status_t
WebAppInterface::_SendJsonRequest(BString jsonString, BMessage& reply) const
{
BUrl url("https://depot.haiku-os.org/api/v1/pkg");
ProtocolListener listener;
BUrlContext context;
BHttpHeaders headers;
// Content-Type
headers.AddHeader("Content-Type", "application/json");
headers.AddHeader("User-Agent", "X-HDS-Client");
BHttpRequest request(url, true, "HTTP", &listener, &context);
// Authentication
if (!fUsername.IsEmpty() && !fPassword.IsEmpty()) {
request.SetUserName(fUsername);
request.SetPassword(fPassword);
}
request.SetMethod(B_HTTP_POST);
request.SetHeaders(headers);
BMemoryIO* data = new BMemoryIO(
jsonString.String(), jsonString.Length() - 1);
request.AdoptInputData(data, jsonString.Length() - 1);
BMallocIO replyData;
listener.SetDownloadIO(&replyData);
// listener.SetDebug(true);
thread_id thread = request.Run();
wait_for_thread(thread, NULL);
const BHttpResult& result = dynamic_cast<const BHttpResult&>(
request.Result());
int32 statusCode = result.StatusCode();
if (statusCode != 200) {
printf("Response code: %" B_PRId32 "\n", statusCode);
return B_ERROR;
}
jsonString.SetTo(static_cast<const char*>(replyData.Buffer()),
replyData.BufferLength());
if (jsonString.Length() == 0)
return B_ERROR;
BJson parser;
status_t status = parser.Parse(reply, jsonString);
if (status == B_BAD_DATA) {
// printf("Parser choked on JSON:\n%s\n", jsonString.String());
}
return status;
}
// Export
status_t
RDefExporter::Export(const Icon* icon, BPositionIO* stream)
{
BMallocIO buffer;
status_t ret = FlatIconExporter::Export(icon, &buffer);
if (ret < B_OK)
return ret;
return _Export((const uint8*)buffer.Buffer(), buffer.BufferLength(), stream);
}
void
ServerPicture::Play(DrawingContext* target)
{
// TODO: for now: then change PicturePlayer
// to accept a BPositionIO object
BMallocIO* mallocIO = dynamic_cast<BMallocIO*>(fData);
if (mallocIO == NULL)
return;
BPrivate::PicturePlayer player(mallocIO->Buffer(),
mallocIO->BufferLength(), PictureList::Private(fPictures).AsBList());
player.Play(kPicturePlayerCallbacks, sizeof(kPicturePlayerCallbacks),
target);
}
void
ServerPicture::Play(View* view)
{
// TODO: for now: then change PicturePlayer
// to accept a BPositionIO object
BMallocIO* mallocIO = dynamic_cast<BMallocIO*>(fData);
if (mallocIO == NULL)
return;
BPrivate::PicturePlayer player(mallocIO->Buffer(),
mallocIO->BufferLength(), fPictures->AsBList());
player.Play(const_cast<void**>(kTableEntries),
sizeof(kTableEntries) / sizeof(void*), view);
}
BEmailMessage *
BEmailMessage::ForwardMessage(bool accountFromMail, bool includeAttachments)
{
BString header = "------ Forwarded Message: ------\n";
header << "To: " << To() << '\n';
header << "From: " << From() << '\n';
if (CC() != NULL) {
// Can use CC rather than "Cc" since display only.
header << "CC: " << CC() << '\n';
}
header << "Subject: " << Subject() << '\n';
header << "Date: " << Date() << "\n\n";
if (_text_body != NULL)
header << _text_body->Text() << '\n';
BEmailMessage *message = new BEmailMessage();
message->SetBodyTextTo(header.String());
// set the subject
BString subject = Subject();
if (subject.IFindFirst("fwd") == B_ERROR
&& subject.IFindFirst("forward") == B_ERROR
&& subject.FindFirst("FW") == B_ERROR)
subject << " (fwd)";
message->SetSubject(subject.String());
if (includeAttachments) {
for (int32 i = 0; i < CountComponents(); i++) {
BMailComponent *cmpt = GetComponent(i);
if (cmpt == _text_body || cmpt == NULL)
continue;
//---I am ashamed to have the written the code between here and the next comment
// ... and you still managed to get it wrong ;-)), axeld.
// we should really move this stuff into copy constructors
// or something like that
BMallocIO io;
cmpt->RenderToRFC822(&io);
BMailComponent *clone = cmpt->WhatIsThis();
io.Seek(0, SEEK_SET);
clone->SetToRFC822(&io, io.BufferLength(), true);
message->AddComponent(clone);
}
}
if (accountFromMail)
message->SendViaAccountFrom(this);
return message;
}
/*! \brief Delivers a message to the supplied targets.
The method tries to send the message right now to each of the given targets
(if there are not already messages pending for a target port). If that
fails due to a full target port, the message is queued for later delivery.
\param message The message to be delivered.
\param targets MessagingTargetSet providing the the delivery targets.
\param timeout If given, the message will be dropped, when it couldn't be
delivered after this amount of microseconds.
\return
- \c B_OK, if for each of the given targets sending the message succeeded
or if the target port was full and the message has been queued,
- another error code otherwise.
*/
status_t
MessageDeliverer::DeliverMessage(BMessage *message, MessagingTargetSet &targets,
bigtime_t timeout)
{
if (!message)
return B_BAD_VALUE;
// flatten the message
BMallocIO mallocIO;
status_t error = message->Flatten(&mallocIO, NULL);
if (error < B_OK)
return error;
return DeliverMessage(mallocIO.Buffer(), mallocIO.BufferLength(), targets,
timeout);
}
BPicture *
FlattenPictureTest::SaveAndRestore(BPicture *picture)
{
BMallocIO *data = new BMallocIO();
AutoDelete<BMallocIO> _data(data);
TEST_AND_RETURN(data == NULL, "BMallocIO could not be allocated for flattening the picture!" , NULL);
picture->Flatten(data);
data->Seek(0, SEEK_SET);
BPicture *archivedPicture = new BPicture();
TEST_AND_RETURN(archivedPicture == NULL, "BPicture could not be allocated for unflattening the picture!" , NULL);
archivedPicture->Unflatten(data);
return archivedPicture;
}
status_t
Shelf::SaveState(BMessage *state) const
{
status_t status;
PRINT(("%p:%s()\n", this, __FUNCTION__));
state->PrintToStream();
if (fInConfig)
state->AddBool(kInConfigName, fInConfig);
if (!fInConfig)
state->RemoveData(kInConfigName);
if (fInConfig && fShelf) {
status = state->AddBool("got it", true);
fShelf->LockLooper();
status = fShelf->Save();
fShelf->UnlockLooper();
if (status < B_OK)
return status;
status = state->AddData(kShelfArchiveName, 'shlf', fShelfData.Buffer(),
fShelfData.BufferLength());
// return B_OK;
//fShelfData.SetSize(0LL);
#if 0
BMallocIO mio;
status = fShelf->SetSaveLocation(&mio);
if (status < B_OK)
return status;
status = fShelf->Save();
fShelf->SetSaveLocation((BDataIO *)NULL);
if (status < B_OK)
return status;
status = state->AddData(kShelfArchiveName, 'shlf', mio.Buffer(),
mio.BufferLength());
#endif
if (status < B_OK)
return status;
}
return B_OK;
}
void
NSDownloadWindow::MessageReceived(BMessage* message)
{
switch(message->what)
{
case B_SAVE_REQUESTED:
{
entry_ref directory;
const char* name;
struct gui_download_window* dw;
BFilePanel* source;
message->FindRef("directory", &directory);
message->FindString("name", &name);
message->FindPointer("dw", (void**)&dw);
BDirectory dir(&directory);
BFile* storage = new BFile(&dir, name,
B_WRITE_ONLY | B_CREATE_FILE | B_ERASE_FILE);
dw->storageLock->Lock();
BMallocIO* tempstore = dynamic_cast<BMallocIO*>(dw->storage);
storage->Write(tempstore->Buffer(), tempstore->BufferLength());
delete dw->storage;
if (success)
delete storage; // File is already finished downloading !
else
dw->storage = storage;
dw->storageLock->Unlock();
message->FindPointer("source", (void**)&source);
delete source;
break;
}
default:
BWindow::MessageReceived(message);
}
}
static size_t
mkColumnsBits(BMallocIO& stream, const ColumnData* src, int32 nelm,
const char* context)
{
for (int32 i = 0; i < nelm; i++) {
BColumn c(
B_TRANSLATE_CONTEXT(src[i].title, context),
src[i].offset, src[i].width, src[i].align, src[i].attributeName,
src[i].attrType, src[i].statField, src[i].editable);
c.ArchiveToStream(&stream);
}
return stream.Position();
}
void
PictureView::AllAttached()
{
BeginPicture(new BPicture);
DrawStuff(this);
BPicture *picture = EndPicture();
if (picture == NULL)
return;
BMessage message;
picture->Archive(&message);
message.PrintToStream();
BMallocIO stream;
status_t status = picture->Flatten(&stream);
delete picture;
if (status != B_OK)
printf("Error flattening BPicture: %s\n", strerror(status));
if (status == B_OK) {
stream.Seek(0, SEEK_SET);
fPicture = new BPicture();
status = fPicture->Unflatten(&stream);
if (status != B_OK) {
printf("Error unflattening BPicture: %s\n", strerror(status));
return;
}
}
BMessage message2;
fPicture->Archive(&message2);
message2.PrintToStream();
}
int32 DeriveKey(const void *key, int32 keyLen, const uchar *magic, int32 magicLen, uchar **result) {
uchar hash1[EVP_MAX_MD_SIZE];
uchar hash2[EVP_MAX_MD_SIZE];
uchar hash3[EVP_MAX_MD_SIZE];
uchar hash4[EVP_MAX_MD_SIZE];
unsigned int hash1Len = 0;
unsigned int hash2Len = 0;
unsigned int hash3Len = 0;
unsigned int hash4Len = 0;
int32 length = B_ERROR;
BMallocIO temp;
// HMAC-SHA1(magic)
HMAC(EVP_sha1(), key, keyLen, magic, magicLen, hash1, &hash1Len);
// Key 2 is HMAC-SHA1(HMAC-SHA1(magic) + magic)
temp.Write(hash1, hash1Len);
temp.Write(magic, magicLen);
HMAC(EVP_sha1(), key, keyLen, (uchar *)temp.Buffer(), temp.BufferLength(), hash2, &hash2Len);
// HMAC-SHA1(HMAC-SHA1(magic))
HMAC(EVP_sha1(), key, keyLen, hash1, hash1Len, hash3, &hash3Len);
// Clear the BMallocIO and reset the position to 0
temp.SetSize(0);
temp.Seek(0, SEEK_SET);
// Key 4 is HMAC-SHA1(HMAC-SHA1(HMAC-SHA1(magic)) + magic)
temp.Write(hash3, hash3Len);
temp.Write(magic, magicLen);
HMAC(EVP_sha1(), key, keyLen, (uchar *)temp.Buffer(), temp.BufferLength(), hash4, &hash4Len);
// The key is Hash2 followed by the first four bytes of Hash4
length = hash2Len + 4;
*result = (uchar *)calloc(length, sizeof(uchar));
memcpy(*result, hash2, hash2Len);
memcpy(*result + hash2Len, hash4, 4);
return length;
};
/*
* this method is not currently being used, but it may be useful in the
* future...
*/
status_t
DefaultCatalog::WriteToAttribute(entry_ref *appOrAddOnRef)
{
BNode node;
status_t res = node.SetTo(appOrAddOnRef);
if (res != B_OK)
return res;
BMallocIO mallocIO;
mallocIO.SetBlockSize(max(fCatMap.Size() * 20, 256L));
// set a largish block-size in order to avoid reallocs
res = Flatten(&mallocIO);
if (res == B_OK) {
ssize_t wsz;
wsz = node.WriteAttr(BLocaleRoster::kEmbeddedCatAttr, B_MESSAGE_TYPE, 0,
mallocIO.Buffer(), mallocIO.BufferLength());
if (wsz < B_OK)
res = wsz;
else if (wsz != (ssize_t)mallocIO.BufferLength())
res = B_ERROR;
}
return res;
}
status_t
Shelf::StartSaver(BView *view, bool preview)
{
PRINT(("%p:%s(, %d)\n", this, __FUNCTION__, preview));
if (!preview) {
view->SetViewColor(216, 216, 216, 0);
fShelfData.Seek(SEEK_SET, 0LL);
fShelf = new BShelf(&fShelfData, view);
}
BString s;
s << "preview: " << preview << " ";
s << "BView:Name: " << view->Name() << " ";
s << "BApp:Name: " << be_app->Name();
PRINT(("%p:%s:%s\n", this, __FUNCTION__, s.String()));
//BAlert *a = new BAlert("debug", s.String(), "Ok");
//a->Go();
return B_ERROR;
#if 0
float width = view->Bounds().Width();
float height = view->Bounds().Height();
BFont font;
view->GetFont(&font);
font.SetSize(height / 2.5);
view->SetFont(&font);
BRect rect;
escapement_delta delta;
delta.nonspace = 0;
delta.space = 0;
// If anyone has suggestions for how to clean this up, speak up
font.GetBoundingBoxesForStrings(&fLine1, 1, B_SCREEN_METRIC, &delta, &rect);
float y = ((height - (rect.Height() * 2 + height / 10)) / 2) + rect.Height();
fLine1Start.Set((width - rect.Width()) / 2, y);
font.GetBoundingBoxesForStrings(&fLine2, 1, B_SCREEN_METRIC, &delta, &rect);
fLine2Start.Set((width - rect.Width()) / 2, y + rect.Height() + height / 10);
#endif
return B_OK;
}
void
PictureView::_HandleDrop(BMessage* msg)
{
entry_ref dirRef;
BString name, type;
bool saveToFile = msg->FindString("be:filetypes", &type) == B_OK
&& msg->FindRef("directory", &dirRef) == B_OK
&& msg->FindString("name", &name) == B_OK;
bool sendInMessage = !saveToFile
&& msg->FindString("be:types", &type) == B_OK;
if (!sendInMessage && !saveToFile)
return;
BBitmap* bitmap = fPicture;
if (bitmap == NULL)
return;
BTranslatorRoster* roster = BTranslatorRoster::Default();
if (roster == NULL)
return;
BBitmapStream stream(bitmap);
// find translation format we're asked for
translator_info* outInfo;
int32 outNumInfo;
bool found = false;
translation_format format;
if (roster->GetTranslators(&stream, NULL, &outInfo, &outNumInfo) == B_OK) {
for (int32 i = 0; i < outNumInfo; i++) {
const translation_format* formats;
int32 formatCount;
roster->GetOutputFormats(outInfo[i].translator, &formats,
&formatCount);
for (int32 j = 0; j < formatCount; j++) {
if (strcmp(formats[j].MIME, type.String()) == 0) {
format = formats[j];
found = true;
break;
}
}
}
}
if (!found) {
stream.DetachBitmap(&bitmap);
return;
}
if (sendInMessage) {
BMessage reply(B_MIME_DATA);
BMallocIO memStream;
if (roster->Translate(&stream, NULL, NULL, &memStream,
format.type) == B_OK) {
reply.AddData(format.MIME, B_MIME_TYPE, memStream.Buffer(),
memStream.BufferLength());
msg->SendReply(&reply);
}
} else {
BDirectory dir(&dirRef);
BFile file(&dir, name.String(), B_WRITE_ONLY | B_CREATE_FILE
| B_ERASE_FILE);
if (file.InitCheck() == B_OK
&& roster->Translate(&stream, NULL, NULL, &file,
format.type) == B_OK) {
BNodeInfo nodeInfo(&file);
if (nodeInfo.InitCheck() == B_OK)
nodeInfo.SetType(type.String());
} else {
BString text = B_TRANSLATE("The file '%name%' could not "
"be written.");
text.ReplaceFirst("%name%", name);
BAlert* alert = new BAlert(B_TRANSLATE("Error"), text.String(),
B_TRANSLATE("OK"), NULL, NULL, B_WIDTH_AS_USUAL, B_STOP_ALERT);
alert->SetFlags(alert->Flags() | B_CLOSE_ON_ESCAPE);
alert->Go();
}
}
// Detach, as we don't want our fPicture to be deleted
stream.DetachBitmap(&bitmap);
}
void
MallocBufferLengthTest::PerformTest(void)
{
BMallocIO mem;
size_t size;
size_t bufLen;
status_t error;
off_t offset;
char writeBuf[11] = "0123456789";
NextSubTest();
bufLen = mem.BufferLength();
CPPUNIT_ASSERT(bufLen == 0);
NextSubTest();
size = mem.Write(writeBuf, 10);
bufLen = mem.BufferLength();
CPPUNIT_ASSERT(bufLen == 10);
CPPUNIT_ASSERT(size = 10);
NextSubTest();
error = mem.SetSize(0);
bufLen = mem.BufferLength();
CPPUNIT_ASSERT(bufLen == 0);
CPPUNIT_ASSERT(error == B_OK);
//This is for the BResource crashing bug
NextSubTest();
error = mem.SetSize(200);
bufLen = mem.BufferLength();
offset = mem.Seek(0, SEEK_END);
CPPUNIT_ASSERT(bufLen == 200);
CPPUNIT_ASSERT(error == B_OK);
CPPUNIT_ASSERT(offset == 200);
NextSubTest();
offset = mem.Seek(0, SEEK_END);
error = mem.SetSize(100);
bufLen = mem.BufferLength();
CPPUNIT_ASSERT(bufLen == 100);
CPPUNIT_ASSERT(mem.Position() == offset);
}
/*!
This function translates the styled text in fromStream and
inserts it at the end of the text in intoView, using the
BTranslatorRoster *roster to do the translation. The structs
that make it possible to work with the translated data are
defined in
/boot/develop/headers/be/translation/TranslatorFormats.h
\param source the stream with the styled text
\param intoView the view where the test will be inserted
roster, BTranslatorRoster used to do the translation
\param the encoding to use, defaults to UTF-8
\return B_BAD_VALUE, if fromStream or intoView is NULL
\return B_ERROR, if any other error occurred
\return B_OK, if successful
*/
status_t
BTranslationUtils::GetStyledText(BPositionIO* source, BTextView* intoView,
const char* encoding, BTranslatorRoster* roster)
{
if (source == NULL || intoView == NULL)
return B_BAD_VALUE;
// Use default Translator if none is specified
if (roster == NULL) {
roster = BTranslatorRoster::Default();
if (roster == NULL)
return B_ERROR;
}
BMessage config;
if (encoding != NULL && encoding[0])
config.AddString("be:encoding", encoding);
// Translate the file from whatever format it is to B_STYLED_TEXT_FORMAT
// we understand
BMallocIO mallocIO;
if (roster->Translate(source, NULL, &config, &mallocIO,
B_STYLED_TEXT_FORMAT) < B_OK)
return B_BAD_TYPE;
const uint8* buffer = (const uint8*)mallocIO.Buffer();
// make sure there is enough data to fill the stream header
const size_t kStreamHeaderSize = sizeof(TranslatorStyledTextStreamHeader);
if (mallocIO.BufferLength() < kStreamHeaderSize)
return B_BAD_DATA;
// copy the stream header from the mallio buffer
TranslatorStyledTextStreamHeader header =
*(reinterpret_cast<const TranslatorStyledTextStreamHeader *>(buffer));
// convert the stm_header.header struct to the host format
const size_t kRecordHeaderSize = sizeof(TranslatorStyledTextRecordHeader);
swap_data(B_UINT32_TYPE, &header.header, kRecordHeaderSize, B_SWAP_BENDIAN_TO_HOST);
swap_data(B_INT32_TYPE, &header.version, sizeof(int32), B_SWAP_BENDIAN_TO_HOST);
if (header.header.magic != 'STXT')
return B_BAD_TYPE;
// copy the text header from the mallocIO buffer
uint32 offset = header.header.header_size + header.header.data_size;
const size_t kTextHeaderSize = sizeof(TranslatorStyledTextTextHeader);
if (mallocIO.BufferLength() < offset + kTextHeaderSize)
return B_BAD_DATA;
TranslatorStyledTextTextHeader textHeader =
*(const TranslatorStyledTextTextHeader *)(buffer + offset);
// convert the stm_header.header struct to the host format
swap_data(B_UINT32_TYPE, &textHeader.header, kRecordHeaderSize, B_SWAP_BENDIAN_TO_HOST);
swap_data(B_INT32_TYPE, &textHeader.charset, sizeof(int32), B_SWAP_BENDIAN_TO_HOST);
if (textHeader.header.magic != 'TEXT' || textHeader.charset != B_UNICODE_UTF8)
return B_BAD_TYPE;
offset += textHeader.header.header_size;
if (mallocIO.BufferLength() < offset + textHeader.header.data_size) {
// text buffer misses its end; handle this gracefully
textHeader.header.data_size = mallocIO.BufferLength() - offset;
}
const char* text = (const char*)buffer + offset;
// point text pointer at the actual character data
bool hasStyles = false;
if (mallocIO.BufferLength() > offset + textHeader.header.data_size) {
// If the stream contains information beyond the text data
// (which means that this data is probably styled text data)
offset += textHeader.header.data_size;
const size_t kStyleHeaderSize =
sizeof(TranslatorStyledTextStyleHeader);
if (mallocIO.BufferLength() >= offset + kStyleHeaderSize) {
TranslatorStyledTextStyleHeader styleHeader =
*(reinterpret_cast<const TranslatorStyledTextStyleHeader *>(buffer + offset));
swap_data(B_UINT32_TYPE, &styleHeader.header, kRecordHeaderSize, B_SWAP_BENDIAN_TO_HOST);
swap_data(B_UINT32_TYPE, &styleHeader.apply_offset, sizeof(uint32), B_SWAP_BENDIAN_TO_HOST);
swap_data(B_UINT32_TYPE, &styleHeader.apply_length, sizeof(uint32), B_SWAP_BENDIAN_TO_HOST);
if (styleHeader.header.magic == 'STYL') {
offset += styleHeader.header.header_size;
if (mallocIO.BufferLength() >= offset + styleHeader.header.data_size)
hasStyles = true;
}
}
}
text_run_array *runArray = NULL;
if (hasStyles)
runArray = BTextView::UnflattenRunArray(buffer + offset);
if (runArray != NULL) {
intoView->Insert(intoView->TextLength(),
text, textHeader.header.data_size, runArray);
#ifdef ANTARES_TARGET_PLATFORM_ANTARES
BTextView::FreeRunArray(runArray);
#else
free(runArray);
#endif
} else {
intoView->Insert(intoView->TextLength(), text,
textHeader.header.data_size);
}
return B_OK;
}
void
TTracker::InstallDefaultTemplates()
{
// the following templates are in big endian and we rely on the Tracker
// translation support to swap them on little endian machines
//
// in case there is an attribute (B_RECT_TYPE) that gets swapped by the media
// (unzip, file system endianness swapping, etc., the correct endianness for
// the correct machine has to be used here
static AttributeTemplate sDefaultQueryTemplate[] =
/* /boot/home/config/settings/Tracker/DefaultQueryTemplates/
application_octet-stream */
{
{
// default frame
kAttrWindowFrame,
B_RECT_TYPE,
16,
(const char*)&kDefaultFrame
},
{
// attr: _trk/viewstate
kAttrViewState_be,
B_RAW_TYPE,
49,
"o^\365R\000\000\000\012Tlst\000\000\000\000\000\000\000\000\000\000"
"\000\000\000\000\000\000\000\000\000\000\357\323\335RCSTR\000\000"
"\000\000\000\000\000\000\000"
},
{
// attr: _trk/columns
kAttrColumns_be,
B_RAW_TYPE,
0,
NULL
}
};
#undef B_TRANSLATION_CONTEXT
#define B_TRANSLATION_CONTEXT "Default Query Columns"
static const ColumnData defaultQueryColumns[] =
{
{ B_TRANSLATE_MARK("Name"), 40, 145, B_ALIGN_LEFT, "_stat/name",
B_STRING_TYPE, true, true },
{ B_TRANSLATE_MARK("Path"), 200, 225, B_ALIGN_LEFT, "_trk/path",
B_STRING_TYPE, false, false },
{ B_TRANSLATE_MARK("Size"), 440, 41, B_ALIGN_LEFT, "_stat/size",
B_OFF_T_TYPE, true, false },
{ B_TRANSLATE_MARK("Modified"), 496, 138, B_ALIGN_LEFT, "_stat/modified",
B_TIME_TYPE, true, false }
};
static AttributeTemplate sBookmarkQueryTemplate[] =
/* /boot/home/config/settings/Tracker/DefaultQueryTemplates/
application_x-vnd.Be-bookmark */
{
{
// default frame
kAttrWindowFrame,
B_RECT_TYPE,
16,
(const char*)&kDefaultFrame
},
{
// attr: _trk/viewstate
kAttrViewState_be,
B_RAW_TYPE,
49,
"o^\365R\000\000\000\012Tlst\000\000\000\000\000\000\000\000\000\000"
"\000\000\000\000\000\000\000\000\000\000w\373\175RCSTR\000\000\000"
"\000\000\000\000\000\000"
},
{
// attr: _trk/columns
kAttrColumns_be,
B_RAW_TYPE,
0,
NULL
}
};
#undef B_TRANSLATION_CONTEXT
#define B_TRANSLATION_CONTEXT "Bookmark Query Columns"
static const ColumnData bookmarkQueryColumns[] =
{
{ B_TRANSLATE_MARK("Title"), 40, 171, B_ALIGN_LEFT, "META:title",
B_STRING_TYPE, false, true },
{ B_TRANSLATE_MARK("URL"), 226, 287, B_ALIGN_LEFT, kAttrURL,
B_STRING_TYPE, false, true },
{ B_TRANSLATE_MARK("Keywords"), 528, 130, B_ALIGN_LEFT, "META:keyw",
B_STRING_TYPE, false, true }
};
static AttributeTemplate sPersonQueryTemplate[] =
/* /boot/home/config/settings/Tracker/DefaultQueryTemplates/
application_x-vnd.Be-bookmark */
{
{
// default frame
kAttrWindowFrame,
B_RECT_TYPE,
16,
(const char*)&kDefaultFrame
},
{
// attr: _trk/viewstate
kAttrViewState_be,
B_RAW_TYPE,
49,
"o^\365R\000\000\000\012Tlst\000\000\000\000\000\000\000\000\000\000"
"\000\000\000\000\000\000\000\000\000\000\357\323\335RCSTR\000\000"
"\000\000\000\000\000\000\000"
},
{
// attr: _trk/columns
kAttrColumns_be,
B_RAW_TYPE,
0,
NULL
},
};
#undef B_TRANSLATION_CONTEXT
#define B_TRANSLATION_CONTEXT "Person Query Columns"
static const ColumnData personQueryColumns[] =
{
{ B_TRANSLATE_MARK("Name"), 40, 115, B_ALIGN_LEFT, "_stat/name",
B_STRING_TYPE, true, true },
{ B_TRANSLATE_MARK("Work Phone"), 170, 90, B_ALIGN_LEFT, kAttrWorkPhone,
B_STRING_TYPE, false, true },
{ B_TRANSLATE_MARK("E-mail"), 275, 93, B_ALIGN_LEFT, kAttrEmail,
B_STRING_TYPE, false, true },
{ B_TRANSLATE_MARK("Company"), 383, 120, B_ALIGN_LEFT, kAttrCompany,
B_STRING_TYPE, false, true }
};
static AttributeTemplate sEmailQueryTemplate[] =
/* /boot/home/config/settings/Tracker/DefaultQueryTemplates/
text_x-email */
{
{
// default frame
kAttrWindowFrame,
B_RECT_TYPE,
16,
(const char*)&kDefaultFrame
},
{
// attr: _trk/viewstate
kAttrViewState_be,
B_RAW_TYPE,
49,
"o^\365R\000\000\000\012Tlst\000\000\000\000\000\000\000\000\000\000"
"\000\000\000\000\000\000\000\000\000\000\366_\377ETIME\000\000\000"
"\000\000\000\000\000\000"
},
{
// attr: _trk/columns
kAttrColumns_be,
B_RAW_TYPE,
0,
NULL
},
};
#undef B_TRANSLATION_CONTEXT
#define B_TRANSLATION_CONTEXT "Email Query Columns"
static const ColumnData emailQueryColumns[] =
{
{ B_TRANSLATE_MARK("Subject"), 40, 110, B_ALIGN_LEFT, "MAIL:subject",
B_STRING_TYPE, false, false },
{ B_TRANSLATE_MARK("From"), 165, 153, B_ALIGN_LEFT, "MAIL:from",
B_STRING_TYPE, false, false },
{ B_TRANSLATE_MARK("When"), 333, 120, B_ALIGN_LEFT, "MAIL:when",
B_STRING_TYPE, false, false },
{ B_TRANSLATE_MARK("Status"), 468, 50, B_ALIGN_RIGHT, "MAIL:status",
B_STRING_TYPE, false, true }
};
BNode node;
BString query(kQueryTemplates);
query += "/application_octet-stream";
if (!BContainerWindow::DefaultStateSourceNode(query.String(),
&node, false)) {
if (BContainerWindow::DefaultStateSourceNode(query.String(),
&node, true)) {
BMallocIO stream;
size_t n = mkColumnsBits(stream,
defaultQueryColumns, 4, "Default Query Columns");
sDefaultQueryTemplate[2].fSize = n;
sDefaultQueryTemplate[2].fBits = (const char*)stream.Buffer();
AttributeStreamFileNode fileNode(&node);
AttributeStreamTemplateNode tmp(sDefaultQueryTemplate, 3);
fileNode << tmp;
}
}
(query = kQueryTemplates) += "/application_x-vnd.Be-bookmark";
if (!BContainerWindow::DefaultStateSourceNode(query.String(),
&node, false)) {
if (BContainerWindow::DefaultStateSourceNode(query.String(),
&node, true)) {
BMallocIO stream;
size_t n = mkColumnsBits(stream,
bookmarkQueryColumns, 3, "Bookmark Query Columns");
sBookmarkQueryTemplate[2].fSize = n;
sBookmarkQueryTemplate[2].fBits = (const char*)stream.Buffer();
AttributeStreamFileNode fileNode(&node);
AttributeStreamTemplateNode tmp(sBookmarkQueryTemplate, 3);
fileNode << tmp;
}
}
(query = kQueryTemplates) += "/application_x-person";
if (!BContainerWindow::DefaultStateSourceNode(query.String(),
&node, false)) {
if (BContainerWindow::DefaultStateSourceNode(query.String(),
&node, true)) {
BMallocIO stream;
size_t n = mkColumnsBits(stream,
personQueryColumns, 4, "Person Query Columns");
sPersonQueryTemplate[2].fSize = n;
sPersonQueryTemplate[2].fBits = (const char*)stream.Buffer();
AttributeStreamFileNode fileNode(&node);
AttributeStreamTemplateNode tmp(sPersonQueryTemplate, 3);
fileNode << tmp;
}
}
(query = kQueryTemplates) += "/text_x-email";
if (!BContainerWindow::DefaultStateSourceNode(query.String(),
&node, false)) {
if (BContainerWindow::DefaultStateSourceNode(query.String(),
&node, true)) {
BMallocIO stream;
size_t n = mkColumnsBits(stream,
emailQueryColumns, 4, "Email Query Columns");
sEmailQueryTemplate[2].fSize = n;
sEmailQueryTemplate[2].fBits = (const char*)stream.Buffer();
AttributeStreamFileNode fileNode(&node);
AttributeStreamTemplateNode tmp(sEmailQueryTemplate, 3);
fileNode << tmp;
}
}
}
void CCellView::Write(BPositionIO& stream)
{
// Collect the information needed to write the file, fonts first...
int *fontList, usedFonts;
fontList = (int *)MALLOC(gFontSizeTable.Count() * sizeof(int));
FailNil(fontList);
usedFonts = fContainer->CollectFontList(fontList);
if (GetOffsetOf(fontList, fBorderFontID, usedFonts) == -1)
fontList[usedFonts++] = fBorderFontID;
// ...then the styles
int *styleList, usedStyles;
styleList = (int *)CALLOC(gStyleTable.Count(), sizeof(int));
FailNil(styleList);
usedStyles = fContainer->CollectStyles(styleList);
// Write the version number
scVersion vers;
vers.major = 3;
vers.minor = 0;
WriteChunk(stream, kscVersion, sizeof(vers), &vers);
// Write some header info, global to the document
scHeader head;
head.defaultFormat = 0;
head.flags = htonl(fAutoRecalc ? kscAutoRecalc : 0);
head.functionCount = htons(gFuncCount);
head.cellCount = htonl(fContainer->GetCellCount());
WriteChunk(stream, kscHeader, sizeof(head), &head);
// Write a view
scView view;
view.windowRect = Window()->Frame(); swap_order(view.windowRect);
view.position = fPosition; swap_order(view.position);
view.frozen = fFrozen; swap_order(view.frozen);
view.curCell = fCurCell; swap_order(view.curCell);
view.selection = fSelection; swap_order(view.selection);
view.headingFont = htons(GetOffsetOf(fontList, fBorderFontID, usedFonts));
if (fShowGrid) view.flags |= kscShowGrid;
if (fShowBorders) view.flags |= kscShowHeadings;
if (fDisplayZero) view.flags |= kscDisplayZero; swap_order(view.flags);
WriteChunk(stream, kscView, sizeof(view), &view);
short size;
// Write the widths of the last view
size = fCellWidths.Count() * sizeof(short) * 2;
void *p = MALLOC(size);
FailNil(p);
fCellWidths.Write(p);
WriteChunk(stream, kscWidths, size, p);
FREE(p);
// And the heights of course
size = fCellHeights.Count() * sizeof(short) * 2;
p = MALLOC(size);
FailNil(p);
fCellHeights.Write(p);
WriteChunk(stream, kscHeights, size, p);
FREE(p);
// Then write the styles for the columns
size = fContainer->GetColumnStyles().Count() * sizeof(short) * 2;
p = MALLOC(size);
FailNil(p);
scCSElement *sp = (scCSElement *)p;
fContainer->GetColumnStyles().Write(p);
for (int i = 0; i < fContainer->GetColumnStyles().Count(); i++)
{
swap_order(sp[i].index);
sp[i].style = htons(GetOffsetOf(styleList, sp[i].style, usedStyles));
}
WriteChunk(stream, kscColStyles, size, p);
FREE(p);
// Continue with the names
namemap::iterator ni;
for (ni = fNames->begin(); ni != fNames->end(); ni++)
{
scName name;
char c;
ushort k = htons(kscName);
memset(name.name, 0, 32);
CHECKWRITE(stream, &k, 2);
strcpy(name.name, (*ni).first);
if ((*ni).second.BotRight() == (*ni).second.TopLeft())
{
k = htons(32 + 6);
CHECKWRITE(stream, &k, 2);
CHECKWRITE(stream, name.name, 32);
c = valCell;
CHECKWRITE(stream, &c, sizeof(c));
cell C = (*ni).second.BotRight();
swap_order(C);
CHECKWRITE(stream, &C, sizeof(cell));
}
else
{
k = htons(32 + 10);
CHECKWRITE(stream, &k, 2);
CHECKWRITE(stream, name.name, 32);
c = valRange;
CHECKWRITE(stream, &c, sizeof(c));
range r = (*ni).second;
swap_order(r);
CHECKWRITE(stream, &r, sizeof(range));
}
c = opEnd;
CHECKWRITE(stream, &c, sizeof(c));
}
// Then there are the functions used in this document
CSet funcs;
fContainer->CollectFunctionNrs(funcs);
for (int i = kFunctionCount; i < gFuncCount; i++)
if (funcs[i])
{
scFunc func;
memset(func.name, 0, 10);
strcpy(func.name, gFuncArrayByNr[i].funcName);
func.argCnt = htons(gFuncArrayByNr[i].argCnt);
func.funcNr = htons(gFuncArrayByNr[i].funcNr);
WriteChunk(stream, kscFunc, sizeof(func), &func);
}
// Followed by the formatting information. Fonts first
for (int i = 0; i < usedFonts; i++)
{
CFontMetrics fm = gFontSizeTable[fontList[i]];
scFont *font;
font_family fam;
font_style sty;
fm.Font().GetFamilyAndStyle(&fam, &sty);
ulong size = sizeof(scFont) + strlen(fam) + strlen(sty) + 2;
font = (scFont *)CALLOC(1, size);
FailNil(font);
font->size = B_HOST_TO_BENDIAN_FLOAT(fm.Font().Size());
font->color = fm.FontColor();
char *p = (char *)font + sizeof(scFont);
strcpy(p, sty);
p += strlen(sty) + 1;
strcpy(p, fam);
WriteChunk(stream, kscFont, size, font);
FREE(font);
}
// Then we get the number formats
int *formatList, usedFormats;
formatList = (int *)MALLOC(gFormatTable.Count() * sizeof(int));
FailNil(formatList);
usedFormats = fContainer->CollectFormats(formatList);
for (int i = 0; i < usedFormats; i++)
{
CFormatter nf;
if (formatList[i] < eFirstNewFormat)
nf = CFormatter(formatList[i]);
else
nf = gFormatTable[formatList[i]];
scFormat format;
format.nr = htons(nf.FormatID());
format.info[0] = 0;
format.info[1] = 0;
format.info[2] = 0;
format.info[3] = 0;
WriteChunk(stream, kscFormat, sizeof(format)-1, &format);
}
// The style table
for (int i = 0; i < usedStyles; i++)
{
CellStyle cs = gStyleTable[styleList[i]];
scStyle style;
memset(&style, 0, sizeof(style));
style.font = htons(GetOffsetOf(fontList, cs.fFont, usedFonts));
style.format = htons(GetOffsetOf(formatList, cs.fFormat, usedFormats));
style.align = cs.fAlignment;
style.lowColor = cs.fLowColor;
WriteChunk(stream, kscStyle, sizeof(style), &style);
}
FREE(fontList);
FREE(formatList);
int *t = (int *)CALLOC(gStyleTable.Count(), sizeof(int));
FailNil(t);
for (int i = 0; i < usedStyles; i++)
t[styleList[i]] = i;
FREE(styleList);
styleList = t;
// And now its time for some data
StProgress progress(this, fContainer->GetCellCount(), pColorYellow, false);
CCellIterator iter(fContainer);
cell c;
while (iter.NextExisting(c))
{
scCell cl;
cl.loc = c; swap_order(cl.loc);
cl.style = htons(styleList[fContainer->GetCellStyleNr(c)]);
Value val;
fContainer->GetValue(c, val);
switch (val.fType)
{
case eNoData:
WriteChunk(stream, kscCellEmpty, kscCellSize, &cl);
break;
case eNumData:
{
double d = B_HOST_TO_BENDIAN_DOUBLE(val.fDouble);
memcpy(cl.num, &d, sizeof(double));
WriteChunk(stream, kscCellNumber, kscCellSize+sizeof(double), &cl);
break;
}
case eBoolData:
memcpy(cl.num, &val.fBool, sizeof(bool));
WriteChunk(stream, kscCellBool, kscCellSize+sizeof(bool), &cl);
break;
case eTimeData:
{
time_t t = htonl(val.fTime);
memcpy(cl.num, &t, sizeof(time_t));
WriteChunk(stream, kscCellDateTime, kscCellSize+sizeof(time_t), &cl);
break;
}
case eTextData:
{
WriteChunk(stream, kscCellText, kscCellSize, &cl);
const char *t = val;
WriteChunk(stream, kscString, strlen(t) + 1, t);
break;
}
default:
// there was a warning about not all enum values handled in
// switch statement.
break;
}
CFormula form = fContainer->GetCellFormula(c);
if (form.IsFormula())
{
BMallocIO buf;
form.Write(buf);
WriteChunk(stream, kscFormula, buf.BufferLength(), buf.Buffer());
}
progress.Step();
}
WriteCharts(stream);
// cleanup the mess
WriteChunk(stream, kscEnd, 0, NULL);
FREE(styleList);
}
void PictureViewer::HandleCopyTarget(BMessage *e) {
entry_ref targetRef;
BBitmap *toSend;
if (clipping == true) toSend = GetClipping();
else toSend = thePic;
// memory or file transfer ?
if (e->FindRef("directory",&targetRef) == B_OK) {
BDirectory *targetDir = new BDirectory( &targetRef );
if (targetDir->InitCheck() == B_OK) {
BFile *targetFile = new BFile(targetDir,e->FindString("name"),B_WRITE_ONLY | B_CREATE_FILE | B_ERASE_FILE);
if (targetFile->InitCheck() == B_OK) {
BBitmap *dragImage = NULL;
BBitmapStream *strm;
strm = new BBitmapStream(toSend);
translator_id trans_id;
uint32 type;
GetTranslatorInfo(e->FindString("be:filetypes"),&trans_id,&type);
BTranslatorRoster::Default()->Translate(trans_id,strm,NULL,targetFile,type);
BNodeInfo *ni = new BNodeInfo(targetFile);
ni->SetType(e->FindString("be:filetypes"));
if (dragImage == NULL) strm->DetachBitmap(&toSend);
else {
strm->DetachBitmap(&dragImage);
delete dragImage;
}
delete ni;
delete strm;
}
delete targetFile;
}
delete targetDir;
return;
}
else {
BMallocIO *data = new BMallocIO;
BBitmapStream *imageSrc;
imageSrc = new BBitmapStream(toSend);
BMessage *package = new BMessage(B_MIME_DATA);
translator_id trans_id;
uint32 type;
GetTranslatorInfo(e->FindString("be:types"),&trans_id,&type);
if (BTranslatorRoster::Default()->Translate( trans_id, imageSrc, NULL, data, type ) != B_OK) return;
package->AddData( e->FindString("be:types"), B_MIME_DATA, data->Buffer(), data->BufferLength());
e->SendReply(package);
imageSrc->DetachBitmap(&toSend);
delete data;
delete imageSrc;
delete package;
}
if (clipping) delete toSend;
}
void VBoxClipboardService::MessageReceived(BMessage *message)
{
uint32_t formats = 0;
message->PrintToStream();
switch (message->what)
{
case VBOX_GUEST_CLIPBOARD_HOST_MSG_FORMATS:
{
int rc;
uint32_t cb;
void *pv;
bool commit = false;
if (message->FindInt32("Formats", (int32 *)&formats) != B_OK)
break;
if (!formats)
break;
if (!be_clipboard->Lock())
break;
be_clipboard->Clear();
BMessage *clip = be_clipboard->Data();
if (!clip)
{
be_clipboard->Unlock();
break;
}
if (formats & VBOX_SHARED_CLIPBOARD_FMT_UNICODETEXT)
{
pv = _VBoxReadHostClipboard(VBOX_SHARED_CLIPBOARD_FMT_UNICODETEXT, &cb);
if (pv)
{
char *text;
rc = RTUtf16ToUtf8((PCRTUTF16)pv, &text);
if (RT_SUCCESS(rc))
{
BString str(text);
/** @todo user vboxClipboardUtf16WinToLin() */
// convert Windows CRLF to LF
str.ReplaceAll("\r\n", "\n");
// don't include the \0
clip->AddData("text/plain", B_MIME_TYPE, str.String(), str.Length());
RTStrFree(text);
commit = true;
}
free(pv);
}
}
if (formats & VBOX_SHARED_CLIPBOARD_FMT_BITMAP)
{
pv = _VBoxReadHostClipboard(VBOX_SHARED_CLIPBOARD_FMT_BITMAP, &cb);
if (pv)
{
void *pBmp = NULL;
size_t cbBmp = 0;
rc = vboxClipboardDibToBmp(pv, cb, &pBmp, &cbBmp);
if (RT_SUCCESS(rc))
{
BMemoryIO mio(pBmp, cbBmp);
BBitmap *bitmap = BTranslationUtils::GetBitmap(&mio);
if (bitmap)
{
BMessage bitmapArchive;
/** @todo r=ramshankar: split this into functions with error checking as
* neccessary. */
if ( bitmap->IsValid()
&& bitmap->Archive(&bitmapArchive) == B_OK
&& clip->AddMessage("image/bitmap", &bitmapArchive) == B_OK)
{
commit = true;
}
delete bitmap;
}
RTMemFree(pBmp);
}
free(pv);
}
}
/*
* Make sure we don't bounce this data back to the host, it's impolite. It can also
* be used as a hint to applications probably.
*/
clip->AddBool("FromVirtualBoxHost", true);
if (commit)
be_clipboard->Commit();
be_clipboard->Unlock();
break;
}
case VBOX_GUEST_CLIPBOARD_HOST_MSG_READ_DATA:
{
int rc;
if (message->FindInt32("Formats", (int32 *)&formats) != B_OK)
break;
if (!formats)
break;
if (!be_clipboard->Lock())
break;
BMessage *clip = be_clipboard->Data();
if (!clip)
{
be_clipboard->Unlock();
break;
}
clip->PrintToStream();
if (formats & VBOX_SHARED_CLIPBOARD_FMT_UNICODETEXT)
{
const char *text;
int32 textLen;
if (clip->FindData("text/plain", B_MIME_TYPE, (const void **)&text, &textLen) == B_OK)
{
// usually doesn't include the \0 so be safe
BString str(text, textLen);
// convert from LF to Windows CRLF
str.ReplaceAll("\n", "\r\n");
PRTUTF16 pwsz;
rc = RTStrToUtf16(str.String(), &pwsz);
if (RT_SUCCESS(rc))
{
uint32_t cb = (RTUtf16Len(pwsz) + 1) * sizeof(RTUTF16);
rc = VbglR3ClipboardWriteData(fClientId, VBOX_SHARED_CLIPBOARD_FMT_UNICODETEXT, pwsz, cb);
//printf("VbglR3ClipboardWriteData: %d\n", rc);
RTUtf16Free(pwsz);
}
}
}
else if (formats & VBOX_SHARED_CLIPBOARD_FMT_BITMAP)
{
BMessage archivedBitmap;
if (clip->FindMessage("image/bitmap", &archivedBitmap) == B_OK ||
clip->FindMessage("image/x-be-bitmap", &archivedBitmap) == B_OK)
{
BBitmap *bitmap = new(std::nothrow) BBitmap(&archivedBitmap);
if (bitmap)
{
// Don't delete bitmap, BBitmapStream will.
BBitmapStream stream(bitmap);
BTranslatorRoster *roster = BTranslatorRoster::Default();
if (roster && bitmap->IsValid())
{
BMallocIO bmpStream;
if (roster->Translate(&stream, NULL, NULL, &bmpStream, B_BMP_FORMAT) == B_OK)
{
const void *pDib;
size_t cbDibSize;
/* Strip out the BM header */
rc = vboxClipboardBmpGetDib(bmpStream.Buffer(), bmpStream.BufferLength(), &pDib, &cbDibSize);
if (RT_SUCCESS(rc))
{
rc = VbglR3ClipboardWriteData(fClientId, VBOX_SHARED_CLIPBOARD_FMT_BITMAP, (void *)pDib,
cbDibSize);
}
}
}
}
}
}
be_clipboard->Unlock();
break;
}
case B_CLIPBOARD_CHANGED:
{
printf("B_CLIPBOARD_CHANGED\n");
const void *data;
int32 dataLen;
if (!be_clipboard->Lock())
break;
BMessage *clip = be_clipboard->Data();
if (!clip)
{
be_clipboard->Unlock();
break;
}
bool fromVBox;
if (clip->FindBool("FromVirtualBoxHost", &fromVBox) == B_OK && fromVBox)
{
// It already comes from the host, discard.
be_clipboard->Unlock();
break;
}
if (clip->FindData("text/plain", B_MIME_TYPE, &data, &dataLen) == B_OK)
formats |= VBOX_SHARED_CLIPBOARD_FMT_UNICODETEXT;
if ( clip->HasMessage("image/bitmap")
|| clip->HasMessage("image/x-be-bitmap"))
{
formats |= VBOX_SHARED_CLIPBOARD_FMT_BITMAP;
}
be_clipboard->Unlock();
VbglR3ClipboardReportFormats(fClientId, formats);
break;
}
case B_QUIT_REQUESTED:
fExiting = true;
break;
default:
BHandler::MessageReceived(message);
}
}
ssize_t
CamStreamingDeframer::Write(const void *buffer, size_t size)
{
int i = -1;
int j;
int end = size;
int which;
const uint8 *buf = (const uint8 *)buffer;
int bufsize = size;
bool detach = false;
bool discard = false;
//PRINT((CH "(%p, %d); state=%s framesz=%u queued=%u" CT, buffer, size, (fState==ST_SYNC)?"sync":"frame", (size_t)(fCurrentFrame?(fCurrentFrame->Position()):-1), (size_t)fInputBuff.Position()));
if (!fCurrentFrame) {
BAutolock l(fLocker);
if (fFrames.CountItems() < MAXFRAMEBUF)
fCurrentFrame = AllocFrame();
else {
PRINT((CH "DROPPED %d bytes! (too many queued frames)" CT, size));
return size; // drop XXX
}
}
// update in case resolution changed
fMinFrameSize = fDevice->MinRawFrameSize();
fMaxFrameSize = fDevice->MaxRawFrameSize();
if (fInputBuff.Position()) {
// residual data ? append to it
fInputBuff.Write(buffer, size);
// and use it as input buf
buf = (uint8 *)fInputBuff.Buffer();
bufsize = fInputBuff.BufferLength();
end = bufsize;
}
// whole buffer belongs to a frame, simple
if ((fState == ST_FRAME) && (fCurrentFrame->Position() + bufsize < fMinFrameSize)) {
// no residual data, and
fCurrentFrame->Write(buf, bufsize);
fInputBuff.Seek(0LL, SEEK_SET);
fInputBuff.SetSize(0);
return size;
}
// waiting for a frame...
if (fState == ST_SYNC) {
i = 0;
while ((j = FindSOF(buf+i, bufsize-i, &which)) > -1) {
i += j;
if (fDevice->ValidateStartOfFrameTag(buf+i, fSkipSOFTags))
break;
i++;
}
// got one
if (j >= 0) {
PRINT((CH ": SOF[%d] at offset %d" CT, which, i));
//PRINT((CH ": SOF: ... %02x %02x %02x %02x %02x %02x" CT, buf[i+6], buf[i+7], buf[i+8], buf[i+9], buf[i+10], buf[i+11]));
int start = i + fSkipSOFTags;
buf += start;
bufsize -= start;
end = bufsize;
fState = ST_FRAME;
}
}
// check for end of frame
if (fState == ST_FRAME) {
#if 0
int j, k;
i = -1;
k = 0;
while ((j = FindEOF(buf + k, bufsize - k, &which)) > -1) {
k += j;
//PRINT((CH "| EOF[%d] at offset %d; pos %Ld" CT, which, k, fCurrentFrame->Position()));
if (fCurrentFrame->Position()+k >= fMinFrameSize) {
i = k;
break;
}
k++;
if (k >= bufsize)
break;
}
#endif
#if 1
i = 0;
if (fCurrentFrame->Position() < fMinFrameSize) {
if (fCurrentFrame->Position() + bufsize >= fMinFrameSize)
i = (fMinFrameSize - (size_t)fCurrentFrame->Position());
else
i = bufsize;
}
PRINT((CH ": checking for EOF; bufsize=%d i=%d" CT, bufsize, i));
if (i + (int)fSkipEOFTags > bufsize) { // not enough room to check for EOF, leave it for next time
end = i;
i = -1; // don't detach yet
} else {
PRINT((CH ": EOF? %02x [%02x %02x %02x %02x] %02x" CT, buf[i-1], buf[i], buf[i+1], buf[i+2], buf[i+3], buf[i+4]));
while ((j = FindEOF(buf + i, bufsize - i, &which)) > -1) {
i += j;
PRINT((CH "| EOF[%d] at offset %d; pos %Ld" CT, which, i, fCurrentFrame->Position()));
if (fCurrentFrame->Position()+i >= fMaxFrameSize) {
// too big: discard
//i = -1;
discard = true;
break;
}
if (fDevice->ValidateEndOfFrameTag(buf+i, fSkipEOFTags, fCurrentFrame->Position()+i))
break;
i++;
if (i >= bufsize) {
i = -1;
break;
}
}
if (j < 0)
i = -1;
}
#endif
if (i >= 0) {
PRINT((CH ": EOF[%d] at offset %d" CT, which, i));
end = i;
detach = true;
}
PRINT((CH ": writing %d bytes" CT, end));
if (end <= bufsize)
fCurrentFrame->Write(buf, end);
if (fCurrentFrame->Position() > fMaxFrameSize) {
fCurrentFrame->SetSize(fMaxFrameSize);
detach = true;
}
if (detach) {
BAutolock f(fLocker);
PRINT((CH ": Detaching a frame (%d bytes, end = %d, )" CT, (size_t)fCurrentFrame->Position(), end));
fCurrentFrame->Seek(0LL, SEEK_SET);
if (discard) {
delete fCurrentFrame;
} else {
fFrames.AddItem(fCurrentFrame);
release_sem(fFrameSem);
}
fCurrentFrame = NULL;
if (fFrames.CountItems() < MAXFRAMEBUF) {
fCurrentFrame = AllocFrame();
}
fState = ST_SYNC;
}
}
// put the remainder in input buff, discarding old data
#if 0
fInputBuff.Seek(0LL, SEEK_SET);
if (bufsize - end > 0)
fInputBuff.Write(buf+end, bufsize - end);
#endif
BMallocIO m;
m.Write(buf+end, bufsize - end);
fInputBuff.Seek(0LL, SEEK_SET);
if (bufsize - end > 0)
fInputBuff.Write(m.Buffer(), bufsize - end);
fInputBuff.SetSize(bufsize - end);
return size;
}
/*!
Convert the plain text (UTF8) from inSource to plain or
styled text in outDestination
*/
status_t
translate_from_text(BPositionIO* source, const char* encoding, bool forceEncoding,
BPositionIO* destination, uint32 outType)
{
if (outType != B_TRANSLATOR_TEXT && outType != B_STYLED_TEXT_FORMAT)
return B_BAD_VALUE;
// find the length of the text
off_t size = source->Seek(0, SEEK_END);
if (size < 0)
return (status_t)size;
if (size > UINT32_MAX && outType == B_STYLED_TEXT_FORMAT)
return B_NOT_SUPPORTED;
status_t status = source->Seek(0, SEEK_SET);
if (status < B_OK)
return status;
if (outType == B_STYLED_TEXT_FORMAT) {
// output styled text headers
status = output_headers(destination, (uint32)size);
if (status != B_OK)
return status;
}
class MallocBuffer {
public:
MallocBuffer() : fBuffer(NULL), fSize(0) {}
~MallocBuffer() {
free(fBuffer);
}
void* Buffer() {
return fBuffer;
}
size_t Size() const {
return fSize;
}
status_t
Allocate(size_t size)
{
fBuffer = malloc(size);
if (fBuffer != NULL) {
fSize = size;
return B_OK;
}
return B_NO_MEMORY;
}
private:
void* fBuffer;
size_t fSize;
} encodingBuffer;
BMallocIO encodingIO;
uint32 encodingID = 0;
// defaults to UTF-8 or no encoding
BNode* node = dynamic_cast<BNode*>(source);
if (node != NULL) {
// determine encoding, if available
const BCharacterSet* characterSet = NULL;
bool hasAttribute = false;
if (encoding != NULL && !forceEncoding) {
BString name;
if (node->ReadAttrString("be:encoding", &name) == B_OK) {
encoding = name.String();
hasAttribute = true;
} else {
int32 value;
ssize_t bytesRead = node->ReadAttr("be:encoding", B_INT32_TYPE, 0,
&value, sizeof(value));
if (bytesRead == (ssize_t)sizeof(value)) {
hasAttribute = true;
if (value != 65535)
characterSet = BCharacterSetRoster::GetCharacterSetByConversionID(value);
}
}
} else {
hasAttribute = true;
// we don't write the encoding in this case
}
if (characterSet == NULL && encoding != NULL)
characterSet = BCharacterSetRoster::FindCharacterSetByName(encoding);
if (characterSet != NULL) {
encodingID = characterSet->GetConversionID();
encodingBuffer.Allocate(READ_BUFFER_SIZE * 4);
}
if (!hasAttribute && encoding != NULL) {
// add encoding attribute, so that someone opening the file can
// retrieve it for persistance
node->WriteAttr("be:encoding", B_STRING_TYPE, 0, encoding,
strlen(encoding));
}
}
off_t outputSize = 0;
ssize_t bytesRead;
int32 state = 0;
// output the actual text part of the data
do {
uint8 buffer[READ_BUFFER_SIZE];
bytesRead = source->Read(buffer, READ_BUFFER_SIZE);
if (bytesRead < B_OK)
return bytesRead;
if (bytesRead == 0)
break;
if (encodingBuffer.Size() == 0) {
// default, no encoding
ssize_t bytesWritten = destination->Write(buffer, bytesRead);
if (bytesWritten != bytesRead) {
if (bytesWritten < B_OK)
return bytesWritten;
return B_ERROR;
}
outputSize += bytesRead;
} else {
// decode text file to UTF-8
char* pos = (char*)buffer;
int32 encodingLength = encodingIO.BufferLength();
int32 bytesLeft = bytesRead;
int32 bytes;
do {
encodingLength = READ_BUFFER_SIZE * 4;
bytes = bytesLeft;
status = convert_to_utf8(encodingID, pos, &bytes,
(char*)encodingBuffer.Buffer(), &encodingLength, &state);
if (status < B_OK)
return status;
ssize_t bytesWritten = destination->Write(encodingBuffer.Buffer(),
encodingLength);
if (bytesWritten < encodingLength) {
if (bytesWritten < B_OK)
return bytesWritten;
return B_ERROR;
}
pos += bytes;
bytesLeft -= bytes;
outputSize += encodingLength;
} while (encodingLength > 0 && bytesLeft > 0);
}
} while (bytesRead > 0);
if (outType != B_STYLED_TEXT_FORMAT)
return B_OK;
if (encodingBuffer.Size() != 0 && size != outputSize) {
if (outputSize > UINT32_MAX)
return B_NOT_SUPPORTED;
// we need to update the header as the decoded text size has changed
status = destination->Seek(0, SEEK_SET);
if (status == B_OK)
status = output_headers(destination, (uint32)outputSize);
if (status == B_OK)
status = destination->Seek(0, SEEK_END);
if (status < B_OK)
return status;
}
// Read file attributes if outputting styled data
// and source is a BNode object
if (node == NULL)
return B_OK;
// Try to read styles - we only propagate an error if the actual on-disk
// data is likely to be okay
const char *kAttrName = "styles";
attr_info info;
if (node->GetAttrInfo(kAttrName, &info) != B_OK)
return B_OK;
if (info.type != B_RAW_TYPE || info.size < 160) {
// styles seem to be broken, but since we got the text,
// we don't propagate the error
return B_OK;
}
uint8* flatRunArray = new (std::nothrow) uint8[info.size];
if (flatRunArray == NULL)
return B_NO_MEMORY;
bytesRead = node->ReadAttr(kAttrName, B_RAW_TYPE, 0, flatRunArray, info.size);
if (bytesRead != info.size)
return B_OK;
output_styles(destination, size, flatRunArray, info.size);
delete[] flatRunArray;
return B_OK;
}
void
CMOVAtom::OnProcessMetaData()
{
BMallocIO *theUncompressedData;
uint8 *outBuffer;
CMVDAtom *aCMVDAtom = NULL;
uint32 compressionID = 0;
uint64 descBytesLeft;
uint32 Size;
descBytesLeft = GetAtomSize();
// Check for Compression Type
while (descBytesLeft > 0) {
AtomBase *aAtomBase = GetAtom(theStream);
aAtomBase->OnProcessMetaData();
if (aAtomBase->GetAtomSize() > 0) {
descBytesLeft = descBytesLeft - aAtomBase->GetAtomSize();
} else {
printf("Invalid Atom found when reading Compressed Headers\n");
descBytesLeft = 0;
}
if (dynamic_cast<DCOMAtom *>(aAtomBase)) {
// DCOM atom
compressionID = dynamic_cast<DCOMAtom *>(aAtomBase)->GetCompressionID();
delete aAtomBase;
} else {
if (dynamic_cast<CMVDAtom *>(aAtomBase)) {
// CMVD atom
aCMVDAtom = dynamic_cast<CMVDAtom *>(aAtomBase);
descBytesLeft = 0;
}
}
}
// Decompress data
if (compressionID == 'zlib') {
Size = aCMVDAtom->GetUncompressedSize();
outBuffer = (uint8 *)(malloc(Size));
printf("Decompressing %ld bytes to %ld bytes\n",aCMVDAtom->GetBufferSize(),Size);
int result = uncompress(outBuffer, &Size, aCMVDAtom->GetCompressedData(), aCMVDAtom->GetBufferSize());
if (result != Z_OK) {
printf("Failed to decompress headers uncompress returned ");
switch (result) {
case Z_MEM_ERROR:
DEBUGGER("Lack of Memory Error\n");
break;
case Z_BUF_ERROR:
DEBUGGER("Lack of Output buffer space Error\n");
break;
case Z_DATA_ERROR:
DEBUGGER("Input Data is corrupt or not a compressed set Error\n");
break;
}
}
// Copy uncompressed data into BMAllocIO
theUncompressedData = new BMallocIO();
theUncompressedData->SetSize(Size);
theUncompressedData->WriteAt(0L,outBuffer,Size);
free(outBuffer);
delete aCMVDAtom;
// reset position on BMAllocIO
theUncompressedData->Seek(SEEK_SET,0L);
// Assign to Stream
theUncompressedStream = theUncompressedData;
// All subsequent reads should use theUncompressedStream
}
}
