify)
post('/bika/action/publish')(bikaApi.publish)
post('/bika/action/republish')(bikaApi.republish)
post('/bika/action/activate_supply_order')(
bikaApi.activate_supply_order)
post('/bika/action/deactivate_supply_order')(
bikaApi.deactivate_supply_order)
post('/bika/action/dispatch_supply_order')(
bikaApi.dispatch_supply_order)
post('/bika/action/activate_lab_product')(bikaApi.activate_lab_product)
post('/bika/action/deactivate_lab_product')(
bikaApi.deactivate_lab_product)
post('/bika/action/activate_client')(bikaApi.activate_client)
post('/bika/action/deactivate_client')(bikaApi.deactivate_client)
post('/bika/create/client')(bikaApi.create_client)
post('/bika/create/contact')(bikaApi.create_contact)
post('/bika/create/batch')(bikaApi.create_batch)
post('/bika/create/analysis_request')(bikaApi.create_analysis_request)
post('/bika/create/worksheet')(bikaApi.create_worksheet)
post('/bika/create/delivery')(bikaApi.create_worksheet)
post('/bika/create/supply_order')(bikaApi.create_supply_order)
post('/bika/create/purchase_order')(bikaApi.create_supply_order)
post('/bika/create/lab_product')(bikaApi.create_lab_product)
post('/bika/count/analysis_requests')(bikaApi.count_analysis_requests)
post('/bika/count/samples')(bikaApi.count_samples)
post('/irods/get/running')(irodsApi.get_running_folders)
post('/irods/get/runs')(irodsApi.get_runs)
post('/irods/check/runs')(irodsApi.check_runs)
post('/irods/sync/batchbook')(irodsApi.sync_batchbook)
post('/irods/put/samplesheet')(irodsApi.put_samplesheet)
post('/irods/get/samplesheet')(irodsApi.get_samplesheet)
post('/irods/cancel/samplesheet')(irodsApi.rm_samplesheet)
# check status
post('/web/check/status')(self.test_server)
post('/bika/check/status')(bikaApi.test_server)
post('/irods/check/status')(irodsApi.test_server)
update.body = body
update.character_id = character_id
update.chapter_id = chapter_id
update.passage_order = passage_order
update.soliloquy = soliloquy
else:
# create
new_passage = Passage(body, character_id, chapter_id, passage_order, soliloquy)
session.add(new_passage)
session.commit()
redirect('/passages/all')
def view(self, id):
"""passage information"""
session = dbengine.connect()
passages = {}
for passage in session.query(Passage).\
filter(Passage.id==id).order_by(Passage.id.desc()):
passages[passage.id] = passage
return render('passages/view.html', {'passages': passages})
go = Passages()
route('/passages/all')(go.all)
route('/passages/create')(go.create)
route('/passages/edit/:id')(go.edit)
post('/passages/save')(go.save)
route('/passages/view/:id')(go.view)
characters = {}
for row in session.query(Character).order_by(Character.id):
characters[row.id] = db_object_to_dict(row)
passages = {}
for row in session.query(Passage).\
filter(Passage.chapter_id==id).order_by(Passage.passage_order):
row.body = '<br />'.join(row.body.splitlines())
passages[row.id] = db_object_to_dict(row)
cp = app.get_config()
splash_images_url = cp.get('paths', 'splash_images_url')
return render(
'chapters/view.html', {
'all_chapters': all_chapters,
'chapters': chapters,
'characters': characters,
'passages': passages,
'splash_images_url': splash_images_url
})
go = Chapters()
route('/chapters/all')(go.all)
route('/chapters/create')(go.create)
route('/chapters/edit/:id')(go.edit)
route('/chapters/index')(go.index)
post('/chapters/save')(go.save)
route('/chapters/view/:id')(go.view)
print "Server logs will be saved to '%s'." % args.log
print "A much nicer view of these logs can be accessed at 'http://localhost:%s/logs' though." % args.port
print ""
print "The real-time status of this benchmark can be viewed at 'http://localhost:%s/status' and" % args.port
print "The final report, once complete, can be found at 'http://localhost:%s/report'." % args.port
print "------------------------------------------------------------------------------------------------------------"
s = Server(args.client_hostnames, args.benchmark_time, args.chunk_size,
args.file_size, args.heartbeat_interval,
args.monitoring_interval, args.port, args.log)
# Initialize routes
bottle.get("/")(s.main)
bottle.get("/status")(s.status)
bottle.get("/report")(s.report)
bottle.get("/logs")(s.logs)
bottle.get("/about")(s.about)
bottle.route('/static/:file_path#.+#')(s.static)
bottle.get("/favicon.ico")(s.get_favicon)
bottle.post("/hello")(s.hello)
bottle.post(HEARTBEAT_PATH)(s.client_heartbeat)
bottle.post(START_PATH)(s.client_start)
bottle.post(STOP_PATH)(s.client_stop)
bottle.post(RESOURCES_PATH)(s.client_resources)
bottle.post(ROLLOVER_PATH)(s.client_rollover)
s.run_benchmarks()
bottle.run(host='localhost', port=args.port, debug=True, quiet=True)
s.client_thread.join()
session = dbengine.connect()
locations = {}
for row in session.query(Location).order_by(Location.id):
locations[row.id] = db_object_to_dict(row)
return render('locations/index.html', {'locations': locations})
def view(self, id):
"""location information"""
session = dbengine.connect()
all_locations = {}
for row in session.query(Location).order_by(Location.id.desc()):
all_locations[row.id] = db_object_to_dict(row)
locations = {}
for location in session.query(Location).\
filter(Location.id==id).order_by(Location.id.desc()):
locations[location.id] = location
return render('locations/view.html', {'all_locations': all_locations, 'locations': locations})
go = Locations()
route('/locations/all')(go.all)
route('/locations/create')(go.create)
route('/locations/edit/:id')(go.edit)
route('/locations/index')(go.index)
post('/locations/save')(go.save)
route('/locations/view/:id')(go.view)
return cli_output(device.set_state(state))
except ValueError:
return bottle.HTTPError(400, "Invalid state: %s" % (state,))
_wrapped.__name__ = 'put_%s' % (device.get_name(),)
return _wrapped
def rest_list_states(device):
""" Inside an HTTP OPTIONS, list a device's acceptable inputs """
def _wrapped(*args, **kwargs):
bottle.response.content_type = 'text/plain'
return '\n'.join(device.get_acceptable_states()) + '\n'
_wrapped.__name__ = 'options_%s' % (device.get_name(),)
return _wrapped
for device in DEVICES:
path = '/' + device._state_path()
bottle.get(path)(rest_get_state(device))
bottle.post(path)(rest_set_state(device)) # openhab can only post
bottle.put(path)(rest_set_state(device))
bottle.route(path, method='OPTIONS')(rest_list_states(device))
# check for subdevices
for name,subdev in device.subdevices.items():
subpath = '/' + subdev._state_path()
bottle.get(subpath)(rest_get_state(subdev))
bottle.post(subpath)(rest_set_state(subdev)) # openhab can only post
bottle.put(subpath)(rest_set_state(subdev))
bottle.route(subpath, method='OPTIONS')(rest_list_states(subdev))
# save to index
klass = device.get_class()
name = device.get_name()
klass_devices = device_list.get(klass, {})
klass_devices[name] = device
device_list[klass] = klass_devices
