Automatically generated path that adds flag `REQUIRES_UNIFIED_BUILD = True` to `moz.build`
when the module governed by the build config file is not buildable outside on the unified environment.
This needs to be done in order to have a hybrid build system that adds the possibility of combing
unified build components with ones that are built outside of the unified eco system.
Differential Revision: https://phabricator.services.mozilla.com/D122345
Add a new encoding mode to be used to encode an already-encoded URL to be compatible with Apple's NSURL.
Add a function for creating an nsIURI with NSURL compatible encoding from a URL string.
Differential Revision: https://phabricator.services.mozilla.com/D122651
Rearrange and reformat the encoding table to make space for two digit entries needed for an additional encoding enum.
Convert entries to hex.
Differential Revision: https://phabricator.services.mozilla.com/D122650
The use of GRE_HOME was cargo-culted well back when, and doesn't reflect
the reality of where the executables and libraries are on Android.
Libxul and its dependent libraries are actually loaded from
MOZ_ANDROID_LIBDIR, set from the Java side, and used in APKOpen.cpp,
matching reality more closely.
Unfortunately, this opens a whole can of worms, because some things
that indirectly rely on the fallback code path in
nsDirectoryService::GetCurrentProcessDirectory make assumptions that
don't hold with the directory containing the libraries on Android. So
they currently work with GRE_HOME, but fail with MOZ_ANDROID_LIBDIR.
We thus keep the nsDirectoryService::GetCurrentProcessDirectory callback
on GRE_HOME.
Differential Revision: https://phabricator.services.mozilla.com/D122323
Win32 errors ERROR_DEVICE_HARDWARE_ERROR, ERROR_DEVICE_NOT_CONNECTED, ERROR_DISK_FULL need a mapping.
NS_ERROR_FILE_DISK_FULL is duplicate to NS_ERROR_FILE_NO_DEVICE_SPACE
Drive by: RejectJSPromise lacked some NS_ERROR_* mappings
Differential Revision: https://phabricator.services.mozilla.com/D113974
Removes Windows NPAPI process sandboxing code, including the code to establish a viable temp directory that was accessible by the sandboxed process.
Differential Revision: https://phabricator.services.mozilla.com/D108688
Removes Windows NPAPI process sandboxing code, including the code to establish a viable temp directory that was accessible by the sandboxed process.
Differential Revision: https://phabricator.services.mozilla.com/D108688
While NS_ERROR_FILE_CORRUPTED already exists, it indicates most of the times more a parsing problem of a given file format.
But Windows ERROR_FILE_CORRUPTED signals a malfunctioning or corrupted file system at OS level, thus we translate it to the new
NS_ERROR_FILE_FS_CORRUPTED.
There seems to be no suitable errno under POSIX to map here.
Differential Revision: https://phabricator.services.mozilla.com/D108793
GetQuarantinePropKey() used to contain a version check for pre-10.10, which
was removed in bug 1673051.
Depends on D108134
Differential Revision: https://phabricator.services.mozilla.com/D108135
I skipped anything in third-party libraries. There's also one instance in plugin code but it'll be removed as part of the plugin removal effort.
Differential Revision: https://phabricator.services.mozilla.com/D107760
These services had their name added to components.conf:
* GfxInfo
* ThirdPartyUtil
* History
* HttpActivityDistributor
* UUIDGenerator
* ServiceWorkerManager
* PermissionManager
These services were added to componenets.conf under a different name:
* DirectoryService => Directory
* IOService => IO
* StringBundleService => StringBundle
* CacheStorageService => CacheStorage
* StreamTransportService => StreamTransport
* SocketTransportService => SocketTransport
These services weren't migrated to components.conf because only Rust
code uses them:
* RemoteAgent
* XULRuntime
* PrefService
These services weren't migrated to components.conf because they're unused:
* ToolkitChromeRegistry (used as ChromeRegistry)
* XULChromeRegistry (used as ChromeRegistry)
* Bits (completely unused)
These services were already available in components.conf but are still
used by rust code:
* URIFixup
These services weren't migrated because they will be handled in
subsequent patchsets:
* ObserverService
For the record, the following Services are being used by Rust code
and must remain until a Rust version of Components.h is written:
* RemoteAgent
* XULRuntime
* PrefService
* URIFixup
* ObserverService
* DirectoryService
* ThirdPartyUtil
Also the cocoa GfxInfo service was changed to use components.conf instead
of registering it at runtime, as all the other widgets were already doing
it this way.
Differential Revision: https://phabricator.services.mozilla.com/D105521
There are no code changes, only #include changes.
It was a fairly mechanical process: Search for all "AUTO_PROFILER_LABEL", and in each file, if only labels are used, convert "GeckoProfiler.h" into "ProfilerLabels.h" (or just add that last one where needed).
In some files, there were also some marker calls but no other profiler-related calls, in these cases "GeckoProfiler.h" was replaced with both "ProfilerLabels.h" and "ProfilerMarkers.h", which still helps in reducing the use of the all-encompassing "GeckoProfiler.h".
Differential Revision: https://phabricator.services.mozilla.com/D104588
We're adding support for ArrayBuffers larger than 4 GB to the JS engine (on 64-bit
platforms).
ReadArrayBuffer uses uint32_t values in a number of places. This patch changes them
to uint64_t where necessary. Values related to the temporary buffer stay uint32_t because
that buffer is <= 4096 bytes.
Differential Revision: https://phabricator.services.mozilla.com/D103759
Previously if `Clone()` was called on a closed nsPipeInputStream, it could cause
crashes due to the already-closed nsPipeInputStream being added to mInputList,
violating internal nsPipe invariants. Skipping adding the stream to that list
should avoid this edge-case, as the pipe is already closed.
Differential Revision: https://phabricator.services.mozilla.com/D101807
This patch introduces a new SeekableStreamWrapper class which handles adapting
nsIInputStreams which support being cheaply cloned using nsICloneableInputStream
into seekable input streams by operating on a clone of the original stream, and
re-cloning that stream when seeking backwards.
This wrapper is generally intended to be used with nsPipeInputStream as that
type supports both a fairly cheap clone operation, and keeping a large internal
buffer which is fairly cheap to seek using this method, but should also work
with other types such as RemoteLazyInputStream or nsStringStream.
An alternate strategy was considered where nsPipe was given internal support for
a mSeekable flag to be set on creation. This flag would then have a similar
effect, except with additional optimizations due to being visible within the
implementation of the nsPipe, rather than relying on an unadvanced
nsPipeInputStream to keep the buffer alive.
I ended up choosing this approach instead for a few reasons:
* The seekable adapter can be applied to an already-created nsPipeInputStream,
such as one received from IPC. With the nsPipe approach, making an IPC stream
seekable either requires telling IPCStreamDestination to use a seekable pipe
ahead of time, or performing a NS_AsyncCopy from the IPC-provided pipe into a
different seekable pipe, which is likely wasted effort and would prevent
optimizations such as RemoteLazyInputStream and DelayedStart streams.
* The adapter can support other features of the underlying stream, such as
nsIInputStreamLength, without resorting to adding additional adapter layers
on top of the returned nsPipe.
* The performance is unlikely to be substantially different in the most common
case, which is using Seek(NS_SEEK_SET, 0) to return to the beginning of the
stream.
* Less additional complexity is added to the already-complicated internals of
nsPipe, and instead it is kept in a separate wrapper stream, which is easier
to review.
Using nsStorageStream, as is used by EnsureUploadStreamIsCloneable, was also
considered, but was rejected as it has similar problems to the seekable nsPipe
approach and also doesn't implement nsIAsyncStream, meaning that one must wait
for the NS_AsyncCopy to be completed before reading the stream.
It may actually be possible to replace the existing uses of nsStorageStream with
a wrapped nsPipe in the future, but that is left as follow-up material, and may
have memory overhead implications due to nsPipe not resizing the final segment,
unlike nsStorageStream.
Differential Revision: https://phabricator.services.mozilla.com/D101805
Previously if `Clone()` was called on a closed nsPipeInputStream, it could cause
crashes due to the already-closed nsPipeInputStream being added to mInputList,
violating internal nsPipe invariants. Skipping adding the stream to that list
should avoid this edge-case, as the pipe is already closed.
Differential Revision: https://phabricator.services.mozilla.com/D101807
This patch introduces a new SeekableStreamWrapper class which handles adapting
nsIInputStreams which support being cheaply cloned using nsICloneableInputStream
into seekable input streams by operating on a clone of the original stream, and
re-cloning that stream when seeking backwards.
This wrapper is generally intended to be used with nsPipeInputStream as that
type supports both a fairly cheap clone operation, and keeping a large internal
buffer which is fairly cheap to seek using this method, but should also work
with other types such as RemoteLazyInputStream or nsStringStream.
An alternate strategy was considered where nsPipe was given internal support for
a mSeekable flag to be set on creation. This flag would then have a similar
effect, except with additional optimizations due to being visible within the
implementation of the nsPipe, rather than relying on an unadvanced
nsPipeInputStream to keep the buffer alive.
I ended up choosing this approach instead for a few reasons:
* The seekable adapter can be applied to an already-created nsPipeInputStream,
such as one received from IPC. With the nsPipe approach, making an IPC stream
seekable either requires telling IPCStreamDestination to use a seekable pipe
ahead of time, or performing a NS_AsyncCopy from the IPC-provided pipe into a
different seekable pipe, which is likely wasted effort and would prevent
optimizations such as RemoteLazyInputStream and DelayedStart streams.
* The adapter can support other features of the underlying stream, such as
nsIInputStreamLength, without resorting to adding additional adapter layers
on top of the returned nsPipe.
* The performance is unlikely to be substantially different in the most common
case, which is using Seek(NS_SEEK_SET, 0) to return to the beginning of the
stream.
* Less additional complexity is added to the already-complicated internals of
nsPipe, and instead it is kept in a separate wrapper stream, which is easier
to review.
Using nsStorageStream, as is used by EnsureUploadStreamIsCloneable, was also
considered, but was rejected as it has similar problems to the seekable nsPipe
approach and also doesn't implement nsIAsyncStream, meaning that one must wait
for the NS_AsyncCopy to be completed before reading the stream.
It may actually be possible to replace the existing uses of nsStorageStream with
a wrapped nsPipe in the future, but that is left as follow-up material, and may
have memory overhead implications due to nsPipe not resizing the final segment,
unlike nsStorageStream.
Differential Revision: https://phabricator.services.mozilla.com/D101805
Previously if `Clone()` was called on a closed nsPipeInputStream, it could cause
crashes due to the already-closed nsPipeInputStream being added to mInputList,
violating internal nsPipe invariants. Skipping adding the stream to that list
should avoid this edge-case, as the pipe is already closed.
Differential Revision: https://phabricator.services.mozilla.com/D101807
This patch introduces a new SeekableStreamWrapper class which handles adapting
nsIInputStreams which support being cheaply cloned using nsICloneableInputStream
into seekable input streams by operating on a clone of the original stream, and
re-cloning that stream when seeking backwards.
This wrapper is generally intended to be used with nsPipeInputStream as that
type supports both a fairly cheap clone operation, and keeping a large internal
buffer which is fairly cheap to seek using this method, but should also work
with other types such as RemoteLazyInputStream or nsStringStream.
An alternate strategy was considered where nsPipe was given internal support for
a mSeekable flag to be set on creation. This flag would then have a similar
effect, except with additional optimizations due to being visible within the
implementation of the nsPipe, rather than relying on an unadvanced
nsPipeInputStream to keep the buffer alive.
I ended up choosing this approach instead for a few reasons:
* The seekable adapter can be applied to an already-created nsPipeInputStream,
such as one received from IPC. With the nsPipe approach, making an IPC stream
seekable either requires telling IPCStreamDestination to use a seekable pipe
ahead of time, or performing a NS_AsyncCopy from the IPC-provided pipe into a
different seekable pipe, which is likely wasted effort and would prevent
optimizations such as RemoteLazyInputStream and DelayedStart streams.
* The adapter can support other features of the underlying stream, such as
nsIInputStreamLength, without resorting to adding additional adapter layers
on top of the returned nsPipe.
* The performance is unlikely to be substantially different in the most common
case, which is using Seek(NS_SEEK_SET, 0) to return to the beginning of the
stream.
* Less additional complexity is added to the already-complicated internals of
nsPipe, and instead it is kept in a separate wrapper stream, which is easier
to review.
Using nsStorageStream, as is used by EnsureUploadStreamIsCloneable, was also
considered, but was rejected as it has similar problems to the seekable nsPipe
approach and also doesn't implement nsIAsyncStream, meaning that one must wait
for the NS_AsyncCopy to be completed before reading the stream.
It may actually be possible to replace the existing uses of nsStorageStream with
a wrapped nsPipe in the future, but that is left as follow-up material, and may
have memory overhead implications due to nsPipe not resizing the final segment,
unlike nsStorageStream.
Differential Revision: https://phabricator.services.mozilla.com/D101805
Previously if `Clone()` was called on a closed nsPipeInputStream, it could cause
crashes due to the already-closed nsPipeInputStream being added to mInputList,
violating internal nsPipe invariants. Skipping adding the stream to that list
should avoid this edge-case, as the pipe is already closed.
Differential Revision: https://phabricator.services.mozilla.com/D101807
This patch introduces a new SeekableStreamWrapper class which handles adapting
nsIInputStreams which support being cheaply cloned using nsICloneableInputStream
into seekable input streams by operating on a clone of the original stream, and
re-cloning that stream when seeking backwards.
This wrapper is generally intended to be used with nsPipeInputStream as that
type supports both a fairly cheap clone operation, and keeping a large internal
buffer which is fairly cheap to seek using this method, but should also work
with other types such as RemoteLazyInputStream or nsStringStream.
An alternate strategy was considered where nsPipe was given internal support for
a mSeekable flag to be set on creation. This flag would then have a similar
effect, except with additional optimizations due to being visible within the
implementation of the nsPipe, rather than relying on an unadvanced
nsPipeInputStream to keep the buffer alive.
I ended up choosing this approach instead for a few reasons:
* The seekable adapter can be applied to an already-created nsPipeInputStream,
such as one received from IPC. With the nsPipe approach, making an IPC stream
seekable either requires telling IPCStreamDestination to use a seekable pipe
ahead of time, or performing a NS_AsyncCopy from the IPC-provided pipe into a
different seekable pipe, which is likely wasted effort and would prevent
optimizations such as RemoteLazyInputStream and DelayedStart streams.
* The adapter can support other features of the underlying stream, such as
nsIInputStreamLength, without resorting to adding additional adapter layers
on top of the returned nsPipe.
* The performance is unlikely to be substantially different in the most common
case, which is using Seek(NS_SEEK_SET, 0) to return to the beginning of the
stream.
* Less additional complexity is added to the already-complicated internals of
nsPipe, and instead it is kept in a separate wrapper stream, which is easier
to review.
Using nsStorageStream, as is used by EnsureUploadStreamIsCloneable, was also
considered, but was rejected as it has similar problems to the seekable nsPipe
approach and also doesn't implement nsIAsyncStream, meaning that one must wait
for the NS_AsyncCopy to be completed before reading the stream.
It may actually be possible to replace the existing uses of nsStorageStream with
a wrapped nsPipe in the future, but that is left as follow-up material, and may
have memory overhead implications due to nsPipe not resizing the final segment,
unlike nsStorageStream.
Differential Revision: https://phabricator.services.mozilla.com/D101805
Bug 1583109 introduced new function templates StringJoin and StringJoinAppend.
These are now used to replace several custom loops across the codebase that
implement string-joining algorithms to simplify the code.
Differential Revision: https://phabricator.services.mozilla.com/D98750
Bug 1583109 introduced new function templates StringJoin and StringJoinAppend.
These are now used to replace several custom loops across the codebase that
implement string-joining algorithms to simplify the code.
Differential Revision: https://phabricator.services.mozilla.com/D98750
We don't properly implement them in JS, so only allow them for C++.
This patch also makes the only remaining non-builtinclass interface
with a nostdcall method, nsIBinaryOutputStream, builtinclass.
This also changes the isScriptable() method to be consistent,
though I think the change doesn't matter because the only
place that calls it also checks if the interface is builtinclass.
Differential Revision: https://phabricator.services.mozilla.com/D98863
We don't properly implement them in JS, so only allow them for C++.
This patch also makes the only remaining non-builtinclass interface
with a nostdcall method, nsIBinaryOutputStream, builtinclass.
This also changes the isScriptable() method to be consistent,
though I think the change doesn't matter because the only
place that calls it also checks if the interface is builtinclass.
Differential Revision: https://phabricator.services.mozilla.com/D98863
Florian Quèze
Jari Jalkanen
Ava Katushka ava8katushka
Andi-Bogdan Postelnicu
Haik Aftandilian
Mike Hommey
Nicklas Boman
Gijs Kruitbosch
Jens Stutte
David Parks
RJ Johnson
Csoregi Natalia
Simon Giesecke
Markus Stange
Agi Sferro
Alexis Beingessner
Gerald Squelart
Jan de Mooij
Nika Layzell
Bogdan Tara
Brindusan Cristian
Andrew McCreight
Razvan Maries
Karl Tomlinson