splatclient::splatclient(string windowstyle,nCursesWindow *window, string ip, unsigned int port)
{
//SSL stuff
SSL_library_init();
ERR_load_crypto_strings();
ERR_load_SSL_strings();
OpenSSL_add_all_algorithms();
// init receive buffer
recv_buff.iMessageid=recv_buff.tSize=0;
memset(&(recv_buff.cMesg), '\0',CHUNK);
sessionID=0;
win=window;
sockfd=-1;
log= new cLogfile("splatclient.log",false);
msgID=0;
server_ip=ip;
server_port=port;
// vParseWindowstyle(windowstyle, window);
if (!win)
{
sLogelement C1(-1, "Keine Windowfunktion übergeben", false);
(*log)<<C1;
exit(1);
}
sLogelement C1(0, "Splatclient erschaffen", true);
(*log)<<C1;
*win<<C1;
if (!bConnect(port, ip))
{
win->windowstack.back()->nCgetwin().~nCursesWindow();
exit(1);
}
else
{
sLogelement C1(-1, "Verbindung hergestellt", true);
*win<<C1;
}
keypad(stdscr,true);
nodelay(win->windowstack.back()->win, true);
if (!iGetsocket())
{
sLogelement t1(-1,"No socket found!",false);//FATAL
*win<<t1;
win->windowstack.back()->nCgetwin().~nCursesWindow();
(*log) << t1;
exit(1);
}
//cFlow_client
bkgactive=true; //still need to be active for ping/pong messages
//MENU
menu=NULL;
vCreateMenu();
bDirty=true;
}
//=============================================================================
int XSocket::iOnSocketEvent(WPARAM wParam, LPARAM lParam)
{
int WSAEvent;
PutLogList("iOnSocketEvent");
if (m_cType != XSOCK_NORMALSOCK) return XSOCKEVENT_SOCKETMISMATCH;
if (m_cType == NULL) return XSOCKEVENT_NOTINITIALIZED;
if ((SOCKET)wParam != m_Sock) return XSOCKEVENT_SOCKETMISMATCH;
WSAEvent = WSAGETSELECTEVENT(lParam);
switch (WSAEvent) {
case FD_CONNECT:
if (WSAGETSELECTERROR(lParam) != 0) {
if (bConnect(m_pAddr, m_iPortNum, m_uiMsg) == FALSE) return XSOCKEVENT_SOCKETERROR;
return XSOCKEVENT_RETRYINGCONNECTION;
}
else {
m_bIsAvailable = TRUE;
return XSOCKEVENT_CONNECTIONESTABLISH;
}
break;
case FD_READ:
if (WSAGETSELECTERROR(lParam) != 0) {
m_WSAErr = WSAGETSELECTERROR(lParam);
return XSOCKEVENT_SOCKETERROR;
}
else return _iOnRead();
break;
case FD_WRITE:
return _iSendUnsentData();
break;
case FD_CLOSE:
m_cType = XSOCK_SHUTDOWNEDSOCK;
return XSOCKEVENT_SOCKETCLOSED;
break;
}
return XSOCKEVENT_UNKNOWN;
}
void vModPcmConfigAndRun(PCM_MODULE ePcmModule, PCM_INFO_T *pPcmInfo)
{
MEMIF_CONFIG_T memModDaiCfg;
SAMPLINGRATE_T eSampleRate;
/// reset
vStrongResetAFE();
/// power on
vAudioTopControl(); // AUDIO_TOP_CON0[14] = 1
/// config FPGA
WriteREG(FPGA_CFG0, 0x00000007); // hopping 26m, MCLK : 3.072M
if (ePcmModule == PCM_1 && pPcmInfo->ePcmModemSel == PCM_INT_MD)
{
vRegSetBit(FPGA_CFG1, 14);
}
/// get sample rate info
eSampleRate = (pPcmInfo->ePcm8k16kmode == PCM_8K) ? AFE_8000HZ : AFE_16000HZ;
#if 1
/// Sgen config as Tx data
AFE_SINEGEN_INFO_T rSineTone;
rSineTone.u4ch1_freq_div = 1;
rSineTone.rch1_amp_div = SINE_TONE_1;
rSineTone.rch1_sine_mode = eSampleRate;
rSineTone.u4ch2_freq_div = 2;
rSineTone.rch2_amp_div = SINE_TONE_1;
rSineTone.rch2_sine_mode = eSampleRate;
rSineTone.rloopback_mode = SINE_TONE_LOOPBACK_O7_O8; // O17_O18 simultaneously
vAfeSineWaveGenCfg(&rSineTone);
#else
bConnect(I05, O07, FALSE);
bConnect(I06, O08, FALSE);
MEMIF_CONFIG_T memDL1Cfg;
memset(&memDL1Cfg, 0, sizeof(MEMIF_CONFIG_T));
UINT32 addr;
for(addr=u4DramVirBase; addr<=u4DramVirBase+0x3FFF; addr+=4)
{
*(UINT32*) addr = 0x66660000;
}
memDL1Cfg.eMemInterface = AFE_MEM_DL1;
memDL1Cfg.eDaiModSamplingRate = eSampleRate;
memDL1Cfg.eChannelConfig = AFE_STEREO;
memDL1Cfg.rBufferSetting.u4AFE_MEMIF_BUF_BASE = u4DramPhyBase;
memDL1Cfg.rBufferSetting.u4AFE_MEMIF_BUF_END = u4DramPhyBase + 0x3FFF;
vAfeTurnOnMemif(&memDL1Cfg);
/// Sgen config as Rx data
AFE_SINEGEN_INFO_T rSineTone;
rSineTone.u4ch1_freq_div = 1;
rSineTone.rch1_amp_div = SINE_TONE_1;
rSineTone.rch1_sine_mode = eSampleRate;
rSineTone.u4ch2_freq_div = 0;
rSineTone.rch2_amp_div = SINE_TONE_1;
rSineTone.rch2_sine_mode = eSampleRate;
rSineTone.rloopback_mode = SINE_TONE_LOOPBACK_O0_O1;
vAfeSineWaveGenCfg(&rSineTone);
vI2SSet(I2S_16BIT, I2S_I2S, eSampleRate, I2S_MASTER, I2S_OUT);
vI2SEnable(I2S_ENABLE);
vRegWriteBits(PCM_INTF_CON, 1, 26, 1);
#endif
/// ASRC
if (pPcmInfo->ePcmClkSrc==PCM_SLAVE && pPcmInfo->ePcmBypassASRC==PCM_GO_ASRC)
{
vSetASRC(pPcmInfo->ePcm8k16kmode);
vASRCEnable(TRUE);
}
/// Config PCM
vSetModPCM(ePcmModule, pPcmInfo);
vModPCMEnable(ePcmModule, PCM_ENABLE);
/// Memory Interface
// Dump Rx data to MOD_DAI_Data (O_12)
if (ePcmModule == PCM_1)
{
bConnect(I09, O012, false);
}
else
{
//bConnect(I14, O012, false);
vRegSetBit(AFE_CONN4, 12);
}
// Memory (O_12)
memset(&memModDaiCfg, 0, sizeof(MEMIF_CONFIG_T));
memModDaiCfg.eMemInterface = AFE_MEM_MOD_PCM;
memModDaiCfg.eDaiModSamplingRate = pPcmInfo->ePcm8k16kmode;
memModDaiCfg.eDupWrite = AFE_DUP_WR_DISABLE;
memModDaiCfg.rBufferSetting.u4AFE_MEMIF_BUF_BASE = MOD_PCM_BASE;
memModDaiCfg.rBufferSetting.u4AFE_MEMIF_BUF_END = MOD_PCM_END;
vAfeTurnOnMemif(&memModDaiCfg);
vRegResetBit(AFE_DAC_CON0, MOD_PCM_ON);
#ifdef MOD_PCM_OFF_ON_TEST
UINT32 u4PcmOffAddr = MOD_PCM_BASE + (MOD_PCM_SIZE / 4);
UINT32 u4PcmOnAddr = MOD_PCM_END - (MOD_PCM_SIZE / 4) + 1;
printk("MOD_PCM_OFF_ON_TEST: u4PcmOffAddr=0x%x, u4PcmOnAddr=0x%x\n", u4PcmOffAddr, u4PcmOnAddr);
#endif
/// turn on
vAfeTurnOn();
vAfeSineWaveGenEnable(true);
/// wait for 10 sec - observe frequency and amplitude
vFpgaAudioClockDelaySec(10);
/// wait
vRegSetBit(AFE_DAC_CON0, MOD_PCM_ON);
#ifdef MOD_PCM_OFF_ON_TEST
while( ReadREG(AFE_MOD_PCM_CUR) <= u4PcmOffAddr);
vModPCMEnable(ePcmModule, PCM_DISABLE);
while( ReadREG(AFE_MOD_PCM_CUR) <= u4PcmOnAddr);
vModPCMEnable(ePcmModule, PCM_ENABLE);
#endif
while( ReadREG(AFE_MOD_PCM_CUR) <= (ReadREG(AFE_MOD_PCM_END)-0x100));
vRegResetBit(AFE_DAC_CON0, MOD_PCM_ON);
/// turn off
vAfeSineWaveGenEnable(false);
vModPCMEnable(ePcmModule, PCM_DISABLE);
vASRCEnable(FALSE);
vRegResetBit(AFE_DAC_CON0, AFE_ON);
/// wait for 10 sec - dump memory
printk("Please config the next item\n");
vFpgaAudioClockDelaySec(10);
}
BOOL fgModPcmVbtConfigAndRun(PCM_MODULE ePcmModule, PCM_INFO_T *pPcmInfo)
{
BOOL retval;
MEMIF_CONFIG_T memModDaiCfg;
SAMPLINGRATE_T eSampleRate;
/// reset
vStrongResetAFE();
/// power on
vAudioTopControl(); // AUDIO_TOP_CON0[14] = 1
/// config FPGA
vFpgaModemDaiSwitch(FALSE); // do pin (4~10) select to DAI
if (ePcmModule == PCM_1 && pPcmInfo->ePcmModemSel == PCM_INT_MD)
{
vRegSetBit(FPGA_CFG1, 14);
}
/// get sample rate info
eSampleRate = (pPcmInfo->ePcm8k16kmode == PCM_8K) ? AFE_8000HZ : AFE_16000HZ;
/// Sgen config as Tx data
AFE_SINEGEN_INFO_T rSineTone;
rSineTone.u4ch1_freq_div = 1;
rSineTone.rch1_amp_div = SINE_TONE_1;
rSineTone.rch1_sine_mode = eSampleRate;
rSineTone.u4ch2_freq_div = 2;
rSineTone.rch2_amp_div = SINE_TONE_1;
rSineTone.rch2_sine_mode = eSampleRate;
rSineTone.rloopback_mode = SINE_TONE_LOOPBACK_O7_O8; // O17_O18 simultaneously
vAfeSineWaveGenCfg(&rSineTone);
/// ASRC
if (pPcmInfo->ePcmClkSrc==PCM_SLAVE && pPcmInfo->ePcmBypassASRC==PCM_GO_ASRC)
{
vSetASRC(pPcmInfo->ePcm8k16kmode);
vASRCEnable(TRUE);
}
/// Config PCM
vSetModPCM(ePcmModule, pPcmInfo);
vModPCMEnable(ePcmModule, PCM_ENABLE);
/// Config DAI
bConnect(I02, O02, false); // Loopback
#if 0
bConnect(I02, O011, false);
MEMIF_CONFIG_T memDaiCfg;
memset(&memDaiCfg, 0, sizeof(MEMIF_CONFIG_T));
memDaiCfg.eMemInterface = AFE_MEM_DAI;
memDaiCfg.eChannelConfig = AFE_MONO;
memDaiCfg.eDupWrite = AFE_DUP_WR_DISABLE;
memDaiCfg.eDaiModSamplingRate = AFE_DAIMOD_16000HZ;
memDaiCfg.rBufferSetting.u4AFE_MEMIF_BUF_BASE = 0x80100000; //TODO
memDaiCfg.rBufferSetting.u4AFE_MEMIF_BUF_END = 0x80103FFF; //TODO
vAfeTurnOnMemif(&memDaiCfg);
#endif
vBtPcmSet(BTPCM_16K);
vBtPcmEnable(BTPCM_ENABLE);
/// Dump Rx data to MOD_DAI_Data (O_12)
if (ePcmModule == PCM_1)
{
bConnect(I09, O012, false);
}
else
{
//bConnect(I14, O012, false);
vRegSetBit(AFE_CONN4, 12);
}
/// Memory Interface
memset(&memModDaiCfg, 0, sizeof(MEMIF_CONFIG_T));
memModDaiCfg.eMemInterface = AFE_MEM_MOD_PCM;
memModDaiCfg.eDaiModSamplingRate = pPcmInfo->ePcm8k16kmode;
memModDaiCfg.eDupWrite = AFE_DUP_WR_ENABLE;
memModDaiCfg.rBufferSetting.u4AFE_MEMIF_BUF_BASE = u4DramPhyBase;
memModDaiCfg.rBufferSetting.u4AFE_MEMIF_BUF_END = u4DramPhyEnd;
vAfeTurnOnMemif(&memModDaiCfg);
/// turn on
vAfeTurnOn();
vAfeSineWaveGenEnable(true);
/// wait
while( ReadREG(AFE_MOD_PCM_CUR) <= (ReadREG(AFE_MOD_PCM_END)-0x100));
vRegResetBit(AFE_DAC_CON0, MOD_PCM_ON);
/// turn off
vAfeSineWaveGenEnable(false);
vModPCMEnable(ePcmModule, PCM_DISABLE);
vASRCEnable(FALSE);
vBtPcmEnable(BTPCM_ENABLE);
vRegResetBit(AFE_DAC_CON0, AFE_ON);
if (check_bit_true(ReadREG(AFE_MOD_PCM_BASE),ReadREG(AFE_MOD_PCM_END),table_sgen_golden_values_ch1_duplicate,64))
{
printk("VBT 16K Mode Pass\n\n");
retval= TRUE;
}
else
{
printk("VBT 16K Mode Fail\n\n");
retval= FALSE;
}
return retval;
}
bool splatclient::bMainloop(bool keyboard)
{
// bStayConnected();
if (bDirty)
{
if (menu!=NULL && menu->bFinished)
{
unsigned short menu_x=-1;
unsigned short menu_y=-1;
//Interpret menu
/* menu->vChoice(menu_x, menu_y);
mlist->elements[0].entry.push_back(string("Main"));
mlist->elements[0].entry.push_back(string("Exit"));
mlist->elements[1].entry.push_back(string("Sys Commands"));
mlist->elements[1].entry.push_back(string("0x00 Disconnect"));
mlist->elements[1].entry.push_back(string("0x01 login"));
mlist->elements[2].entry.push_back(string("Ch admin ctrl"));
mlist->elements[2].entry.push_back(string("0x10 Char creation"));
mlist->elements[2].entry.push_back(string("0x1F Remove Char"));
mlist->elements[3].entry.push_back(string("Char and Game Req"));
mlist->elements[3].entry.push_back(string("EMPTY"));
mlist->elements[4].entry.push_back(string("Misc"));
mlist->elements[4].entry.push_back(string("0x31 Splash screen"));
*/
menu->vChoice(menu_x, menu_y);
string msg;
if (menu_x==0&& menu_y==1) //disconnect and exit
{
delete menu;
menu=NULL;
bDirty=false;
vDisconnect();
return false;
}
else if ( menu_x==1 && menu_y==1) //simple connect
{
if (!bConnect(server_port, server_ip))
{
sLogelement t1(-1,"Couldn't connect",false);//FATAL
*log<<t1;
*win<<t1;
}
else
{
sLogelement t1(-1,"Connecting",true);//FATAL for RL
*log<<t1;
*win<<t1;
}
menu=NULL;
delete menu;
win->vFlush();
bDirty=false;
return true;
}
else if ( menu_x==1 && menu_y==2) //simple disconnect
{
sLogelement t1(-1,"Disconnecting",true);
*log<<t1;
*win<<t1;
win->vFlush();
vDisconnect();
menu=NULL;
delete menu;
win->vFlush();
bDirty=false;
return true;
}
else if ( menu_x==1 && menu_y==3) //Login
{
string sPassword, sUser;
sUser="******";
sPassword="******";
sLogelement t1(-1,string("Sending "+sUser+" and Password"),true);
*log<<t1;
*win<<t1;
bLogin(sUser,sPassword);
delete menu;
menu=NULL;
win->vFlush();
bDirty=false;
return true;
}
else if ( menu_x==1 && menu_y==4) //registration
{
string sPassword, sUser, sEmail;
sUser="******";
sPassword="******";
sEmail="*****@*****.**";
sLogelement t1(-1,string("Sending "+sUser+" and Password and "+sEmail),true);
*win<<t1;
*log<<t1;
bCreateAccount(sUser, sPassword, sEmail);
delete menu;
menu=NULL;
win->vFlush();
bDirty=false;
return true;
}
else if (menu_x==2 && menu_y==1)
{
recv_buff.cCommand=0x10;
bSend(NULL, 0);
}
else if (menu_x==2 && menu_y==2)
{
recv_buff.cCommand=0x1F;
bSend(NULL, 0);//Remove Char
}
else if ( menu_x==4 && menu_y==1)
{
recv_buff.cCommand=0x31;
bSend(NULL, 0);//send splashscreen
if(bTimeRecv(1))
{
if (recv_buff.tSize==5+MAXLINE*MAXROW*2)
{
sFrame t;
sfCreatesFrame(t, recv_buff.cMesg, recv_buff.tSize);
win->windowstack<<t;
delete menu;
menu=NULL;
bDirty=false;
return true;
}
sLogelement t1(-1,"Not enough data received",true);
t1 << recv_buff.tSize;
t1 << "should be 3437";
*log<<t1;
return true;
}
}
delete menu;
menu=NULL;
win->vFlush();
bDirty=false;
}
}
// Checking for working client goes here
if (keyboard)
{
int ch=getch();
if (ch==KEY_F(5))
{
menu=new cNcurmenu(win);
vCreateMenu();
menu->vAddmenulist(*mlist);
menu->vAddmaster(cflowMaster);
cflowMaster->vAdd(menu);
bDirty=true;
}
if (ch==KEY_F(10))
{
return false;
}
}
string msg="";
unsigned int iSize;
//poll new messages
if (bRecv()) //You have mail!
{
int iMessageID;
string msg=string(recv_buff.cMesg);
if(bParser(msg)) //pars'em
{
return true;
}
else
{
vector <string> t;
while (msg.size()>1)
{
int max=0;
msg.size()>78? max=78 : max=msg.size();
t.push_back(msg.substr(0,max));
msg=msg.substr(max);
}
sFrame F;
sfCreatesFrame(F, t);
win->vSetrefresh(false);
win->windowstack<<F;
win->vSetrefresh(true);
}
}
return true;
}
