def POST(self):
"""Organize/sort the comments according to votes, author,
time, etc (heuristic)
"""
i = web.input(pid=None, time=datetime.utcnow().ctime(),
comment="", username=session()['uname'], votes=0,
enabled=True)
if i.pid:
i.pid = int(i.pid)
i.cid = 0 #sets default cid val if first comment
if not session().logged:
raise web.seeother('/login?redir=/item=?pid=%s' % i.pid)
try:
db = Db('db/openjournal')
papers = db.get('papers')
paper = papers[i.pid] #XXX get by key 'pid' instead
if paper['comments']:
i.cid = paper['comments'][-1]['cid'] + 1
papers[i.pid]['comments'].append(dict(i))
db.put('papers', papers)
record_comment(i.username, i.pid, i.cid)
return render().item(i.pid, paper)
except IndexError:
return "No such item exists, id out of range"
raise web.seeother('/')
def GET(self):
"""Research http://news.ycombinator.com/item?id=1781013 how
hacker news voting works and emulate
XXX Restrict voting to session().logged users + element id
must not already exist in user['votes'] set.
XXX Requires accounting + record keeping
XXX Preserve the web.ctx GET query params to preserve sorting
/ ordering
Algo:
1. Add karma to paper['submitter'] if vote
2. Record vote in user['votes'] set by id
- calc unique vote id via some linear combination of paper pid
(and or comment id [cid], if it exists)
"""
msg = None
i = web.input(pid=None, sort="popular")
if not session().logged:
raise web.seeother('/register')
db = Db('db/openjournal')
ps = db.get('papers')
u = User.get(session()['uname'])
if i.pid:
i.pid = int(i.pid)
if canvote(u, i.pid):
try:
ps[i.pid]['votes'] += 1
db.put('papers', ps)
submitter_uname = ps[i.pid]['submitter']
record_vote(u['username'], submitter_uname, i.pid)
except IndexError:
return "No such items exists to vote on"
raise web.seeother('/?sort=%s' % i.sort)
class ContractingDataBridge(object):
""" Contracting Data Bridge """
def __init__(self, config):
super(ContractingDataBridge, self).__init__()
self.config = config
self.cache_db = Db(self.config.get('main'))
self._backend = "redis"
self._host = self.config.get('cache_host')
self._port = self.config.get('cache_port') or 6379
self._db_name = self.config.get('cache_db_name') or 0
logger.info("Caching backend: '{}', db name: '{}', host: '{}', port: '{}'".format(self.cache_db._backend,
self.cache_db._db_name,
self.cache_db._host,
self.cache_db._port),
extra=journal_context({"MESSAGE_ID": DATABRIDGE_INFO}, {}))
self.on_error_delay = self.config_get('on_error_sleep_delay') or 5
self.jobs_watcher_delay = self.config_get('jobs_watcher_delay') or 15
queue_size = self.config_get('buffers_size') or 500
self.full_stack_sync_delay = self.config_get('full_stack_sync_delay') or 15
self.empty_stack_sync_delay = self.config_get('empty_stack_sync_delay') or 101
self.api_server = self.config_get('tenders_api_server')
self.api_version = self.config_get('tenders_api_version')
self.ro_api_server = self.config_get('public_tenders_api_server') or self.api_server
self.contracting_api_server = self.config_get('contracting_api_server')
self.contracting_api_version = self.config_get('contracting_api_version')
self.clients_initialize()
self.initial_sync_point = {}
self.initialization_event = gevent.event.Event()
self.tenders_queue = Queue(maxsize=queue_size)
self.handicap_contracts_queue = Queue(maxsize=queue_size)
self.contracts_put_queue = Queue(maxsize=queue_size)
self.contracts_retry_put_queue = Queue(maxsize=queue_size)
self.basket = {}
def contracting_client_init(self):
logger.info('Initialization contracting clients.', extra=journal_context({"MESSAGE_ID": DATABRIDGE_INFO}, {}))
self.contracting_client = ContractingClient(
self.config_get('api_token'),
host_url=self.contracting_api_server, api_version=self.contracting_api_version
)
self.contracting_client_ro = self.contracting_client
if self.config_get('public_tenders_api_server'):
if self.api_server == self.contracting_api_server and self.api_version == self.contracting_api_version:
self.contracting_client_ro = ContractingClient(
'',
host_url=self.ro_api_server, api_version=self.api_version
)
def clients_initialize(self):
self.client = TendersClient(
self.config_get('api_token'),
host_url=self.api_server, api_version=self.api_version,
)
self.contracting_client_init()
self.tenders_sync_client = TendersClientSync('',
host_url=self.ro_api_server, api_version=self.api_version,
)
def config_get(self, name):
return self.config.get('main').get(name)
@retry(stop_max_attempt_number=5, wait_exponential_multiplier=1000)
def get_tender_credentials(self, tender_id):
self.client.headers.update({'X-Client-Request-ID': generate_req_id()})
logger.info("Getting credentials for tender {}".format(tender_id), extra=journal_context({"MESSAGE_ID": DATABRIDGE_GET_CREDENTIALS},
{"TENDER_ID": tender_id}))
data = self.client.extract_credentials(tender_id)
logger.info("Got tender {} credentials".format(tender_id), extra=journal_context({"MESSAGE_ID": DATABRIDGE_GOT_CREDENTIALS},
{"TENDER_ID": tender_id}))
return data
def initialize_sync(self, params=None, direction=None):
self.initialization_event.clear()
if direction == "backward":
assert params['descending']
response = self.tenders_sync_client.sync_tenders(params, extra_headers={'X-Client-Request-ID': generate_req_id()})
# set values in reverse order due to 'descending' option
self.initial_sync_point = {'forward_offset': response.prev_page.offset,
'backward_offset': response.next_page.offset}
self.initialization_event.set() # wake up forward worker
logger.info("Initial sync point {}".format(self.initial_sync_point))
return response
else:
assert 'descending' not in params
gevent.wait([self.initialization_event])
params['offset'] = self.initial_sync_point['forward_offset']
logger.info("Starting forward sync from offset {}".format(params['offset']))
return self.tenders_sync_client.sync_tenders(params, extra_headers={'X-Client-Request-ID': generate_req_id()})
def get_tenders(self, params={}, direction=""):
response = self.initialize_sync(params=params, direction=direction)
while not (params.get('descending') and not len(response.data) and params.get('offset') == response.next_page.offset):
tenders_list = response.data
params['offset'] = response.next_page.offset
delay = self.empty_stack_sync_delay
if tenders_list:
delay = self.full_stack_sync_delay
logger.info("Client {} params: {}".format(direction, params))
for tender in tenders_list:
if tender.get('procurementMethodType') in ['competitiveDialogueUA', 'competitiveDialogueEU']:
logger.info('Skipping {} tender {}'.format(tender['procurementMethodType'], tender['id']),
extra=journal_context({"MESSAGE_ID": DATABRIDGE_INFO}, params={"TENDER_ID": tender['id']}))
continue
if tender['status'] in ("active.qualification", "active",
"active.awarded", "complete"):
if hasattr(tender, "lots"):
if any([1 for lot in tender['lots'] if lot['status'] == "complete"]):
logger.info('{} sync: Found multilot tender {} in status {}'.format(direction.capitalize(), tender['id'], tender['status']),
extra=journal_context({"MESSAGE_ID": DATABRIDGE_FOUND_MULTILOT_COMPLETE}, {"TENDER_ID": tender['id']}))
yield tender
elif tender['status'] == "complete":
logger.info('{} sync: Found tender in complete status {}'.format(direction.capitalize(), tender['id']),
extra=journal_context({"MESSAGE_ID": DATABRIDGE_FOUND_NOLOT_COMPLETE}, {"TENDER_ID": tender['id']}))
yield tender
else:
logger.debug('{} sync: Skipping tender {} in status {}'.format(direction.capitalize(), tender['id'], tender['status']),
extra=journal_context(params={"TENDER_ID": tender['id']}))
logger.info('Sleep {} sync...'.format(direction), extra=journal_context({"MESSAGE_ID": DATABRIDGE_SYNC_SLEEP}))
gevent.sleep(delay)
logger.info('Restore {} sync'.format(direction), extra=journal_context({"MESSAGE_ID": DATABRIDGE_SYNC_RESUME}))
logger.debug('{} {}'.format(direction, params))
response = self.tenders_sync_client.sync_tenders(params, extra_headers={'X-Client-Request-ID': generate_req_id()})
def _put_tender_in_cache_by_contract(self, contract, tender_id):
dateModified = self.basket.get(contract['id'])
if dateModified:
# TODO: save tender in cache only if all active contracts are
# handled successfully
self.cache_db.put(tender_id, dateModified)
self.basket.pop(contract['id'], None)
def _get_tender_contracts(self):
try:
tender_to_sync = self.tenders_queue.get()
tender = self.tenders_sync_client.get_tender(tender_to_sync['id'],
extra_headers={'X-Client-Request-ID': generate_req_id()})['data']
except Exception, e:
logger.warn('Fail to get tender info {}'.format(tender_to_sync['id']), extra=journal_context({"MESSAGE_ID": DATABRIDGE_EXCEPTION}, params={"TENDER_ID": tender_to_sync['id']}))
logger.exception(e)
logger.info('Put tender {} back to tenders queue'.format(tender_to_sync['id']), extra=journal_context({"MESSAGE_ID": DATABRIDGE_EXCEPTION}, params={"TENDER_ID": tender_to_sync['id']}))
self.tenders_queue.put(tender_to_sync)
gevent.sleep(self.on_error_delay)
else:
def clear(pid):
"""Clear comments for an item"""
db = Db('db/openjournal')
papers = db.get('papers')
papers[pid]['comments'] = []
return db.put('papers', papers)
