class ElectionResultsTest(unittest.TestCase):
def setUp(self):
self.results = ElectionResults('electiondata.py')
def testVotes(self):
self.results.load()
votes = self.results.votes()
#Check that the first state is correct
#Check with teacher why this syntax is incorrect (and object oriented.py)
assert all_votes[0] == 212930
class ElectionResultsTest(unittest.TestCase):
def setUp(self):
self.results = ElectionResults('election_results_test_file.csv')
def testLoad(self):
self.results.load()
assert self.results!=None
assert self.results.file!=None
def testStates(self):
self.results.load()
names = self.results.states()
assert len(names)==2
assert names[0]=='Alaska'
assert names[1]=='Alabama'
class ElectionResultsTest(unittest.TestCase):
def setUp(self):
self.results = ElectionResults("election_results_test_file.csv")
def testLoad(self):
self.results.load()
assert self.results != None
assert self.results.file != None
def testStateCount(self):
self.results.load()
state_count = self.results.state_count()
assert state_count == 2
def testStates(self):
self.results.load()
names = self.results.states()
assert len(names) == 2
assert names[0] == "Alaska"
assert names[1] == "Alabama"
class ElectionResultsTest(unittest.TestCase):
def setUp(self):
self.results = ElectionResults('election_results_test_file.csv')
def testLoad(self):
self.results.load()
assert self.results is not None
assert self.results.file is not None
assert len(self.results.all_lines) > 0
def testStateCount(self):
self.results.load()
state_count = self.results.state_count()
assert state_count == 2
def testStates(self):
self.results.load()
names = self.results.states()
assert len(names) == 2
assert names[0] == 'Alaska'
assert names[1] == 'Alabama'
class ElectionResultsTest(unittest.TestCase):
def setUp(self):
self.results = ElectionResults('election_results_test_file.csv')
def testLoad(self):
self.results.load()
assert self.results is not None
assert self.results.file is not None
assert len(self.results.all_lines) > 0
def testStateCount(self):
self.results.load()
state_count = self.results.state_count()
assert state_count==2
def testStates(self):
self.results.load()
names = self.results.states()
assert len(names)==2
assert names[0]=='Alaska'
assert names[1]=='Alabama'
from electiondata import ElectionResults
url = 'http://www.archives.gov/federal-register/electoral-college/2012/popular-vote.html'
results = ElectionResults(url)
results.load()
state_names = results.states()
print results.pretty_json()
print "done ("+str(results.state_count())+" lines)"
# Print out all the state names from the csv
# Coded in the "object-oriented" style
from electiondata import ElectionResults
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
results.load()
print "Opened file:"
state_names = results.states()
for state in state_names:
print " "+state
print "done ("+str(results.state_count())+" lines)"
print "total number of votes: " + str(results.ObamaVotes() + results.RoVotes())
# Verify that we can open and read the election results CSV correctly
# Print out all the state names from the csv
# Coded in the "object-oriented" style
from electiondata import ElectionResults
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
results.load()
print "Opened file:"
state_names = results.states()
for state in state_names:
print " "+state
print "done ("+str(results.state_count())+" lines)"
# Print out all the state names from the csv
# Showing an "event-driven" style
from electiondata import ElectionResults
import sys
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
while True:
command = raw_input('Enter your input (1 to load, 2 to print, 3 to quit):')
if command=="1":
results.load();
print "Loaded ("+str(results.state_count())+" lines)"
elif command=="2":
state_names = results.states()
for state in state_names:
print " "+state
elif command=="3":
print "bye!"
sys.exit()
else:
print "Uknown command :-("
class ElectionResultsTest(unittest.TestCase):
def setUp(self):
self.results = ElectionResults('election_results_test_file.csv')
def testLoad(self):
self.results.load()
assert self.results!=None
assert self.results.file!=None
def testStateCount(self):
self.results.load()
state_count = self.results.state_count()
assert state_count==3
def testStates(self):
self.results.load()
names = self.results.states()
assert len(names)==3
assert names[1]=='Alaska'
assert names[2]=='Alabama'
def testObama(self):
self.results.load()
obamavotes = self.results.get_obama_votes()
assert len(obamavotes)==3
def testRomney(self):
self.results.load()
romneyvotes = self.results.get_romney_votes()
assert len(romneyvotes)==3
# Print out all the state names from the csv
# Coded in the "object-oriented" style
from electiondata import ElectionResults
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
results.load()
print "Opened file:"
state_names = results.states()
for state in state_names:
print " "+state
print "done ("+str(results.state_count())+" lines)"
results.addCandidates()
results.addTotalVotes()
candidates = results.candidates
for cand in candidates:
print cand + ": " + str(results.totalVotes[cand])
# Print out all the state names from the csv
# Showing an "event-driven" style
from electiondata import ElectionResults
import sys
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
while True:
command = raw_input('Enter your input (1 to load, 2 to print, 3 to quit):')
if command=="1":
results.load();
print "Loaded ("+str(results.state_count())+" lines)"
elif command=="2":
state_names = results.states()
for state in state_names:
print " "+state
elif command=="3":
print "bye!"
sys.exit()
else:
print "Uknown command :-("
def setUp(self):
self.results = ElectionResults('election_results_test_file.csv')
# Print out all the state names from the csv
# Coded in the "object-oriented" style
from electiondata import ElectionResults
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
results.load()
print "Opened file:"
state_names = results.states()
for state in state_names:
print " "+state
print "Total votes for 2012 elections: " + str(results.VotesObama() + results.VotesRomney())
print "done ("+str(results.state_count())+" lines)"
# Election Results module
# Coded in the "object-oriented" style
from electiondata import ElectionResults
state_arr[], obama_tot=0, romney_tot=0,
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
results.load()
function state_names() {
state_arr[]=results.states()
return state_arr
}
print "done ("+str(results.state_count())+" lines)"
# print total votes per candidate
# Verify that we can open and read the election results CSV correctly
# Print out all the state names from the csv
# Showing an "event-driven" style
from electiondata import ElectionResults
import sys
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
while True:
command = raw_input('Enter your input (1 to view total votes for each, 2 to compare by state, 3 to quit):')
if command=="1":
results.load();
print "Obama total:",results.obamaVotes()
print "Romney total:",results.romneyVotes()
elif command=="2":
results.load();
results.compare_bystate()
elif command=="3":
print "bye!"
sys.exit()
else:
print "Uknown command :-("
# Print out all the state names from the csv
# Coded in the "object-oriented" style
from electiondata import ElectionResults
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
results.load()
print "Opened file:"
print ""
print "Total Votes"
print ""
state_names = results.states()
for state in state_names:
print " "+state
print ""
print "done ("+str(results.state_count())+" states)"
print ""
print all_votes[0]
def testEvaluateWinner(self): self.results.load() totalvotes = self.results.candidate_count() winner = ElectionResults.evaluate_winner(totalvotes.C1votes, totalvotes.C2votes) assert winner==2
# Verify that we can open and read the election results CSV correctly
class ElectionResultsTest(unittest.TestCase):
def setUp(self):
self.results = ElectionResults('/Users/harishnk/mas500/Programming-Style-Examples/election_results_test_file.csv')
def testload(self):
self.results.load()
assert self.results!=None
assert self.results.file!=None
def testStateCount(self):
self.results.load()
state_count = self.results.state_count()
assert state_count>=2
def testStates(self):
self.results.load()
all_names = []
all_names = self.results.states()
assert len(all_names)==2
assert all_names[0]=='Alaska'
assert all_names[1]=='Alabama'
def testCandidateCount(self):
self.results.load()
totalvotes = self.results.candidate_count()
assert totalvotes.C1votes==885316
assert totalvotes.C2votes==1373687
def testEvaluateWinner(self):
self.results.load()
totalvotes = self.results.candidate_count()
winner = ElectionResults.evaluate_winner(totalvotes.C1votes, totalvotes.C2votes)
assert winner==2
def setUp(self):
self.results = ElectionResults('electiondata.py')
def setUp(self):
self.results = ElectionResults('/Users/harishnk/mas500/Programming-Style-Examples/election_results_test_file.csv')
def setUp(self):
self.results = ElectionResults('election_results_test_file.csv')
# Print out all the state names from the csv
# Coded in the "object-oriented" style
from electiondata import ElectionResults
filename = '2012_US_election_state.csv'
results = ElectionResults(filename)
results.load()
print "Opened file:"
# state_names = results.states()
# for state in state_names:
# print " "+state
obama = results.get_votes("obama")
romney = results.get_votes("romney")
print " The number of votes for Obama across all states are: "+str(obama)
print " The number of votes for Romney across all states are: "+str(romney)
