void insertRect(TY** ppY,const TRect& rect){
TY* pY=*ppY;
if (rect.y1 <= pY->y0){ //之前
insertAtFront(ppY,rect);
}else if (rect.y0 >= pY->y1){ //之后
insertRectNext(pY,rect);
}else if (getIsCover(pY,rect)){ //包含
return;
}else{ //相交
TRect nRect(rect);
if (nRect.y1 > pY->y1){ //长出一截的部分交给下一个Y
TRect backRect(nRect.x0,pY->y1,nRect.x1,nRect.y1);
nRect.y1=pY->y1;
insertRectNext(pY,backRect);
}else if (nRect.y1< pY->y1){ //短一截,分裂Y
clipY(pY,nRect.y1);
}
//nRect.y1==pY->y1
if (nRect.y0 < pY->y0){
TRect frontRect(nRect.x0,nRect.y0,nRect.x1,pY->y0);
nRect.y0=pY->y0;
YAddAX(pY,nRect.x0,nRect.x1);
insertAtFront(ppY,frontRect);
}else if (nRect.y0< pY->y0){
clipY(pY,nRect.y0);
YAddAX(pY->nextY,nRect.x0,nRect.x1);
}else{ //nRect.y0== pY->y0
YAddAX(pY,nRect.x0,nRect.x1);
}
}
}
void UIScrollBar::onPaint(UIPainter& painter)
{
RectangleShape backRect(FloatRect(0.f, 0.f, size.x, size.y), Color(121, 121, 121));
painter.graphicsDevice->setModelMatrix(painter.baseMatrix * backRect.getTransform().getMatrix());
painter.graphicsDevice->draw(backRect);
if (linkedView)
{
paddleHeight = linkedView->size.y / linkedView->childrenRect().height;
paddleHeight *= size.y;
}
RectangleShape backRect2(FloatRect(2.f, 2.f + paddleOffset, size.x - 4.f, paddleHeight - 4.f), Color(21, 21, 21));
painter.graphicsDevice->setModelMatrix(painter.baseMatrix * backRect2.getTransform().getMatrix());
painter.graphicsDevice->draw(backRect2);
}
void WTextSourceViewerLine::paintEvent ( QPaintEvent * ev_p )
{
QPainter p(this);
bool place_for_comment=!commented_lines.isEmpty();
p.setRenderHint(QPainter::SmoothPixmapTransform );
p.setRenderHint( QPainter::Antialiasing);
p.setClipRect(ev_p->rect());
p.translate(1,-translation_y);
p.setFont(font());
p.setPen(QPen(Qt::black,0));
QAbstractTextDocumentLayout::PaintContext context;
QRect r=ev_p->rect();
if (text_document_p)
{
QRectF lineRect;
int last_line=0;
QPointF folding_pos_close;
QPointF folding_pos_open_start;
QPointF folding_pos_open_end;
bool has_folding_close=false;
bool has_folding_open=false;
bool last_block_contains_instrumentation=true;
for (QTextBlock textBlock=text_document_p->begin();
textBlock!=text_document_p->end();
textBlock=textBlock.next())
{
TextSourceInstrumentationData *instrumentationData=dynamic_cast<TextSourceInstrumentationData*> (textBlock.userData());
if (instrumentationData)
{
int current_line = instrumentationData->current_line;
lineRect=text_document_p->documentLayout()->blockBoundingRect(textBlock);
QRectF line_text_area(char_space*(2.0f+ (place_for_comment?1:0) ),lineRect.top(),width()-char_space*2.0f,lineRect.height());
QRectF comment_area(char_space*2,lineRect.top(),img_comment_scaled.width(),img_comment_scaled.height());
bool instrumentation_point=false;
for (QVector<TextSourceInstrumentationData::InstrumentationData>::const_iterator it=instrumentationData->instrumentations.begin();it!=instrumentationData->instrumentations.end();++it)
{
Instrumentation::status_t st=(*it).status(instrumentationData->coverage_level,instrumentationData->coverage_method);
if ( st != Instrumentation::STATUS_NONE )
{
instrumentation_point=true;
break;
}
}
if (instrumentation_point)
{
QRectF backRect(0,lineRect.top(),width(),lineRect.height());
p.drawText(line_text_area,Qt::AlignVCenter|Qt::AlignLeft,QString::number(current_line));
last_block_contains_instrumentation=true;
if (has_folding_open)
drawFoldingLineVisible(p,folding_pos_open_start,folding_pos_open_end);
bool current_line_has_comment=commented_lines.contains(current_line);
if (current_line_has_comment)
p.drawImage(comment_area,img_comment_scaled);
if (last_line+1!=current_line)
{
if (has_folding_close)
drawFoldingLineHidden(p,folding_pos_close);
if (current_line_has_comment || !place_for_comment)
folding_pos_close.setX(char_space*1.5f);
else
folding_pos_close.setX(char_space*2.5f);
folding_pos_close.setY((lineRect.bottom()+lineRect.top())/2);
drawFoldingLineHidden(p,folding_pos_close);
}
else
{
if (current_line_has_comment || !place_for_comment)
folding_pos_close.setX(char_space*1.5f);
else
folding_pos_close.setX(char_space*2.5f);
folding_pos_close.setY((lineRect.bottom()+lineRect.top())/2);
}
has_folding_open=false;
has_folding_close=true;
}
else
{
if ( (has_folding_close) && (last_line+1!=current_line) )
drawFoldingLineHidden(p,folding_pos_close);
if (place_for_comment)
folding_pos_open_end.setX(char_space*2.5f);
else
folding_pos_open_end.setX(char_space*1.5f);
folding_pos_open_end.setY((lineRect.bottom()+lineRect.top())/2);
if (last_block_contains_instrumentation)
folding_pos_open_start=folding_pos_open_end;
p.drawText(line_text_area,Qt::AlignVCenter|Qt::AlignLeft,QString::number(current_line));
last_block_contains_instrumentation=false;
has_folding_close=false;
has_folding_open=true;
}
last_line=current_line;
}
}
if (has_folding_close)
drawFoldingLineHidden(p,folding_pos_close);
if (has_folding_open)
drawFoldingLineVisible(p,folding_pos_open_start,folding_pos_open_end);
}
r.translate(-1,+translation_y);
context.clip=r;
}
OnPostFrontendRender.Connect([] ()
{
if (!g_consoleFlag)
{
return;
}
static bool stringRectSet = false;
static CRect stringRect;
if (!stringRectSet)
{
TheFonts->GetStringMetrics(L"a", 16.0f, 1.0f, "Lucida Console", stringRect);
}
CRect backRect(0.0f, 0.0f, GetScreenResolutionX(), (16.0f * 25) + 16.0f);
CRGBA backColor(0, 0x2b, 0x36, 220);
CRGBA frontColor(0xee, 0xe8, 0xd5);
TheFonts->DrawRectangle(backRect, backColor);
backRect.SetRect(backRect.fX1, backRect.fY2, backRect.fX2, backRect.fY2 + 5.0f);
backColor.red *= 0.8;
backColor.green *= 0.8;
backColor.blue *= 0.8;
backColor.alpha = 250;
TheFonts->DrawRectangle(backRect, backColor);
for (int i = 0; i < 25; i++)
{
CRect TranscriptWindow::DrawButton(
CDC& dc, CRect& rect, bool centre, const char* text, Button button, bool enable)
{
// Select the font and measure the text in it
CFont* oldFont = dc.SelectObject(theApp.GetFont(InformApp::FontDisplay));
CSize size = dc.GetTextExtent(text);
// Adjust the width of the button
if (centre)
{
rect.left = rect.right-(size.cx/2)-m_layout.margin.cx;
rect.right = rect.left+size.cx+m_layout.margin.cx*2;
}
else
rect.left = rect.right-size.cx-m_layout.margin.cx*2;
// Determine the button's state
CPoint mousePoint = GetCurrentMessage()->pt;
ScreenToClient(&mousePoint);
bool over = (rect.PtInRect(mousePoint) != 0);
bool down = (m_buttonDown == button);
if (theOS.IsAppThemed())
{
// Open the button theme
HTHEME theme = theOS.OpenThemeData(this,L"Button");
if (theme)
{
UINT state = PBS_NORMAL;
if (!enable)
state = PBS_DISABLED;
else if (over && down)
state = PBS_PRESSED;
else if (down)
state = PBS_HOT;
else if (over && (m_buttonDown == Button()))
state = PBS_HOT;
// Draw the themed control frame
theOS.DrawThemeBackground(theme,&dc,BP_PUSHBUTTON,state,rect);
// Get the background size
CRect backRect(rect);
theOS.GetThemeBackgroundContentRect(theme,&dc,BP_PUSHBUTTON,state,backRect);
// Draw the themed button text
CStringW textW(text);
theOS.DrawThemeText(theme,&dc,BP_PUSHBUTTON,state,textW,
DT_CENTER|DT_VCENTER|DT_SINGLELINE,DTT_GRAYED,backRect);
// Close the button theme
theOS.CloseThemeData(theme);
}
}
else
{
UINT state = DFCS_BUTTONPUSH;
if (!enable)
state |= DFCS_INACTIVE;
else if (over && down)
state |= DFCS_PUSHED;
// Draw the control background
dc.DrawFrameControl(rect,DFC_BUTTON,state);
// Work out the bounding rectangle for the button text
CRect textRect(rect);
textRect.DeflateRect((rect.Width()-size.cx)/2,(rect.Height()-size.cy)/2);
if (state & DFCS_PUSHED)
{
textRect.top++;
textRect.left++;
}
// Draw the button text
dc.DrawState(textRect.TopLeft(),textRect.Size(),text,
(state & DFCS_INACTIVE) ? DSS_DISABLED : DSS_NORMAL,TRUE,0,(HBRUSH)0);
}
// Select the previous font
dc.SelectObject(oldFont);
// Store the button rectangle
if (enable)
m_buttons.push_back(std::make_pair(rect,button));
// Return the button rectangle
return rect;
}
void TranscriptWindow::OnDraw(CDC* pDC)
{
CRect clientRect;
GetClientRect(clientRect);
CDC dc;
dc.CreateCompatibleDC(pDC);
// Create an off-screen bitmap for drawing
CDibSection bitmap;
if (bitmap.CreateBitmap(pDC->GetSafeHdc(),clientRect.Width(),clientRect.Height()) == FALSE)
return;
CBitmap* oldBitmap = CDibSection::SelectDibSection(dc,&bitmap);
dc.SetBkMode(TRANSPARENT);
dc.FillSolidRect(clientRect,theApp.GetColour(InformApp::ColourBack));
if (m_skein->IsActive())
{
CFont* oldFont = dc.SelectObject(theApp.GetFont(InformApp::FontDisplay));
CPen linePen(PS_SOLID,1,theApp.GetColour(InformApp::ColourBorder));
CPen* oldPen = dc.SelectObject(&linePen);
int y = 0;
int yinput = m_layout.fontSize.cy+(2*m_layout.margin.cy);
// If the transcript is taller than the window, work out the drawing origin
if (GetHeight() > clientRect.Height())
{
SCROLLINFO scroll;
::ZeroMemory(&scroll,sizeof scroll);
scroll.cbSize = sizeof scroll;
GetScrollInfo(SB_VERT,&scroll);
y -= scroll.nPos;
}
// Clear the map of visible buttons and expected texts
m_buttons.clear();
m_expecteds.clear();
// Loop over the transcript nodes
std::deque<NodeLayout>::const_iterator nodeIt;
for (nodeIt = m_layout.nodes.begin(); nodeIt != m_layout.nodes.end(); ++nodeIt)
{
const NodeLayout& nl = *nodeIt;
// Is this node visible?
CRect nodeRect(0,y,1,y+m_layout.fontSize.cy+nl.height+(4*m_layout.margin.cy)+1);
CRect intersection;
if (intersection.IntersectRect(nodeRect,clientRect) == FALSE)
{
// Not visible, so increase the y position and try the next node
y += yinput+nl.height+(2*m_layout.margin.cy);
continue;
}
// Get the text associated with the node
const CStringW& transcript = nl.node->GetTranscriptText();
const CStringW& expected = nl.node->GetExpectedText();
const CStringW& line = nl.node->GetLine();
// Fill in the background of the input line
dc.FillSolidRect(0,y+1,clientRect.Width(),yinput,
theApp.GetColour(InformApp::ColourTransInput));
// Fill in the background of the transcript text
COLORREF back;
if (transcript.IsEmpty())
back = theApp.GetColour(InformApp::ColourTransUnset);
else
{
back = theApp.GetColour(nl.node->GetChanged() ?
InformApp::ColourTransDiffers : InformApp::ColourTransSame);
}
CRect backRect(0,y+yinput,m_layout.columnWidth,
y+m_layout.fontSize.cy+nl.height+(4*m_layout.margin.cy));
dc.FillSolidRect(backRect,back);
// Fill in the background of the expected text
if (expected.IsEmpty())
back = theApp.GetColour(InformApp::ColourTransUnset);
else
{
switch (nl.node->GetDiffers())
{
case Skein::Node::ExpectedSame:
back = theApp.GetColour(InformApp::ColourTransSame);
break;
case Skein::Node::ExpectedNearlySame:
back = RGB(255,255,127);
break;
case Skein::Node::ExpectedDifferent:
back = theApp.GetColour(InformApp::ColourTransDiffers);
break;
default:
ASSERT(FALSE);
back = theApp.GetColour(InformApp::ColourTransDiffers);
break;
}
}
backRect.OffsetRect(m_layout.columnWidth+1,0);
dc.FillSolidRect(backRect,Brighter(back));
// If this is the first node in the transcript, draw a horizontal line at the top
if (nl.node == m_skein->GetRoot())
{
dc.MoveTo(0,y);
dc.LineTo(clientRect.Width(),y);
}
// Draw a horizontal line below the node's input
dc.MoveTo(0,y+yinput);
dc.LineTo(clientRect.Width(),y+yinput);
// Draw a final horizontal line below the text boxes
dc.MoveTo(0,y+yinput+nl.height+(2*m_layout.margin.cy));
dc.LineTo(clientRect.Width(),y+yinput+nl.height+(2*m_layout.margin.cy));
// Draw a dividing line between the two text boxes
dc.MoveTo(m_layout.columnWidth,y+yinput);
dc.LineTo(m_layout.columnWidth,y+yinput+nl.height+(2*m_layout.margin.cy));
// If this is the last played knot in the skein, draw a yellow border around it
if (nl.node == m_skeinPlayed)
{
CRect backRect(0,y,clientRect.Width(),
y+m_layout.fontSize.cy+nl.height+(4*m_layout.margin.cy));
DrawInsideRect(dc,backRect,CSize(m_layout.margin.cx*3/4,m_layout.margin.cy*7/8),
theApp.GetColour(InformApp::ColourTransPlayed));
}
// If this is the knot selected in the skein, draw a blue border around it
if (nl.node == m_skeinSelected)
{
CRect backRect(0,y,clientRect.Width(),
y+m_layout.fontSize.cy+nl.height+(4*m_layout.margin.cy));
DrawInsideRect(dc,backRect,CSize(m_layout.margin.cx*3/8,m_layout.margin.cy*7/16),
theApp.GetColour(InformApp::ColourTransSelect));
}
// Draw the buttons at the end of the input line, and store their positions
int btnHeight = m_layout.fontSize.cy+m_layout.margin.cy;
CRect btnRect(
CPoint(clientRect.Width()-(m_layout.margin.cy/2),y+(m_layout.margin.cy/2)),
CSize(0,btnHeight));
btnRect = DrawButton(dc,btnRect,false,"Show knot",Button(nl.node,ButtonShow),true);
btnRect.right = btnRect.left-(m_layout.margin.cy/2);
DrawButton(dc,btnRect,false,"Play to here",Button(nl.node,ButtonPlay),true);
// Write the node's input
dc.SetTextColor(theApp.GetColour(InformApp::ColourText));
CRect textRect(m_layout.margin.cx,y+m_layout.margin.cy,
btnRect.left-m_layout.margin.cx,y+yinput);
theOS.DrawText(&dc,line,line.GetLength(),textRect,DT_SINGLELINE|DT_NOPREFIX|DT_END_ELLIPSIS);
// Draw the 'bless' button, and store its position
y += yinput;
btnRect.right = m_layout.columnWidth;
btnRect.top = y+(((nl.height+(2*m_layout.margin.cy))-btnHeight)/2);
btnRect.bottom = btnRect.top+btnHeight;
DrawButton(dc,btnRect,true,"Bless",Button(nl.node,ButtonBless),nl.node->CanBless());
// Write the text in the text boxes
textRect = CRect(m_layout.margin.cx,y+m_layout.margin.cy,
m_layout.columnWidth-m_layout.centreMargin,y+m_layout.margin.cy+nl.height);
DrawText(dc,textRect,transcript,nl.node->GetTranscriptDiffs());
textRect.OffsetRect(m_layout.columnWidth+m_layout.centreMargin-m_layout.margin.cx,0);
DrawText(dc,textRect,expected,nl.node->GetExpectedDiffs());
textRect.InflateRect(theApp.MeasureFont(m_edit.GetFont()).cx/4,0);
m_expecteds.push_back(std::make_pair(backRect,Expected(nl.node,textRect)));
// Advance the y position
y += nl.height+(2*m_layout.margin.cy);
}
dc.SelectObject(oldPen);
dc.SelectObject(oldFont);
// If the edit window is visible, exclude the area under it to reduce flicker
if (m_edit.IsWindowVisible())
{
CRect editRect;
m_edit.GetWindowRect(&editRect);
ScreenToClient(&editRect);
pDC->ExcludeClipRect(editRect);
}
}
// Copy to the on-screen device context
pDC->BitBlt(0,0,clientRect.Width(),clientRect.Height(),&dc,0,0,SRCCOPY);
dc.SelectObject(oldBitmap);
}
