void test1_Entry(WORD16 wState, WORD16 wSignal, void *pSignalPara, void *pVarP)
{
g_test1_cnt ++;
printf("test1 Entry cnt=%d\n",g_test1_cnt);
PID* ptReceiver = NULL;
switch(wSignal)
{
case EV_STARTUP:
{
printf("test1 Recv EV_STARTUP\n");
SendTestMsg(1003,Proc_Type_Test3);
break;
}
case 2001:
{
ptReceiver = (PID*)pSignalPara;
printf("Pno=0x%x Recv msg:%d\n",ptReceiver->wPno,wSignal);
break;
}
case 3001:
{
ptReceiver = (PID*)pSignalPara;
printf("Pno=0x%x Recv msg:%d\n",ptReceiver->wPno,wSignal);
SendTestMsg(1004,Proc_Type_Test4);
break;
}
case 4001:
{
ptReceiver = (PID*)pSignalPara;
printf("Pno=0x%x Recv msg:%d\n",ptReceiver->wPno,wSignal);
SendTestMsg(1003,Proc_Type_Test3);
break;
}
}
SetNextPCBState(S_StartUp);
return;
}
void EnetClient::Run(void)
{
Connect();
loop_running_ = true;
while (loop_running_)
{
// send test msg every 50 milliseconds
{
static uint64_t last_send_test_msg_time = 0;
const uint64_t cur_time = iclock64();
if ( (cur_time - last_send_test_msg_time) > SEND_TEST_MSG_INTERVAL )
{
last_send_test_msg_time = ( cur_time - (cur_time % SEND_TEST_MSG_INTERVAL) );
SendTestMsg();
}
}
RunLoopOnce();
}
}
