bool Msg1c::reindexQuery ( char *query ,
collnum_t collnum ,
int32_t startNum ,
int32_t endNum ,
bool forceDel ,
int32_t langId,
void *state ,
void (* callback) (void *state ) ) {
m_collnum = collnum;// = coll;
m_startNum = startNum;
m_endNum = endNum;
m_forceDel = forceDel;
m_state = state;
m_callback = callback;
m_numDocIds = 0;
m_numDocIdsAdded = 0;
m_niceness = MAX_NICENESS;
// langunknown?
m_qq.set2 ( query , langId , true );
// sanity fix
if ( endNum - startNum > MAXDOCIDSTOCOMPUTE )
endNum = startNum + MAXDOCIDSTOCOMPUTE;
// reset again just in case
m_req.reset();
// set our Msg39Request
m_req.m_collnum = m_collnum;
m_req.m_docsToGet = endNum;
m_req.m_niceness = 0,
m_req.m_getDocIdScoringInfo = false;
m_req.m_doSiteClustering = false;
m_req.m_doDupContentRemoval = false;
m_req.ptr_query = m_qq.m_orig;
m_req.size_query = m_qq.m_origLen+1;
m_req.m_timeout = 86400*1000; // a whole day. todo: should we just go for infinite here?
m_req.m_queryExpansion = true; // so it's like regular rslts
// add language dropdown or take from [query reindex] link
m_req.m_language = langId;
//m_req.m_debug = 1;
// log for now
logf(LOG_DEBUG,"reindex: qlangid=%" PRId32" q=%s",langId,query);
g_errno = 0;
// . get the docIds
// . this sets m_msg3a.m_clusterLevels[] for us
if ( ! m_msg3a.getDocIds ( &m_req, NULL, &m_qq, this, gotDocIdListWrapper )) {
return false;
}
// . this returns false if blocks, true otherwise
// . sets g_errno on failure
return gotList ( );
}
// . ***** META LIST ADD LOOP *****
// . add meta lists corresponding to the keys in m_addme[]
// . call msg5 in case some got dumped to disk!
// . never add zids out of order for the same sid
// . returns false if blocked, sets g_errno on error and returns true
bool Syncdb::loop2 ( ) {
// sanity check
if ( ! m_calledLoop1 ) { char *xx=NULL;*xx=0; }
loop:
// breathe just in case
QUICKPOLL ( MAX_NICENESS );
// return if done!
if ( m_ia >= m_na ) { m_calledLoop2 = true ; return true; }
// . check the tree for the next key to add first!!!
// . most of the time this should be the case!
RdbTree *stree = &m_rdb.m_tree;
// get the key
key128_t k = m_addMe[m_ia];
// is it there?
long n = stree->getNode ( 0 , (char *)&k );
// yes! easy add...
if ( n >= 0 ) {
//long reqSize = stree->getDataSize ( n );
char *req = stree->getData ( n );
// get zid from key
uint64_t zid1 = getZid ( &k );
// get zid from request
uint64_t zid2 = *(uint64_t *)(req+4);
// must match!
if ( zid1 != zid2 ) { char *xx=NULL;*xx=0; }
// . add away using Msg4.cpp
// . return with g_errno set on error
if ( ! addMetaList ( req ) ) return true;
// success, delete the key from QUICK TREE
m_qt.deleteNode ( 0 , (char *)&k , true );
// . and delete that node (freeData = true)
// . no! not until we got all the checkoff requests in!
// stree->deleteNode ( n , true );
// advance on success
m_ia++;
// go back for more
goto loop;
}
// make the key range
key128_t sk = k;
key128_t ek = k;
// make negative
sk.n0 &= 0xfffffffffffffffeLL;
// do not let sleep ticker call bigLoop
m_outstanding = true;
// get the meta list from on disk i guess, if not in tree
if ( ! m_msg5.getList ( RDB_SYNCDB ,
(collnum_t)0 , // coll
&m_list ,
(char *)&sk , // startKey
(char *)&ek , // endKey
999 , // minRecSizes
true , // includeTree?
false , // addToCache
0 , // maxCacheAge
0 , // startFielNum
-1 , // numFiles
NULL , // state
gotListWrapper ,
MAX_NICENESS ,
true )) // do error correction?
return false;
// process it. loop back up for another on success!
if ( gotList ( ) ) goto loop;
// bad. g_errno must be set
return false;
}
void SieveJob::slotResult( KJob * job ) {
Command lastCmd = mCommands.top();
// First, let's see if we come back from a SearchActive. If so, set
// mFileExists to No if we didn't see the mUrl.fileName() during
// listDir...
if ( lastCmd == SearchActive && mFileExists == DontKnow && !job->error() )
mFileExists = No;
// prepare for next round:
mCommands.pop();
delete mDec; mDec = 0;
if ( mSieveCapabilities.empty() ) {
mSieveCapabilities = static_cast<KIO::Job*>(job)->queryMetaData( "sieveExtensions" ).split(' ', QString::SkipEmptyParts );
kDebug() << "Received Sieve extensions supported:\n" << mSieveCapabilities.join("\n");
}
// check for errors:
if ( job->error() ) {
if ( static_cast<KIO::Job*>(job)->ui() ) {
static_cast<KIO::Job*>(job)->ui()->setWindow( 0 );
static_cast<KIO::Job*>(job)->ui()->showErrorMessage();
}
emit result( this, false, mScript, mUrl.fileName() == mActiveScriptName );
if ( lastCmd == List )
emit gotList( this, false, mAvailableScripts, mActiveScriptName );
else
emit gotScript( this, false, mScript, mUrl.fileName() == mActiveScriptName );
mJob = 0;
deleteLater();
return;
}
// check for new tasks:
if ( !mCommands.empty() ) {
// Don't fail getting a non-existent script:
if ( mCommands.top() == Get && mFileExists == No ) {
mScript.clear();
mCommands.pop();
}
}
if ( mCommands.empty() ) {
// was last command; report success and delete this object:
emit result( this, true, mScript, mUrl.fileName() == mActiveScriptName );
if ( lastCmd == List )
emit gotList( this, true, mAvailableScripts, mActiveScriptName );
else
emit gotScript( this, true, mScript, mUrl.fileName() == mActiveScriptName );
mJob = 0; // deletes itself on returning from this slot
deleteLater();
return;
} else {
// schedule the next command:
schedule( mCommands.top() );
}
}
