def testSave(self):
import datetime
from numpy import random as random
import itertools
from pCalendar.UserCal import CalEvent,Calendar
cald = Calendar("UnitTester")
cald.events = self.events
#create a fresh learner:
learnTst = Learner("unitTest-" + str( random.randint(1,10000)))
message = MessDef.NetMess(messType="COMMIT", recipient="127.0.0.1", accNum=1, accVal = cald)
learnTst.gotCommit(message)
self.createdFiles.append(learnTst.fn)
## check that file exists now:
assert(os.path.isfile(learnTst.fn))
def testLoad(self):
import datetime
from numpy import random as random
import itertools
from pCalendar.UserCal import CalEvent,Calendar
cald = Calendar("UnitTester")
cald.events = self.events
#create a fresh learner:
message = MessDef.NetMess(messType="COMMIT", recipient="127.0.0.1", accNum=1, accVal = cald)
lrnID = "unitTest-" + str( random.randint(1,10000))
learnTst = Learner(lrnID)
learnTst.gotCommit(message)
loadLrn = Learner(lrnID)
self.createdFiles.append(learnTst.fn)
self.createdFiles.append(loadLrn.fn)
print("OP is {}, learned is {}".format(cald,loadLrn.currentCal) )
assert(cald == loadLrn.currentCal)
def setUp(self):
from pCalendar.UserCal import CalEvent,Calendar
from numpy import random as rnd
self.messageTypes = ["PROPOSE", "PROMISE", "ACCEPT", "COMMIT", "ACK"]
self.recips = ["127.0.0.1", "192.168.1.1"]
self.senders = ["127.0.0.1", "192.168.1.1"]
self.m = [1,2,3,4,5]
self.accNums = [1,2,3,4,5]
createCE(self)
self.cals = []
for i in range(0,5):
cal = Calendar("UnitTester" + str(i))
rnd.shuffle(self.events)
cal.events = self.events
self.cals.append(cal)
##create some messages
self.messagesWithValue = []
self.messagesNoValue = []
for i in range(0,5):
self.messagesWithValue.append(self.createMessage(""))
self.messagesNoValue.append(self.createMessage(None))
def setUp(self):
import datetime
from numpy import random as random
import itertools
from pCalendar.UserCal import CalEvent,Calendar
self.numAcceptors = 2
numAcceptors = self.numAcceptors
startDates = []
endDates = []
fns = ["bob", "john", "ringo", "Paul", "Conan", "Mike"]
lns = ["Mario", "Luigi", "Walker", "LaQuarius", "Edmond", "Aadams"]
rnks = ["pleb", "midLevel", "CEO"]
self.events = []
fullNames = [fns, lns]
self.employeeList = []
for list in itertools.product(*fullNames):
self.employeeList.append(list)
# going to use about 50% overlap events for test:
startD = 1
startE = 4
for _ in range((int(len(self.employeeList) / 2))):
startDates.append(datetime.datetime(2016, 1, startD,
random.randint(1, 10),
random.randint(1, 5),
random.randint(1, 50)))
endDates.append(datetime.datetime(2016, 1, startE,
random.randint(1, 10),
random.randint(1, 5),
random.randint(1, 50)))
startD += 1
startE += 1
for _ in range((len(self.employeeList))):
sd = (self.wrd())
startDates.append(sd)
endDates.append(sd + datetime.timedelta(5))
for i in range(len(self.employeeList)):
self.events.append(CalEvent(startDates[i], endDates[i], self.employeeList[i][0],
self.employeeList[i][1], random.choice(rnks), "NONE"))
self.startDates = startDates
self.endDates = endDates
self.createdFiles = []
self.calendars = []
for i in range(1,10):
cal = Calendar(str(i))
np.random.shuffle( self.events)
cal.cal = self.events
self.calendars.append(cal)
##Messages
self.messageTypes = ["PROPOSE", "PROMISE", "ACCEPT", "COMMIT", "ACK"]
self.recips =self.getRvrs() # [ipa() for i in range(0,numAcceptors)]
self.senders = copy.deepcopy(self.recips)
self.m = [1,2,3,4,5]
self.accNums = [1,2,3,4,5]
r = self.recips[0]
s = self.senders[0]
self.messages = {}
self.messages["PREPARE"] = MessDef.NetMess(messType="PREPARE",recipient=self.recips[0],sender=self.recips[1])
self.messages["ACCEPT"] = MessDef.NetMess(messType="ACCEPT", recipient=self.recips[0],sender=self.recips[1])
self.messages["COMMIT"] = MessDef.NetMess(messType="COMMIT", recipient=self.recips[0],sender=self.recips[1])
self.srvr = FakeServer(self.recips)
self.acceptors = {}
for client in self.recips:
self.acceptors[client] = paxos.Acceptor.Acceptor(outQ=self.srvr.outQ(client), inQ=self.srvr.inQ(client),
thisIP=client)