// -------------------------------------------------
// Help method
// -------------------------------------------------
wxVariant TreeListModel::CreateIconTextVariant(const wxString &text, const wxBitmap& bmp)
{
wxIcon icn;
icn.CopyFromBitmap( bmp);
wxDataViewIconText ict(text, icn);
wxVariant v;
v << ict;
return v;
}
wxVariant ImportFilesDialogNew::MakeIconText(const wxString& text, const wxBitmap& bmp) const
{
wxIcon icn;
icn.CopyFromBitmap( bmp);
wxDataViewIconText ict(text, icn);
wxVariant v;
v << ict;
return v;
}
static wxVariant MakeIconText(const wxString& text, const wxBitmap& bmp)
{
wxIcon icn;
icn.CopyFromBitmap(bmp);
wxDataViewIconText ict(text, icn);
wxVariant v;
v << ict;
return v;
}
NewProjectWizard::NewProjectWizard(wxWindow* parent, const clNewProjectEvent::Template::Vec_t& additionalTemplates)
: NewProjectWizardBase(parent)
{
m_additionalTemplates = additionalTemplates;
NewProjectDlgData info;
EditorConfigST::Get()->ReadObject(wxT("NewProjectDlgData"), &info);
NewProjImgList images;
// Get list of project templates
wxImageList *lstImages (NULL);
GetProjectTemplateList(PluginManager::Get(), m_list, &m_mapImages, &lstImages);
wxDELETE(lstImages);
// Populate the dataview model
m_dataviewTemplatesModel->Clear();
std::map<wxString, wxDataViewItem> categoryMap;
// list of compilers
wxArrayString compilerChoices;
// list of debuggers
wxArrayString debuggerChoices;
// Place the plugins on top
for ( size_t i=0; i<m_additionalTemplates.size(); ++i ) {
// Add the category if not exists
const clNewProjectEvent::Template& newTemplate = m_additionalTemplates.at(i);
if ( !newTemplate.m_toolchain.IsEmpty() ) {
compilerChoices.Add( newTemplate.m_toolchain );
}
if ( !newTemplate.m_debugger.IsEmpty() ) {
debuggerChoices.Add( newTemplate.m_debugger );
}
wxString category = newTemplate.m_category;
if ( categoryMap.count( category ) == 0 ) {
wxVector<wxVariant> cols;
wxBitmap bmp = wxXmlResource::Get()->LoadBitmap( newTemplate.m_categoryPng );
if ( !bmp.IsOk() ) {
bmp = images.Bitmap("gear16");
}
cols.push_back( DVTemplatesModel::CreateIconTextVariant(category, bmp) );
categoryMap[category] = m_dataviewTemplatesModel->AppendItem(wxDataViewItem(0), cols);
}
{
wxVector<wxVariant> cols;
wxBitmap bmp = wxXmlResource::Get()->LoadBitmap( newTemplate.m_templatePng );
if ( !bmp.IsOk() ) {
bmp = images.Bitmap("gear16");
}
cols.push_back( DVTemplatesModel::CreateIconTextVariant(newTemplate.m_template, bmp) );
m_dataviewTemplatesModel->AppendItem(categoryMap[category], cols, new NewProjectClientData(NULL, newTemplate.m_template));
}
}
wxDataViewItem selection;
std::list<ProjectPtr>::iterator iter = m_list.begin();
for (; iter != m_list.end(); ++iter) {
wxVector<wxVariant> cols;
wxString internalType = (*iter)->GetProjectInternalType();
if (internalType.IsEmpty()) internalType = _("Others");
if ( categoryMap.count( internalType ) == 0 ) {
cols.clear();
wxIcon icn;
icn.CopyFromBitmap( images.Bitmap("gear16") );
wxDataViewIconText ict(internalType, icn);
wxVariant v;
v << ict;
cols.push_back( v );
categoryMap[internalType] = m_dataviewTemplatesModel->AppendItem(wxDataViewItem(0), cols);
}
wxString imgId = (*iter)->GetProjectIconName();
cols.clear();
wxIcon icn;
icn.CopyFromBitmap( images.Bitmap(imgId) );
wxDataViewIconText ict((*iter)->GetName(), icn);
wxVariant v;
v << ict;
cols.push_back( v );
wxDataViewItem item = m_dataviewTemplatesModel->AppendItem(categoryMap[internalType], cols, new NewProjectClientData( *iter ) );
if ( (*iter)->GetName() == info.GetLastSelection() ) {
selection = item;
}
}
// Aet list of compilers from configuration file
BuildSettingsConfigCookie cookie;
CompilerPtr cmp = BuildSettingsConfigST::Get()->GetFirstCompiler(cookie);
while (cmp) {
compilerChoices.Add(cmp->GetName());
cmp = BuildSettingsConfigST::Get()->GetNextCompiler(cookie);
}
m_choiceCompiler->Append( compilerChoices );
if (compilerChoices.IsEmpty() == false) {
m_choiceCompiler->SetSelection(0);
}
m_textCtrlProjectPath->SetValue( WorkspaceST::Get()->GetWorkspaceFileName().GetPath());
// Get list of debuggers
wxArrayString knownDebuggers = DebuggerMgr::Get().GetAvailableDebuggers();
debuggerChoices.insert( debuggerChoices.end(), knownDebuggers.begin(), knownDebuggers.end());
m_choiceDebugger->Append( debuggerChoices );
if ( !m_choiceDebugger->IsEmpty() ) {
m_choiceDebugger->SetSelection( 0 );
}
m_cbSeparateDir->SetValue( info.GetFlags() & NewProjectDlgData::NpSeparateDirectory );
// Make sure the old selection is restored
if ( selection.IsOk() ) {
m_dataviewTemplates->Select(selection);
m_dataviewTemplates->EnsureVisible(selection);
NewProjectClientData* cd = dynamic_cast<NewProjectClientData*>( m_dataviewTemplatesModel->GetClientObject(selection) );
if ( cd ) {
m_projectData.m_srcProject = cd->getProject();
}
}
UpdateProjectPage();
}
NewProjectWizard::NewProjectWizard(wxWindow* parent, const clNewProjectEvent::Template::Vec_t& additionalTemplates)
: NewProjectWizardBase(parent)
, m_selectionMade(false)
{
m_additionalTemplates = additionalTemplates;
NewProjectDlgData info;
EditorConfigST::Get()->ReadObject(wxT("NewProjectDlgData"), &info);
NewProjImgList images;
// Get list of project templates (bot the installed ones + user)
GetProjectTemplateList(m_list);
// Populate the dataview model
m_dataviewTemplatesModel->Clear();
std::map<wxString, wxDataViewItem> categoryMap;
std::map<wxString, wxStringSet_t> projectsPerCategory;
// list of compilers
wxArrayString compilerChoices;
// list of debuggers
wxArrayString debuggerChoices;
// Place the plugins on top
for(size_t i = 0; i < m_additionalTemplates.size(); ++i) {
// Add the category if not exists
const clNewProjectEvent::Template& newTemplate = m_additionalTemplates.at(i);
if(!newTemplate.m_toolchain.IsEmpty()) {
compilerChoices.Add(newTemplate.m_toolchain);
}
if(!newTemplate.m_debugger.IsEmpty()) {
debuggerChoices.Add(newTemplate.m_debugger);
}
wxString category = newTemplate.m_category;
if(categoryMap.count(category) == 0) {
wxVector<wxVariant> cols;
wxBitmap bmp = wxXmlResource::Get()->LoadBitmap(newTemplate.m_categoryPng);
if(!bmp.IsOk()) {
bmp = images.Bitmap("gear16");
}
cols.push_back(DVTemplatesModel::CreateIconTextVariant(category, bmp));
categoryMap[category] = m_dataviewTemplatesModel->AppendItem(wxDataViewItem(0), cols);
projectsPerCategory.insert(std::make_pair(category, wxStringSet_t()));
}
{
wxString name = newTemplate.m_template;
if(projectsPerCategory[category].count(name)) {
// already exists
continue;
}
projectsPerCategory[category].insert(name); // add it to the unique list
wxVector<wxVariant> cols;
wxBitmap bmp = wxXmlResource::Get()->LoadBitmap(newTemplate.m_templatePng);
if(!bmp.IsOk()) {
bmp = images.Bitmap("gear16");
}
cols.push_back(DVTemplatesModel::CreateIconTextVariant(newTemplate.m_template, bmp));
m_dataviewTemplatesModel->AppendItem(categoryMap[category], cols,
new NewProjectClientData(NULL, newTemplate.m_template, true, newTemplate.m_allowSeparateFolder));
}
}
wxDataViewItem selection;
std::list<ProjectPtr>::iterator iter = m_list.begin();
for(; iter != m_list.end(); ++iter) {
wxVector<wxVariant> cols;
wxString internalType = (*iter)->GetProjectInternalType();
if(internalType.IsEmpty()) internalType = "Others";
// Add the category node if needed
if(categoryMap.count(internalType) == 0) {
cols.clear();
wxIcon icn;
icn.CopyFromBitmap(images.Bitmap("gear16"));
wxDataViewIconText ict(internalType, icn);
wxVariant v;
v << ict;
cols.push_back(v);
categoryMap[internalType] = m_dataviewTemplatesModel->AppendItem(wxDataViewItem(0), cols);
projectsPerCategory.insert(std::make_pair(internalType, wxStringSet_t()));
}
wxString imgId = (*iter)->GetProjectIconName();
wxBitmap bmp = images.Bitmap(imgId);
// Allow the user to override it
// Remove the entry
if(projectsPerCategory[internalType].count((*iter)->GetName())) {
// already exists
continue;
}
projectsPerCategory[internalType].insert((*iter)->GetName()); // add it to the unique list
cols.clear();
wxIcon icn;
icn.CopyFromBitmap(bmp);
wxDataViewIconText ict((*iter)->GetName(), icn);
wxVariant v;
v << ict;
cols.push_back(v);
wxDataViewItem item =
m_dataviewTemplatesModel->AppendItem(categoryMap[internalType], cols, new NewProjectClientData(*iter));
if((*iter)->GetName() == info.GetLastSelection()) {
selection = item;
}
}
// Get list of compilers from configuration file
BuildSettingsConfigCookie cookie;
CompilerPtr cmp = BuildSettingsConfigST::Get()->GetFirstCompiler(cookie);
while(cmp) {
compilerChoices.Add(cmp->GetName());
cmp = BuildSettingsConfigST::Get()->GetNextCompiler(cookie);
}
m_choiceCompiler->Append(compilerChoices);
if(compilerChoices.IsEmpty() == false) {
m_choiceCompiler->SetSelection(0);
}
m_textCtrlProjectPath->SetValue(clCxxWorkspaceST::Get()->GetWorkspaceFileName().GetPath());
// Get list of debuggers
wxArrayString knownDebuggers = DebuggerMgr::Get().GetAvailableDebuggers();
debuggerChoices.insert(debuggerChoices.end(), knownDebuggers.begin(), knownDebuggers.end());
m_choiceDebugger->Append(debuggerChoices);
if(!m_choiceDebugger->IsEmpty()) {
m_choiceDebugger->SetSelection(0);
}
{
// build system
std::list<wxString> builders;
wxArrayString knownBuilders;
BuildManagerST::Get()->GetBuilders(builders);
std::for_each(
builders.begin(), builders.end(), [&](const wxString& builderName) { knownBuilders.Add(builderName); });
m_choiceBuildSystem->Append(knownBuilders);
if(!m_choiceBuildSystem->IsEmpty()) {
m_choiceBuildSystem->SetSelection(0);
}
}
m_cbSeparateDir->SetValue(info.GetFlags() & NewProjectDlgData::NpSeparateDirectory);
// Make sure the old selection is restored
if(selection.IsOk()) {
m_dataviewTemplates->Select(selection);
m_dataviewTemplates->EnsureVisible(selection);
NewProjectClientData* cd =
dynamic_cast<NewProjectClientData*>(m_dataviewTemplatesModel->GetClientObject(selection));
if(cd) {
m_projectData.m_srcProject = cd->getProject();
}
}
UpdateProjectPage();
}
/**
* Rasterize items.
* This method submits the drawing opeartions required to draw this item
* to the supplied DrawingContext, restricting drawing the specified area.
*
* This method does some common tasks and calls the item-specific rendering
* function, _renderItem(), to render e.g. paths or bitmaps.
*
* @param flags Rendering options. This deals mainly with cache control.
*/
unsigned
DrawingItem::render(DrawingContext &dc, Geom::IntRect const &area, unsigned flags, DrawingItem *stop_at)
{
bool outline = _drawing.outline();
bool render_filters = _drawing.renderFilters();
// stop_at is handled in DrawingGroup, but this check is required to handle the case
// where a filtered item with background-accessing filter has enable-background: new
if (this == stop_at) return RENDER_STOP;
// If we are invisible, return immediately
if (!_visible) return RENDER_OK;
if (_ctm.isSingular(1e-18)) return RENDER_OK;
// TODO convert outline rendering to a separate virtual function
if (outline) {
_renderOutline(dc, area, flags);
return RENDER_OK;
}
// carea is the area to paint
Geom::OptIntRect carea = Geom::intersect(area, _drawbox);
if (!carea) return RENDER_OK;
if (_antialias) {
cairo_set_antialias(dc.raw(), CAIRO_ANTIALIAS_DEFAULT);
} else {
cairo_set_antialias(dc.raw(), CAIRO_ANTIALIAS_NONE);
}
// render from cache if possible
if (_cached) {
if (_cache) {
_cache->prepare();
set_cairo_blend_operator( dc, _mix_blend_mode );
_cache->paintFromCache(dc, carea);
if (!carea) return RENDER_OK;
} else {
// There is no cache. This could be because caching of this item
// was just turned on after the last update phase, or because
// we were previously outside of the canvas.
Geom::OptIntRect cl = _drawing.cacheLimit();
cl.intersectWith(_drawbox);
if (cl) {
_cache = new DrawingCache(*cl);
}
}
} else {
// if our caching was turned off after the last update, it was already
// deleted in setCached()
}
// determine whether this shape needs intermediate rendering.
bool needs_intermediate_rendering = false;
bool &nir = needs_intermediate_rendering;
bool needs_opacity = (_opacity < 0.995);
// this item needs an intermediate rendering if:
nir |= (_clip != NULL); // 1. it has a clipping path
nir |= (_mask != NULL); // 2. it has a mask
nir |= (_filter != NULL && render_filters); // 3. it has a filter
nir |= needs_opacity; // 4. it is non-opaque
nir |= (_cache != NULL); // 5. it is cached
nir |= (_mix_blend_mode != SP_CSS_BLEND_NORMAL); // 6. Blend mode not normal
nir |= (_isolation == SP_CSS_ISOLATION_ISOLATE); // 7. Explicit isolatiom
/* How the rendering is done.
*
* Clipping, masking and opacity are done by rendering them to a surface
* and then compositing the object's rendering onto it with the IN operator.
* The object itself is rendered to a group.
*
* Opacity is done by rendering the clipping path with an alpha
* value corresponding to the opacity. If there is no clipping path,
* the entire intermediate surface is painted with alpha corresponding
* to the opacity value.
*/
// Short-circuit the simple case.
// We also use this path for filter background rendering, because masking, clipping,
// filters and opacity do not apply when rendering the ancestors of the filtered
// element
if ((flags & RENDER_FILTER_BACKGROUND) || !needs_intermediate_rendering) {
return _renderItem(dc, *carea, flags & ~RENDER_FILTER_BACKGROUND, stop_at);
}
// iarea is the bounding box for intermediate rendering
// Note 1: Pixels inside iarea but outside carea are invalid
// (incomplete filter dependence region).
// Note 2: We only need to render carea of clip and mask, but
// iarea of the object.
Geom::OptIntRect iarea = carea;
// expand carea to contain the dependent area of filters.
if (_filter && render_filters) {
_filter->area_enlarge(*iarea, this);
iarea.intersectWith(_drawbox);
}
DrawingSurface intermediate(*iarea);
DrawingContext ict(intermediate);
unsigned render_result = RENDER_OK;
// 1. Render clipping path with alpha = opacity.
ict.setSource(0,0,0,_opacity);
// Since clip can be combined with opacity, the result could be incorrect
// for overlapping clip children. To fix this we use the SOURCE operator
// instead of the default OVER.
ict.setOperator(CAIRO_OPERATOR_SOURCE);
ict.paint();
if (_clip) {
ict.pushGroup();
_clip->clip(ict, *carea); // fixme: carea or area?
ict.popGroupToSource();
ict.setOperator(CAIRO_OPERATOR_IN);
ict.paint();
}
ict.setOperator(CAIRO_OPERATOR_OVER); // reset back to default
// 2. Render the mask if present and compose it with the clipping path + opacity.
if (_mask) {
ict.pushGroup();
_mask->render(ict, *carea, flags);
cairo_surface_t *mask_s = ict.rawTarget();
// Convert mask's luminance to alpha
ink_cairo_surface_filter(mask_s, mask_s, MaskLuminanceToAlpha());
ict.popGroupToSource();
ict.setOperator(CAIRO_OPERATOR_IN);
ict.paint();
ict.setOperator(CAIRO_OPERATOR_OVER);
}
// 3. Render object itself
ict.pushGroup();
render_result = _renderItem(ict, *iarea, flags, stop_at);
// 4. Apply filter.
if (_filter && render_filters) {
bool rendered = false;
if (_filter->uses_background() && _background_accumulate) {
DrawingItem *bg_root = this;
for (; bg_root; bg_root = bg_root->_parent) {
if (bg_root->_background_new) break;
}
if (bg_root) {
DrawingSurface bg(*iarea);
DrawingContext bgdc(bg);
bg_root->render(bgdc, *iarea, flags | RENDER_FILTER_BACKGROUND, this);
_filter->render(this, ict, &bgdc);
rendered = true;
}
}
if (!rendered) {
_filter->render(this, ict, NULL);
}
// Note that because the object was rendered to a group,
// the internals of the filter need to use cairo_get_group_target()
// instead of cairo_get_target().
}
// 5. Render object inside the composited mask + clip
ict.popGroupToSource();
ict.setOperator(CAIRO_OPERATOR_IN);
ict.paint();
// 6. Paint the completed rendering onto the base context (or into cache)
if (_cached && _cache) {
DrawingContext cachect(*_cache);
cachect.rectangle(*carea);
cachect.setOperator(CAIRO_OPERATOR_SOURCE);
cachect.setSource(&intermediate);
cachect.fill();
_cache->markClean(*carea);
}
dc.rectangle(*carea);
dc.setSource(&intermediate);
set_cairo_blend_operator( dc, _mix_blend_mode );
dc.fill();
dc.setSource(0,0,0,0);
// the call above is to clear a ref on the intermediate surface held by dc
return render_result;
}
