def main():
M_91 = M_func(100, 11, 10)
# TEST
is_ok(M_91.calc(101), 91, "M[91](101) == 91")
# TEST
is_ok(M_91.calc(91), 91, "M[91](91) == 91")
# TEST
ok(M_91.calc_F() == [91], "calc_F")
# TEST
ok(M_91.calc_SF() == long(91), "calc_SF")
# TEST
eq_ok(S_func(10, 10).calc(), long(225), "S(10,10)")
# TEST
eq_ok(S_func(1000, 1000).calc(), long(208724467), "S(1000,1000)")
def main():
M_91 = M_func(100, 11, 10)
# TEST
is_ok(M_91.calc(101), 91, "M[91](101) == 91")
# TEST
is_ok(M_91.calc(91), 91, "M[91](91) == 91")
# TEST
ok(M_91.calc_F() == [91], "calc_F")
# TEST
ok(M_91.calc_SF() == long(91), "calc_SF")
# TEST
eq_ok(S_func(10, 10).calc(), long(225), "S(10,10)")
# TEST
eq_ok(S_func(1000, 1000).calc(), long(208724467), "S(1000,1000)")
def input_cmd_line(self, name, cmd_line_args):
last_arg = c_int()
error_string = c_char_p()
known_params = c_char_p(None)
opened_files_dir = create_string_buffer(32001)
diag("opened_files_dir = <%s>" % opened_files_dir)
if False: # (platform.system() == 'Windows'):
import sys
sys.exit(1)
cmd_line_args_tuple = tuple(cmd_line_args)
prefix = 'freecell_solver_user_cmd_line'
func = 'parse_args_with_file_nesting_count'
self.fcs[prefix + '_' + func](
self.user, # instance
len(cmd_line_args), # argc
((c_char_p * len(cmd_line_args))(
*tuple(bytes(s, 'UTF-8') for s in cmd_line_args_tuple)
)), # argv
0, # start_arg
byref(known_params), # known_params
None, # callback
None, # callback_context
byref(error_string), # error_string
byref(last_arg), # last_arg
c_int(-1), # file_nesting_count
opened_files_dir
)
# TEST:$input_cmd_line++;
is_ok(last_arg.value, len(cmd_line_args),
name + " - assign weights - processed two arguments")
