Summary:
folly_futures was compiled with and exported -DFOLLY_MOBILE=1, while
folly_json did not. This flag disables fancy F14 data structures for
folly::dynamic in favor of a simple std::unordered_map.
This caused inlined/templated code from modules depending on
folly_futures to disagree with the implementations in folly_json,
leading to a crash.
The only such libraries were libhermes-inspector and (transitively)
libhermes-executor-debug, and these only use folly::dynamic for CDP
serialization, which is why the problem was not more apparent.
Changelog: [Internal] Fix crash when attaching a Hermes debugger
Reviewed By: mhorowitz
Differential Revision: D21193307
fbshipit-source-id: 2b795bb6f4f7f991e2adaacec62d62616117322b
Summary:
Changelog: [Internal]
Flip text alignment in case layout direction is RTL.
Reviewed By: JoshuaGross, mdvacca
Differential Revision: D21130371
fbshipit-source-id: cf56ca052c17a48e321803b0f99f8a4baaa0e67b
Summary:
Easy diff to add a TODO to refactor `sendAccessibilityEvent` to use ViewCommands
This was orginally added D17142507
changelog: [Internal] Internal change
Reviewed By: JoshuaGross
Differential Revision: D21137348
fbshipit-source-id: aff38ccad8dfbb222f83161e2bd5da82f543e5db
Summary:
This PR fixes the drawing of the border rounded edges when the border-radius is small than the border-width. The current implementation capped the possible border-radius making it impossible to set smaller border-radii when using thicker borders. After inspection it was found that the rounded-rect calculation is incorrect.
## Changelog
`[Android] [Fixed] - Fix rounded border-drawing when border-radius is smaller than border-width`
Pull Request resolved: https://github.com/facebook/react-native/pull/28358
Test Plan:
**Faulty situation:**
As you can see, when the border-radius becomes very low, the border is stuck at a minimum value. Only after setting the border-radius fully to 0 is it again rendered correctly.
**After the fix:**
Differential Revision: D21124739
Pulled By: shergin
fbshipit-source-id: cefd1776b77b5b9fb335e95fd7fdd7f345579dc4
Summary:
This PR fixes incorrect drawing of the View borders on Android, after changing the border-radius back to 0 *(and when no background-color is defined)*.
This happens because the `drawRoundedBackgroundWithBorders` function in ReactViewBackgroundDrawable changes the style on the Paint object to `STROKE`. This style is however never reverted back to `FILL`. This change ensures that the Paint style is set to `FILL` for the full execution of the `drawRectangularBackgroundWithBorders` function.
## Changelog
`[Android] [Fixed] - Fix border-drawing when changing border-radius back to 0`
Pull Request resolved: https://github.com/facebook/react-native/pull/28356
Test Plan:
**Faulty situation:**
**After the fix:**
Differential Revision: D21124741
Pulled By: shergin
fbshipit-source-id: 2044f8e8ad59a58df42b64d7ee8c4ad1d3b562f1
Summary:
We need to break up the `uimanager` module in order to solve circular dependencies problem (which future diff would have otherwise).
Changelog: [Internal] Fabric-specific internal change.
Reviewed By: JoshuaGross
Differential Revision: D20885645
fbshipit-source-id: 8148bd934879802b076261ed86fa78acf0a07ed3
Summary:
We need to break up the `uimanager` module in order to solve circular dependencies problem (which future diff would have otherwise).
Changelog: [Internal] Fabric-specific internal change.
Reviewed By: JoshuaGross
Differential Revision: D20885163
fbshipit-source-id: 08eb1ba1d408fc0948e8d0da62380786a40973af
Summary:
fix typo in `YogaJNIBase.java` as there is no such file called `YGJNI.cpp`
Pull Request resolved: https://github.com/facebook/yoga/pull/990
Reviewed By: pasqualeanatriello
Differential Revision: D20735102
Pulled By: SidharthGuglani
fbshipit-source-id: 3f9f4d78ba390feae3451330f997a221ab4ec70e
Summary:
Pull Request resolved: https://github.com/facebook/react-native/pull/28658
This moves the Java files to FB internal and updates all the buck files.
## Changelog:
[Android] [Removed] This diff removes the CheckBox export from React Native. Internally, we are requiring CheckBox directly now and externally people will have to use the community maintained module.
Reviewed By: cpojer
Differential Revision: D21066998
fbshipit-source-id: 76821fcae899ff7342697ea7dd4737ef3b008213
Summary:
This diff introduces a new "Open Debugger" menu item for VMs that support on device debugging and for opening the React DevTools in Flipper.
Changelog: [Internal]
Reviewed By: mdvacca
Differential Revision: D20784279
fbshipit-source-id: caecdace00007224692d994a75c106842c8b2acb
Summary:
When text is in a constrained parent view using `maxWidth`, long text may wrap. When the text wraps, the final width is dependent on the word breaking strategy and text content. This means that the text width is not necessarily `maxWidth`.
However, the current way that we compute text layout does not shrinkwrap the text width as much as possible. This leads to visual gaps to the end-side of wrapped text.
This changes the text layout slightly so that we use the length of the longest line.
This bug only exists on Android. After this change, Android behaves like iOS.
Changelog:
[Android] [Fixed] - Fixed excessive space in Text view with word-wrapping
Reviewed By: JoshuaGross, mdvacca
Differential Revision: D21056031
fbshipit-source-id: e9b7793f2632caafcce69bc15bac61330b0ed958
Summary:
## Problem
Every time we want to add, remove, or change the data passed to JavaTurboModule's constructor, we have to modify the C++ TurboModule codegen. (The same is true of `ObjCTurboModule`).
**Why was this necessary?**
- `JavaTurboModule` is effectively an abstract class whose constructor is always invoked by code-generated C++ classes. These C++ code-generated class constructors accept an argument list, and manually foward each and every item in that list to `JavaTurboModule::JavaTurboModule`.
## The fix
In this diff, I introduce a struct `JavaTurboModule::InitParams`, to represent a bag of arguments:
```
class JSI_EXPORT JavaTurboModule : public TurboModule {
public:
struct InitParams {
std::string moduleName;
jni::alias_ref<JTurboModule> instance;
std::shared_ptr<CallInvoker> jsInvoker;
std::shared_ptr<CallInvoker> nativeInvoker;
};
```
All `JavaTurboModules` will be created with an instance of this `InitParams` struct, instead of a list of arguments. Our code-generated C++ `jsi::HostObject` sublcasses will simply accept `InitParams` in their constructor, and forward it to `JavaTurboModule`'s constructor. This way, the codegen remains oblivious to what arguments JavaTurboModule requires.
## Okay, but why do we need this change now?
In the future, I plan to modify the constructor for `JavaTurboModule` to accept a performance logger, and a `RuntimeExecutor`. Similar modifications are planned for ObjC. For this reason, to avoid these four codemods, and any potential other codemods that occur because we're making modifications to `JavaTurboModule` or `ObjCTurboModule`, I'm launching this codemod, and the codemods in this stack.
## Misc Fix
- Previously, we were generating the TurboModule name from the Spec filename. This is incorrect because that name represents the spec name. Now, the name will be forwarded from TurboModuleManager in the `JavaTurboModule::InitParams` struct.
## Alternative implementations
I initially considered using `ContextContainer`, but decided against it because:
1. There are no type-safety guarantees.
2. I think it's a bit overkill for this scenario. We just need an opaque bag of data, and for our purposes a simple struct does the job fine.
## Commands run
Reviewed By: fkgozali
Differential Revision: D21035208
fbshipit-source-id: 9542cafea192081bc34d337ab3a7a783083eb06c
Summary:
In D20659799, I improved `TurboModuleManager.getModule(moduleName)` thread-safety by ensuring that if two threads race to require the same NativeModule, only one thread creates the NativeModule, while the other one waits until it's created.
## The problem:
What I failed to realize was that when two threads race to require two different NativeModules, we can get concurrent calls into `TurboModuleManagerDelegate.getModule(moduleName)`, and `TurboModuleManagerDelegate.getLegacyCxxModule(moduleName)`, which don't have any thread-safe guarantees.
## The fix
`TurboModuleManagerDelegate` is supposed to be an input to the TurboModule system. So, rather than expecting that all TurboModuleManagerDelegates are thread-safe, which might be a reasonable ask (see T65532092), this diff has `TurboModuleManager` acquire the delegate's lock before calling into it. This ensures that we don't get concurrent access into the delegate, which could be reading from, or writing to, some data structure in these method calls. (This was the case with `ReactPackageTurboModuleManagerDelegate`, which is what Fb4a and Workplace use under the hood).
Changelog:
[Android][Fixed] - Control concurrent calls into TMMDelegate from TurboModuleManager
Reviewed By: mdvacca
Differential Revision: D21025965
fbshipit-source-id: d22c4abfe87f9e534717a06f186dde87d3cd24df
Summary:
This cache is unnecessary, because:
1. TurboModuleManager caches all created TurboModules
2. TurboModuleManager calls into the TurboModuleManagerDelegate at most once per NativeModule `moduleName`.
This diff also makes ReactPackageTurboModuleManager thread-safe, which should help get rid of the crashes in T46487253.
Changelog: [Internal]
Reviewed By: mdvacca
Differential Revision: D21027998
fbshipit-source-id: c9b5ccc3da7b81787b749e70aa5e55883317eed7
Summary:
We're still seeing NativeModule eager-init crashes in T46487253. So, just to be extra careful, in case this diff doesn't fix the problem, I'm adding logging into `TurboModuleManager.getModule(moduleName)` to see why TurboModules are showing up as `null`.
Changelog: [Internal]
Reviewed By: mdvacca
Differential Revision: D21027984
fbshipit-source-id: 74ee62aeac09a4fdb29547e90ef4fa7c07de17a6
Summary:
Changelog: [Internal]
We don't use view command `setMostRecentEventCount`, let's get rid of it.
Reviewed By: JoshuaGross
Differential Revision: D21016600
fbshipit-source-id: 6491c063e9d6a89252300cb47c010b248e473f4b
Summary:
Early ViewCommand Dispatch will solve this category of crashes by going through an entirely different codepath. For users not in that experiment, it might be good to have a mitigation that prevents non-critical issues from crashing (like "blur" failing).
Currently, "blur" failures cause lots of screens to crash. There's no useful signal and those crashes aren't super actionable, so seems better to swallow.
If/when early viewcommand dispatch ships as the default/only mode, we can remove this try/catch entirely.
The only concern I have with landing this is the perf implications of putting a try/catch inside this loop.
Changelog: [Internal]
Reviewed By: mdvacca
Differential Revision: D21023213
fbshipit-source-id: 310fe2d55a44bc424692a2365ccd5882f35f9d82
Summary:
This adds a ProGuard for `hermes` rule so it does not have to be added by users manually.
https://github.com/facebook/react-native/issues/28270
## Changelog
<!-- Help reviewers and the release process by writing your own changelog entry. For an example, see:
https://github.com/facebook/react-native/wiki/Changelog
-->
[Android] [Added] - ProGuard rule for hermes
Pull Request resolved: https://github.com/facebook/react-native/pull/28571
Test Plan:
1. Create a project with/without hermes.
2. Enable proguard.
Reviewed By: cpojer
Differential Revision: D20947095
Pulled By: hramos
fbshipit-source-id: 79b166ad2dd060f20041d9f5cfe2f794c754843d
Summary:
This diff renames the analyticsTag prop for the intenral_analyticsTag in ImageView component
changelog: [internal] Creation of internal_analyticTag prop in ImageView, for now this prop is meant to be used internally.
Reviewed By: TheSavior
Differential Revision: D20904497
fbshipit-source-id: 2a28f746772ee0f9d657ec71549020c1f3e9d674
Summary:
Changelog: [Internal]
The cause of crash was `NullPointerException`, which happened because of `mReactContextForRootTag.get(rootTag)` returning `null`. This is solved by checking whether it returns `null` before passing it to `I18nUtil`.
Reviewed By: mdvacca
Differential Revision: D20890623
fbshipit-source-id: c884c6838b83b944a5438375a4c060c1f5b1dc6e
Summary:
This diff extends the Android Image View manager to support the new analyticsTag prop. this prop is going to be used to track performance for images in android
changelog: [Android][Added] Add analyticsTag prop into ImageView component
Reviewed By: JoshuaGross
Differential Revision: D20880602
fbshipit-source-id: e302e8fa83706e6517b228d44a3094a1686830f7
Summary: According to our logs, 80% of these warnings are coming from AppStateModule. It's not particularly interesting or surprising that the CatalystInstance would be torn down when there's some app event, so let's stop taking up DB space with a useless message.
Reviewed By: ejanzer, mdvacca
Differential Revision: D20879426
fbshipit-source-id: b1182461aed4a66d82cb34bbd4b12782af6ed7b3
Summary:
In bridgeless mode, the CatalystInstance doesn't exist, but we still need to be able to access the sourceURL in SourceCodeModule (which is needed to render the images in LogBox warnings and errors). This diff adds a new API for getting the sourceURL directly from ReactContext, instead of having to call context.getCatalystInstance().getSourceURL(), and updates SourceCodeModule to use it.
Changelog: [Internal]
Reviewed By: RSNara
Differential Revision: D20848700
fbshipit-source-id: 3ecda81a17121178b76bbb3e9b0f27f103c1961a
Summary:
NativeModules can be created from any number of threads. In the legacy system, `ModuleHolder`, the class responsible for creating NativeModules, has built-in concurrency control to ensure that NativeModule creation is thread-safe. This diff introduces that thread-safety to the TurboModule infra. Basically, after this diff, if `n` threads race to create a TurboModule x, only the first thread will create x. All other threads will wait until x is created.
Changelog:
[Android][Fixed] - Make TurboModule creation thread-safe
Reviewed By: mdvacca
Differential Revision: D20659799
fbshipit-source-id: 2b720fe1ea49e40ae0d6dae50d422f23a6f45520
Summary:
We'll be using a native CallInvoker to dispatch sync and async method calls to ObjC NativeModules. This native CallInvoker will hold a reference to the ObjC NativeModule's method queue.
**Why is the native CallInvoker required for ObjC NativeModules?**
In the case where the ObjC NativeModule neither provides nor requests a method queue, we must create a method queue for it. When we go to invoke a method from JS, for these NativeModules specifically, there is no way to access this method queue. A native CallInvoker is a convenient abstraction that holds on to that method queue. For async calls, we'll just call `CallInvoker::invokeAsync`, and for sync calls, we'll just call `CallInvoker::invokeSync`.
**Why do we need sync call support for native `CallInvoker`?**
In ObjC, sync NativeModule method calls block the JS thread, then execute synchronously on the NativeModule's method queue, and then unblock the JS thread. This is what'll be implemented by `CallInvoker::invokeSync`.
Changelog: [Internal]
Reviewed By: fkgozali
Differential Revision: D20829955
fbshipit-source-id: efb9d5408a1ade81069a943c865f232d4d10acfe
Summary:
Now, instead of accepting a `std::function` that schedules work, and returning a `CallInvoker`, `Instance::getDecoratedNativeCallInvoker` will accept a `CallInvoker` that schedules work, and return a decorated `CallInvoker`.
I think this change will help with readability. It also clarifies that the bridge is adding additional behaviour to the native `CallInvoker`.
Changelog: [Internal]
Reviewed By: mdvacca
Differential Revision: D20826885
fbshipit-source-id: a2c5681d10a4544ee3d2a0d1f1cbd386ef06d0e6
Summary:
This diff adds a temporary Feature Flag to control a fix in TextInlineView (see previous diffs of the stack)
changelog: [internal]
Reviewed By: JoshuaGross
Differential Revision: D20812920
fbshipit-source-id: 90fece9b29ba173546d96e4d9baf1ccabb3031b2
Summary:
This diff cleans the variable NativeViewHierarchyOptimizer.mTagsWithLayoutVisited right after all the view updates for a rootShadowNode have been processed by the UIImplementation class.
This intends to fix the bug reported in the task: T61185028, which root cause seems related to the fact that the variable NativeViewHierarchyOptimizer.mTagsWithLayoutVisited is not cleaned up when updating multiple rootShadowNodes as part of the same batch
changelog: [Android][internal] internal bug fix
Reviewed By: JoshuaGross
Differential Revision: D20812921
fbshipit-source-id: 28067ee29a931d7a9e9c33c90aceb4e3512dac1a
Summary:
This is the first of three PRs related to enabling multi-bundle support in React Native. More details, motivation and reasoning behind it can be found in RFC [here](https://github.com/react-native-community/discussions-and-proposals/issues/152).
Logic responsible for installing globals was pulled out from `loadApplicationScript` to `initializeRuntime` since it should be ran only once, what was left was renamed to `loadBundle`.
It's based on dratwas work from [here](https://github.com/callstack/react-native/tree/feat/multibundle/split-load-application), but applied to current `master` to avoid rebasing 3-months old branch and issues that come with that.
## Changelog
[Internal] [Changed] - split `loadApplicationScript` into `initializeRuntime` and `loadBundle` to enable multi-bundle support in the future
Pull Request resolved: https://github.com/facebook/react-native/pull/27844
Test Plan: Initialized new RN app with CLI, set RN to build from source and verified the still app builds and runs OK using code from this branch.
Reviewed By: rickhanlonii
Differential Revision: D19888605
Pulled By: ejanzer
fbshipit-source-id: 24ace48ffe8978796591fe7c6cf53a61b127cce6
Summary:
Hard-coded to false everywhere, and write-only. We never read from this.
Changelog: [Internal]
Reviewed By: mdvacca
Differential Revision: D20788252
fbshipit-source-id: ae117ebc51db7045947b9713602527ff4220833e
Summary:
Remove unused feature flag. This is not used within Facebook and I'm not aware of usage outside of FB.
Changelog: [Removed] Removing Android feature flag: lazilyLoadViewManagers
Reviewed By: mdvacca
Differential Revision: D20788210
fbshipit-source-id: 435316e3de7830d7cb7f14537351883e4fc6eeaa
Summary:
## Overview
This diff is an RFC to port a logging feature from iOS to Android.
Changelog: [Internal]
## Motivation
On iOS we have the following log functions and behaviors available for logging native warnings and errors:
- **Warnings** (`RCTLogWarn`)
- Log level 'warn' to console
- Display warning in LogBox
- **Errors** (`RCTLogError`)
- Log level 'error' to console
- Display a native RedBox (needs converted to show a LogBox if available)
- **Logs**
- We also have `RCTLog`, `RCTTrace`, `RCTAdvice`, `RCTInfo`, which just log to the console.
In Java, we have:
- **Warnings**
- **None**, added in this diff
- **Errors** (`DevSupportManager.showNewJavaError`)
- Log level 'error' to console with `FLog.e`
- Display a native RedBox (needs converted to show a LogBox if available
- **Logs**
- `ReactSoftException` (crashes the app??)
- `ReactNoCrashSoftException` (only logs??)
- Others?
## Details
This diff adds a method to pair with `RCTLogWarn`, `DevSupportManager.showNewJavaWarning`, which will log to the console and show a LogBox warning if LogBox is available.
## Concerns
I have a few concerns/questions about the state of logging on Android:
- Should/can we move all of the logging to it's own class, like how RCTLog works?
- Why does some logging happen on DevSupportManager and some in other classes?
- If we moved it all to it's own class, how could we access the reactContext to call the RCTLog JS module
Reviewed By: JoshuaGross
Differential Revision: D20056394
fbshipit-source-id: 32d57e300685e46da8039fc77cb22b4084acf81a
Summary:
## Context
For now, assume TurboModules doesn't exist.
**What happens when we call an async NativeModule method?**
Everytime JS calls an async NativeModule method, we don't immediately execute it. The legacy infra pushes the call into some queue managed by `MessageQueue.js`. This queue is "flushed" or "emptied" by the following events:
- **Flushed:** A C++ -> JS call. NativeModule async methods can called with an `onSuccess` and/or `onFail` callback(s). Calling `NativeToJsBridge::invokeCallback` to invoke one of these callbacks is one way for ObjC++/C++/Java to call into JS. Another way is via JSModule method calls, which are initiated by `NativeToJsBridge::callFunction`.
- **Flushed:** When `JSIExecutor::flush` is called. Since TurboModules don't exist, this only happens when we call `JSIExecutor::loadApplicationScript`.
- **Emptied:** When more than 5 ms have passed, and the queue hasn't been flushed/emptied, on the next async NativeModule method call, we add to the queue. Afterwards, we empty it, and invoke all the NativeModule method calls.
**So, what's the difference between flushed and emptied?**
> Note: These are two terms I just made up, but the distinction is important.
If the queue was "flushed", and it contained at least one NativeModule method call, `JsToNativeBridge` dispatches the `onBatchComplete` event. On Android, the UIManager module is the only module that listens to this event. This `onBatchComplete` event doesn't fire if the queue was "emptied".
**Why does any of this matter?**
1. TurboModules exist.
2. We need the TurboModules infra to have `JsToNativeBridge` dispatch `onBatchComplete`, which depends on:
- **Problem 1:** The queue being flushed on calls into JS from Java/C++/ObjC++.
- **Problem 2:** There being queued up NativeModule async method calls when the queue is flushed.
In D14656466, fkgozali fixed Problem 1 by making every C++/Java/Obj -> JS call from TurboModules also execute `JSIExecutor::flush()`. This means that, with TurboModules, we flush the NativeModule async method call queue as often as we do without TurboModules. So far, so good. However, we still have one big problem: As we convert more NativeModules to TurboModules, the average size of the queue of NativeModule method calls will become smaller and smaller, because more NativeModule method calls will be TurboModule method calls. This queue will more often be empty than not. Therefore, we'll end up dispatching the `onBatchComplete` event less often with TurboModules enabled. So, somehow, when we're about to flush the NativeModule method call queue, we need `JsToNativeBridge` to understand that we've executed TurboModule method calls in the batch. These calls would have normally been queued, which would have led the queue size to be non-zero. So if, during a batch, some TurboModule async method calls were executed, `JsToNativeBridge` should dispatch `onBatchComplete`.
**So, what does this diff do?**
1. Make `Instance` responsible for creating the JS `CallInvoker`.
2. Make `NativeToJsBridge` responsible for creating the native `CallInvoker`. `Instance` calls into `NativeToJsBridge` to get the native `CallInvoker`.
3. Hook up `CatalystInstanceImpl`, the Android bridge, with the new JS `CallInvoker`, and the new native `CallInvoker`. This fixes `onBatchComplete` on Android. iOS work is pending.
Changelog:
[Android][Fixed] - Ensure `onBatchComplete` is dispatched correctly with TurboModules
Reviewed By: mdvacca
Differential Revision: D20717931
fbshipit-source-id: bc3ccbd6c135b7f084edbc6ddb4d1e3c0c7e0875
Summary:
There's (potentially) a lot of expensive reflection calls here that, as best I can tell, end up being ignored if the supplied color is null. Better to early return.
Changelog: [General] [Internal] Preclude reflection when setting cursor color if color is null
Reviewed By: JoshuaGross
Differential Revision: D20670594
fbshipit-source-id: 480a988355bbd79008002c4326d4b35035ec2a95
Summary:
Accessing this field via reflection is explicitly blacklisted by Google in Android 10 and higher. They have provided a new API to change the color, which I have implemented here. [The old setColorFilter is deprecated](https://developer.android.com/reference/android/graphics/drawable/Drawable#setColorFilter(int,%20android.graphics.PorterDuff.Mode)) so I also updated that method call as well.
Changelog: [General] [Fixed] Use new setTextCursorDrawable API for Android 10
Reviewed By: JoshuaGross
Differential Revision: D20656068
fbshipit-source-id: 58a92b57c0a892c7c87fc5d735e4ceaa4e987ec7
Summary:
An evolution of D20633188 but more performant.
There are three optimized paths before the slow path.
The first optimized path tries to pair identical nodes from old/new tree, and generate Update mutations, until we hit nodes that are different (indicating either a remove or an insert). This already existed.
The next two optimizations, introduced by Tim in his JS pseudocode, were inspired by ReactJS's diffing algorithm. They work in cases where the rest of the nodes are (1) all removals/deletes or (2) all creates+inserts.
Finally, if those final two optimized paths can't run, it's because there is a mix of delete+remove, create+insert, and "move" operations, mixed at the beginning, middle, and/or end of the list.
This has slightly better average/best-case complexity as the previous implementation.
In particularly pathological cases where all nodes are arbitrarily reordered, or reversed, for instance (ABCDE->EDCBA) the algorithm has the same complexity as the previous algorithm (quadratic).
For now iOS is pinned to the older differ
Changelog: [Internal] Experiment to optimize diffing algorithm in Fabric
Reviewed By: shergin
Differential Revision: D20684094
fbshipit-source-id: d29fba95a0328156c023e1c87804f23770ee1d91
Summary:
`fbsource//xplat` and `//xplat` are equivalent for FB BUCK targets. Removing extra prefix for consistency.
Changelog: [Internal]
Reviewed By: scottrice
Differential Revision: D20495655
fbshipit-source-id: a57b72f694c533e2e16dffe74eccb8fdec1f55f5
Will Holen
generatedunixname89002005287564
Samuel Susla
David Vacca
Hein Rutjes
Hein Rutjes
Valentin Shergin
acton393
Lauren Tan
Rick Hanlon
Tim Yung
Ramanpreet Nara
Joshua Gross
Radek Czemerys
Bruno Barbieri
Emily Janzer
Vojtech Novak
maciej simka
Emilis Baliukonis
Nicholas Tinsley
Spencer Ahrens
Kevin Gozali
Eddie Dugan
