def main():
logs = ''
args = get_args()
maze, functions = parser.parse_file(args.file)
args.file.close()
cars = run.create_cars(maze, Car)
if args.debug: out.init()
try:
while cars:
if args.debug:
out.output(maze, cars, logs, args.no_colors)
maze, cars = run.move_cars(maze, cars)
maze, cars, new_logs = run.car_actions(maze,
cars,
functions,
debug=args.debug)
if args.debug:
if new_logs:
logs = out.log_lines(logs + new_logs, args.log_length)
time.sleep(1 / args.fps)
else:
print(new_logs, end='')
finally:
if args.debug: out.end()
def main():
logs = ''
args = get_args()
maze, functions = parser.parse_file(args.file)
args.file.close()
cars = run.create_cars(maze, Car)
if args.debug: out.init()
try:
while cars:
if args.debug:
out.output(maze, cars, logs, args.no_colors)
maze, cars = run.move_cars(maze, cars)
maze, cars, new_logs = run.car_actions(maze, cars, functions, debug=args.debug)
if args.debug:
if new_logs:
logs = out.log_lines(logs + new_logs, args.log_length)
time.sleep(1 / args.fps)
else:
print(new_logs, end='')
finally:
if args.debug: out.end()
def regDeputado(numId):
url = 'http://dadosabertos.almg.gov.br/ws/deputados/'+str(numId)+'?formato=json'
registroDeputado = []
registroDeputado = getData(url)["deputado"]
#print "\n\tRedes Sociais\n"
# output("saida.out", "\n\tRedes Sociais\n")
# dicio = {}
for redeSoc in registroDeputado["redesSociais"]:
print "\t\t", redeSoc["redeSocial"]["nome"], "-", redeSoc["url"]
# dicio.update({redeSoc["redeSocial"]["nome"]:redeSoc["url"]})
# saida = "\t\t"+redeSoc["redeSocial"]["nome"]+" - "+redeSoc["url"]+"\n"
# output("saida.out", saida.encode('utf-8'))
saida = "\t\t{\n\t\t\"redeSocial\": {\n\t\t\t\"nome\": \""+redeSoc["redeSocial"]["nome"]+"\",\n\t\t\t\"url\": \""+redeSoc["url"]+"\",\n\t\t},\n\t}"
output("teste.out", saida.encode('utf-8'))
def infoDeputado(status):
cont = 0
if status == 1:
listaDeputado = []
listaDeputado = getData('http://dadosabertos.almg.gov.br/ws/deputados/situacao/1?formato=json')["list"]
lista = []
dicio = {"lista":lista}
for deputado in listaDeputado:
print deputado["nome"], "-", deputado["partido"]
# saida = deputado["nome"]+" - "+deputado["partido"]
# output("saida.out", saida.encode('utf-8'))
# lista.append(regDeputado(deputado["id"])
saida = "{\n\t\"nome\": \""+deputado["nome"]+"\",\n\t\"partido\": \""+deputado["partido"]+"\",\n\t\"redesSociais\": ["
output("teste.out", saida.encode('utf-8'))
regDeputado(deputado["id"])
saida = "\t],\n},\n"
output("teste.out", saida.encode('utf-8'))
# verbaDeputado(deputado["id"])
print dicio["lista"]
"-=") == -1 and x.find("==") == -1 and x.find(
">=") == -1 and x.find("<=") == -1 and x.find("!=") == -1:
make = initialise.main(x)
file1.write(make)
# For adding something to variables
elif x.find("+=") != -1:
makea = increment.main(x)
file1.write(makea)
#For loop making
elif x.find("for") != -1:
makeb = fori.main(x)
a = f"{makeb[0]} {makeb[1]}{makeb[2]} {makeb[3]} {makeb[4]} {makeb[5]}\n"
file1.write(a) #Writing
#Printing
elif x.find("print") != -1:
makec = out.output(x)
file1.write(makec)
#Printing with vars
elif "," in x and "print" in x:
maked = harder.main(x)
file1.write(maked)
elif x.find("-=") != -1:
makee = increment.decrement(x)
file1.write(makee)
elif x.find("while") != -1:
makef = fori.whileloop(x)
file1.write(makef)
elif x.find("if") != -1 and x.find("elif") == -1:
makeg = increment.ifstatement(x) + "\nTHEN\n"
file1.write(makeg)
elif x.find("elif") != -1:
def gendeps():
import optparse
parser = optparse.OptionParser()
opts, args = parser.parse_args()
if not args:
args = ['.']
for arg in args:
fn = realpath(arg)
if not exists(fn):
parser.error("Filename '%s' does not exist." % fn)
inroots = find_roots(args, def_ignores)
sys.path = inroots + sys.path
inroots = frozenset(inroots)
allfiles = defaultdict(set)
allerrors = []
processed_files = set()
fiter = iterate_files(args, def_ignores, False)
while 1:
newfiles = set()
for fn in fiter:
if fn in processed_files:
continue
processed_files.add(fn)
if is_python(fn):
files, errors = find_dependencies(fn, 0, True, None)
allerrors.extend(errors)
else:
files = []
if basename(fn) == '__init__.py':
fn = dirname(fn)
from_ = relfile(fn, def_ignores)
if from_ is None:
continue
infrom = from_[0] in inroots
allfiles[from_].add((None, None))
for dfn in files:
xfn = dfn
if basename(xfn) == '__init__.py':
xfn = dirname(xfn)
to_ = relfile(xfn, def_ignores)
into = to_[0] in inroots
allfiles[from_].add(to_)
newfiles.add(dfn)
if not (None and newfiles):
break
else:
fiter = iter(sorted(newfiles))
output(allfiles)
for key, value in sorted_val.items():
for i in range(0, len(value)):
output_list.append([key, value[i][0]])
print(output_list)
file_name = input(
"Please enter the name of relevance file, you can also input the address of file:"
)
relevant = open(file_name, "r") # This snippet reads the "relevent.txt file"
r_line = relevant.readline()
r_data = dict()
while r_line:
x = []
x = r_line.split(
) #We take input line for line and split the values of query and document.
if int(x[0]) not in r_data:
k = [int(x[1])]
r_data.update({int(x[0]): k})
else:
r_data[int(x[0])].append(int(x[1]))
r_line = relevant.readline()
recall_denom = [
] # This is to caluculate the number of relevant documents for each query.
for key, value in r_data.items():
recall_denom.append(len(value))
o.output(r_data, sorted_val, recall_denom,
10) #Following give the answer to all the questions asked
o.output(r_data, sorted_val, recall_denom, 50)
o.output(r_data, sorted_val, recall_denom, 100)
o.output(r_data, sorted_val, recall_denom, 500)