void DABlinGTK::on_combo_services() {
Gtk::TreeModel::iterator row_it = combo_services.get_active();
if(combo_services_liststore->iter_is_valid(row_it)) {
Gtk::TreeModel::Row row = *row_it;
SERVICE service = row[combo_services_cols.col_service];
SetService(service);
} else {
SetService(SERVICE::no_service);
}
}
static void register_bindery( char *name, BOOL do_register )
{
DWORD status = 0;
SERVICE_INFO info;
GUID guid = DBG_SAP_ID;
SERVICE_ADDRESSES server_address;
int rv;
struct sockaddr_ipx address;
int addr_len;
addr_len = sizeof( address );
getsockname( ResponderSocket, (struct sockaddr *)&address, &addr_len );
server_address.dwAddressCount = 1;
server_address.Addresses[0].dwAddressType = AF_IPX;
server_address.Addresses[0].dwAddressFlags = 0;
server_address.Addresses[0].dwAddressLength = addr_len;
server_address.Addresses[0].lpAddress = (LPBYTE)&address;
server_address.Addresses[0].dwPrincipalLength = 0;
server_address.Addresses[0].lpPrincipal = NULL;
info.lpServiceType = &guid;
info.lpServiceName = name;
info.lpComment = "Watcom Remote Debugger";
info.lpLocale = NULL;
info.dwDisplayHint = 0;
info.dwVersion = 0;
info.dwTime = 0;
info.lpMachineName = NULL;
info.lpServiceAddress = &server_address;
info.ServiceSpecificInfo.cbSize = 0;
info.ServiceSpecificInfo.pBlobData = NULL;
rv = SetService(NS_SAP,
do_register ? SERVICE_REGISTER : SERVICE_DEREGISTER,
SERVICE_FLAG_HARD,
&info,
NULL,
&status);
if( _bad_rc( rv ) ) {
return;
}
rv = SetService(NS_SAP,
SERVICE_FLUSH,
SERVICE_FLAG_HARD,
&info,
NULL,
&status);
}
/** Interpret a server's flags.
*
* @param[in] cptr New server structure.
* @param[in] flags String listing server's P10 flags.
*/
void set_server_flags(struct Client *cptr, const char *flags)
{
while (*flags) switch (*flags++) {
case 'h': SetHub(cptr); break;
case 's': SetService(cptr); break;
case '6': SetIPv6(cptr); break;
}
}
BEGIN_NCBI_SCOPE
BEGIN_objects_SCOPE
CTrackMgrClient::CTrackMgrClient(const string& service)
: m_HostType(eNamed_service)
{
SetService(service);
SetFormat(eSerial_AsnBinary);
x_Init();
}
/**
* @class UVWSConnection UVConnection.h
* @brief implements an unsecured WebSocket connection over a libuv raw tcp socket.
* sets up two connected CnxLayers ... a websocket layer, which will talk to a uv layer ... the object using us will request stuff which we push to the ws layer which then
* talks over uv.
*
* connectState will be READY only once we have a correctly negotiated web socket
*/
UVWSConnection::UVWSConnection(std::string service, std::string host)
: AbstractConnection(host, service)
, CnxLayerUpper()
, ws(this, &uv)
, uv(&ws, service, host)
{
SetHost(host);
SetService(service);
ConnectionPropertySet s;
s.insert(CONNECTION_PERSISTENT);
SetProperties(s);
}
