def _customcmd_apply_args(self, cmd_lines, args_str):
try:
args = kpu.cmdline_split(args_str)
except:
traceback.print_exc()
return cmd_lines
final_cmd_lines = []
for cmdline in cmd_lines:
try:
arg0 = kpu.cmdline_split(cmdline)[0]
resolved_arg0 = kpu.shell_resolve_exe_path(arg0)
if resolved_arg0 is not None:
arg0 = resolved_arg0
except:
traceback.print_exc()
return cmd_lines
start_pos = 0
while True:
rem = self.REGEX_PLACEHOLDER.search(cmdline, start_pos)
if not rem:
break
placeholder = rem.group(1)
if placeholder in ("*", "args"):
args_str = args_str.strip()
cmdline = cmdline[0:rem.start()] + args_str + cmdline[rem.end():]
start_pos = rem.start() + len(args_str)
elif placeholder in ("q*", "qargs"):
if not len(args):
cmdline = cmdline[0:rem.start()] + cmdline[rem.end():]
start_pos = rem.start()
else:
quoted_args = kpu.cmdline_quote(args, force_quote=True)
cmdline = cmdline[0:rem.start()] + quoted_args + cmdline[rem.end():]
start_pos = rem.start() + len(quoted_args)
else:
force_quote = False
if placeholder[0] == "q":
force_quote = True
placeholder = placeholder[1:]
arg_idx = int(placeholder)
if arg_idx == 0:
quoted_arg = kpu.cmdline_quote(arg0, force_quote=force_quote)
else:
arg_idx = arg_idx - 1
quoted_arg = kpu.cmdline_quote(
args[arg_idx] if arg_idx < len(args) else "",
force_quote=force_quote)
cmdline = cmdline[0:rem.start()] + quoted_arg + cmdline[rem.end():]
start_pos = rem.start() + len(quoted_arg)
final_cmd_lines.append(cmdline)
return final_cmd_lines
def convert(self, data):
return (kpu.cmdline_quote(data), )