void OsclDNSMethod::Run()
{
//the request timed out!
MethodDone();
LOGINFOMED((0, "OsclSocket: %s %s", TPVDNSFxnStr[iDNSFxn], TPVDNSEventStr[EPVDNSTimeout]));
iDNSObserver->HandleDNSEvent(iId, iDNSFxn, EPVDNSTimeout, 0);
}
void OsclDNSRequestAO::Run()
{
//the request was completed.
RequestDone();
switch (Status())
{
case OSCL_REQUEST_ERR_NONE:
Success();
LOGINFOMED((0, "OsclSocket: %s %s", TPVDNSFxnStr[iDNSMethod->iDNSFxn], TPVDNSEventStr[EPVDNSSuccess]));
iDNSMethod->iDNSObserver->HandleDNSEvent(iDNSMethod->iId, iDNSMethod->iDNSFxn, EPVDNSSuccess, 0);
break;
case OSCL_REQUEST_ERR_CANCEL:
LOGINFOMED((0, "OsclSocket: %s %s", TPVDNSFxnStr[iDNSMethod->iDNSFxn], TPVDNSEventStr[EPVDNSCancel]));
iDNSMethod->iDNSObserver->HandleDNSEvent(iDNSMethod->iId, iDNSMethod->iDNSFxn, EPVDNSCancel, 0);
break;
default:
LOGINFOMED((0, "OsclSocket: %s %s %d", TPVDNSFxnStr[iDNSMethod->iDNSFxn], TPVDNSEventStr[EPVDNSCancel], GetSocketError()));
iDNSMethod->iDNSObserver->HandleDNSEvent(iDNSMethod->iId, iDNSMethod->iDNSFxn, EPVDNSFailure, GetSocketError());
break;
}
}
void OsclSocketRequestAO::Run()
{
//The server has completed the socket request.
RequestDone();
// Check the request completion status
switch (Status())
{
case OSCL_REQUEST_ERR_NONE:
ADD_STATS(iContainer.iSocketFxn, EOsclSocket_RequestAO_Success);
Success();
LOGINFOMED((0, "OsclSocket(0x%x): %s %s ", SocketI(), TPVSocketFxnStr[iContainer.iSocketFxn], TPVSocketEventStr[EPVSocketSuccess]));
LOG_STATS(iContainer.iSocketFxn);
CLEAR_STATS(iContainer.iSocketFxn);
SocketObserver()->HandleSocketEvent(Id(), iContainer.iSocketFxn, EPVSocketSuccess, 0);
break;
case OSCL_REQUEST_ERR_CANCEL:
ADD_STATS(iContainer.iSocketFxn, EOsclSocket_RequestAO_Canceled);
//Request was cancelled, either due to an API call or due to the
//socket server shutting down before completing the operation.
LOGINFOMED((0, "OsclSocket(0x%x): %s %s ", SocketI(), TPVSocketFxnStr[iContainer.iSocketFxn], TPVSocketEventStr[EPVSocketCancel]));
LOG_STATS(iContainer.iSocketFxn);
CLEAR_STATS(iContainer.iSocketFxn);
SocketObserver()->HandleSocketEvent(Id(), iContainer.iSocketFxn, EPVSocketCancel, 0);
break;
default:
ADD_STATS(iContainer.iSocketFxn, EOsclSocket_RequestAO_Error);
//Some error.
LOGINFOMED((0, "OsclSocket(0x%x): %s %s %d", SocketI(), TPVSocketFxnStr[iContainer.iSocketFxn], TPVSocketEventStr[EPVSocketFailure], GetSocketError()));
LOG_STATS(iContainer.iSocketFxn);
CLEAR_STATS(iContainer.iSocketFxn);
SocketObserver()->HandleSocketEvent(Id(), iContainer.iSocketFxn, EPVSocketFailure, GetSocketError());
break;
}
}
OsclAny* OsclSocketRequestAO::NewRequest(const uint32 size)
{
//Activate the AO. The socket server will complete the request.
PendForExec();
bool reallocate = (!iParam || size != iParamSize);
//Cleanup any previous parameters.
CleanupParam(reallocate);
LOGINFOMED((0, "OsclSocket(0x%x): New Request %s", SocketI(), TPVSocketFxnStr[iContainer.iSocketFxn]));
//Allocate space for new parameters, or recycle current space.
if (reallocate)
{
iParamSize = size;
return Alloc().ALLOCATE(size);
}
else
return iParam;
}
//////////// Request AO //////////////////////
void OsclDNSRequestAO::NewRequest()
{
PendForExec();
LOGINFOMED((0, "OsclSocket: New Request %s", TPVDNSFxnStr[iDNSMethod->iDNSFxn]));
}
