Json::Value
PendingEnvelopes::getJsonInfo(size_t limit)
{
Json::Value ret;
updateMetrics();
{
auto it = mEnvelopes.rbegin();
size_t l = limit;
while (it != mEnvelopes.rend() && l-- != 0)
{
if (it->second.mFetchingEnvelopes.size() != 0)
{
Json::Value& slot = ret[std::to_string(it->first)]["fetching"];
for (auto const& e : it->second.mFetchingEnvelopes)
{
slot.append(mHerder.getSCP().envToStr(e));
}
}
if (it->second.mReadyEnvelopes.size() != 0)
{
Json::Value& slot = ret[std::to_string(it->first)]["pending"];
for (auto const& e : it->second.mReadyEnvelopes)
{
slot.append(mHerder.getSCP().envToStr(e));
}
}
it++;
}
}
return ret;
}
//sets the new positon to the given values, informs all other objects about the collision if needed, updates the grid
void Field::updatePosition(const float &xNew, const float &yNew)
{
if (x != xNew || y != yNew) {
updateMetrics(metrics, affectedGrids, (int32_t)xNew, (int32_t)yNew);
applyCollision();
int32_t newGridX = (int32_t)floor(xNew / GRID_SIZE);
int32_t newGridY = (int32_t)floor(yNew / GRID_SIZE);
if (xGridded != newGridX || yGridded != newGridY)
{
removeFromMap();
x = xNew;
y = yNew;
xGridded = newGridX;
yGridded = newGridY;
insertIntoMap();
}
else
{
x = xNew;
y = yNew;
xGridded = newGridX;
yGridded = newGridY;
}
}
}
void
PendingEnvelopes::discardSCPEnvelope(SCPEnvelope const& envelope)
{
try
{
if (isDiscarded(envelope))
{
return;
}
auto& discardedSet =
mEnvelopes[envelope.statement.slotIndex].mDiscardedEnvelopes;
discardedSet.insert(envelope);
auto& fetchingSet =
mEnvelopes[envelope.statement.slotIndex].mFetchingEnvelopes;
fetchingSet.erase(envelope);
stopFetch(envelope);
updateMetrics();
}
catch (xdr::xdr_runtime_error& e)
{
CLOG(TRACE, "Herder")
<< "PendingEnvelopes::discardSCPEnvelope got corrupt message: "
<< e.what();
}
}
void Field::init(const int32_t &x, const int32_t &y, const int32_t &metricsLength, const int32_t &affectedGridsLength)
{
this->x = (float)x;
this->y = (float)y;
xGridded = (int32_t)floor(this->x / GRID_SIZE);
yGridded = (int32_t)floor(this->y / GRID_SIZE);
liquid = false;
swimming = false;
grounded = false;
this->metricsLength = metricsLength;
metrics = new Rect[metricsLength];
metricsNew = new Rect[metricsLength];
this->affectedGridsLength = affectedGridsLength;
affectedGrids = new int64_t[affectedGridsLength];
affectedGridsNew = new int64_t[affectedGridsLength];
updateMetrics(metrics, affectedGrids, x, y);
insertIntoMap();
appropriateTool = Default;
health = (float)1.1;
}
void ListCtrl::updateFromResize()
{
updateMetrics();
updateScrollSize();
updateScrollPosition();
_updateAllVisible(ITEM_NONE, true, true);
_resetContainer(true);
}
void
PendingEnvelopes::discardSCPEnvelopesWithQSet(Hash hash)
{
CLOG(TRACE, "Herder") << "Discarding SCP Envelopes with SCPQSet "
<< hexAbbrev(hash);
auto envelopes = mQuorumSetFetcher.fetchingFor(hash);
for (auto& envelope : envelopes)
discardSCPEnvelope(envelope);
updateMetrics();
}
ItemBox::ItemBox(const IntCoord& _coord, char _align, const WidgetSkinInfoPtr _info, CroppedRectanglePtr _parent, const Ogre::String & _name) :
Widget(_coord, _align, _info, _parent, _name),
mWidgetScroll(null),
mWidgetClient(null),
mTopIndex(0),
mOffsetTop(0),
mRangeIndex(-1),
//mLastRedrawLine(0),
//mIndexSelect(ITEM_NONE),
mIsFocus(false),
mCountItems(0)
{
// нам нужен фокус клавы
mNeedKeyFocus = true;
for (VectorWidgetPtr::iterator iter=mWidgetChild.begin(); iter!=mWidgetChild.end(); ++iter) {
if ((*iter)->_getInternalString() == "VScroll") {
mWidgetScroll = castWidget<VScroll>(*iter);
mWidgetScroll->eventScrollChangePosition = newDelegate(this, &ItemBox::notifyScrollChangePosition);
//mWidgetScroll->eventMouseButtonPressed = newDelegate(this, &ItemBox::notifyMousePressed);
}
else if ((*iter)->_getInternalString() == "Client") {
mWidgetClient = (*iter);
//mWidgetClient->eventMouseButtonPressed = newDelegate(this, &ItemBox::notifyMousePressed);
mWidgetClient->eventMouseWheel = newDelegate(this, &ItemBox::notifyMouseWheel);
}
}
MYGUI_ASSERT(null != mWidgetScroll, "Child VScroll not found in skin (ItemBox must have VScroll)");
MYGUI_ASSERT(null != mWidgetClient, "Child Widget Client not found in skin (ItemBox must have Client)");
// парсим свойства
/*const MapString & param = _info->getParams();
MapString::const_iterator iter = param.find("SkinLine");
if (iter != param.end()) mSkinLine = iter->second;
MYGUI_ASSERT(false == mSkinLine.empty(), "SkinLine property or skin not found (ItemBox must have SkinLine property)");
iter = param.find("HeightLine");
if (iter != param.end()) mHeightLine = utility::parseInt(iter->second);
if (mHeightLine < 1) mHeightLine = 1;
*/
mWidgetScroll->setScrollPage((size_t)mSizeItem.height);
mSizeItem.set(50, 50);
mCountItems = 200;
updateMetrics();
updateScroll();
_redrawAllVisible();
//updateLine();
}
void ItemBox::updateFromResize(const IntSize& _size)
{
int old_count = mCountItemInLine;
updateMetrics();
updateScroll();
// если колличество айтемов в строке изменилось, то перерисовываем все
if (old_count == mCountItemInLine) {
// если строк стало меньшн то ничего не нужно
if (_size.height >= mCoord.height) return;
}
notifyScrollChangePosition(null, mWidgetScroll->getScrollPosition());
_redrawAllVisible();
}
void
PendingEnvelopes::eraseBelow(uint64 slotIndex)
{
for (auto iter = mEnvelopes.begin(); iter != mEnvelopes.end();)
{
if (iter->first < slotIndex)
{
iter = mEnvelopes.erase(iter);
}
else
break;
}
// 0 is special mark for data that we do not know the slot index
// it is used for state loaded from database
mTxSetCache.erase_if([&](TxSetFramCacheItem const& i) {
return i.first != 0 && i.first < slotIndex;
});
updateMetrics();
}
void
PendingEnvelopes::slotClosed(uint64 slotIndex)
{
// force recomputing the quorums
mNodesInQuorum.clear();
// stop processing envelopes & downloads for the slot falling off the
// window
if (slotIndex > Herder::MAX_SLOTS_TO_REMEMBER)
{
slotIndex -= Herder::MAX_SLOTS_TO_REMEMBER;
mEnvelopes.erase(slotIndex);
mTxSetFetcher.stopFetchingBelow(slotIndex + 1);
mQuorumSetFetcher.stopFetchingBelow(slotIndex + 1);
mTxSetCache.erase_if(
[&](TxSetFramCacheItem const& i) { return i.first == slotIndex; });
}
updateMetrics();
}
void ItemBox::eraseContent()
{
updateMetrics();
}
//TODO this just is a stub right now, it only sets the vector to 0 on collision
//shortens a movment vector so it only colides, but does not intersect, with other objects
void Field::applyCollisionToVector(Vector2 &moveVector)
{
int64_t xy64;
unordered_map<int64_t, FieldBack*>::const_iterator backIt;
pair<unordered_multimap<int64_t, FieldFront*>::iterator, unordered_multimap<int64_t, FieldFront*>::iterator> frontItPair;
unordered_multimap<int64_t, FieldFront*>::iterator frontIt;
int32_t i;
int32_t ii;
int32_t ai;
updateMetrics(metricsNew, affectedGridsNew, (int32_t)(this->x + moveVector.x), (int32_t)(this->y + moveVector.y));
for (ai = 0; ai<affectedGridsLength; ai++)
{
xy64 = affectedGridsNew[ai];
backIt = world.mapBack.find(xy64);
if (backIt != world.mapBack.end())
{
if (backIt->second != NULL && backIt->second != this && (colidingLayer !=3 || backIt->second->colidingLayer == 2) && !backIt->second->liquid) //TODO prevent double checking the same object!
{
for (i = 0; i<metricsLength; i++)
{
for (ii = 0; ii<backIt->second->metricsLength; ii++)
{
if (metricsNew[i].intersectsWith(backIt->second->metrics[ii]))
{
if (metricsNew[i].shortenVectorToNotInteresctWith(backIt->second->metrics[ii], moveVector))
{
return applyCollisionToVector(moveVector);
}
else
{
return;
}
}
}
}
}
}
if (colidingLayer != 1)
{
frontItPair = world.mapFront.equal_range(xy64);
for (frontIt=frontItPair.first; frontIt!=frontItPair.second; ++frontIt)
{
if (frontIt->second != NULL && frontIt->second != this) //TODO prevent double checking the same object!
{
for (i = 0; i<metricsLength; i++)
{
for (ii = 0; ii<frontIt->second->metricsLength; ii++)
{
if (metricsNew[i].intersectsWith(backIt->second->metrics[ii]))
{
if (metricsNew[i].shortenVectorToNotInteresctWith(backIt->second->metrics[ii], moveVector))
{
return applyCollisionToVector(moveVector);
}
else
{
return;
}
}
}
}
}
}
}
}
}
void ListCtrl::eraseContent()
{
_updateAllVisible(ITEM_NONE, false, true);
updateMetrics();
}
void extractCalls(Config *config) {
bam_hdr_t *hdr = sam_hdr_read(config->fp);
bam_mplp_t iter;
int ret, tid, pos, i, seqlen, type, rv, o = 0;
int beg0 = 0, end0 = 1u<<29;
int n_plp; //This will need to be modified for multiple input files
int ctid = -1; //The tid of the contig whose sequence is stored in "seq"
int idxBED = 0, strand;
uint32_t nmethyl = 0, nunmethyl = 0;
const bam_pileup1_t **plp = NULL;
char *seq = NULL, base;
mplp_data *data = NULL;
struct lastCall *lastCpG = NULL;
struct lastCall *lastCHG = NULL;
if(config->merge) {
if(config->keepCpG) {
lastCpG = calloc(1, sizeof(struct lastCall));
assert(lastCpG);
lastCpG->tid = -1;
}
if(config->keepCHG) {
lastCHG = calloc(1, sizeof(struct lastCall));
assert(lastCHG);
lastCHG->tid = -1;
}
}
data = calloc(1,sizeof(mplp_data));
if(data == NULL) {
fprintf(stderr, "Couldn't allocate space for the data structure in extractCalls()!\n");
return;
}
data->config = config;
data->hdr = hdr;
if (config->reg) {
if((data->iter = sam_itr_querys(config->bai, hdr, config->reg)) == 0) {
fprintf(stderr, "failed to parse regions %s", config->reg);
return;
}
}
if(config->bedName) {
config->bed = parseBED(config->bedName, hdr);
if(config->bed == NULL) return;
}
plp = calloc(1, sizeof(bam_pileup1_t *)); //This will have to be modified for multiple input files
if(plp == NULL) {
fprintf(stderr, "Couldn't allocate space for the plp structure in extractCalls()!\n");
return;
}
//Start the pileup
iter = bam_mplp_init(1, filter_func, (void **) &data);
bam_mplp_init_overlaps(iter);
bam_mplp_set_maxcnt(iter, config->maxDepth);
while((ret = cust_mplp_auto(iter, &tid, &pos, &n_plp, plp)) > 0) {
//Do we need to process this position?
if (config->reg) {
beg0 = data->iter->beg, end0 = data->iter->end;
if ((pos < beg0 || pos >= end0)) continue; // out of the region requested
}
if(tid != ctid) {
if(seq != NULL) free(seq);
seq = faidx_fetch_seq(config->fai, hdr->target_name[tid], 0, faidx_seq_len(config->fai, hdr->target_name[tid]), &seqlen);
if(seqlen < 0) {
fprintf(stderr, "faidx_fetch_seq returned %i while trying to fetch the sequence for tid %i (%s)!\n",\
seqlen, tid, hdr->target_name[tid]);
fprintf(stderr, "Note that the output will be truncated!\n");
return;
}
ctid = tid;
}
if(config->bed) { //Handle -l
while((o = posOverlapsBED(tid, pos, config->bed, idxBED)) == -1) idxBED++;
if(o == 0) continue; //Wrong strand
}
if(isCpG(seq, pos, seqlen)) {
if(!config->keepCpG) continue;
type = 0;
} else if(isCHG(seq, pos, seqlen)) {
if(!config->keepCHG) continue;
type = 1;
} else if(isCHH(seq, pos, seqlen)) {
if(!config->keepCHH) continue;
type = 2;
} else {
continue;
}
nmethyl = nunmethyl = 0;
base = *(seq+pos);
for(i=0; i<n_plp; i++) {
if(plp[0][i].is_del) continue;
if(plp[0][i].is_refskip) continue;
if(config->bed) if(!readStrandOverlapsBED(plp[0][i].b, config->bed->region[idxBED])) continue;
strand = getStrand((plp[0]+i)->b);
if(strand & 1) {
if(base != 'C' && base != 'c') continue;
} else {
if(base != 'G' && base != 'g') continue;
}
rv = updateMetrics(config, plp[0]+i);
if(rv > 0) nmethyl++;
else if(rv<0) nunmethyl++;
}
if(nmethyl+nunmethyl==0) continue;
if(!config->merge || type==2) {
writeCall(config->output_fp[type], config, hdr->target_name[tid], pos, 1, nmethyl, nunmethyl);
} else {
//Merge into per-CpG/CHG metrics
if(type==0) {
if(base=='G' || base=='g') pos--;
processLast(config->output_fp[0], config, lastCpG, hdr, tid, pos, 2, nmethyl, nunmethyl);
} else {
if(base=='G' || base=='g') pos-=2;
processLast(config->output_fp[1], config, lastCHG, hdr, tid, pos, 3, nmethyl, nunmethyl);
}
}
}
//Don't forget the last CpG/CHG
if(config->merge) {
if(config->keepCpG && lastCpG->tid != -1) {
processLast(config->output_fp[0], config, lastCpG, hdr, tid, pos, 2, nmethyl, nunmethyl);
}
if(config->keepCHG && lastCHG->tid != -1) {
processLast(config->output_fp[1], config, lastCHG, hdr, tid, pos, 3, nmethyl, nunmethyl);
}
}
bam_hdr_destroy(hdr);
if(data->iter) hts_itr_destroy(data->iter);
bam_mplp_destroy(iter);
free(data);
free(plp);
if(seq != NULL) free(seq);
}
void Text::updateFormat() {
FontResource *fontPtr = lockFontResource();
BS_ASSERT(fontPtr);
updateMetrics(*fontPtr);
_lines.resize(1);
if (_autoWrap && (uint) _width >= _autoWrapThreshold && _text.size() >= 2) {
_width = 0;
uint curLineWidth = 0;
uint curLineHeight = 0;
uint curLine = 0;
uint tempLineWidth = 0;
uint lastSpace = 0; // we need at least 1 space character to start a new line...
_lines[0].text = "";
for (uint i = 0; i < _text.size(); ++i) {
uint j;
tempLineWidth = 0;
lastSpace = 0;
for (j = i; j < _text.size(); ++j) {
if ((byte)_text[j] == ' ')
lastSpace = j;
const Common::Rect &curCharRect = fontPtr->getCharacterRect((byte)_text[j]);
tempLineWidth += curCharRect.width();
tempLineWidth += fontPtr->getGapWidth();
if ((tempLineWidth >= _autoWrapThreshold) && (lastSpace > 0))
break;
}
if (j == _text.size()) // everything in 1 line.
lastSpace = _text.size();
curLineWidth = 0;
curLineHeight = 0;
for (j = i; j < lastSpace; ++j) {
_lines[curLine].text += _text[j];
const Common::Rect &curCharRect = fontPtr->getCharacterRect((byte)_text[j]);
curLineWidth += curCharRect.width();
curLineWidth += fontPtr->getGapWidth();
if ((uint)curCharRect.height() > curLineHeight)
curLineHeight = curCharRect.height();
}
_lines[curLine].bbox.right = curLineWidth;
_lines[curLine].bbox.bottom = curLineHeight;
if ((uint)_width < curLineWidth)
_width = curLineWidth;
if (lastSpace < _text.size()) {
++curLine;
BS_ASSERT(curLine == _lines.size());
_lines.resize(curLine + 1);
_lines[curLine].text = "";
}
i = lastSpace;
}
// Bounding-Box der einzelnen Zeilen relativ zur ersten festlegen (vor allem zentrieren).
_height = 0;
Common::Array<Line>::iterator iter = _lines.begin();
for (; iter != _lines.end(); ++iter) {
Common::Rect &bbox = (*iter).bbox;
bbox.left = (_width - bbox.right) / 2;
bbox.right = bbox.left + bbox.right;
bbox.top = (iter - _lines.begin()) * fontPtr->getLineHeight();
bbox.bottom = bbox.top + bbox.bottom;
_height += bbox.height();
}
} else {
// Keine automatische Formatierung, also wird der gesamte Text in nur eine Zeile kopiert.
_lines[0].text = _text;
_lines[0].bbox = Common::Rect(0, 0, _width, _height);
}
fontPtr->release();
}
void FillIn::clearFoodList()
{
ui.lstResults->clear();
itemToResult.clear();
updateMetrics();
}
// called from Peer and when an Item tracker completes
Herder::EnvelopeStatus
PendingEnvelopes::recvSCPEnvelope(SCPEnvelope const& envelope)
{
auto const& nodeID = envelope.statement.nodeID;
if (!isNodeInQuorum(nodeID))
{
CLOG(DEBUG, "Herder")
<< "Dropping envelope from "
<< mApp.getConfig().toShortString(nodeID) << " (not in quorum)";
return Herder::ENVELOPE_STATUS_DISCARDED;
}
// did we discard this envelope?
// do we already have this envelope?
// do we have the qset
// do we have the txset
try
{
if (isDiscarded(envelope))
{
return Herder::ENVELOPE_STATUS_DISCARDED;
}
touchFetchCache(envelope);
auto& set = mEnvelopes[envelope.statement.slotIndex].mFetchingEnvelopes;
auto& processedList =
mEnvelopes[envelope.statement.slotIndex].mProcessedEnvelopes;
auto fetching = find(set.begin(), set.end(), envelope);
if (fetching == set.end())
{ // we aren't fetching this envelope
if (find(processedList.begin(), processedList.end(), envelope) ==
processedList.end())
{ // we haven't seen this envelope before
// insert it into the fetching set
fetching = set.insert(envelope).first;
startFetch(envelope);
}
else
{
// we already have this one
return Herder::ENVELOPE_STATUS_PROCESSED;
}
}
// we are fetching this envelope
// check if we are done fetching it
if (isFullyFetched(envelope))
{
// move the item from fetching to processed
processedList.emplace_back(*fetching);
set.erase(fetching);
envelopeReady(envelope);
updateMetrics();
return Herder::ENVELOPE_STATUS_READY;
} // else just keep waiting for it to come in
updateMetrics();
return Herder::ENVELOPE_STATUS_FETCHING;
}
catch (xdr::xdr_runtime_error& e)
{
CLOG(TRACE, "Herder")
<< "PendingEnvelopes::recvSCPEnvelope got corrupt message: "
<< e.what();
return Herder::ENVELOPE_STATUS_DISCARDED;
}
}
void ListCtrl::_updateAllVisible(size_t _index, bool _needUpdateContetntSize, bool _update)
{
bool change = false;
int top = 0;
size_t widget_index = 0;
for (size_t index = 0; index < mItemsInfo.size(); ++index)
{
ItemDataInfo& info = mItemsInfo[index];
// айтем сверху не виден
if ((top + info.size.height) < (mContentPosition.top))
{
}
// айтем снизу и не виден
else if (top > ((mContentPosition.top) + _getClientWidget()->getHeight()))
{
}
// айтем встрял в видимость
else
{
Widget* item = getItemWidget(widget_index);
widget_index++;
if (index == _index || ITEM_NONE == _index)
{
item->_setInternalData((size_t)index);
item->setPosition(-mContentPosition.left, top - (mContentPosition.top));
item->setVisible(true);
IBDrawItemInfo data(index, mIndexSelect, mIndexActive, mIndexAccept, mIndexRefuse, _update, false);
IntCoord coord(IntPoint(), info.size);
requestDrawItem(this, item, data, coord);
if (info.size != coord.size())
change = true;
info.size = coord.size();
item->setSize(mClient->getWidth()/*mContentSize.width*/, info.size.height);
}
}
top += info.size.height;
}
// если виджеты еще есть, то их надо скрыть
while (widget_index < mVectorItems.size())
{
Widget* item = mVectorItems[widget_index];
widget_index ++;
item->setVisible(false);
item->_setInternalData((size_t)ITEM_NONE);
}
if (change && _needUpdateContetntSize)
{
updateMetrics();
updateScrollSize();
updateScrollPosition();
}
}
void Text::updateFormat() {
FontResource *fontPtr = lockFontResource();
assert(fontPtr);
updateMetrics(*fontPtr);
_lines.resize(1);
if (_autoWrap && (uint) _width >= _autoWrapThreshold && _text.size() >= 2) {
_width = 0;
uint curLineWidth = 0;
uint curLineHeight = 0;
uint curLine = 0;
uint tempLineWidth = 0;
uint lastSpace = 0; // we need at least 1 space character to start a new line...
_lines[0].text = "";
for (uint i = 0; i < _text.size(); ++i) {
uint j;
tempLineWidth = 0;
lastSpace = 0;
for (j = i; j < _text.size(); ++j) {
if ((byte)_text[j] == ' ')
lastSpace = j;
const Common::Rect &curCharRect = fontPtr->getCharacterRect((byte)_text[j]);
tempLineWidth += curCharRect.width();
tempLineWidth += fontPtr->getGapWidth();
if ((tempLineWidth >= _autoWrapThreshold) && (lastSpace > 0))
break;
}
if (j == _text.size()) // everything in 1 line.
lastSpace = _text.size();
curLineWidth = 0;
curLineHeight = 0;
for (j = i; j < lastSpace; ++j) {
_lines[curLine].text += _text[j];
const Common::Rect &curCharRect = fontPtr->getCharacterRect((byte)_text[j]);
curLineWidth += curCharRect.width();
curLineWidth += fontPtr->getGapWidth();
if ((uint)curCharRect.height() > curLineHeight)
curLineHeight = curCharRect.height();
}
_lines[curLine].bbox.right = curLineWidth;
_lines[curLine].bbox.bottom = curLineHeight;
if ((uint)_width < curLineWidth)
_width = curLineWidth;
if (lastSpace < _text.size()) {
++curLine;
assert(curLine == _lines.size());
_lines.resize(curLine + 1);
_lines[curLine].text = "";
}
i = lastSpace;
}
// Bounding box of each line relative to the first set (center aligned).
_height = 0;
Common::Array<Line>::iterator iter = _lines.begin();
for (; iter != _lines.end(); ++iter) {
Common::Rect &bbox = (*iter).bbox;
bbox.left = (_width - bbox.right) / 2;
bbox.right = bbox.left + bbox.right;
bbox.top = (iter - _lines.begin()) * fontPtr->getLineHeight();
bbox.bottom = bbox.top + bbox.bottom;
_height += bbox.height();
}
} else {
// No auto format, so all the text is copied to a single line.
_lines[0].text = _text;
_lines[0].bbox = Common::Rect(0, 0, _width, _height);
}
fontPtr->release();
}