void CloudImageProvider::loadfinished(QNetworkReply *reply)
{
qWarning()<<"Download finished*******";
QByteArray Data = reply->readAll();
// qWarning() << "data="<<xmlData.left(200);
QImage image;
image.loadFromData(Data);
QString key = toKey( reply->url().toString());
// qWarning()<<key<<" <- "<<reply->url().toString();
cache[key] = image;
// qWarning()<<"pre image save:"+workDir+"imgcache/"+key+".jpg";
image.save(workDir+"imgcache/"+key+".jpg");
// qWarning()<<"post image save";
// reply->manager()->deleteLater();
reply->deleteLater();
emit cacheUpdated();
}
static ModulePtr loadModuleByName(DottedNamePtr name, vector<string> *sourceFiles, bool verbose) {
string key = toKey(name);
llvm::StringMap<ModulePtr>::iterator i = globalModules.find(key);
if (i != globalModules.end())
return i->second;
ModulePtr module;
if (key == "__primitives__") {
module = makePrimitivesModule();
} else if (key == "__operators__") {
module = makeOperatorsModule();
} else if (key == "__intrinsics__") {
module = makeIntrinsicsModule();
}
else {
PathString path = locateModule(name);
if (verbose) {
llvm::errs() << "loading module " << name->join() << " from " << path << "\n";
}
module = parse(key, loadFile(path, sourceFiles));
}
globalModules[key] = module;
loadDependents(module, sourceFiles, verbose);
installGlobals(module);
return module;
}
// CACHE MODULE
QImage CloudImageProvider::requestImage(const QString& id, QSize* size, const QSize& requestedSize)
{
Q_UNUSED(size)
Q_UNUSED(requestedSize)
qWarning()<<"id"<<id;
// qWarning()<<id<<" auth_token="<<CloudWindow::getValueFor("auth_token")<<" size="<<requestedSize;
// QByteArray _ba = "api_key=7118206e08fed2c5ec8c0f2db61bbbdc09ab2dfa&auth_token=" +
// Cloud::getValueFor("auth_token").toUtf8();
QString _id = id;
_id.remove(QChar('#'));
QNetworkRequest req("http://"+_id);
qWarning()<<req.url();
// req.setHeader(QNetworkRequest::ContentTypeHeader,"application/x-www-form-urlencoded");
QString key = toKey( req.url().toString());
if (cache.contains(key))
return cache[key];
qWarning()<<"YES!!1:"<<req.url();
cache[key] = QImage();
QNetworkAccessManager *_mgr = new QNetworkAccessManager;
connect(_mgr,SIGNAL(finished(QNetworkReply*)),this,SLOT(loadfinished(QNetworkReply*)));
QNetworkReply *_reply = _mgr->get(req);
Q_UNUSED(_reply)
// qWarning()<<_reply;
qWarning()<<"YES!!2";
return QImage();
}
static ModulePtr loadModuleByName(DottedNamePtr name, vector<string> *sourceFiles) {
string key = toKey(name);
map<string, ModulePtr>::iterator i = globalModules.find(key);
if (i != globalModules.end())
return i->second;
ModulePtr module;
if (key == "__primitives__") {
module = makePrimitivesModule();
} else if (key == "__operators__") {
module = makeOperatorsModule();
}
else {
string path = locateModule(name);
module = parse(key, loadFile(path, sourceFiles));
}
globalModules[key] = module;
loadDependents(module, sourceFiles);
installGlobals(module);
return module;
}
static void initModule(ModulePtr m) {
if (m->initialized) return;
m->initialized = true;
vector<ImportPtr>::iterator ii, iend;
for (ii = m->imports.begin(), iend = m->imports.end(); ii != iend; ++ii)
initModule((*ii)->module);
if (m->declaration != NULL) {
if (m->moduleName == "")
m->moduleName = toKey(m->declaration->name);
else if (m->moduleName != toKey(m->declaration->name))
error(m->declaration,
"module imported by name " + m->moduleName
+ " but declared with name " + toKey(m->declaration->name)
);
} else if (m->moduleName == "")
m->moduleName = "__main__";
verifyAttributes(m);
const vector<TopLevelItemPtr> &items = m->topLevelItems;
vector<TopLevelItemPtr>::const_iterator ti, tend;
for (ti = items.begin(), tend = items.end(); ti != tend; ++ti) {
Object *obj = ti->ptr();
switch (obj->objKind) {
case OVERLOAD :
initOverload((Overload *)obj);
break;
case INSTANCE :
initVariantInstance((Instance *)obj);
break;
}
}
if (llvmDIBuilder != NULL) {
llvm::DIFile file = m->location == NULL
? llvm::DIFile(NULL)
: m->location->source->getDebugInfo();
m->debugInfo = (llvm::MDNode*)llvmDIBuilder->createNameSpace(
llvm::DICompileUnit(llvmDIBuilder->getCU()), // scope
m->moduleName, // name
file, // file
1 // line
);
}
}
void CloudImageProvider::clearCache(QString s) {
qWarning()<<"CloudImageProvider::clearCache:"<<s;
QString key = toKey(s);
cache.remove(key);
QString fn =workDir+"imgcache/"+key+".jpg";
qWarning()<<fn;
QFile file(fn);
if (file.remove()) qWarning()<<"removed";
}
void Shorty::keyPressEventHandler(QEvent *event){
qDebug(shorty_Main()) << "A key was pressed. we are now at location" << getLocation() << "and looking for"
<< data->getCommandAt(getLocation());
if (data->getCommandAt(getLocation()) == "Ctrl" && ((QKeyEvent*)event)->modifiers() && Qt::ControlModifier) {
//if key is Ctrl
qDebug(shorty_Main()) << "Ctrl was pressed. our location is" << getLocation() << "and now it'll be"
<< getLocation()+1;
paint(getLocation());
setLocation(getLocation()+1);
}
else if (data->getCommandAt(getLocation()) == "Alt" && ((QKeyEvent*)event)->modifiers() && Qt::AltModifier) {
//if key is Alt
qDebug(shorty_Main()) << "Alt was pressed. our location is" << getLocation() << "and now it'll be"
<< getLocation()+1;
paint(getLocation());
setLocation(getLocation()+1);
}//shift
else if (data->getCommandAt(getLocation()) == "Enter" &&
(((QKeyEvent*)event)->key() == Qt::Key_Enter || ((QKeyEvent*)event)->key() == Qt::Key_Return)) {
//if key is Enter
qDebug(shorty_Main()) << "Enter was pressed. our location is" << getLocation() << "and now it'll be"
<< getLocation()+1;
paint(getLocation());
setLocation(getLocation()+1);
}
else if (data->getCommandAt(getLocation()) == "ESC" && (((QKeyEvent*)event)->key() == Qt::Key_Escape)) {
//if key is esc
qDebug(shorty_Main()) << "Enter was pressed. our location is" << getLocation() << "and now it'll be"
<< getLocation()+1;
paint(getLocation());
setLocation(getLocation()+1);
}
else { // key is not
pressedKeys += ((QKeyEvent*)event)->key();
qDebug(shorty_Main()) << ((QKeyEvent*)event)->key() << "was pressed. our location is" << getLocation()
<< "and and the key that we are looking for is" << data->getCommandAt(getLocation());
if ( pressedKeys.contains(toKey(data->getCommandAt(getLocation())))) {
qDebug(shorty_Main()) << "We got a match. our location is" << getLocation() << "and now it'll be"
<< getLocation()+1;
paint(getLocation());
setLocation(getLocation()+1);
}
else {
qDebug(shorty_Main()) << "No match for this key. turning on errorFlag";
setLocation(getLocation()-1);
errorPaint(getLocation());
errorFlag = !errorFlag;
}
}
if (getLocation() == keyList.count()) { //full match
qDebug(shorty_Main()) << "Location is" << getLocation() << "Total count is" <<
keyList.count() << "all keys for this shortcut are matched";
load();
}
}
static string locateModule(DottedNamePtr name) {
string path, relativePath;
relativePath = toRelativePath1(name);
if (locateFile(relativePath, path))
return path;
relativePath = toRelativePath2(name);
if (locateFile(relativePath, path))
return path;
error(name, "module not found: " + toKey(name));
return "";
}
static PathString locateModule(DottedNamePtr name) {
PathString path;
PathString relativePath1 = toRelativePath1(name);
if (locateFile(relativePath1, path))
return path;
PathString relativePath2 = toRelativePath2(name);
if (locateFile(relativePath2, path))
return path;
string s;
llvm::raw_string_ostream ss(s);
ss << "module not found: " + toKey(name) << "\n";
ss << "tried relative paths:\n";
ss << " " << relativePath1 << "\n";
ss << " " << relativePath2 << "\n";
ss << "with suffixes:\n";
for (vector<llvm::SmallString<32> >::const_iterator entry = moduleSuffixes.begin();
entry != moduleSuffixes.end(); ++entry)
{
ss << " " << *entry << "\n";
}
ss << "in search path:\n";
for (vector<PathString>::const_iterator entry = searchPath.begin();
entry != searchPath.end(); ++entry)
{
ss << " " << *entry << "\n";
}
ss.flush();
error(name, s);
llvm_unreachable("module not found");
}
// XXX currently you can not add the same adjacency (i.e. you can't have multiple
// XXX stream converters registering to handle the same from-to combination. It's
// XXX not programatically prohibited, it's just that results are un-predictable
// XXX right now.
nsresult
nsStreamConverterService::AddAdjacency(const char *aContractID) {
nsresult rv;
// first parse out the FROM and TO MIME-types.
nsAutoCString fromStr, toStr;
rv = ParseFromTo(aContractID, fromStr, toStr);
if (NS_FAILED(rv)) return rv;
// Each MIME-type is a vertex in the graph, so first lets make sure
// each MIME-type is represented as a key in our hashtable.
nsCStringKey fromKey(fromStr);
SCTableData *fromEdges = (SCTableData*)mAdjacencyList->Get(&fromKey);
if (!fromEdges) {
// There is no fromStr vertex, create one.
nsCStringKey *newFromKey = new nsCStringKey(ToNewCString(fromStr), fromStr.Length(), nsCStringKey::OWN);
if (!newFromKey) return NS_ERROR_OUT_OF_MEMORY;
SCTableData *data = new SCTableData(newFromKey);
if (!data) {
delete newFromKey;
return NS_ERROR_OUT_OF_MEMORY;
}
nsCOMArray<nsIAtom>* edgeArray = new nsCOMArray<nsIAtom>;
if (!edgeArray) {
delete newFromKey;
data->key = nullptr;
delete data;
return NS_ERROR_OUT_OF_MEMORY;
}
data->data.edges = edgeArray;
mAdjacencyList->Put(newFromKey, data);
fromEdges = data;
}
nsCStringKey toKey(toStr);
if (!mAdjacencyList->Get(&toKey)) {
// There is no toStr vertex, create one.
nsCStringKey *newToKey = new nsCStringKey(ToNewCString(toStr), toStr.Length(), nsCStringKey::OWN);
if (!newToKey) return NS_ERROR_OUT_OF_MEMORY;
SCTableData *data = new SCTableData(newToKey);
if (!data) {
delete newToKey;
return NS_ERROR_OUT_OF_MEMORY;
}
nsCOMArray<nsIAtom>* edgeArray = new nsCOMArray<nsIAtom>;
if (!edgeArray) {
delete newToKey;
data->key = nullptr;
delete data;
return NS_ERROR_OUT_OF_MEMORY;
}
data->data.edges = edgeArray;
mAdjacencyList->Put(newToKey, data);
}
// Now we know the FROM and TO types are represented as keys in the hashtable.
// Let's "connect" the verticies, making an edge.
nsCOMPtr<nsIAtom> vertex = do_GetAtom(toStr);
if (!vertex) return NS_ERROR_OUT_OF_MEMORY;
NS_ASSERTION(fromEdges, "something wrong in adjacency list construction");
if (!fromEdges)
return NS_ERROR_FAILURE;
nsCOMArray<nsIAtom> *adjacencyList = fromEdges->data.edges;
return adjacencyList->AppendObject(vertex) ? NS_OK : NS_ERROR_FAILURE;
}
static void initModule(ModulePtr m, llvm::ArrayRef<string> importChain) {
if (m->initState == Module::DONE) return;
if (m->declaration != NULL) {
if (m->moduleName == "")
m->moduleName = toKey(m->declaration->name);
else if (m->moduleName != toKey(m->declaration->name))
error(m->declaration,
"module imported by name " + m->moduleName
+ " but declared with name " + toKey(m->declaration->name)
);
} else if (m->moduleName == "")
m->moduleName = "__main__";
if (m->initState == Module::RUNNING && !importChain.empty()) {
// allow prelude to import self
if (importChain.back() == m->moduleName) {
return;
}
}
vector<string> importChainNext = importChain;
importChainNext.push_back(m->moduleName);
if (m->initState == Module::RUNNING) {
circularImportsError(importChainNext);
}
m->initState = Module::RUNNING;
vector<ImportPtr>::iterator ii, iend;
for (ii = m->imports.begin(), iend = m->imports.end(); ii != iend; ++ii)
initModule((*ii)->module, importChainNext);
m->initState = Module::DONE;
verifyAttributes(m);
llvm::ArrayRef<TopLevelItemPtr> items = m->topLevelItems;
TopLevelItemPtr const *ti, *tend;
for (ti = items.begin(), tend = items.end(); ti != tend; ++ti) {
Object *obj = ti->ptr();
switch (obj->objKind) {
case OVERLOAD :
initOverload((Overload *)obj);
break;
case INSTANCE_DECL :
initVariantInstance((InstanceDecl *)obj);
break;
case STATIC_ASSERT_TOP_LEVEL:
checkStaticAssert((StaticAssertTopLevel *)obj);
break;
default:
break;
}
}
if (llvmDIBuilder != NULL) {
llvm::DIFile file = m->location.ok()
? m->location.source->getDebugInfo()
: llvm::DIFile(NULL);
m->debugInfo = (llvm::MDNode*)llvmDIBuilder->createNameSpace(
llvm::DICompileUnit(llvmDIBuilder->getCU()), // scope
m->moduleName, // name
file, // file
1 // line
);
}
}