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The user may use QDesktopServices::setUrlHandler() in combination with
the appropriate Info.plist keys (CFBundleURLTypes, CFBundleURLSchemes)
to react to URL requests from other applications.
This is among other things useful for handling OAuth authentication from
applications such as Dropbox. See:
https://www.dropbox.com/developers/core/start/ios
We protect against recursive URL opening, but an application may still
redirect a request to open a URL by opening another URL, eg a website.
Task-number: QTBUG-35201
Change-Id: I9f1d246206c5594b1b65bb11fa98c6bcdefc443e
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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It's only available on iPhone/iPods.
Change-Id: I61b45c84ddb2b3db46fff36286a6582406fa7d26
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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Matches the Android behavior, and gives an easy and predictable way to
show true fullscreen windows that is similar to how one would do it on
a desktop platform.
We keep the statusbar visibility in sync with the window state of the
active window.
Change-Id: Ia4b99e03f83e19f9ef56cc99b9d477cc6da4c734
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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We might have more of them in a multi-screen setup or when implementing
support for modal windows using sub-viewcontrollers.
Change-Id: Ibe98273a13af981fffe2704a2c05bfd9d3f3e9e0
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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They were handy while debugging the iOS platform plugin, but should not
affect users who link against debug libraries, so let's just remove them.
Change-Id: I61b157e81130e5d951c22892e00f71e593082b1d
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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The default UIWindow may not be the only UIWindow around in a multi
screen setup.
Change-Id: Ia7243190321a1416e577634bf5e010dd67d482e6
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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Our previous event loop integration had two unfortunate flaws:
1. We would call qt_user_main() from a timer, after returning from
didFinishLaunchingWithOptions. This had the effect of showing the
iOS application window long before the Qt application UI had been
set up, resulting in a 1-2 second flash of black/pink between the
launch image disappearing and the actual application showing.
2. We spun a nested event loop, where our implementation of the
different event loop modes did not perfectly match the Apple
implementation. This resulted in scrolling being busted in
some cases such as when showing the virtual keyboard for
Emoji characters.
These two issues have now been solved by calling the user's main()
from didFinishLaunchingWithOptions. Normally this would not work, as
the user's main would call QApplication::exec() at the end of their
main(), which would block and we would never return back from the
didFinishLaunchingWithOptions callback, resulting in no UI on screen.
We work around this by longjmp'ing out of QApplication::exec(), back
into didFinishLaunchingWithOptions, so that it can return. Again,
this would normally not work, as the call stack where QApplication
and friends would live would get smashed as the application
continued executing. We work around this by allocating a block
of stack space at the start of main(), which we then redirect the
stack pointer to before calling the user's main. This results in
the whole stack of the user's main() and below being preserved, even
if we longjmp out of the call stack (which then restores the
stack pointer).
This approach should work fine together with garbage-collection as
well, since the mark-and-sweep phase will walk the stack from the
stack pointer to the stack base, including sections of the stack
that were part of qt_user_main() and live in the reserved area.
One case where GC will fail though is if it happens as part of the
qt_user_main() call, where the GC will not mark anything in the
'real' callstack below UIApplicationMain(), but this is not
expected to happen.
The size of the reserved stack can be controlled through the
Info.plist key 'QtRunLoopIntegrationStackSize', as well as the
'QtRunLoopIntegrationDisableSeparateStack' key to disable the
separate stack approach completely. This will fall back to the
old approach. The amount of stack space used by the user's
main can be determined by enabling a special debugging mode,
using the 'QtRunLoopIntegrationDebugStackUsage' key.
Change-Id: I2af7a6cfe1a006a80fd220ed83d8a66d4c45b523
Reviewed-by: Simon Hausmann <simon.hausmann@digia.com>
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Instead of using a define to rename the user's main() function during
compilation, we leave the user code alone, and inject our wrapper one
step earlier in the process, at the application entry point 'start'.
This entry point is provided by crt1.o, which is normally linked into
the application automatically. The start() function sets up some state
and then calls main(), but we change the start() function to instead
call our main wrapper.
Instead of shipping our own crt1 binary/sources, we make a copy of
the appropriate crt1.o at build time, and modify its symbol table in
place. This is unproblematic as long as we keep the same length for
the wrapper function name, as the symbol names are just entries in
the global string table of the object file.
The result is that for the regular Qt use-case the user won't see
any changes to their main function, and we have more control over
the startup sequence. For the hybrid use-case, we no longer rely
on the fragile solution of having our back-up 'main' symbol in
a single translation unit, which would break eg with --load_all,
and we don't need to provide a dummy 'qt_user_main' symbol.
OSX 10.8 and iOS 6.0 introduced a new load command called LC_MAIN,
which places the state setup in the shared dyld, and then just
calls main() directly. Once we bump the minimum deployment target
to iOS 6.0 we can start using this loader instead of LC_UNIXTHREAD,
but for now we force the classic loader using the -no_new_main flag.
There's also a bug in the ld64 linker provided by the current Xcode
toolchains that results in the -e linker flag (to set the entry
point) having no effect, but hopefully this bug has been fixed
(or Apple has switched to the LLVM lld linker) by the time we
bump our deployment target.
Change-Id: Ie0ba869c13ddc5277dc95c539aebaeb60e949dc2
Reviewed-by: Tor Arne Vestbø <tor.arne.vestbo@digia.com>
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We only control the application delegate in the wrapped case anyways,
so QIOSApplicationDelegate is good enough for our use.
Change-Id: Ib738592dc306c5b6652632b9ae4dab431639a89a
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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We can combine the hybrid and non-hybrid use-cases into a single static
library if we are careful about which symbols are included in which
object files. By limiting the main() and qt_user_main() functions to
their own translation units, the linker will only pick them up if they
are missing at link time (the user's program do not provide them).
This technique is resilient to the -ObjC linker flag, which includes all
object files that implement an ObjectiveC class or category, but will
fail if the -all_load flag is passed to the linker, as we'll then have
duplicate symbols for either main() or qt_user_main(). The latter should
not happen unless the user provides the flag manually, and in the case
he or she does, there's ways to work around it by providing less global
flags such as -ObjC or -force_load.
Change-Id: Ie2f8e10a7265d007bf45cb1dd83f19cff0693551
Reviewed-by: Oswald Buddenhagen <oswald.buddenhagen@digia.com>
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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As it stood, we always relied on the root view controller
being a QIOSViewController if isQtApplication() returned
true. For mixed application, this might not always be true
as native code can choose to replace the root view controller
at times, or even rip it out, and place it as a child of
another (e.g UISplitViewController).
This change will give an extra protection against that.
Change-Id: I0cb85796a8b82f9037c32f9e85e04e1dc7aad8e2
Reviewed-by: Tor Arne Vestbø <tor.arne.vestbo@digia.com>
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For the typical Qt app the developer will have an existing main() that
looks something like:
int main(int argc, char *argv[])
{
QGuiApplication app(argc, argv);
return app.exec();
}
To support this, we provide our own 'main' function in the
qtmain static library that we link into the application, which calls
UIApplicationMain and redirects to the 'main' function of the application
after the event loop has started spinning. For this to work, the applications
'main' function needs to manually be renamed 'qt_main' for now. In a later
patch, this renaming will happen automatically by redefining main from either a
header file, or more likely, from the Makefile created by qmake.
For the case of an iOS developer wanting to use Qt in their existing app
the main will look something like:
int main(int argc, char *argv[])
{
@autoreleasepool {
return UIApplicationMain(argc, argv, nil, NSStringFromClass([AppDelegate class]));
}
}
This is supported right now by just linking in libqios.a without libqiosmain.a.
QGuiApplication should then be created e.g inside the native apps application
delegate (but QGuiApplication::exec should not be called).
In the future, we plan to but use a wrapper library that
brings in all the Qt dependencies into one single static library. This library will
not link against qtmain, so there won't be a symbol clash if the -ObjC linker option
is used. We should then add the required magic to the future Objective-C convenience
wrapper for QML to bring up a QGuiApplication, which would allow using Qt from
storyboards and NIBs. This would also be the place to inject our own
application delegate into the mix, while proxying the delegate callbacks
to the user's application delegate.
Change-Id: Iba5ade114b27216be8285f36100fd735a08b9d59
Reviewed-by: Tor Arne Vestbø <tor.arne.vestbo@digia.com>
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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Convenient to aid debugging during development of the platform plugin.
Change-Id: Id429ca95e0452385ee8def1fe4a1bb7de175ba3e
Reviewed-by: Richard Moe Gustavsen <richard.gustavsen@digia.com>
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Create a UIWIndow with a view controller and a view
where we can reparent our QIOSWindow views inside.
Change-Id: Ic90707d3ebe1af970a3aa2aa0f8c0f4be192456a
Reviewed-by: Tor Arne Vestbø <tor.arne.vestbo@digia.com>
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This change will let you call QApplication::exec() instead of UiApplicationMain
from main. Also added an application delegate that we will need sooner
or later for catching application activation events.
Change-Id: I4edba5ce2059a804782d67c160755fc0e2e5267d
Reviewed-by: Tor Arne Vestbø <tor.arne.vestbo@digia.com>
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