int lex_json(const char *input, struct lexer *lexer, struct lexer_result *result)
{
int res = LEX_OK;
static void* dispatch_table[] = {
&&state_base, &&state_string, &&state_number, &&state_true,
&&state_false, &&state_null
};
#define DISPATCH() { \
if (!(lexer->position < lexer->length && lexer->result_num < lexer->result_limit && res == 0)) \
return res; \
goto *dispatch_table[lexer->current_state];\
}
DISPATCH();
state_base:
res = handle_base(input, lexer, result);
DISPATCH();
state_string:
res = handle_string(input, lexer, result);
DISPATCH();
state_number:
res = handle_number(input, lexer, result);
DISPATCH();
state_true:
res = handle_ident(input, lexer, "true", RES_TRUE, result);
DISPATCH();
state_false:
res = handle_ident(input, lexer, "false", RES_FALSE, result);
DISPATCH();
state_null:
res = handle_ident(input, lexer, "null", RES_NULL, result);
DISPATCH();
return res;
}
int main (int argc, char *argv[]) {
flume_status_tc status;
x_handle_tc h, t;
char *token;
/* Create a new handle */
status = flume_new_handle (&h, HANDLE_OPT_DEFAULT_ADD | HANDLE_OPT_PERSISTENT,
"testhandle");
if (status) {
printf ("error creating new handle\n");
exit (1);
}
printf ("new handle is %llx\n", h);
t = handle_construct (HANDLE_OPT_PERSISTENT |
CAPABILITY_SUBTRACT |
HANDLE_OPT_DEFAULT_ADD, h);
status = flume_make_login (t, 0, 0, &token);
printf ("random token is: %s\n", token);
if (status) {
printf ("error making login\n");
exit (1);
}
printf ("Stage 1 O label: ");
x_label_tc *lab = label_alloc (0);
flume_get_label (lab, LABEL_O);
label_print (stdout, lab);
label_free (lab);
fprintf (stderr, "\n");
/* Get rid of our capability */
status = flume_shrink_label (LABEL_O, h);
printf ("shrink_label: return code %d\n", status);
printf ("Stage 2 O label: ");
lab = label_alloc (0);
flume_get_label (lab, LABEL_O);
label_print (stdout, lab);
label_free (lab);
fprintf (stderr, "\n");
status = flume_req_privs (t, token);
printf ("Stage 4 O label: ");
lab = label_alloc (0);
flume_get_label (lab, LABEL_O);
label_print (stdout, lab);
label_free (lab);
fprintf (stderr, "\n");
t = handle_construct (HANDLE_OPT_PERSISTENT | HANDLE_OPT_DEFAULT_ADD, handle_base (h));
status = flume_expand_label (LABEL_S, t);
printf ("expand_label: return code %d\n", status);
printf ("Stage 4 S label: ");
lab = label_alloc (0);
flume_get_label (lab, LABEL_S);
label_print (stdout, lab);
label_free (lab);
fprintf (stderr, "\n");
return 0;
}
