def array_range(interpreter, space, args):
start = args[0].get_value()
finish = args[1].get_value()
assert(isint(start))
assert(isint(finish))
array = [space.wrap(number) for number
in range(start.get_int(), finish.get_int()+1)]
return space.wrap(array)
def array_range(args):
start = args[0]
finish = args[1]
assert(isint(start))
assert(isint(finish))
array = W_Array()
i = 0
for number in range(start.get_int(), finish.get_int()+1):
array.put(W_IntObject(i), W_IntObject(number))
i += 1
return array
def array_range(space, args):
start = args[0].get_value()
finish = args[1].get_value()
assert(isint(start))
assert(isint(finish))
array = W_Array()
i = 0
for number in range(start.get_int(), finish.get_int()+1):
array.put(newint(i), newint(number))
i += 1
return array
def str_repeat(args):
string = args[0]
repeat = args[1]
assert(isstr(string))
assert(isint(repeat))
repeated = string.str() * repeat.get_int()
return W_StringObject(repeated)
def str_repeat(interpreter, space, args):
string = args[0].get_value()
repeat = args[1].get_value()
assert(isstr(string))
assert(isint(repeat))
repeated = string.str() * repeat.get_int()
return space.wrap(repeated)
def str_repeat(space, args):
string = args[0].get_value()
repeat = args[1].get_value()
assert(isstr(string))
assert(isint(repeat))
repeated = string.str() * repeat.get_int()
return newstring(repeated)
def number_format(interpreter, space, args):
number = args[0].get_value()
assert(isfloat(number))
positions = args[1].get_value()
assert(isint(positions))
number = number.to_number()
positions = positions.get_int()
return space.wrap(formatd(number, "f", positions))
def number_format(args):
number = args[0]
positions = args[1]
assert(isint(positions))
number = number.to_number()
positions = positions.get_int()
formatted = str(formatd(number, "f", positions))
return W_StringObject(formatted)
def number_format(space, args):
number = args[0].get_value()
assert(isfloat(number))
positions = args[1].get_value()
assert(isint(positions))
number = number.to_number()
positions = positions.get_int()
formatted = str(formatd(number, "f", positions))
return newstring(formatted)
def dechex(args):
number = args[0]
assert(isint(number))
return W_StringObject(hex(number.get_int()))
def dechex(interpreter, space, args):
number = args[0].get_value()
assert(isint(number))
return space.wrap(unicode(hex(number.get_int())))
def dechex(space, args):
number = args[0].get_value()
assert(isint(number))
return newstring(hex(number.get_int()))
