def runTests(self):
# for each election, run with openmmv and openstv and print results
if self.file:
files = [self.file]
else:
files = os.listdir(self.path)
if self.randomize: random.shuffle(files)
self.diff = {}
self.times = {}
cur = 0
for file in files:
if cur < self.max and file[-4:].lower() == ".blt":
print "Processing file: %s..." % file
msg = ""
b = ballots.Ballots()
loader = BltBallotLoader()
loader.load(b,self.path+file)
s, sdelta = self.runSTV(self.path + file,b)
m2, m2delta = self.runMMV2(self.path + file,b)
msg += "======================================\n"
msg += "Election file: %s\n" % file
msg += "%s\n" % s
msg += "%s\n\n" % m2
#print msg
self.times[file] = (sdelta, m2delta)
if s[3:] != m2[3:]:
self.diff[file] = msg
cur += 1
print "Files with differing results:"
for _, msg in sorted(self.diff.items()):
print msg
print "\nTimings (in milliseconds):\nFilename\tSTV time\tMMV time"
print "========================================================"
for t in sorted(self.times.keys()):
s, m2 = self.times[t]
print "%s\t\t%4.3f\t\t%4.3f" % (t, s, m2)
def runTests(self):
# for each election, run with openmmv and openstv and print results
if self.file:
files = [self.file]
else:
files = os.listdir(self.path)
if self.randomize: random.shuffle(files)
self.diff = {}
self.times = {}
cur = 0
for file in files:
if cur < self.max and file[-4:].lower() == ".blt":
print "Processing file: %s..." % file
msg = ""
b = ballots.Ballots()
loader = BltBallotLoader()
loader.load(b, self.path + file)
s, sdelta = self.runSTV(self.path + file, b)
m2, m2delta = self.runMMV2(self.path + file, b)
msg += "======================================\n"
msg += "Election file: %s\n" % file
msg += "%s\n" % s
msg += "%s\n\n" % m2
#print msg
self.times[file] = (sdelta, m2delta)
if s[3:] != m2[3:]:
self.diff[file] = msg
cur += 1
print "Files with differing results:"
for _, msg in sorted(self.diff.items()):
print msg
print "\nTimings (in milliseconds):\nFilename\tSTV time\tMMV time"
print "========================================================"
for t in sorted(self.times.keys()):
s, m2 = self.times[t]
print "%s\t\t%4.3f\t\t%4.3f" % (t, s, m2)
def __init__(self, fName=""):
BltBallotLoader.__init__(self, fName)
self.fName = fName
def __init__(self, fName=""): BltBallotLoader.__init__(self,fName) self.fName = fName