def logs():
#导入了分析Nginx脚本，用脚本调用里面的函数方法：
stat_dict = logfile.logfile('www_access_.log')
#用脚本调用里面方法，15是想查看的Nginx top 值
result_list = logfile.datalist(stat_dict, 15)
#执行完的结果，则返回log.html页面去展示，result_list得到的是一个没有排序过的列表，
#把值赋值给logs，供log.html页面调用
return render_template('log.html', logs=result_list);
def CommunicationThread(threadName, num):
global ServerLog
sleep(0.25)
print threadName + ' started.'
# Create two logs:
ServerLog = logfile(SERVER_LOG)
ServerLog.log_full_date()
ServerLog.add_ts(WELCOME_MESSAGE)
ServerLog.add_ts('Logs created.')
while True:
OpenSocket()
def __init__(self, conffile):
import nodemgrdbthr, nodemgrsvr, nodemgrsslsvr, nodemgrhttpsvr
import socket, xmlconf, logfile, resolve
threading.Thread.__init__(self)
self.rlock = threading.RLock()
self.conf = xmlconf.nodemgrconf(conffile)
self.logfile = logfile.logfile(self.conf.logfile)
self.host = socket.getfqdn(socket.gethostname())
self.ip = resolve.getlocalip()
self.dbthr = nodemgrdbthr.nodemgrdbthr(self)
self.svrthr = nodemgrsvr.nodemgrsvrthr(self)
self.sslsvrthr = nodemgrsslsvr.nodemgrsslsvrthr(self)
self.httpsvrthr = nodemgrhttpsvr.nodemgrhttpsvrthr(self)
def __init__(self, conffile):
import gmetadthr, agentsvr, agentsslsvr, agenthttpsvr, agentdbthr
import socket, xmlconf, logfile, resolve
threading.Thread.__init__(self)
self.rlock = threading.RLock()
self.conf = xmlconf.agentconf(conffile)
self.logfile = logfile.logfile(self.conf.logfile)
self.host = socket.getfqdn(socket.gethostname())
self.ip = resolve.getlocalip()
self.dbthr = agentdbthr.agentdbthr(self)
self.gmetadthr = gmetadthr.gmetadthr(self)
self.svrthr = agentsvr.agentsvrthr(self)
self.sslsvrthr = agentsslsvr.agentsslsvrthr(self)
self.httpsvrthr = agenthttpsvr.agenthttpsvrthr(self)
self.leasestoips = {}
self.slicestoips = {}
self.logfile.log("Initializing")
def __init__(self, conffile):
import gmetadthr, agentsvr, agentsslsvr, agenthttpsvr, agentdbthr
import socket, xmlconf, logfile, resolve
threading.Thread.__init__(self)
self.rlock = threading.RLock()
self.conf = xmlconf.agentconf(conffile)
self.logfile = logfile.logfile(self.conf.logfile)
self.host = socket.getfqdn(socket.gethostname())
self.ip = resolve.getlocalip()
self.dbthr = agentdbthr.agentdbthr(self)
self.gmetadthr = gmetadthr.gmetadthr(self)
self.svrthr = agentsvr.agentsvrthr(self)
self.sslsvrthr = agentsslsvr.agentsslsvrthr(self)
self.httpsvrthr = agenthttpsvr.agenthttpsvrthr(self)
self.leasestoips = {}
self.slicestoips = {}
self.logfile.log("Initializing")
if len(sys.argv) == 1:
print(termcolor.colored("""
+----------------------------------------+
| STARTING 3CX ANALYZER |
+----------------------------------------+
""", 'green'))
while True:
path = emailAndParser.downloadEmail(
conf['download']['addr'],
conf['download']['port'],
conf['download']['usr'],
conf['download']['pwd']
)
if path:
lf = logfile.logfile(path)
filePath = lf.getPDF()
emailAndParser.sendEmail(
filePath,
conf['send']['addr'],
conf['send']['port'],
conf['send']['usr'],
conf['send']['pwd'],
conf['send']['saddr'],
conf['send']['raddr']
)
break
else:
time.sleep(15)
elif sys.argv[1] == '-l':
print(termcolor.colored("""
help='sql database file for messages')
args = parser.parse_args()
if args.gnubg is None:
args.gnubg=Popen(['which','gnubg'], stdout=PIPE).communicate()[0].rstrip('\n')
if args.gnubg=='':
print 'gnubg location must be specified with --gnubg'
sys.exit(1)
if args.ladder is not None:
for l in args.ladder:
if l not in args.type:
print 'Chosen ladder conflicts with game type restriction'
sys.exit(1)
log_file = None if args.log is None else logfile(args.log)
alphA = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'
alphz = 'zyxwvutsrqponmlkjihgfedcba'
def get_pip( board, caps ):
pip = 0
k = 0
for a in alphA if caps else alphz:
i = board.find(a)
if i!=-1:
while i%2==1:
i = board.find(a,i+1)
if i==-1: break
if i!=-1:
pip += k*int(board[i+1],16)
def ParserThread(threadName, num):
global Lines, DataLog, ServerLog
print threadName + ' started.'
DataLog = logfile(DATA_LOG)
DataLog.log_full_date()
XYLog = logfile(XY_LOG, True)
x = 0.0
y = 0.0
Theta = 0.0
S = 0.0
SeqId = '0000'
LastCounter = 0
SeqLogger = logfile(SEQ_LOG_FILENAME.format(SeqId), True)
while (1):
if (len(Lines) == 0):
sleep(1)
continue
while (len(Lines) > 0):
line = Lines.pop(0)
DataLog.add_ts(line)
# (1) Handle header lines
if ('---' in line):
SeqId, FW = parse_header_line(line)
LastCounter = 0
SeqLogger = logfile(SEQ_LOG_FILENAME.format(SeqId), True)
ServerLog.add_ts("New sequence found: [{0}], FW [{1}].".format(
SeqId, FW))
continue
# (2) Handle data lines
line_object = RoombaLineParser(line)
if (line_object.valid):
SeqLogger.add(line_object.parse_sensors())
ServerLog.add_ts("Parsed line [{0}].".format(
line_object.counter_str))
dS = line_object.dS
dTheta = line_object.dTheta
Theta = Theta + dTheta
S = S + dS
x = x + dS * np.cos(Theta)
y = y + dS * np.sin(Theta)
XYLog.add(
str(x) + ',' + str(y) + ',' + str(line_object.Wall) + ',' +
str(Theta) + ',' + str(S))
else:
ServerLog.add_ts("Invalid line [{0}]:\n\t\t{1}".format(
line_object.counter_str,
'\n\t\t'.join(line_object.error_log)))
if (line_object.counter != LastCounter + 1):
ServerLog.add_ts("WARNING: Skipped line [{0}].".format(
line_object.counter_str))
LastCounter = line_object.counter
import os
from logfile import logfile
from plotandsavegraphic import plotandsave as pas
fileList = os.listdir('./')
for file in fileList:
if 'LogChiamateLastWeek' in file:
# with open(os.path.join('./', file), 'r') as actualFilePtr:
actualFile = logfile(os.path.join('./', file))
pas(actualFile)
#actualFileConent = actualFile.getContent()
#for p in actualFileConent:
# print(p + '\n')#str(actualFileConent).split("\n"))
# load conf file yaml
# schedule every monday
# Connect to email box
# download email and get link of the week
# dowload the log file
# analize file
# number of total calls
# number of answered phone calls
# number of missed phone calls
# number of answered calls per operator (oper code)
# build a graphic of datas
# send an email to list-mail-address
