Remove 'get_*' on getters as per RFC 0344 on canevas, compositing, devtools, gfx, layout, net, profile, servo and webdriver_server
Hi guys,
I just gave a big pass of RFC-0344 as per issue #6224 .
Pretty much renamed all the get_* fn that were used to fetch values.
I hope I didn't rename too much.
As said in the issue discussion, I didn't touch at the scripts folder so we keep the unsafe ones pretty explicit.
I've ran the whole pass of test, everything seems to be still working right :).
Please give feedback on this PR.
Thanks for looking into it.
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Replace reftest with a problematic file name with a unit test.
Fix#7609, "error: unable to create file tests/ref/hello_a?foo#bar.html (Invalid argument)" during git checkout on Windows.
Behavior change: passing an nonexistent file name on the command line now shows a blank page (like network errors) rather than exit with an error message.
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Fix#7609, "error: unable to create file tests/ref/hello_a?foo#bar.html
(Invalid argument)" during git checkout on Windows.
Behavior change: passing an nonexistent file name on the command line
now shows a blank page (like network errors)
rather than exit with an error message.
layout: Defend the block formatting context speculation against going wrong in the presence of blocks that overflow in the inline direction.
Makes the Google search result links appear.
Closes#7298.
r? @mbrubeck
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Improve err msg when failing to output png
Before on at least Linux the following failure is hard to root cause:
[~/servo] ./target/debug/servo -o tmp.png ./tests/html/lipsum.html
thread '<main>' panicked at 'assertion failed: res.is_ok()', .../compositor.rs:1508
thread '<main>' panicked at 'You should have disposed of the
pixmap...', .../rust-layers/.../surface.rs:166
Now:
[~/servo] ./target/debug/servo -o tmp.png ./tests/html/lipsum.html
thread '<main>' panicked at 'Error writing png: Permission
denied (os error 13)', .../compositor.rs:1508
thread '<main>' panicked at 'You should have disposed of the pixmap
properly with destroy()! This pixmap will leak!', .../rust-layers/.../surface.rs:166
r? @mbrubeck
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Before on at least Linux the following failure is hard to root cause:
[~/servo] ./target/debug/servo -o tmp.png ./tests/html/lipsum.html
thread '<main>' panicked at 'assertion failed: res.is_ok()', .../compositor.rs:1508
thread '<main>' panicked at 'You should have disposed of the
pixmap...', .../rust-layers/.../surface.rs:166
Now:
[~/servo] ./target/debug/servo -o tmp.png ./tests/html/lipsum.html
thread '<main>' panicked at 'Error writing png: Permission
denied (os error 13)', .../compositor.rs:1508
thread '<main>' panicked at 'You should have disposed of the pixmap
properly with destroy()! This pixmap will leak!', .../rust-layers/.../surface.rs:166
Use SIMD in fast path for advance_for_char_range
In advance_for_char_range add a fast SIMD code path for the the common
case where there are no detailed glyphs.
r? @mbrubeck
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In advance_for_char_range add a SIMD code path for the the common
case of no detailed glyphs.
- gfx/Cargo.toml
Add simd dependency https://github.com/huonw/simd
- servo/Cargo.lock
Add simd dependency https://github.com/huonw/simd @
d9ad79d86eab50a8f36d45fe17aa9e3a533389ee.
- SIMD isn't used on non-x86_65/aarch64 architectures.
Add energy monitoring and characterization scripts
Add the energy-profiling feature. Users can compile the proper (or their own) version of energymon libraries to capture power/energy data at runtime. The results are accessed through heartbeats.
Additionally, there are a couple of python scripts to enable heartbeats for profiler categories and process the results into some visualizations to help understand how time and energy is being spent in Servo.
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gfx: Fix bug with 1px width borders disappearing
In to_nearest_azure_rect when rounding to pixel coordinates, maintain
the invariant of rect non-overlap (if before rounding two rects don't overlap).
The previous code rounded the rect top left corner to the nearest pixel with
the size rounded to the nearest pixel multiple which can violate the
non-overlap condition, e.g.
10px×9.60px at (0px,6.6px) & 10px×9.60px at (0px,16.2px)
would round to
10px×10.0px at (0px,7.0px) & 10px×10.0px at (0px,16.0px), which overlap.
Instead round each corner to the nearest pixel.
For rects that dont need to satify the non-overlap condition and with
width or height between 0.5px and 1px, rounding each rect corner to the
nearest pixel can yield an empty rect e.g.
10px×0.6px at 0px,28.56px -> 10px×0px at 0px,29px.
For this scenario a new function to_nearest_non_empty_azure_rect
rounds the rect top left corner to the nearest pixel and the rect size
to the nearest pixel multiple. It's possible for non-overlapping rects
after this rounding to overlap.
This should fix https://github.com/servo/servo/issues/7184 "rounding ...borders not to be visible", without breaking https://github.com/servo/servo/issues/7152 "Underlines less than 1px high sometimes invisible".
r? @mbrubeck
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There is no easy way to pass position-relative-035 & also
pass both tests/ref/border_rounding_1px_invisible_issue_7184 and
tests/ref/text_decoration_underline_subpx.
https://github.com/servo/servo/pull/7161, "Snap rectangles to nearest
pixels...", did fix position-relative-035 (except
for OS X) but broke 1px borders.
Layerize StackingContexts that are on top of layers
StackingContexts that should be painted on top of StackingContexts that
are already layerized should automatically get their own layer. This
will ensure proper painting order.
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StackingContexts that should be painted on top of StackingContexts that
are already layerized should automatically get their own layer. This
will ensure proper painting order.
In to_nearest_azure_rect when rounding to pixel coordinates, maintain
the invariant of rect non-overlap (if before rounding two rects don't overlap).
The previous code rounded the rect top left corner to the nearest pixel with
the size rounded to the nearest pixel multiple which can violate the
non-overlap condition, e.g.
10px×9.60px at (0px,6.6px) & 10px×9.60px at (0px,16.2px)
would round to
10px×10.0px at (0px,7.0px) & 10px×10.0px at (0px,16.0px), which overlap.
Instead round each corner to the nearest pixel.
For rects that dont need to satify the non-overlap condition and with
width or height between 0.5px and 1px, rounding each rect corner to the
nearest pixel can yield an empty rect e.g.
10px×0.6px at 0px,28.56px -> 10px×0px at 0px,29px.
For this scenario a new function to_nearest_non_empty_azure_rect
rounds the rect top left corner to the nearest pixel and the rect size
to the nearest pixel multiple. It's possible for non-overlapping rects
after this rounding to overlap.
