def createslice(self, args, flags):
"""
Create slice specified by sliceconf using broker specified by
brokerconf and using client configuration clientconf.
"""
self.newtickets(args, flags)
self.setdirs(self.sliceconf.name)
ips = []
inargs = {}
outargs = {}
privatekeyfile = "%s/identity" % self.slicekeypairdir
publickeyfile = "%s/identity.pub" % self.slicekeypairdir
privatekey = open(privatekeyfile).read()
publickey = open(publickeyfile).read()
for ticketfile in os.listdir(self.ticketsdir):
f = open("%s/%s" % (self.ticketsdir, ticketfile))
ticketdata = f.read()
f.close()
t = ticket.ticket(ticketdata)
ips.append(t.ip)
inargs[t.ip] = (ticketdata, privatekey, publickey)
rval = self.doparallel(ips, "newleasevm", inargs, outargs, flags)
self.deletetickets(self.ticketsdir, outargs.keys())
self.saveleases(outargs.values())
self.renameleases(self.leasesdir, self.vmsdir, outargs.keys())
return rval
def setting(debug=False):
global Branch
infile = open(
"C:/Users/Xprize/Documents/solfdev/MyfirstSoftware/Final_Solfware/Branch_backend/setting.txt",
encoding="utf8")
# infile = open("setting.txt", encoding="utf8")
counter_typee = {}
for line in infile:
if (line == "\n"):
continue
data = ((line.split('\n'))[0])
data = data.strip() # remove tail&head space
data = data.replace("\t", "")
data = data.split()
if (data[0] == "branch"):
Branch = str(data[1])
elif (data[0] == "countertype"):
counter_types = data[2].split(",")
counter_name_setup = data[1]
for i in counter_types:
counter_typee[i] = data[1]
elif (data[0] == "ticket"):
t = ticket(name=data[2],
ticket_type=data[2],
sw_input=data[1],
counter_type=counter_typee[data[2]],
Branchinput=Branch)
sw_object[data[1]] = t
if (debug):
print(sw_object)
print(counter_typee)
def settickets(self):
import ticket
self.doc.append(HTMLgen.Heading(3, "Tickets"), HTMLgen.P())
ticketsdata = self.agent.dbthr.gettickets()
if len(ticketsdata) == 0:
self.doc.append("No tickets outstanding.")
return
self.doc.append(
"Tickets must be redeemed in (ValidFrom, ValidTo) interval")
self.doc.append(HTMLgen.P())
table = HTMLgen.TableLite(border="1", cellpadding="2", cellspacing="2")
tr = HTMLgen.TR(HTMLgen.TD("Slice"), HTMLgen.TD("IP"),
HTMLgen.TD("ValidFrom (UTC)"),
HTMLgen.TD("ValidTo (UTC)"),
HTMLgen.TD("StartTime (UTC)"),
HTMLgen.TD("EndTime (UTC)"))
table.append(tr)
for ticketdata in ticketsdata:
t = ticket.ticket(ticketdata)
tr = HTMLgen.TR(HTMLgen.TD(t.slice), HTMLgen.TD(t.ip),
HTMLgen.TD(t.validfrom_time),
HTMLgen.TD(t.validto_time),
HTMLgen.TD(t.start_time), HTMLgen.TD(t.end_time))
table.append(tr)
self.doc.append(table, HTMLgen.P())
def createslice(self, args, flags):
"""
Create slice specified by sliceconf using broker specified by
brokerconf and using client configuration clientconf.
"""
self.newtickets(args, flags)
self.setdirs(self.sliceconf.name)
ips = []
inargs = {}
outargs = {}
privatekeyfile = "%s/identity" % self.slicekeypairdir
publickeyfile = "%s/identity.pub" % self.slicekeypairdir
privatekey = open(privatekeyfile).read()
publickey = open(publickeyfile).read()
for ticketfile in os.listdir(self.ticketsdir):
f = open("%s/%s" % (self.ticketsdir, ticketfile))
ticketdata = f.read()
f.close()
t = ticket.ticket(ticketdata)
ips.append(t.ip)
inargs[t.ip] = (ticketdata, privatekey, publickey)
rval = self.doparallel(ips, "newleasevm", inargs, outargs, flags)
self.deletetickets(self.ticketsdir, outargs.keys())
self.saveleases(outargs.values())
self.renameleases(self.leasesdir, self.vmsdir, outargs.keys())
return rval
def gettickets(self, args, flags):
ip = args[0]
principle = digest.sha1file(self.clientconf.pubkey)
ticketsdata = agentproxy.agentproxy(ip, agent.PORT).gettickets()
for ticketdata in ticketsdata:
t = ticket.ticket(ticketdata)
if re.match(principle, t.principle):
print ticketdata
return 0
def gettickets(self, args, flags):
ip = args[0]
principle = digest.sha1file(self.clientconf.pubkey)
ticketsdata = agentproxy.agentproxy(ip, agent.PORT).gettickets()
for ticketdata in ticketsdata:
t = ticket.ticket(ticketdata)
if re.match(principle, t.principle):
print ticketdata
return 0
def cleantickets(self, dir, now):
expiredticketips = []
for ip in os.listdir(dir):
f = open("%s/%s" % (dir, ip))
ticketdata = f.read()
f.close()
l = ticket.ticket(ticketdata)
if calendar.timegm(now) > calendar.timegm(l.end):
expiredticketips.append(ip)
self.deletetickets(dir, expiredticketips)
def cleantickets(self, dir, now):
expiredticketips = []
for ip in os.listdir(dir):
f = open("%s/%s" % (dir, ip))
ticketdata = f.read()
f.close()
l = ticket.ticket(ticketdata)
if calendar.timegm(now) > calendar.timegm(l.end):
expiredticketips.append(ip)
self.deletetickets(dir, expiredticketips)
def removeticket(self, ticketdata):
self.agent.rlock.acquire()
t = ticket.ticket(ticketdata)
del self.db[ticketdata]
self.db.sync()
assert t.slice in self.slices
if self.slices[t.slice] > 1:
self.slices[t.slice] -= 1
else:
del self.slices[t.slice]
self.agent.rlock.release()
self.agent.logfile.log("Removed ticket for slice %s" % t.slice)
def postinit(self):
for ticketdata in self.db.keys():
t = ticket.ticket(ticketdata)
if t.slice in self.slices:
self.slices[t.slice] += 1
else:
self.slices[t.slice] = 1
expiration = calendar.timegm(time.strptime(t.validto_time,
"%Y-%m-%d %H:%M:%S"))
sslsvr = self.agent.sslsvrthr.server
self.events.put(event.tickexpevent(expiration, ticketdata, sslsvr))
self.agent.logfile.log("Adding a ticket expiration for slice %s at %s"
% (t.slice, expiration))
def newlease(self, principle, subject, args):
import lease, ticket
leasedata = None
try:
self.nodemgr.rlock.acquire()
t = ticket.ticket(args[0]["ticketdata"])
self.newlease_checkargs(t, principle)
l = self.lfactory.createlease(principle, t.ip, t.slice,
t.start_time, t.end_time)
self.nodemgr.dbthr.addlease(l.data, subject)
leasedata = l.data
finally:
self.nodemgr.rlock.release()
return leasedata
def newlease(self, principle, subject, args):
import lease, ticket
leasedata = None
try:
self.nodemgr.rlock.acquire()
t = ticket.ticket(args[0]["ticketdata"])
self.newlease_checkargs(t, principle)
l = self.lfactory.createlease(principle, t.ip, t.slice, t.start_time,
t.end_time)
self.nodemgr.dbthr.addlease(l.data, subject)
leasedata = l.data
finally:
self.nodemgr.rlock.release()
return leasedata
def addticket(self, ticketdata, subject):
self.agent.rlock.acquire()
t = ticket.ticket(ticketdata)
self.db[ticketdata] = t.slice
self.db.sync()
if t.slice in self.slices:
self.slices[t.slice] += 1
else:
self.slices[t.slice] = 1
expiration = calendar.timegm(time.strptime(t.validto_time, "%Y-%m-%d %H:%M:%S"))
sslsvr = self.agent.sslsvrthr.server
self.events.put(event.tickexpevent(expiration, ticketdata, sslsvr))
self.agent.rlock.release()
self.wakeup()
self.agent.logfile.log("Added ticket for slice %s for \"%s\"" % (t.slice, subject))
def newleases(self, args, flags):
"""Redeem tickets for leases on nodes."""
slice = args[0]
self.setdirs(slice)
ticketfiles = args[1:]
ips = []
inargs = {}
outargs = {}
for ticketfile in ticketfiles:
ticketdata = open(ticketfile).read()
t = ticket.ticket(ticketdata)
ips.append(t.ip)
inargs[t.ip] = (ticketdata, )
rval = self.doparallel(ips, "newlease", inargs, outargs, flags)
self.deletetickets(self.ticketsdir, outargs.keys())
self.saveleases(outargs.values())
return rval
def newleases(self, args, flags):
"""Redeem tickets for leases on nodes."""
slice = args[0]
self.setdirs(slice)
ticketfiles = args[1:]
ips = []
inargs = {}
outargs = {}
for ticketfile in ticketfiles:
ticketdata = open(ticketfile).read()
t = ticket.ticket(ticketdata)
ips.append(t.ip)
inargs[t.ip] = (ticketdata,)
rval = self.doparallel(ips, "newlease", inargs, outargs, flags)
self.deletetickets(self.ticketsdir, outargs.keys())
self.saveleases(outargs.values())
return rval
def newleasevm(self, principle, subject, args):
import lease, ticket, sys
leasedata = None
try:
self.nodemgr.rlock.acquire()
t = ticket.ticket(args[0]["ticketdata"])
privatekey = args[0]["privatekey"]
publickey = args[0]["publickey"]
self.newleasevm_checkargs(t, principle)
l = self.lfactory.createlease(principle, t.ip, t.slice,
t.start_time, t.end_time)
self.nodemgr.dbthr.addlease(l.data, subject)
self.nodemgr.createsliver(l.slice, privatekey, publickey)
self.nodemgr.dbthr.addsliver(l.slice, l.data, subject)
leasedata = l.data
finally:
self.nodemgr.rlock.release()
return leasedata
def newleasevm(self, principle, subject, args):
import lease, ticket, sys
leasedata = None
try:
self.nodemgr.rlock.acquire()
t = ticket.ticket(args[0]["ticketdata"])
privatekey = args[0]["privatekey"]
publickey = args[0]["publickey"]
self.newleasevm_checkargs(t, principle)
l = self.lfactory.createlease(principle, t.ip, t.slice, t.start_time,
t.end_time)
self.nodemgr.dbthr.addlease(l.data, subject)
self.nodemgr.createsliver(l.slice, privatekey, publickey)
self.nodemgr.dbthr.addsliver(l.slice, l.data, subject)
leasedata = l.data
finally:
self.nodemgr.rlock.release()
return leasedata
def settickets(self):
import ticket
self.doc.append(HTMLgen.Heading(3, "Tickets"), HTMLgen.P())
ticketsdata = self.agent.dbthr.gettickets()
if len(ticketsdata) == 0:
self.doc.append("No tickets outstanding.")
return
self.doc.append("Tickets must be redeemed in (ValidFrom, ValidTo) interval")
self.doc.append(HTMLgen.P())
table = HTMLgen.TableLite(border = "1", cellpadding = "2", cellspacing = "2")
tr = HTMLgen.TR(HTMLgen.TD("Slice"), HTMLgen.TD("IP"),
HTMLgen.TD("ValidFrom (UTC)"), HTMLgen.TD("ValidTo (UTC)"),
HTMLgen.TD("StartTime (UTC)"), HTMLgen.TD("EndTime (UTC)"))
table.append(tr)
for ticketdata in ticketsdata:
t = ticket.ticket(ticketdata)
tr = HTMLgen.TR(HTMLgen.TD(t.slice), HTMLgen.TD(t.ip),
HTMLgen.TD(t.validfrom_time), HTMLgen.TD(t.validto_time),
HTMLgen.TD(t.start_time), HTMLgen.TD(t.end_time))
table.append(tr)
self.doc.append(table, HTMLgen.P())
def savetickets(self, ticketsdata):
for ticketdata in ticketsdata:
t = ticket.ticket(ticketdata)
f = open("%s/%s" % (self.ticketsdir, t.ip), "w")
f.write(ticketdata)
f.close()
print('\n')
display_menu.all()
continue
# Buy a ticket
elif choice == 2:
import seat
import ticket
import menu
import database
import variable
row_choice = int(input('Desired row number: '))
coloumn_choice = int(input('Desired coloumn number: '))
book_ticket = ticket.ticket()
ticket1 = book_ticket.buy_ticket(row_choice, coloumn_choice)
rule = book_ticket.ticket_rule()
ticket2 = book_ticket.check_valid_seat()
ticket3 = book_ticket.seat_confirmation()
ticket4 = book_ticket.ticket_record()
ticket5 = book_ticket.record_text_file()
seat_capacity = seat.seat()
hall = seat_capacity.hall_setup(variable.row, variable.coloumn)
seat_booked = seat_capacity.booked_seat()
print('\n')
display_menu.all()
continue
elif choice == 3:
def setting(debug=False):
database = False
global Branch
if (input("Setup new Branch? (y or N)").lower() == 'y'):
print("Setup new Branch database wait ... ")
database = True
infile = open(
"C:/Users/Xprize/Documents/solfdev/MyfirstSoftware/BackEnd/Real_function/setting.txt",
encoding="utf8")
# infile = open("setting.txt", encoding="utf8")
counter_typee = {}
for line in infile:
if (line == "\n"):
continue
data = ((line.split('\n'))[0])
data = data.strip() # remove tail&head space
data = data.replace("\t", "")
data = data.split()
if (data[0] == "branch"):
Branch = str(data[1])
if (database):
db.collection(Branch).document(u'Queue').set({})
db.collection(Branch).document(u'History').set({})
db.collection(Branch).document(u'Data').set({})
db.collection(Branch).document(u'QueuePush').set({})
db.collection(Branch).document(u'Time').set({})
elif (data[0] == "countertype"):
counter_types = data[2].split(",")
counter_name_setup = data[1]
if (database):
db.collection(Branch).document('Data').update({
str("Last_") + str(counter_name_setup):
counter_name_setup[-1:].upper() + "000"
})
db.collection(Branch).document('Data').update({
str("Next_") + str(counter_name_setup):
counter_name_setup[-1:].upper() + "001"
})
for i in counter_types:
if (database):
db.collection(Branch).document(u'QueuePush').collection(
u'' + str(i)).document(u'frist').set({})
counter_typee[i] = data[1]
elif (data[0] == "ticket"):
t = ticket(name=data[2],
ticket_type=data[2],
sw_input=data[1],
counter_type=counter_typee[data[2]],
Branchinput=Branch)
sw_object[data[1]] = t
elif (data[0] == "counter"):
t = counter(name=data[3],
counter_type=data[2],
sw_data=data[1],
debug=debug,
Branchinput=Branch)
sw_object[data[1]] = t
if (debug):
print(sw_object)
print(counter_typee)
#MIN_SIZE = 30
MIN_SIZE = 80
cascPath = sys.argv[1]
faceCascade = cv2.CascadeClassifier(cascPath)
if ENABLE_VIDEO_STREAM:
video_capture = VideoStream(usePiCamera=False).start()
else:
video_capture = cv2.VideoCapture(0)
video_capture.set(cv2.CAP_PROP_FRAME_WIDTH, FRAME_WIDTH)
video_capture.set(cv2.CAP_PROP_FRAME_HEIGHT, FRAME_HEIGHT)
time.sleep(1)
t = ticket()
def faceDetect(gray):
faces = faceCascade.detectMultiScale(
gray,
scaleFactor=SCALE_FACTOR,
minNeighbors=MIN_NEIGHBORS,
minSize=(MIN_SIZE, MIN_SIZE),
flags=cv2.CASCADE_SCALE_IMAGE
)
if len(faces)>0:
print ("Found {0} faces!".format(len(faces)))
# Draw a rectangle around the faces
for (x, y, w, h) in faces:
def savetickets(self, ticketsdata):
for ticketdata in ticketsdata:
t = ticket.ticket(ticketdata)
f = open("%s/%s" % (self.ticketsdir, t.ip), "w")
f.write(ticketdata)
f.close()
import ticket ticket1 = ticket.ticket(1000,"Beijing","Shanghai","2013-12-2","business class") print ticket1
#!/usr/bin/python # -*- coding: utf-8 -*- import time import datetime from ticket import ticket from user import user from event import event from otQuery import otQuery currticket = ticket() currticket.title = 'Ceci est un test ticket' currticket.category = '1154755' currticket.description = 'test description' currticket.create() currticket.title = 'test de changement de titre2' print currticket.title print currticket.id currticket.creationdate = datetime.datetime.now() print currticket.creationdate currticket = ticket.get(currticket.id) print currticket.creationdate print 'ticket created, deleting in 2 secs' time.sleep(2) currticket.delete() filter = 'internal-issues-group-all' variables = [['username', 'LeBourg Julien']]
detectors = []
svm_filenames = [
"detector-dad.svm", "detector-girl.svm", "detector-woman.svm",
"detector-man.svm"
]
for f in svm_filenames:
obj_detector = dlib.fhog_object_detector(f)
detectors.append(obj_detector)
video_capture = cv2.VideoCapture(0)
video_capture.set(cv2.CAP_PROP_FRAME_WIDTH, FRAME_WIDTH)
video_capture.set(cv2.CAP_PROP_FRAME_HEIGHT, FRAME_HEIGHT)
time.sleep(1)
t = ticket()
startTime = time.time()
def httpGet(contents):
if HTTP:
urllib2.urlopen(HOST + '/id/' + contents)
def sayit(contents):
if VOICE:
subprocess.Popen(['say', contents])
if DEBUG:
print('say:' + contents)
def ticket():
tickets.ticket()
return
