def checkForTweets(api, maxTime):
messages = api.list_direct_messages(100)
times = []
print('Checking for new messages')
newMessages = False
for dm in messages:
message_data = dm.message_create['message_data']
text = message_data['text']
senderID = dm.message_create['sender_id']
sender = api.get_user(senderID).screen_name
# new_since_id = max()
times.append(dm.created_timestamp)
recipient = api.get_user(
dm.message_create['target']['recipient_id']).screen_name
same = (recipient == sender)
if int(dm.created_timestamp) > int(maxTime) and (sender !=
'APlayaNamedZach'):
print('Responding to message from: ', sender)
filename = parseTweets(api, sender)
tweet = generateTweet(filename)
api.send_direct_message(senderID, tweet)
print('Sending tweet: ', tweet)
newMessages = True
if not newMessages:
print('No new messages')
maxTime = max(times)
setConfig(maxTime)
return maxTime
def changeHostAndPort(self, host, port):
config.setConfig('URL', 'host', host)
config.setConfig('URL', 'port', port)
self.currentHostSignal.emit()
self.currentPortSignal.emit()
self.mainWindow.listChannels.setChannel()
try:
self.mainWindow.listEpg.setEpg(address=self.mainWindow.listChannels
._channels[0]._channel_address)
self.mainWindow.listEpg.updateEpg()
except:
self.mainWindow.listEpg.clearEpg()
self.mainWindow.videoControls.stopped()
utils.clearVideoFrame(self.mainWindow)
self.mainWindow.child_position = None
self.mainWindow.child_epg = None
self.mainWindow.custom_epg = False
self.mainWindow.media_state = False
self.mainWindow.listSegmentPostiton.deleteAllSegment()
self.mainWindow.current_epg_obj = None
self.mainWindow.focusState.setMediaSetState(0)
emptyEpgObj = models.EPG.create()
emptyEpgQObj = EPG(emptyEpgObj)
self.mainWindow.selectedEPG.setSelectedEPG(emptyEpgQObj)
def checkForDMs(api, maxTime):
messages = api.list_direct_messages(100)
times = []
messages_list = []
print('Checking for new messages')
newMessages = False
for dm in messages:
message_data = dm.message_create['message_data']
text = message_data['text']
senderID = dm.message_create['sender_id']
sender = api.get_user(senderID).screen_name
# new_since_id = max()
latest_time = dm.created_timestamp
times.append(latest_time)
recipient = api.get_user(
dm.message_create['target']['recipient_id']).screen_name
same = (recipient == sender)
if int(dm.created_timestamp) > int(maxTime) and (sender !=
'fake_laurarawra'):
print('Responding to message from: ', sender)
# names = [x for x in text.split(' ') if '@' in x]
messages_list.append([senderID, text, sender])
newMessages = True
if not newMessages:
print('No new messages')
return [], maxTime
maxTime = max(times)
setConfig(maxTime)
return messages_list, maxTime
def setupConfig(proj_dir, base_dir):
"""
Setup the :mod:`config` module using the config file that will be or is in
the project directory.
The project and base directories will only be stored if the config is new.
:param proj_dir: The absolute path to the project directory.
:type proj_dir: ``str``
:param base_dir: The absolute path to the base (server installation)
directory.
:type base_dir: ``str``
:returns: ``True`` if there was not an existing config file. (i.e. this was
a new configuration.)
:rtype: ``bool``
"""
config_file = os.path.join(proj_dir, pb.appname_file+".config")
print "Using " + config_file + " as the config file."
config.setConfig(config_file)
new_config = not config.onDisk()
if new_config:
print "Storing essential directories."
config.getSettings("global")["basedir"] = base_dir
config.getSettings("global")["projdir"] = proj_dir
else:
print "Config Loaded."
return new_config
def config_p():
configdata = json.loads(request.forms.get('configdata'))
for cfg in configdata:
if cfg[0] == "cfg_grab_time":
if cfg[1] != config.cfg_grab_time:
grabthread.run()
config.setConfig(configdata)
return
def config_p():
configdata = json.loads(request.forms.get('configdata'))
for cfg in configdata:
if cfg[0]=="cfg_grab_time":
if cfg[1]!=config.cfg_grab_time:
grabthread.run()
config.setConfig(configdata)
return "null"
def set_cartesian_constraints(x, constraints, solver):
"""For x a workspace parameter setting (achieved via config.getConfig(constraints)),
a set of constraints, and a IKSolver object, modifies the constraints
and the solver so that the solver is setup to match the workspace parameter
setting x."""
config.setConfig(constraints, x)
solver.clear()
for c in constraints:
solver.add(c)
def config_p():
attrl = []
dicts = config.getDict()
for d in dicts:
val = request.forms.get(d)
attrl.append([d, val])
config.setConfig(attrl)
grabthread.run()
redirect("/config")
def config_p():
attrl = []
dicts = config.getDict()
for d in dicts:
val = request.forms.get(d)
attrl.append([d, val])
config.setConfig(attrl)
grabthread.run()
redirect("/config")
def set_cartesian_constraints(x,constraints,solver):
"""For x a workspace parameter setting (achieved via config.getConfig(constraints)),
a set of constraints, and a IKSolver object, modifies the constraints
and the solver so that the solver is setup to match the workspace parameter
setting x."""
config.setConfig(constraints,x)
solver.clear()
for c in constraints:
solver.add(c)
def set_cartesian_constraints(x, constraints, solver):
"""For `x` a workspace parameter setting (retrieved via
`config.getConfig(constraints)`), a set of constraints, and a ``IKSolver``
object `solver`, modifies the constraints and the solver so that the
solver is setup to match the workspace parameter setting `x`.
"""
config.setConfig(constraints, x)
solver.clear()
for c in constraints:
solver.add(c)
def store(self):
save_path = config.getStorePath()
if save_path is None:
save_path = str(
QFileDialog.getExistingDirectory(self.mainWindow, 'Save path'))
config.setConfig('STORE', 'path', save_path)
self.mainWindow.appSettings.currentStoreFolderSignal.emit()
if len(save_path) is not 0:
recorder = VlcRecorder(self.mainWindow, save_path)
recorder.store(self.mainWindow.listSegmentPostiton.segment_list)
def changeStorePath(self, path):
holyPath = path[8:]
config.setConfig('STORE', 'path', holyPath)
self.currentStoreFolderSignal.emit()
# class ReaderLogs(threading.Thread):
#
# def __init__(self, pathUrl, path_to_save):
# super().__init__()
# self.state = False
# self.pathUrl = pathUrl
# self.path_to_save = path_to_save
#
# def run(self):
# r = requests.get(self.pathUrl, stream=True)
# if r.status_code == 200:
# with open(self.path_to_save, "wb") as f:
# for chunk in r.iter_content(1024):
# f.write(chunk)
# self.state = True
def saveConfig():
print(myconfig)
config.setConfig(myconfig)
import os
import subprocess
from config import setConfig
#Configure with config.txt
configData = []
setConfig(configData)
blockSize = configData[0]
thisNode = configData[1]
otherNodes = configData
otherNodes.remove(blockSize)
otherNodes.remove(thisNode)
#Run server listening on 'thisNode' port
server = subprocess.Popen(["./server", thisNode])
#Create FAT if there isn't one
#if not os.path.exists("fat.txt") :
fatFile = open("fat.txt", "w")
fatFile.write("Filename\tBlock\tNode\n")
fatFile.close()
#Watch updates.txt
watcher = subprocess.Popen(["python", "updatewatcher.py"])
#Continuously ask for input
while 1:
command = input("Enter command: \n\
showfat\n\
add <filename>\n\
get <filename>\n\
exit\n")
#Print FAT
if command == "showfat":
fatFile = open("fat.txt", "r")
import os
from config import Config, setConfig, create_app
from waitress import serve
if __name__ == '__main__':
is_prod = False
config = Config()
if os.environ.get('WORK_ENV') == 'PROD':
config.debug = False
is_prod = True
else:
config.debug = True
setConfig(config)
app = create_app(config)
serve(app, port=8000, host="0.0.0.0")
try:
raw_input()
except KeyboardInterrupt:
print "\nBye Bye..."
sys.exit()
print "Oh good, let's continue then"
show_break()
# Load / Create config
config_file = os.path.join(proj_dir, pb.appname_file+".config")
print "Using " + config_file + " as the config file."
config.setConfig(config_file)
new_config = not config.onDisk()
config.getSettings("global")["basedir"] = base_dir
if new_config:
config.getSettings("global")["projdir"] = proj_dir
else:
print "Config Loaded"
show_break()
# Security Setup
# Has to be imported after config is set up
def changeSavePath(self, path):
holyPath = path[8:]
config.setConfig('SAVE', 'path', holyPath)
self.currentFolderSignal.emit()
from mechanize import Browser
import config
import time
from BeautifulSoup import BeautifulSoup
from pygame import error as PygameError, mixer
class MusicFileError(Exception):
pass
if config.isConfigFile():
r = config.checkValido('Continuar con configuracion actual?')
if r == 'n':
config.setConfig()
else:
config.setConfig()
params = config.readConfig()
USERNAME = params['USERNAME']
PASSWORD = params['PASSWORD']
CONTROL = params['CONTROL'] # EX = examen, C1 = control 1, etc...
PREGUNTAS = params['PREGUNTAS']
R1 = params['R2']
R2 = params['R1']
RAMOS = params['RAMOS']
MENSAJES_CADA = params[
'MENSAJES_CADA'] # La cantidad de segundos entre mensaje y mensaje
# MUSICA: lista de una lista por ramo, cada lista contiene la musica que
# se va a reproducir dependiendo de si cagaste, vas a ex de 2da, pasaste, respectivamente
def saveConfig():
mqtt_log(myconfig)
config.setConfig(myconfig)
