/**
* Create a new control point. Does not start any threads.
*
* @return A newly-created mUpnpControlPoint
*/
mUpnpControlPoint *mupnp_controlpoint_new()
{
mUpnpControlPoint *ctrlPoint;
mupnp_log_debug_l4("Entering...\n");
ctrlPoint = (mUpnpControlPoint *)malloc(sizeof(mUpnpControlPoint));
if ( NULL != ctrlPoint )
{
#ifdef MUPNP_HTTP_USE_PERSISTENT_CONNECTIONS
mupnp_http_persistentconnection_init();
#endif
ctrlPoint->mutex = mupnp_mutex_new();
ctrlPoint->deviceRootNodeList = mupnp_xml_nodelist_new();
ctrlPoint->deviceList = mupnp_devicelist_new();
ctrlPoint->ssdpServerList = mupnp_ssdp_serverlist_new();
ctrlPoint->ssdpResServerList = mupnp_ssdpresponse_serverlist_new();
ctrlPoint->httpServerList = mupnp_http_serverlist_new();
ctrlPoint->httpEventURI = mupnp_string_new();
ctrlPoint->eventListeners = mupnp_eventlistenerlist_new();
/* Expiration handling */
ctrlPoint->expThread = mupnp_thread_new();
mupnp_thread_setaction(ctrlPoint->expThread, mupnp_controlpoint_expirationhandler);
mupnp_thread_setuserdata(ctrlPoint->expThread, ctrlPoint);
ctrlPoint->expMutex = mupnp_mutex_new();
ctrlPoint->expCond = mupnp_cond_new();
ctrlPoint->ifCache = mupnp_net_interfacelist_new();
mupnp_controlpoint_setssdplistener(ctrlPoint, NULL);
mupnp_controlpoint_setssdpresponselistener(ctrlPoint, NULL);
mupnp_controlpoint_sethttplistener(ctrlPoint, NULL);
mupnp_controlpoint_setdevicelistener(ctrlPoint, NULL);
mupnp_controlpoint_setssdpresponseport(ctrlPoint, MUPNP_CONTROLPOINT_SSDP_RESPONSE_DEFAULT_PORT);
mupnp_controlpoint_setssdpsearchmx(ctrlPoint, MUPNP_CONTROLPOINT_SSDP_DEFAULT_SEARCH_MX);
mupnp_controlpoint_seteventport(ctrlPoint, MUPNP_CONTROLPOINT_HTTP_EVENT_DEFAULT_PORT);
mupnp_controlpoint_seteventsuburi(ctrlPoint, MUPNP_CONTROLPOINT_HTTP_EVENTSUB_URI);
mupnp_controlpoint_setuserdata(ctrlPoint, NULL);
}
mupnp_log_debug_l4("Leaving...\n");
return ctrlPoint;
}
mUpnpHttpServer *mupnp_http_server_new()
{
mUpnpHttpServer *httpServer;
mupnp_log_debug_l4("Entering...\n");
httpServer = (mUpnpHttpServer *)malloc(sizeof(mUpnpHttpServer));
if ( NULL != httpServer )
{
mupnp_list_node_init((mUpnpList *)httpServer);
httpServer->sock = NULL;
httpServer->acceptThread = NULL;
httpServer->listener = NULL;
/**** Thanks for Makela Aapo (10/31/05) ****/
httpServer->clientThreads = NULL;
mupnp_http_server_setuserdata(httpServer, NULL);
mupnp_http_server_settimeout(httpServer, MUPNP_HTTP_SERVER_READ_TIMEOUT);
/* Mutex */
httpServer->mutex = mupnp_mutex_new();
}
mupnp_log_debug_l4("Leaving...\n");
return httpServer;
}
BOOL mupnp_http_persistentconnection_init(void)
{
mupnp_log_debug_l4("Entering...\n");
if (cache == NULL)
{
persistent_connection_mutex = mupnp_mutex_new();
if (persistent_connection_mutex == NULL)
{
return FALSE;
}
mupnp_http_persistentconnection_lock();
cache = (mUpnpHttpPersistentConnectionList *)malloc(sizeof(mUpnpHttpPersistentConnectionList));
if (cache == NULL)
{
if (persistent_connection_mutex != NULL)
{
mupnp_http_persistentconnection_unlock();
mupnp_mutex_delete(persistent_connection_mutex);
persistent_connection_mutex = NULL;
}
return FALSE;
}
mupnp_list_header_init((mUpnpList *)cache);
cache->host = NULL;
cache->port = 0;
cache->cacheData = NULL;
cache->timestamp = 0;
mupnp_http_persistentconnection_unlock();
}
return TRUE;
mupnp_log_debug_l4("Leaving...\n");
}
/**
* Multiplex log messages into different targets (streams), should be used via convenience macros
* @param severity Message severity
* @param file File name where the function is called
* @param line_n Line number where the function is called
* @param function Function name where this function is called
* @param format Format string for the actual log message
* @param ... Possible parameters for the format string
*/
void mupnp_log_print(int severity, const char *file, int line_n, const char *function, const char *format, ...)
{
va_list list;
char log_line[MAX_LOG_STRING], *l_ptr, t_ptr[MAX_LOG_STRING];
int prefix_length = -1;
struct fd_list *temp = NULL;
size_t timestamp;
struct tm *timestamp_human_readable;
/* If output targets are empty, do return */
if (!descriptor_list)
return;
/* If logger is not initialized, do it now */
if (!initialized) log_init_with_defaults();
/* If separator is not set, do it now */
if (NULL == separator) mupnp_log_set_separator(" : ");
/* Create a mutex */
if (!print_mutex)
print_mutex = mupnp_mutex_new();
mupnp_mutex_lock(print_mutex);
/* Create timestamp for the log prefix */
timestamp = time(NULL);
timestamp_human_readable = localtime(×tamp);
#if !defined(WIN32)
strftime(t_ptr, MAX_LOG_STRING, "%c", timestamp_human_readable);
#else
snprintf(log_line, MAX_LOG_STRING, "%d-%d-%d %d:%d %d",
timestamp_human_readable->tm_year + 1900,
timestamp_human_readable->tm_mon + 1,
timestamp_human_readable->tm_mday,
timestamp_human_readable->tm_hour,
timestamp_human_readable->tm_min,
timestamp_human_readable->tm_sec);
#endif
/* Creating the full log prefix */
prefix_length = snprintf(log_line, MAX_LOG_STRING, "%s%s%s%s%s%s%d%s%s%s ",
t_ptr,
separator,
map_severity(severity),
separator,
file,
separator,
line_n,
separator,
function,
separator);
/* Setting pointer where the actual message should start */
l_ptr = &log_line[prefix_length];
/* Filling out rest of the log message */
va_start(list, format);
vsnprintf(log_line + prefix_length, MAX_LOG_STRING - prefix_length, format, list);
va_end(list);
/* Multiplexing the created message into targets */
for( temp = descriptor_list; temp; temp = temp->next )
{
if ( severity == ( severity & temp->apply_mask ) )
{
fputs(log_line, temp->fd);
}
}
mupnp_mutex_unlock(print_mutex);
}
mUpnpAvRenderer *mupnp_upnpav_dmr_new()
{
mUpnpAvRenderer *dmr;
char *lastChange;
dmr = (mUpnpAvRenderer *)malloc(sizeof(mUpnpAvRenderer));
dmr->dev = mupnp_device_new();
if (!dmr->dev) {
free(dmr);
return NULL;
}
if (mupnp_device_parsedescription(dmr->dev, CG_UPNPAV_DMR_DEVICE_DESCRIPTION, mupnp_strlen(CG_UPNPAV_DMR_DEVICE_DESCRIPTION)) == false) {
mupnp_device_delete(dmr->dev);
free(dmr);
return NULL;
}
if (mupnp_upnpav_dmr_conmgr_init(dmr) == false) {
mupnp_device_delete(dmr->dev);
free(dmr);
return NULL;
}
if (mupnp_upnpav_dmr_renderingctrl_init(dmr) == false) {
mupnp_device_delete(dmr->dev);
free(dmr);
return NULL;
}
if (mupnp_upnpav_dmr_avtransport_init(dmr) == false) {
mupnp_device_delete(dmr->dev);
free(dmr);
return NULL;
}
dmr->mutex = mupnp_mutex_new();
if (!dmr->mutex) {
mupnp_upnpav_dmr_delete(dmr);
return NULL;
}
mupnp_device_setactionlistener(dmr->dev, mupnp_upnpav_dmr_actionreceived);
mupnp_device_setquerylistener(dmr->dev, mupnp_upnpav_dmr_queryreceived);
mupnp_device_sethttplistener(dmr->dev, mupnp_upnpav_dmr_device_httprequestrecieved);
mupnp_upnpav_dmr_setactionlistener(dmr, NULL);
mupnp_upnpav_dmr_setquerylistener(dmr, NULL);
mupnp_upnpav_dmr_sethttplistener(dmr, NULL);
mupnp_device_setuserdata(dmr->dev, dmr);
mupnp_device_updateudn(dmr->dev);
dmr->protocolInfoList = mupnp_upnpav_protocolinfolist_new();
mupnp_upnpav_dmr_setavtransportlastchange(dmr, "<Event xmlns = "urn:schemas-upnp-org:metadata-1-0/AVT/"/>");
mupnp_upnpav_dmr_setsourceprotocolinfo(dmr, "");
mupnp_upnpav_dmr_setcurrentconnectionids(dmr, "0");
lastChange = "<Event xmlns = "urn:schemas-upnp-org:metadata-1-0/RCS/">"
"<InstanceID val="0">"
"<Volume val="100" channel="RF"/>"
"<Volume val="100" channel="LF"/>"
"</InstanceID>"
"</Event>";
mupnp_upnpav_dmr_setrenderingcontrollastchange(dmr, lastChange);
return dmr;
}
mUpnpAvServer *mupnp_upnpav_dms_new()
{
mUpnpAvServer *dms;
dms = (mUpnpAvServer *)malloc(sizeof(mUpnpAvServer));
dms->dev = mupnp_device_new();
if (!dms->dev) {
free(dms);
return NULL;
}
if (mupnp_device_parsedescription(dms->dev, CG_UPNPAV_DMS_DEVICE_DESCRIPTION, mupnp_strlen(CG_UPNPAV_DMS_DEVICE_DESCRIPTION)) == false) {
mupnp_device_delete(dms->dev);
free(dms);
return NULL;
}
if (mupnp_upnpav_dms_conmgr_init(dms) == false) {
mupnp_device_delete(dms->dev);
free(dms);
return NULL;
}
if (mupnp_upnpav_dms_condir_init(dms) == false) {
mupnp_device_delete(dms->dev);
free(dms);
return NULL;
}
if (mupnp_upnpav_dms_medrec_init(dms) == false) {
mupnp_device_delete(dms->dev);
free(dms);
return NULL;
}
dms->rootContent = mupnp_upnpav_content_new();
mupnp_upnpav_content_settype(dms->rootContent, CG_UPNPAV_CONTENT_CONTAINER);
mupnp_upnpav_content_settitle(dms->rootContent, CG_UPNPAV_ROOT_CONTENT_TITLE);
mupnp_upnpav_content_setid(dms->rootContent, CG_UPNPAV_ROOT_CONTENT_ID);
mupnp_upnpav_content_setparentid(dms->rootContent, CG_UPNPAV_ROOT_CONTENT_PARENTID);
if (!dms->rootContent) {
mupnp_upnpav_dms_delete(dms);
return NULL;
}
dms->mutex = mupnp_mutex_new();
if (!dms->mutex) {
mupnp_upnpav_dms_delete(dms);
return NULL;
}
dms->networkInterfaceList = mupnp_net_interfacelist_new();
if (!dms->networkInterfaceList) {
mupnp_upnpav_dms_delete(dms);
return NULL;
}
mupnp_device_setactionlistener(dms->dev, mupnp_upnpav_dms_actionreceived);
mupnp_device_setquerylistener(dms->dev, mupnp_upnpav_dms_queryreceived);
mupnp_device_sethttplistener(dms->dev, mupnp_upnpav_dms_device_httprequestrecieved);
mupnp_upnpav_dms_setactionlistener(dms, NULL);
mupnp_upnpav_dms_setquerylistener(dms, NULL);
mupnp_upnpav_dms_sethttplistener(dms, NULL);
mupnp_device_setuserdata(dms->dev, dms);
mupnp_device_updateudn(dms->dev);
dms->protocolInfoList = mupnp_upnpav_protocolinfolist_new();
return dms;
}
