Effectively both approaches were doing the same thing, let's unify to
the iOS way to minimize the platform-specific code.
Change-Id: I11290410a536c26db054ffcb87e3b64cc2a11c07
Reviewed-on: https://gerrit.libreoffice.org/c/online/+/84589
Tested-by: Jenkins CollaboraOffice <jenkinscollaboraoffice@gmail.com>
Reviewed-by: Jan Holesovsky <kendy@collabora.com>
Add a "singleton" class method to DocumentViewController to return the
(as for now) singleton DocumentViewController.
Change-Id: I0b8a8def558cfe7f9469b6062a86311dfa63f549
Reviewed-on: https://gerrit.libreoffice.org/82007
Reviewed-by: Tor Lillqvist <tml@collabora.com>
Tested-by: Tor Lillqvist <tml@collabora.com>
(cherry picked from commit 2807f907d947549a17c5bae586b85d412d552a09)
Reviewed-on: https://gerrit.libreoffice.org/82021
Otherwise, if you close a document before it has been rendered
completely, the plumbing of threads and FakeSocket connections gets
confused and opening the next document hangs or runs into an assertion
failure. This typically happened for large presentations where
rendering the slide previews takes significant time.
Change-Id: I0f586bec021c4c045a129b3f179ddb3942915c58
Reviewed-on: https://gerrit.libreoffice.org/80882
Reviewed-by: Tor Lillqvist <tml@collabora.com>
Tested-by: Tor Lillqvist <tml@collabora.com>
... when the app starts.
Change-Id: Icac4a9e1074fb6c5f3c9b5282e20a4513717a323
Reviewed-on: https://gerrit.libreoffice.org/80881
Reviewed-by: Tor Lillqvist <tml@collabora.com>
Tested-by: Tor Lillqvist <tml@collabora.com>
The lok_document pointer will only be used when it is valid anyway.
Fixes a crash when you open a second document after closing the first.
Change-Id: I362db282e4eccf419b56bf790ea58181594ab0fe
Add two settings: One setting "Template list URL" is a string that
should either be empty (the typical case for a random user of the
app), or contain a https: URL. If this setting is empty, only the
templates bundled in the app are provided.
If the "Template list URL" is non-empty, it should be a https: URL
pointing to a text file (or dynamically generated text resource). That
file is downloaded and read when the app starts. Each line in the file
should either be a comment (starting with a hash '#'), or a https: URL
pointing to a template document, that is of type .ott, .ots, or .otp.
That document is downloaded if it hasn't been downloaded already, or
if its time stamp is newer than that of the already downloaded copy.
Also a thumbnail image for the template, formed by appending ".png" to
its URL, is downloaded, if available.
Any previously downloaded templates that aren't mentioned in the list
file are removed.
The intent is that in some managed mass deployment environment, the
mobile device management software would set up this setting, so that
the end-user devices would see the same templates.
Obviously, this URL does not have to point to a static file on a web
server, but could point to some dynamically generated resource on a
web server, that enumerates the templates available on the server and
returns their URLs as a text document.
Another setting is "Empty tile cache next time". This is a toggle. If
toggled on, the next time a document is opened in the app, the tile
cache is emptied (and the toggle is reset off). This is mostly for
potential problem solving, and might be removd later.
Various refactoring to support the new functionality.
Change-Id: Ie2ebf032acb9e43bb1c6f7ae4d0c449ae66eaa05
To get that with CoreGraphics on iOS we need to use also
kCGImageByteOrder32Little in the CGBitmapContextCreate() call,
otherwise the bytes will be in ARGB order in memory.
Also, yes, we do need to turn the coordinate system upside-down from
the top left corner.
On iOS it shouldn't actually be pointer to a pixel char buffer, but a
craphics context reference. (This is how it has been since the
experimental TiledLibreOffice app, maybe five years ago? Sadly it
wasn't documented in the LibreOfficeKit include file. But it is how
LibreOfficeLight used the API, too.)
In TiledLibreOffice we rendered tiles directly into the CALayer of the
view. In this Online-based app we of course do render tiles into pixel
char buffers, just like in real Online, but we need to create bitmap
graphics contexts for them and pass that to paintTile().
Now I get white tiles, not totally zero-filled ones. But still no
document contents rendered.
I don't yet want to change the pBuffer parameter to actually be a
buffer pointer on iOS, too, like on other platforms. Also, changing it
will mean the LibreOfficeLight app would need changing, too, and I
don't feel like doing that. But ideally, sure, that should be done.
Re-think the plumbing between the different parts of the C++ Online
code. Do try to have it work more like in real Online on all but the
lowest socket level. Except that we don't have multiple processes, but
threads inside the same process. And instead of using actual system
sockets for WebSocket traffic between the threads, we use our own
FakeSocket things, with no WebSocket framing of messages.
Reduce the amount of #ifdef MOBILEAPP a bit also by compiling in the
UnitFoo things. Hardcode that so that no unit testing is ever
attempted, though. We don't try to dlopen any library.
Corresponding changes in the app Objective-C code. Plus fixes and
functionality improvements.
Now it gets so far that the JavaScript code thinks it has the document
tiles presented, and doesn't crash. But it hangs occasionally. And all
tiles show up blank.
Anyway, progress.
Change-Id: I769497c9a46ddb74984bc7af36d132b7b43895d4
The app is unimaginatively called "Mobile" for now.
Runs but crashes pretty quickly after loading the document by the LO
core. Will need some heavy changes to get a ClientSession object
created in there, too, to handle the (emulated) WebSocket messages
from the JavaScript. It would then handle some of these messages
itself, and forwards some to the ChildSession, which in this case is
in the same process. Now the messsages from the JavaScript go to a
ChildSession, which is wrong. As the assertion says, "Tile traffic
should go through the DocumentBroker-LoKit WS"
