def main():
print(
"1. View total votes in the U.S. for every election year from 2000 to 2016."
)
print(
"2. Compares the number of votes and percentages for Republicans and Democrats for any state from 2000-2016"
)
print(
"3. View the top 5 Republican states in either the 2012 or 2016 elections"
)
print(
"4. View the top 5 Democrat states in either the 2012 or 2016 elections"
)
print("5. View Florida's Republican votes from 1976-2016")
print("6. View Florida's Democrat votes from 1976-2016")
print(
"7. View a color-coded map of the 2016 U.S. Presidential Election results"
)
print("8. View third party votes in the U.S. from 1976-2016")
choice = int(input("Choose one option (ex: 1) "))
if choice == 1:
print(P1.total_votes())
P1.total_votes_map()
elif choice == 2:
state_input = input("Type in a state (ex: District of Columbia) ")
print(P2.compare_votes(state_input))
P2.compare_votes_map(state_input)
elif choice == 3:
year = int(
input("Choose an election year. Type in either 2012 or 2016: "))
if year == 2012:
print(P3.rep_states2012())
P3.rep_states_2012_plot()
elif year == 2016:
print(P3.rep_states2016())
P3.rep_states_2016_plot()
elif choice == 4:
year = int(
input("Choose an election year. Type in either 2012 or 2016: "))
if year == 2012:
print(P3.dem_states2012())
P3.dem_states_2012_plot()
elif year == 2016:
print(P3.dem_states2016())
P3.dem_states_2016_plot()
elif choice == 5:
print(P4.fl_repvotes())
P4.florida_rep_votes_plot()
elif choice == 6:
print(P4.fl_demvotes())
P4.florida_dem_votes_plot()
elif choice == 7:
print(P6.us_map_2016())
elif choice == 8:
print(P7.total_non_rd())
P7.total_non_rd_map()
else:
main()
def test_mix2(self):
entrada = ["come", "HoLa", "come", "bien", "bien", "bien"]
salida = {"hola": 1, "come": 2, "bien": 3}
self.assertEqual(salida, P7.cuenta_palabras(entrada))
def test_mix(self):
entrada = ["hola", "HoLa", "BYE"]
salida = {"hola": 2, "bye": 1}
self.assertEqual(salida, P7.cuenta_palabras(entrada))
def test_mayusc(self):
entrada = ["HOLA", "HOLA", "BIEN"]
salida = {"hola": 2, "bien": 1}
self.assertEqual(salida, P7.cuenta_palabras(entrada))
def test_minusc(self):
entrada = ["hola", "hola", "bien"]
salida = {"hola": 2, "bien": 1}
self.assertEqual(salida, P7.cuenta_palabras(entrada))
def test_vacio(self):
entrada = []
salida = {}
self.assertEqual(salida, P7.cuenta_palabras(entrada))
if l_sPath not in os.environ['PATH']:
os.environ['PATH'] += os.pathsep + l_sPath
os.environ['P7_BIN'] = l_sPath
import P7
#-------------------------------------------------------------------------------
#registering P7 client - transport engine. Every client can handle up to 32
#individual channels (telemetry, trace).
#You may do it once for many scripts running as single program, or create
#many clients with unique names and reuse them by trace or telemetry channels.
#Creating it one you can reuse it from different modules.
#N.B.: information about argument string parameters is located in documentation
P7.Register_Client(
P7.UTF(u"MyClient"),
P7.UTF(
u"/P7.Addr=localhost /P7.Sink=Auto /P7.Pool=8192 /P7.Name=PytonExample"
))
#-------------------------------------------------------------------------------
#creating telemetry channel or getting already created one (by name)
#Client with name "MyClient" have to be created before
l_cTel = P7.Get_Telemetry_Channel(P7.UTF(u"MyTelemetry"), P7.UTF(u"MyClient"))
#create 2 telemetry counters
bId1 = l_cTel.Create(P7.UTF(u"MyCounter1"), 0, 1000, 950, 950, 1)
bId2 = l_cTel.Create(P7.UTF(u"MyCounter2"), 0, 1000, 950, 950, 1)
#deliver telemetry samples
for num in range(0, 10000):
l_cTel.Add(bId1, num % 1000)