void setup_macro(struct macro_head *h, int arity, struct pnode *parms)
{
if (enforce_arity(arity, list_length(h->parms))) {
/* push table for the marco parms */
state.stTopDefines = push_symbol_table(state.stTopDefines,
state.case_insensitive);
/* Now add the macro's declared parameter list to the new
defines table. */
if (arity > 0) {
struct pnode *pFrom, *pFromH;
struct pnode *pTo, *pToH;
struct symbol *sym;
pTo = parms;
for (pFrom = h->parms; pFrom; pFrom = TAIL(pFrom)) {
pToH = HEAD(pTo);
pFromH = HEAD(pFrom);
assert(pFromH->tag == symbol);
arg_index = 0;
arg_buffer[0] = '\0';
node_to_string(pToH);
sym = add_symbol(state.stTopDefines, pFromH->value.symbol);
annotate_symbol(sym, strdup(arg_buffer));
pTo = TAIL(pTo);
}
}
state.next_state = state_macro;
state.next_buffer.macro = h;
state.lst.line.linetype = none;
}
}
static gpasmVal do_tstf(gpasmVal r,
const char *name,
int arity,
struct pnode *parms)
{
if (enforce_arity(arity, 1)) {
do_insn("movf", add_symbol_constant(parms, 1));
}
return r;
}
void setup_macro(struct macro_head *h, int arity, struct pnode *parms)
{
if (enforce_arity(arity, list_length(h->parms))) {
/* push table for the marco parms */
state.stTopDefines = push_symbol_table(state.stTopDefines,
state.case_insensitive);
/* Now add the macro's declared parameter list to the new
defines table. */
if (arity > 0) {
struct pnode *pFrom, *pFromH;
struct pnode *pTo, *pToH;
struct symbol *sym;
char buffer[BUFSIZ];
pTo = parms;
for (pFrom = h->parms; pFrom; pFrom = TAIL(pFrom)) {
pToH = HEAD(pTo);
pFromH = HEAD(pFrom);
assert(pFromH->tag == symbol);
sym = add_symbol(state.stTopDefines, pFromH->value.symbol);
/* must convert the parm to a plain string, this will allow
subsitutions of labels and strings */
if (pToH->tag == symbol) {
annotate_symbol(sym, strdup(pToH->value.symbol));
} else if (pToH->tag == string) {
sprintf(buffer, "\"%s\"", pToH->value.string);
annotate_symbol(sym, strdup(buffer));
} else {
int value = maybe_evaluate(pToH);
if (value < 0)
sprintf(buffer, "-%#x", -value);
else
sprintf(buffer, "%#x", value);
annotate_symbol(sym, strdup(buffer));
}
pTo = TAIL(pTo);
}
}
state.next_state = _macro;
state.next_buffer.macro = h;
state.lst.line.linetype = none;
}
}
static gpasmVal do_negf(gpasmVal r,
const char *name,
int arity,
struct pnode *parms)
{
if ((arity == 1) || (arity == 2)) {
do_insn("comf", add_symbol_constant(parms, 1));
do_insn("incf", parms);
} else {
enforce_arity(arity, 2);
}
return r;
}
static gpasmVal do_mode(gpasmVal r,
const char *name,
int arity,
struct pnode *parms)
{
if (enforce_arity(arity, 1)) {
struct pnode* val = HEAD(parms);
if ((val->tag == PTAG_CONSTANT) && (val->value.constant > 0x1f)) {
gpvwarning(GPW_RANGE, NULL);
val->value.constant &= 0x1f;
}
do_insn("movlw", parms);
do_insn("movwm", NULL);
}
return r;
}
