Summary:
The C++ standard requires that when a function is used in a template it's prototype needs to be defined not only before the template specialization, but also before the template itself.
Because of that one needs to (in certain compilers) be aware of the proper order of includes so that the function prototype is defined before the JSCExecutor.h is included.
As a workaround the toValue might be written as a template (ValueEncoder<T>::toValue) defined in JSCExecutor.h instead of being an non-existing symbol.
Thanks to that the JSCExecutor.h does not have to be included before the specialization of the ValueEncoder template.
Reviewed By: mhorowitz
Differential Revision: D4182724
fbshipit-source-id: 9bdf239ae66ef7a7d2c82daf7db5926472687bde
Summary:
To make React Native play nicely with our internal build infrastructure we need to properly namespace all of our header includes.
Where previously you could do `#import "RCTBridge.h"`, you must now write this as `#import <React/RCTBridge.h>`. If your xcode project still has a custom header include path, both variants will likely continue to work, but for new projects, we're defaulting the header include path to `$(BUILT_PRODUCTS_DIR)/usr/local/include`, where the React and CSSLayout targets will copy a subset of headers too. To make Xcode copy headers phase work properly, you may need to add React as an explicit dependency to your app's scheme and disable "parallelize build".
Reviewed By: mmmulani
Differential Revision: D4213120
fbshipit-source-id: 84a32a4b250c27699e6795f43584f13d594a9a82
Summary:
Added an experimental feature to allow to use only rounded values. See #184. It's not a perfect solution and definitely can be further improved. I'm looking forward to your ideas.
Closes https://github.com/facebook/css-layout/pull/256
Reviewed By: splhack
Differential Revision: D4214168
Pulled By: emilsjolander
fbshipit-source-id: 6293352d479b7b4dad258eb3f9e0afaa11cf7236
Summary:
Moves from CSSNodeDEPRECATED to CSSNode. This has shown to be a huge performance win for layout time within FB.
This is BREAKING because CSSNode contains bug fixes that were not migrated to CSSNodeDEPRECATED which may change the way your layout appears. The most common of these by far involves `flex: 1`.
Previously, developers had to put `flex: 1` in many places it didn't belong in order to work around a bug in css-layout. Now `flex: 1` is treated properly and, unfortunately, this means that your layout may no longer look correct. Specifically, you may see that your layout looks collapsed, or children don't render. The fix is to simply remove `flex: 1` from those containers.
Reviewed By: emilsjolander
Differential Revision: D3992787
fbshipit-source-id: 7a3a2a34a8941c0524e6ba3c5379e434d3e03247
Summary:
```isnan``` is already defined in ```math.h``` (at least when using VS13) so there is no need to redefine it. it also is a nan for float and not for double opposed to ```_isnan```
Closes https://github.com/facebook/css-layout/pull/253
Reviewed By: emilsjolander
Differential Revision: D4199331
Pulled By: splhack
fbshipit-source-id: 139fb0efd68dd5df79bbaef863a8e8b9246c795d
Summary:
Use ```size_t```instead of ```unsinged long``` as this is the "offical" return type of ```strlen```. Is VS13 ```size_t``` is defined as ```unsigned long long``` which leads to a compiler warning.
Closes https://github.com/facebook/css-layout/pull/254
Reviewed By: emilsjolander
Differential Revision: D4199327
Pulled By: splhack
fbshipit-source-id: 5e1a91f282bf776e4d9f5806e6467dfe36c7a633
Summary:
`JSBigMmapString` needs to know too much about the details of the "optimized bundle" format. In honour of this fact, I'm renaming it to `JSBigOptimizedBundleString`. In a following diff, I will introduce a new class just for File-backed Strings, whose only responsibility is dealing with an mmaped region.
This diff already pulls in some fixes for formatting reference and pointer declarations from the linter.
Reviewed By: michalgr
Differential Revision: D4189391
fbshipit-source-id: b376c2a8d9ae5b83575da8457e607bbbfc648ebd
Summary: This is how we compile internally
Reviewed By: emilsjolander
Differential Revision: D4182691
fbshipit-source-id: 314b1a1ead7d299677ce7f71549c986e1b796b3b
Summary: Builds and ships libcsslayout.so with Android builds. This is not used yet, but a follow up diff will shortly move us from CSSNodeDEPRECATED to CSSNode (which uses libcsslayout)
Reviewed By: emilsjolander
Differential Revision: D4168140
fbshipit-source-id: d72bded88df81e4d54df31a08e4b101834770a73
Summary: First step to sharing CSSLayout code between iOS and Android.
Reviewed By: emilsjolander
Differential Revision: D4160286
fbshipit-source-id: 976f5820b19a7011e0a14317c858465f932e1f59
Summary:
Adds the possibility to define agents in Javascript. Javascript agents are simple classes that extend `InspectorAgent` and pass down the
given `EventSender` to the super constructor. The library will then call methods on the object for each received method call over the protocol.
Reviewed By: davidaurelio
Differential Revision: D4021508
fbshipit-source-id: bbe609e92ea726cbbbec833df81705ebd3346c77
Summary: Adds the Console agent which we hook from our console polyfill. It captures the stack and strips the frames of the polyfill.
Reviewed By: davidaurelio
Differential Revision: D4021502
fbshipit-source-id: 49cb700a139270485b7595e85e52d50c9a620db6
Summary: Runtime and Debugger agents are shipped with JSC so we reuse them. Messages are routed to them through the `LegacyDispatcher` which also handles translating their events. The Page agent emits the `Page.getResourceTree` method that the Chrome inspector expects.
Reviewed By: michalgr
Differential Revision: D4021499
fbshipit-source-id: a93d0add01cee732401f8e8db1d43205bfbd4cd4
Summary:
Introduces the inspector library supporting the Chrome Debugging Protocol for JavaScriptCore. Eventually this will mean that it is possible to attach
the Chrome inspector directly to the JSC instance running on the device. This library doesn't define the actual transport but leaves that up to the platform
layer.
The main entry point (and the only exported header) is `Inspector.h`.
This diff only introduces the basics supporting the `Schema` and `Inspector` domains meaning it doesn't have any features yet. These will come in following
diffs.
Reviewed By: michalgr
Differential Revision: D4021490
fbshipit-source-id: 517fd9033051c11ba97d312b16382445ae85d3f3
Summary:
**Motivation**
I'm working on a project that uses React Native and needs to add direct synchronous bindings to native stuff through the JavaScriptCore C API. This is because it's performance-sensitive and would benefit from the quickest JS->C path. It does this using cross-platform C++ code that works on both iOS and Android. Most of the infrastructure for getting access to the JSC context is already in React Native actually, just had to add a few more things.
(lexs you mentioned to tag you in this pull request)
**Test plan**
Modify the JavaScriptCore context through the `JSContextRef` returned (eg. add an object at global scope) and verify that it exists in JavaScript.
Closes https://github.com/facebook/react-native/pull/10399
Differential Revision: D4080945
Pulled By: lexs
fbshipit-source-id: 6659b7a01e09fd84475adde183c1d3aca2d4cf09
Summary: Instead of sending a list of modules over to JS on startup (and actually blocking script execution) instead provide a proxy object that constructs each of these lazily.
Reviewed By: lexs
Differential Revision: D3936979
fbshipit-source-id: 71bde822f01eb17a29f56c5e60e95e98e207d74d
Summary: Get rid of the old behaviour of JSON encoding in `nativeRequireModuleConfig` and consistently use the same names for function types "async/promise/sync"
Reviewed By: lexs
Differential Revision: D3819348
fbshipit-source-id: fc798a5abcaf6a3ef9d95bd8654afa7825c83967
Summary:
JSC's utf16 -> utf8 conversion crashes on encountering bad utf16. Instead, use our own conversion (conveniently copied from fbjni).
Original fix thanks to rigdern (https://github.com/facebook/react-native/pull/9302)
Reviewed By: mhorowitz
Differential Revision: D3746947
fbshipit-source-id: 29887ca720f6a2b074f01f853bad28a083b273bc
Summary:
We have a lot of small-ish calls to JSC and within the bridge that add up during TTI. This gives us a way to measure them in aggregate in a reasonable way.
From the comments:
MicroProfiler is a performance profiler for measuring the cumulative impact of
a large number of small-ish calls. This is normally a problem for standard profilers
like Systrace because the overhead of the profiler itself skews the timings you
are able to collect. This is especially a problem when doing nested calls to
profiled functions, as the parent calls will contain the overhead of their profiling
plus the overhead of all their childrens' profiling.
MicroProfiler attempts to be low overhead by 1) aggregating timings in memory and
2) trying to remove estimated profiling overhead from the returned timings.
To remove estimated overhead, at the beginning of each trace we calculate the
average cost of profiling a no-op code section, as well as invoking the average
cost of invoking the system clock. The former is subtracted out for each child
profiler section that is invoked within a parent profiler section. The latter is
subtracted from each section, child or not.
The usage is similar to Systrace: you put a MICRO_PROFILER_BLOCK in the block you want to profile and C++ RAII will handle timing it.
After MicroProfiler::stopProfiling() is called, a table of tracing data is emitted
to glog (which shows up in logcat on Android).
Differential Revision: D3635319
fbshipit-source-id: 01390b8ac76a68dd425cba2adfdde6e4957440cc
Pieter De Baets
Lukas Piatkowski
David Aurelio
Emil Sjolander
Lukas Woehrl
Michał Gregorczyk
Andy Street
Ashok Menon
Kazuki Sakamoto
Fred Liu
Alexander Blom
Ben Nham
Giuseppe Ottaviano
Nikhilesh Sigatapu
Scott Wolchok
leeight
Hoa Dinh
Michael Lee
Marc Horowitz
Chris Hopman
Adam Ernst
Kellie Medlin
Dan Caspi