PUBLIC char *lex_opsym(int sym)
{
char *s = lex_sym(sym);
switch (sym) {
case andSYM:
return " AND ";
case divSYM:
return " DIV ";
case eorSYM:
return " EOR ";
case inSYM:
return " IN ";
case modSYM:
return " MOD ";
case orSYM:
return " OR ";
case andthenSYM:
return " AND THEN ";
case orthenSYM:
return " OR THEN ";
}
return s;
}
PRIVATE void list_sym(char **buf, int sym)
{
list_text(buf, lex_sym(sym));
}
case SCOPE_OK:
*error = current;
break;
case SCOPE_NOMEM:
break;
case SCOPE_DUPLICATED:
*error = current == SCOPE_NOMEM ? SCOPE_NOMEM : SCOPE_DUPLICATED;
break;
}
}
const struct scope_builtin_const scope_builtin_consts[] = {
{
lex_sym("null"),
type(VPTR, 1),
},
{
lex_sym("true"),
type(U8, 1),
},
{
lex_sym("false"),
type(U8, 1),
},
};
static_assert(countof(scope_builtin_consts) == SCOPE_BCON_ID_COUNT, "");
