symentry_t * EiC_nxtTemp(int obj, int level)
{
symentry_t *sym;
char tmpName[50];
sprintf(tmpName,"%s%d","__TeMp",NumTemps);
/* There should be no need to watch out for change of level !!!!
* It will be assumed that the compound statement routine will
* handle it.
*/
sym = EiC_insertLUT(EiC_work_tab,tmpName,obj);
NumTemps++;
CurTemp++;
if(sym->val.ival == -1) /* needs a home */
EiC_stackit(sym,level);
/* Setting up the token information is left
* to the caller of this routine.
*/
sym->level = level;
return sym;
}
static symentry_t *add_eicfunc(char *name, int (*func) ())
{
symentry_t *sym;
sym = EiC_insertLUT(eic_tab, name, t_eic);
sym->level = 1;
sym->val.func = func;
return sym;
}
symentry_t *EiC_add_builtinfunc(char *name, val_t(*vfunc) ())
{
symentry_t *sym;
sym = EiC_insertLUT(stand_tab, name, ID);
EiC_freetype(sym->type);
sym->level = 1;
sym->val.vfunc = vfunc;
sym->type = EiC_addtype(t_builtin,NULL);
return sym;
}
static void success(int ival)
{
int i, size;
size = (int) (lex_curpos - lex_lastpos);
memcpy(EiC_LEXEM, &lex_buff[lex_lastpos], size);
EiC_LEXEM[size] = '\0';
if (Lseen) size--;
if (Useen) size--;
if (Fseen) size--;
Hseen = 0;
switch (ival) {
case ID:
if ((token->Tok = EiC_iskeyword(cwords, EiC_LEXEM,
sizeof(cwords) / sizeof(keyword_t))) == 0)
{
if(size > 64) //maks: avoid crash when enter a very long identifier
{
EiC_error("Identifier is too large");
return;
}
token->Tok = ID;
/* search for id in various name spaces */
if ((token->Val.sym = EiC_lookup(EiC_work_tab, EiC_LEXEM)) == NULL)
if(bCanInsertSymbol) token->Val.sym = EiC_insertLUT(EiC_work_tab, EiC_LEXEM, ID); //maks
if (token->Val.sym)
if (token->Val.sym->sclass == c_typedef)
token->Tok = TYPENAME;
}
break;
case OCTAL:
if (Fseen)
EiC_error("Declaration syntax error");
for (lexival = 0, i = 0; i < size; i++)
lexival = lexival * 8 + getoct(EiC_LEXEM[i]);
Hseen = 1;
setintval();
break;
case HEX:
for (lexival = 0, i = 2; i < size; i++)
lexival = lexival * 16 + gethex(EiC_LEXEM[i]);
Hseen = 1;
setintval();
break;
case TOKEN_INT:
for (lexival = 0, i = 0; i < size; i++)
lexival = lexival * 10 + EiC_LEXEM[i] - '0';
setintval();
break;
case TOKEN_FLOAT:
if (Useen)
EiC_error("Declaration syntax error");
lexfval = atof(EiC_LEXEM);
setfloatval();
break;
case RELOP:
case MISC:
break;
}
}