void flush() {
auto returnedJSON = m_jsExecutor->flush();
m_callback(parseMethodCalls(returnedJSON), true /* = isEndOfBatch */);
}
void Msg39::estimateHits ( ) {
// no longer in use
m_inUse = false;
// now this for the query loop on the QueryLogEntries.
m_topDocId50 = 0LL;
m_topScore50 = 0.0;
// a little hack for the seo pipeline in xmldoc.cpp
m_topDocId = 0LL;
m_topScore = 0.0;
m_topDocId2 = 0LL;
m_topScore2 = 0.0;
long ti = m_tt.getHighNode();
if ( ti >= 0 ) {
TopNode *t = &m_tt.m_nodes[ti];
m_topDocId = t->m_docId;
m_topScore = t->m_score;
}
// try the 2nd one too
long ti2 = -1;
if ( ti >= 0 ) ti2 = m_tt.getNext ( ti );
if ( ti2 >= 0 ) {
TopNode *t2 = &m_tt.m_nodes[ti2];
m_topDocId2 = t2->m_docId;
m_topScore2 = t2->m_score;
}
// convenience ptrs. we will store the docids/scores into these arrays
long long *topDocIds;
float *topScores;
key_t *topRecs;
// numDocIds counts docs in all tiers when using toptree.
long numDocIds = m_tt.m_numUsedNodes;
// the msg39 reply we send back
long replySize;
char *reply;
//m_numTotalHits = m_posdbTable.m_docIdVoteBuf.length() / 6;
// make the reply?
Msg39Reply mr;
if ( ! m_callback ) {
// if we got clusterdb recs in here, use 'em
if ( m_gotClusterRecs ) numDocIds = m_numVisible;
// don't send more than the docs that are asked for
if ( numDocIds > m_r->m_docsToGet) numDocIds =m_r->m_docsToGet;
// # of QueryTerms in query
long nqt = m_tmpq.m_numTerms;
// start setting the stuff
mr.m_numDocIds = numDocIds;
// copy # estiamted hits into 8 bytes of reply
//long long est = m_posdbTable.m_estimatedTotalHits;
// ensure it has at least as many results as we got
//if ( est < numDocIds ) est = numDocIds;
// or if too big...
//if ( numDocIds < m_r->m_docsToGet ) est = numDocIds;
// . total estimated hits
// . this is now an EXACT count!
mr.m_estimatedHits = m_numTotalHits;
// sanity check
mr.m_nqt = nqt;
// the m_errno if any
mr.m_errno = m_errno;
// shortcut
PosdbTable *pt = &m_posdbTable;
// the score info, in no particular order right now
mr.ptr_scoreInfo = pt->m_scoreInfoBuf.getBufStart();
mr.size_scoreInfo = pt->m_scoreInfoBuf.length();
// that has offset references into posdbtable::m_pairScoreBuf
// and m_singleScoreBuf, so we need those too now
mr.ptr_pairScoreBuf = pt->m_pairScoreBuf.getBufStart();
mr.size_pairScoreBuf = pt->m_pairScoreBuf.length();
mr.ptr_singleScoreBuf = pt->m_singleScoreBuf.getBufStart();
mr.size_singleScoreBuf = pt->m_singleScoreBuf.length();
// save some time since seo.cpp gets from posdbtable directly,
// so we can avoid serializing/copying this stuff at least
if ( ! m_r->m_makeReply ) {
mr.size_scoreInfo = 0;
mr.size_pairScoreBuf = 0;
mr.size_singleScoreBuf = 0;
}
// and now the sitehash list if it exists
mr.ptr_siteHashList = pt->m_siteHashList.getBufStart();
mr.size_siteHashList = pt->m_siteHashList.length();
mr.m_sectionStats = pt->m_sectionStats;
// reserve space for these guys, we fill them in below
mr.ptr_docIds = NULL;
mr.ptr_scores = NULL;
mr.ptr_clusterRecs = NULL;
// this is how much space to reserve
mr.size_docIds = 8 * numDocIds; // long long
mr.size_scores = 4 * numDocIds; // float
// if not doing site clustering, we won't have these perhaps...
if ( m_gotClusterRecs )
mr.size_clusterRecs = sizeof(key_t) *numDocIds;
else
mr.size_clusterRecs = 0;
// . that is pretty much it,so serialize it into buffer,"reply"
// . mr.ptr_docIds, etc., will point into the buffer so we can
// re-serialize into it below from the tree
// . returns NULL and sets g_errno on error
// . "true" means we should make mr.ptr_* reference into the
// newly serialized buffer.
reply = serializeMsg ( sizeof(Msg39Reply), // baseSize
&mr.size_docIds, // firstSizeParm
&mr.size_clusterRecs,//lastSizePrm
&mr.ptr_docIds , // firstStrPtr
&mr , // thisPtr
&replySize ,
NULL ,
0 ,
true ) ;
if ( ! reply ) {
log("query: Could not allocated memory "
"to hold reply of docids to send back.");
sendReply(m_slot,this,NULL,0,0,true);
return ;
}
topDocIds = (long long *) mr.ptr_docIds;
topScores = (float *) mr.ptr_scores;
topRecs = (key_t *) mr.ptr_clusterRecs;
}
long docCount = 0;
// loop over all results in the TopTree
for ( long ti = m_tt.getHighNode() ; ti >= 0 ;
ti = m_tt.getPrev(ti) ) {
// get the guy
TopNode *t = &m_tt.m_nodes[ti];
// skip if clusterLevel is bad!
if ( m_gotClusterRecs && t->m_clusterLevel != CR_OK )
continue;
// if not sending back a reply... we were called from seo.cpp
// State3f logic to evaluate a QueryLogEntry, etc.
if ( m_callback ) {
// skip results past #50
if ( docCount > 50 ) continue;
// set this
m_topScore50 = t->m_score;
m_topDocId50 = t->m_docId;
// that's it
continue;
}
// get the docid ptr
//char *diptr = t->m_docIdPtr;
//long long docId = getDocIdFromPtr(diptr);
// sanity check
if ( t->m_docId < 0 ) { char *xx=NULL; *xx=0; }
//add it to the reply
topDocIds [docCount] = t->m_docId;
topScores [docCount] = t->m_score;
// supply clusterdb rec? only for full splits
if ( m_gotClusterRecs )
topRecs [docCount] = t->m_clusterRec;
//topExplicits [docCount] =
// getNumBitsOn(t->m_explicits)
docCount++;
// 50th score? set this for seo.cpp. if less than 50 results
// we want the score of the last doc then.
if ( docCount <= 50 ) m_topScore50 = t->m_score;
if ( m_debug ) {
log(LOG_DEBUG,"query: msg39: [%lu] "
"%03li) docId=%012llu sum=%.02f",
(long)this, docCount,
t->m_docId,t->m_score);
}
//don't send more than the docs that are wanted
if ( docCount >= numDocIds ) break;
}
if ( docCount > 300 && m_debug )
log("query: Had %li nodes in top tree",docCount);
// this is sensitive info
if ( m_debug ) {
log(LOG_DEBUG,
"query: msg39: [%li] Intersected lists took %lli (%lli) "
"ms "
"docIdsToGet=%li docIdsGot=%li "
"q=%s",
(long)this ,
m_posdbTable.m_addListsTime ,
gettimeofdayInMilliseconds() - m_startTime ,
m_r->m_docsToGet ,
numDocIds ,
m_tmpq.getQuery() );
}
// if we blocked because we used a thread then call callback if
// summoned from a msg3f handler and not a msg39 handler
if ( m_callback ) {
// if we blocked call user callback
if ( m_blocked ) m_callback ( m_state );
// if not sending back a udp reply, return now
return;
}
// now send back the reply
sendReply(m_slot,this,reply,replySize,replySize,false);
return;
}
void CBaseSocket::OnClose()
{
m_state = SOCKET_STATE_CLOSING;
m_callback(m_callback_data, NETLIB_MSG_CLOSE, (net_handle_t)m_socket, NULL);
}
void FinishedCallback::invoke() {
disconnect(m_connection);
m_callback();
}
void invoke(const std::string& message)
{
reset_interval_timer();
m_callback(message);
}
bool PolygonElementParser::parseElementEndTag(const NodeType::XMLNode&, const std::string&)
{
m_callback(m_model);
return true;
}
//============================================================================
void BuildIdRequestTrans::Post () {
m_callback(m_result, m_param, m_buildId);
}
void WsConnection::onError()
{
m_callback(shared_from_this(), Ws_ErrorEvent, 0);
}
void CPHScriptObjectActionN::run()
{
m_callback();
b_obsolete=true;
}
void HttpSniffer::got_packet(const struct pcap_pkthdr *header, const u_char *packet)
{
/* declare pointers to packet headers */
const struct sniff_ethernet *ethernet; /* The ethernet header [1] */
const struct sniff_ip *ip; /* The IP header */
const struct sniff_ip6 *ip6; /* The IPv6 header */
const struct sniff_tcp *tcp; /* The TCP header */
const char *payload; /* Packet payload */
int size_ip;
int size_tcp;
int size_payload;
int ip_len;
string from;
string to;
/* define ethernet header */
ethernet = (struct sniff_ethernet*)(packet);
/* define/compute ip header offset */
u_short ether_type = ntohs(ethernet->ether_type);
switch (ether_type) {
case ETHERTYPE_IP:
ip = (struct sniff_ip*)(packet + SIZE_ETHERNET);
size_ip = IP_HL(ip)*4;
if (size_ip < 20)
throw runtime_error(str(boost::format("Invalid IPv4 header length: %u bytes") % size_ip));
ip_len = ntohs(ip->ip_len);
break;
case ETHERTYPE_IPV6:
// FIXME: Support IPv6 extension headers?
ip6 = (struct sniff_ip6*)(packet + SIZE_ETHERNET);
size_ip = 40;
ip_len = ntohs(ip6->ip6_plen);
break;
default:
cout << (boost::format("Ignoring unknown ethernet packet with type %x") % ntohs(ethernet->ether_type)) << endl;
return;
}
/* ignore non tcp packets */
if (ip->ip_p != IPPROTO_TCP && ip6->ip6_nxt != IPPROTO_TCP)
return;
/* define tcp header */
tcp = (struct sniff_tcp*)(packet + SIZE_ETHERNET + size_ip);
size_tcp = TH_OFF(tcp)*4;
if (size_tcp < 20)
throw runtime_error(str(boost::format("Invalid TCP header length: %u bytes") % size_tcp));
/* get source/dest */
if (ether_type == ETHERTYPE_IP) {
from = str(boost::format("%s:%d") % inet_ntoa(ip->ip_src) % ntohs(tcp->th_sport));
to = str(boost::format("%s:%d") % inet_ntoa(ip->ip_dst) % ntohs(tcp->th_dport));
} else {
char src_addr_buf[INET6_ADDRSTRLEN];
inet_ntop(AF_INET6, &ip6->ip6_src, src_addr_buf, sizeof(src_addr_buf));
char dst_addr_buf[INET6_ADDRSTRLEN];
inet_ntop(AF_INET6, &ip6->ip6_dst, dst_addr_buf, sizeof(src_addr_buf));
from = str(boost::format("[%s]:%d") % string(src_addr_buf) % ntohs(tcp->th_sport));
to = str(boost::format("[%s]:%d") % string(dst_addr_buf) % ntohs(tcp->th_dport));
}
/* define/compute tcp payload (segment) offset */
payload = (const char *)(packet + SIZE_ETHERNET + size_ip + size_tcp);
/* compute tcp payload (segment) size */
size_payload = ip_len - (size_ip + size_tcp);
string key;
key.append(from);
key.append("-");
key.append(to);
HttpPacket *http_packet = 0;
PacketCacheMap::iterator iter;
iter = m_pending_packets.find(key);
if (iter == m_pending_packets.end())
http_packet = new HttpPacket(from, to);
else {
http_packet = iter->second;
m_pending_packets.erase(iter);
}
if (http_packet->parse(payload, size_payload)) {
if (http_packet->isComplete()) {
m_callback(http_packet);
delete http_packet;
} else {
m_pending_packets[key] = http_packet;
}
} else {
delete http_packet;
}
}
void WsConnection::onOpen(const void* context)
{
m_status = FrameStart;
m_callback(shared_from_this(), Ws_OpenEvent, context);
}
thread_ret_t UVCVisionCam::RunThread()
{
uint32_t index = 0xFFFFFFFF;
void *buffer = NULL;
DVP_PRINT(DVP_ZONE_CAM, "UVC Dequeue Thread Running!\n");
// queue up all buffers
for (uint32_t i = 0; i < m_numImages; i++)
{
buffer = v4l2_acquire(m_dev, &index);
if (buffer)
{
if (v4l2_queue(m_dev, index, V4L2_BUF_TYPE_VIDEO_CAPTURE))
{
DVP_PRINT(DVP_ZONE_CAM, "UVC: Queued %p[%u] to UVC\n", buffer, index);
}
else
{
DVP_PRINT(DVP_ZONE_ERROR, "Failed to queue %p[%u]\n", buffer, index);
}
}
else
{
DVP_PRINT(DVP_ZONE_ERROR, "Failed to acquire buffer num %u\n", i);
}
}
v4l2_start(m_dev, V4L2_BUF_TYPE_VIDEO_CAPTURE);
index = 0xFFFFFFFF;
buffer = NULL;
while (m_running)
{
//if (v4l2_wait(m_dev))
{
if (v4l2_dequeue(m_dev, &index, V4L2_BUF_TYPE_VIDEO_CAPTURE) == true_e)
{
buffer = v4l2_search_index(m_dev, index);
if (buffer)
{
DVP_U08 *ptr = (DVP_U08 *)buffer;
DVP_Image_t image = *m_images[m_curImage]; // copy meta fields, pointers will be recalculated
// copy image pointer over
image.pData[0] = ptr;
image.color = FOURCC_YUY2;
/// @todo reconstruct multi-plane formats....
if (image.color == FOURCC_NV12)
{
image.pData[1] = &ptr[image.bufHeight * image.y_stride];
}
if (DVP_Image_Copy(m_images[m_curImage], &image) == DVP_TRUE)
{
m_frame.mFrameBuff = m_images[m_curImage];
m_frame.mTimestamp = rtimer_now();
if (m_callback)
m_callback(&m_frame);
m_curImage = (m_curImage + 1)%m_numImages;
}
}
else
{
DVP_PRINT(DVP_ZONE_CAM, "Failed to find buffer with index %u\n", index);
}
// requeue the buffer...
v4l2_queue(m_dev, index, V4L2_BUF_TYPE_VIDEO_CAPTURE);
}
}
}
DVP_PRINT(DVP_ZONE_CAM, "UVC Dequeue Thread Exiting!\n");
thread_exit(0);
}
void invokeCallback(const double callbackId, const folly::dynamic& arguments) {
auto returnedJSON = m_jsExecutor->invokeCallback(callbackId, arguments);
m_callback(parseMethodCalls(returnedJSON), true /* = isEndOfBatch */);
}
void callFunction(const double moduleId, const double methodId, const folly::dynamic& arguments) {
auto returnedJSON = m_jsExecutor->callFunction(moduleId, methodId, arguments);
m_callback(parseMethodCalls(returnedJSON), true /* = isEndOfBatch */);
}
void PoolTask::Run()
{
if (m_callback){
m_callback(m_callback_data);
}
}
bool CPHScriptObjectConditionN::is_true()
{
return m_callback();
}
void performCallback(WebKitURISchemeRequest* request)
{
ASSERT(m_callback);
m_callback(request, m_userData);
}
bool is_complete()
{
return m_callback();
}
//============================================================================
void DownloadRequestTrans::Post () {
m_callback(m_result, m_param, m_filename, m_writer);
}
bool is_complete()
{
return m_callback(m_result);
}
//============================================================================
void ManifestRequestTrans::Post () {
m_callback(m_result, m_param, m_group, m_manifest.Ptr(), m_manifest.Count());
}
void NotificationCallback::call(const Notification ¬ification) const
{
if (m_callback)
m_callback(notification);
}
void RunLoopObserver::runLoopObserverFired()
{
ASSERT(m_runLoopObserver);
m_callback();
}
//xie 2016-06-02 start//////////////////////////////
void CBaseSocket::OnUDPClose()
{
log("basesocket onudpclose \n");
m_state = SOCKET_STATE_CLOSING;
m_callback(m_callback_data, NETLIB_MSG_CLOSE, (net_handle_t)m_socket, NULL);
}
void CompletionCallbackType::componentComplete()
{
if (m_callback) m_callback(this, m_data);
}
void CBaseSocket::OnUDPWrite()
{
m_callback(m_callback_data, NETLIB_MSG_WRITE_UDP, (net_handle_t)m_socket, NULL);
}
bool EventListener::executeCallback(param_list_t params){
m_callback(params[0].Event.data);
}
void UIEngine::handleUICommand(int command, Control* control)
{
ASSERT(m_callback);
m_callback(command, control);
}
void Msg22::gotReply ( ) {
// save g_errno
m_errno = g_errno;
// shortcut
Msg22Request *r = m_r;
// back
m_outstanding = false;
r->m_inUse = 0;
// bail on error, multicast will free the reply buffer if it should
if ( g_errno ) {
if ( r->m_url[0] )
log("db: Had error getting title record for %s : %s.",
r->m_url,mstrerror(g_errno));
else
log("db: Had error getting title record for docId of "
"%lli: %s.",r->m_docId,mstrerror(g_errno));
// free reply buf right away
m_mcast.reset();
m_callback ( m_state );
return;
}
// breathe
QUICKPOLL ( r->m_niceness );
// get the reply
long replySize = -1 ;
long maxSize ;
bool freeIt ;
char *reply = m_mcast.getBestReply (&replySize, &maxSize, &freeIt);
relabel( reply, maxSize, "Msg22-mcastGBR" );
// breathe
QUICKPOLL ( r->m_niceness );
// a NULL reply happens when not found at one host and the other host
// is dead... we need to fix Multicast to return a g_errno for this
if ( ! reply ) {
// set g_errno for callback
m_errno = g_errno = EBADENGINEER;
log("db: Had problem getting title record. Reply is empty.");
m_callback ( m_state );
return;
}
// if replySize is only 8 bytes that means a not found
if ( replySize == 8 ) {
// we did not find it
m_found = false;
// get docid provided
long long d = *(long long *)reply;
// this is -1 or 0 if none available
m_availDocId = d;
// nuke the reply
mfree ( reply , maxSize , "Msg22");
// store error code
m_errno = ENOTFOUND;
// debug msg
//if ( m_availDocId != m_probableDocId && m_url )
// log(LOG_DEBUG,"build: Avail docid %lli != probable "
// "of %lli for %s.",
// m_availDocId, m_probableDocId , m_urlPtr );
// this is having problems in Msg23::gotTitleRec()
m_callback ( m_state );
return;
}
// sanity check. must either be an empty reply indicating nothing
// available or an 8 byte reply above!
if ( m_r->m_getAvailDocIdOnly ) { char *xx=NULL;*xx=0; }
// otherwise, it was found
m_found = true;
// if just checking tfndb, do not set this, reply will be empty!
if ( ! r->m_justCheckTfndb ) { // && ! r->m_getAvailDocIdOnly ) {
*m_titleRecPtrPtr = reply;
*m_titleRecSizePtr = replySize;
}
// if they don't want the title rec, nuke it!
else {
// nuke the reply
mfree ( reply , maxSize , "Msg22");
}
// all done
m_callback ( m_state );
}
typename base_type::reference dereference() const
{
if (m_callback)
m_callback();
return *(this->base());
}