In the previous code, a race condition could cause us to call SendSetPriority() after calling SendDeleteSelf.
For example:
T1: SendDeleteSelf()
T2: if (!mIPCClosed) SendSetPriority()
T1: mIPCClosed = true
MozReview-Commit-ID: 3XOwCaphb2o
--HG--
extra : source : 4ebdab0e332892378558817e30d0138c95199ce5
The default styles of richlistbox autocomplete were originally created to support the location bar popup, but now every autocomplete field uses the richlistbox version. This reworks the styles so that the number of overrides is minimized.
MozReview-Commit-ID: BwagKpMR5Dt
--HG--
extra : rebase_source : 52eda7f9d561dd23f279a3d15659e84f6c46eec6
This adds a dedicated test for showing and deleting cookies in site data
management as well as amending tests for sorting, grouping, etc.
MozReview-Commit-ID: 59mN3uASwPP
--HG--
extra : rebase_source : 04fdb5c952a676cc99d73f2c7dfa54300682b977
We are no longer implicitly deleting cookies when removing site data because
cookies are now listed as part of the site data manager. We're also no longer
deleting cookies based on the base domain, which makes most of the UI in the
removal dialog unnecessary. Instead of a tree box with sub domains we're now
showing a simple listbox domains to be deleted.
MozReview-Commit-ID: GWv5QVxEiiy
--HG--
extra : rebase_source : bc202a92d62ff8d4ddfd40ff4096c9ad1fdb0735
This commit primarily intends to add cookies to the site data manager,
but while touching this code I transformed the siteListItem XBL binding to plain JS.
This also removes the #SiteDataRemoveSelectedDialog binding rule, because it is
unnecessary, <dialog> elements already have this binding.
MozReview-Commit-ID: EpTd2E0vPN9
--HG--
extra : rebase_source : 90e6666e565aaa74bd2545e13534bdebe8f090ee
HTMLEditRules::WillInsertBreak() started to use HTMLEditRules::MakeBasicBlock()
to wrap existing inline elements with default paragraph separator if inline
elements are children of editing host. However,
HTMLEditRules::ApplyBlockStyle() called by HTMLEditRules::MakeBasicBlock() sets
mNewNode to last new block node. So, if it wraps inline elements after caret
position, mNewNode becomes after expected caret position and
HTMLEditRules::AfterEditInner() will move caret into it.
This patch make HTMLEditRules::WillInsertBreak() reset mNewNode with
caret position after calling HTMLEditRules::MakeBasicBlock().
Additionally, this patch fixes a bug of HTMLEditor::IsVisibleBRElement().
That is, it uses only editable nodes to check if given <br> element is
visible. However, editable state is not related to this check. If <br>
element is followed by non-editable inline node (except invisible data
nodes), it always visible. This bug caused getting wrong nodes with
HTMLEditRules::GetNodesFromSelection() which is used by
HTMLEditRules::MakeBasicBlock(). Therefore, this patch also adds lots of
EditorBase::Get(Next|Previous)ElementOrText*() and
HTMLEditor::Get(Next|Previous)HTMLElementOrText*() to ignore only invisible
data nodes.
Note that even with this fix, the range of nodes computed by
HTMLEditRules::GetNodesFromSelection() is still odd if only non-editable
elements follow a <br> node which is first <br> element after the caret
position. However, what is expected by the execCommand spec is unclear.
So, automated test added by this patch checks current inconsistent behavior
for now.
MozReview-Commit-ID: 2m52StwoEEH
--HG--
extra : rebase_source : 6b9b2338e35c4d2e89a405fd8e1ffc7b0873ca1e
The recovery is only enabled for release builds, to avoid papering over
such hit testing bugs. On nightly builds, a diagnostic assert is issued.
MozReview-Commit-ID: Aos0j0jv6Lb
--HG--
extra : rebase_source : 1cb7fa24ed1f3cba7344f52670626bdeb41b51cc
This has two advantages. First, it reduces memory usage, as per the following
calculation.
64-bit:
- Old sizes:
- sizeof(Pref) = 32
- New sizes:
- sizeof(PrefEntry) = 16
- sizeof(Pref) = 32
- Change:
- -16 per empty slot in the hash table
- +16 per used slot
- A win if less than half the table slots are used
32-bit
- Old sizes:
- sizeof(Pref) = 20
- New sizes:
- sizeof(PrefEntry) = 8
- sizeof(Pref) = 16
- Change:
- -12 per empty slot in the hash table
- +4 per used slot in the hash table
- A win if table is < 75% full
Table size:
- The table is currently less than half full: ~3100 used out of 8192 slots.
- The table is always <= 75% full, because that's the max load factor (for
non-gigantic tables).
- Therefore it's a win for both cases.
Old sizes, chrome process, 64-bit:
> 718,712 B (00.36%) -- preferences
> +--262,176 B (00.13%) -- hash-table
> +--197,384 B (00.10%) -- callbacks
> +--114,688 B (00.06%) -- pref-name-arena
> +---92,240 B (00.05%) -- root-branches
> +---30,456 B (00.02%) -- string-values
> +---21,688 B (00.01%) -- cache-data
> +-------80 B (00.00%) -- misc
New sizes, chrome process, 64-bit:
> 672,568 B (00.41%) -- preferences
> +--181,160 B (00.11%) -- callbacks
> +--131,104 B (00.08%) -- hash-table # smaller
> +--114,688 B (00.07%) -- pref-name-arena
> +--101,152 B (00.06%) -- pref-values # new
> +---92,240 B (00.06%) -- root-branches
> +---30,456 B (00.02%) -- string-values
> +---21,688 B (00.01%) -- cache-data
> +-------80 B (00.00%) -- misc
Old sizes, smallest content process, 64-bit:
> 500,712 B (02.89%) -- preferences
> +--262,176 B (01.51%) -- hash-table
> +--114,688 B (00.66%) -- pref-name-arena
> +---62,520 B (00.36%) -- callbacks
> +---30,456 B (00.18%) -- string-values
> +---17,832 B (00.10%) -- cache-data
> +---12,960 B (00.07%) -- root-branches
> +-------80 B (00.00%) -- misc
New sizes, smallest content process, 64-bit:
> 470,792 B (02.70%) -- preferences
> +--131,104 B (00.75%) -- hash-table # smaller
> +--114,688 B (00.66%) -- pref-name-arena
> +--101,152 B (00.58%) -- pref-values # new
> +---62,520 B (00.36%) -- callbacks
> +---30,456 B (00.17%) -- string-values
> +---17,832 B (00.10%) -- cache-data
> +---12,960 B (00.07%) -- root-branches
> +-------80 B (00.00%) -- misc
The "hash-table" values drop by more than the size of the new "pref-values"
value.
On 64-bit, this reduces memory usage per process by 30--40 KB. On 32-bit, the
number is slightly more.
The second major advantage of this change is flexibility -- it opens up the
possibility of different Pref objects being stored in different way. For
example, static Prefs could be stared statically, letting them be shared
between processes so long as they don't change (see bug 1437168).
MozReview-Commit-ID: KmgbJaoOQ1J
--HG--
extra : rebase_source : 9f8201583432c1414ab3e17e80fe23a369ac264b
This adds some assertions to make the intended usage of LogModuleManager::Init
more clear.
--HG--
extra : rebase_source : c61e1736cedfbeaa96951ba40cdc954bbc0094d5
When ContentChild::RecvInitRendering is received, it tries to setup the
IPDL actors related to rendering. If the GPU process crashes before or
during this process, it will fail, and cause the content process to
crash as well. This is unnecessary because the UI process will either
restart the GPU process, or subsume its job into itself, and trigger
ContentChild::RecvReinitRendering. It is a similar case for failures in
ContentChild::RecvReinitRendering.
Since the GPU process crashing should be a recoverable scenario, we now
check if the remote IPDL actor is in the UI or the GPU process. If it is
in the UI process, it will fail/crash as it does today. If it is in the
GPU process, it will wait for the next
ContentChild::RecvReinitRendering.
For failures that are not IPDL related (e.g. failed to get some resource
like spawning a thread), we release assert specifically for those
failures. They are not recoverable.
Valentin Gosu
Cosmin Sabou
Jon Coppeard
Xidorn Quan
Paolo Amadini
Johann Hofmann
Jan de Mooij
Jonathan Kew
Andreea Pavel
Emilio Cobos Álvarez
Olli Pettay
Ciure Andrei
Kartikaya Gupta
Andrea Marchesini
Yura Zenevich
Jan Odvarko
Matthew Noorenberghe
Hiroyuki Ikezoe
Masayuki Nakano
Dorel Luca
Lars T Hansen
Matt Woodrow
Botond Ballo
Coroiu Cristina
Tim Nguyen
Michael Froman
Nicholas Nethercote
sotaro
Eric Rahm
Andrew Osmond
Luke Wagner