dtn::data::Bundle Client::getBundle(const dtn::data::Timeout timeout) throw (ConnectionException)
{
try {
return _inqueue.getnpop(true, timeout * 1000);
} catch (const ibrcommon::QueueUnblockedException &ex) {
if (ex.reason == ibrcommon::QueueUnblockedException::QUEUE_TIMEOUT)
{
throw ConnectionTimeoutException();
}
else if (ex.reason == ibrcommon::QueueUnblockedException::QUEUE_ABORT)
{
throw ConnectionAbortedException(ex.what());
}
throw ConnectionException(ex.what());
} catch (const std::exception &ex) {
throw ConnectionException(ex.what());
}
throw ConnectionException();
}
void SocketImpl::error(int code, const std::string& arg)
{
switch (code)
{
case POCO_ENOERR: return;
case POCO_ESYSNOTREADY:
throw NetException("Net subsystem not ready", code);
case POCO_ENOTINIT:
throw NetException("Net subsystem not initialized", code);
case POCO_EINTR:
throw IOException("Interrupted", code);
case POCO_EACCES:
throw IOException("Permission denied", code);
case POCO_EFAULT:
throw IOException("Bad address", code);
case POCO_EINVAL:
throw InvalidArgumentException(code);
case POCO_EMFILE:
throw IOException("Too many open files", code);
case POCO_EWOULDBLOCK:
throw IOException("Operation would block", code);
case POCO_EINPROGRESS:
throw IOException("Operation now in progress", code);
case POCO_EALREADY:
throw IOException("Operation already in progress", code);
case POCO_ENOTSOCK:
throw IOException("Socket operation attempted on non-socket", code);
case POCO_EDESTADDRREQ:
throw NetException("Destination address required", code);
case POCO_EMSGSIZE:
throw NetException("Message too long", code);
case POCO_EPROTOTYPE:
throw NetException("Wrong protocol type", code);
case POCO_ENOPROTOOPT:
throw NetException("Protocol not available", code);
case POCO_EPROTONOSUPPORT:
throw NetException("Protocol not supported", code);
case POCO_ESOCKTNOSUPPORT:
throw NetException("Socket type not supported", code);
case POCO_ENOTSUP:
throw NetException("Operation not supported", code);
case POCO_EPFNOSUPPORT:
throw NetException("Protocol family not supported", code);
case POCO_EAFNOSUPPORT:
throw NetException("Address family not supported", code);
case POCO_EADDRINUSE:
throw NetException("Address already in use", arg, code);
case POCO_EADDRNOTAVAIL:
throw NetException("Cannot assign requested address", arg, code);
case POCO_ENETDOWN:
throw NetException("Network is down", code);
case POCO_ENETUNREACH:
throw NetException("Network is unreachable", code);
case POCO_ENETRESET:
throw NetException("Network dropped connection on reset", code);
case POCO_ECONNABORTED:
throw ConnectionAbortedException(code);
case POCO_ECONNRESET:
throw ConnectionResetException(code);
case POCO_ENOBUFS:
throw IOException("No buffer space available", code);
case POCO_EISCONN:
throw NetException("Socket is already connected", code);
case POCO_ENOTCONN:
throw NetException("Socket is not connected", code);
case POCO_ESHUTDOWN:
throw NetException("Cannot send after socket shutdown", code);
case POCO_ETIMEDOUT:
throw TimeoutException(code);
case POCO_ECONNREFUSED:
throw ConnectionRefusedException(arg, code);
case POCO_EHOSTDOWN:
throw NetException("Host is down", arg, code);
case POCO_EHOSTUNREACH:
throw NetException("No route to host", arg, code);
#if defined(POCO_OS_FAMILY_UNIX)
case EPIPE:
throw IOException("Broken pipe", code);
case EBADF:
throw IOException("Bad socket descriptor", code);
#endif
default:
throw IOException(NumberFormatter::format(code), arg, code);
}
}