def addSubject(self):
while True:
print self.table
zipDToStr = lambda vals: ", ".join(
map(lambda (i, s): "%d. %s" % (i, s), vals))
vals = lambda timar: zip(range(len(timar.keys())), timar.keys())
timar = self.getCourses()
print "Hvað fagi viltu bæta við ('q' til að hætta)?"
f*g = None
while f*g not in self.courseDict:
f*g = raw_input("F*g: ")
if f*g == 'q':
return self.table
if f*g in self.courseDict:
break
else:
print "F*g ekki til, reyndu aftur ('q' til að hætta)"
pars = parser(self.courseDict[f*g])
self.table = pars.toTable(self.table)
if i%2 == 0:
nargs.append(arg)
else:
colors.append(arg)
args = map(lambda arg: dic[arg],nargs)
args = zip(args,colors)
if options.intable:
loadname = options.intable
tafla = table.load(loadname)
if options.editMode:
ed = editor(tafla,dic)
tafla = ed.edit()
else:
for (path,litur) in args:
pars = parser(path,litur)
tafla = pars.toTable(tafla)
if not options.outname:
tafla.save(loadname)
with open(loadname[:len(loadname)-2] + '.html', 'w') as f:
f.write(tafla.generatePage())
else:
if len(args) > 0:
pars = parser(args[0][0], args[0][1])
tafla = pars.toTable(title = options.title, heading = options.heading)
for (path,litur) in args[1:]:
pars = parser(path,litur)
tafla = pars.toTable(tafla)
if not options.outname:
ed = editor(table(),dic)
tafla = ed.edit()
