ScrollOffset ScrollAnimator::desiredTargetOffset() const {
if (m_runState == RunState::WaitingToCancelOnCompositor)
return currentOffset();
return (m_animationCurve || m_runState == RunState::WaitingToSendToCompositor)
? m_targetOffset
: currentOffset();
}
sc::result Defective::react( const EvNewData & ev )
{
(void) ev;
DEBUG_MSG(NOTIFY, "new data to offset: %d", availableOffset());
DEBUG_MSG(NOTIFY, "current offset : %d", currentOffset());
context<StreamingMelter>().complete( availableOffset() - currentOffset() );
return discard_event();
}
void Lexer::setCode(const SourceCode& source, ParserArena& arena)
{
m_arena = &arena.identifierArena();
m_lineNumber = source.firstLine();
m_delimited = false;
m_lastToken = -1;
const UChar* data = source.provider()->data();
m_source = &source;
m_codeStart = data;
m_code = data + source.startOffset();
m_codeEnd = data + source.endOffset();
m_error = false;
m_atLineStart = true;
// ECMA-262 calls for stripping all Cf characters, but we only strip BOM characters.
// See <https://bugs.webkit.org/show_bug.cgi?id=4931> for details.
if (source.provider()->hasBOMs()) {
for (const UChar* p = m_codeStart; p < m_codeEnd; ++p) {
if (UNLIKELY(*p == byteOrderMark)) {
copyCodeWithoutBOMs();
break;
}
}
}
// Read the first characters into the 4-character buffer.
shift4();
ASSERT(currentOffset() == source.startOffset());
}
void mtpFileLoader::partLoaded(int32 offset, const MTPupload_File &result) {
if (requestId) {
--queue->queries;
requestId = 0;
}
if (offset == currentOffset()) {
int32 limit = locationType ? DocumentDownloadPartSize : DownloadPartSize;
const MTPDupload_file &d(result.c_upload_file());
const string &bytes(d.vbytes.c_string().v);
if (bytes.size()) {
if (file.isOpen()) {
if (file.write(bytes.data(), bytes.size()) != qint64(bytes.size())) {
return finishFail();
}
} else {
data.append(bytes.data(), bytes.size());
}
}
if (bytes.size() && !(bytes.size() % 1024)) { // good next offset
// offset += bytes.size();
} else {
type = d.vtype;
complete = true;
if (file.isOpen()) {
file.close();
psPostprocessFile(QFileInfo(file).absoluteFilePath());
}
removeFromQueue();
App::wnd()->update();
App::wnd()->psUpdateNotifies();
}
emit progress(this);
}
loadNext();
}
void ScrollAnimator::createAnimationCurve() {
DCHECK(!m_animationCurve);
m_animationCurve = CompositorScrollOffsetAnimationCurve::create(
compositorOffsetFromBlinkOffset(m_targetOffset),
m_lastGranularity == ScrollByPixel
? CompositorScrollOffsetAnimationCurve::ScrollDurationInverseDelta
: CompositorScrollOffsetAnimationCurve::ScrollDurationConstant);
m_animationCurve->setInitialValue(
compositorOffsetFromBlinkOffset(currentOffset()));
}
void GuiGameListMenuCtrl::onDebugRender(Point2I offset)
{
GuiGameListMenuProfile * profile = (GuiGameListMenuProfile *) mProfile;
F32 xScale = (float) getWidth() / profile->getRowWidth();
ColorI controlBorderColor(200, 200, 200); // gray
ColorI rowBorderColor(255, 127, 255); // magenta
ColorI hitBorderColor(255, 0, 0); // red
Point2I shrinker(-1, -1);
Point2I extent = getExtent();
// render a border around the entire control
RectI borderRect(offset, extent + shrinker);
GFX->getDrawUtil()->drawRect(borderRect, controlBorderColor);
S32 rowHeight = profile->getRowHeight();
Point2I currentOffset(offset);
Point2I rowExtent(extent.x, rowHeight);
rowExtent += shrinker;
Point2I hitAreaExtent(profile->getHitAreaExtent());
hitAreaExtent.x *= xScale;
hitAreaExtent += shrinker;
Point2I hitAreaOffset = profile->mHitAreaUpperLeft;
hitAreaOffset.x *= xScale;
Point2I upperLeft;
for (Vector<Row *>::iterator row = mRows.begin(); row < mRows.end(); ++row)
{
// set the top of the current row
if (row != mRows.begin())
{
// rows other than the first can have padding above them
currentOffset.y += (*row)->mHeightPad;
currentOffset.y += rowHeight;
}
// draw the box around the whole row's extent
upperLeft = currentOffset;
borderRect.point = upperLeft;
borderRect.extent = rowExtent;
GFX->getDrawUtil()->drawRect(borderRect, rowBorderColor);
// draw the box around the hit area of the row
upperLeft = currentOffset + hitAreaOffset;
borderRect.point = upperLeft;
borderRect.extent = hitAreaExtent;
GFX->getDrawUtil()->drawRect(borderRect, hitBorderColor);
}
}
void mtpFileLoader::finishFail() {
bool started = currentOffset(true) > 0;
cancelRequests();
type = mtpc_storage_fileUnknown;
complete = true;
if (fileIsOpen) {
file.close();
fileIsOpen = false;
file.remove();
}
data = QByteArray();
emit failed(this, started);
file.setFileName(fname = QString());
loadNext();
}
bool ScrollAnimator::willAnimateToOffset(const ScrollOffset& targetOffset) {
if (m_runState == RunState::PostAnimationCleanup)
resetAnimationState();
if (m_runState == RunState::WaitingToCancelOnCompositor ||
m_runState == RunState::WaitingToCancelOnCompositorButNewScroll) {
ASSERT(m_animationCurve);
m_targetOffset = targetOffset;
if (registerAndScheduleAnimation())
m_runState = RunState::WaitingToCancelOnCompositorButNewScroll;
return true;
}
if (m_animationCurve) {
if ((targetOffset - m_targetOffset).isZero())
return true;
m_targetOffset = targetOffset;
ASSERT(m_runState == RunState::RunningOnMainThread ||
m_runState == RunState::RunningOnCompositor ||
m_runState == RunState::RunningOnCompositorButNeedsUpdate ||
m_runState == RunState::RunningOnCompositorButNeedsTakeover);
// Running on the main thread, simply update the target offset instead
// of sending to the compositor.
if (m_runState == RunState::RunningOnMainThread) {
m_animationCurve->updateTarget(
m_timeFunction() - m_startTime,
compositorOffsetFromBlinkOffset(targetOffset));
return true;
}
if (registerAndScheduleAnimation())
m_runState = RunState::RunningOnCompositorButNeedsUpdate;
return true;
}
if ((targetOffset - currentOffset()).isZero())
return false;
m_targetOffset = targetOffset;
m_startTime = m_timeFunction();
if (registerAndScheduleAnimation())
m_runState = RunState::WaitingToSendToCompositor;
return true;
}
void mtpFileLoader::finishFail() {
bool started = currentOffset() > 0;
if (requestId) {
requestId = 0;
--queue->queries;
}
type = MTP_storage_fileUnknown();
complete = true;
if (file.isOpen()) {
file.close();
file.remove();
}
data = QByteArray();
emit failed(this, started);
file.setFileName(QString());
loadNext();
}
void FileLoader::cancel(bool fail) {
bool started = currentOffset(true) > 0;
cancelRequests();
_type = mtpc_storage_fileUnknown;
_complete = true;
if (_fileIsOpen) {
_file.close();
_fileIsOpen = false;
_file.remove();
}
_data = QByteArray();
if (fail) {
emit failed(this, started);
} else {
emit progress(this);
}
_fname = QString();
_file.setFileName(_fname);
loadNext();
}
void TimingProfiler::displayTimeProfiles()
{
const float FONT_SIZE = 22.f;
Vector2 startLocation = Vector2( 0.f, (float)getTheRenderer().getCurrentResolution().y - ( FONT_SIZE ) );
Vector2 startLocationCurrent( 200.f, startLocation.y );
Vector2 startLocationAverage( 400.f, startLocation.y );
getTheTextRenderer().applyFontHeight( FONT_SIZE );
getTheTextRenderer().addTextToBeRendered( "Name", startLocation, RGBA_WHITE );
getTheTextRenderer().addTextToBeRendered( "Current", startLocationCurrent, RGBA_WHITE );
getTheTextRenderer().addTextToBeRendered( "Average", startLocationAverage, RGBA_WHITE );
Vector2 currentOffset( 0.f, -FONT_SIZE * 1.1f );
for( auto iter = m_TimingProfiles.begin(); iter != m_TimingProfiles.end(); ++iter )
{
renderNode( *iter, FONT_SIZE, startLocation, startLocationCurrent, startLocationAverage, currentOffset );
}
getTheTextRenderer().renderFrame( getTheRenderer().getCurrentResolution() );
}
bool mtpFileLoader::loadPart() {
if (complete || requestId) return false;
int32 limit = DocumentDownloadPartSize;
MTPInputFileLocation loc;
switch (locationType) {
case 0: loc = MTP_inputFileLocation(MTP_long(volume), MTP_int(local), MTP_long(secret)); limit = DownloadPartSize; break;
case mtpc_inputVideoFileLocation: loc = MTP_inputVideoFileLocation(MTP_long(id), MTP_long(access)); break;
case mtpc_inputAudioFileLocation: loc = MTP_inputAudioFileLocation(MTP_long(id), MTP_long(access)); break;
case mtpc_inputDocumentFileLocation: loc = MTP_inputDocumentFileLocation(MTP_long(id), MTP_long(access)); break;
default:
finishFail();
return false;
break;
}
++queue->queries;
int32 offset = currentOffset();
MTPupload_GetFile request(MTPupload_getFile(loc, MTP_int(offset), MTP_int(limit)));
requestId = MTP::send(request, rpcDone(&mtpFileLoader::partLoaded, offset), rpcFail(&mtpFileLoader::partFailed), MTP::dld + dc, 50);
return true;
}
S32 GuiGameListMenuCtrl::getRow(Point2I globalPoint)
{
Point2I localPoint = globalToLocalCoord(globalPoint);
GuiGameListMenuProfile * profile = (GuiGameListMenuProfile *) mProfile;
F32 xScale = (float) getWidth() / profile->getRowWidth();
S32 rowHeight = profile->getRowHeight();
Point2I currentOffset(0, 0);
Point2I hitAreaUpperLeft = profile->mHitAreaUpperLeft;
hitAreaUpperLeft.x *= xScale;
Point2I hitAreaLowerRight = profile->mHitAreaLowerRight;
hitAreaLowerRight.x *= xScale;
Point2I upperLeft, lowerRight;
for (Vector<Row *>::iterator row = mRows.begin(); row < mRows.end(); ++row)
{
if (row != mRows.begin())
{
// rows other than the first can have padding above them
currentOffset.y += (*row)->mHeightPad;
}
upperLeft = currentOffset + hitAreaUpperLeft;
lowerRight = currentOffset + hitAreaLowerRight;
if ((upperLeft.x <= localPoint.x) && (localPoint.x < lowerRight.x) &&
(upperLeft.y <= localPoint.y) && (localPoint.y < lowerRight.y))
{
return row - mRows.begin();
}
currentOffset.y += rowHeight;
}
return NO_ROW;
}
int Lexer::lex(void* p1, void* p2)
{
ASSERT(!m_error);
ASSERT(m_buffer8.isEmpty());
ASSERT(m_buffer16.isEmpty());
YYSTYPE* lvalp = static_cast<YYSTYPE*>(p1);
YYLTYPE* llocp = static_cast<YYLTYPE*>(p2);
int token = 0;
m_terminator = false;
start:
while (isWhiteSpace(m_current))
shift1();
int startOffset = currentOffset();
if (m_current == -1) {
if (!m_terminator && !m_delimited && !m_isReparsing) {
// automatic semicolon insertion if program incomplete
token = ';';
goto doneSemicolon;
}
return 0;
}
m_delimited = false;
switch (m_current) {
case '>':
if (m_next1 == '>' && m_next2 == '>') {
if (m_next3 == '=') {
shift4();
token = URSHIFTEQUAL;
break;
}
shift3();
token = URSHIFT;
break;
}
if (m_next1 == '>') {
if (m_next2 == '=') {
shift3();
token = RSHIFTEQUAL;
break;
}
shift2();
token = RSHIFT;
break;
}
if (m_next1 == '=') {
shift2();
token = GE;
break;
}
shift1();
token = '>';
break;
case '=':
if (m_next1 == '=') {
if (m_next2 == '=') {
shift3();
token = STREQ;
break;
}
shift2();
token = EQEQ;
break;
}
shift1();
token = '=';
break;
case '!':
if (m_next1 == '=') {
if (m_next2 == '=') {
shift3();
token = STRNEQ;
break;
}
shift2();
token = NE;
break;
}
shift1();
token = '!';
break;
case '<':
if (m_next1 == '!' && m_next2 == '-' && m_next3 == '-') {
// <!-- marks the beginning of a line comment (for www usage)
shift4();
goto inSingleLineComment;
}
if (m_next1 == '<') {
if (m_next2 == '=') {
shift3();
token = LSHIFTEQUAL;
break;
}
shift2();
token = LSHIFT;
break;
}
if (m_next1 == '=') {
shift2();
token = LE;
break;
}
shift1();
token = '<';
break;
case '+':
if (m_next1 == '+') {
shift2();
if (m_terminator) {
token = AUTOPLUSPLUS;
break;
}
token = PLUSPLUS;
break;
}
if (m_next1 == '=') {
shift2();
token = PLUSEQUAL;
break;
}
shift1();
token = '+';
break;
case '-':
if (m_next1 == '-') {
if (m_atLineStart && m_next2 == '>') {
shift3();
goto inSingleLineComment;
}
shift2();
if (m_terminator) {
token = AUTOMINUSMINUS;
break;
}
token = MINUSMINUS;
break;
}
if (m_next1 == '=') {
shift2();
token = MINUSEQUAL;
break;
}
shift1();
token = '-';
break;
case '*':
if (m_next1 == '=') {
shift2();
token = MULTEQUAL;
break;
}
shift1();
token = '*';
break;
case '/':
if (m_next1 == '/') {
shift2();
goto inSingleLineComment;
}
if (m_next1 == '*')
goto inMultiLineComment;
if (m_next1 == '=') {
shift2();
token = DIVEQUAL;
break;
}
shift1();
token = '/';
break;
case '&':
if (m_next1 == '&') {
shift2();
token = AND;
break;
}
if (m_next1 == '=') {
shift2();
token = ANDEQUAL;
break;
}
shift1();
token = '&';
break;
case '^':
if (m_next1 == '=') {
shift2();
token = XOREQUAL;
break;
}
shift1();
token = '^';
break;
case '%':
if (m_next1 == '=') {
shift2();
token = MODEQUAL;
break;
}
shift1();
token = '%';
break;
case '|':
if (m_next1 == '=') {
shift2();
token = OREQUAL;
break;
}
if (m_next1 == '|') {
shift2();
token = OR;
break;
}
shift1();
token = '|';
break;
case '.':
if (isASCIIDigit(m_next1)) {
record8('.');
shift1();
goto inNumberAfterDecimalPoint;
}
token = '.';
shift1();
break;
case ',':
case '~':
case '?':
case ':':
case '(':
case ')':
case '[':
case ']':
token = m_current;
shift1();
break;
case ';':
shift1();
m_delimited = true;
token = ';';
break;
case '{':
lvalp->intValue = currentOffset();
shift1();
token = OPENBRACE;
break;
case '}':
lvalp->intValue = currentOffset();
shift1();
m_delimited = true;
token = CLOSEBRACE;
break;
case '\\':
goto startIdentifierWithBackslash;
case '0':
goto startNumberWithZeroDigit;
case '1':
case '2':
case '3':
case '4':
case '5':
case '6':
case '7':
case '8':
case '9':
goto startNumber;
case '"':
case '\'':
goto startString;
default:
if (isIdentStart(m_current))
goto startIdentifierOrKeyword;
if (isLineTerminator(m_current)) {
shiftLineTerminator();
m_atLineStart = true;
m_terminator = true;
if (lastTokenWasRestrKeyword()) {
token = ';';
goto doneSemicolon;
}
goto start;
}
goto returnError;
}
m_atLineStart = false;
goto returnToken;
startString: {
int stringQuoteCharacter = m_current;
shift1();
const UChar* stringStart = currentCharacter();
while (m_current != stringQuoteCharacter) {
// Fast check for characters that require special handling.
// Catches -1, \n, \r, \, 0x2028, and 0x2029 as efficiently
// as possible, and lets through all common ASCII characters.
if (UNLIKELY(m_current == '\\') || UNLIKELY(((static_cast<unsigned>(m_current) - 0xE) & 0x2000))) {
m_buffer16.append(stringStart, currentCharacter() - stringStart);
goto inString;
}
shift1();
}
lvalp->ident = makeIdentifier(stringStart, currentCharacter() - stringStart);
shift1();
m_atLineStart = false;
m_delimited = false;
token = STRING;
goto returnToken;
inString:
while (m_current != stringQuoteCharacter) {
if (m_current == '\\')
goto inStringEscapeSequence;
if (UNLIKELY(isLineTerminator(m_current)))
goto returnError;
if (UNLIKELY(m_current == -1))
goto returnError;
record16(m_current);
shift1();
}
goto doneString;
inStringEscapeSequence:
shift1();
if (m_current == 'x') {
shift1();
if (isASCIIHexDigit(m_current) && isASCIIHexDigit(m_next1)) {
record16(convertHex(m_current, m_next1));
shift2();
goto inString;
}
record16('x');
if (m_current == stringQuoteCharacter)
goto doneString;
goto inString;
}
if (m_current == 'u') {
shift1();
if (isASCIIHexDigit(m_current) && isASCIIHexDigit(m_next1) && isASCIIHexDigit(m_next2) && isASCIIHexDigit(m_next3)) {
record16(convertUnicode(m_current, m_next1, m_next2, m_next3));
shift4();
goto inString;
}
if (m_current == stringQuoteCharacter) {
record16('u');
goto doneString;
}
goto returnError;
}
if (isASCIIOctalDigit(m_current)) {
if (m_current >= '0' && m_current <= '3' && isASCIIOctalDigit(m_next1) && isASCIIOctalDigit(m_next2)) {
record16((m_current - '0') * 64 + (m_next1 - '0') * 8 + m_next2 - '0');
shift3();
goto inString;
}
if (isASCIIOctalDigit(m_next1)) {
record16((m_current - '0') * 8 + m_next1 - '0');
shift2();
goto inString;
}
record16(m_current - '0');
shift1();
goto inString;
}
if (isLineTerminator(m_current)) {
shiftLineTerminator();
goto inString;
}
record16(singleEscape(m_current));
shift1();
goto inString;
}
startIdentifierWithBackslash:
shift1();
if (UNLIKELY(m_current != 'u'))
goto returnError;
shift1();
if (UNLIKELY(!isASCIIHexDigit(m_current) || !isASCIIHexDigit(m_next1) || !isASCIIHexDigit(m_next2) || !isASCIIHexDigit(m_next3)))
goto returnError;
token = convertUnicode(m_current, m_next1, m_next2, m_next3);
if (UNLIKELY(!isIdentStart(token)))
goto returnError;
goto inIdentifierAfterCharacterCheck;
startIdentifierOrKeyword: {
const UChar* identifierStart = currentCharacter();
shift1();
while (isIdentPart(m_current))
shift1();
if (LIKELY(m_current != '\\')) {
lvalp->ident = makeIdentifier(identifierStart, currentCharacter() - identifierStart);
goto doneIdentifierOrKeyword;
}
m_buffer16.append(identifierStart, currentCharacter() - identifierStart);
}
do {
shift1();
if (UNLIKELY(m_current != 'u'))
goto returnError;
shift1();
if (UNLIKELY(!isASCIIHexDigit(m_current) || !isASCIIHexDigit(m_next1) || !isASCIIHexDigit(m_next2) || !isASCIIHexDigit(m_next3)))
goto returnError;
token = convertUnicode(m_current, m_next1, m_next2, m_next3);
if (UNLIKELY(!isIdentPart(token)))
goto returnError;
inIdentifierAfterCharacterCheck:
record16(token);
shift4();
while (isIdentPart(m_current)) {
record16(m_current);
shift1();
}
} while (UNLIKELY(m_current == '\\'));
goto doneIdentifier;
inSingleLineComment:
while (!isLineTerminator(m_current)) {
if (UNLIKELY(m_current == -1))
return 0;
shift1();
}
shiftLineTerminator();
m_atLineStart = true;
m_terminator = true;
if (lastTokenWasRestrKeyword())
goto doneSemicolon;
goto start;
inMultiLineComment:
shift2();
while (m_current != '*' || m_next1 != '/') {
if (isLineTerminator(m_current))
shiftLineTerminator();
else {
shift1();
if (UNLIKELY(m_current == -1))
goto returnError;
}
}
shift2();
m_atLineStart = false;
goto start;
startNumberWithZeroDigit:
shift1();
if ((m_current | 0x20) == 'x' && isASCIIHexDigit(m_next1)) {
shift1();
goto inHex;
}
if (m_current == '.') {
record8('0');
record8('.');
shift1();
goto inNumberAfterDecimalPoint;
}
if ((m_current | 0x20) == 'e') {
record8('0');
record8('e');
shift1();
goto inExponentIndicator;
}
if (isASCIIOctalDigit(m_current))
goto inOctal;
if (isASCIIDigit(m_current))
goto startNumber;
lvalp->doubleValue = 0;
goto doneNumeric;
inNumberAfterDecimalPoint:
while (isASCIIDigit(m_current)) {
record8(m_current);
shift1();
}
if ((m_current | 0x20) == 'e') {
record8('e');
shift1();
goto inExponentIndicator;
}
goto doneNumber;
inExponentIndicator:
if (m_current == '+' || m_current == '-') {
record8(m_current);
shift1();
}
if (!isASCIIDigit(m_current))
goto returnError;
do {
record8(m_current);
shift1();
} while (isASCIIDigit(m_current));
goto doneNumber;
inOctal: {
do {
record8(m_current);
shift1();
} while (isASCIIOctalDigit(m_current));
if (isASCIIDigit(m_current))
goto startNumber;
double dval = 0;
const char* end = m_buffer8.end();
for (const char* p = m_buffer8.data(); p < end; ++p) {
dval *= 8;
dval += *p - '0';
}
if (dval >= mantissaOverflowLowerBound)
dval = parseIntOverflow(m_buffer8.data(), end - m_buffer8.data(), 8);
m_buffer8.resize(0);
lvalp->doubleValue = dval;
goto doneNumeric;
}
inHex: {
do {
record8(m_current);
shift1();
} while (isASCIIHexDigit(m_current));
double dval = 0;
const char* end = m_buffer8.end();
for (const char* p = m_buffer8.data(); p < end; ++p) {
dval *= 16;
dval += toASCIIHexValue(*p);
}
if (dval >= mantissaOverflowLowerBound)
dval = parseIntOverflow(m_buffer8.data(), end - m_buffer8.data(), 16);
m_buffer8.resize(0);
lvalp->doubleValue = dval;
goto doneNumeric;
}
startNumber:
record8(m_current);
shift1();
while (isASCIIDigit(m_current)) {
record8(m_current);
shift1();
}
if (m_current == '.') {
record8('.');
shift1();
goto inNumberAfterDecimalPoint;
}
if ((m_current | 0x20) == 'e') {
record8('e');
shift1();
goto inExponentIndicator;
}
// Fall through into doneNumber.
doneNumber:
// Null-terminate string for strtod.
m_buffer8.append('\0');
lvalp->doubleValue = WTF::strtod(m_buffer8.data(), 0);
m_buffer8.resize(0);
// Fall through into doneNumeric.
doneNumeric:
// No identifiers allowed directly after numeric literal, e.g. "3in" is bad.
if (UNLIKELY(isIdentStart(m_current)))
goto returnError;
m_atLineStart = false;
m_delimited = false;
token = NUMBER;
goto returnToken;
doneSemicolon:
token = ';';
m_delimited = true;
goto returnToken;
doneIdentifier:
m_atLineStart = false;
m_delimited = false;
lvalp->ident = makeIdentifier(m_buffer16.data(), m_buffer16.size());
m_buffer16.resize(0);
token = IDENT;
goto returnToken;
doneIdentifierOrKeyword: {
m_atLineStart = false;
m_delimited = false;
m_buffer16.resize(0);
const HashEntry* entry = m_keywordTable.entry(m_globalData, *lvalp->ident);
token = entry ? entry->lexerValue() : IDENT;
goto returnToken;
}
doneString:
// Atomize constant strings in case they're later used in property lookup.
shift1();
m_atLineStart = false;
m_delimited = false;
lvalp->ident = makeIdentifier(m_buffer16.data(), m_buffer16.size());
m_buffer16.resize(0);
token = STRING;
// Fall through into returnToken.
returnToken: {
int lineNumber = m_lineNumber;
llocp->first_line = lineNumber;
llocp->last_line = lineNumber;
llocp->first_column = startOffset;
llocp->last_column = currentOffset();
m_lastToken = token;
return token;
}
returnError:
m_error = true;
return -1;
}
float64 mtpFileLoader::currentProgress() const {
if (complete) return 1;
if (!fullSize()) return 0;
return float64(currentOffset()) / fullSize();
}
sc::result ParseSectionHeaders::react( const EvNewData & ev )
{
(void) ev;
DEBUG_MSG(NOTIFY, "new data to offset: %d", availableOffset());
DEBUG_MSG(NOTIFY, "current offset : %d", currentOffset());
std::size_t numberOfSections = context<StreamingMelter>().numberOfSections();
if (current_ > numberOfSections + 1)
{
// we already processed all sections, send padding
if (availableOffset() > firstSectionDataOffset_) {
context<StreamingMelter>().complete( firstSectionDataOffset_ - currentOffset() );
return transit<ParseNativeSections>();
} else {
context<StreamingMelter>().complete( availableOffset() - currentOffset() );
return discard_event();
}
}
if (currentOffset() + sizeof(IMAGE_SECTION_HEADER) < availableOffset())
{
DEBUG_MSG(NOTIFY, "header %d", current_);
if (current_ < numberOfSections ) {
// original PE sections
PIMAGE_SECTION_HEADER header = (PIMAGE_SECTION_HEADER) context<StreamingMelter>().buffer()->data();
DEBUG_MSG(NOTIFY, "Section %s", string((PCHAR)header->Name));
if (header->PointerToRawData < firstSectionDataOffset_)
firstSectionDataOffset_ = header->PointerToRawData;
context<StreamingMelter>().addSection(header);
} else {
// added sections
if (current_ == (numberOfSections))
{
// dropper
DEBUG_MSG(NOTIFY, "Dropper section header.");
}
else if (current_ == (numberOfSections + 1))
{
// rebuilt resources
DEBUG_MSG(NOTIFY, "Rebuilt resources section header.");
}
else
{
// unknown ... we have a problem
throw parsing_error("Unknown non-original section found.");
}
}
context<StreamingMelter>().complete( sizeof(IMAGE_SECTION_HEADER) );
current_++;
}
DEBUG_MSG(NOTIFY, "number of sections: %d", context<StreamingMelter>().numberOfSections());
DEBUG_MSG(NOTIFY, "file alignment : %d", context<StreamingMelter>().fileAlignment());
// context<StreamingMelter>().complete( availableOffset() - currentOffset() );
return discard_event();
}
void ScrollAnimator::updateCompositorAnimations() {
ScrollAnimatorCompositorCoordinator::updateCompositorAnimations();
if (m_runState == RunState::PostAnimationCleanup) {
postAnimationCleanupAndReset();
return;
}
if (m_runState == RunState::WaitingToCancelOnCompositor) {
DCHECK(m_compositorAnimationId);
abortAnimation();
postAnimationCleanupAndReset();
return;
}
if (m_runState == RunState::RunningOnCompositorButNeedsTakeover) {
// The call to ::takeOverCompositorAnimation aborted the animation and
// put us in this state. The assumption is that takeOver is called
// because a main thread scrolling reason is added, and simply trying
// to ::sendAnimationToCompositor will fail and we will run on the main
// thread.
resetAnimationIds();
m_runState = RunState::WaitingToSendToCompositor;
}
if (m_runState == RunState::RunningOnCompositorButNeedsUpdate ||
m_runState == RunState::WaitingToCancelOnCompositorButNewScroll ||
m_runState == RunState::RunningOnCompositorButNeedsAdjustment) {
// Abort the running animation before a new one with an updated
// target is added.
abortAnimation();
resetAnimationIds();
if (m_runState != RunState::RunningOnCompositorButNeedsAdjustment) {
// When in RunningOnCompositorButNeedsAdjustment, the call to
// ::adjustScrollOffsetAnimation should have made the necessary
// adjustment to the curve.
m_animationCurve->updateTarget(
m_timeFunction() - m_startTime,
compositorOffsetFromBlinkOffset(m_targetOffset));
}
if (m_runState == RunState::WaitingToCancelOnCompositorButNewScroll) {
m_animationCurve->setInitialValue(
compositorOffsetFromBlinkOffset(currentOffset()));
}
m_runState = RunState::WaitingToSendToCompositor;
}
if (m_runState == RunState::WaitingToSendToCompositor) {
if (!m_compositorAnimationAttachedToElementId)
reattachCompositorPlayerIfNeeded(
getScrollableArea()->compositorAnimationTimeline());
if (!m_animationCurve)
createAnimationCurve();
bool runningOnMainThread = false;
bool sentToCompositor = sendAnimationToCompositor();
if (!sentToCompositor) {
runningOnMainThread = registerAndScheduleAnimation();
if (runningOnMainThread)
m_runState = RunState::RunningOnMainThread;
}
// Main thread should deal with the scroll animations it started.
if (sentToCompositor || runningOnMainThread)
addMainThreadScrollingReason();
else
removeMainThreadScrollingReason();
}
}
float64 FileLoader::currentProgress() const {
if (_complete) return 1.;
if (!fullSize()) return 0.;
return snap(float64(currentOffset()) / fullSize(), 0., 1.);
}
void DropdownWidget::Update(float deltaSecond, Vector2& mousePosition)
{
m_currentStateProperty = m_forStates[m_currentState];
Vector2 offset = GetOffSet();
for (unsigned int i = 0; i < NUM_WIDGET_STATE_; i++)
{
m_forStates[i].fromWidget.Set("parentsOffset", offset);
if (m_options.size()>0)
{
m_options[0]->m_forStates[i].fromWidget.Set("parentsOffset", offset);
}
}
if (m_isExpend)
{
for (unsigned int i = 0; i < m_options.size(); i++)
{
NamedProperties properties;
properties.Set("widget", this, "index", i);
m_options[i]->Update(deltaSecond, mousePosition, &properties);
if (i>=1)
{
m_options[i]->SetDragable(false);
}
}
}
else
{
NamedProperties properties;
properties.Set("widget", this, "index", 0);
m_options[0]->Update(deltaSecond, mousePosition, &properties);
}
if (!m_isExpend)
{
Vector2 currentOffset(0.0f, 0.0f);
currentOffset = m_options[0]->GetOffSet();
Vector2 mins;
Vector2 maxs;
m_options[0]->GetValueInCurrentState("mins", mins);
m_options[0]->GetValueInCurrentState("maxs", maxs);
AABB2D box(mins+ currentOffset, maxs+ currentOffset);
if (box.IsPointInside(mousePosition))
{
m_isExpend = true;
}
}
else
{
Vector2 currentOffset(0.0f, 0.0f);
currentOffset = m_options[0]->GetOffSet();
Vector2 mins;
Vector2 maxs;
m_options.back()->GetValueInCurrentState("mins", mins);
m_options[0]->GetValueInCurrentState("maxs", maxs);
AABB2D box(mins+ currentOffset, maxs+ currentOffset);
if (!box.IsPointInside(mousePosition))
{
m_isExpend = false;
}
//for (unsigned int i = 0; i < m_options.size(); i++)
//{
// m_options[i]->GetValueInCurrentState("mins", mins);
// m_options[i]->GetValueInCurrentState("maxs", maxs);
// box = AABB2D(mins, maxs);
// if (box.IsPointInside(mousePosition) && s_theInputSystem->WasMouseButtonJustReleased(VK_LBUTTON))
// {
// NamedProperties properties;
// properties.Set("widget", this, "index", i);
// m_options[i]->CallEvent(&properties);
// //SwitchOption(i);
// }
//}
}
}