String HTMLAnchorElement::origin() const
{
RefPtr<SecurityOrigin> origin = SecurityOrigin::create(href());
return origin->toString();
}
void HTMLAnchorElement::setProtocol(const String& value)
{
URL url = href();
url.setProtocol(value);
setHref(url.string());
}
String HTMLAnchorElement::search() const
{
String query = href().query();
return query.isEmpty() ? emptyString() : "?" + query;
}
/*
** WEBPAGE: sitemap
**
** Show an incomplete list of web pages offered by the Fossil web engine.
*/
void sitemap_page(void){
login_check_credentials();
style_header("Site Map");
style_adunit_config(ADUNIT_RIGHT_OK);
cgi_printf("<p>\n"
"The following links are just a few of the many web-pages available for\n"
"this Fossil repository:\n"
"</p>\n"
"\n"
"<ul>\n"
"<li>%zHome Page</a>\n"
" <ul>\n"
" <li>%zSearch Project Documentation</a></li>\n"
" </ul></li>\n"
"<li>%zFile Browser</a></li>\n"
" <ul>\n"
" <li>%zTree-view,\n"
" Trunk Check-in</a></li>\n"
" <li>%zFlat-view</a></li>\n"
" <li>%zFile ages for Trunk</a></li>\n"
"</ul>\n"
"<li>%zProject Timeline</a></li>\n"
"<ul>\n"
" <li>%zFirst 10 \n"
" check-ins</a></li>\n"
" <li>%zAll check-ins with file name\n"
" changes</a></li>\n"
" <li>%zActivity Reports</a></li>\n"
"</ul>\n"
"<li>%zBranches</a></li>\n"
"<ul>\n"
" <li>%zLeaf Check-ins</a></li>\n"
" <li>%zList of Tags</a></li>\n"
"</ul>\n"
"</li>\n"
"<li>%zWiki</a>\n"
" <ul>\n"
" <li>%zWiki Search</a></li>\n"
" <li>%zList of Wiki Pages</a></li>\n"
" <li>%zRecent activity</a></li>\n"
" <li>%zWiki Formatting Rules</a></li>\n"
" <li>%zMarkdown Formatting Rules</a></li>\n"
" <li>%zSandbox</a></li>\n"
" <li>%zList of Attachments</a></li>\n"
" </ul>\n"
"</li>\n"
"<li>%zTickets</a>\n"
" <ul>\n"
" <li>%zTicket Search</a></li>\n"
" <li>%zRecent activity</a></li>\n"
" <li>%zList of Attachments</a></li>\n"
" </ul>\n"
"</li>\n"
"<li>%zFull-Text Search</a></li>\n"
"<li>%zLogin/Logout/Change Password</a></li>\n"
"<li>%zRepository Status</a>\n"
" <ul>\n"
" <li>%zCollisions on SHA1 hash\n"
" prefixes</a></li>\n"
" <li>%zList of URLs used to access\n"
" this repository</a></li>\n"
" <li>%zList of Artifacts</a></li>\n"
" </ul></li>\n"
"<li>On-line Documentation\n"
" <ul>\n"
" <li>%zList of All Commands and Web Pages</a></li>\n"
" <li>%zAll \"help\" text on a single page</a></li>\n"
" <li>%zFilename suffix to mimetype map</a></li>\n"
" </ul></li>\n"
"<li>%zAdministration Pages</a>\n"
" <ul>\n"
" <li>%zPending Moderation Requests</a></li>\n"
" <li>%zAdmin log</a></li>\n"
" <li>%zStatus of the web-page cache</a></li>\n"
" </ul></li>\n"
"<li>Test Pages\n"
" <ul>\n"
" <li>%zCGI Environment Test</a></li>\n"
" <li>%zList of \"Timewarp\" Check-ins</a></li>\n"
" <li>%zList of file renames</a></li>\n"
" <li>%zPage to experiment with the automatic\n"
" colors assigned to branch names</a>\n"
" </ul></li>\n"
"</ul></li>\n",(href("%R/home")),(href("%R/docsrc")),(href("%R/tree")),(href("%R/tree?type=tree&ci=trunk")),(href("%R/tree?type=flat")),(href("%R/fileage?name=trunk")),(href("%R/timeline?n=200")),(href("%R/timeline?a=1970-01-01&y=ci&n=10")),(href("%R/timeline?n=all&namechng")),(href("%R/reports")),(href("%R/brlist")),(href("%R/leaves")),(href("%R/taglist")),(href("%R/wikihelp")),(href("%R/wikisrch")),(href("%R/wcontent")),(href("%R/timeline?y=w")),(href("%R/wiki_rules")),(href("%R/md_rules")),(href("%R/wiki?name=Sandbox")),(href("%R/attachlist")),(href("%R/reportlist")),(href("%R/tktsrch")),(href("%R/timeline?y=t")),(href("%R/attachlist")),(href("%R/search")),(href("%R/login")),(href("%R/stat")),(href("%R/hash-collisions")),(href("%R/urllist")),(href("%R/bloblist")),(href("%R/help")),(href("%R/test-all-help")),(href("%R/mimetype_list")),(href("%R/setup")),(href("%R/modreq")),(href("%R/admin_log")),(href("%R/cachestat")),(href("%R/test_env")),(href("%R/test_timewarps")),(href("%R/test-rename-list")),(href("%R/hash-color-test")));
style_footer();
}
String HTMLAnchorElement::protocol() const
{
return href().protocol() + ":";
}
/****************************************************************************
PARAMETERS:
URL - New URL for the page to load
RETURNS:
True if page loaded successfully, false if not
REMARKS:
Remove an applet from the manager. Called during applet destruction
****************************************************************************/
bool wxHtmlAppletWindow::LoadPage(
const wxString& link)
{
wxString href(link);
if (link.GetChar(0) == '?'){
wxString cmd = link.BeforeFirst('=');
wxString cmdValue = link.AfterFirst('=');
// Launches the default Internet browser for the system.
if(!(cmd.CmpNoCase("?EXTERNAL"))) {
return wxSpawnBrowser(this, cmdValue.c_str());
}
// Launches an external program on the system.
if (!(cmd.CmpNoCase("?EXECUTE"))) {
int waitflag = P_NOWAIT;
bool ret;
wxString currentdir;
wxString filename, path, ext;
// Parse the params sent to the execute command. For now the only
// parm is "wait". wait will cause spawn wait, default is nowait.
// Since we only need one param for now I am not going to make this
// any smater then it needs to be. If we need more params later i'll
// fix it.
int i = cmdValue.Find('(');
if (i != -1) {
wxString param = cmdValue.AfterFirst('(');
cmdValue.Truncate(i);
if (!param.CmpNoCase("wait)"))
waitflag = P_WAIT;
}
currentdir = wxGetCwd();
//we don't want to change the path of the virtual file system so we have to use these
//functions rather than the filesystem
wxSplitPath(cmdValue, &path, &filename, &ext);
if (path.CmpNoCase("") != 0) wxSetWorkingDirectory(path);
ret = !spawnl( waitflag, cmdValue , NULL );
//HACK should use wxExecute
//ret = wxExecute(filename, bool sync = FALSE, wxProcess *callback = NULL)
wxSetWorkingDirectory(currentdir);
return ret;
}
// Looks for a href in a variable stored as a cookie. The href can be
// changed on the fly.
if (!(cmd.CmpNoCase("?VIRTUAL"))){
wxObject *obj = FindCookie(cmdValue);
VirtualData *virtData = wxDynamicCast(obj,VirtualData);
if (virtData) {
// recurse and loadpage, just in case the link is like another
// ? link
return LoadPage(virtData->GetHref());
}
else {
#ifdef CHECKED
wxLogError(_T("VIRTUAL LINK ERROR: '%s' does not exist."), cmdValue.c_str());
#endif
return true;
}
}
// This launches a qlet - It is like an applet but is more generic in that it
// can be of any wxWin type so it then has the freedom to do more stuff.
if (!(cmd.CmpNoCase("?WXPLUGIN"))){
if (!cmdValue.IsNull()) {
// TODO: We are going to need to add code to parse the command line
// parameters string in here in the future...
wxString cmdLine = link.AfterFirst('(');
cmdLine = cmdLine.BeforeLast(')');
if (!CreatePlugIn(cmdValue,cmdLine)) {
#ifdef CHECKED
wxLogError(_T("Launch PlugIn ERROR: '%s' does not exist."), cmdValue.c_str());
#endif
}
}
return true;
}
// This used in a link or href will take you back in the history.
if (!(cmd.CmpNoCase("?BACK"))){
HistoryBack();
return true;
}
// This used in a link or href will take you forward in the history
if (!(cmd.CmpNoCase("?FORWARD"))){
HistoryForward();
return true;
}
}
// Inform all the applets that the new page is being loaded
for (wxAppletList::Node *node = m_AppletList.GetFirst(); node; node = node->GetNext())
(node->GetData())->OnLinkClicked(wxHtmlLinkInfo(href));
Show(false);
m_openedlast = href;
bool stat = wxHtmlWindow::LoadPage(href);
Show(true);
// Enable/Dis the navbar tools
if (m_NavBarEnabled) {
m_NavBar->EnableTool(m_NavForwardId,HistoryCanForward());
m_NavBar->EnableTool(m_NavBackId,HistoryCanBack());
}
return stat;
}
void SVGScriptElement::addSubresourceAttributeURLs(ListHashSet<KURL>& urls) const
{
SVGElement::addSubresourceAttributeURLs(urls);
addSubresourceURL(urls, document()->completeURL(href()));
}
String HTMLAnchorElement::hash() const
{
String fragmentIdentifier = href().fragmentIdentifier();
return fragmentIdentifier.isEmpty() ? emptyString() : "#" + fragmentIdentifier;
}
//Watch out that some of the indices are reversed from Kwon--
//this is to make the updates a bit more convienent.
void Backflow_pf_wf::calcLap(Sample_point * sample)
{
//cout <<"Start Backflow_pf_wf::calcLap"<<endl;
int tote=nelectrons(0)+nelectrons(1);
Array3 <doublevar> temp_der;
Array2 <doublevar> temp_lap;
Array3 <doublevar> moVal_gradonly;
moVal_gradonly.Resize(3,tote,updatedMoVal.GetDim(0));
for(int e=0; e< tote; e++) {
//int s=spin(e);
sample->updateEIDist();
parent->bfwrapper.updateLap(sample,jast,e,0,updatedMoVal,
temp_der, temp_lap);
for(int i=0; i< updatedMoVal.GetDim(0); i++) {
for(int d=0; d< 10; d++) {
moVal(d,e,i)=updatedMoVal(i,d);
if(d>0 && d<4)
moVal_gradonly(d-1,e,i)=moVal(d,e,i);
}
}
for(int i=0; i< tote; i++) {
for(int a=0; a< 3; a++) {
for(int b=0; b < 3; b++) {
coor_grad(e,i,a,b)=temp_der(i,a,b);
}
coor_lap(e,i,a)=temp_lap(i,a);
}
}
}
//cout << "doing pfaffian " << endl;
for (int pf=0;pf<npf;pf++){
FillPfaffianMatrix( mopfaff_tot(pf),
moVal,
parent->pfkeeper.occupation_pos,
parent->pfkeeper.npairs,
parent->pfkeeper.order_in_pfaffian(pf),
parent->pfkeeper.tripletorbuu,
parent->pfkeeper.tripletorbdd,
parent->pfkeeper.singletorb,
parent->pfkeeper.unpairedorb,
parent->pfkeeper.normalization,
coef_eps
);
pfaffVal(pf) = PfaffianInverseMatrix(mopfaff_tot(pf), inverse(pf));
//cout << "Pfaffian value: "<< pfaffVal(pf) << endl;
}
//cout << "done pfaffian" << endl;
gradlap=0;
Array1 <doublevar> gradmod2(tote);
Array1 <Array3 <doublevar> > F(npf);
Array1 <Array4 <doublevar> > H(npf);
doublevar funcval=0;
gradmod2=0;
Array2 <doublevar> grad(tote,ndim);
Array1 < Array1 < Array1 < Array1 <doublevar> > > > mopfaff_row;
Array1 < Array1 < Array1 < Array2 <doublevar> > > > mopfaff_row_hess;
mopfaff_row.Resize(npf);
mopfaff_row_hess.Resize(npf);
//cout <<"Getting all pairing orbital derivatives"<<endl;
for(int pf=0;pf<npf;pf++){
mopfaff_row(pf).Resize(tote);
mopfaff_row_hess(pf).Resize(tote);
for(int i=0; i<tote; i++) {
UpdatePfaffianRowLap(mopfaff_row(pf)(i),
i,
moVal,
parent->pfkeeper.occupation_pos,
parent->pfkeeper.npairs,
parent->pfkeeper.order_in_pfaffian(pf),
parent->pfkeeper.tripletorbuu,
parent->pfkeeper.tripletorbdd,
parent->pfkeeper.singletorb,
parent->pfkeeper.unpairedorb,
parent->pfkeeper.normalization,
coef_eps
);
UpdatePfaffianRowHess(mopfaff_row_hess(pf)(i),
i,
moVal_gradonly,
parent->pfkeeper.occupation_pos,
parent->pfkeeper.npairs,
parent->pfkeeper.order_in_pfaffian(pf),
parent->pfkeeper.tripletorbuu,
parent->pfkeeper.tripletorbdd,
parent->pfkeeper.singletorb,
parent->pfkeeper.unpairedorb,
parent->pfkeeper.normalization,
coef_eps
);
// for(int k=0;k<mopfaff_row(pf)(i).GetSize();k++){
// cout<<"i and k "<<i<<" "<<k<<endl;
// for(int a=0;a<mopfaff_row(pf)(i)(k).GetDim(0);a++){
// for(int b=0;b<mopfaff_row_hess(pf)(i)(k).GetDim(0);b++)
// cout << mopfaff_row(pf)(i)(k)(a) <<" ";
// cout <<endl;
// }
//}
}
}
//cout <<"Done getting all pairing orbital derivatives"<<endl;
for(int pf=0;pf<npf;pf++){
grad=0;
//cout << "pfaffVal "<<pfaffVal(det,0)<<" "<<pfaffVal(det,1)<<endl;
funcval+=parent->pfkeeper.pfwt(pf)*pfaffVal(pf);
F(pf).Resize(tote,tote,ndim);
F(pf)=0;
H(pf).Resize(tote,tote,ndim,ndim);
H(pf)=0;
if(pfaffVal(pf)!=0){
Array3 <doublevar> & fref(F(pf));
Array4 <doublevar> & href(H(pf));
for(int i=0; i<tote; i++)
for(int j=0; j< tote; j++) {
for(int k=0; k< npairs; k++){
for(int a=0;a < ndim; a++) {
fref(i,j,a)+=mopfaff_row(pf)(j)(k)(a+1)*inverse(pf)(k,i);
for(int l=0; l< npairs; l++){
for(int b=0;b < ndim; b++) {
href(i,j,a,b)+=mopfaff_row(pf)(i)(k)(a+1)*mopfaff_row(pf)(j)(l)(b+1)*inverse(pf)(k,l);
}
}
}
}
}
//for(int i=0; i<tote; i++)
// for(int j=0; j< tote; j++) {
// cout <<i<<" "<<j<<endl;
// for(int a=0;a < ndim; a++)
// for(int b=0;b < ndim; b++)
// cout <<href(i,j,a,b)<<endl;
//}
for(int i=0; i< tote; i++) {
for(int j=0; j< tote; j++) {
for(int a=0; a< ndim; a++) {
for(int b=0; b< ndim; b++) {
grad(i,a)+=fref(j,j,b)*coor_grad(j,i,a,b);
}
}
}
for(int a=0; a< ndim; a++) {
doublevar weight=1.0;
if(npf >1)
weight=parent->pfkeeper.pfwt(pf)*pfaffVal(pf);
gradmod2(i)+=grad(i,a)*grad(i,a)*weight;
gradlap(i,a)+=grad(i,a)*weight;
}
}
}
}//pf
for(int i=0; i< tote; i++) {
for(int a=0; a< ndim; a++) {
if(funcval==0)
gradlap(i,a)=0;
else if(npf>1)
gradlap(i,a)*=1/funcval;
}
if(funcval==0)
gradmod2(i)=0;
else if(npf>1)
gradmod2(i)*=1/funcval;
}
//Hessian lookup for MO's
Array2 <int> hess_lookup(3,3);
hess_lookup(0,0)=4;
hess_lookup(1,1)=5;
hess_lookup(2,2)=6;
hess_lookup(0,1)=hess_lookup(1,0)=7;
hess_lookup(0,2)=hess_lookup(2,0)=8;
hess_lookup(1,2)=hess_lookup(2,1)=9;
//Laplacian
for(int i=0; i< tote; i++) { //coordinate whose lap we're taking
for(int pf=0;pf<npf;pf++){
Array3 <doublevar> & fref(F(pf));
Array4 <doublevar> & href(H(pf));
Array2 <doublevar> & invref(inverse(pf));
doublevar lap=0;
if(pfaffVal(pf)!=0){
for(int j=0; j< tote; j++) {
for(int a=0; a< ndim; a++) {
lap+=fref(j,j,a)*coor_lap(j,i,a);
}
}
//cout << "i= " << i << endl;
//doublevar lap1=lap;
//cout << "lap1 " << lap << endl;
for(int j=0; j < tote; j++) {
for(int k=0; k < npairs; k++) {
for(int a=0; a< ndim; a++) {
for(int b=0; b< ndim; b++) {
for(int g=0; g< ndim; g++) {
if(k<tote){
lap-=coor_grad(j,i,a,b)*coor_grad(k,i,a,g)*
(fref(k,j,b)*fref(j,k,g)-
(href(j,k,b,g)+mopfaff_row_hess(pf)(j)(k)(b,g))*invref(k,j));
}
lap+=coor_grad(j,i,a,b)*coor_grad(j,i,a,g)
*invref(k,j)*mopfaff_row(pf)(j)(k)(hess_lookup(b,g));
//if(fabs(coor_grad(i,j,a,b)) > 1e-16
// && fabs(coor_grad(i,k,a,g)) > 1e-16 )
//cout << "j " << j << " k " << k << " a " << a
// << " b " << b << " g " << g << " cijab " << coor_grad(i,j,a,b)
// << " cikag " << coor_grad(i,k,a,g)
// << " fkjb " << fref(kr,jr,b) << " fjkg " << fref(jr,kr,g)
// << endl;
}
}
}
}
}
}
if(npf>1)
lap*=parent->pfkeeper.pfwt(pf)*pfaffVal(pf);
gradlap(i,3)+=lap;
}//pf
//cout <<"gradlap(i,3) "<<gradlap(i,3)<<endl;
if(funcval==0)
gradlap(i,3)=0;
else if(npf>1)
gradlap(i,3)*=1/funcval;
gradlap(i,3)+=gradmod2(i);
//cout <<"After grad correction: gradlap(i,3) "<<gradlap(i,3)<<endl;
if(isnan(gradlap(i,3))) {
cout << "NAN! " << "gradmod2 " << gradmod2(i) <<endl;
//<< " lap1 " << lap1 << " lap2 " << lap2
//<< " lap3 " << lap3 << endl;
}
}//i-th electron
//cout << "done " << endl;
}
void SVGCursorElement::addSubresourceAttributeURLs(ListHashSet<KURL>& urls) const
{
addSubresourceURL(urls, document()->completeURL(href()));
}
void SVGUseElement::buildShadowAndInstanceTree(SVGShadowTreeRootElement* shadowRoot)
{
String id = SVGURIReference::getTarget(href());
Element* targetElement = document()->getElementById(id);
if (!targetElement) {
// The only time we should get here is when the use element has not been
// given a resource to target.
ASSERT(m_resourceId.isEmpty());
return;
}
// Do not build the shadow/instance tree for <use> elements living in a shadow tree.
// The will be expanded soon anyway - see expandUseElementsInShadowTree().
Node* parent = parentNode();
while (parent) {
if (parent->isShadowNode())
return;
parent = parent->parentNode();
}
SVGElement* target = 0;
if (targetElement && targetElement->isSVGElement())
target = static_cast<SVGElement*>(targetElement);
if (m_targetElementInstance)
m_targetElementInstance = 0;
// Do not allow self-referencing.
// 'target' may be null, if it's a non SVG namespaced element.
if (!target || target == this)
return;
// Why a seperated instance/shadow tree? SVG demands it:
// The instance tree is accesable from JavaScript, and has to
// expose a 1:1 copy of the referenced tree, whereas internally we need
// to alter the tree for correct "use-on-symbol", "use-on-svg" support.
// Build instance tree. Create root SVGElementInstance object for the first sub-tree node.
//
// Spec: If the 'use' element references a simple graphics element such as a 'rect', then there is only a
// single SVGElementInstance object, and the correspondingElement attribute on this SVGElementInstance object
// is the SVGRectElement that corresponds to the referenced 'rect' element.
m_targetElementInstance = SVGElementInstance::create(this, target);
// Eventually enter recursion to build SVGElementInstance objects for the sub-tree children
bool foundProblem = false;
buildInstanceTree(target, m_targetElementInstance.get(), foundProblem);
// SVG specification does not say a word about <use> & cycles. My view on this is: just ignore it!
// Non-appearing <use> content is easier to debug, then half-appearing content.
if (foundProblem) {
m_targetElementInstance = 0;
return;
}
// Assure instance tree building was successfull
ASSERT(m_targetElementInstance);
ASSERT(!m_targetElementInstance->shadowTreeElement());
ASSERT(m_targetElementInstance->correspondingUseElement() == this);
ASSERT(m_targetElementInstance->correspondingElement() == target);
// Build shadow tree from instance tree
// This also handles the special cases: <use> on <symbol>, <use> on <svg>.
buildShadowTree(shadowRoot, target, m_targetElementInstance.get());
#if ENABLE(SVG) && ENABLE(SVG_USE)
// Expand all <use> elements in the shadow tree.
// Expand means: replace the actual <use> element by what it references.
expandUseElementsInShadowTree(shadowRoot, shadowRoot);
// Expand all <symbol> elements in the shadow tree.
// Expand means: replace the actual <symbol> element by the <svg> element.
expandSymbolElementsInShadowTree(shadowRoot, shadowRoot);
#endif
// Now that the shadow tree is completly expanded, we can associate
// shadow tree elements <-> instances in the instance tree.
associateInstancesWithShadowTreeElements(shadowRoot->firstChild(), m_targetElementInstance.get());
// If no shadow tree element is present, this means that the reference root
// element was removed, as it is disallowed (ie. <use> on <foreignObject>)
// Do NOT leave an inconsistent instance tree around, instead destruct it.
if (!m_targetElementInstance->shadowTreeElement()) {
shadowRoot->removeAllChildren();
m_targetElementInstance = 0;
return;
}
// Consistency checks - this is assumed in updateContainerOffset().
ASSERT(m_targetElementInstance->shadowTreeElement()->parentNode() == shadowRoot);
// Eventually dump instance tree
#ifdef DUMP_INSTANCE_TREE
String text;
unsigned int depth = 0;
dumpInstanceTree(depth, text, m_targetElementInstance.get());
fprintf(stderr, "\nDumping <use> instance tree:\n%s\n", text.latin1().data());
#endif
// Eventually dump shadow tree
#ifdef DUMP_SHADOW_TREE
ExceptionCode ec = 0;
PassRefPtr<XMLSerializer> serializer = XMLSerializer::create();
String markup = serializer->serializeToString(shadowRoot, ec);
ASSERT(!ec);
fprintf(stderr, "Dumping <use> shadow tree markup:\n%s\n", markup.latin1().data());
#endif
// Transfer event listeners assigned to the referenced element to our shadow tree elements.
transferEventListenersToShadowTree(m_targetElementInstance.get());
// Update container offset/size
updateContainerOffsets();
updateContainerSizes();
}
String HTMLAnchorElement::origin() const
{
return SecurityOrigin::create(href()).get().toString();
}
void SVGUseElement::buildPendingResource()
{
String id = SVGURIReference::getTarget(href());
Element* targetElement = document()->getElementById(id);
if (!targetElement) {
// TODO: We want to deregister as pending resource, if our href() changed!
// TODO: Move to svgAttributeChanged, once we're fixing use & the new dynamic update concept.
document()->accessSVGExtensions()->addPendingResource(id, this);
return;
}
// Do not build the shadow/instance tree for <use> elements living in a shadow tree.
// The will be expanded soon anyway - see expandUseElementsInShadowTree().
Node* parent = parentNode();
while (parent) {
if (parent->isShadowNode())
return;
parent = parent->parentNode();
}
SVGElement* target = 0;
if (targetElement && targetElement->isSVGElement())
target = static_cast<SVGElement*>(targetElement);
// Do not allow self-referencing.
// 'target' may be null, if it's a non SVG namespaced element.
if (!target || target == this) {
m_targetElementInstance = 0;
m_shadowTreeRootElement = 0;
return;
}
// Why a seperated instance/shadow tree? SVG demands it:
// The instance tree is accesable from JavaScript, and has to
// expose a 1:1 copy of the referenced tree, whereas internally we need
// to alter the tree for correct "use-on-symbol", "use-on-svg" support.
// Build instance tree. Create root SVGElementInstance object for the first sub-tree node.
//
// Spec: If the 'use' element references a simple graphics element such as a 'rect', then there is only a
// single SVGElementInstance object, and the correspondingElement attribute on this SVGElementInstance object
// is the SVGRectElement that corresponds to the referenced 'rect' element.
m_targetElementInstance = new SVGElementInstance(this, target);
// Eventually enter recursion to build SVGElementInstance objects for the sub-tree children
bool foundProblem = false;
buildInstanceTree(target, m_targetElementInstance.get(), foundProblem);
// SVG specification does not say a word about <use> & cycles. My view on this is: just ignore it!
// Non-appearing <use> content is easier to debug, then half-appearing content.
if (foundProblem) {
m_targetElementInstance = 0;
m_shadowTreeRootElement = 0;
return;
}
// Assure instance tree building was successfull
ASSERT(m_targetElementInstance);
ASSERT(m_targetElementInstance->correspondingUseElement() == this);
// Setup shadow tree root node
m_shadowTreeRootElement = new SVGGElement(SVGNames::gTag, document());
m_shadowTreeRootElement->setInDocument();
m_shadowTreeRootElement->setShadowParentNode(this);
// Spec: An additional transformation translate(x,y) is appended to the end
// (i.e., right-side) of the transform attribute on the generated 'g', where x
// and y represent the values of the x and y attributes on the 'use' element.
if (x().value() != 0.0 || y().value() != 0.0) {
String transformString = String::format("translate(%f, %f)", x().value(), y().value());
m_shadowTreeRootElement->setAttribute(SVGNames::transformAttr, transformString);
}
// Build shadow tree from instance tree
// This also handles the special cases: <use> on <symbol>, <use> on <svg>.
buildShadowTree(target, m_targetElementInstance.get());
#if ENABLE(SVG) && ENABLE(SVG_USE)
// Expand all <use> elements in the shadow tree.
// Expand means: replace the actual <use> element by what it references.
expandUseElementsInShadowTree(m_shadowTreeRootElement.get());
// Expand all <symbol> elements in the shadow tree.
// Expand means: replace the actual <symbol> element by the <svg> element.
expandSymbolElementsInShadowTree(m_shadowTreeRootElement.get());
#endif
// Now that the shadow tree is completly expanded, we can associate
// shadow tree elements <-> instances in the instance tree.
associateInstancesWithShadowTreeElements(m_shadowTreeRootElement->firstChild(), m_targetElementInstance.get());
// Eventually dump instance tree
#ifdef DUMP_INSTANCE_TREE
String text;
unsigned int depth = 0;
dumpInstanceTree(depth, text, m_targetElementInstance.get());
fprintf(stderr, "\nDumping <use> instance tree:\n%s\n", text.latin1().data());
#endif
// Eventually dump shadow tree
#ifdef DUMP_SHADOW_TREE
ExceptionCode ec = 0;
PassRefPtr<XMLSerializer> serializer = XMLSerializer::create();
String markup = serializer->serializeToString(m_shadowTreeRootElement.get(), ec);
ASSERT(ec == 0);
fprintf(stderr, "Dumping <use> shadow tree markup:\n%s\n", markup.latin1().data());
#endif
// The DOM side is setup properly. Now we have to attach the root shadow
// tree element manually - using attach() won't work for "shadow nodes".
attachShadowTree();
}
/*
** WEBPAGE: tkthistory
** URL: /tkthistory?name=TICKETUUID
**
** Show the complete change history for a single ticket
*/
void tkthistory_page(void){
Stmt q;
char *zTitle;
const char *zUuid;
int tagid;
int nChng = 0;
login_check_credentials();
if( !g.perm.Hyperlink || !g.perm.RdTkt ){ login_needed(); return; }
zUuid = PD("name","");
zTitle = mprintf("History Of Ticket %h", zUuid);
style_submenu_element("Status", "Status",
"%s/info/%s", g.zTop, zUuid);
style_submenu_element("Check-ins", "Check-ins",
"%s/tkttimeline?name=%s&y=ci", g.zTop, zUuid);
style_submenu_element("Timeline", "Timeline",
"%s/tkttimeline?name=%s", g.zTop, zUuid);
if( P("plaintext")!=0 ){
style_submenu_element("Formatted", "Formatted",
"%R/tkthistory/%S", zUuid);
}else{
style_submenu_element("Plaintext", "Plaintext",
"%R/tkthistory/%S?plaintext", zUuid);
}
style_header(zTitle);
free(zTitle);
tagid = db_int(0, "SELECT tagid FROM tag WHERE tagname GLOB 'tkt-%q*'",zUuid);
if( tagid==0 ){
cgi_printf("No such ticket: %h\n",(zUuid));
style_footer();
return;
}
db_prepare(&q,
"SELECT datetime(mtime%s), objid, uuid, NULL, NULL, NULL"
" FROM event, blob"
" WHERE objid IN (SELECT rid FROM tagxref WHERE tagid=%d)"
" AND blob.rid=event.objid"
" UNION "
"SELECT datetime(mtime%s), attachid, uuid, src, filename, user"
" FROM attachment, blob"
" WHERE target=(SELECT substr(tagname,5) FROM tag WHERE tagid=%d)"
" AND blob.rid=attachid"
" ORDER BY 1",
timeline_utc(), tagid, timeline_utc(), tagid
);
while( db_step(&q)==SQLITE_ROW ){
Manifest *pTicket;
char zShort[12];
const char *zDate = db_column_text(&q, 0);
int rid = db_column_int(&q, 1);
const char *zChngUuid = db_column_text(&q, 2);
const char *zFile = db_column_text(&q, 4);
memcpy(zShort, zChngUuid, 10);
zShort[10] = 0;
if( nChng==0 ){
cgi_printf("<ol>\n");
}
nChng++;
if( zFile!=0 ){
const char *zSrc = db_column_text(&q, 3);
const char *zUser = db_column_text(&q, 5);
if( zSrc==0 || zSrc[0]==0 ){
cgi_printf("\n"
"<li><p>Delete attachment \"%h\"\n",(zFile));
}else{
cgi_printf("\n"
"<li><p>Add attachment\n"
"\"%z%s</a>\"\n",(href("%R/artifact/%S",zSrc)),(zFile));
}
cgi_printf("[%z%s</a>]\n"
"(rid %d) by\n",(href("%R/artifact/%T",zChngUuid)),(zShort),(rid));
hyperlink_to_user(zUser,zDate," on");
hyperlink_to_date(zDate, ".</p>");
}else{
pTicket = manifest_get(rid, CFTYPE_TICKET, 0);
if( pTicket ){
cgi_printf("\n"
"<li><p>Ticket change\n"
"[%z%s</a>]\n"
"(rid %d) by\n",(href("%R/artifact/%T",zChngUuid)),(zShort),(rid));
hyperlink_to_user(pTicket->zUser,zDate," on");
hyperlink_to_date(zDate, ":");
cgi_printf("</p>\n");
ticket_output_change_artifact(pTicket, "a");
}
manifest_destroy(pTicket);
}
}
db_finalize(&q);
if( nChng ){
cgi_printf("</ol>\n");
}
style_footer();
}
String HTMLAnchorElement::toString() const
{
return href().string();
}
void SVGImageElement::addSubresourceAttributeURLs(ListHashSet<KURL>& urls) const
{
SVGStyledTransformableElement::addSubresourceAttributeURLs(urls);
addSubresourceURL(urls, document()->completeURL(href()));
}
bool SVGScriptElement::hasSourceAttribute() const
{
return href()->isSpecified();
}
String HTMLAnchorElement::hostname() const
{
return href().host();
}
void SVGScriptElement::getSubresourceAttributeStrings(Vector<String>& urls) const
{
urls.append(href());
}
String HTMLAnchorElement::pathname() const
{
return href().path();
}
String SVGScriptElement::sourceAttributeValue() const
{
return href();
}
void SVGTRefElement::updateReferencedText()
{
Element* targetElement = ownerDocument()->getElementById(SVGURIReference::getTarget(href()));
SVGElement* target = svg_dynamic_cast(targetElement);
if (target) {
ExceptionCode ignore = 0;
setTextContent(target->textContent(), ignore);
}
}