void ReceiveThread::receiveData()
{
WDataInfo WTempInfo;
//NetMsgID Messagetype;
char temp[100]={0};
while (receiveSocket->bytesAvailable() < sizeof(WDataInfo)) {
if (!(receiveSocket->waitForReadyRead(4000))) {
//emit ReciverError(RecieverSocket->error(), RecieverSocket->errorString());
std::cout<<"in ReceiveThread::receiveData,waitForReadyRead"<<std::endl;
return;
}
}
//connect(&receiveSocket, SIGNAL(disconnected()),&receiveSocket, SLOT(deleteLater()));
receiveSocket->read(temp, sizeof(WDataInfo));//读头
memcpy(&WTempInfo,temp,sizeof(WDataInfo));
std::cout<<"WTempInfo idtype is "<<WTempInfo.idtype<<"WDataInfo size---"<<WTempInfo.size<<std::endl;
//Messagetype=WTempInfo.idtype;
if(strcmp(TcpHeader,WTempInfo.header)!=0)
{
emit disconnectself();
return;
}
if(!(receivePackage(WTempInfo) ))
{
emit disconnectself();
return;
}
else
{
return ;
}
}
void listenConnection(Connection* connection) {
Package* package = NULL;
Request* request = NULL;
int maxClientDataSize;
char* url;
Tipo tipo;
request = malloc(sizeof (Request));
request->count_mutex = malloc(sizeof (pthread_mutex_t));
request->count_threshold_cv = malloc(sizeof (pthread_cond_t));
pthread_cond_init(request->count_threshold_cv, NULL);
pthread_mutex_init(request->count_mutex, NULL);
pthread_mutex_lock(request->count_mutex);
package = receivePackage(connection);
strcpy(url, package->dados);
tipo = package->tipo;
maxClientDataSize = askMaxClientDataSize(connection);
//finalize request
switch (tipo) {
case LS:
// request = createRequest(connection, LS);
request->tipo = LS;
setUrl(request, url);
setMaxClientDataSize(request, maxClientDataSize);
setStatus(request, READY);
break;
case WGET:
//finalize request
// request = createRequest(connection, WGET);
request->tipo = WGET;
setUrl(request, url);
setMaxClientDataSize(request, maxClientDataSize);
setStatus(request, READY);
break;
case CLOSECONNECTION:
pthread_exit(NULL);
return;
break;
default:
// request = createRequest(connection, OTHER);
request->tipo = OTHER;
setStatus(request, READY);
break;
}
addRequest(request);
pthread_cond_wait(request->count_threshold_cv, request->count_mutex);
pthread_mutex_unlock(request->count_mutex);
pthread_cond_destroy(request->count_threshold_cv);
pthread_mutex_destroy(request->count_mutex);
}
int serialReceive(char * data)
{
char buffer[1028];
char crchigh;
char crclow;
int read = 0;
do
{
while(!(read = receivePackage(buffer)))
{}
// NOTICE: ONLY FOR TESTING. REMOVE AFTERWARDS
int high = (unsigned char)buffer[0];
int low = (unsigned char)buffer[1];
int type = (unsigned char)buffer[2];
int seq = (unsigned char)buffer[3];
printf("High: %i\nLow: %i\nType: %i\nSeq: %i\nData: %s\n", high, low, type, seq, buffer+4);
crcCalc(buffer+4, read-4, crchigh, crclow);
if(crchigh == buffer[0] && crclow == buffer[1]) // Pakke rigtig
{
char ack[] = {0,0,1,buffer[3]};
sendPackage(ack, 4);
break;
}
else // Fejl i pakke
{
char wrong[] = {0,0,0,buffer[3]};
sendPackage(wrong , 4);
}
}while(1);
for(int i = 4; i < read; i++) // Kopier til 'data'
data[i-4] = buffer[i];
return(read);
SLIPClose();
}
void serialSend(char * data , int size) // size = størrelse af hvad der skal sendes
{
// Size checking
if(size > MAX_DATA_LENGTH)
size = MAX_DATA_LENGTH;
static char seq = 0;
char crchigh;
char crclow;
char array[1028];
char buffer[1028];
crcCalc(data, size, crchigh, crclow);
array[0] = crchigh;
array[1] = crclow;
array[2] = 0;
array[3] = seq;
for(int i = 4; i < size+4; i++)
{
array[i] = data[i-4];
}
do
{
sendPackage(array, size+4);
// NOTICE: ONLY FOR TESTING. REMOVE AFTERWARDS
printf("Data: %u %u %u %u %s\n", (unsigned char)array[0], (unsigned char)array[1], (unsigned char)array[2], (unsigned char)array[3], array + 4);
while(!receivePackage(buffer))
{}
}while(!buffer[2] == 1 && buffer[3] == seq);
seq = !seq;
}
int askMaxClientDataSize(Connection* connection) {
Request* request = NULL;
Package* package = NULL;
request = createRequest(connection, MAXDATASIZE);
request->count_mutex = malloc(sizeof (pthread_mutex_t));
request->count_threshold_cv = malloc(sizeof (pthread_cond_t));
pthread_cond_init(request->count_threshold_cv, NULL);
pthread_mutex_init(request->count_mutex, NULL);
pthread_mutex_lock(request->count_mutex);
addRequest(request);
pthread_cond_wait(request->count_threshold_cv, request->count_mutex);
package = receivePackage(connection);
pthread_mutex_unlock(request->count_mutex);
pthread_cond_destroy(request->count_threshold_cv);
pthread_mutex_destroy(request->count_mutex);
return atoi(package->dados);
}