QString Entry::debugInfo() const
{
QString info;
info += QLatin1String("### Entry: ###################\n");
if (!title().isEmpty())
info += QLatin1String("title: #") + title() + QLatin1String("#\n");
if (!summary().isEmpty())
info += QLatin1String("summary: #") + summary() + QLatin1String("#\n");
if (!id().isEmpty())
info += QLatin1String("id: #") + id() + QLatin1String("#\n");
if (!content().isNull())
info += content().debugInfo();
if (!rights().isEmpty())
info += QLatin1String("rights: #") + rights() + QLatin1String("#\n");
QString dupdated = dateTimeToString(updated());
if (!dupdated.isNull())
info += QLatin1String("updated: #") + dupdated + QLatin1String("#\n");
QString dpublished = dateTimeToString(published());
if (!dpublished.isNull())
info += QLatin1String("published: #") + dpublished + QLatin1String("#\n");
QList<Link> dlinks = links();
QList<Link>::ConstIterator endlinks = dlinks.constEnd();
for (QList<Link>::ConstIterator it = dlinks.constBegin(); it != endlinks; ++it)
info += (*it).debugInfo();
QList<Category> dcats = categories();
QList<Category>::ConstIterator endcats = dcats.constEnd();
for (QList<Category>::ConstIterator it = dcats.constBegin(); it != endcats; ++it)
info += (*it).debugInfo();
info += QLatin1String("### Authors: ###################\n");
QList<Person> dauthors = authors();
QList<Person>::ConstIterator endauthors = dauthors.constEnd();
for (QList<Person>::ConstIterator it = dauthors.constBegin(); it != endauthors; ++it)
info += (*it).debugInfo();
info += QLatin1String("### Contributors: ###################\n");
QList<Person> dcontri = contributors();
QList<Person>::ConstIterator endcontri = dcontri.constEnd();
for (QList<Person>::ConstIterator it = dcontri.constBegin(); it != endcontri; ++it)
info += (*it).debugInfo();
if (!source().isNull())
info += source().debugInfo();
info += QLatin1String("### Entry end ################\n");
return info;
}
QString Source::debugInfo() const
{
QString info;
info += QLatin1String("### Source: ###################\n");
if (!title().isEmpty())
info += QLatin1String("title: #") + title() + QLatin1String("#\n");
if (!subtitle().isEmpty())
info += QLatin1String("subtitle: #") + subtitle() + QLatin1String("#\n");
if (!id().isEmpty())
info += QLatin1String("id: #") + id() + QLatin1String("#\n");
if (!rights().isEmpty())
info += QLatin1String("rights: #") + rights() + QLatin1String("#\n");
if (!icon().isEmpty())
info += QLatin1String("icon: #") + icon() + QLatin1String("#\n");
if (!logo().isEmpty())
info += QLatin1String("logo: #") + logo() + QLatin1String("#\n");
if (!generator().isNull())
info += generator().debugInfo();
QString dupdated = dateTimeToString(updated());
if (!dupdated.isNull())
info += QLatin1String("updated: #") + dupdated + QLatin1String("#\n");
QList<Link> dlinks = links();
QList<Link>::ConstIterator endlinks = dlinks.constEnd();
for (QList<Link>::ConstIterator it = dlinks.constBegin(); it != endlinks; ++it)
info += (*it).debugInfo();
QList<Category> dcats = categories();
QList<Category>::ConstIterator endcats = dcats.constEnd();
for (QList<Category>::ConstIterator it = dcats.constBegin(); it != endcats; ++it)
info += (*it).debugInfo();
info += QLatin1String("### Authors: ###################\n");
QList<Person> dauthors = authors();
QList<Person>::ConstIterator endauthors = dauthors.constEnd();
for (QList<Person>::ConstIterator it = dauthors.constBegin(); it != endauthors; ++it)
info += (*it).debugInfo();
info += QLatin1String("### Contributors: ###################\n");
QList<Person> dcontri = contributors();
QList<Person>::ConstIterator endcontri = dcontri.constEnd();
for (QList<Person>::ConstIterator it = dcontri.constBegin(); it != endcontri; ++it)
info += (*it).debugInfo();
info += QLatin1String("### Source end ################\n");
return info;
}
std::pair<float, float> ScoreSet::calculateLRAccuracies(std::map<int, Score>::const_iterator divider) const
{
std::pair<float, float> ret;
std::pair<int, int> rights(0, 0);
std::pair<int, int> wrongs(0, 0);
std::map<int, Score>::const_iterator it = scores.begin();
for (; it != divider; ++it)
{
rights.first += it->second.right;
wrongs.first += it->second.wrong;
}
for (; it != scores.end(); ++it)
{
rights.second += it->second.right;
wrongs.second += it->second.wrong;
}
if (rights.first + wrongs.first == 0)
ret.first = 1.00;
else
ret.first = static_cast<float>(rights.first) / (rights.first + wrongs.first);
if (rights.second + wrongs.second == 0)
ret.second = 0.25;
else
ret.second = static_cast<float>(rights.second) / (rights.second + wrongs.second);
return ret;
}
ExpandRequestPacket::ExpandRequestPacket( const ExpandRequestData& data,
const UserUser* user )
: RequestPacket( REQUEST_HEADER_SIZE + calcPacketSize( data, user ),
DEFAULT_PACKET_PRIO,
Packet::PACKETTYPE_EXPAND_REQUEST,
Packet::NO_PACKET_ID, // Packet ID
Packet::MAX_REQUEST_ID,
Packet::MAX_MAP_ID )
{
int pos = REQUEST_HEADER_SIZE;
UserRightsMapInfo rights( data.getIDPair().first, user );
SaveLengthHelper slh ( this, pos );
slh.writeDummyLength( pos );
rights.save( this, pos );
slh.updateLengthUsingEndPos( pos );
data.save( this, pos );
setLength( pos );
if( data.getIDPair().first == MAX_UINT32 ) {
setMapID( rights.getFirstAllowedMapID() );
} else {
setMapID( data.getIDPair().first );
}
}
static int
snachandler(OscarData *od, FlapConnection *conn, aim_module_t *mod, FlapFrame *frame, aim_modsnac_t *snac, ByteStream *bs)
{
if (snac->subtype == 0x0003)
return rights(od, conn, mod, frame, snac, bs);
return 0;
}
static int snachandler(aim_session_t *sess, aim_module_t *mod, aim_frame_t *rx, aim_modsnac_t *snac, aim_bstream_t *bs)
{
if (snac->subtype == 0x0003)
return rights(sess, mod, rx, snac, bs);
return 0;
}
int
ExpandRequestPacket::calcPacketSize( const ExpandRequestData& data,
const UserUser* user ) {
int size = data.getSizeInPacket();
UserRightsMapInfo rights( data.getIDPair().first, user );
size += rights.getSizeInPacket() + 4;
return size;
}
void User::set_permission(Rights perm, bool can) {
Rights r = rights();
if (can) {
r = Rights(r | perm);
} else {
r = Rights(r & (~perm));
}
set_rights(r);
}
static int
snachandler(OscarData *od, FlapConnection *conn, aim_module_t *mod, FlapFrame *frame, aim_modsnac_t *snac, ByteStream *bs)
{
if (snac->subtype == SNAC_SUBTYPE_BUDDY_RIGHTSINFO)
return rights(od, conn, mod, frame, snac, bs);
else if ((snac->subtype == SNAC_SUBTYPE_BUDDY_ONCOMING) || (snac->subtype == SNAC_SUBTYPE_BUDDY_OFFGOING))
return buddychange(od, conn, mod, frame, snac, bs);
return 0;
}
gboolean parse_value (PREFS *images, char *key, char *prefsline, char *entry_place)
{
/* Parse the given line. Check against keys, */
/* if it matches then copy value to the preferences object. */
char current_key[KEY_WORDS_MAX_SIZE]; /* Left hand holder */
char current_var[MAX_LINE_CHARACTERS]; /* Right hand holder */
int key_length; /* Length of current key */
GtkWidget *entry_field; /* Entry field to fill */
/* Check to see if the keys match */
key_length = strlen (key); /* Get length of key */
lefts (current_key, prefsline, key_length);
if (strcmp (key, current_key)) /* Do they match? */
return FALSE; /* Keys don't match */
/* The keys match, get the value of the key */
rights (current_var, prefsline, strlen (prefsline) - key_length);
lefts (current_var, current_var, strlen (current_var) - 1);
/* Check to see if the value is NULL */
if (!strcmp ("", current_var))
return TRUE; /* The value was NULL */
/* We have the value, put it in it's place */
if (strcmp (KEY_DISPLAY_COMMAND, current_key))
{
/* This is for everything but the "Display Command" checkbox */
entry_field = glade_xml_get_widget (images->xml, entry_place);
gtk_entry_set_text (GTK_ENTRY (entry_field), current_var);
}
else
{
/* This is only for the "Display Command" checkbox */
entry_field = glade_xml_get_widget (images->xml, entry_place);
if (!strcmp (current_var, "TRUE"))
gtk_toggle_button_set_active (GTK_TOGGLE_BUTTON (entry_field), TRUE);
else
gtk_toggle_button_set_active (GTK_TOGGLE_BUTTON (entry_field), FALSE);
}
return TRUE;
}
ExternalItemInfoRequestPacket::
ExternalItemInfoRequestPacket( const SearchMatch& match,
const LangType& langType,
const UserUser* user )
: RequestPacket( 65536,
DEFAULT_PACKET_PRIO,
Packet::PACKETTYPE_EXTERNALITEMINFO_REQUEST,
Packet::NO_PACKET_ID, // Packet ID
Packet::MAX_REQUEST_ID,
Packet::MAX_MAP_ID )
{
setResourceID( match.getExtSource() );
int pos = REQUEST_HEADER_SIZE;
UserRightsMapInfo rights( MAX_UINT32, user );
rights.save( this, pos );
incWriteString( pos, match.getExtID() );
incWriteLong ( pos, langType );
incWriteLong( pos, match.getCoords().lat );
incWriteLong( pos, match.getCoords().lon );
incWriteString( pos, match.getName() );
setLength( pos );
}
bool User::has_permission(Rights perm) const {
return has_permission(perm, rights());
}
GfxFeatureMapRequestPacket::GfxFeatureMapRequestPacket(
uint32 mapID,
const UserUser* user,
uint16 reqID,
uint16 packetID,
int32 upperLeftLat,
int32 upperLeftLon,
int32 lowerRightLat,
int32 lowerRightLon,
uint16 screenSizeX,
uint16 screenSizeY,
uint32 maxScaleLevel,
uint32 minScaleLevel,
uint32 filtScaleLevel,
LangTypes::language_t language,
const MapSettings* mapSettings,
bool ignoreStartOffset,
bool ignoreEndOffset,
uint16 startOffset,
uint16 endOffset,
bool drawOverviewContents,
bool extractForTileMaps )
: RequestPacket( MAX_PACKET_SIZE,
GFXFEATUREMAP_REQUEST_PRIO,
PACKETTYPE_GFXFEATUREMAPREQUEST,
packetID,
reqID,
MAX_UINT32 )
{
setMapID( mapID );
MC2_ASSERT(mapSettings != NULL);
writeLong( upperLeftLat_POS, upperLeftLat );
writeLong( upperLeftLon_POS, upperLeftLon );
writeLong( lowerRightLat_POS, lowerRightLat );
writeLong( lowerRightLon_POS, lowerRightLon );
writeShort( screenSizeX_POS, screenSizeX );
writeShort( screenSizeY_POS, screenSizeY );
writeLong( maxScaleLevel_POS, maxScaleLevel );
writeLong( minScaleLevel_POS, minScaleLevel );
writeLong( filtScaleLevel_POS, filtScaleLevel );
writeLong( language_POS, language );
writeShort( startOffset_POS, startOffset );
writeShort( endOffset_POS, endOffset );
// Write some bits.
setIgnoreStartOffset(ignoreStartOffset);
setIgnoreEndOffset(ignoreEndOffset);
setDrawOverviewContents(drawOverviewContents);
writeBit(isStartAndEnd_POS, EXTRACT_FOR_TILEMAPS_BIT_POS,
extractForTileMaps);
writeByte( nbrReqPackets_POS, 0); // Nbr req packets
writeShort( nbrNodeIDs_POS, 0 ); // Nbr node ids.
int pos = endStatic_POS;
mapSettings->saveToPacket( this, pos );
setLength( pos );
UserRightsMapInfo rights( mapID, user, ~MapRights() );
rights.save( this, pos );
// Save the real length of the mapSettings + userRights
writeLong( mapSettingsLen_POS, pos - endStatic_POS );
setLength( pos );
}
void operator()(const Scores& scores,
Dependency& dependency)
{
const size_t sentence_size = dependency.size();
const int last_max = sentence_size + 1;
actives.clear();
actives.resize(sentence_size + 2, hypothesis_set_type(sentence_size + 2, sentence_size + 2, sentence_size + 2, hypothesis_type()));
// initialize by axioms...
for (int pos = 0; pos != last_max; ++ pos) {
// we need to shift + 1 for correct indexing...
// [h3, j, h3 j, j + 1] where j == pos + 1 and h3 should starts from -1
for (int h3 = -1; h3 != pos; ++ h3)
actives(pos, pos + 1)(h3 + 1, h3 + 1, pos + 1).score = 0.0;
}
for (int last = 2; last <= last_max; ++ last)
for (int length = 2; last - length >= 0; ++ length) {
const int first = last - length;
//
// is it correct???
// [h1, first, h2 h3, middle] [h3, middle, h4 h5, last]
//
// first <= h3 < middle
// middle <= h5 < last
// h3 <= h4 < h5
// -1 <= h1 < h3 (or first??? given h3 < middle...?)
// h1 <= h2 < h3
hypothesis_set_type& cells = actives(first, last);
for (int middle = first + 1; middle < last; ++ middle) {
const hypothesis_set_type& lefts = actives(first, middle);
const hypothesis_set_type& rights = actives(middle, last);
for (int h3 = first; h3 < middle; ++ h3)
for (int h5 = middle; h5 < last; ++ h5)
for (int h4 = h3; h4 < h5; ++ h4)
for (int h1 = -1; h1 < first; ++ h1)
for (int h2 = h1; h2 < h3; ++ h2) {
const hypothesis_type& left = lefts(h1 + 1, h2 + 1, h3 + 1);
const hypothesis_type& right = rights(h3 + 1, h4 + 1, h5 + 1);
// [h1, i, h2 h5, j] (la1; h5 -> h4)
// left attachment
if (h4 > 0)
enumerate(cells(h1 + 1, h2 + 1, h5 + 1), left, right, h5, h4, scores(h5, h4));
// [h1, i, h2 h4, j] (ra1; h4 -> h5)
// right attachment
if (h4 >= 0)
enumerate(cells(h1 + 1, h2 + 1, h4 + 1), left, right, h4, h5, scores(h4, h5));
// [h1, i, h4 h5, j] (la2; h5 -> h2)
// left attachment
if (h2 > 0)
enumerate(cells(h1 + 1, h4 + 1, h5 + 1), left, right, h5, h2, scores(h5, h2));
// [h1, i, h2 h4, j] (ra2; h2 -> h5)
// right attachment
if (h2 >= 0)
enumerate(cells(h1 + 1, h2 + 1, h4 + 1), left, right, h2, h5, scores(h2, h5));
}
}
}
const dep_set_type& deps = actives(0, last_max)(-1 + 1, -1 + 1, 0 + 1).deps;
dep_set_type::const_iterator diter_end = deps.end();
for (dep_set_type::const_iterator diter = deps.begin(); diter != diter_end; ++ diter)
dependency[diter->second - 1] = diter->first;
}
