void SocketClientInitializer::init_itac_comm()
{
#ifdef CNC_WITH_ITAC
VT_FUNC_I( "Dist::Socket::init_itac_comm" );
UINT32 nBytes;
PAL_SockRes_t ret;
// Receive client ranks (local and global):
int itacRank[2];
ret = PAL_Recv( HERE, m_channel.m_socketCommData[0].m_recvSocket, itacRank, 2 * sizeof( int ), &nBytes, -1, false );
CNC_ASSERT( ret == PAL_SOCK_OK && nBytes == sizeof( itacRank ) );
int localRank = itacRank[0];
int globalRank = itacRank[1];
// Define process name in ITAC tracefile:
char clientName[128];
sprintf( clientName, "sClient%d", localRank );
// Determine VTcs contact string:
const char* vtContact;
VT_CLIENT_INIT( globalRank, NULL, &vtContact );
// Send VTcs contact string to host:
int length = (int)strlen( vtContact ) + 1;
ret = PAL_Send( HERE, m_channel.m_socketCommData[0].m_sendSocket, &length, sizeof( int ), &nBytes, -1 );
CNC_ASSERT( ret == PAL_SOCK_OK && nBytes == sizeof( length ) );
ret = PAL_Send( HERE, m_channel.m_socketCommData[0].m_sendSocket, vtContact, length, &nBytes, -1 );
CNC_ASSERT( ret == PAL_SOCK_OK && nBytes == length );
// Construct ITAC thread name:
char thrName[64];
sprintf( thrName, "RECV%d", m_channel.localId() );
// Initialize VTcs:
VT_INIT();
VT_THREAD_NAME( thrName );
#endif // CNC_WITH_ITAC
}
static inline void blink_thread__init(void) {
VT_INIT(blink_thread, blink_thread__ip);
}
/** Starts the thread */
void onewire__thread__start(void) {
VT_INIT(onewire__thread, onewire__thread__ip);
onewire__thread__alive__set(true);
timer0__conf__set(ONEWIRE__BIT_SPAN_TIMER__FAST_CONF);
}
void temperature_reader__thread__start(void) {
VT_INIT(temperature_reader__thread, temperature_reader__thread__ip);
timer0__conf__set(TIMER0_CONF_PRESCALER_1024|TIMER0_CONF_WGM_NORMAL);
}
void start_bit_detected(void) {
int0__stop();
VT_INIT(soft_usart__rx__thread, soft_usart__rx__thread__ip);
soft_usart__timer__reset();
soft_usart__timer__start();
}
