def setUp(self,logFile='log/bulletin.log'):
self.logger = Logger(logFile, 'DEBUG', 'Sub')
self.logger = self.logger.getLogger()
f = file('etc/ISAA51_CWXS_211500___60968:ncp1deb-bufr:CWXS:IS:3:ncpdeb_bufr:20120821150803')
self.stringBulletin = f.read()
f.close()
self.oneBulletin = bulletin(self.stringBulletin,self.logger,lineSeparator='\n')
def process( self ):
# setting current time
# it is very important to set this only once for the duration of the process
self.now = time.mktime(time.localtime())
# updating the collection state map
self.updateState(self.now)
# read it all
# NOTE : it is important not to restrict the reading
# so these lines don't use the batch option from config
self.reader.read()
self.logger.info("%d files in queue" % len(self.reader.sortedFiles))
# no files : call the collectionBuilder for empty primary collection...
if len(self.reader.sortedFiles) <= 0 :
self.collectionBuild(self.now)
return
# working variables
self.data = self.reader.getFilesContent()
self.files = self.reader.sortedFiles
# loop on all files
for index in range(len(self.data)):
# if the bulletin was already processed... skip it
if self.cacheManager.has( self.data[index] ) :
self.logger.info("File %s was cached earlier" % self.files[index] )
self.unlink(self.files[index])
continue
# bulletinCollection is a class to hold bulletin if it has to be collected
self.entry = CollectionEntry.CollectionEntry()
# generate bulletin, set its arrival, its age ... save it into a list
# TODO... if we have to set its arrival from clock than the file should
# be renamed with a few ":" and the arrival string date at the end
bulltin = bulletin.bulletin(self.data[index],self.logger)
try : bulltin.setArrivalStr(self.files[index].split(':')[6])
except : bulltin.setArrivalEp (self.now)
bulltin.compute_Age(self.now)
# check if bulletin and all its date are ok
if bulltin.errorBulletin != None or \
bulltin.arrival == None or bulltin.emission == None or \
bulltin.delay == None or bulltin.age == None or \
bulltin.ep_arrival == -1 or bulltin.ep_emission == -1 :
self.logger.warning("File %s had a problem...(most probably date)" % self.files[index] )
self.unlink(self.files[index])
continue
# put info in bulletinCollection entry
self.entry.path = self.files[index]
self.entry.data = self.data[index]
self.entry.bulletin = bulltin
self.entry.header = bulltin.getHeader().split()
self.entry.type = bulltin.getType()
self.entry.BBB = bulltin.getBBB()
self.entry.station = bulltin.getStation()
self.entry.dictkey = self.entry.header[0] + ' ' + self.entry.header[1]
self.entry.statekey = self.entry.header[0] + '_' + self.entry.header[1] + '_' + self.entry.header[2]
# info initialize and set later
self.entry.sourceidx = -1
self.entry.period = -1
# check if the bulletin is defined in the collection_station dictionnary
if not self.conformWithStationDictionary( ) : continue
# check if the bulletin is defined in the collecteur's configuration
if not self.conformWithSourceConfig( ) : continue
# check if the bulletin is not in conflict with its collection state
self.addToCollectionState( index )
# all files are classified... build collections if needed
# saving the collection state map if needed
self.collectionBuild(self.now)
from bulletin import bulletin
from commitment import commitment
import random
import json
if __name__ == '__main__':
#prevoting
numVoters = raw_input('Enter the number of voters: ')
numVoters = int(numVoters)
candDict = {}
i = 0
with open('candidates', 'r') as f:
for line in f:
i += 1
candDict[i] = line.strip()
preBulletin = bulletin(numVoters, len(candDict))
preBulletin.writeToFile('dummyvotes.txt')
dummyIndices = preBulletin.getIndices()
dummyVotes = preBulletin.getVotes()
#voting
for voter in range(numVoters):
print
idnum = raw_input('Enter your receipt id number: ')
receipt = {}
proof = {}
choice = raw_input(
'Enter the number corresponding with your candidate: ')
choice = int(choice)
freshvote = random.randint(1, 1000000)
print('Your random number is {}'.format(freshvote))
def process(self):
# setting current time
# it is very important to set this only once for the duration of the process
self.now = time.mktime(time.localtime())
# updating the collection state map
self.updateState(self.now)
# read it all
# NOTE : it is important not to restrict the reading
# so these lines don't use the batch option from config
self.reader.read()
self.logger.info("%d files in queue" % len(self.reader.sortedFiles))
# no files : call the collectionBuilder for empty primary collection...
if len(self.reader.sortedFiles) <= 0:
self.collectionBuild(self.now)
return
# working variables
self.data = self.reader.getFilesContent()
self.files = self.reader.sortedFiles
# loop on all files
for index in range(len(self.data)):
# if the bulletin was already processed... skip it
if self.cacheManager.has(self.data[index]):
self.logger.info("File %s was cached earlier" %
self.files[index])
self.unlink(self.files[index])
continue
# bulletinCollection is a class to hold bulletin if it has to be collected
self.entry = CollectionEntry.CollectionEntry()
# generate bulletin, set its arrival, its age ... save it into a list
# TODO... if we have to set its arrival from clock than the file should
# be renamed with a few ":" and the arrival string date at the end
bulltin = bulletin.bulletin(self.data[index], self.logger)
try:
bulltin.setArrivalStr(self.files[index].split(':')[6])
except:
bulltin.setArrivalEp(self.now)
bulltin.compute_Age(self.now)
# check if bulletin and all its date are ok
if bulltin.errorBulletin != None or \
bulltin.arrival == None or bulltin.emission == None or \
bulltin.delay == None or bulltin.age == None or \
bulltin.ep_arrival == -1 or bulltin.ep_emission == -1 :
self.logger.warning(
"File %s had a problem...(most probably date)" %
self.files[index])
self.unlink(self.files[index])
continue
# put info in bulletinCollection entry
self.entry.path = self.files[index]
self.entry.data = self.data[index]
self.entry.bulletin = bulltin
self.entry.header = bulltin.getHeader().split()
self.entry.type = bulltin.getType()
self.entry.BBB = bulltin.getBBB()
self.entry.station = bulltin.getStation()
self.entry.dictkey = self.entry.header[
0] + ' ' + self.entry.header[1]
self.entry.statekey = self.entry.header[
0] + '_' + self.entry.header[1] + '_' + self.entry.header[2]
# info initialize and set later
self.entry.sourceidx = -1
self.entry.period = -1
# check if the bulletin is defined in the collection_station dictionnary
if not self.conformWithStationDictionary(): continue
# check if the bulletin is defined in the collecteur's configuration
if not self.conformWithSourceConfig(): continue
# check if the bulletin is not in conflict with its collection state
self.addToCollectionState(index)
# all files are classified... build collections if needed
# saving the collection state map if needed
self.collectionBuild(self.now)
