static void
init_stack (char *args)
{
int argc = 0;
char *argv[MAX_ARGS];
char *a;
char *args_str = str_copy (args); /* Destructively modify string */
while (*args_str != '\0')
{
/* Skip leading blanks */
while (*args_str == ' ' || *args_str == '\t') args_str++;
a = args_str; /* First non-blank char */
/* Find last non-blank, non-null char */
while (*args_str != ' ' && *args_str != '\t' && *args_str != '\0') args_str++;
/* Null terminate word */
if (a != args_str)
{
if (*args_str != '\0')
*args_str++ = '\0';
argv [argc++] = a; /* Set next argument to word */
if (MAX_ARGS == argc)
{
break; /* If too many, ignore rest of list */
}
}
}
initialize_run_stack (argc, argv);
}
void
initialize_stack(const char *command_line)
{
//FIXME: eventually run for both or neither
int context = 0;
reg_image_t ®_image = reg_images[context];
int argc = 0;
char *argv[MAX_ARGS];
char *a;
char *args = str_copy((char*)command_line); /* Destructively modify string */
char *orig_args = args;
while (*args != '\0')
{
/* Skip leading blanks */
while (*args == ' ' || *args == '\t') args++;
/* First non-blank char */
a = args;
/* Last non-blank, non-null char */
while (*args != ' ' && *args != '\t' && *args != '\0') args++;
/* Terminate word */
if (a != args)
{
if (*args != '\0')
*args++ = '\0'; /* Null terminate */
argv[argc++] = a;
if (MAX_ARGS == argc)
{
break; /* If too many, ignore rest of list */
}
}
}
initialize_run_stack (argc, argv);
free (orig_args);
}
