def _get(self, service):
tweets = []
services = [service] if service else tweeter.SERVICES
for service in services:
tweets += self.tweet_manager.get(service)
return encoding.to_json(
{'messages': [encoding.to_dict(m) for m in tweets]})
def _get(self, service):
tweets = []
services = [service] if service else tweeter.SERVICES
for service in services:
tweets += self.tweet_manager.get(service)
return encoding.to_json({"messages": [encoding.to_dict(m) for m in tweets]})
def _get(self):
messages = {} # messages by date + service
for service in tweeter.SERVICES:
tweet = self.tweet_manager.get_last_message(service)
if tweet:
if tweet.created_at < datetime.utcnow() - timedelta(days=1):
tweet = None
messages[service] = encoding.to_dict(tweet) if tweet else None
return encoding.to_json({"messages": messages})
def _get(self):
raw = {
'uptime': dict([(k, v) for k, v in self.uptime_manager.refresh()])
}
for service in tweeter.SERVICES:
# if a service is UP and a tweet says it's down, then the down
# takes precedence
_s = raw['uptime'][service]
if _s['status'] == 'UP':
tweet_state = self.tweet_manager.get_latest_state(service)
_s['status'] = tweet_state or _s['status']
return encoding.to_json(raw)
def _get(self):
messages = {} # messages by date + service
for service in tweeter.SERVICES:
tweet = self.tweet_manager.get_last_message(service)
if tweet:
if tweet.created_at < datetime.utcnow() - timedelta(days=1):
tweet = None
messages[service] = encoding.to_dict(tweet, ) if tweet else None
return encoding.to_json({
'messages': messages,
})
def _get(self):
offset = int(self.request.get("offset", 0))
max_date = datetime.utcnow() - timedelta(days=offset)
min_date = max_date - timedelta(days=30)
messages = defaultdict(list) # messages by service
messages["min"] = time.mktime(min_date.timetuple())
messages["max"] = time.mktime(max_date.timetuple())
for service in tweeter.SERVICES:
tweets = self.tweet_manager.get_by_dates(service, max_date=max_date, min_date=min_date)
tweets = [t for t in tweets]
messages[service] = [encoding.to_dict(m) for m in reversed(tweets)]
return encoding.to_json({"messages": messages})
def _get(self):
raw = {"uptime": dict([(k, v) for k, v in self.uptime_manager.refresh()])}
for service in tweeter.SERVICES:
# if a service is UP and a tweet says it's down, then the down
# takes precedence
_s = raw["uptime"][service]
if _s["status"] == "UP":
tweet_state = self.tweet_manager.get_latest_state(service)
_s["status"] = tweet_state or _s["status"]
subscription.should_notify(service, _s["status"], self.request.url)
return encoding.to_json(raw)
def _get(self):
raw = {
'uptime': dict([(k, v)
for k, v in
self.uptime_manager.refresh()])
}
for service in tweeter.SERVICES:
# if a service is UP and a tweet says it's down, then the down
# takes precedence
_s = raw['uptime'][service]
if _s['status'] == 'UP':
tweet_state = self.tweet_manager.get_latest_state(
service
)
_s['status'] = tweet_state or _s['status']
return encoding.to_json(raw)
def _get(self):
raw = {
'uptime': {}
}
for service in tweeter.SERVICES:
# we need to have a state, so if we can't find one (e.g. because
# the last tweet was a long time ago), default to UP
tweet_state = self.tweet_manager.get_latest_state(service) or 'UP'
raw['uptime'][service] = {
'status': tweet_state,
'uptime': self.tweet_manager.get_uptime_month(service)
}
subscription.should_notify(service, tweet_state, self.request.url)
return encoding.to_json(raw)
def _get(self):
uptimes = []
for manager in self.uptime_managers:
uptimes.extend(manager.refresh())
raw = {'uptime': dict(uptimes)}
for service in tweeter.SERVICES:
# if a service is UP and a tweet says it's down, then the down
# takes precedence
_s = raw['uptime'][service]
if _s['status'] == 'UP':
tweet_state = self.tweet_manager.get_latest_state(service)
_s['status'] = tweet_state or _s['status']
subscription.should_notify(service, _s['status'], self.request.url)
return encoding.to_json(raw)
def _get(self):
offset = int(self.request.get('offset', 0))
max_date = datetime.utcnow() - timedelta(days=offset)
min_date = max_date - timedelta(days=30)
messages = defaultdict(list) # messages by service
messages['min'] = time.mktime(min_date.timetuple())
messages['max'] = time.mktime(max_date.timetuple())
for service in tweeter.SERVICES:
tweets = self.tweet_manager.get_by_dates(
service,
max_date=max_date,
min_date=min_date,
)
tweets = [t for t in tweets]
messages[service] = [encoding.to_dict(m) for m in reversed(tweets)]
return encoding.to_json({
'messages': messages,
})
def _get(self):
uptimes = []
for manager in self.uptime_managers:
uptimes.extend(manager.refresh())
raw = {
'uptime': dict(uptimes)
}
for service in tweeter.SERVICES:
# if a service is UP and a tweet says it's down, then the down
# takes precedence
_s = raw['uptime'][service]
if _s['status'] == 'UP':
tweet_state = self.tweet_manager.get_latest_state(
service
)
_s['status'] = tweet_state or _s['status']
subscription.should_notify(service, _s['status'], self.request.url)
return encoding.to_json(raw)
def _get(self):
raw = {
'uptime': dict([(k, v)
for k, v in
self.uptime_manager.refresh()])
}
for service in tweeter.SERVICES:
# if a service is UP and a tweet says it's down, then the down
# takes precedence
_s = raw['uptime'][service]
if _s['status'] == 'UP':
tweet_state = self.tweet_manager.get_latest_state(
service
)
_s['status'] = tweet_state or _s['status']
# This is filthy. Don't judge me bro
if service == "DASH":
service = "DASHBOARD"
subscription.should_notify(service, _s['status'], self.request.url)
return encoding.to_json(raw)
