void __fastcall TJvNTEventLogMainForm::btnRefreshClick(TObject *Sender)
{
if( ListBox1->ItemIndex > -1)
{
ReadEvents();
}
}
bool JSInput::GetJSInput(JSData_t& js_data)
{
if(!ReadEvents())
{
//std::cout << "Failed to read events from joystick device <" << js_dev_ << ">" << std::endl;
return false;
}
js_data = js_data_;
return true;
}
wxThread::ExitCode wxIOCPThread::Entry()
{
wxLogTrace(wxTRACE_FSWATCHER, "[iocp] Started IOCP thread");
// read events in a loop until we get false, which means we should exit
while ( ReadEvents() );
wxLogTrace(wxTRACE_FSWATCHER, "[iocp] Ended IOCP thread");
return (ExitCode)0;
}
void __fastcall TJvNTEventLogMainForm::ListBox1Click(TObject *Sender)
{
if( ListBox1->ItemIndex > -1)
{
JvNTEventLog1->Active = false;
JvNTEventLog1->Log = ListBox1->Items->Strings[ListBox1->ItemIndex];
JvNTEventLog1->Source = ListBox1->Items->Strings[ListBox1->ItemIndex];
JvNTEventLog1->Active = true;
ReadEvents();
}
}
void GprsState(){
//OUTD("nState:%d\r\n",nSTATE);
switch (nSTATE) {
case STATE_WAIT_CALLBACK:{
OUTNET("Waiting callback function...",NULL);
break;
}
case STATE_WAIT_GPRS:{
nSTATE = STATE_SET_APN;
OUTNET("GPRS network waiting for attach",NULL);
break;
}
case STATE_QUERY_NETWORKSTATUS:{
u8 ps_status;
s32 simcard;
s32 creg;
s32 cgreg;
u8 rssi;
u8 ber;
Ql_GetDeviceCurrentRunState(&simcard, &creg, &cgreg, &rssi, &ber);
if(simcard != 1 || creg != 1 || cgreg != 1){
//LOG("!SIMCARD:%d.CREG:%d.CGREG:%d.",simcard,creg,cgreg);
OUTNET("!SIMCARD:%d.CREG:%d.CGREG:%d.",simcard,creg,cgreg);
if (__simcard!=simcard) {
OUTD("Change SIM card state:%d",simcard);
LOG("Change SIM card state:%d",simcard);
__simcard=simcard;
}
if (__creg!=creg) {
OUTD("Change network registion:%d",creg);
LOG("Change network registion:%d",creg);
__creg=creg;
}
if (__cgreg!=cgreg) {
OUTD("Change GPRS Network registion:%d",cgreg);
LOG("Change GPRS registion:%d",cgreg);
__cgreg=cgreg;
}
if (__rssi!=rssi) {
OUTD("Change signal strength, unit in dBm:%d",rssi);
LOG("Change signal unit dBm:%d",rssi);
__rssi=rssi;
}
if (__ber!=ber) {
OUTD("Change bit error rate:%d",ber);
LOG("Change bit error:%d",ber);
__ber=ber;
}
}else{
_error = Ql_GprsNetworkGetState(0, NULL, &ps_status);
if(ps_status == 1)
{
nSTATE = STATE_SET_APN;
OUTNET(">GPRS network OK.Code:%d",ps_status);
//LOG(">GPRS network OK.Code:%d",ps_status);
}
else{
OUTNET("!GPRS network error code:%d",ps_status);
//LOG("!GPRS network error code:%d",ps_status);
}
}
break;
}
case STATE_TIME_SYNC:{
break;
}
case STATE_SET_APN:{
OUTD(">Try set APN:%s Login:%s Pass:%s",__settings.APN,__settings.User,__settings.Pass);
LOG(">Try set APN:",NULL);
_error=Ql_GprsAPNSet(0,(u8*)__settings.APN,(u8*)__settings.User,(u8*)__settings.Pass,CallBack_GprsAPNSet);
if (_error) {
nSTATE=STATE_WAIT_GPRS;
//OUTNET("!Error network set APN:%d",_error);
nSTATE=STATE_WAIT_CALLBACK;
}
else
{
nSTATE=STATE_WAIT_CALLBACK;
}
break;
}
case STATE_ACTIVE_PDP:{
nSTATE=STATE_WAIT_CALLBACK;
_error = Ql_GprsNetworkActive(0);
break;
}
case STATE_EST_SOCKET_CREATE:{
if (!__est_connection) {
__est_connector_socket = Ql_SocketCreate(0, SOC_TYPE_TCP);
if (__est_connector_socket>=0) {
nSTATE=STATE_SOCKET_CONNECT;
OUTD(">EST socket:OK",NULL);
//LOG(">EST socket:OK",NULL);
}
else{
nSTATE=STATE_EST_SOCKET_CREATE;
OUTD("!EST socket error:%d",__est_connector_socket);
LOG("!EST socket error:%d",__est_connector_socket);
}
}
break;
}
case STATE_SOCKET_CREATE:{
__http_socketID = Ql_SocketCreate(0, SOC_TYPE_TCP);
if (__http_socketID>=0) {
nSTATE=STATE_LISTEN;
OUTNET(">EST socket:OK",NULL);
//LOG(">EST socket:OK",NULL);
}
else{
nSTATE=STATE_QUERY_NETWORKSTATUS;
OUTNET("!EST socket error:%d",__http_socketID);
//LOG("!EST socket error:%d",__http_socketID);
}
break;
}
case STATE_LISTEN:{
s32 ret;
ret=Ql_SocketListen(__http_socketID,__local_ip_addr,80,5);
if (ret<0) {
OUTD("Error listen port:%d",ret);
LOG("Http port error:%d",ret);
nSTATE=STATE_LISTEN;
}
else{
OUTD("Listen port OK:",NULL);
LOG("Http port OK:",NULL);
//nSTATE=STATE_ING;
nSTATE=STATE_EST_SOCKET_CREATE;
client_socketId_init();
//OUTD("client_socketId_init OK:",NULL);
}
break;
}
case STATE_SOCKET_CONNECT:{
//QlSysTimer tmr;
/* u16 a_port=0;
s8 loc_socket=-1;*/
s32 err;
nSTATE=STATE_ING;
err=Ql_SocketConnect(__est_connector_socket,__settings.IP,__settings.TCP);
//if (err!=0) {
//OUTD("Error EST connect:%d",err);
//LOG("Error EST connect:%d",err);
//}
break;
}
case STATE_SOCKET_SEND:{
if (__toSend>0) {
OUTD("<Send message:num:%d",__numPacket);
LOG("<Send message:num:%d",__numPacket);
//__empty_msg=0;
Ql_SocketSend(__est_connector_socket, &__SendBuffer[0], __toSend);
//nSTATE=STATE_SOCKET_RECIVE;
nSTATE=STATE_ING;
Ql_StartGPTimer(TIME_WAIT_CONFIRM_MSG,CheckAnyMessage,NULL);
return;
}
else{
//__empty_msg += DEVICE_CYCLE;
if (CheckSendEmptyMessage())//(__empty_msg>__settings.TSend*TIME_SECOND)
{
// __empty_msg=0;
TrigerEvent(None,0,&__currentEvData);
__toSend=BuildEventMessage(0,&__currentEvData,1);
OUTD("<Time send empty message",NULL);
//LOG("<Time send empty msg",NULL);
Ql_SocketSend(__est_connector_socket, &__SendBuffer[0], __toSend);
Ql_StartGPTimer(TIME_WAIT_CONFIRM_MSG,CheckAnyMessage,NULL);
//nSTATE=STATE_SOCKET_RECIVE;
nSTATE=STATE_ING;
return;
}
}
ReadEvents();
break;
}
case STATE_EST_SOCKET_PAUSE:{
break;
}
case STATE_EST_SOCKET_CLOSE:{
OUTD("Close Est Tools connection",NULL);
LOG("Close Est connect",NULL);
nSTATE=STATE_EST_SOCKET_CREATE;
Ql_SocketClose(__est_connector_socket);
__est_connection=FALSE;
break;
}
case STATE_SOCKET_RECIVE:{
break;
}
}
}
int GetButtonsWizCaanoo( void )
{
int gpkey;
int key = 0;
read(gpiofd, &gpkey, 4);
#if defined(CAANOO)
ReadEvents( stickfd );
#else
// Use diagonals
if ((gpkey&GPH_UP_LEFT) && !((gpkey&GPH_UP) || (gpkey&GPH_LEFT))) {
gpkey=gpkey|GPH_UP;
gpkey=gpkey|GPH_LEFT;
}
if ((gpkey&GPH_UP_RIGHT) && !((gpkey&GPH_UP) || (gpkey&GPH_RIGHT))) {
gpkey=gpkey|GPH_UP;
gpkey=gpkey|GPH_RIGHT;
}
if ((gpkey&GPH_DOWN_LEFT) && !((gpkey&GPH_DOWN) || (gpkey&GPH_LEFT))) {
gpkey=gpkey|GPH_DOWN;
gpkey=gpkey|GPH_LEFT;
}
if ((gpkey&GPH_DOWN_RIGHT) && !((gpkey&GPH_DOWN) || (gpkey&GPH_RIGHT))) {
gpkey=gpkey|GPH_DOWN;
gpkey=gpkey|GPH_RIGHT;
}
// UP
if( GetButttonState( PRESSED, gpkey, GPH_UP ) ) { key = SDLK_u; newkeystatus[SDLK_UP] = keystatus[PCkey[SDLK_UP]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_UP ) ) { key = 0; newkeystatus[SDLK_UP] = keystatus[PCkey[SDLK_UP]]=0; }
// DOWN
if( GetButttonState( PRESSED, gpkey, GPH_DOWN ) ) { key = SDLK_d; newkeystatus[SDLK_DOWN] = keystatus[PCkey[SDLK_DOWN]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_DOWN ) ) { key = 0; newkeystatus[SDLK_DOWN] = keystatus[PCkey[SDLK_DOWN]]=0; }
// LEFT
if( GetButttonState( PRESSED, gpkey, GPH_LEFT ) ) { key = SDLK_l; newkeystatus[SDLK_LEFT] = keystatus[PCkey[SDLK_LEFT]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_LEFT ) ) { key = 0; newkeystatus[SDLK_LEFT] = keystatus[PCkey[SDLK_LEFT]]=0; }
// RIGHT
if( GetButttonState( PRESSED, gpkey, GPH_RIGHT ) ) { key = SDLK_r; newkeystatus[SDLK_RIGHT] = keystatus[PCkey[SDLK_RIGHT]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_RIGHT ) ) { key = 0; newkeystatus[SDLK_RIGHT] = keystatus[PCkey[SDLK_RIGHT]]=0; }
#endif
#if defined(CAANOO)
// ESC
if( GetButttonState( PRESSED, gpkey, GPH_HELP1 ) ) { key = SDLK_ESCAPE; newkeystatus[SDLK_ESCAPE] = keystatus[PCkey[SDLK_ESCAPE]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_HELP1 ) ) { key = 0; newkeystatus[SDLK_ESCAPE] = keystatus[PCkey[SDLK_ESCAPE]]=0; }
// Enter
if( GetButttonState( PRESSED, gpkey, GPH_PUSH ) ) { key = SDLK_RETURN; newkeystatus[SDLK_RETURN] = keystatus[PCkey[SDLK_RETURN]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_PUSH ) ) { key = 0; newkeystatus[SDLK_RETURN] = keystatus[PCkey[SDLK_RETURN]]=0; }
#endif
// ESC
if( GetButttonState( PRESSED, gpkey, GPH_START ) ) { key = SDLK_ESCAPE; newkeystatus[SDLK_ESCAPE] = keystatus[PCkey[SDLK_ESCAPE]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_START ) ) { key = 0; newkeystatus[SDLK_ESCAPE] = keystatus[PCkey[SDLK_ESCAPE]]=0; }
// Enter
if( GetButttonState( PRESSED, gpkey, GPH_SELECT ) ) { key = SDLK_RETURN; newkeystatus[SDLK_RETURN] = keystatus[PCkey[SDLK_RETURN]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_SELECT ) ) { key = 0; newkeystatus[SDLK_RETURN] = keystatus[PCkey[SDLK_RETURN]]=0; }
// Page Down
if( GetButttonState( PRESSED, gpkey, GPH_X ) ) { key = SDLK_x; newkeystatus[SDLK_PAGEUP] = keystatus[PCkey[SDLK_PAGEUP]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_X ) ) { key = 0; newkeystatus[SDLK_PAGEUP] = keystatus[PCkey[SDLK_PAGEUP]]=0; }
// Page Up
if( GetButttonState( PRESSED, gpkey, GPH_Y ) ) { key = SDLK_y; newkeystatus[SDLK_PAGEDOWN] = keystatus[PCkey[SDLK_PAGEDOWN]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_Y ) ) { key = 0; newkeystatus[SDLK_PAGEDOWN] = keystatus[PCkey[SDLK_PAGEDOWN]]=0; }
// Home
if( GetButttonState( PRESSED, gpkey, GPH_A ) ) { key = SDLK_a; newkeystatus[SDLK_HOME] = keystatus[PCkey[SDLK_HOME]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_A ) ) { key = 0; newkeystatus[SDLK_HOME] = keystatus[PCkey[SDLK_HOME]]=0; }
// End
if( GetButttonState( PRESSED, gpkey, GPH_B ) ) { key = SDLK_b; newkeystatus[SDLK_END] = keystatus[PCkey[SDLK_END]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_B ) ) { key = 0; newkeystatus[SDLK_END] = keystatus[PCkey[SDLK_END]]=0; }
// L
if( GetButttonState( PRESSED, gpkey, GPH_L ) ) { key = SDLK_l; newkeystatus[SDLK_LCTRL] = keystatus[PCkey[SDLK_LCTRL]]=1; }
else if ( GetButttonState( RELEASED, gpkey, GPH_L ) ) { key = 0; newkeystatus[SDLK_LCTRL] = keystatus[PCkey[SDLK_LCTRL]]=0; }
// R
if ( GetButttonState( PRESSED, gpkey, GPH_R ) )
{
key = SDLK_r;
weapon++;
if (weapon<0 || weapon>3)
weapon = 1;
switch( weapon )
{
case 1:
newkeystatus[SDLK_1] = keystatus[PCkey[SDLK_1]]=1;
break;
case 2:
newkeystatus[SDLK_2] = keystatus[PCkey[SDLK_2]]=1;
break;
case 3:
newkeystatus[SDLK_3] = keystatus[PCkey[SDLK_3]]=1;
break;
}
printf( "Weapon Change: %i\n", weapon );
}
else if ( GetButttonState( RELEASED, gpkey, GPH_R ) )
{
key = 0;
newkeystatus[SDLK_1] = keystatus[PCkey[SDLK_1]]=0;
newkeystatus[SDLK_2] = keystatus[PCkey[SDLK_2]]=0;
newkeystatus[SDLK_3] = keystatus[PCkey[SDLK_3]]=0;
}
#if defined(WIZ)
// Volume Up
if( (((oldgpkey & GPH_VOL_UP) == 0) && ((gpkey & GPH_VOL_UP)> 0)) ||
(((oldgpkey & GPH_VOL_UP) > 0) && ((gpkey & GPH_VOL_UP)> 0) && ((SDL_GetTicks() - ticksup) > VOLUME_TIME_RATE )) )
{
ticksup = SDL_GetTicks();
AdjustVolumeWiz(VOLUME_UP);
}
// Volume Down
if( (((oldgpkey & GPH_VOL_DOWN) == 0) && ((gpkey & GPH_VOL_DOWN)> 0)) ||
(((oldgpkey & GPH_VOL_DOWN) > 0) && ((gpkey & GPH_VOL_DOWN)> 0) && ((SDL_GetTicks() - ticksdown) > VOLUME_TIME_RATE )) )
{
ticksdown = SDL_GetTicks();
AdjustVolumeWiz(VOLUME_DOWN);
}
#endif
oldgpkey=gpkey;
return key;
}
