def parse_dates(dates):
''' Converts a string of dates in "[%d/%m/%y %I:%M %p,?]+" format
into a list of datetime objects. The format specified is a mix
of regular expression and datetime directives '''
# Defines the RegEx that will help parse the date
rx_date = r'(?P<month>\d{1,2})[/\\\.-](?P<day>\d{1,2})[/\\\.-](?P<year>\d{2,4})'
# Defines the RegEx that will help parse the time
rx_time = r'(?P<hour>\d{1,2}):(?P<minute>\d{1,2})\s?(?P<segment>[aApP][mM])'
# Defines the complete RegEx that will be used to parse an arbitrarily long
# list of dates and times (with times being optional)
rx_complete = r'(?P<cal_item>(?P<date>\d{1,2}[/\\\.-]\d{1,2}[/\\\.-]\d{2,4})(?:\s+(?P<time>\d{1,2}:\d{1,2}\s?[aApP][mM]))?)'
result = []
'''Iterates through the arbitrarily long list of dates and times
and parses them into datetime objects'''
iter = re.finditer(rx_complete, dates)
for i in iter:
date = re.match(rx_date, i.group('date'))
day = date.group('day')
month = date.group('month')
year = date.group('year')
if i.group('time'):
time = re.match(rx_time, i.group('time'))
hr = time.group('hour')
min = time.group('minute')
seg = time.group('segment')
if re.match(r'[pP][mM]', seg):
hr = str(int(hr)+12)
result.append(
datetime.datetime(int(year), int(month), int(day),
int(hr), int(min)))
else:
result.append(datetime.datetime(int(year), int(month), int(day)))
return result
def rightNow(city):
city_code = CITY.get(city)
if city_code == None:
return None
data = requests.get(URL.format(city_code, KEY, 'base')).json()
if data['count'] == '0':
return None
rData = data['lives'][0]
weather = rData['weather'] + IMAGES.get(rData['weather'])
# for k, v in IMAGES.items():
# if k == rData['weather']:
# weather = rData['weather']+v
temperature = rData['temperature'] + "℃"
wind = rData['winddirection'] + "风 " + rData['windpower'] + "级"
humidity = rData['humidity'] + "%"
time = rData['reporttime']
time = re.search("^\d+-(\d+)-(\d+)\s(\d+:\d+)", time)
time = time.group(1) + "月" + time.group(2) + "日 " + time.group(3) + "实况"
message = city + "\n" + \
time + "\n" + \
"天气：" + weather + "\n" + \
"温度：" + temperature + "\n" + \
"风力：" + wind + "\n" + \
"湿度：" + humidity
return message
def get_stock_value(time):
time = re.search(r'(.*?) (.*?) (.*?) (.*?):(.*?):(.*?) (.*?)$', time,
re.M | re.I | re.U)
name = 'stock_value.csv'
time_tweet = [
int(time.group(4)) + 6,
int(time.group(5)),
int(time.group(6))
]
if time_tweet[0] > 19:
time_tweet = [13, 30, 00]
stock = pd.read_csv(name)
time_fin = int(time_tweet[0]) * 3600 + int(time_tweet[1]) * 60 + int(
time_tweet[2])
time_fin1 = [time_fin // 3600, (time_fin % 3600) // 60, (time_fin % 60)]
time_final1 = int(time_tweet[0]) * 3600 + int(time_tweet[1]) * 60 + int(
time_tweet[2]) + 10 * 60
time_final = [
time_final1 // 3600, (time_final1 % 3600) // 60, (time_final1 % 60)
]
stock_value1 = stock.loc[(stock['Hour'] == time_fin1[0]) &
(stock['Minute'] == time_fin1[1])]['Quote'].values
len(stock_value1)
stock_value = stock.loc[(stock['Hour'] == time_final[0]) &
(stock['Minute'] == time_final[1])]['Quote'].values
return stock_value, time_tweet, stock_value1
def parse_schedule(s, pat=re.compile(r"(\d{1,2}):(\d{2})")):
time = pat.match(s)
if not time:
log.warn(
"Invalid time format for BACKUP_DELETE_SCHEDULE: %s - using default schedule at %s",
s, default_schedule)
time = pat.match(default_schedule)
return {'hour': int(time.group(1)), 'minute': int(time.group(2))}
def format_time(self, time):
date = self.format_notice_time(time)
h = time.group(4)
m = time.group(5)
if len(h) == 1:
h = '0' + h
if len(m) == 1:
m = '0' + m
return date + ' ' + h + ':' + m
def get_kek(dest):
url = 'http://rcwww.kek.jp/norm/dose.html'
html = urllib2.urlopen(url).read()
value = re.search(r'<b>\s*([\d.]+)', html).group(1)
time = re.search(r'\((?P<year>\d{4})-(?P<mon>\d{1,2})-(?P<day>\d{1,2}) '
'(?P<hour>\d{1,2}):(?P<min>\d{1,2})', html)
dest.set_value(datetime.datetime(int(time.group('year')),
int(time.group('mon')), int(time.group('day')),
int(time.group('hour')), int(time.group('min'))), 3, float(value))
return dest
def get_kek(dest):
url = 'http://rcwww.kek.jp/norm/dose.html'
html = urllib2.urlopen(url).read()
value = re.search(r'<b>\s*([\d.]+)', html).group(1)
time = re.search(
r'\((?P<year>\d{4})-(?P<mon>\d{1,2})-(?P<day>\d{1,2}) '
'(?P<hour>\d{1,2}):(?P<min>\d{1,2})', html)
dest.set_value(
datetime.datetime(int(time.group('year')), int(time.group('mon')),
int(time.group('day')), int(time.group('hour')),
int(time.group('min'))), 3, float(value))
return dest
def __CheckFlows(self, line, Flows):
if debugLog >= debugLogLevel[-1]:
print 'CheckFlow: ' + line, Flows
for key, values in Flows.items():
for i in values.split(ConfigFileSplitSym):
pattern = re.compile(i)
m = re.search(pattern, line)
if m:
if debugLog >= debugLogLevel[2]:
print 'Find Flows: ' + i + '\n' + line
timeFormat = re.compile(r'\d{2}-\d{2}\s\d{2}:\d{2}:\d{2}')
time = re.match(timeFormat, line)
if self.__CameraFlowStep != key:
if debugLog >= debugLogLevel[2]:
print 'Change Flow ' + key + ' to ' + self.__CameraFlowStep
self.__FlowsNum += 1
self.__CameraFlows.append(time.group() + ' ' + key +
'\n')
self.__CameraFlowStep = key
self.__CameraFlowsLog.append(line)
if debugLog >= debugLogLevel[2]:
print 'Not Finish ' + key + '\n'
def match(self, str):
"""
Extract time
Ex line:
168.235.196.131 [24/Oct/2016:00:02:40 -0700] 0.000 https .com "GET /staticx/udemy/css/fancybox_overlay.png HTTP/1.1" 404 162
Will extract 24/Oct/2016:00:02:40,
Get hour and minute and concatenate (02:40 -> 0240)
Typecast to int
Do conditional using self.cmp statement
Args:
str (:str):
Single line
"""
time = re.search(r'[0-9]{4}:[0-9]{2}:[0-9]{2}:[0-9]{2}', str)
if time:
tt = time.group().split(':')
strtime = tt[1] + tt[2]
itime = int(strtime)
return self.statement(
itime, self.timer
) #conditional using two number (02:40 > 01:34 -> 240 > 134)
def run(self):
if self.iperf3:
iperf_cmd = 'timeout -k 1 320 iperf3 -c {} -t 300'.format(
self.target)
else:
iperf_cmd = 'timeout -k 1 320 iperf -c {} -t 300'.format(
self.target)
print("Running iperf...")
iperf = subprocess.Popen(shlex.split(iperf_cmd))
ping_cmd = 'ping -I {} {}'.format(self.interface, self.target)
ping = subprocess.Popen(shlex.split(ping_cmd), stdout=subprocess.PIPE)
iperf.communicate()
ping.terminate()
(out, err) = ping.communicate()
if iperf.returncode != 0:
return iperf.returncode
print("Running ping test...")
result = 0
time_re = re.compile('(?<=time=)[0-9]*')
for line in out.decode().split('\n'):
time = time_re.search(line)
if time and int(time.group()) > 2000:
print(line)
print("ICMP packet was delayed by > 2000 ms.")
result = 1
if 'unreachable' in line.lower():
print(line)
result = 1
return result
def handle_data(self, data):
if data.strip(): #去除空格
if self.lasttag == 'h1' and self.iftitle and self.ifFirst: #标题
#print("Encountered title :", data)
self.news.title = data
if self.iftime and self.ifFirst: #时间
time = re.search(re_time, data)
if time:
#print("Encountered time :", time.group())
self.news.time = time.group()
if self.lasttag == 'p' and self.iftext: #正文内容
pageinfo = re.search(re_page, data)
if pageinfo:
if self.ifFirst: # 若是第一页，读取页数信息
num = re.search(re_pagenum, pageinfo.group())
self.pageNum = num.group().__len__()
#print("Encountered pageinfo :", self.pageNum)
else:
#print("Encountered text :", data)
if self.news.text == None:
self.news.text = data
else:
self.news.text += data
def Movie(movieName):
cookieJar = cookielib.CookieJar()
opener = urllib2.build_opener(urllib2.HTTPCookieProcessor(cookieJar))
url = "http://www.imdbapi.com/?t=" + movieName
request = urllib2.Request(url)
page = opener.open(request)
# This is one big string
rawdata = page.read()
title = re.search('"Title":"(.+?)"', rawdata)
if title:
titleOut = title.group(1)
movieInfo.insert(0, "Title: " + titleOut)
year = re.search('"Year":"(.+?)"', rawdata)
if year:
yearOut = year.group(1)
movieInfo.insert(1, "Year: " + yearOut)
time = re.search('"Runtime":"(.+?)"', rawdata)
if time:
timeOut = time.group(1)
movieInfo.insert(2, "Runtime: " + timeOut)
rate = re.search('"imdbRating":"(.+?)"', rawdata)
if rate:
rateOut = rate.group(1)
movieInfo.insert(3, "Rating: "+ rateOut)
error = re.search('"Error":"(.+?)"', rawdata)
if error:
errorOut = error.group(1)
movieInfo.insert(4, errorOut)
return movieInfo
def Movie(movieName):
cookieJar = cookielib.CookieJar()
opener = urllib2.build_opener(urllib2.HTTPCookieProcessor(cookieJar))
url = "http://www.imdbapi.com/?t=" + movieName
request = urllib2.Request(url)
page = opener.open(request)
# This is one big string
rawdata = page.read()
title = re.search('"Title":"(.+?)"', rawdata)
if title:
titleOut = title.group(1)
movieInfo.insert(0, "Title: " + titleOut)
year = re.search('"Year":"(.+?)"', rawdata)
if year:
yearOut = year.group(1)
movieInfo.insert(1, "Year: " + yearOut)
time = re.search('"Runtime":"(.+?)"', rawdata)
if time:
timeOut = time.group(1)
movieInfo.insert(2, "Runtime: " + timeOut)
rate = re.search('"imdbRating":"(.+?)"', rawdata)
if rate:
rateOut = rate.group(1)
movieInfo.insert(3, "Rating: " + rateOut)
error = re.search('"Error":"(.+?)"', rawdata)
if error:
errorOut = error.group(1)
movieInfo.insert(4, errorOut)
return movieInfo
def parseAvgTime(line):
time = re.search(TIME_REGEX, line)
if time is not None:
time = time.group(0)
time = TIME_REGEX_SPLIT.split(time)
if len(time) == 2:
return float(time[1])
return None
def parseAvgTime(line):
time = re.search(TIME_REGEX, line)
if time is not None:
time = time.group(0)
time = TIME_REGEX_SPLIT.split(time)
if len(time) == 2:
return float(time[1])
return None
def latencia(host='127.0.0.1'
): ## este método testa o QoS relativo à latência do meio
status, result = ("", "")
if platform.system() == "Linux":
status, result = sp.getstatusoutput("ping -c1 %s " % host)
time = re.search('time=([0-9]{1,4}\.[0-9]{1,4})', result)
print(time)
if time:
f = time.group(1)
return float(f)
return 0.0
else:
status, result = sp.getstatusoutput("ping -c1 -w2 %s > nul" % host)
time = re.search('time=([0-9]{1,4}\.[0-9]{1,4})', result)
if time:
f = time.group(1)
return float(f)
return 0.0
def write(self, msg):
time = re.search(r'\d+-\d+\s+\d+:\d+:\d+\.\d+', msg)
tag = re.search(r'\w\s\w+\s*:\s+|\[\d+: .*\]', msg)
if time and tag:
date_time = datetime.datetime.strptime(time.group(),'%m-%d %H:%M:%S.%f')
self.csr.execute('INSERT INTO Unit VALUES (?,?,?)',
(date_time, tag.group(0), msg))
def get_time2(times):
tfactor = 1.0
curr = datetime.now()
feat = 43200.0
for t in times:
#print t
time = re.match('(\d+):(\d+)',t)
nearest = []
nearest.append(abs(datetime(curr.year, curr.month, curr.day, int(time.group(1)), int(time.group(2)))-curr))
nearest.append(abs(datetime(curr.year, curr.month, curr.day-1, int(time.group(1)), int(time.group(2)))-curr))
nearest.append(abs(datetime(curr.year, curr.month, curr.day+1, int(time.group(1)), int(time.group(2)))-curr))
closest = min(nearest)
if closest.seconds < feat:
feat = closest.seconds
#print closest.seconds
#print feat
return feat/43200.0/tfactor
def timeParamIdx(input: str) -> int:
time = re.search(r"time=(\d*)ms", input)
if (time):
return time.group(1)
else:
return -1
def get_dt(self, fn):
find_date = re.compile('_\d{1,8}(?=_\d{1,4}\.)')#('\d{8}(?=_\d{4}\.)')
find_time = re.compile('(?<=\d_)\d{4}(?=\.)')#'(?<=\d{8}_)\d{4}(?=\.)')
find_dt = re.compile('\d{1,8}_\d{1,4}(?=\.)')#'\d{8}_\d{4}(?=\.)')
date = find_date.search(fn)
time = find_time.search(fn)
dt = find_dt.search(fn)
if date and time and dt:
return date.group(),time.group(),dt.group()
def text_data(text_lines): measure_rate = re.search(r'\d+.\d+', text_lines[3]).group() measure_rate = float(measure_rate) name = re.search(r'Roman_\w+', text_lines[2]) if name is None: name = re.search(r'Accuracy\w+', text_lines[2]) time = re.search(r'\d+:\d+:\d+', text_lines[2]) date = re.search(r'\d+-\d+-\d+', text_lines[2]) trial_len = re.search(r'\d+\.\d+', text_lines[4]) return name.group(), time.group(), date.group(), trial_len.group(), measure_rate
def analyze(read):
topic = "OOPS"
if re.match('.* - [0-2][0-9]:[0-5][0-9]\n', read):
print "Timed: " + read
found = re.search('.* (?=- [0-2][0-9]:[0-5][0-9])', read)
time = re.search('[0-2][0-9]:[0-5][0-9]', read)
topic = found.group(0) + "\n"
if topic == "OOPS":
return read, topic
else:
return topic, time.group(0)
def parse_time_detail(self, time):
""" Returns minute of detail (INT) """
time = re.search("<td class=\"timeCol\">((?P<time>[\d]{1,3})\')?</td>", time)
try:
if type(time.groups()) != type(()):
return ""
except AttributeError:
return ""
return time.group('time')
def getDates(text):
match = re.search('The Fore River Bridge is scheduled to open at(.+?)to allow', text)
dates = []
time_pattern = re.compile(r'(\d{1,2} a.m.?|\d{1,2} p.m.?|\d{1,2}:\d{2} a.m.?|\d{1,2}:\d{2} p.m.?)')
if match != None:
sentence = match.group(1)
start_at = 0
for date in re.finditer(r'(\w+, \w+\.* [0-9]{1,2})', sentence):
for time in time_pattern.finditer(sentence, pos=start_at, endpos=date.span()[0]):
dates.append(time.group(1) + " " + date.group(1))
start_at = date.span()[1];
return dates
def __do_analysis(self, event):
"""
开始分析
:param event:
:return:
"""
if self.fileText.GetValue() == '':
self.warnLabel.SetLabel('请选择日志！！')
return
if self.cmd not in comands.cmds:
self.warnLabel.SetLabel('请选择命令！！')
return
output = FileTool.readObject(self.fileText.GetValue())
x1 = []
y1 = []
statisticInfo1 = StatisticInfo('post request cost:')
x2 = []
y2 = []
statisticInfo2 = StatisticInfo('sum cost')
p1 = 'post_request_cost:.*:{}:'.format(self.cmd)
pattern1 = '{}\d+'.format(p1)
p2 = '耗时:{}:'.format(self.cmd)
pattern2 = '{}\d+'.format(p2)
time_pattern = '^\\[\d{2}:\d{2}:\d{2}:\d{3}\\]'
for line in output:
time = re.match(time_pattern, line)
if time is None:
continue
timestr = re.sub('[\\[\\]]', '', time.group(0))
mlis = self.format_date(timestr)
st = re.search(pattern1, line)
if st is not None:
t = re.sub(p1, '', st.group(0))
x1.append(mlis)
y1.append(int(t))
statisticInfo1.count(int(t))
continue
st1 = re.search(pattern2, line)
if st1 is not None:
t = re.sub(p2, '', st1.group(0))
x2.append(mlis)
y2.append(int(t))
statisticInfo2.count(int(t))
self.desc.SetLabel(statisticInfo1.printStatisticInfo())
self.desc1.SetLabel(statisticInfo2.printStatisticInfo())
self.draw(x1, y1, x2, y2, self.cmd)
async def log(self,
ctx,
time: str,
amount: int = 10,
channel: discord.Channel = None):
time = reg.match(time)
if channel == None:
channel = ctx.message.channel
def none0(val):
return int((val, 0)[val == None])
datedif = datetime.now() - timedelta(days=none0(time.group(2)),
hours=none0(time.group(4)),
minutes=none0(time.group(6)),
seconds=none0(time.group(8)))
##await self.bot.say("Time: `{}d{}h{}m{}s` Amt: `{}` Ch: `{}`".format(time.group(2), time.group(4), time.group(6), time.group(8), amount, (channel, "all")[channel == None]))
##status = await self.bot.say("Searching logs for messages from all users in {}.".format((channel.mention, "all channels")[channel == "*"]))
cursor.execute(
"SELECT * FROM `{}` WHERE `timestamp` >= '{}' ORDER BY `id` ASC LIMIT {}"
.format(channel.id, datedif, amount))
data = cursor.fetchall()
msg = "Done! Found {} messages: ```".format(len(data))
m = 0
for entry in data:
user = discord.utils.get(self.bot.get_all_members(), id=entry[1])
m += 1
msg += "\n{} #{} @{} >> \"{}\"".format(entry[4], entry[0],
entry[1], entry[3])
if len(msg) < 1998:
msg += "```"
while len(msg) > 6:
await self.bot.send_message(
ctx.message.channel,
msg[0:2000] + ("```", "")[len(msg) < 1998])
msg = "```{}```".format(msg[1994:])
"""
def parseTweet(tweet):
# https://regex101.com/#python
# Obviously we are just putting faith in the formatting of @tripleJplay
songRegex = re.compile(r"(?<=-\W).+?(?=\W\[)")
artistWithTwitterRegex = re.compile(r'(?<=@).+?(?=\W)') #
aristWithoutTwitterRegex = re.compile(r'.+(?=\W-)')
featureArtistTwitterRegex = re.compile(r'(?<=ft.\W\@).+?(?=\W)')
timeRegex = re.compile(r'(?<=\[)[0-9]{2}:[0-9]{2}(?=\])') # (?<=\[).+(?=\]) #THIS IS VERY SPECIFIC
song = songRegex.search(tweet.text)
artist = artistWithTwitterRegex.search(tweet.text)
feat = featureArtistTwitterRegex.search(tweet.text)
time = timeRegex.search(tweet.text)
day = tweet.created_at.day
month = tweet.created_at.month
year = tweet.created_at.year
if song:
song = song.group()
else:
song = "^Song Not Found!^"
if artist:
artist = artist.group()
else:
artistNoTwitter = aristWithoutTwitterRegex.search(tweet.text)
if artistNoTwitter:
artist = artistNoTwitter.group()
else:
artist = "!Artist Not Found!"
if feat:
feat = feat.group()
else:
feat = '*Feature Artist Not Found*'
if time:
time = time.group()
else:
time = "%Time Not Found!%"
#use pytz to put the time in sydney time
sydney = timezone('Australia/Sydney')
tweet.created_at = timezone('UTC').localize(tweet.created_at) #Attach UTC time to tweet
date_object = tweet.created_at.astimezone(sydney) #Convert to sydney time
date_object = date_object.replace(hour=int(str(time)[:2]), minute=int(str(time)[3:])) #get the hour and minute from the actual tweet
return {'song': song, 'artist': artist, 'feat': feat, 'time': date_object, 'raw': tweet.text,
'created_at': tweet.created_at, 'id': tweet.id}
def CheckLogs(self, Flows, ErrLogs, KeyWords):
if debugLog >= debugLogLevel[-1]:
print 'CheckLogs: ', self.__filename
while 1:
line = self.__fd.readline()
if not line:
if debugLog >= debugLogLevel[2]:
if self.__endTime != '':
print 'End Time:', self.__endTime
print '(INFO) Finish Parse file: ' + self.__filename
print '(INFO) lines: ', self.__logLines, '\n'
break
timeFormat = re.compile(r'\d{2}-\d{2}\s\d{2}:\d{2}:\d{2}')
time = re.match(timeFormat, line)
if time and self.__logLines == 0:
self.__beginTime = time.group()
if debugLog >= debugLogLevel[2]:
print 'Begin Time:', self.__beginTime
else:
if time:
self.__endTime = time.group()
if debugLog >= debugLogLevel[-1]:
print 'INFO: Read line --->' + line
self.__CheckFlows(line, Flows)
self.__CheckErrLogs(line, ErrLogs)
self.__CheckKeyWords(line, KeyWords)
self.__logLines += 1
def get_trtime_position(self, grab):
text = ''
time = ''
dt = ''
# [last()]
# grab.doc.select('//th'):
try:
#print grab.doc.select('//tr[last()]').select('./td[1][.//b]').html()
text = grab.doc.select('//tr[last()]').select('./td[1]/b').text()
dt = datetime.strptime(text, "%d.%m.%Y %H:%M")
except:
text = grab.doc.select('//tr[last()]').select('./td[1]').text()
finally:
time = re.search("(\d{2}:\d{2})", text)
if time:
print text, time.group().strip().lower()
def getPost(filename):
mes = None
ti = None
frm_zid = None
file = open(filename, 'r', encoding='utf-8')
for line in file:
message = re.match(r"message:\s(.+)", line)
time = re.match(r"time:\s(.+)\+", line)
frm = re.match(r"from:\sz(\d+)", line)
if message:
mes = message.group(1)
if time:
ti = time.group(1).replace('T', ' ')
if frm:
frm_zid = frm.group(1)
if mes and ti and frm_zid:
return [mes, ti, frm_zid]
def create_stats():
logger = create_logger()
Files.generate_all(logger)
# "sort_algo","entry_lines","split","time(sec)","cpu(%)"
line = '"%s",%d,%d,%s,%s\r\n'
# Launch stats
for p in Project: # each project version
stats=open(HOME+"stats/Project_"+p.name+".csv", "a+")
stats.write('\r\n"sort_algo","entry_lines","split","time(sec)","cpu(%)"\r\n')
stats.close()
for alg in SortAlgo: # each sort algo
# set algo active
SortAlgo.set(alg, Project.__file__%(p.value))
logger.info("SortAlog set %s in %s"%( alg.name, Project.__file__%(p.value) ))
# compile
call(MAKE, logger=logger, shell=True)
for f in Files: # for each file size
for i in range(1,11): # 1 to 10 split
tmp = f.value[0].split(".")
sorted_file = ".".join(tmp[:-1] + ["sort"] + tmp[-1:])
command = CMD%(HOME, Project.__m_option__%(p.value), f.value[0], sorted_file, i)
logger.info(command)
outs, errs = call(command, logger=logger, is_stats=True, shell=True)
# write results of this test
res = (outs + errs).decode()
cpu = re.match(r"[^']*Percent of CPU this job got: (?P<cpu>[0-9]{1,4})%[^']*", res)
time = re.match(r"[^']*Elapsed \(wall clock\) time \(h:mm:ss or m:ss\): (?P<time>[0-9]?:[0-9]{2}\.[0-9]{2})[^']*", res)
if time is not None:
time = time.group(1)
tmp_time = int(time.split(":")[0]) *60 # minutes
time = tmp_time + float(time.split(":")[1]) # seconds
cpu = int(cpu.group(1)) if cpu is not None else "err"
if time is None:
time = "err"
elif time is not None and time >= TIMEOUT:
time = "inf"
stats=open(HOME+"stats/log/Project_"+p.name+".csv", "a+")
stats.write(line % (alg.name, f.value[1], i, time, cpu))
stats.close()
def customerParseItem(self, response, item, **kwargs):
print('customerParseItem')
sel = Selector(response=response)
item["publish_time"] = ''
item['author'] = ''
text0 = sel.xpath('//*[@class="info"]/i/a/text()').extract_first()
if text0:
item['source'] = text0.split(" ")[0]
text1 = sel.xpath('//*[@class="info"]/i/text()').extract()
if text1:
for i in text1:
if "年" in i:
pattern = re.compile('\d{4}年\d{2}月\d{2}日')
time = re.search(pattern, i)
item['publish_time'] = time.group()
return item
def standard_work_article(target_url):
return_data = []
headers = {'User-Agent': UserAgent}
res = requests.get(target_url, headers=headers)
res.raise_for_status()
reg_content = res.content.decode('utf8')
html_page = bs4.BeautifulSoup(reg_content, 'lxml')
infos = ''
try:
infos = html_page.find(class_='content').findAll('p')
except AttributeError:
infos = html_page.find(id='container_txt').findAll('p')
for one_info in infos:
content_dir = re.search('<p[\\s\\S]+/p>', str(one_info))
if content_dir:
need_content = one_info.text
else:
if isinstance(one_info, bs4.NavigableString):
need_content = one_info
else:
continue
if not need_content.strip():
continue
return_data.append(need_content.strip())
try:
time = html_page.find('h2').text
datetime_dir = re.match(
'.+:(?P<year>\d{4})-(?P<month>\d+?)-(?P<day>\d+?) (?P<hour>\d+?):(?P<minute>\d+?):.+',
time)
except AttributeError:
time = html_page.find(id='pubtime_baidu').text.strip()
time = re.search(r"(\d{4}-\d{1,2}-\d{1,2}\s\d{1,2}:\d{1,2}:\d{1,2})",
time)
time = time.group(0)
datetime_dir = re.match(
'(?P<year>\d{4})-(?P<month>\d+?)-(?P<day>\d+?) (?P<hour>\d+?):(?P<minute>\d+?):\d+',
time)
tt_tmp = '%s-%s-%s %s:%s' % (datetime_dir['year'], datetime_dir['month'],
datetime_dir['day'], datetime_dir['hour'],
datetime_dir['minute'])
_datetime = 0
if datetime_dir:
_datetime = get_time('%Y-%m-%d %H:%M', tt_tmp)
_title = html_page.find('h1').text
return _datetime, '%s<replace title>%s' % (_title, '\n'.join(return_data))
def __init__(self, header, message):
header = header.strip().lstrip('-!>')
#message = message.strip()
self.inp = (header, message)
data = header.rsplit(':', 3)
time = self._timepat.match(data.pop(0))
if time: time = time.group()
else: time = '-'
if len(data) == 1: data.append('')
if len(data) == 2: data.append('')
level, file_, line = data[:3]
extra = tuple(data[3:])
self.update(time=time, level=level, file=file_, line=line)
self['message'] = message
def get_status(self,user_num):
page = 0
result = "none" #记录搜索结果
time_form = re.compile("dtime\":\".*?\s")
required_time = "2015-05-29" #记录期望搜索时间
search = 1 #是否继续搜索
try:
while search:
more_result = self.opener.open("http://status.renren.com/GetSomeomeDoingList.do?userId=" + user_num + "&curpage=" + str(page) + "&_jcb=jQuery1111031641900399699807_1433395719580&requestToken=379990670&_rtk=e26730e8&_=1433395719581")
result = result + more_result.read()
time = time_form.search(more_result)
if (cmp(time.group(0)[8:],required_time) == -1) or (page > 100): #在此之前已经没有匹配状态，自动跳出搜索
search = 0
page = page + 1
finally:
#fp = open("user/" + user_num + ".txt",'w')
#fp.write(result)
#fp.close()
return result
def process_time_step(message):
try:
time = message.text
if time == 'Отмена':
cancel_adding_event(message.chat.id)
return
chat_id = message.chat.id
event = event_dict[chat_id]
time = re.search(r'\d{2}[:|/|-|.| ]\d{2}', time)
if time == None:
msg = bot.reply_to(message, 'Введите время в формате (ЧЧ:ММ)')
bot.register_next_step_handler(msg, process_date_step)
event.time = re.sub(r'[:|/|-|.| ]', ':', time.group())
markup = types.ReplyKeyboardMarkup(one_time_keyboard=True, resize_keyboard=True)
markup.add('Нет ссылки', 'Отмена')
msg = bot.reply_to(message, 'Введите ссылку', reply_markup=markup)
bot.register_next_step_handler(msg, add_new_event_url)
except Exception as e:
print("Exception: " + str(e))
bot.reply_to(message, 'Введите время в формате (ЧЧ/ММ)')
def writeComment(self, dataList):
for list in dataList:
list = str(list)
soup = BeautifulSoup(list)
# 获取赞这个评论或者答案的总数
pzanCount = str(soup.find('span', class_='count'))
# 获取某个评论或答案的内容
pcontent = str(soup.find('div', class_='zm-editable-content'))
# 获取发表评论或者答案的时间
ptime = str(soup.find('a', class_='answer-date-link'))
zanCount = re.search('<span.*?>(.*?)</span>', pzanCount, re.S)
content = re.search('<div.*?>(.*?)</div>', pcontent, re.S)
time = re.search('<a.*?>(.*?)</a>', ptime, re.S)
self.fp.write("赞同的人数:" + zanCount.group(1) + "\n")
contentText = re.sub('<.*?>', '', content.group(1))
self.fp.write("评论的内容:\t" + contentText + "\n")
self.fp.write("\t\t" + time.group(1) + "\n\n")
replayID = re.search(
'<div.*?class="zm-item-answer.*?zm-item-expanded".*?data-aid="(.*?)".*?>',
list, re.S)
self.getSubComment(replayID.group(1))
def onHandleTime():
timeString = getLastLoginTime()
timeRegex = "\d\d\d\d-(0?[1-9]|1[0-2])-(0?[1-9]|[12][0-9]|3[01]) (00|[0-9]|1[0-9]|2[0-3]):([0-9]|[0-5][0-9]):([0-9]|[0-5][0-9])([0-9]|[0-5][0-9])"
time = re.search(timeRegex, timeString)
return time.group(0)
for log in logs:
print log
if len(log) < 3:
break
fp = open(log)
while(1):
line = fp.readline()
if not line:
break
m = re.match(r'.*'+strm+r'.*',line)
if m:
time = re.search(r'\[.*\]',line)
if time:
time = time.group(0)
time = re.sub(r'\[|\]','',time)
#sdata = re.split(r':',time)
#date = sdata[0]
#hour = sdata[1]
#min = sdata[2]
#second = re.split(r'\s+',sdata[3])[0]
time_original = re.split(r' +',time)[0]
user = re.search(r'user_id=\d+?&',line)
if user:
userid= user.group(0)
userid = re.split(r'=',userid)[1]
userid = re.split(r'&',userid)[0]
mobile = re.search(r'mobile=\d+?&',line)
def isTimeover(self, a, b):
time = re.search(r'(.*?):(.*?):(.*?) (.*?):(.*?):(.*)', a)
year = time.group(1)
month = time.group(2)
day = time.group(3)
hour = time.group(4)
min = time.group(5)
second = time.group(6)
# print year, month, day, ":", hour, min, second
time1 = re.search(r'(.*?):(.*?):(.*?) (.*?):(.*?):(.*)', b)
year1 = time.group(1)
month1 = time.group(2)
day1 = time.group(3)
hour1 = time.group(4)
min1 = time.group(5)
second1 = time.group(6)
# print year, month, day, ":", hour, min, second
if year > year1:
return True
if month > month:
return True
if day > day1:
return True
if hour > hour1:
return True
if min > min1:
return True
def parse_Time (tym):
''' returns a tuple (standardized time string, list of error strings)
#
# Requires: tym - string; a time (HH:MM PM) where the AM/PM
# designation is optional
# Effects: parses tym and converts it to the standard WTS time
# format (HH:MM PM). Maintains a list of any errors
# encountered in parsing. Returns a tuple with either:
# (time string, None) if no errors, or ('', list of error
# strings) if errors were found.
# Modifies: no side effects
'''
global START, END
# we use regular expressions to do our initial examination and
# splitting of tym into its component pieces. Set up the regex
# strings we'll use:
re_ampm = '\([AP]M\)' # AM/PM
re_hhmm = '\([012 ]?[0-9]\):\([0-5][0-9]\)' # HH:MM
# now, compile the regular expressions to look for recognizable tym
# formats (for description, see above):
timeampm = regex.compile ('.*' + re_ampm) # is AM/PM anywhere?
time = regex.compile (START + re_hhmm + END) # time without AM/PM
fulltime = regex.compile (START + re_hhmm +
'[ \t]*' + re_ampm + END) # time with AM/PM
ampm = None # no AM/PM designation yet
hours = None # no hours yet
minutes = None # no minutes yet
# now, try to match tym to one of the formats (one with AM/PM, one
# without)
if (timeampm.match (tym) >= 0):
if (fulltime.match (tym) >= 0):
(hours, minutes, ampm) = fulltime.group (1, 2, 3)
elif (time.match (tym) >= 0):
(hours, minutes) = time.group (1, 2)
# if hours is still None, then we know it didn't match. bail out.
if not hours:
return ('', [ 'Could not recognize time: %s' % tym ])
# otherwise, we have no errors yet. So, get integer values for hours
# and minutes. Then error-check the hours. Because of the regular
# expression matching [0-5][0-9], we know that minutes must be in the
# correct range (00-59).
errors = []
hours = string.atoi (hours)
minutes = string.atoi (minutes)
if (hours < 1) or (hours > 23):
errors.append ('Hours out of range: %d' % hours)
# if ampm not yet defined, then set the AM/PM designation and adjust
# the hours if necessary (convert 24-hour clock to 12-hour)
if not ampm:
if (hours >= 12):
ampm = 'PM'
if (hours > 12):
hours = hours - 12
else:
ampm = 'AM'
# otherwise, check that the designation is correct. Note that a PM
# designation with hours > 12 is not necessarily incorrect, but rather
# just redundant. (so adjust it to reflect a 12-hour clock)
else:
if (ampm == 'AM') and (hours > 12):
errors.append ('AM designation is incorrect for ' + \
'%d hours' % hours)
elif (ampm == 'PM') and (hours > 12):
hours = hours - 12
# now, return appropriate tuple
if len (errors) > 0:
return ('', errors)
else:
return (('%s:%s %s' %
(string.zfill(hours,2), string.zfill(minutes,2), ampm),
None))
def __ScanCamLog(self, fd):
if debugLog >= debugLogLevel[2]:
print "INFO: begin scan camera log!"
while 1:
line = fd.readline()
if not line:
if debugLog >= debugLogLevel[2]:
print "INFO: Finish Parse file!\n"
break
if debugLog >= debugLogLevel[-1]:
print "INFO: Read line is :" + line
for i in range(0, len(AppLogType.CamLog)): # Adapter every key tag
if debugLog >= debugLogLevel[-1]:
print "INFO: Camera log-> " + AppLogType.CamLog[i]
log = re.compile(AppLogType.CamLogPattern[i])
if debugLog >= debugLogLevel[-1]:
print "INFO: Scan log-> " + log.pattern
search = re.search(log, line)
if search:
if debugLog >= debugLogLevel[1]:
print "INFO: Search Camera log->" + search.group()
print "line is: " + line
timeFormat = re.compile(r"\d{2}-\d{2}\s\d{2}:\d{2}:\d{2}.\d+")
if debugLog >= debugLogLevel[2]:
print "INFO: TimeFormat-> " + timeFormat.pattern
time = re.search(timeFormat, line)
if time:
if debugLog >= debugLogLevel[2]:
print "INFO: Find key time-> " + time.group()
# patch-> cal tag position and write to the right pos
if debugLog >= debugLogLevel[1]:
tags = search.group()
print tags
# print 'INFO: pos is '+str(AppLogType.CamLogPos.index(tags))+' time list len is'+str(len(self.__time))
pos = AppLogType.CamLogPos.index(search.group()) - len(self.__time)
if pos:
if debugLog >= debugLogLevel[-1]:
print "WARNING: There is " + str(pos) + " data null!!!"
for i in range(0, pos):
self.__time.append(time.group())
self.__time.append(time.group())
if debugLog >= debugLogLevel[2]:
print "INFO: Time -> " + self.__time[i]
## Save one group
if i == len(AppLogType.CamLog) - 1:
if debugLog >= debugLogLevel[-1]:
print "INFO: Record one goup len num -> " + str(len(AppLogType.CamLog) - 1)
if debugLog >= debugLogLevel[1]:
print self.__time
# Save a group
self.__CamLogList.append(self.__time)
# calc KPI
self.__CalKPI(self.__time)
self.__time = []
