def _get_feed_titles(self, fresh=False):
results = []
for feed in moksha.feed_storage.keys():
if not feed:
raise Exception('None feed?!')
if fresh:
print "Getting fresh data"
feed_data = moksha.feed_cache.fetch(feed)
else:
print "Getting cached data"
timestamp, feed_data = moksha.feed_storage[feed]
if not feed_data:
log.debug("no feed_data, refetching")
#feed_data = moksha.feed_cache.fetch(feed)
#if not feed_data:
# log.debug("NO FEED DATA AFTER FRESH FETCH!!!!")
continue
channel = feed_data.get('channel')
if not channel:
continue
title = channel.get('title')
results.append({
'title': title,
'key': feed,
'isLazy': False,
'isFolder': True,
})
return json.encode(results)
def process(self, d=None):
"""Check the predicates and construct the dict
:returns: a dict with all the configuration data for this application
"""
if not check_predicates(self.auth):
return None
results = super(App, self).process(d)
css_class = self.css_class
if css_class == None:
css_class = ''
p = _update_params(self.params, d)
qs = self._create_query_string(p)
results.update({
'label': self.label,
'url': self.url,
'params': p,
'json_params': json.encode(p),
'query_string': qs,
'content_id': self.content_id + '-' + results['id'],
'css_class': css_class
})
return results
def _get_feed_titles(self, fresh=False):
results = []
for feed in moksha.utils.feed_storage.keys():
if not feed:
raise Exception('None feed?!')
if fresh:
print "Getting fresh data"
feed_data = moksha.utils.feed_cache.fetch(feed)
else:
print "Getting cached data"
timestamp, feed_data = moksha.utils.feed_storage[feed]
if not feed_data:
log.debug("no feed_data, refetching")
#feed_data = moksha.utils.feed_cache.fetch(feed)
#if not feed_data:
# log.debug("NO FEED DATA AFTER FRESH FETCH!!!!")
continue
channel = feed_data.get('channel')
if not channel:
continue
title = channel.get('title')
results.append({
'title': title,
'key': feed,
'isLazy': False,
'isFolder': True,
})
return json.encode(results)
def process(self, d=None):
"""Check the predicates and construct the dict
:returns: a dict with all the configuration data for this application
"""
if not check_predicates(self.auth):
return None
results = super(App, self).process(d)
css_class = self.css_class
if css_class == None:
css_class = ""
p = _update_params(self.params, d)
qs = self._create_query_string(p)
results.update(
{
"label": self.label,
"url": self.url,
"params": p,
"json_params": json.encode(p),
"query_string": qs,
"content_id": self.content_id + "-" + results["id"],
"css_class": css_class,
}
)
return results
def write(self, packets):
payload = json.encode(packets)
data = (
'Event: payload\n' +
'\n'.join(['data: %s' % line for line in payload.splitlines()]) +
'\n\n'
)
self.request.write(data)
def recv_message(self, msg):
message = json.decode(msg['body'])
if msg['headers']['destination'] == CHANNEL_MINIDO_WRITE:
if type(message) is list:
print(str(datetime.datetime.now()), ": STOMP to RS485 :", message)
for conn in self.minidoFactory.connections:
conn.send_data(message)
# Also copy it for other listeners.
self.send(CHANNEL_MINIDO_READ, json.encode(message))
def recv_message(self, msg):
message = json.decode(msg['body'])
if msg['headers']['destination'] == CHANNEL_DISPLAY_NAME:
print(message)
if 'ButtonClicked' in message and message['ButtonClicked'] == '1':
self.send_data({'ButtonClicked': '2'})
if 'ListGroups' in message and message['ListGroups'] == '1':
self.send_data({'Group1': 'RDC',
'Group2': 'Etage', 'Group3': 'Grenier'})
elif msg['headers']['destination'] == CHANNEL_MINIDO_READ:
self.mpd.recv_minido_packet(message)
elif msg['headers']['destination'] == CHANNEL_MINIDO_LAYOUT:
if 'query' in message.keys():
if message['query'] == 'getLayout':
self.send(CHANNEL_MINIDO_LAYOUT,
json.encode({'layout': self.mpd.devdict.keys()}))
elif message['query'] == 'getStatus':
self.send(CHANNEL_MINIDO_LAYOUT,
json.encode({'status': 'This is a status line'}))
def write(self, packets):
# TODO make some JS code to remove the script elements from DOM
# after they are executed.
payload = '<script>e(%s)</script>' % (json.encode(packets),)
logger.debug('write ', payload)
self.request.write(payload);
self.totalBytes += len(payload)
if (self.totalBytes > MAXBYTES):
logger.debug('write: closing because session MAXBYTES was exceeded')
self.close()
def get_feed(self, key, *args, **kw):
if '::' in key:
url, title = key.split('::')
for entry in moksha.utils.feed_storage[url][1]['entries']:
content = entry.get('content', entry.get('summary'))
content = '<span style="line-height:100%%;">%s</span>' % content
if entry['title'] == title:
return json.encode([{'title': content, 'isLazy': False}])
raise Exception("Cannot find entry by title: %s" % title)
feed = moksha.utils.feed_storage[key][1]
entries = []
for entry in feed['entries']:
entries.append({
'title': entry.get('title'),
'isLazy': True,
'isFolder': True,
'key': "%s::%s" % (key, entry.get('title')),
})
return json.encode(entries)
def write(self, packets):
# TODO make some JS code to remove the script elements from DOM
# after they are executed.
payload = '<script>e(%s)</script>' % (json.encode(packets), )
logger.debug('write ', payload)
self.request.write(payload)
self.totalBytes += len(payload)
if (self.totalBytes > MAXBYTES):
logger.debug(
'write: closing because session MAXBYTES was exceeded')
self.close()
def get_feed(self, key, *args, **kw):
if '::' in key:
url, title = key.split('::')
for entry in moksha.feed_storage[url][1]['entries']:
content = entry.get('content', entry.get('summary'))
content = '<span style="line-height:100%%;">%s</span>' % content
if entry['title'] == title:
return json.encode([{'title': content, 'isLazy': False}])
raise Exception("Cannot find entry by title: %s" % title)
feed = moksha.feed_storage[key][1]
entries = []
for entry in feed['entries']:
entries.append({
'title': entry.get('title'),
'isLazy': True,
'isFolder': True,
'key': "%s::%s" % (key, entry.get('title')),
})
return json.encode(entries)
def tojson(self):
event = {
'event': {
'type': self.eventtype(),
'target': self.target(),
'source': self.source(),
'arguments': self.arguments(),
'timestamp': self._timestamp
}
}
return json.encode(event)
def tree(self, node):
if node[0] == 'root':
n = '/target'
else:
n = node[0]
list = self.backend.list_partition([n])
r = []
for l in list.splitlines():
if l[0] == '+':
r.append({'id': "%s/%s" % (n,l), 'text': l[1:].replace('_',' ')})
else:
r.append({'id': "%s/%s" % (n,l), 'text': l.replace('_',' '), 'leaf': True})
return json.encode(r)
def send_data(self):
global ac_part, conf
if isinstance(ac_part, Part):
ting = {'part': ac_part.__dict__, 'conf': conf.__dict__}
js = str(json.encode(ting))
else:
print "Ingen JS"
js = ""
self.send(CHANNEL_NAME, js)
fp = open("htdocs/" + conf.slug + "/" + ac_part.slug + "/first.json", "w")
fp.seek(0)
fp.write(js)
fp.flush()
fp.close()
def send_message(self, topic, message, jsonify=True):
""" Send a message to a specific topic.
:topic: A topic or list of topics to send the message to.
:message: The message body. Can be a string, list, or dict.
:jsonify: To automatically encode non-strings to JSON
"""
if not isinstance(topic, list):
topics = [topic]
else:
topics = topic
for topic in topics:
if jsonify:
message = json.encode(message)
if self.amqp_broker:
AMQPHub.send_message(self, topic, message, routing_key=topic)
elif self.stomp_broker:
StompHub.send_message(self, topic, message)
def send_message(self, topic, message, jsonify=True):
""" Send a message to a specific topic.
:topic: A topic or list of topics to send the message to.
:message: The message body. Can be a string, list, or dict.
:jsonify: To automatically encode non-strings to JSON
"""
if not isinstance(topic, list):
topics = [topic]
else:
topics = topic
for topic in topics:
if jsonify:
message = json.encode(message)
if self.amqp_broker:
AMQPHub.send_message(self, topic, message, routing_key=topic)
elif self.stomp_broker:
StompHub.send_message(self, topic, message)
def _update_params(params, d):
p = {}
if params:
for k in params.iterkeys():
if d and (k in d):
value = d[k]
else:
value = params[k]
# recursive dicts also get updated
# by the passed params
if isinstance(value, dict):
value = _update_params(value, d)
value = json.encode(value)
elif isinstance(value, list):
value = value
if value != None:
p[k] = value
return p
def _update_params(params, d):
p = {}
if params:
for k in params.iterkeys():
if d and (k in d):
value = d[k]
else:
value = params[k]
# recursive dicts also get updated
# by the passed params
if isinstance(value, dict):
value = _update_params(value, d)
value = json.encode(value)
elif isinstance(value, list):
value = value
if value != None:
p[k] = value
return p
def send(self, data):
self.transport.write(json.encode(data)+'~')
def send_data(self, channel, data):
print "Transmitting: ", data
# modify our data elements
self.send(channel, json.encode(data))
def send_uistate(self, component, key, value):
try:
encoded = json.encode(value)
self.send("/flumotion/components/uistate/%s/%s" % (component, key), encoded)
except Exception, e:
print "Error %r with uistate %r" % (e, value)
def send_changes(self, changes):
self.send("/flumotion/components/changes", json.encode(changes))
def send_status(self):
global main
data = json.encode(main.components())
self.send("/flumotion/components/initial", data)
def send_data(self, data):
print("Sending : " + str(data))
self.send(CHANNEL_MINIDO_WRITE, json.encode(data))
def consume(self, message):
topic = message['headers'].get('topic')
if topic:
self.send_message(topic, json.encode(message['body']))
else:
log.error('No `topic` specified in moksha_message_metrics message')
def send_data(self):
# print 'sent data'
self.data = self.edf.next_sample()
self.send("/comet/plot", json.encode(self.data))
def part_new():
namn = raw_input("namn: ").decode("utf-8")
slides = raw_input("tal på slides: ")
kortid = raw_input("kor tid: ")
return Part(namn, slides, kortid)
#def part_active()
if not parts:
print "Legg til ny del"
parts.append(part_new())
fp = open("htdocs/" + conf.slug + "/first.json", "w")
fp.write(json.encode(conf.__dict__))
fp.close()
def chpart(part_no):
global ac_part
if ac_part:
ac_part.active = False
ac_part = parts[part_no]
try:
os.mkdir("htdocs/" + conf.slug + "/" + ac_part.slug)
except OSError:
pass
def write(self, packets):
payload = json.encode(packets)
data = ('Event: payload\n' +
'\n'.join(['data: %s' % line
for line in payload.splitlines()]) + '\n\n')
self.request.write(data)
def update(self, data):
if hasattr(self, 'send'):
log.msg("Enviando estado al monitor\n")
self.send(CHANNEL_NAME, json.encode(data))
def json_status(self, _dc=None):
if hasattr(Host, 'status'):
return json.encode(Host.status)
else:
return json.encode([])
def consume(self, message):
topic = message['headers'].get('topic')
if topic:
self.send_message(topic, json.encode(message['body']))
else:
log.error('No `topic` specified in moksha_message_metrics message')
def send_status(self):
global main
data = json.encode(main.components())
self.send("/flumotion/components/initial", data)
def send_data(self, data):
print(str(datetime.datetime.now()) + " : RS485 to STOMP : " + str(data))
self.send(CHANNEL_MINIDO_READ, json.encode(data))
def send_changes(self, changes):
self.send("/flumotion/components/changes", json.encode(changes))
def json_response(data):
r = HttpResponse(json.encode(data),content_type='application/json')
r['Cache-Control'] = 'no-cache, must-revalidate'
r['Pragma'] = 'no-cache'
return r
def send_uistate(self, component, key, value):
try:
encoded = json.encode(value)
self.send("/flumotion/components/uistate/%s/%s" % (component, key), encoded)
except Exception, e:
print "Error %r with uistate %r" % (e, value)
def send(self, data):
self.transport.write(json.encode(data) + '~')
def send_data(self, channel, data):
print "Transmitting: ", data
# modify our data elements
self.send(channel, json.encode(data))