void m2comm_device::check_vint_irq()
{
#ifndef M2COMM_SIMULATION
#else
comm_tick();
#endif
}
void s32comm_device::check_vint_irq()
{
#ifndef __S32COMM_SIMULATION__
#else
comm_tick();
#endif
}
void m1comm_device::check_vint_irq()
{
#ifndef __M1COMM_SIMULATION__
if (m_syn & 0x02)
{
m_commcpu->set_input_line_and_vector(0, HOLD_LINE, 0xef);
#ifdef __M1COMM_VERBOSE__
printf("m1comm-INT5\n");
#endif
}
#else
comm_tick();
#endif
}
static void *COMM_UDP_thread_func(void *arg) {
DBG(D_COMM, D_DEBUG, "COMM UDP eth rx thread started\n");
time last_tick = SYS_get_time_ms();
while (TRUE) {
u16_t len;
while (ETH_SPI_state() != ETH_UP) {
DBG(D_COMM, D_DEBUG, "COMM UDP eth not up, sleep\n");
OS_thread_sleep(1000);
}
if (ETH_SPI_state() == ETH_UP) {
bool pkt = ETH_SPI_read(ecomm.rx_frame, &len, 100);
if (ETH_SPI_state() != ETH_UP) {
DBG(D_COMM, D_DEBUG, "COMM UDP eth down while waiting for frame\n");
continue;
} else {
if (pkt) {
// got packet, handle it
bool fin = FALSE;
int res = R_COMM_OK;
int i = 0;
DBG(D_COMM, D_DEBUG, "COMM UDP rx frame, len %i\n", len);
while (i < len - UDP_DATA_P && !fin && res == R_COMM_OK) {
res = ecomm.driver.phy.up_rx_f(&ecomm.driver, ecomm.rx_frame[i + UDP_DATA_P],
(unsigned char*)&fin);
i++;
}
DBG(D_COMM, D_DEBUG, "COMM UDP rx frame comm stack res:%i fin:%i\n", res, fin);
}
// check if tick is needed
if (SYS_get_time_ms() - last_tick >= COMM_RESEND_TICK(0) / 2) {
last_tick = SYS_get_time_ms();
//DBG(D_COMM, D_DEBUG, "COMM UDP eth rx tmo, tick\n");
comm_tick(&ecomm.driver, COMM_cb_get_tick_count());
}
} // if eth still is up
} // if eth is up
} // while true
return NULL ;
}
