def _parseHtml (self, html):
"""Parse HTML"""
ret = []
soup = BeautifulSoup (html)
for div in soup.findAll ("div", {"class": "giaeffettuate"}) + soup.findAll ("div", {"class": "corpocentrale"}):
station = div.find ("h2")
station = str (station.contents[0])
# Now get the time
prog = None
real = None
tag = None
for p in div.findAll ("p"):
t = str (p.contents[0])
time = p.find ("strong")
if len (time.contents) > 0:
time = str (time.contents[0])
else:
time = "00:00"
if re.search ("(?i)programmat(a|o)", t):
prog = time.rstrip().lstrip()
elif re.search ("(?i)effettiv(a|o)", t):
real = time.rstrip().lstrip()
tag = "eff"
elif re.search ("(?i)previst(a|o)", t):
real = time.rstrip().lstrip()
tag = "est"
assert (prog is not None and real is not None and tag is not None)
print station
print prog
print real
print tag
e = (station, prog, real, self.timediff (prog, real), tag)
ret.append (e)
return ret
def main():
opfile=open('xev_output')
buttonpress=re.compile('ButtonPress.*')
buttonRelease=re.compile('ButtonRelease.*')
noButtonPress=re.compile('(?!.*ButtonPress).*event.*')
timestack=list()
timeflag=0
doubleflag=0
windowstack=list()
lineStack=list()
for line in opfile:
if(timeflag==1):
vals=line.split()
time=vals[5]
timestack.append(int(time.rstrip(',')))
timeflag=0
if(timeflag==2):
lineStack.append(line)
vals=line.split()
time=vals[5]
timestack.append(int(time.rstrip(',')))
doubleflag=doubleflag+1
if(doubleflag==2):
time1=timestack.pop()
time2=timestack.pop()
time3=timestack.pop()
time4=timestack.pop()
if(time4-time2<500):
temp=vals[7].split(',')
print temp
print temp[0].split('(')[1],temp[1].strip(')')
enterData('DoubleClick',windowstack.pop().strip(','),temp[0].split('(')[1],temp[1].strip(')'))
else:
window=windowstack.pop()
temp=vals[7].split(',')
enterData('SingleClick',window.strip(','),temp[0].split('(')[1],temp[1].strip(')'))
enterData('singleClick',window.strip(','),temp[0].split('(')[1],temp[1].strip(')'))
print time1,time2,time3,time4
doubleflag=0
timeflag=0
val1=buttonpress.match(line)
if val1!=None:
timeflag=1
val2=buttonRelease.match(line)
if val2!=None:
window=line.split()[7]
windowstack.append(window)
timeflag=2
val3=noButtonPress.match(line)
if(val3!=None and len(timestack)==2):
temp=lineStack.pop().split()[7].split(',')
timestack.pop()
timestack.pop()
enterData('SingleClick',windowstack.pop().strip(','),temp[0].split('(')[1],temp[1].strip(')'))
doubleflag=0
def read_best_times():
best_times = []
with open("best times.txt", "r") as open_file:
for time in open_file:
if time.rstrip() == "None":
best_times.append(None)
else:
best_times.append(float(time.rstrip()))
return best_times
def getData(self):
""" Returns a dictionary with all weather variables for each initHour
that is the database for the current week"""
print("a ver che...")
from forecastiopy import ForecastIO
# TODO: A method that will get the weather variables for the activity
# initHour when the time comes. DONE
Cordoba = [-31.4173,-64.1833] # TODO: Avoid this hardcoded data
language= 'es'
with open("forecast.txt", "r") as file:
forecastAPI= file.readlines().pop().rstrip('\n')
_,timeRange = ActivityRegister(
self.database,self.activity,self.initHour).periodReport('semanal')
weatherData = dict()
timeRange.sort()
for time in timeRange:
weatherData[time] = dict()
weatherData[time]['participants'] = ActivityRegister(
self.database,self.activity,unicode(time)).howMuch()
fio = ForecastIO.ForecastIO(forecastAPI, latitude=Cordoba[0], longitude=Cordoba[1],lang=language)
fio.time_url=time.rstrip('0').rstrip('.') #needs to be done couse
#the api doesn't support floating point time
forecast = json.loads(fio.http_get(fio.get_url()))
for key in forecast['currently'].keys():
weatherData[time][key]=forecast['currently'][key]
# print(time,key,datos,weatherData[time][key])
#'summary','apparentTemperature','precipIntensity',
#'humidity','pressure','precipProbability','windSpeed',
#'Among others variables'
setattr(self, 'data',weatherData)
def getData(self):
""" Returns a dictionary with all weather variables for each initHour
that is the database for the current week"""
print("a ver che...")
from forecastiopy import ForecastIO
# TODO: A method that will get the weather variables for the activity
# initHour when the time comes. DONE
Cordoba = [-31.4173, -64.1833] # TODO: Avoid this hardcoded data
language = 'es'
with open("forecast.txt", "r") as file:
forecastAPI = file.readlines().pop().rstrip('\n')
_, timeRange = ActivityRegister(self.database, self.activity,
self.initHour).periodReport('semanal')
weatherData = dict()
timeRange.sort()
for time in timeRange:
weatherData[time] = dict()
weatherData[time]['participants'] = ActivityRegister(
self.database, self.activity, unicode(time)).howMuch()
fio = ForecastIO.ForecastIO(forecastAPI,
latitude=Cordoba[0],
longitude=Cordoba[1],
lang=language)
fio.time_url = time.rstrip('0').rstrip(
'.') #needs to be done couse
#the api doesn't support floating point time
forecast = json.loads(fio.http_get(fio.get_url()))
for key in forecast['currently'].keys():
weatherData[time][key] = forecast['currently'][key]
# print(time,key,datos,weatherData[time][key])
#'summary','apparentTemperature','precipIntensity',
#'humidity','pressure','precipProbability','windSpeed',
#'Among others variables'
setattr(self, 'data', weatherData)
def seconds_to_time_string(total_seconds, *, int_seconds=False, format=1):
days = int(total_seconds // 86400)
rest = total_seconds % 86400
hours = int(rest // 3600)
rest = rest % 3600
minutes = int(rest // 60)
seconds = rest % 60
if days == hours == minutes == 0 and not int_seconds:
seconds = round(seconds, 1)
if seconds == 0:
seconds = 1
else:
seconds = int(seconds)
# noinspection PyShadowingNames
time = ""
if format == 1:
if days:
time += f"{plural(days):day} "
if hours:
time += f"{plural(hours):hour} "
if minutes:
time += f"{plural(minutes):minute} "
if seconds or not time:
time += f"{plural(seconds):second}"
elif format == 2:
if days:
time += f"{plural(days): day}, "
if days or hours:
time += f"{hours: >2}:"
time += f"{minutes:0>2}:"
else:
time += f"{minutes: >2}:"
time += f"{seconds:0>2}"
else:
if days:
time += f"{days}d "
if hours:
time += f"{hours}h "
if minutes:
time += f"{minutes}m "
if seconds or not time:
time += f"{seconds}s"
return time.rstrip()
def format_time(self, time):
time = time.rstrip()
# First check to ensure the time is labeled with AM or PM, Three cases:
# 1. Last character in time is "M" (Time is correctly labeled with AM or PM)
# 2. Last character in time is "A" or "P" (Add in the "M")
# 3. Last Last character in time is none of the above (Add "AM" or "PM" based on time value)
am_pm = time[-1:].upper()
if am_pm == "A" or am_pm == "P":
time = time + "M"
am_pm = "M"
if am_pm != "M":
time = self.add_am_pm(time)
times = time[:-2].split(':')
if len(times) > 1: # Time is already in HH:MMam/pm format
return time[:-2] + ":00 " + time[-2:].upper()
else:
return time[:-2] + ":00:00 " + time[-2:].upper()
def main():
opfile = open('xev_output')
buttonpress = re.compile('ButtonPress.*')
buttonRelease = re.compile('ButtonRelease.*')
noButtonPress = re.compile('(?!.*ButtonPress).*event.*')
timestack = list()
timeflag = 0
doubleflag = 0
windowstack = list()
lineStack = list()
for line in opfile:
if (timeflag == 1):
vals = line.split()
time = vals[5]
timestack.append(int(time.rstrip(',')))
timeflag = 0
if (timeflag == 2):
lineStack.append(line)
vals = line.split()
time = vals[5]
timestack.append(int(time.rstrip(',')))
doubleflag = doubleflag + 1
if (doubleflag == 2):
time1 = timestack.pop()
time2 = timestack.pop()
time3 = timestack.pop()
time4 = timestack.pop()
if (time4 - time2 < 500):
temp = vals[7].split(',')
print temp
print temp[0].split('(')[1], temp[1].strip(')')
enterData('DoubleClick',
windowstack.pop().strip(','),
temp[0].split('(')[1], temp[1].strip(')'))
else:
window = windowstack.pop()
temp = vals[7].split(',')
enterData('SingleClick', window.strip(','),
temp[0].split('(')[1], temp[1].strip(')'))
enterData('singleClick', window.strip(','),
temp[0].split('(')[1], temp[1].strip(')'))
print time1, time2, time3, time4
doubleflag = 0
timeflag = 0
val1 = buttonpress.match(line)
if val1 != None:
timeflag = 1
val2 = buttonRelease.match(line)
if val2 != None:
window = line.split()[7]
windowstack.append(window)
timeflag = 2
val3 = noButtonPress.match(line)
if (val3 != None and len(timestack) == 2):
temp = lineStack.pop().split()[7].split(',')
timestack.pop()
timestack.pop()
enterData('SingleClick',
windowstack.pop().strip(','), temp[0].split('(')[1],
temp[1].strip(')'))
doubleflag = 0
'senderid':senderId
}
return requests.post(reqUrl, req_params)
# ssh log file
Log_File= "/var/log/secure"
#startting log scanner
with open (Log_File,'r') as f:
while 1:
where = f.tell()
line = f.readline()
f_line = str(line)
if "Acc" in f_line:
print(f_line)
user = re.search(r"for(.*)from",f_line).group(1)
time = re.findall("[0-9]{,2}:[0-9]{,2}:[0-9]{,2}",f_line)
time=str(time)
time = time.rstrip("]").lstrip("[")
ip = re.findall("[0-9]{0,3}\.[0-9]{0,3}\.[0-9]{0,3}\.[0-9]{0,3}",f_line)
ip = str(ip)
ip = ip.rstrip("]").lstrip("[")
message = "New connection to account"+ user +"from ip "+ ip + " at "+ time +" IST"
print(message)
response = sendPostRequest(URL, 'apiKey' , 'secretKey', 'stage',
'your_mobile_number', 'active-sender-id', message)
print(response.text)
if not line:
print("waiting for new line. position is at".format(where))
time.sleep(2)
f.seek(where)
def getLastSync(self):
f = open(homepath + "lastSync","r")
time = f.read()
f.close()
return time.rstrip()
