static void write_byte(cfg_addr_t pos, uint8_t b) {
DBG_C(' ');
DBG_X(pos);
DBG_C('=');
DBG_X(b);
eeprom_update_byte((uint8_t *)EEPROM_POS + pos, b);
}
void main(void) {
mcu_init();
timer_init();
DBG_INIT();
DBG_C("");
app_init();
DBG_C("platform booted");
while (TRUE) {
ClrWdt();
process_tick();
mywi_tick();
usart_tick();
}
}
void CAsyncConnect::startConnect(TSockAddr addr)
{
debug_out(">>-->>>>> CAsyncConnect::startConnect 00 \n");
if (inProgress)
{
DBG_C("EE: cntr busy");
debug_out(">>-->>>>> CAsyncConnect::startConnect 01 \n");
return;
}
this->addr = addr;
connected = false;
_LIT(KL2Cap, "L2CAP");
if (error0)
{
DBG_C("EE:CAsyncCC error0");
debug_out(">>-->>>>> CAsyncConnect::startConnect 02 \n");
return;
}
SAFE_CLOSEDEL(sock);
sock = new RSocket();
if (sock->Open(ss, KL2Cap) != KErrNone)
{
error0 = true;
DBG_C("EE: CAsyncCC");
SAFE_DEL(sock);
debug_out(">>-->>>>> CAsyncConnect::startConnect 03 \n");
return;
}
addr.SetPort(7);
CAsyncAccept::disableSecurity((TBTSockAddr*)&addr);
// char tmp[128];
// resolve(addr, tmp);
// //DBG_C("II: !con to [%s]", tmp);
inProgress = true;
state = S_CONNECTING;
sock->Connect(addr, iStatus);
//DBG_C("II: wait con ...");
debug_out("sock->Connect: %d", iStatus);
SetActive();
//debug_out(">>-->>>>> CAsyncConnect::startConnect 04 \n");
}
void CAsyncConnect::DoCancel()
{
debug_out(">>-->>>>> CAsyncConnect::DoCancel 00 \n");
DBG_C("II: cancel con");
if (!inProgress){
// if (sock)
//DBG_C("EE: sock2?");
debug_out(">>-->>>>> CAsyncConnect::DoCancel 02 \n");
return;
}
if (!sock){
//DBG_C("EE: sock1?");
debug_out(">>-->>>>> CAsyncConnect::DoCancel 03 \n");
return;
}
sock->CancelConnect();
sock->CancelWrite();
debug_out(">>-->>>>> CAsyncConnect::DoCancel 04 \n");
}
void CAsyncConnect::RunL()
{
//debug_out(">>-->>>>> CAsyncConnect::RunL 00 \n");
if (iStatus != KErrNone)
{
debug_out("\n >>-->>>>> CAsyncConnect::RunL ERROR CAsyncCC %d ", iStatus);
TSockAddr dummyAddr;
connected = false;
inProgress = false;
if (!s60->OnConnectComplete(NULL, dummyAddr))
{
iStatus = KErrNone;
state = S_NONE;
Cancel();
DBG_C("II: s60Comm will not recover");
debug_out(">>-->>>>> CAsyncConnect::RunL --- s60Comm will not recover \n");
return;
}
User::After(500);
startConnect(addr);
debug_out(">>-->>>>> CAsyncConnect::RunL 02 \n");
return;
}
//debug_out("\n CAsyncConnect::RunL state = %d", state);
switch(state)
{
case S_NONE:
{
break;
}
case S_CONNECTING:
{
debug_out("\nII: CAsyncCC S_CONNECTING: con OK");
// if (strlen(s60->hg->m_BtName) == 0)
if (strlen(s60->m_pBluetooth->m_pLocalDeviceName) == 0)
{
debug_out("\n EE: CAsyncCC no bt name");
// strcpy(s60->hg->m_BtName, "???");
strcpy(s60->m_pBluetooth->m_pLocalDeviceName, "???");
}
connected = true;
badBuf.SetLength(0);
// badBuf.Append((char)strlen(s60->hg->m_BtName));
badBuf.Append((char)strlen(s60->m_pBluetooth->m_pLocalDeviceName));
debug_out("\n II:sending namelen %d", badBuf.Length());
state = S_SENDINGNAMELEN;
sock->Write(badBuf, iStatus);
SetActive();
break;
}
case S_SENDINGNAMELEN:
{
debug_out("\nII: S_SENDINGNAMELEN - CAsyncCC namelen %d", iStatus);
if (iStatus != KErrNone)
{
DBG_C("EE: breaked");
sock = NULL;
state = S_NONE;
break;
}
badBuf.SetLength(0);
// if (strlen(s60->hg->m_BtName) == 0)
if (strlen(s60->m_pBluetooth->m_pLocalDeviceName) == 0)
{
debug_out("\n EE: CAsyncCC no bt name 1");
// strcpy(s60->hg->m_BtName, "???");
strcpy(s60->m_pBluetooth->m_pLocalDeviceName, "???");
}
// badBuf.Append((TUint8*)s60->hg->m_BtName, strlen(s60->hg->m_BtName));
badBuf.Append((TUint8*)s60->m_pBluetooth->m_pLocalDeviceName, strlen(s60->m_pBluetooth->m_pLocalDeviceName));
debug_out("\n II:sending name %d", badBuf.Length());
state = S_SENDINGNAME;
sock->Write(badBuf, iStatus);
SetActive();
break;
}
case S_SENDINGNAME:
{
DBG_C("II:sent name %d", iStatus);
connected = false;
inProgress = false;
state = S_NONE;
if (iStatus == KErrNone)
{
//also sets the value of the next sock if needs another
//connect. So sock = NULL after is not good
s60->OnConnectComplete(&sock, addr);
}
// sock = NULL;
}
}
//debug_out(">>-->>>>> CAsyncConnect::RunL 03 \n");
}
