static void op_MOD_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t a = cs_pop(cs);
int16_t b = cs_pop(cs);
int16_t out = b != 0 ? a % b : 0;
cs_push(cs, out);
}
static void op_MUL_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
int32_t r = cs_pop(cs);
r *= cs_pop(cs);
if (r > INT16_MAX) r = INT16_MAX;
if (r < INT16_MIN) r = INT16_MIN;
cs_push(cs, (int16_t)r);
}
static void op_TI_IN_MAP_get(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
uint8_t output = cs_pop(cs);
int16_t bottom = cs_pop(cs);
int16_t top = cs_pop(cs);
TXSend(TI, TI_IN_TOP, output, top, true);
TXSend(TI, TI_IN_BOT, output, bottom, true);
}
static void op_MAX_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t a, b;
a = cs_pop(cs);
b = cs_pop(cs);
if (a > b)
cs_push(cs, a);
else
cs_push(cs, b);
}
static void mod_L_func(scene_state_t *ss, exec_state_t *es, command_state_t *cs,
tele_command_t *sub_command) {
int16_t a = cs_pop(cs);
int16_t b = cs_pop(cs);
int16_t loop_size = a < b ? b - a : a - b;
for (int16_t i = 0; i <= loop_size; i++) {
ss->variables.i = a < b ? a + i : a - i;
process(es, sub_command);
}
}
static void op_LIM_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t a, b, i;
i = cs_pop(cs);
a = cs_pop(cs);
b = cs_pop(cs);
if (i < a)
cs_push(cs, a);
else if (i > b)
cs_push(cs, b);
else
cs_push(cs, i);
}
static void op_M_set(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t m = cs_pop(cs);
if (m < METRO_MIN_MS) m = METRO_MIN_MS;
ss->variables.m = m;
tele_metro_updated();
}
static void op_RAND_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t a = cs_pop(cs);
if (a == -1)
cs_push(cs, 0);
else
cs_push(cs, rand() % (a + 1));
}
static void mod_IF_func(scene_state_t *NOTUSED(ss), exec_state_t *es,
command_state_t *cs, tele_command_t *sub_command) {
es->if_else_condition = false;
if (cs_pop(cs)) {
es->if_else_condition = true;
process(es, sub_command);
}
}
static void op_WRAP_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t a, b, i, c;
i = cs_pop(cs);
a = cs_pop(cs);
b = cs_pop(cs);
if (a < b) {
c = b - a + 1;
while (i >= b) i -= c;
while (i < a) i += c;
}
else {
c = a - b + 1;
while (i >= a) i -= c;
while (i < b) i += c;
}
cs_push(cs, i);
}
static void op_TI_INIT_get(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
uint8_t end = cs_pop(cs) * 4;
uint8_t start = end - 3;
uint8_t i;
for (i = start; i <= end; i++) {
PRMInit(i);
INInit(i);
}
}
static void op_RRAND_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t a, b, min, max, range;
a = cs_pop(cs);
b = cs_pop(cs);
if (a < b) {
min = a;
max = b;
}
else {
min = b;
max = a;
}
range = max - min + 1;
if (range == 0)
cs_push(cs, a);
else
cs_push(cs, rand() % range + min);
}
static void op_poke_seed_i16(const void *data, scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t s = cs_pop(cs);
char *base = (char *)ss;
size_t offset = (size_t)data;
tele_rand_t *ptr = (tele_rand_t *)(base + offset);
ptr->seed = s;
random_seed(&ptr->rand, ptr->seed);
}
static void op_SEED_set(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
uint16_t s = cs_pop(cs);
for (u8 i = 0; i < RAND_STATES_COUNT; i++) {
tele_rand_t *r = &ss->rand_states.a[i];
r->seed = s;
random_seed(&r->rand, r->seed);
}
ss->variables.seed = s;
}
static void op_QT_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
// this rounds negative numbers rather than quantize (choose closer)
int16_t a, b, c, d, e;
b = cs_pop(cs);
a = cs_pop(cs);
if (a == 0) {
cs_push(cs, 0);
return;
}
c = b / a;
d = c * a;
e = (c + 1) * a;
if (abs(b - d) < abs(b - e))
cs_push(cs, d);
else
cs_push(cs, e);
}
void TXReceive(uint8_t model, command_state_t *cs, uint8_t mode, bool shift) {
// zero-index the output
uint8_t input = cs_pop(cs) - 1;
// send the port, device and address
uint8_t port = input & 3;
uint8_t device = input >> 2;
uint8_t address = model + device;
// inputs are numbered 0-7 for each device - shift is for the second half
// mode pushes it up so it can read quantized values and note numbers
port += (shift ? 4 : 0) + (mode << 3);
// tell the device what value you are going to query
uint8_t buffer[2];
buffer[0] = port;
tele_ii_tx(address, buffer, 1);
// now read the value
buffer[0] = 0;
buffer[1] = 0;
tele_ii_rx(address, buffer, 2);
int16_t value = (buffer[0] << 8) + buffer[1];
cs_push(cs, value);
}
static void op_FLIP_set(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
ss->variables.flip = cs_pop(cs) != 0;
}
void TXDeviceSet(uint8_t model, uint8_t command, command_state_t *cs) {
uint8_t output = DeviceToOutput(cs_pop(cs));
int16_t value = cs_pop(cs);
TXSend(model, command, output, value, true);
}
void*
resolve_thread( void *data )
{
method_list_t *m_list;
mc_t *mc;
cs_t *cs;
method_prototype method;
char *cs_dboid;
resolve_function res_func;
ev_queue_t *res_queue;
png_t *conf;
gen_t *g;
obj_t *obj;
conf = (png_t*) data;
res_queue = &conf->res_queue;
m_list = conf->m_list;
/* Set default resolve function */
res_func = &resolve;
printf( "[Resolve Thread] Started.\n" );
while( 1 )
{
/* locks the signal variable and wait */
/*
pthread_mutex_lock( conf->resolve_sig_lock );
pthread_cond_wait( conf->resolve_sig, conf->resolve_sig_lock );
pthread_mutex_unlock( conf->resolve_sig_lock );
*/
ev_queue_listen( res_queue );
/* Get what conflict set that send the signal */
cs_dboid = ev_queue_pop( res_queue );
cs = cs_list_find( &((png_t*)data)->cs_list, cs_dboid );
/* Fetch a generation that needs to be resolved */
g = cs_pop( cs );
if( g != NULL )
{
/* Fetch the object from the storage */
imdb_fetch( &conf->stable_db, "obj", (void*)&obj );
/* Perform some conflict resolution */
mc = res_func( g );
/* Fetch the function pointer */
method = method_list_find( m_list, mc->method_name );
/* Perform the method on the object */
method( obj, mc->params, mc->num_param );
/* Put the object back */
imdb_store( &conf->stable_db, "obj", obj, sizeof( obj_t ) );
printf( "Conflict resolved generation %d\n", g->num );
gen_free( g );
free( obj );
}
}
return NULL;
}
static void op_EZ_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
cs_push(cs, cs_pop(cs) == 0);
}
static void op_AVG_get(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *NOTUSED(es), command_state_t *cs) {
int32_t ret = (((int32_t)cs_pop(cs) * 2) + ((int32_t)cs_pop(cs) * 2)) / 2;
if (ret % 2) ret += 1;
cs_push(cs, (int16_t)(ret / 2));
}
static void op_TO_TR_INIT_get(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
TXCmd(TO, TO_TR_INIT, cs_pop(cs));
}
static void op_TO_M_SYNC_get(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
TXCmd(TO, TO_M_SYNC, DeviceToOutput(cs_pop(cs)));
}
static void op_TI_RESET_get(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
TXCmd(TI, TI_RESET, DeviceToOutput(cs_pop(cs)));
}
static void op_R_MAX_set(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
ss->variables.r_max = cs_pop(cs);
}
static void op_TI_IN_INIT_get(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
INInit(cs_pop(cs));
}
void cs_clear(CharStack *st){
while(st->curr > 0){
cs_pop(st);
}
}
static void op_I_set(const void *NOTUSED(data), scene_state_t *NOTUSED(ss),
exec_state_t *es, command_state_t *cs) {
es_variables(es)->i = cs_pop(cs);
}
static void op_LAST_get(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
int16_t script_number = cs_pop(cs) - 1;
int16_t last = ss_get_script_last(ss, script_number);
cs_push(cs, last);
}
static void op_DRUNK_set(const void *NOTUSED(data), scene_state_t *ss,
exec_state_t *NOTUSED(es), command_state_t *cs) {
ss->variables.drunk = cs_pop(cs);
}
