/** Draws the page header to the current page */
void MReportEngine::drawPageHeader( MPageCollection * pages ) {
if ( pHeader->getHeight() == 0 )
return ;
if (( currY + pHeader->getHeight() ) > currHeight )
newPage( pages );
if (( pHeader->printFrequency() == MReportSection::FirstPage && currPage == 1 ) || ( pHeader->printFrequency() == MReportSection::EveryPage ) ) {
pHeader->setPageNumber( currPage );
pHeader->setReportDate( currDate );
int sectionHeight = pHeader->getHeight();
pHeader->draw( p, leftMargin, currY, sectionHeight );
currY += sectionHeight;
}
}
void TopLevel::prevPage()
{
if(!thispage)
return;
if (thispage->prev)
{
thispage = thispage->prev;
newPage();
resizeView();
putImage();
}
updateGoActions();
}
void TopLevel::nextPage()
{
if(!thispage)
return;
if (thispage->next)
{
thispage = thispage->next;
newPage();
resizeView();
putImage();
}
updateGoActions();
}
QList<KoPAPage *> KoPADocument::loadOdfPages(const KXmlElement &body, KoPALoadingContext &context)
{
if (d->masterPages.isEmpty()) { // we require at least one master page. Auto create one if the doc was faulty.
d->masterPages << newMasterPage();
}
QList<KoPAPage *> pages;
KXmlElement element;
forEachElement(element, body) {
if (element.tagName() == "page" && element.namespaceURI() == KOdfXmlNS::draw) {
KoPAPage *page = newPage(static_cast<KoPAMasterPage*>(d->masterPages.first()));
page->loadOdf(element, context);
pages.append(page);
}
}
return pages;
}
shared_ptr<Page> FilePageStore::createPage()
{
if (_readOnly == true)
{
throw Tgs::Exception("Error creating page -- index is read only.");
}
// first create in file
char * pData = Page::allocateAligned(_pageSize);
_writePage(_pageCount, pData);
shared_ptr<Page> newPage(_createPage(this, _pageCount, pData,
_pageSize));
_pagesMap[_pageCount] = newPage;
_pageCount++;
return newPage;
}
//------------------------------------------------------------------------------
// onButtonHit() -- handle button hits (with button name) as page change requests
//------------------------------------------------------------------------------
bool Page::onButtonHit(const Basic::String* const obhobj)
{
bool used = false;
if (obhobj != 0 && pageChgEvents != 0) {
used = true;
Basic::Pair* pageEvent = pageChgEvents->findByName(*obhobj);
if (pageEvent != 0) {
Basic::Identifier* id = dynamic_cast<Basic::Identifier*>(pageEvent->object());
if (id != 0) {
// Find our container and the new page ID, then push
// current page and go to new page
newPage(*id,this);
}
}
}
return used;
}
void lrubuf::actual_entermgr(LID pageid, iofdctl * disk, int bufid)
{
getinlru(pageid, disk, bufid);
int hashid = pageid % bufsize;
npnode * newp = newPage(pageid, bufid, disk);
npnode * itp;
if(mgr_array[hashid] == NULL)
mgr_array[hashid] = newp;
else
{
itp = mgr_array[hashid];
while(itp->next != NULL)
itp = itp->next;
itp->next = newp;
}
freebuf--;
}
void CharMap::SplitCodePage(wxUint32 splitCodeFirst)
{
CodePage *page = GetCodePage(splitCodeFirst);
if (page == NULL || page->GetRangeStart() == splitCodeFirst) {
return;
}
CodePage oldPage(*page);
CodePage newPage(*page, splitCodeFirst, page->GetRangeEnd());
RemoveCodePage(page);
// Todo: delete only present glyphs
for (wxUint32 i = splitCodeFirst; i <= oldPage.GetRangeEnd(); i++) {
oldPage.Remove(i);
}
oldPage.SetEnd(splitCodeFirst - 1);
AddCodePage(oldPage);
AddCodePage(newPage);
}
void LinearAllocator::ensureNext(size_t size)
{
if (fitsInCurrentPage(size))
return;
if (m_currentPage && m_pageSize < MAX_PAGE_SIZE) {
m_pageSize = std::min(MAX_PAGE_SIZE, m_pageSize * 2);
m_pageSize = ALIGN(m_pageSize);
}
m_wastedSpace += m_pageSize;
Page* p = newPage(m_pageSize);
if (m_currentPage)
m_currentPage->setNext(p);
m_currentPage = p;
if (!m_pages)
m_pages = m_currentPage;
m_next = start(m_currentPage);
}
void TopLevel::firstPage()
{
if(!thispage)
return;
if ( thispage->prev )
{
while(thispage->prev != NULL)
thispage = thispage->prev;
newPage();
resizeView();
putImage();
}
updateGoActions();
}
void TopLevel::lastPage()
{
if(!thispage)
return;
if ( thispage->next )
{
while(thispage->next != NULL)
thispage = thispage->next;
newPage();
resizeView();
putImage();
}
updateGoActions();
}
shared_ptr<Page> FilePageStore::getPage(int id)
{
// If the page does not resides in memory then get it from file and call createPage()
if (_pagesMap.find(id) != _pagesMap.end())
{
if(_pagesMap[id].expired() != true)
{
return _pagesMap[id].lock();
}
}
char * pData = Page::allocateAligned(_pageSize);
_readPage(id, pData);
shared_ptr<Page> newPage(_createPage(this, id, pData, _pageSize));
_pagesMap[id] = newPage;
return newPage;
}
void LinearAllocator::ensureNext(size_t size) {
if (fitsInCurrentPage(size)) return;
if (mCurrentPage && mPageSize < MAX_PAGE_SIZE) {
mPageSize = min(MAX_PAGE_SIZE, mPageSize * 2);
mPageSize = ALIGN(mPageSize);
}
mWastedSpace += mPageSize;
Page* p = newPage(mPageSize);
if (mCurrentPage) {
mCurrentPage->setNext(p);
}
mCurrentPage = p;
if (!mPages) {
mPages = mCurrentPage;
}
mNext = start(mCurrentPage);
}
void* LinearAllocator::allocImpl(size_t size) {
size = ALIGN(size);
if (size > mMaxAllocSize && !fitsInCurrentPage(size)) {
ALOGV("Exceeded max size %zu > %zu", size, mMaxAllocSize);
// Allocation is too large, create a dedicated page for the allocation
Page* page = newPage(size);
mDedicatedPageCount++;
page->setNext(mPages);
mPages = page;
if (!mCurrentPage)
mCurrentPage = mPages;
return start(page);
}
ensureNext(size);
void* ptr = mNext;
mNext = ((char*)mNext) + size;
mWastedSpace -= size;
return ptr;
}
/** Draws the report footer to the current page */
void MReportEngine::drawReportFooter(MPageCollection *pages)
{
if (rFooter->getHeight() == 0)
return;
if ((currY + rFooter->getHeight()) > currHeight)
newPage(pages);
if ((rFooter->printFrequency() == MReportSection::EveryPage) ||
(rFooter->printFrequency() == MReportSection::LastPage)) {
rFooter->setCalcFieldData(grandTotal);
rFooter->setPageNumber(currPage);
rFooter->setReportDate(currDate);
int sectionHeight = rFooter->getHeight();
rFooter->draw(p, leftMargin, currY, sectionHeight);
currY += sectionHeight;
}
}
void TopLevel::openadd(QString filename)
{
auxpage = lastpage;
loadfile(filename);
if( firstpage != lastpage )
{
if(auxpage->next)
auxpage = auxpage->next;
}
// auxpage should now point to the first pagenode which was created for
// the newly added fax file.
have_no_fax = false;
thispage = auxpage;
newPage();
resizeView();
putImage();
}
void QtRPT::processReport(QPrinter *printer, bool draw, int pageReport) {
int y = 0;
drawBackground(painter);
if (pageReport > 0) {
newPage(printer, y, draw);
}
processRTitle(y,draw);
processPHeader(y,draw);
processMHeader(y,draw);
processPFooter(draw);
processMasterData(printer,y,draw,pageReport);
processMFooter(printer,y,draw);
processRSummary(printer,y,draw);
//proccessPFooter(y,draw);
}
/* Simulates a random page replacement algorithm.
* Uses a vector to maintain the unordered list of pages.
* */
void random(int numPFrames) {
std::vector<Page> pages(numPFrames);
int pageID;
while(std::cin >> pageID) {
/* Do nothing if page is found. */
if (tableContainsPage(pages, pageID))
continue;
/* Else we have a page fault. */
std::cout << pageID << std::endl;
Page newPage(pageID);
int i = rand() % numPFrames;
pages[i] = newPage;
//std::cout << "Adding page " << newPage.id << std::endl;
//printPages(pages);
}
}
//------------------------------------------------------------------------------
// onKeyHit() -- handle keyboard inputs as page change requests
//------------------------------------------------------------------------------
bool Page::onKeyHit(const int key)
{
bool used = false;
if (pageChgEvents != 0) {
char keyName[2];
keyName[0] = char(key);
keyName[1] = '\0';
// search for a page change event
Basic::Pair*pageEvent = pageChgEvents->findByName(keyName);
if (pageEvent != 0) {
Basic::Identifier* id = dynamic_cast<Basic::Identifier*>(pageEvent->object());
if (id != 0) {
// Find our container and the new page ID, then push
// current page and go to new page
newPage(*id,this);
used = true;
}
}
}
return used;
}
//copyright : (C) 2002-2004 InfoSiAL S.L. //email : [email protected] void MReportEngine::drawAddOnHeader( MPageCollection * pages, int level, QPtrList < QMemArray < double > > *gDT, QValueVector < QString > *gDTS ) { MReportSection * header = findAddOnHeader( level ); if ( header ) { QDomNode record = records.item( currRecord_ ); if ( !header->mustBeDrawed( &record ) ) return ; header->setPageNumber( currPage ); header->setReportDate( currDate ); if (( currY + header->getHeight() ) > currHeight ) newPage( pages ); QString value; QDomNamedNodeMap fields = record.attributes(); for ( int i = 0; i < header->getFieldCount(); i++ ) { value = fields.namedItem( header->getFieldName( i ) ).nodeValue(); header->setFieldData( i, value ); } if ( level > -1 ) { if ( gDT ) header->setCalcFieldData( gDT, gDTS, &record ); } header->setCalcFieldDataGT( grandTotal, rFooter ); int sectionHeight = header->getHeight(); header->draw( p, leftMargin, currY, sectionHeight ); currY += sectionHeight; } }
void createTableHdr(int objType, int tableType)
{
int m;
char s1[MAXLINE+1];
char s2[MAXLINE+1];
if ( tableType == SERIES_TABLE )
{
if ( objType == NODE )
sprintf(TableHdr.Line1, "<<< Node %s >>>", IDname);
else
sprintf(TableHdr.Line1, "<<< Link %s >>>", IDname);
strcpy(TableHdr.Line2, "Time ");
strcpy(TableHdr.Line3, "hr:min ");
strcpy(TableHdr.Line4, "-------");
}
if ( tableType == STATS_TABLE )
{
strcpy(TableHdr.Line1, "");
sprintf(TableHdr.Line2, "%-16s", StatsHdrs[tableType]);
if ( objType == NODE ) strcpy(TableHdr.Line3, "for Node ");
else strcpy(TableHdr.Line3, "for Link ");
strcpy(TableHdr.Line4, "----------------");
}
for (m=1; m<=MSX.Nobjects[SPECIES]; m++)
{
if ( !MSX.Species[m].rpt ) continue;
if ( objType == NODE && MSX.Species[m].type == WALL ) continue;
sprintf(s1, " %10s", MSX.Species[m].id);
strcat(TableHdr.Line2, s1);
strcat(TableHdr.Line4, " ----------");
MSXinp_getSpeciesUnits(m, s1);
sprintf(s2, " %10s", s1);
strcat(TableHdr.Line3, s2);
}
if ( MSX.PageSize > 0 && MSX.PageSize - LineNum < 8 ) newPage();
else writeTableHdr();
}
//copyright : (C) 2002-2004 InfoSiAL S.L. //email : [email protected] void MReportEngine::drawDetailFooter(MPageCollection *pages, int level, QPtrList<QMemArray<double> > *gDT, QValueVector<QString> *gDTS) { MReportSection *footer = findDetailFooter(level); MReportSection *header = findDetailHeader(level); if (footer) { QDomNode record = records.item(currRecord_); if (!footer->mustBeDrawed(&record)) return; footer->setPageNumber(currPage); footer->setReportDate(currDate); if ((currY + footer->getHeight()) > currHeight) { newPage(pages); for (int i = 0; i <= level; i++) { drawAddOnHeader(pages, i, gDTFooters[i], gDTSFooters[i]); } } if (gDT) footer->setCalcFieldData(gDT, gDTS, &record, fillRecords_); if (header) footer->drawHeaderObjects(p, pages, header); int sectionHeight = footer->getHeight(); if (footer->placeAtBottom()) { footer->draw(p, leftMargin, (pageHeight - bottomMargin - pFooter->getHeight()) - footer->getHeight(), sectionHeight); } else footer->draw(p, leftMargin, currY, sectionHeight); currY += sectionHeight; } }
/*
* Memory allocate
*/
static void *_mem_malloc(RAW_U32 size, MACB *macb)
{
LIST *q;
if ( macb->testmode) {
chkalloc(0, 0, macb);
}
/* If smaller than the minimum fragment size,
allocate the minimum fragment size */
if ( size > 0 && size < MIN_FRAGMENT ) {
size = MIN_FRAGMENT;
}
size = ROUND(size);
if ( size <= 0 ) {
return 0;
}
/* Search free queue */
q = searchFreeArea(size, macb);
if ( q != &macb->freeque ) {
/* Free space available: first, isolate from free queue */
removeFreeQue(q);
q = q - 1;
} else {
/* No free space, then allocate new page */
q = newPage(size, macb);
if ( q == 0 ) {
return 0; /* Insufficient memory */
}
}
/* Allocate memory */
return allocate(q, size, macb);
}
PrintSheet::PrintSheet( DigiDoc *doc, QPrinter *printer )
: QPainter( printer )
, p( printer )
{
printer->setOrientation( QPrinter::Portrait );
left = p->pageRect().left();
margin = left;
right = p->pageRect().right() - 2*margin;
top = p->pageRect().top();
bottom = p->pageRect().y() + p->pageRect().height() - 2*margin;
#ifdef Q_OS_MAC
scale( 0.8, 0.8 );
right /= 0.8;
bottom /= 0.8;
#endif
QFont text = font();
text.setFamily( "Arial, Liberation Sans, Helvetica, sans-serif" );
text.setPixelSize( 12 );
QFont head = text;
QFont sHead = text;
head.setPixelSize( 28 );
sHead.setPixelSize( 18 );
QPen oPen = pen();
QPen sPen = pen();
QPen hPen = pen();
hPen.setWidth( 2 );
sPen.setWidth( 1 );
sPen.setStyle( Qt::DotLine );
setFont( head );
QRect rect( left, top, right, 60 );
drawText( rect, Qt::TextWordWrap, tr("VALIDITY CONFIRMATION SHEET"), &rect );
setPen( hPen );
drawLine( left, rect.bottom(), right, rect.bottom() );
top += rect.height() + 30;
setFont( sHead );
drawText( left, top, tr("SIGNED FILES") );
setPen( sPen );
drawLine( left, top+3, right, top+3 );
top += 30;
setFont( text );
setPen( oPen );
drawText( left, top, tr("FILE NAME") );
drawText( right-150, top, tr("FILE SIZE") );
for( int i = 0; i < doc->documentModel()->rowCount(); ++i )
{
int fileHeight = drawTextRect( QRect( left, top+5, right - left - 150, 20 ),
doc->documentModel()->index( i, 0 ).data().toString() );
drawTextRect( QRect( right-150, top+5, 150, fileHeight ),
doc->documentModel()->index( i, 2 ).data().toString() );
top += fileHeight;
newPage( 50 );
}
top += 35;
newPage( 50 );
setFont( sHead );
drawText( left, top, tr("SIGNERS") );
setPen( sPen );
drawLine( left, top+3, right, top+3 );
top += 30;
setFont( text );
setPen( oPen );
int i = 1;
Q_FOREACH( const DigiDocSignature &sig, doc->signatures() )
{
const SslCertificate cert = sig.cert();
bool tempel = cert.isTempel();
newPage( 50 );
drawText( left, top, tr("NO.") );
drawText( left+40, top, tempel ? tr( "COMPANY" ) : tr( "NAME" ) );
drawText( right-300, top, tempel ? tr("REGISTER CODE") : tr("PERSONAL CODE") );
drawText( right-170, top, tr("TIME") );
top += 5;
int nameHeight = drawTextRect( QRect( left+40, top, right - left - 340, 20 ),
cert.toString( cert.showCN() ? "CN" : "GN SN" ) );
drawTextRect( QRect( left, top, 40, nameHeight ),
QString::number( i++ ) );
drawTextRect( QRect( right-300, top, 130, nameHeight ),
cert.subjectInfo( "serialNumber" ) );
drawTextRect( QRect( right-170, top, 170, nameHeight ),
DateTime( sig.dateTime() ).toStringZ( "dd.MM.yyyy hh:mm:ss" ) );
top += 20 + nameHeight;
QString valid;
switch( sig.validate() )
{
case DigiDocSignature::Valid: valid.append( tr("SIGNATURE IS VALID") ); break;
case DigiDocSignature::Invalid: valid.append( tr("SIGNATURE IS NOT VALID") ); break;
case DigiDocSignature::Unknown: valid.append( tr("UNKNOWN") ); break;
}
if( sig.isTest() )
valid += " " + tr("(NB! TEST SIGNATURE)");
customText( tr("VALIDITY OF SIGNATURE"), valid );
customText( tr("ROLE / RESOLUTION"), sig.role() );
customText( tr("PLACE OF CONFIRMATION (CITY, STATE, ZIP, COUNTRY)"), sig.location() );
customText( tr("SERIAL NUMBER OF SIGNER CERTIFICATE"), cert.serialNumber() );
newPage( 50 );
drawText( left, top, tr("ISSUER OF CERTIFICATE") );
drawText( left+207, top, tr("HASH VALUE OF ISSUER'S PUBLIC KEY") );
top += 5;
int issuerHeight = drawTextRect( QRect( left, top, 200, 20 ),
cert.issuerInfo( QSslCertificate::CommonName ) );
drawTextRect( QRect( left+200, top, right - left - 200, issuerHeight ),
cert.toHex( cert.authorityKeyIdentifier() ) );
top += 20 + issuerHeight;
customText( tr("HASH VALUE OF VALIDITY CONFIRMATION (OCSP RESPONSE)"), cert.toHex( sig.ocspDigestValue() ) );
top += 15;
}
save();
newPage( 50 );
QTextDocument textDoc;
textDoc.setTextWidth( right - margin );
textDoc.setHtml( tr("The print out of files listed in the section <b>\"Signed Files\"</b> "
"are inseparable part of this Validity Confirmation Sheet.") );
translate( QPoint( left, top - 30) );
textDoc.drawContents( this , QRectF( 0, 0, right - margin, 40) );
top += 30;
restore();
newPage( 90 );
drawText( left+3, top, tr("NOTES") );
top += 10;
drawRect( left, top, right - margin, 80 );
end();
}
// Print a range of lines to a printer.
int QsciPrinter::printRange(QsciScintillaBase *qsb, int from, int to)
{
// Sanity check.
if (!qsb)
return false;
// Setup the printing area.
QRect def_area;
def_area.setX(0);
def_area.setY(0);
QPaintDeviceMetrics metrics(this);
def_area.setWidth(metrics.width());
def_area.setHeight(metrics.height());
// Get the page range.
int pgFrom, pgTo;
pgFrom = fromPage();
pgTo = toPage();
// Find the position range.
long startPos, endPos;
endPos = qsb->SendScintilla(QsciScintillaBase::SCI_GETLENGTH);
startPos = (from > 0 ? qsb -> SendScintilla(QsciScintillaBase::SCI_POSITIONFROMLINE,from) : 0);
if (to >= 0)
{
long toPos = qsb -> SendScintilla(QsciScintillaBase::SCI_POSITIONFROMLINE,to + 1);
if (endPos > toPos)
endPos = toPos;
}
if (startPos >= endPos)
return false;
QPainter painter(this);
bool reverse = (pageOrder() == LastPageFirst);
bool needNewPage = false;
qsb -> SendScintilla(QsciScintillaBase::SCI_SETPRINTMAGNIFICATION,mag);
qsb -> SendScintilla(QsciScintillaBase::SCI_SETPRINTWRAPMODE,wrap);
for (int i = 1; i <= numCopies(); ++i)
{
// If we are printing in reverse page order then remember the start
// position of each page.
QValueStack<long> pageStarts;
int currPage = 1;
long pos = startPos;
while (pos < endPos)
{
// See if we have finished the requested page range.
if (pgTo > 0 && pgTo < currPage)
break;
// See if we are going to render this page, or just see how much
// would fit onto it.
bool render = false;
if (pgFrom == 0 || pgFrom <= currPage)
{
if (reverse)
pageStarts.push(pos);
else
{
render = true;
if (needNewPage)
{
if (!newPage())
return false;
}
else
needNewPage = true;
}
}
QRect area = def_area;
formatPage(painter,render,area,currPage);
pos = qsb -> SendScintilla(QsciScintillaBase::SCI_FORMATRANGE,render,&painter,area,pos,endPos);
++currPage;
}
// All done if we are printing in normal page order.
if (!reverse)
continue;
// Now go through each page on the stack and really print it.
while (!pageStarts.isEmpty())
{
--currPage;
long ePos = pos;
pos = pageStarts.pop();
if (needNewPage)
{
if (!newPage())
return false;
}
else
needNewPage = true;
QRect area = def_area;
formatPage(painter,true,area,currPage);
qsb->SendScintilla(QsciScintillaBase::SCI_FORMATRANGE,true,&painter,area,pos,ePos);
}
}
return true;
}
bool texLoad(const char *fileName)
{
char fullPath[PATH_MAX], partialPath[PATH_MAX], *buffer;
unsigned int i, j, k, size;
int texPage;
GLint glval;
firstPage = _TEX_INDEX;
ASSERT_OR_RETURN(false, _TEX_INDEX < iV_TEX_MAX, "Too many texture pages used");
ASSERT_OR_RETURN(false, MIPMAP_MAX == TILE_WIDTH && MIPMAP_MAX == TILE_HEIGHT, "Bad tile sizes");
// store the filename so we can later determine which tileset we are using
if (tileset) free(tileset);
tileset = strdup(fileName);
// reset defaults
mipmap_max = MIPMAP_MAX;
mipmap_levels = MIPMAP_LEVELS;
glGetIntegerv(GL_MAX_TEXTURE_SIZE, &glval);
while (glval < mipmap_max * TILES_IN_PAGE_COLUMN)
{
mipmap_max /= 2;
mipmap_levels--;
debug(LOG_ERROR, "Max supported texture size %dx%d is too low - reducing texture detail to %dx%d.",
(int)glval, (int)glval, mipmap_max, mipmap_max);
ASSERT(mipmap_levels > 0, "Supported texture size %d is too low to load any mipmap levels!",
(int)glval);
if (mipmap_levels == 0)
{
exit(1);
}
}
while (maxTextureSize < mipmap_max)
{
mipmap_max /= 2;
mipmap_levels--;
debug(LOG_TEXTURE, "Downgrading texture quality to %d due to user setting %d", mipmap_max, maxTextureSize);
}
/* Get and set radar colours */
sprintf(fullPath, "%s.radar", fileName);
if (!loadFile(fullPath, &buffer, &size))
{
debug(LOG_FATAL, "texLoad: Could not find radar colours at %s", fullPath);
abort(); // cannot recover; we could possibly generate a random palette?
}
i = 0; // tile
j = 0; // place in buffer
do {
unsigned int r, g, b;
int cnt = 0;
k = sscanf(buffer + j, "%2x%2x%2x%n", &r, &g, &b, &cnt);
j += cnt;
if (k >= 3)
{
radarColour(i, r, g, b);
}
i++; // next tile
} while (k >= 3 && j + 6 < size);
free(buffer);
/* Now load the actual tiles */
i = mipmap_max; // i is used to keep track of the tile dimensions
for (j = 0; j < mipmap_levels; j++)
{
int xOffset = 0, yOffset = 0; // offsets into the texture atlas
int xSize = 1;
int ySize = 1;
const int xLimit = TILES_IN_PAGE_COLUMN * i;
const int yLimit = TILES_IN_PAGE_ROW * i;
// pad width and height into ^2 values
while (xLimit > (xSize *= 2)) {}
while (yLimit > (ySize *= 2)) {}
// Generate the empty texture buffer in VRAM
texPage = newPage(fileName, j, xSize, ySize, 0);
sprintf(partialPath, "%s-%d", fileName, i);
// Load until we cannot find anymore of them
for (k = 0; k < MAX_TILES; k++)
{
iV_Image tile;
sprintf(fullPath, "%s/tile-%02d.png", partialPath, k);
if (PHYSFS_exists(fullPath)) // avoid dire warning
{
bool retval = iV_loadImage_PNG(fullPath, &tile);
ASSERT_OR_RETURN(false, retval, "Could not load %s!", fullPath);
}
else
{
// no more textures in this set
ASSERT_OR_RETURN(false, k > 0, "Could not find %s", fullPath);
break;
}
// Insert into texture page
glTexSubImage2D(GL_TEXTURE_2D, j, xOffset, yOffset, tile.width, tile.height,
GL_RGBA, GL_UNSIGNED_BYTE, tile.bmp);
free(tile.bmp);
if (i == mipmap_max) // dealing with main texture page; so register coordinates
{
tileTexInfo[k].uOffset = (float)xOffset / (float)xSize;
tileTexInfo[k].vOffset = (float)yOffset / (float)ySize;
tileTexInfo[k].texPage = texPage;
debug(LOG_TEXTURE, " texLoad: Registering k=%d i=%d u=%f v=%f xoff=%d yoff=%d xsize=%d ysize=%d tex=%d (%s)",
k, i, tileTexInfo[k].uOffset, tileTexInfo[k].vOffset, xOffset, yOffset, xSize, ySize, texPage, fullPath);
}
xOffset += i; // i is width of tile
if (xOffset + i > xLimit)
{
yOffset += i; // i is also height of tile
xOffset = 0;
}
if (yOffset + i > yLimit)
{
/* Change to next texture page */
xOffset = 0;
yOffset = 0;
debug(LOG_TEXTURE, "texLoad: Extra page added at %d for %s, was page %d, opengl id %u",
k, partialPath, texPage, (unsigned int)_TEX_PAGE[texPage].id);
texPage = newPage(fileName, j, xSize, ySize, k);
}
}
debug(LOG_TEXTURE, "texLoad: Found %d textures for %s mipmap level %d, added to page %d, opengl id %u",
k, partialPath, i, texPage, (unsigned int)_TEX_PAGE[texPage].id);
i /= 2; // halve the dimensions for the next series; OpenGL mipmaps start with largest at level zero
}
return true;
}
void PmlReader::processTag(std::string &tagName, const std::string ¶meter) {
const char tagDeterminant = *tagName.data();
switch (tagDeterminant) {
case 'p':
newPage();
break;
case 'x':
//TODO add close tag processing
newPage();
break;
case 'B':
if (!myState.BoldBlockOn) {
processFontProperty(FONT_BOLD);
}
break;
case 'i':
processFontProperty(FONT_ITALIC);
break;
case 'u':
processFontProperty(FONT_UNDERLINED);
break;
case 'v':
myState.InvisibleText = !myState.InvisibleText;;
break;
case 'c':
processAlignment(ALIGN_CENTER);
break;
case 'r':
processAlignment(ALIGN_RIGHT);
break;
case 'n':
processFontSize(NORMAL);
break;
case 'b':
myState.BoldBlockOn = !myState.BoldBlockOn;
processFontProperty(FONT_BOLD);
break;
case 's':
processFontSize(SMALLER);
break;
case 'l':
processFontSize(LARGER);
break;
case 'k':
myState.SmallCaps = !myState.SmallCaps;
processFontSize(SMALLER);
break;
case 'S':
if (tagName == "Sb") {
processFontProperty(FONT_SUBSCRIPT);
} else if (tagName == "Sp") {
processFontProperty(FONT_SUPERSCRIPT);
} else if (tagName == "Sd") {
//processSidebarLink();
}
break;
case 't':
processIndent();
break;
case 'T':
processIndent(parameter);
myState.IndentBlockOn = false;
break;
case 'w':
//addHorizontalRule(parameter);
break;
case 'F':
processLink(FOOTNOTE, parameter);
break;
case 'q':
processLink(INTERNAL_HYPERLINK, parameter);
break;
case 'Q':
addLinkLabel(parameter);
break;
case 'm':
addImageReference(parameter);
break;
default:
//std::cerr << "PmlReader: unsupported tag: name: " << tagName << " parameter: " << parameter << "\n";
break;
}
}
int ONScripterLabel::processText()
{
//printf("textCommand %c %d %d %d\n", script_h.getStringBuffer()[ string_buffer_offset ], string_buffer_offset, event_mode, line_enter_status);
char out_text[3]= {'\0', '\0', '\0'};
if ( event_mode & (WAIT_INPUT_MODE | WAIT_SLEEP_MODE) ){
draw_cursor_flag = false;
if ( clickstr_state == CLICK_WAIT ){
if (script_h.checkClickstr(script_h.getStringBuffer() + string_buffer_offset) != 1) string_buffer_offset++;
string_buffer_offset++;
clickstr_state = CLICK_NONE;
}
else if ( clickstr_state == CLICK_NEWPAGE ){
event_mode = IDLE_EVENT_MODE;
if (script_h.checkClickstr(script_h.getStringBuffer() + string_buffer_offset) != 1) string_buffer_offset++;
string_buffer_offset++;
newPage( true );
clickstr_state = CLICK_NONE;
return RET_CONTINUE | RET_NOREAD;
}
else if ( IS_TWO_BYTE(script_h.getStringBuffer()[ string_buffer_offset ]) ){
string_buffer_offset += 2;
}
else if ( script_h.getStringBuffer()[ string_buffer_offset ] == '!' ){
string_buffer_offset++;
if ( script_h.getStringBuffer()[ string_buffer_offset ] == 'w' || script_h.getStringBuffer()[ string_buffer_offset ] == 'd' ){
string_buffer_offset++;
while ( script_h.getStringBuffer()[ string_buffer_offset ] >= '0' &&
script_h.getStringBuffer()[ string_buffer_offset ] <= '9' )
string_buffer_offset++;
while (script_h.getStringBuffer()[ string_buffer_offset ] == ' ' ||
script_h.getStringBuffer()[ string_buffer_offset ] == '\t') string_buffer_offset++;
}
}
else if ( script_h.getStringBuffer()[ string_buffer_offset + 1 ] &&
!(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR) ){
string_buffer_offset += 2;
}
else
string_buffer_offset++;
event_mode = IDLE_EVENT_MODE;
}
if (script_h.getStringBuffer()[string_buffer_offset] == 0x0a ||
script_h.getStringBuffer()[string_buffer_offset] == 0x00){
indent_offset = 0; // redundant
return RET_CONTINUE;
}
new_line_skip_flag = false;
//printf("*** textCommand %d (%d,%d)\n", string_buffer_offset, sentence_font.xy[0], sentence_font.xy[1]);
while( (!(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR) &&
script_h.getStringBuffer()[ string_buffer_offset ] == ' ') ||
script_h.getStringBuffer()[ string_buffer_offset ] == '\t' ) string_buffer_offset ++;
char ch = script_h.getStringBuffer()[string_buffer_offset];
if ( IS_TWO_BYTE(ch) ){ // Shift jis
/* ---------------------------------------- */
/* Kinsoku process */
if (IS_KINSOKU( script_h.getStringBuffer() + string_buffer_offset + 2)){
int i = 2;
while (!sentence_font.isEndOfLine(i) &&
IS_KINSOKU( script_h.getStringBuffer() + string_buffer_offset + i + 2)){
i += 2;
}
if (sentence_font.isEndOfLine(i)){
sentence_font.newLine();
for (int i=0 ; i<indent_offset ; i++){
current_page->add(LOC_TWOBYTE_SYMBOL(' ')[0]);
current_page->add(LOC_TWOBYTE_SYMBOL(' ')[1]);
sentence_font.advanceCharInHankaku(2);
}
}
}
out_text[0] = script_h.getStringBuffer()[string_buffer_offset];
out_text[1] = script_h.getStringBuffer()[string_buffer_offset+1];
if ( clickstr_state == CLICK_IGNORE ){
clickstr_state = CLICK_NONE;
}
else{
if (script_h.checkClickstr(&script_h.getStringBuffer()[string_buffer_offset]) > 0){
if (sentence_font.getRemainingLine() <= clickstr_line)
return clickNewPage( out_text );
else
return clickWait( out_text );
}
else{
clickstr_state = CLICK_NONE;
}
}
if ( skip_flag || draw_one_page_flag || ctrl_pressed_status ){
drawChar( out_text, &sentence_font, false, true, accumulation_surface, &text_info );
num_chars_in_sentence++;
string_buffer_offset += 2;
return RET_CONTINUE | RET_NOREAD;
}
else{
drawChar( out_text, &sentence_font, true, true, accumulation_surface, &text_info );
num_chars_in_sentence++;
event_mode = WAIT_SLEEP_MODE;
if ( sentence_font.wait_time == -1 )
advancePhase( default_text_speed[text_speed_no] );
else
advancePhase( sentence_font.wait_time );
return RET_WAIT | RET_NOREAD;
}
}
else if ( ch == '@' ){ // wait for click
return clickWait( NULL );
}
else if ( ch == '\\' ){ // new page
return clickNewPage( NULL );
}
else if ( ch == '_' ){ // Ignore following forced return
clickstr_state = CLICK_IGNORE;
string_buffer_offset++;
return RET_CONTINUE | RET_NOREAD;
}
else if ( ch == '!' && !(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR) ){
string_buffer_offset++;
if ( script_h.getStringBuffer()[ string_buffer_offset ] == 's' ){
string_buffer_offset++;
if ( script_h.getStringBuffer()[ string_buffer_offset ] == 'd' ){
sentence_font.wait_time = -1;
string_buffer_offset++;
}
else{
int t = 0;
while( script_h.getStringBuffer()[ string_buffer_offset ] >= '0' &&
script_h.getStringBuffer()[ string_buffer_offset ] <= '9' ){
t = t*10 + script_h.getStringBuffer()[ string_buffer_offset ] - '0';
string_buffer_offset++;
}
sentence_font.wait_time = t;
while (script_h.getStringBuffer()[ string_buffer_offset ] == ' ' ||
script_h.getStringBuffer()[ string_buffer_offset ] == '\t') string_buffer_offset++;
}
}
else if ( script_h.getStringBuffer()[ string_buffer_offset ] == 'w' ||
script_h.getStringBuffer()[ string_buffer_offset ] == 'd' ){
bool flag = false;
if ( script_h.getStringBuffer()[ string_buffer_offset ] == 'd' ) flag = true;
string_buffer_offset++;
int tmp_string_buffer_offset = string_buffer_offset;
int t = 0;
while( script_h.getStringBuffer()[ string_buffer_offset ] >= '0' &&
script_h.getStringBuffer()[ string_buffer_offset ] <= '9' ){
t = t*10 + script_h.getStringBuffer()[ string_buffer_offset ] - '0';
string_buffer_offset++;
}
while (script_h.getStringBuffer()[ string_buffer_offset ] == ' ' ||
script_h.getStringBuffer()[ string_buffer_offset ] == '\t') string_buffer_offset++;
if ( skip_flag || draw_one_page_flag || ctrl_pressed_status ){
return RET_CONTINUE | RET_NOREAD;
}
else{
event_mode = WAIT_SLEEP_MODE;
if ( flag ) event_mode |= WAIT_INPUT_MODE;
key_pressed_flag = false;
startTimer( t );
string_buffer_offset = tmp_string_buffer_offset - 2;
return RET_WAIT | RET_NOREAD;
}
}
return RET_CONTINUE | RET_NOREAD;
}
else if ( ch == '#' && !(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR) ){
readColor( &sentence_font.color, script_h.getStringBuffer() + string_buffer_offset );
readColor( &ruby_font.color, script_h.getStringBuffer() + string_buffer_offset );
string_buffer_offset += 7;
return RET_CONTINUE | RET_NOREAD;
}
else if ( ch == '(' && !(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR)){
current_page->add('(');
startRuby( script_h.getStringBuffer() + string_buffer_offset + 1, sentence_font );
string_buffer_offset++;
return RET_CONTINUE | RET_NOREAD;
}
else if ( ch == '/' && !(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR) ){
if ( ruby_struct.stage == RubyStruct::BODY ){
current_page->add('/');
sentence_font.addLineOffset(ruby_struct.margin);
string_buffer_offset = ruby_struct.ruby_end - script_h.getStringBuffer();
if (*ruby_struct.ruby_end == ')'){
if ( skip_flag || draw_one_page_flag || ctrl_pressed_status )
endRuby(false, true, accumulation_surface, &text_info);
else
endRuby(true, true, accumulation_surface, &text_info);
current_page->add(')');
string_buffer_offset++;
}
return RET_CONTINUE | RET_NOREAD;
}
else{ // skip new line
new_line_skip_flag = true;
string_buffer_offset++;
if (script_h.getStringBuffer()[string_buffer_offset] != 0x0a)
errorAndExit( "'new line' must follow '/'." );
return RET_CONTINUE; // skip the following eol
}
}
else if ( ch == ')' && !(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR) &&
ruby_struct.stage == RubyStruct::BODY ){
current_page->add(')');
string_buffer_offset++;
ruby_struct.stage = RubyStruct::NONE;
return RET_CONTINUE | RET_NOREAD;
}
else{
out_text[0] = ch;
if ( clickstr_state == CLICK_IGNORE ){
clickstr_state = CLICK_NONE;
}
else{
int matched_len = script_h.checkClickstr(script_h.getStringBuffer() + string_buffer_offset);
if (matched_len > 0){
if (matched_len == 2) out_text[1] = script_h.getStringBuffer()[ string_buffer_offset + 1 ];
if (sentence_font.getRemainingLine() <= clickstr_line)
return clickNewPage( out_text );
else
return clickWait( out_text );
}
else if (script_h.getStringBuffer()[ string_buffer_offset + 1 ] &&
script_h.checkClickstr(&script_h.getStringBuffer()[string_buffer_offset+1]) == 1 &&
script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR){
if ( script_h.getStringBuffer()[ string_buffer_offset + 2 ] &&
script_h.checkClickstr(&script_h.getStringBuffer()[string_buffer_offset+2]) > 0){
clickstr_state = CLICK_NONE;
}
else if (script_h.getStringBuffer()[ string_buffer_offset + 1 ] == '@'){
return clickWait( out_text );
}
else if (script_h.getStringBuffer()[ string_buffer_offset + 1 ] == '\\'){
return clickNewPage( out_text );
}
else{
out_text[1] = script_h.getStringBuffer()[ string_buffer_offset + 1 ];
if (sentence_font.getRemainingLine() <= clickstr_line)
return clickNewPage( out_text );
else
return clickWait( out_text );
}
}
else{
clickstr_state = CLICK_NONE;
}
}
bool flush_flag = true;
if ( skip_flag || draw_one_page_flag || ctrl_pressed_status )
flush_flag = false;
if ( script_h.getStringBuffer()[ string_buffer_offset + 1 ] &&
script_h.getStringBuffer()[ string_buffer_offset + 1 ] != 0x0a &&
!(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR)){
out_text[1] = script_h.getStringBuffer()[ string_buffer_offset + 1 ];
drawDoubleChars( out_text, &sentence_font, flush_flag, true, accumulation_surface, &text_info );
num_chars_in_sentence++;
}
else if (script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR){
drawDoubleChars( out_text, &sentence_font, flush_flag, true, accumulation_surface, &text_info );
num_chars_in_sentence++;
}
if ( skip_flag || draw_one_page_flag || ctrl_pressed_status ){
if ( script_h.getStringBuffer()[ string_buffer_offset + 1 ] &&
!(script_h.getEndStatus() & ScriptHandler::END_1BYTE_CHAR))
string_buffer_offset++;
string_buffer_offset++;
return RET_CONTINUE | RET_NOREAD;
}
else{
event_mode = WAIT_SLEEP_MODE;
if ( sentence_font.wait_time == -1 )
advancePhase( default_text_speed[text_speed_no] );
else
advancePhase( sentence_font.wait_time );
return RET_WAIT | RET_NOREAD;
}
}
return RET_NOMATCH;
}
//copyright : (C) 2002-2004 InfoSiAL S.L. //email : [email protected] void MReportEngine::drawDetail(MPageCollection *pages, int level, uint &currRecord, const int initRow, const int initCol) { currRecord_ = currRecord; QString detailValue; int nextLevel; int detailHeight = 0; MReportSection *detail = findDetail(level); MReportSection *footer; if (detail) detailHeight = detail->getHeight(); if (!canDrawDetailHeader(level, currRecord, currY)) { if (level > 0) drawAddOnFooter(pages, (level - 1), gDTFooters[(level - 1)], gDTSFooters[(level - 1)]); newPage(pages, level); // Sólo dibujamos el detail header si no hemos dibujado ya el addOnHeader if (!findAddOnHeader(level)) drawDetailHeader(pages, level); } else { drawDetailHeader(pages, level); } if (!detail) { drawDetailFooter(pages, level); return; } gDTFooters[level]->clear(); gDTSFooters[level]->clear(); int currLevel; int chkRow = 0; int loops = 0; if (initCol != 0) currX = leftMargin + (detail->getWidth() * (initCol - 1)); if (initRow != 0) currY = topMargin + (detail->getHeight() * (initRow - 1)); currLevel = level; do { QDomNode record = records.item(currRecord); if (record.nodeType() == QDomNode::ElementNode) { if (currLevel == level) { if ((chkRow = (currRecord / 2) % 20) == 0) emit signalRenderStatus(currRecord / 2); if (cancelRender) { MLabelObject lblCancel; lblCancel.setFont("Arial", 20, MLabelObject::Bold, false); lblCancel.setText(tr("INFORME INCOMPLETO\nCANCELADO POR EL USUARIO")); lblCancel.setGeometry(20, pageHeight / 2, 450, 70); lblCancel.setHorizontalAlignment(MLabelObject::Center); lblCancel.setVerticalAlignment(MLabelObject::Middle); lblCancel.draw(p); return; } QDomNamedNodeMap fields = record.attributes(); reserveSizeForCalcFields(&fields, level); detail->setPageNumber(currPage); detail->setReportDate(currDate); if (!canDrawDetail(level, currRecord, currY)) { if (loops) { drawAddOnFooter(pages, level, gDTFooters[level], gDTSFooters[level]); } else { if (level > 0) { drawAddOnFooter(pages, (level - 1), gDTFooters[(level - 1)], gDTSFooters[(level - 1)]); } } newPage(pages, level); } QDomNode record = records.item(currRecord); QDomNode *ptrRecord = &record; setFieldValues(&fields, level, detail, ptrRecord); if (detail->mustBeDrawed(ptrRecord)) { detail->setCalcFieldData(0, 0, ptrRecord, fillRecords_); int sectionHeight = detail->getHeight(); detail->draw(p, currX, currY, sectionHeight); detailHeight = sectionHeight; currX += detail->getWidth(); if (currX >= (pageWidth - rightMargin - leftMargin)) { currX = leftMargin; currY += sectionHeight; } MReportSection *rS = findDetail(level + 1); if (!rS) { for (uint i = 0; i <= level; i++) { rS = findDetailHeader(i); if (rS) csvData_ += rS->csvData(); rS = findDetail(i); if (rS) csvData_ += rS->csvData(); } csvData_ += "\n"; } } ++currRecord; } else { drawDetail(pages, currLevel, currRecord); } if (currRecord < records.count()) { record = records.item(currRecord); QDomNamedNodeMap fields = record.attributes(); detailValue = fields.namedItem("level").nodeValue(); currLevel = detailValue.toInt(); } if (cancelRender) { MLabelObject lblCancel; lblCancel.setFont("Arial", 20, MLabelObject::Bold, false); lblCancel.setText(tr("INFORME INCOMPLETO\nCANCELADO POR EL USUARIO")); lblCancel.setGeometry(20, pageHeight / 2, 450, 70); lblCancel.setHorizontalAlignment(MLabelObject::Center); lblCancel.setVerticalAlignment(MLabelObject::Middle); lblCancel.draw(p); return; } } loops++; } while (level <= currLevel && currRecord < records.count()); drawDetailFooter(pages, level, gDTFooters[level], gDTSFooters[level]); footer = findDetailFooter(level); if (footer && currRecord < records.count()) if (footer->newPage()) newPage(pages); }
int PonscripterLabel::processText()
{
if (string_buffer_restore > 0) {
string_buffer_offset = string_buffer_restore;
string_buffer_restore = -1;
}
if (debug_level > 1) {
fprintf(stderr,"processText: %d:'%s", string_buffer_offset, script_h.getStrBuf(string_buffer_offset));
}
if (event_mode & (WAIT_INPUT_MODE | WAIT_SLEEP_MODE)) {
draw_cursor_flag = false;
if (script_h.readStrBuf(string_buffer_offset) == '!') {
string_buffer_offset++;
if (script_h.readStrBuf(string_buffer_offset) == 'w' ||
script_h.readStrBuf(string_buffer_offset) == 'd') {
++string_buffer_offset;
while (script_h.isadigit(script_h.readStrBuf(string_buffer_offset))) {
++string_buffer_offset;
}
while (script_h.isawspace(script_h.readStrBuf(string_buffer_offset)))
++string_buffer_offset;
}
}
else if (clickstr_state == CLICK_WAIT) {
string_buffer_offset += file_encoding->NextCharSizeWithLigatures
(script_h.getStrBuf(string_buffer_offset), &sentence_font);
clickstr_state = CLICK_NONE;
}
else if (clickstr_state == CLICK_NEWPAGE) {
event_mode = IDLE_EVENT_MODE;
string_buffer_offset += file_encoding->NextCharSizeWithLigatures
(script_h.getStrBuf(string_buffer_offset), &sentence_font);
newPage(true);
clickstr_state = CLICK_NONE;
return RET_CONTINUE | RET_NOREAD;
}
else
string_buffer_offset +=
file_encoding->NextCharSizeWithLigatures
(script_h.getStrBuf(string_buffer_offset), &sentence_font);
event_mode = IDLE_EVENT_MODE;
}
if (script_h.readStrBuf(string_buffer_offset) == 0x0a ||
script_h.readStrBuf(string_buffer_offset) == 0x00) {
indent_offset = 0; // redundant
skip_to_wait = 0;
return RET_CONTINUE;
}
new_line_skip_flag = false;
char ch = script_h.readStrBuf(string_buffer_offset);
// Chronotrig, multilang inline command hack, ignore ! and # commands when current language isn't being read
if (current_read_language != -1 && current_read_language != current_language) {
int startingChar = string_buffer_offset;
if (ch == '!') {
string_buffer_offset++;
if (script_h.readStrBuf(string_buffer_offset) == 'w' ||
script_h.readStrBuf(string_buffer_offset) == 'd') {
++string_buffer_offset;
while (script_h.isadigit(script_h.readStrBuf(string_buffer_offset))) {
++string_buffer_offset;
}
while (script_h.isawspace(script_h.readStrBuf(string_buffer_offset)))
++string_buffer_offset;
} else if (script_h.readStrBuf(string_buffer_offset) == 's') {
string_buffer_offset++;
if (script_h.readStrBuf(string_buffer_offset) == 'd') {
string_buffer_offset++;
} else {
while (script_h.isadigit(script_h.readStrBuf(string_buffer_offset))) {
++string_buffer_offset;
}
while (script_h.isawspace(script_h.readStrBuf(string_buffer_offset)))
++string_buffer_offset;
}
}
if (string_buffer_offset - startingChar > 3) {
return RET_CONTINUE;
} else {
string_buffer_offset = startingChar;
}
} else if (ch == '#') {
char hexchecker;
bool isValidHex = true;
for (int i = 0; i <= 5; ++i) {
hexchecker = script_h.readStrBuf(string_buffer_offset + i + 1);
if (!script_h.isaxdigit(hexchecker)) {
isValidHex = false;
}
}
if (isValidHex) {
string_buffer_offset += 7;
return RET_CONTINUE;
}
}
}
if (ch == '@') { // wait for click
return clickWait(false);
}
else if (ch == '\\') { // new page
return clickNewPage(false);
}
else if (ch == '_') { // Ignore following forced return
clickstr_state = CLICK_IGNORE;
++string_buffer_offset;
return RET_CONTINUE | RET_NOREAD;
}
else if (ch == '!') {
++string_buffer_offset;
if (script_h.readStrBuf(string_buffer_offset) == 's') {
++string_buffer_offset;
bool in_skip = (skip_flag || ctrl_pressed_status);
int prev_t = sentence_font.wait_time;
if (script_h.readStrBuf(string_buffer_offset) == 'd') {
sentence_font.wait_time = -1;
++string_buffer_offset;
}
else {
int t = 0;
while (script_h.isadigit(script_h.readStrBuf(string_buffer_offset))) {
t = t * 10 + script_h.readStrBuf(string_buffer_offset) -'0';
++string_buffer_offset;
}
sentence_font.wait_time = t;
while (script_h.isawspace(script_h.readStrBuf(string_buffer_offset)))
++string_buffer_offset;
}
if (!in_skip && (prev_t == 0) && (sentence_font.wait_time != 0))
flush(refreshMode());
}
else if (script_h.readStrBuf(string_buffer_offset) == 'w'
|| script_h.readStrBuf(string_buffer_offset) == 'd') {
bool flag = false;
bool in_skip = (skip_flag || draw_one_page_flag || ctrl_pressed_status);
if (script_h.readStrBuf(string_buffer_offset) == 'd')
flag = true;
++string_buffer_offset;
int tmp_string_buffer_offset = string_buffer_offset;
int t = 0;
while (script_h.isadigit(script_h.readStrBuf(string_buffer_offset))) {
t = t * 10 + script_h.readStrBuf(string_buffer_offset) - '0';
++string_buffer_offset;
}
while (script_h.isawspace(script_h.readStrBuf(string_buffer_offset)))
string_buffer_offset++;
flush(refreshMode());
if (flag && in_skip) {
skip_to_wait = 0;
return RET_CONTINUE | RET_NOREAD;
}
else {
if (!flag && in_skip) {
//Mion: instead of skipping entirely, let's do a shortened wait (safer)
if (t > 100) {
t = t / 10;
} else if (t > 10) {
t = 10;
}
}
skip_to_wait = 0;
event_mode = WAIT_SLEEP_MODE;
if (flag) event_mode |= WAIT_INPUT_MODE;
key_pressed_flag = false;
startTimer(t);
string_buffer_offset = tmp_string_buffer_offset - 2;
return RET_WAIT | RET_NOREAD;
}
}
else {
--string_buffer_offset;
goto notacommand;
}
return RET_CONTINUE | RET_NOREAD;
}
else if (ch == '#') {
char hexchecker;
for (int i = 0; i <= 5; ++i) {
hexchecker = script_h.readStrBuf(string_buffer_offset + i + 1);
if (!script_h.isaxdigit(hexchecker))
goto notacommand;
}
sentence_font.color
= readColour(script_h.getStrBuf(string_buffer_offset));
string_buffer_offset += 7;
return RET_CONTINUE | RET_NOREAD;
}
else if (ch == '/') {
if (script_h.readStrBuf(string_buffer_offset + 1) != 0x0a)
goto notacommand;
else { // skip new line
new_line_skip_flag = true;
string_buffer_offset++;
return RET_CONTINUE; // skip the following eol
}
}
else {
notacommand:
if (clickstr_state == CLICK_IGNORE) {
clickstr_state = CLICK_NONE;
}
else {
const char* c = script_h.getStrBuf(string_buffer_offset);
if (script_h.checkClickstr(c)) {
if (sentence_font.isNoRoomForLines(clickstr_line))
return clickNewPage(true);
else
return clickWait(true);
}
}
bool flush_flag = !(skip_flag || draw_one_page_flag ||
skip_to_wait || ctrl_pressed_status ||
(sentence_font.wait_time == 0) ||
(current_read_language != -1 && current_read_language != current_language));
drawChar(script_h.getStrBuf(string_buffer_offset), &sentence_font,
flush_flag, true, accumulation_surface, &text_info);
++num_chars_in_sentence;
if (flush_flag) {
event_mode = WAIT_SLEEP_MODE;
int wait_time = 0;
if ( sentence_font.wait_time == -1 )
wait_time = default_text_speed[text_speed_no];
else
wait_time = sentence_font.wait_time;
advancePhase(wait_time * 100 / global_speed_modifier);
return RET_WAIT | RET_NOREAD;
}
event_mode = IDLE_EVENT_MODE;
//Mion: hack using RET_CONTINUE | RET_WAIT for unflushed text
return RET_CONTINUE | RET_WAIT | RET_NOREAD;
}
return RET_NOMATCH;
}