return false;
}
+/* Look up ARG in the enum used by option OPT_INDEX for language
+ LANG_MASK, returning true and storing the value in *VALUE if found,
+ and returning false without modifying *VALUE if not found. */
+
+bool
+opt_enum_arg_to_value (size_t opt_index, const char *arg, int *value,
+ unsigned int lang_mask)
+{
+ const struct cl_option *option = &cl_options[opt_index];
+
+ gcc_assert (option->var_type == CLVC_ENUM);
+
+ return enum_arg_to_value (cl_enums[option->var_enum].values, arg,
+ value, lang_mask);
+}
+
/* Look of VALUE in ENUM_ARGS for language LANG_MASK and store the
corresponding string in *ARGP, returning true if the found string
was marked as canonical, false otherwise. If VALUE is not found
const char *opt_text = option->opt_text;
if (value == 0
- && !(option->flags & CL_REJECT_NEGATIVE)
+ && !option->cl_reject_negative
&& (opt_text[1] == 'W' || opt_text[1] == 'f' || opt_text[1] == 'm'))
{
char *t = XNEWVEC (char, option->opt_len + 5);
if (arg)
{
if ((option->flags & CL_SEPARATE)
- && !(option->flags & CL_SEPARATE_ALIAS))
+ && !option->cl_separate_alias)
{
decoded->canonical_option[0] = opt_text;
decoded->canonical_option[1] = arg;
/* Reject negative form of switches that don't take negatives as
unrecognized. */
- if (!value && (option->flags & CL_REJECT_NEGATIVE))
+ if (!value && option->cl_reject_negative)
{
opt_index = OPT_SPECIAL_unknown;
errors |= CL_ERR_NEGATIVE;
warn_message = option->warn_message;
/* Check to see if the option is disabled for this configuration. */
- if (option->flags & CL_DISABLED)
+ if (option->cl_disabled)
errors |= CL_ERR_DISABLED;
/* Determine whether there may be a separate argument based on
whether this option is being processed for the driver, and, if
so, how many such arguments. */
separate_arg_flag = ((option->flags & CL_SEPARATE)
- && !((option->flags & CL_NO_DRIVER_ARG)
+ && !(option->cl_no_driver_arg
&& (lang_mask & CL_DRIVER)));
separate_args = (separate_arg_flag
- ? ((option->flags & CL_SEPARATE_NARGS_MASK)
- >> CL_SEPARATE_NARGS_SHIFT) + 1
+ ? option->cl_separate_nargs + 1
: 0);
joined_arg_flag = (option->flags & CL_JOINED) != 0;
argument to be persistent until the program exits. */
arg = argv[extra_args] + cl_options[opt_index].opt_len + 1 + adjust_len;
- if (*arg == '\0' && !(option->flags & CL_MISSING_OK))
+ if (*arg == '\0' && !option->cl_missing_ok)
{
if (separate_arg_flag)
{
/* Is this option an alias (or an ignored option, marked as an alias
of OPT_SPECIAL_ignore)? */
if (option->alias_target != N_OPTS
- && (!(option->flags & CL_SEPARATE_ALIAS) || have_separate_arg))
+ && (!option->cl_separate_alias || have_separate_arg))
{
size_t new_opt_index = option->alias_target;
/* The new option must not be an alias itself. */
gcc_assert (new_option->alias_target == N_OPTS
- || (new_option->flags & CL_SEPARATE_ALIAS));
+ || new_option->cl_separate_alias);
if (option->neg_alias_arg)
{
gcc_assert (option->alias_arg != NULL);
gcc_assert (arg == NULL);
+ gcc_assert (!option->cl_negative_alias);
if (value)
arg = option->alias_arg;
else
{
gcc_assert (value == 1);
gcc_assert (arg == NULL);
+ gcc_assert (!option->cl_negative_alias);
arg = option->alias_arg;
}
+ if (option->cl_negative_alias)
+ value = !value;
+
opt_index = new_opt_index;
option = new_option;
if (value == 0)
- gcc_assert (!(option->flags & CL_REJECT_NEGATIVE));
+ gcc_assert (!option->cl_reject_negative);
/* Recompute what arguments are allowed. */
separate_arg_flag = ((option->flags & CL_SEPARATE)
- && !((option->flags & CL_NO_DRIVER_ARG)
+ && !(option->cl_no_driver_arg
&& (lang_mask & CL_DRIVER)));
joined_arg_flag = (option->flags & CL_JOINED) != 0;
- if (separate_args > 1 || (option->flags & CL_SEPARATE_NARGS_MASK))
+ if (separate_args > 1 || option->cl_separate_nargs)
gcc_assert (separate_args
- == ((option->flags & CL_SEPARATE_NARGS_MASK)
- >> CL_SEPARATE_NARGS_SHIFT) + 1);
+ == (unsigned int) option->cl_separate_nargs + 1);
if (!(errors & CL_ERR_MISSING_ARG))
{
if (separate_arg_flag || joined_arg_flag)
{
- if ((option->flags & CL_MISSING_OK) && arg == NULL)
+ if (option->cl_missing_ok && arg == NULL)
arg = "";
gcc_assert (arg != NULL);
}
gcc_assert (warn_message == NULL);
warn_message = option->warn_message;
}
- if (option->flags & CL_DISABLED)
+ if (option->cl_disabled)
errors |= CL_ERR_DISABLED;
}
}
if (!option_ok_for_language (option, lang_mask))
errors |= CL_ERR_WRONG_LANG;
+ /* Convert the argument to lowercase if appropriate. */
+ if (arg && option->cl_tolower)
+ {
+ size_t j;
+ size_t len = strlen (arg);
+ char *arg_lower = XNEWVEC (char, len + 1);
+
+ for (j = 0; j < len; j++)
+ arg_lower[j] = TOLOWER ((unsigned char) arg[j]);
+ arg_lower[len] = 0;
+ arg = arg_lower;
+ }
+
/* If the switch takes an integer, convert it. */
- if (arg && (option->flags & CL_UINTEGER))
+ if (arg && option->cl_uinteger)
{
value = integral_argument (arg);
if (value == -1)
unsigned int n, i;
struct cl_decoded_option *opt_array;
unsigned int num_decoded_options;
- bool argv_copied = false;
opt_array = XNEWVEC (struct cl_decoded_option, argc);
num_decoded_options++;
}
- if (argv_copied)
- free (argv);
*decoded_options = opt_array;
*decoded_options_count = num_decoded_options;
prune_options (decoded_options, decoded_options_count);
lang_mask, kind, loc,
handlers, dc))
return false;
- else
- handlers->post_handling_callback (decoded,
- handlers->handlers[i].mask);
}
return true;
break;
case CLVC_EQUAL:
- *(int *) flag_var = (value
- ? option->var_value
- : !option->var_value);
+ if (option->cl_host_wide_int)
+ *(HOST_WIDE_INT *) flag_var = (value
+ ? option->var_value
+ : !option->var_value);
+ else
+ *(int *) flag_var = (value
+ ? option->var_value
+ : !option->var_value);
if (set_flag_var)
*(int *) set_flag_var = 1;
break;
case CLVC_BIT_CLEAR:
case CLVC_BIT_SET:
if ((value != 0) == (option->var_type == CLVC_BIT_SET))
- *(int *) flag_var |= option->var_value;
+ {
+ if (option->cl_host_wide_int)
+ *(HOST_WIDE_INT *) flag_var |= option->var_value;
+ else
+ *(int *) flag_var |= option->var_value;
+ }
else
- *(int *) flag_var &= ~option->var_value;
+ {
+ if (option->cl_host_wide_int)
+ *(HOST_WIDE_INT *) flag_var &= ~option->var_value;
+ else
+ *(int *) flag_var &= ~option->var_value;
+ }
if (set_flag_var)
- *(int *) set_flag_var |= option->var_value;
+ {
+ if (option->cl_host_wide_int)
+ *(HOST_WIDE_INT *) set_flag_var |= option->var_value;
+ else
+ *(int *) set_flag_var |= option->var_value;
+ }
break;
case CLVC_STRING:
return *(int *) flag_var != 0;
case CLVC_EQUAL:
- return *(int *) flag_var == option->var_value;
+ if (option->cl_host_wide_int)
+ return *(HOST_WIDE_INT *) flag_var == option->var_value;
+ else
+ return *(int *) flag_var == option->var_value;
case CLVC_BIT_CLEAR:
- return (*(int *) flag_var & option->var_value) == 0;
+ if (option->cl_host_wide_int)
+ return (*(HOST_WIDE_INT *) flag_var & option->var_value) == 0;
+ else
+ return (*(int *) flag_var & option->var_value) == 0;
case CLVC_BIT_SET:
- return (*(int *) flag_var & option->var_value) != 0;
+ if (option->cl_host_wide_int)
+ return (*(HOST_WIDE_INT *) flag_var & option->var_value) != 0;
+ else
+ return (*(int *) flag_var & option->var_value) != 0;
case CLVC_STRING:
case CLVC_ENUM:
case CLVC_BOOLEAN:
case CLVC_EQUAL:
state->data = flag_var;
- state->size = sizeof (int);
+ state->size = (cl_options[option].cl_host_wide_int
+ ? sizeof (HOST_WIDE_INT)
+ : sizeof (int));
break;
case CLVC_BIT_CLEAR:
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