There currently still can only be one because the passes expect that,
but now the LLR and generator should be ready to accept multiple public
component later
Keep merging elements, but remember the boundaries in the debug info, separated by a slash.
Also fixed tests that rely on accessible-label being set only once. For example
```
Button { text: "foo"; }
```
will certainly have "foo" as accessible-label on `Button`, but its internal `Text` element has
an implicit "accessible-label" set to the same
value.
So don't rely on that for now but search by id instead.
The `SLINT_EMIT_DEBUG_INFO` environment variable needs to be set for Rust and C++ builds. For the interpreter it's always enabled, since ... we have it.
This is the counter-part, which removes focus from the element if it's currently focused. The window - if focused - may still be focused towards the windowing system.
Updated the version from 1.1 to 1.2
Renamed the header to "Slint Royalty-free Desktop, Mobile, and Web Applications License"
Added definition of "Mobile Application" and grant of right
Moved "Limitations" to 3rd section and "License Conditions - Attributions" to 2nd section
Added flexibility to choose between showing "MadeWithSlint" as a dialog/splash screen or on a public webpage
Moved the para on copyright notices to section under "Limitations"
Semi-random selection of clippy topics that were
uncontroversial before:-).
Leaves about 84 deduplicated issues in the code base
according to clippy from nightly.
As per API review:
- In the Rust and C++ API we use `set_nine_slice_edges` because the getter couldn't start with 9
- in english we spell number less than 10 with letters and this is a name
Fixes#4741
This commit move the property_binding_and_analysis from the inlining
pass to an associated funciton in the context.
Then re-use that from the rust and c++ generator to actually get the
right animation
This changes the component containers away from using a "MAGIC" index in the
placeholder dynamic item tree node it creates. These are hard to
integrate across sub-components.
Use index numbers right after the index numbers used by repeaters and
"extend" the repeater offset by the number of component containers in
the sub-component. This way we can piggy-back on the forwarding of
repeaters.
This has one annoying side-effect: We do have indices in our item tree
that are out of range for a repeater. But I think that is acceptable
considering that we never materialize that array anyway.
Parents surch as Opacity, Clip, and co, used to steal the x and y
property of their children, making the property not what they ought to
be.
Now that we refactored recently the code so that geometry need not to be
always linked to a property of the same name, we can dissociate the x
and y property of these generated elements and their content so that the
actual "x" property of the former elementstay some value, despite its
relative item property is now 0.
Had to change a bit of code that was still assuming a literal "height"
or "width" or "y" or "x" property that no longer worked when the
geometry is dissociated from its property
Fix#1072
Layout code generates a lot of code and it may be beneficial not to
generate constraints if there is no constraints in that direction
Before the change:
cargo run -p slint-compiler -- examples/printerdemo_mcu/ui/printerdemo.slint -f rust | rustfmt | wc
40014 86643 2010535
cargo run -p slint-compiler -- examples/gallery/gallery.slint -f rust | rustfmt | wc
105715 229009 5434115
After this change:
cargo run -p slint-compiler -- examples/printerdemo_mcu/ui/printerdemo.slint -f rust | rustfmt | wc
38873 83654 1925830
cargo run -p slint-compiler -- examples/gallery/gallery.slint -f rust | rustfmt | wc
103817 224874 5316553
No measurable changes in compilation time.
So it doesn't appear in the LLR and the C++ codegen can be simplified.
In particular, this removes the need to throw/catch exception to handle return
across generated lambdas
