OP_STATUS PKCS11_DeleteModuleL(OpString &Module_name
#ifdef SMC_ES_THREAD
, ES_RestartObject* restartobject
#endif
)
{
if(Module_name.IsEmpty())
return OpStatus::ERR;
OpString value;
ANCHOR(OpString,value);
OpString ininame;
ANCHOR(OpString,ininame);
RETURN_IF_ERROR(prefsManager->GetSmartCardDriverL(Module_name, value));
if(value.IsEmpty())
return OpStatus::OK;
int i = value.FindFirstOf(',');
if(i != KNotFound)
value.Delete(i);
Uninstall_PKCS(NULL, value,
#ifdef SMC_ES_THREAD
restartobject,
#endif
&Module_name);
return OpStatus::OK;
}
OP_STATUS PKCS11_AddModuleL(OpString &Module_name,
OpString &DLL_path,
unsigned long methods,
unsigned long ciphers
#ifdef SMC_ES_THREAD
, ES_RestartObject* restartobject
#endif
)
{
if(Module_name.IsEmpty() || DLL_path.IsEmpty())
return OpStatus::ERR;
if(DLL_path.FindFirstOf(',') != KNotFound)
return OpStatus::ERR;
OpString value;
ANCHOR(OpString,value);
OpString ininame;
ANCHOR(OpString,ininame);
RETURN_IF_ERROR(prefsManager->GetSmartCardDriverL(Module_name, value));
if(!value.IsEmpty())
return OpStatus::OK;
Install_PKCS(NULL, DLL_path,
#ifdef SMC_ES_THREAD
restartobject,
#endif
methods, ciphers, &Module_name);
return OpStatus::OK;
}
void CServerWnd::ReattachAnchors()
{
RemoveAnchor(serverlistctrl);
RemoveAnchor(StatusSelector);
RemoveAnchor(IDC_LOGRESET);
RemoveAnchor(*servermsgbox);
RemoveAnchor(*logbox);
RemoveAnchor(*debuglog);
AddAnchor(serverlistctrl, TOP_LEFT, ANCHOR(100, thePrefs.GetSplitterbarPositionServer()));
AddAnchor(StatusSelector, ANCHOR(0, thePrefs.GetSplitterbarPositionServer()), BOTTOM_RIGHT);
AddAnchor(IDC_LOGRESET, MIDDLE_RIGHT);
AddAnchor(*servermsgbox, ANCHOR(0, thePrefs.GetSplitterbarPositionServer()), BOTTOM_RIGHT);
AddAnchor(*logbox, ANCHOR(0, thePrefs.GetSplitterbarPositionServer()), BOTTOM_RIGHT);
AddAnchor(*debuglog, ANCHOR(0, thePrefs.GetSplitterbarPositionServer()), BOTTOM_RIGHT);
GetDlgItem(IDC_LOGRESET)->Invalidate();
if (servermsgbox->IsWindowVisible())
servermsgbox->Invalidate();
if (logbox->IsWindowVisible())
logbox->Invalidate();
if (debuglog->IsWindowVisible())
debuglog->Invalidate();
}
size_t CookiePath::WriteCookiesL(DataFile &fp, time_t this_time, BOOL dry_run)
{
size_t size = 0;
Cookie* ck = (Cookie*) cookie_list.First();
while (ck)
{
if(ck->Persistent(this_time))
{
DataFile_Record rec(TAG_COOKIE_ENTRY);
ANCHOR(DataFile_Record,rec);
rec.SetRecordSpec(fp.GetRecordSpec());
ck->FillDataFileRecordL(rec);
if (dry_run)
size += rec.CalculateLength();
else
rec.WriteRecordL(&fp);
}
ck = ck->Suc();
}
CookiePath* cp = (CookiePath*) FirstChild();
while (cp)
{
if (cp->HasCookies(this_time))
{
DataFile_Record rec(TAG_COOKIE_PATH_ENTRY);
ANCHOR(DataFile_Record,rec);
rec.SetRecordSpec(fp.GetRecordSpec());
rec.AddRecordL(TAG_COOKIE_PATH_NAME, cp->PathPart());
if (dry_run)
size += rec.CalculateLength();
else
rec.WriteRecordL(&fp);
size += cp->WriteCookiesL(fp, this_time, dry_run);
}
cp = cp->Suc();
}
{
DataFile_Record rec(TAG_COOKIE_PATH_END);
// spec is a pointer to existing field of object fp, there is no need to assert that it's not null
const DataRecord_Spec *spec = fp.GetRecordSpec();
rec.SetRecordSpec(spec);
if (dry_run)
size += ((rec.GetTag() & MSB_VALUE) == MSB_VALUE) ? spec->idtag_len : rec.CalculateLength();
else
rec.WriteRecordL(&fp);
}
return size;
}
void TouchInputManager::activateDebug(Entity camera) {
for (int i=0; i<MAX_TOUCH_POINT; i++) {
debugState[i] = theEntityManager.CreateEntity(HASH("debug_input", 0x0));
ADD_COMPONENT(debugState[i], Transformation);
ADD_COMPONENT(debugState[i], Anchor);
ANCHOR(debugState[i])->parent = camera;
ANCHOR(debugState[i])->z = 0.9999f - TRANSFORM(camera)->z;
ADD_COMPONENT(debugState[i], Rendering);
RENDERING(debugState[i])->show = 1;
}
}
uint32 SSL_Cipher::EncryptStreamL(DataStream *source, DataStream *target, uint32 len)
{
if(target == NULL)
return 0;
SSL_secure_varvector32 temp_in, temp_out;
ANCHOR(SSL_secure_varvector32, temp_in);
ANCHOR(SSL_secure_varvector32, temp_out);
uint32 maxlen = (len ? len : 4096);
uint32 read_len, enc_len;
uint32 consumed_len = 0;
uint32 produced_len = 0;
temp_out.Resize(maxlen);
if(temp_out.Error())
LEAVE(temp_out.GetOPStatus());
if(source == NULL)
{
FinishEncrypt(temp_out.GetDirect(), enc_len, temp_out.GetLength());
target->WriteDataL(temp_out.GetDirect(), enc_len);
produced_len += enc_len;
return produced_len;
}
temp_in.Resize(maxlen);
if(temp_in.Error())
LEAVE(temp_in.GetOPStatus());
while(source->MoreData() && (!len || consumed_len < len))
{
read_len = source->ReadDataL(temp_in.GetDirect(), temp_in.GetLength());
if(!read_len)
break;
consumed_len += read_len;
Encrypt(temp_in.GetDirect(), read_len, temp_out.GetDirect(), enc_len, temp_out.GetLength());
target->WriteDataL(temp_out.GetDirect(), enc_len);
produced_len += enc_len;
if(read_len < maxlen)
break;
}
return produced_len;
}
void ScrollingSystem::initScrolling(Entity e, ScrollingComponent* sc) {
ScrollingElement se;
TransformationComponent* ptc = TRANSFORM(e);
for (int i=0; i<2; i++) {
se.e[i] = theEntityManager.CreateEntity(HASH("scroll/e", 0x4ab48dfd));
ADD_COMPONENT(se.e[i], Transformation);
ADD_COMPONENT(se.e[i], Rendering);
ADD_COMPONENT(se.e[i], Anchor);
TRANSFORM(se.e[i])->size = sc->displaySize;
auto* tc = ANCHOR(se.e[i]);
tc->parent = e;
tc->position = -glm::vec2(sc->direction.x * ptc->size.x, sc->direction.y * ptc->size.y) * (float)i;
tc->z = i * 0.001f;
RenderingComponent* rc = RENDERING(se.e[i]);
se.imageIndex[i] = i % sc->images.size();
rc->texture = sc->images[se.imageIndex[i]];
// rc->color = debugColors[se.imageIndex[i]];
se.hasBeenVisible[i] = false;
rc->flags = sc->renderingFlags;
}
elements[e] = se;
}
double
XPath_ConversionExpressionHelper::GetNumberL (XPath_Context *context, BOOL initial)
{
OP_ASSERT (!numberexpression);
StartL (context, initial);
TempBuffer buffer; ANCHOR (TempBuffer, buffer);
if (GetStringValueL (context, initial, buffer))
return XPath_Value::AsNumber (buffer.GetStorage ());
else if (booleanexpression)
return booleanexpression->EvaluateToBooleanL (context, initial) ? 1. : 0.;
else if (stringexpression)
return XPath_Value::AsNumber (stringexpression->EvaluateToStringL (context, initial, buffer));
#ifdef XPATH_EXTENSION_SUPPORT
OP_ASSERT (unknown);
XPath_Value *value = unknown->EvaluateL (context, initial);
double number = value->AsNumberL ();
XPath_Value::DecRef (context, value);
return number;
#else // XPATH_EXTENSION_SUPPORT
OP_ASSERT (FALSE);
return op_nan (0);
#endif // XPATH_EXTENSION_SUPPORT
}
/*
* top-level compilation; break the document into
* style, html, and source blocks with footnote links
* weeded out.
*/
static Paragraph *
compile_document(Line *ptr, MMIOT *f)
{
ParagraphRoot d = { 0, 0 };
ANCHOR(Line) source = { 0, 0 };
Paragraph *p = 0;
struct kw *tag;
int eaten, unclosed;
while ( ptr ) {
if ( !(f->flags & MKD_NOHTML) && (tag = isopentag(ptr)) ) {
int blocktype;
/* If we encounter a html/style block, compile and save all
* of the cached source BEFORE processing the html/style.
*/
if ( T(source) ) {
E(source)->next = 0;
p = Pp(&d, 0, SOURCE);
p->down = compile(T(source), 1, f);
T(source) = E(source) = 0;
}
if ( f->flags & MKD_NOSTYLE )
blocktype = HTML;
else
blocktype = strcmp(tag->id, "STYLE") == 0 ? STYLE : HTML;
p = Pp(&d, ptr, blocktype);
ptr = htmlblock(p, tag, &unclosed);
if ( unclosed ) {
p->typ = SOURCE;
p->down = compile(p->text, 1, f);
p->text = 0;
}
}
else if ( isfootnote(ptr) ) {
/* footnotes, like cats, sleep anywhere; pull them
* out of the input stream and file them away for
* later processing
*/
ptr = consume(addfootnote(ptr, f), &eaten);
}
else {
/* source; cache it up to wait for eof or the
* next html/style block
*/
ATTACH(source,ptr);
ptr = ptr->next;
}
}
if ( T(source) ) {
/* if there's any cached source at EOF, compile
* it now.
*/
E(source)->next = 0;
p = Pp(&d, 0, SOURCE);
p->down = compile(T(source), 1, f);
}
return T(d);
}
void Header_QuotedPrintable_Parameter::InitL(const OpStringC8 &p_name, const OpStringC16 &p_value, const OpStringC8 &charset, Header_Encoding encoding, BOOL quote_if_not_encoded)
{
OpString8 p_value2;
ANCHOR(OpString8, p_value2);
SetToEncodingL(&p_value2, (charset.HasContent() && charset.CompareI("utf-16") != 0 ? charset.CStr() : "utf-8"), p_value.CStr());
InitL(p_name, p_value2, charset, encoding, quote_if_not_encoded);
}
/* static */ double
XPath_Value::AsNumberL (const uni_char *string, unsigned string_length)
{
TempBuffer buffer; ANCHOR (TempBuffer, buffer);
buffer.AppendL (string, string_length);
uni_char *endptr;
return uni_strtod (buffer.GetStorage (), &endptr);
}
void
WebFeedStorage::SaveStoreL(WebFeedsAPI_impl* api_impl)
{
OP_ASSERT(api_impl);
if (!api_impl)
return;
WriteBuffer w_buf; ANCHOR(WriteBuffer, w_buf);
w_buf.InitL(UNI_L("tmp.storage"));
api_impl->SaveL(w_buf);
w_buf.Flush();
w_buf.GetFile().Close();
OpFile old_file; ANCHOR(OpFile, old_file);
LEAVE_IF_ERROR(old_file.Construct(FEED_STORE_FILE, OPFILE_WEBFEEDS_FOLDER));
LEAVE_IF_ERROR(old_file.SafeReplace(&w_buf.GetFile()));
}
static void emitCoord(Coordinate src) {
if (src.file && *src.file) {
ANCHOR(href, print("%s", src.file)); print("%s", src.file); END;
print(":");
}
print("%d.%d", src.y, src.x);
}
void ScrollingSystem::DoUpdate(float dt) {
FOR_EACH_ENTITY_COMPONENT(Scrolling, a, sc)
EltIt iter = elements.find(a);
if (iter == elements.end()) {
if ( glm::abs(glm::length(sc->direction) - 1) <= 0.001) {
initScrolling(a, sc);
iter = elements.find(a);
}
continue;
}
if (!sc->show) {
ScrollingElement& se = iter->second;
for (int i=0; i<2; i++) {
RENDERING(se.e[i])->show = false;
}
continue;
}
LOGF_IF(sc->speed < 0, "Scrolling component '" << sc << "' has a speed < 0");
ScrollingElement& se = iter->second;
for (int i=0; i<2; i++) {
RENDERING(se.e[i])->show = true;
AnchorComponent* tc = ANCHOR(se.e[i]);
tc->position += sc->direction * (sc->speed * dt);
bool isVisible = theRenderingSystem.isVisible(se.e[i]);
if (!se.hasBeenVisible[i] && isVisible) {
se.hasBeenVisible[i] = true;
} else if (se.hasBeenVisible[i] && !isVisible) {
se.imageIndex[i] = (se.imageIndex[i] + 2) % sc->images.size();
RENDERING(se.e[i])->texture = sc->images[se.imageIndex[i]];
const auto* ptc = TRANSFORM(a);
tc->position =
ANCHOR(se.e[(i+1)%2])->position -
glm::vec2(sc->direction.x * ptc->size.x, sc->direction.y * ptc->size.y);
se.hasBeenVisible[i] = false;
}
}
END_FOR_EACH()
}
XMLTreeAccessor::Node *
XPath_Node::GetTreeNodeByIdL (const uni_char *id, unsigned id_length)
{
TempBuffer buffer; ANCHOR (TempBuffer, buffer);
buffer.AppendL (id, id_length);
XMLTreeAccessor::Node *node;
LEAVE_IF_ERROR (tree->GetElementById (node, buffer.GetStorage ()));
return node;
}
XPath_Value *
XPath_Value::ConvertToStringL (XPath_Context *context)
{
if (type == XP_VALUE_STRING)
return IncRef (this);
else
{
TempBuffer buffer; ANCHOR (TempBuffer, buffer);
return MakeStringL (context, AsStringL (buffer));
}
}
void URL_RelRep::WriteCacheDataL(DataFile_Record *rec)
{
DataFile_Record relrec(TAG_RELATIVE_ENTRY);
ANCHOR(DataFile_Record,relrec);
relrec.SetRecordSpec(rec->GetRecordSpec());
relrec.AddRecordL(TAG_RELATIVE_NAME, name);
relrec.AddRecordL(TAG_RELATIVE_VISITED, (uint32) last_visited);
relrec.WriteRecordL(rec);
}
void Undo( HWND hwndDlg )
{
DLGINFO dlgInfoLocal;
if( RetrieveDlgInfo( ANCHOR( hwndDlg ), &dlgInfoLocal ) )
{
UpdateGlobalDlgInfo( &dlgInfoLocal );
UpdateControls( hwndDlg );
}
else
Defaults( hwndDlg );
}
BOOL SpdyFramesHandler::SendDataL(SComm* sink)
{
BOOL somethingSent = FALSE;
SpdyNetworkBuffer buffer(HTTP_TmpBuf, HTTP_TmpBufSize);
ANCHOR(SpdyNetworkBuffer, buffer);
while (!prioritizedFramesProducers.Empty())
{
SpdyFramesProducer *producer = prioritizedFramesProducers.First();
OP_ASSERT(producer->HasNextFrame());
producer->Out();
producer->WriteNextFrameL(buffer);
buffer.SendAndClearL(sink);
somethingSent = TRUE;
}
pendingDataToSend = FALSE;
if (!priorityOrderedFramesProducers.Empty())
{
SpdyFramesProducer *firstProducer = priorityOrderedFramesProducers.First();
while (firstProducer && buffer.Length() < maxBufLen)
{
UINT8 currentPriority = firstProducer->GetPriority();
BOOL producedSomethingForPriority = FALSE;
SpdyFramesProducer *it, *suc;
for (it = firstProducer; it && it->GetPriority() == currentPriority && buffer.Length() < maxBufLen; it = suc)
{
suc = it->Suc();
if (!it->HasNextFrame())
continue;
it->WriteNextFrameL(buffer);
producedSomethingForPriority = TRUE;
}
if (!producedSomethingForPriority)
firstProducer = it;
}
pendingDataToSend = firstProducer != NULL;
if (buffer.Length())
{
buffer.SendAndClearL(sink);
somethingSent = TRUE;
}
}
if (pendingDataToSend)
listener->OnHasDataToSend();
return somethingSent;
}
void SpeedDialSuggestionsModel::AddClosedTabsHelperL(BOOL items_under_parent_folder, INT32 num_of_item_to_add)
{
//Todo: Add folder if parameter 'items_under_parent_folder' is true
INT32 session_pages_folder_idx = -1;
OP_ASSERT(g_application->GetActiveBrowserDesktopWindow());
OpSession* session;
if ((session = g_application->GetActiveBrowserDesktopWindow()->GetUndoSession()) != NULL)
{
INT32 session_wnd_count = session->GetWindowCountL();
for (INT32 index = static_cast<INT32>(session_wnd_count - 1), count = 0; index >= 0 && count < num_of_item_to_add; index--)
{
OpSessionWindow* session_window = session->GetWindowL(index);
if (session_window->GetTypeL() == OpSessionWindow::DOCUMENT_WINDOW)
{
UINT32 current_history = session_window->GetValueL("current history");
if (current_history == 0 && session_window->GetValueL("max history"))
continue; //Speed-dial in history
OpAutoVector<OpString> history_url_list; ANCHOR(OpAutoVector<OpString>, history_url_list);
session_window->GetStringArrayL("history url", history_url_list);
if (!history_url_list.Get(current_history - 1))
continue;
if (!DocumentView::IsUrlRestrictedForViewFlag(history_url_list.Get(current_history - 1)->CStr(), DocumentView::ALLOW_ADD_TO_SPEED_DIAL))
continue;
OpAutoVector<OpString> history_title_list; ANCHOR(OpAutoVector<OpString>, history_title_list);
session_window->GetStringArrayL("history title", history_title_list);
if ( -1 != AddSuggestion(history_title_list.Get(current_history - 1)->CStr()
, history_url_list.Get(current_history - 1) ? history_url_list.Get(current_history - 1)->CStr() : UNI_L("")
, session_pages_folder_idx))
count ++;
}
}
}
}
void
WebFeedStorage::SaveFeedL(WebFeed *feed)
{
if (!feed)
return;
WriteBuffer w_buf; ANCHOR(WriteBuffer, w_buf);
w_buf.InitL(UNI_L("tmp.feed"));
feed->GetStub()->SaveL(w_buf, FALSE);
w_buf.Flush();
w_buf.GetFile().Close();
OpString file_name; ANCHOR(OpString, file_name);
file_name.Reserve(14);
uni_sprintf(file_name.CStr(), UNI_L("%08x.feed"), feed->GetId());
OpFile old_file; ANCHOR(OpFile, old_file);
LEAVE_IF_ERROR(old_file.Construct(file_name.CStr(), OPFILE_WEBFEEDS_FOLDER));
LEAVE_IF_ERROR(old_file.SafeReplace(&w_buf.GetFile()));
return;
}
void FreeResources()
{
USHORT usNext = BKA_FIRST;
ULONG ulPageId = 0;
PPAGEDATA pPageData;
HWND hwndDlg;
// Enumerate through all the pages of the notebook so we can gain access
// to their page data to free their resources.
for( ; ; )
{
ulPageId = (ULONG) WinSendMsg( hwndBook, BKM_QUERYPAGEID,
MPFROMLONG( ulPageId ),
MPFROM2SHORT( usNext, 0 ) );
if( !ulPageId )
break;
usNext = BKA_NEXT;
if( ulPageId == (ULONG) BOOKERR_INVALID_PARAMETERS )
Msg( "FreeResources QUERYPAGEID RC(%X)", HWNDERR( hwndBook ) );
// Get a pointer to the page information that is associated with this
// page. It was stored in the page's PAGE DATA in the SetUpPage
// function.
pPageData = (PPAGEDATA) WinSendMsg( hwndBook, BKM_QUERYPAGEDATA,
MPFROMLONG( ulPageId ), NULL );
if( !pPageData || pPageData == (PPAGEDATA) BOOKERR_INVALID_PARAMETERS )
Msg( "FreeResources QUERYPAGEDATA RC(%X)", HWNDERR( hwndBook ) );
else
free( pPageData );
hwndDlg = (HWND) WinSendMsg( hwndBook, BKM_QUERYPAGEWINDOWHWND,
MPFROMLONG( ulPageId ), NULL );
if( hwndDlg != (HWND) BOOKERR_INVALID_PARAMETERS && hwndDlg )
{
WinSendMsg( hwndDlg, UM_DUMP_DLGINFO, NULL, NULL );
WinDestroyWindow( hwndDlg );
}
}
SaveDlgInfo( ANCHOR( hwndBook ) );
hwndBook = NULLHANDLE;
}
void WebFeedContentElement::WriteAsStrippedHTMLL(URL& out_url) const
{
if (!HasValue())
return;
if (!IsMarkup()) // no markup to strip
{
WriteAsHTMLL(out_url);
return;
}
OpString stripped; ANCHOR(OpString, stripped);
LEAVE_IF_ERROR(WebFeedUtil::StripTags((uni_char*)m_value, stripped));
LEAVE_IF_ERROR(out_url.WriteDocumentData(URL::KNormal, stripped));
}
void PrefsCollectionApp::ReadAllPrefsL(PrefsModule::PrefsInitInfo *)
{
// Read everything
OpPrefsCollection::ReadAllPrefsL(
m_stringprefdefault, PCAPP_NUMBEROFSTRINGPREFS,
m_integerprefdefault, PCAPP_NUMBEROFINTEGERPREFS);
#ifdef DYNAMIC_VIEWERS
// Cache viewer data
m_viewersection = m_reader->ReadSectionL(UNI_L("File Types"));
/*DOC
*section=File Types
*name=m_viewersection
*key=mime/type
*type=string
*value=action,app,plugin,pluginname,ext,|fileopenext
*description=How to handle file type
*/
m_viewerextensionsection = m_reader->ReadSectionL(UNI_L("File Types Extension"));
/*DOC
*section=File Types Extension
*name=m_viewerextensionsection
*key=mime/type
*type=string
*value=destfolder,flags
*description=Additional data on how to handle file type
*/
#endif
#ifdef _PLUGIN_SUPPORT_
// Fix-up plug-in path
OpString newpath; ANCHOR(OpString, newpath);
g_op_system_info->GetPluginPathL(m_stringprefs[PluginPath], newpath);
m_stringprefs[PluginPath].SetL(newpath);
# if defined PREFS_HAS_PREFSFILE && defined PREFS_READ
ReadPluginsToBeIgnoredL();
# endif
#endif
#ifdef PREFS_HAVE_DEFAULT_SOURCE_VIEWER
// Retrieve non-static defaults
if (m_stringprefs[SourceViewer].IsEmpty())
{
m_stringprefs[SourceViewer].SetL(g_op_system_info->GetDefaultTextEditorL());
}
#endif // PREFS_HAVE_DEFAULT_SOURCE_VIEWER
}
void WebFeedContentElement::WriteAsHTMLL(URL& out_url) const
{
if (HasValue())
{
if (IsPlainText())
LEAVE_IF_ERROR(out_url.WriteDocumentData(URL::KHTMLify, (uni_char*)m_value, m_value_length / sizeof(uni_char)));
else if (IsMarkup())
{
OpString stripped_html; ANCHOR(OpString, stripped_html);
WebFeedUtil::StripTags((const uni_char*)m_value, stripped_html, UNI_L("style"), TRUE);
LEAVE_IF_ERROR(out_url.WriteDocumentData(URL::KNormal, stripped_html, stripped_html.Length()));
}
else
OP_ASSERT(!"What to do, what to do, with this strange content type");
}
}
double
XPath_Value::AsNumberL ()
{
switch (type)
{
case XP_VALUE_BOOLEAN:
return data.boolean ? 1. : 0.;
case XP_VALUE_NUMBER:
return data.number;
case XP_VALUE_STRING:
return AsNumber (data.string);
}
TempBuffer buffer; ANCHOR (TempBuffer, buffer);
return AsNumber (AsStringL (buffer));
}
void URL_DataDescriptor::SetupContentDecodingL(const char *header)
{
if(!header)
LEAVE(OpStatus::ERR);
ParameterList params(KeywordIndex_HTTP_General_Parameters);
ANCHOR(ParameterList, params);
params.SetValueL((char *) header, PARAM_SEP_COMMA| PARAM_NO_ASSIGN | PARAM_ONLY_SEP);
Parameters *encoding = params.First();
while(encoding)
{
ParameterList *current_encoding = encoding->GetParametersL(PARAM_SEP_SEMICOLON, KeywordIndex_HTTP_General_Parameters);
Parameters *name = (current_encoding ? current_encoding->First() : NULL);
if(name)
{
HTTP_compression mth;
switch(mth = (HTTP_compression) name->GetNameID())
{
case HTTP_Deflate:
case HTTP_Compress:
case HTTP_Gzip:
{
HTTP_Transfer_Decoding *decoder = HTTP_Transfer_Decoding::Create(mth);
if(decoder)
decoder->Into(&CE_decoding);
else
{
g_memory_manager->RaiseCondition(OpStatus::ERR_NO_MEMORY);
LEAVE(OpStatus::ERR_NO_MEMORY);
}
}
break;
default: break; // nothing to do for plaintext
}
}
encoding = encoding->Suc();
}
}
XPath_Value *
XPath_Expression::EvaluateToValueL (XPath_Context *context, BOOL initial)
{
unsigned expression_flags = GetExpressionFlags ();
#ifdef XPATH_EXTENSION_SUPPORT
if ((expression_flags & FLAG_UNKNOWN) != 0)
return static_cast<XPath_Unknown *> (this)->EvaluateToValueL (context, initial);
#endif // XPATH_EXTENSION_SUPPORT
if ((expression_flags & FLAG_NUMBER) != 0)
return XPath_Value::MakeNumberL (context, static_cast<XPath_NumberExpression *> (this)->EvaluateToNumberL (context, initial));
else if ((expression_flags & FLAG_BOOLEAN) != 0)
return XPath_Value::MakeBooleanL (context, static_cast<XPath_BooleanExpression *> (this)->EvaluateToBooleanL (context, initial));
else
{
OP_ASSERT ((expression_flags & FLAG_STRING) != 0);
TempBuffer buffer; ANCHOR (TempBuffer, buffer);
return XPath_Value::MakeStringL (context, static_cast<XPath_StringExpression *> (this)->EvaluateToStringL (context, initial, buffer));
}
}
BOOL CMyPropertyPage2::OnInitDialog()
{
CResizablePage::OnInitDialog();
// preset layout
AddAnchor(IDC_LIST1, TOP_LEFT, ANCHOR(50,70));
AddAnchor(IDC_PICTURE1, ANCHOR(50,0), ANCHOR(100,70));
AddAnchor(IDC_GROUP1, ANCHOR(0,70), BOTTOM_RIGHT);
AddAnchor(IDC_CHECK1, ANCHOR(0,85));
AddAnchor(IDC_RADIO1, ANCHOR(100,85));
AddAnchor(IDC_COMBO1, ANCHOR(100,70));
AddAnchor(IDC_BUTTON1, BOTTOM_RIGHT);
m_ctlEdit1.AddString(_T("Just a single item to test the ")
_T("listbox behavior with very long lines..."));
m_ctlEdit1.SetHorizontalExtent(300);
return TRUE;
}
BOOL
XPath_ConversionExpressionHelper::GetBooleanL (XPath_Context *context, BOOL initial)
{
OP_ASSERT (!booleanexpression);
StartL (context, initial);
XPath_Node *node;
if (GetNodeL (context, initial, node))
{
BOOL result = node != 0;
XPath_Node::DecRef (context, node);
return result;
}
else if (numberexpression)
{
double number = numberexpression->EvaluateToNumberL (context, initial);
return !op_isnan (number) && number != 0.;
}
else if (stringexpression)
{
TempBuffer buffer; ANCHOR (TempBuffer, buffer);
return *stringexpression->EvaluateToStringL (context, initial, buffer) != 0;
}
#ifdef XPATH_EXTENSION_SUPPORT
OP_ASSERT (unknown);
XPath_Value *value = unknown->EvaluateL (context, initial);
BOOL boolean = value->AsBoolean ();
XPath_Value::DecRef (context, value);
return boolean;
#else // XPATH_EXTENSION_SUPPORT
OP_ASSERT (FALSE);
return FALSE;
#endif // XPATH_EXTENSION_SUPPORT
}