Matrix for iOS/macOS

(中文版本请参看这里)

Matrix for iOS/macOS 中文版
 Matrix for android 中文版
 Matrix for iOS/macOS
Matrix for android

Matrix is an APM (Application Performance Manage) used in Wechat to monitor, locate and analyse performance problems. It is a plugin style, non-invasive solution and is currently available on iOS, macOS and Android.

Matrix for iOS/macOS

The monitoring scope of the current tool includes: crash, lag, and memory, which includes the following three plugins:

WCCrashBlockMonitorPlugin： Based on KSCrash framework, it features cutting-edge lag stack capture capabilities with crash capture.
WCMemoryStatPlugin： A memory monitoring tool that captures memory allocation and the callstack of an application's memory event.
WCFPSMonitorPlugin： A fps monitoring tool that captures main thread's callstack while user scrolling.

Features

WCCrashBlockMonitorPlugin

Easy integration, no code intrusion.
Determine whether the app is stuck by checking the running status of the Runloop, and support both the iOS and macOS platform.
Add time-consuming stack fetching, attaching the most time-consuming main thread stack to the thread snapshot log.

WCMemoryStatPlugin

Live recording every object's creating and the corresponding callstack of its creation, and report it when the application out-of-memory is detected.

Getting Started

Install

Install with static framework
1. Get source code of Matrix;
2. Open terminal, execute make in the matrix/matrix-iOS directory to compile and generate static library. After compiling, the iOS platform library is in the matrix/matrix-iOS/build_ios directory, and the macOS platform library is in the matrix/matrix-iOS/build_macos directory.
3. Link with static framework in the project:
- iOS : Use Matrix.framework under the matrix/matrix-iOS/build_ios path, link Matrix.framework to the project as a static library;
- macOS : Use Matrix.framework under the matrix/matrix-iOS/build_macos path, link Matrix.framework to the project as a static library.
1. Add #import <Matrix/Matrix.h>, then you can use the performance probe tool of WeChat.

Start the plugins

In the following places:

Program main function;
application:didFinishLaunchingWithOptions: of AppDelegate;
Or other places running as earlier as possible after application launching.

Add a code similar to the following to start the plugin:

#import <Matrix/Matrix.h>
  
Matrix *matrix = [Matrix sharedInstance];
MatrixBuilder *curBuilder = [[MatrixBuilder alloc] init];
curBuilder.pluginListener = self; // get the related event of plugin via the callback of the pluginListener
    
WCCrashBlockMonitorPlugin *crashBlockPlugin = [[WCCrashBlockMonitorPlugin alloc] init];    
[curBuilder addPlugin:crashBlockPlugin]; // add lag and crash monitor.
    
WCMemoryStatPlugin *memoryStatPlugin = [[WCMemoryStatPlugin alloc] init];
[curBuilder addPlugin:memoryStatPlugin]; // add memory monitor.

WCFPSMonitorPlugin *fpsMonitorPlugin = [[WCFPSMonitorPlugin alloc] init];
[curBuilder addPlugin:fpsMonitorPlugin]; // add fps monitor.
    
[matrix addMatrixBuilder:curBuilder];
    
[crashBlockPlugin start]; // start the lag and crash monitor.
[memoryStatPlugin start]; // start memory monitor
[fpsMonitorPlugin start]; // start fps monitor

Receive callbacks to obtain monitoring data

Set pluginListener of the MatrixBuilder object, implement the MatrixPluginListenerDelegate

// set delegate

MatrixBuilder *curBuilder = [[MatrixBuilder alloc] init];
curBuilder.pluginListener = <object conforms to MatrixPluginListenerDelegate>; 

// MatrixPluginListenerDelegate

- (void)onInit:(id<MatrixPluginProtocol>)plugin;
- (void)onStart:(id<MatrixPluginProtocol>)plugin;
- (void)onStop:(id<MatrixPluginProtocol>)plugin;
- (void)onDestroy:(id<MatrixPluginProtocol>)plugin;
- (void)onReportIssue:(MatrixIssue *)issue;

Each plugin added to MatrixBuilder will call back the corresponding event via pluginListener.

Important: Get the monitoring data of the Matrix via onReportIssue:, the data format info reference to Matrix for iOS/macOS Data Format Description

Tutorials

At this point, Matrix has been integrated into the app and is beginning to collect crash, lag, and memory data. If you still have questions, check out the example: samples/sample-iOS/MatrixDemo.

Matrix for android

Plugins

APK Checker:

Analyse the APK package, give suggestions of reducing the APK's size; Compare two APK and find out the most significant increment on size
Resource Canary:

Detect the activity leak and bitmap duplication basing on WeakReference and Square Haha
Trace Canary:

FPS Monitor, Startup Performance, ANR, UI-Block / Slow Method Detection
SQLite Lint:

Evaluate the quality of SQLite statement automatically by using SQLite official tools
IO Canary:

Detect the file IO issues, including performance of file IO and closeable leak
Battery Canary:

App thread activities monitor (Background watch & foreground loop watch), Sonsor usage monitor (WakeLock/Alarm/Gps/Wifi/Bluetooth), Background network activities (Wifi/Mobile) monitor.
MemGuard

Detect heap memory overlap, use-after-free and double free issues.

Features

APK Checker

Easy-to-use. Matrix provides a JAR tool, which is more convenient to apply to your integration systems.
More features. In addition to APK Analyzer, Matrix find out the R redundancies, the dynamic libraries statically linked STL, unused resources, and supports custom checking rules.
Visual Outputs. supports HTML and JSON outputs.

Resource Canary

Separated detection and analysis. Make possible to use in automated test and in release versions (monitor only).
Pruned Hprof. Remove the useless data in hprof and easier to upload.
Detection of duplicate bitmap.

Trace Canary

High performance. Dynamically modify bytecode at compile time, record function cost and call stack with little performance loss.
Accurate call stack of ui-block. Provide informations such as call stack, function cost, execution times to solve the problem of ui-block quickly.
Non-hack. High compatibility to Android versions.
More features. Automatically covers multiple fluency indicators such as ui-block, startup time, activity switching, slow function detection.
High-accuracy ANR detector. Detect ANRs accurately and give ANR trace file with high compatibility and high stability.

SQLite Lint

Easy-to-use. Non-invasive.
High applicability. Regardless of the amount of data, you can discover SQLite performance problems during development and testing.
High standards. Detection algorithms based on best practices, make SQLite statements to the highest quality.
May support multi-platform. Implementing in C++ makes it possible to support multi-platform.

IO Canary

Easy-to-use. Non-invasive.
More feature. Including performance of file IO and closeable leak.
Compatible with Android P.

Battery Canary

Easy-to-use. Use out of box (unit tests as example).
More feature. Flexible extending with base and utils APIs.

Memory Hook

A native memory leak detection tool for Android.
Non-invasive. It is based on PLT-hook(iqiyi/xHook), so we do NOT need to recompile the native libraries.
High performance. we use WeChat-Backtrace for fast unwinding which supports both aarch64 and armeabi-v7a architectures.

Pthread Hook

A Java and native thread leak detection and native thread stack space trimming tool for Android.
Non-invasive. It is based on PLT-hook(iqiyi/xHook), so we do NOT need to recompile the native libraries.
It saves virtual memory overhead by trimming default stack size of native thread in half, which can reduce crashes caused by virtual memory insufficient under 32bit environment.

WVPreAllocHook

A tool for saving virtual memory overhead caused by WebView preloading when WebView is not actually used. It's useful for reducing crashes caused by virtual memory insufficient under 32bit environment.
Non-invasive. It is based on PLT-hook(iqiyi/xHook), so we do NOT need to recompile the native libraries.
WebView still works after using this tool.

MemGuard

A tool base on GWP-Asan to detect heap memory issues.
Non-invasive. It is based on PLT-hook(iqiyi/xHook), so we do NOT need to recompile the native libraries.
It's able to apply on specific libraries that needs to be detected by RegEx.
It detects heap memory accessing overlap, use-after-free and double free issues.

Backtrace Component

A fast native backtrace component designed by Matrix based on quicken unwind tables that are generated and simplified from DWARF and ARM exception handling informations. It is about 15x ~ 30x faster than libunwindstack.

Getting Started

The JCenter repository will stop service on February 1, 2022. So we uploaded Matrix(since 0.8.0) to the MavenCentral repository.

Configure MATRIX_VERSION in gradle.properties.

  MATRIX_VERSION=2.1.0

Add matrix-gradle-plugin in your build.gradle:

  dependencies {
      classpath ("com.tencent.matrix:matrix-gradle-plugin:${MATRIX_VERSION}") { changing = true }
  }

Add dependencies to your app/build.gradle.

  dependencies {
    implementation group: "com.tencent.matrix", name: "matrix-android-lib", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-android-commons", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-trace-canary", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-resource-canary-android", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-resource-canary-common", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-io-canary", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-sqlite-lint-android-sdk", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-battery-canary", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-hooks", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-backtrace", version: MATRIX_VERSION, changing: true
  }
  
  apply plugin: 'com.tencent.matrix-plugin'
  matrix {
    trace {
        enable = true	//if you don't want to use trace canary, set false
        baseMethodMapFile = "${project.buildDir}/matrix_output/Debug.methodmap"
        blackListFile = "${project.projectDir}/matrixTrace/blackMethodList.txt"
    }
  }

Implement PluginListener to receive data processed by Matrix.

  public class TestPluginListener extends DefaultPluginListener {
    public static final String TAG = "Matrix.TestPluginListener";
    public TestPluginListener(Context context) {
        super(context);
        
    }

    @Override
    public void onReportIssue(Issue issue) {
        super.onReportIssue(issue);
        MatrixLog.e(TAG, issue.toString());
        
        //add your code to process data
    }
}

Matrix gradle plugin could work with Android Gradle Plugin 3.5.0/4.0.0/4.1.0 currently.

Implement DynamicConfig to change parameters of Matrix.

  public class DynamicConfigImplDemo implements IDynamicConfig {
    public DynamicConfigImplDemo() {}

    public boolean isFPSEnable() { return true;}
    public boolean isTraceEnable() { return true; }
    public boolean isMatrixEnable() { return true; }
    public boolean isDumpHprof() {  return false;}

    @Override
    public String get(String key, String defStr) {
        //hook to change default values
    }

    @Override
    public int get(String key, int defInt) {
      //hook to change default values
    }

    @Override
    public long get(String key, long defLong) {
        //hook to change default values
    }

    @Override
    public boolean get(String key, boolean defBool) {
        //hook to change default values
    }

    @Override
    public float get(String key, float defFloat) {
        //hook to change default values
    }
}

Init Matrix in the onCreate of your application.

  Matrix.Builder builder = new Matrix.Builder(application); // build matrix
  builder.patchListener(new TestPluginListener(this)); // add general pluginListener
  DynamicConfigImplDemo dynamicConfig = new DynamicConfigImplDemo(); // dynamic config
  
  // init plugin 
  IOCanaryPlugin ioCanaryPlugin = new IOCanaryPlugin(new IOConfig.Builder()
                    .dynamicConfig(dynamicConfig)
                    .build());
  //add to matrix               
  builder.plugin(ioCanaryPlugin);
  
  //init matrix
  Matrix.init(builder.build());

  // start plugin 
  ioCanaryPlugin.start();

For more Matrix configurations, look at the sample.

Note:

Since Matrix for Android has migrated to AndroidX since v0.9.0. You may need to add 'android.useAndroidX=true' flag to gradle.properties
You can get more about Matrix output at the wiki The output of Matrix;

Battery Canary Usage

Init BatteryCanary as the following codes:

BatteryMonitorConfig config = new BatteryMonitorConfig.Builder()
        .enable(JiffiesMonitorFeature.class)
        .enableStatPidProc(true)
        .greyJiffiesTime(30 * 1000L)
        .setCallback(new BatteryMonitorCallback.BatteryPrinter())
        .build();

BatteryMonitorPlugin plugin = new BatteryMonitorPlugin(config);

For detail usage, please reference showcase tests at com.tencent.matrix.batterycanary.ApisTest or sample.tencent.matrix.battery.BatteryCanaryInitHelper.

Backtrace Component Usage

How to init backtrace component：

WeChatBacktrace.instance().configure(getApplicationContext()).commit();

Then other components in Matrix could use Quikcen Backtrace to unwind stacktrace. See more configuration comments in 'WeChatBacktrace.Configuration'.

APK Checker Usage

APK Checker can run independently in Jar (matrix-apk-canary-2.1.0.jar） mode, usage:

java -jar matrix-apk-canary-2.1.0.jar
Usages: 
    --config CONFIG-FILE-PATH
or
    [--input INPUT-DIR-PATH] [--apk APK-FILE-PATH] [--unzip APK-UNZIP-PATH] [--mappingTxt MAPPING-FILE-PATH] [--resMappingTxt RESGUARD-MAPPING-FILE-PATH] [--output OUTPUT-PATH] [--format OUTPUT-FORMAT] [--formatJar OUTPUT-FORMAT-JAR] [--formatConfig OUTPUT-FORMAT-CONFIG (json-array format)] [Options]
    
Options:
-manifest
     Read package info from the AndroidManifest.xml.
-fileSize [--min DOWN-LIMIT-SIZE (KB)] [--order ORDER-BY ('asc'|'desc')] [--suffix FILTER-SUFFIX-LIST (split by ',')]
     Show files whose size exceed limit size in order.
-countMethod [--group GROUP-BY ('class'|'package')]
     Count methods in dex file, output results group by class name or package name.
-checkResProguard
     Check if the resguard was applied.
-findNonAlphaPng [--min DOWN-LIMIT-SIZE (KB)]
     Find out the non-alpha png-format files whose size exceed limit size in desc order.
-checkMultiLibrary
     Check if there are more than one library dir in the 'lib'.
-uncompressedFile [--suffix FILTER-SUFFIX-LIST (split by ',')]
     Show uncompressed file types.
-countR
     Count the R class.
-duplicatedFile
     Find out the duplicated resource files in desc order.
-checkMultiSTL  --toolnm TOOL-NM-PATH
     Check if there are more than one shared library statically linked the STL.
-unusedResources --rTxt R-TXT-FILE-PATH [--ignoreResources IGNORE-RESOURCES-LIST (split by ',')]
     Find out the unused resources.
-unusedAssets [--ignoreAssets IGNORE-ASSETS-LIST (split by ',')]
     Find out the unused assets file.
-unstrippedSo  --toolnm TOOL-NM-PATH
     Find out the unstripped shared library file.

Learn more about Matrix-APKChecker

Support

Any problem?

Learn more from Sample
Source Code
Wiki & FAQ
Contact us for help

Contributing

If you are interested in contributing, check out the CONTRIBUTING.md, also join our Tencent OpenSource Plan.

License

Matrix is under the BSD license. See the LICENSE file for details

Matrix

Matrix 是一款微信研发并日常使用的应用性能接入框架，支持iOS, macOS和Android。 Matrix 通过接入各种性能监控方案，对性能监控项的异常数据进行采集和分析，输出相应的问题分析、定位与优化建议，从而帮助开发者开发出更高质量的应用。

Matrix for iOS/macOS

Matrix-iOS 当前工具监控范围包括：崩溃、卡顿和内存，包含以下三款插件：

WCCrashBlockMonitorPlugin： 基于 KSCrash 框架开发，具有业界领先的卡顿堆栈捕获能力，同时兼备崩溃捕获能力
WCMemoryStatPlugin： 一款性能极致的内存监控工具，能够全面捕获应用 OOM 时的内存分配以及调用堆栈情况
WCFPSMonitorPlugin： 一款 FPS 监控工具，当用户滑动界面时，记录主线程调用栈

特性

WCCrashBlockMonitorPlugin

接入简单，代码无侵入
通过检查 Runloop 运行状态判断应用是否卡顿，同时支持 iOS/macOS 平台
增加耗时堆栈提取，卡顿线程快照日志中附加最近时间最耗时的主线程堆栈

WCMemoryStatPlugin

在应用运行期间获取对象存活以及相应的堆栈信息，在检测到应用 OOM 时进行上报

使用方法

安装

通过静态库安装
1. 获取 Matrix 源码；
2. 打开命令行，在 matrix/matrix-iOS 代码目录下执行 make 进行编译生成静态库；编译完成后，iOS 平台的库在 matrix/matrix-iOS/build_ios 目录下，macOS 平台的库在 matrix/matrix-iOS/build_macos 目录下；
3. 工程引入静态库：
- iOS 平台：使用 matrix/matrix-iOS/build_ios 路径下的 Matrix.framework，将 Matrix.framework 以静态库的方式引入工程；
- macOS 平台：使用 matrix/matrix-iOS/build_macos 路径下的 Matrix.framework，将 Matrix.framework 以静态库的方式引入工程。
1. 添加头文件 #import <Matrix/Matrix.h>，就可以接入微信的性能探针工具了！

启动监控

在以下地方：

程序 main 函数入口；
AppDelegate 中的 application:didFinishLaunchingWithOptions:；
或者其他应用启动比较早的时间点。

添加类似如下代码，启动插件：

#import <Matrix/Matrix.h>
  
Matrix *matrix = [Matrix sharedInstance];
MatrixBuilder *curBuilder = [[MatrixBuilder alloc] init];
curBuilder.pluginListener = self; // pluginListener 回调 plugin 的相关事件
    
WCCrashBlockMonitorPlugin *crashBlockPlugin = [[WCCrashBlockMonitorPlugin alloc] init];    
[curBuilder addPlugin:crashBlockPlugin]; // 添加卡顿和崩溃监控
    
WCMemoryStatPlugin *memoryStatPlugin = [[WCMemoryStatPlugin alloc] init];
[curBuilder addPlugin:memoryStatPlugin]; // 添加内存监控功能

WCFPSMonitorPlugin *fpsMonitorPlugin = [[WCFPSMonitorPlugin alloc] init];
[curBuilder addPlugin:fpsMonitorPlugin]; // 添加 fps 监控功能
    
[matrix addMatrixBuilder:curBuilder];
    
[crashBlockPlugin start]; // 开启卡顿和崩溃监控
[memoryStatPlugin start]; // 开启内存监控
[fpsMonitorPlugin start]; // 开启 fps 监控

接收回调获得监控数据

设置 MatrixBuilder 对象中的 pluginListener，实现 MatrixPluginListenerDelegate。

// 设置 delegate

MatrixBuilder *curBuilder = [[MatrixBuilder alloc] init];
curBuilder.pluginListener = <一个遵循 MatrixPluginListenerDelegate 的对象>; 

// MatrixPluginListenerDelegate

- (void)onInit:(id<MatrixPluginProtocol>)plugin;
- (void)onStart:(id<MatrixPluginProtocol>)plugin;
- (void)onStop:(id<MatrixPluginProtocol>)plugin;
- (void)onDestroy:(id<MatrixPluginProtocol>)plugin;
- (void)onReportIssue:(MatrixIssue *)issue;

各个添加到 MatrixBuilder 的 plugin 会将对应的事件通过 pluginListener 回调。

重要：通过 onReportIssue: 获得 Matrix 处理后的数据，监控数据格式详见：Matrix for iOS/macOS 数据格式说明

Demo

至此，Matrix 已经集成到应用中并且开始收集崩溃、卡顿和爆内存数据，如仍有疑问，请查看示例：samples/sample-iOS/MatrixDemo

Matrix for Android

Matrix-android 当前监控范围包括：应用安装包大小，帧率变化，启动耗时，卡顿，慢方法，SQLite 操作优化，文件读写，内存泄漏等等。

APK Checker: 针对 APK 安装包的分析检测工具，根据一系列设定好的规则，检测 APK 是否存在特定的问题，并输出较为详细的检测结果报告，用于分析排查问题以及版本追踪
Resource Canary: 基于 WeakReference 的特性和 Square Haha 库开发的 Activity 泄漏和 Bitmap 重复创建检测工具
Trace Canary: 监控ANR、界面流畅性、启动耗时、页面切换耗时、慢函数及卡顿等问题
SQLite Lint: 按官方最佳实践自动化检测 SQLite 语句的使用质量
IO Canary: 检测文件 IO 问题，包括：文件 IO 监控和 Closeable Leak 监控
Battery Canary: 监控 App 活跃线程（待机状态 & 前台 Loop 监控）、ASM 调用 (WakeLock/Alarm/Gps/Wifi/Bluetooth 等传感器)、后台流量 (Wifi/移动网络)等 Battery Historian 统计 App 耗电的数据
MemGuard

检测堆内存访问越界、使用释放后的内存、重复释放等问题

特性

与常规的 APM 工具相比，Matrix 拥有以下特点：

APK Checker

具有更好的可用性：JAR 包方式提供，更方便应用到持续集成系统中，从而追踪和对比每个 APK 版本之间的变化
更多的检查分析功能：除具备 APKAnalyzer 的功能外，还支持统计 APK 中包含的 R 类、检查是否有多个动态库静态链接了 STL 、搜索 APK 中包含的无用资源，以及支持自定义检查规则等
输出的检查结果更加详实：支持可视化的 HTML 格式，便于分析处理的 JSON ，自定义输出等等

Resource Canary

分离了检测和分析部分，便于在不打断自动化测试的前提下持续输出分析后的检测结果
对检测部分生成的 Hprof 文件进行了裁剪，移除了大部分无用数据，降低了传输 Hprof 文件的开销
增加了重复 Bitmap 对象检测，方便通过减少冗余 Bitmap 数量，降低内存消耗

Trace Canary

编译期动态修改字节码, 高性能记录执行耗时与调用堆栈
准确的定位到发生卡顿的函数，提供执行堆栈、执行耗时、执行次数等信息，帮助快速解决卡顿问题
自动涵盖卡顿、启动耗时、页面切换、慢函数检测等多个流畅性指标
准确监控ANR，并且能够高兼容性和稳定性地保存系统产生的ANR Trace文件

SQLite Lint

接入简单，代码无侵入
数据量无关，开发、测试阶段即可发现SQLite性能隐患
检测算法基于最佳实践，高标准把控SQLite质量*
底层是 C++ 实现，支持多平台扩展

IO Canary

接入简单，代码无侵入
性能、泄漏全面监控，对 IO 质量心中有数
兼容到 Android P

Battery Canary

接入简单，开箱即用
预留 Base 类和 Utility 工具以便扩展监控特性

Memory Hook

一个检测 Android native 内存泄漏的工具
无侵入，基于 PLT-hook(iqiyi/xHook)，无需重编 native 库
高性能，基于 Wechat-Backtrace 进行快速 unwind 堆栈，支持 aarch64 和 armeabi-v7a 架构

Pthread Hook

一个检测 Android Java 和 native 线程泄漏及缩减 native 线程栈空间的工具
无侵入，基于 PLT-hook(iqiyi/xHook)，无需重编 native 库
通过对 native 线程的默认栈大小进行减半降低线程带来的虚拟内存开销，在 32 位环境下可缓解虚拟内存不足导致的崩溃问题

WVPreAllocHook

一个用于安全释放 WebView 预分配内存以在不加载 WebView 时节省虚拟内存的工具，在 32 位环境下可缓解虚拟内存不足导致的崩溃问题
无侵入，基于 PLT-hook(iqiyi/xHook)，无需重编 native 库
使用该工具后 WebView 仍可正常工作

MemGuard

一个基于 GWP-Asan 修改的堆内存问题检测工具
无侵入，基于 PLT-hook(iqiyi/xHook)，无需重编 native 库
可根据正则表达式指定被检测的目标库
可检测堆内存访问越界、使用释放后的内存和双重释放等问题

Backtrace Component

基于 DWARF 以及 ARM 异常处理数据进行简化并生成全新的 quicken unwind tables 数据，用于实现可快速回溯 native 调用栈的 backtrace 组件。回溯速度约是 libunwindstack 的 15x ~ 30x 左右。

使用方法

由于 JCenter 服务将于 2022 年 2 月 1 日下线，我们已将 Matrix 新版本（>= 0.8.0) maven repo 发布至 MavenCentral。

在你项目根目录下的 gradle.properties 中配置要依赖的 Matrix 版本号，如：

  MATRIX_VERSION=2.1.0

在你项目根目录下的 build.gradle 文件添加 Matrix 依赖，如：

  dependencies {
      classpath ("com.tencent.matrix:matrix-gradle-plugin:${MATRIX_VERSION}") { changing = true }
  }

接着，在 app/build.gradle 文件中添加 Matrix 各模块的依赖，如：

  dependencies {
    implementation group: "com.tencent.matrix", name: "matrix-android-lib", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-android-commons", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-trace-canary", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-resource-canary-android", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-resource-canary-common", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-io-canary", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-sqlite-lint-android-sdk", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-battery-canary", version: MATRIX_VERSION, changing: true
    implementation group: "com.tencent.matrix", name: "matrix-hooks", version: MATRIX_VERSION, changing: true
  }

  apply plugin: 'com.tencent.matrix-plugin'
  matrix {
    trace {
        enable = true	//if you don't want to use trace canary, set false
        baseMethodMapFile = "${project.buildDir}/matrix_output/Debug.methodmap"
        blackListFile = "${project.projectDir}/matrixTrace/blackMethodList.txt"
    }
  }

目前 Matrix gradle plugin 支持 Android Gradle Plugin 3.5.0/4.0.0/4.1.0。

实现 PluginListener，接收 Matrix 处理后的数据, 如：

  public class TestPluginListener extends DefaultPluginListener {
    public static final String TAG = "Matrix.TestPluginListener";
    public TestPluginListener(Context context) {
        super(context);
        
    }

    @Override
    public void onReportIssue(Issue issue) {
        super.onReportIssue(issue);
        MatrixLog.e(TAG, issue.toString());
        
        //add your code to process data
    }
}

实现动态配置接口，可修改 Matrix 内部参数. 在 sample-android 中我们有个简单的动态接口实例DynamicConfigImplDemo.java, 其中参数对应的 key 位于文件 MatrixEnum中，摘抄部分示例如下：

  public class DynamicConfigImplDemo implements IDynamicConfig {
    public DynamicConfigImplDemo() {}

    public boolean isFPSEnable() { return true;}
    public boolean isTraceEnable() { return true; }
    public boolean isMatrixEnable() { return true; }
    public boolean isDumpHprof() {  return false;}

    @Override
    public String get(String key, String defStr) {
        //hook to change default values
    }

    @Override
    public int get(String key, int defInt) {
         //hook to change default values
    }

    @Override
    public long get(String key, long defLong) {
        //hook to change default values
    }

    @Override
    public boolean get(String key, boolean defBool) {
        //hook to change default values
    }

    @Override
    public float get(String key, float defFloat) {
        //hook to change default values
    }
}

选择程序启动的位置对 Matrix 进行初始化，如在 Application 的继承类中， Init 核心逻辑如下：

  Matrix.Builder builder = new Matrix.Builder(application); // build matrix
  builder.pluginListener(new TestPluginListener(this)); // add general pluginListener
  DynamicConfigImplDemo dynamicConfig = new DynamicConfigImplDemo(); // dynamic config
  
  // init plugin 
  IOCanaryPlugin ioCanaryPlugin = new IOCanaryPlugin(new IOConfig.Builder()
                    .dynamicConfig(dynamicConfig)
                    .build());
  //add to matrix               
  builder.plugin(ioCanaryPlugin);
  
  //init matrix
  Matrix.init(builder.build());

  // start plugin 
  ioCanaryPlugin.start();

至此，Matrix就已成功集成到你的项目中，并且开始收集和分析性能相关异常数据，如仍有疑问，请查看示例.

PS：

从 v0.9.0 开始，Matrix for Android 迁移到了 AndroidX. 你可能需要添加 'android.useAndroidX=true' 标志到 gradle.properties 文件里。
Matrix 分析后的输出字段的含义请查看 Matrix 输出内容的含义解析

Battery Canary Usage

Backtrace Component Usage

如何初始化 backtrace 组件：

WeChatBacktrace.instance().configure(getApplicationContext()).commit();

初始化后其他 Matrix 组件就可以使用 Quicken Backtrace 进行回溯。更多参数的配置请查看 WeChatBacktrace.Configuration 的接口注释。

APK Checker

APK Check 以独立的 jar 包提供 (matrix-apk-canary-2.1.0.jar），你可以运行：

java -jar matrix-apk-canary-2.1.0.jar

查看 Usages 来使用它。

Usages: 
    --config CONFIG-FILE-PATH
or
    [--input INPUT-DIR-PATH] [--apk APK-FILE-PATH] [--unzip APK-UNZIP-PATH] [--mappingTxt MAPPING-FILE-PATH] [--resMappingTxt RESGUARD-MAPPING-FILE-PATH] [--output OUTPUT-PATH] [--format OUTPUT-FORMAT] [--formatJar OUTPUT-FORMAT-JAR] [--formatConfig OUTPUT-FORMAT-CONFIG (json-array format)] [Options]
    
Options:
-manifest
     Read package info from the AndroidManifest.xml.
-fileSize [--min DOWN-LIMIT-SIZE (KB)] [--order ORDER-BY ('asc'|'desc')] [--suffix FILTER-SUFFIX-LIST (split by ',')]
     Show files whose size exceed limit size in order.
-countMethod [--group GROUP-BY ('class'|'package')]
     Count methods in dex file, output results group by class name or package name.
-checkResProguard
     Check if the resguard was applied.
-findNonAlphaPng [--min DOWN-LIMIT-SIZE (KB)]
     Find out the non-alpha png-format files whose size exceed limit size in desc order.
-checkMultiLibrary
     Check if there are more than one library dir in the 'lib'.
-uncompressedFile [--suffix FILTER-SUFFIX-LIST (split by ',')]
     Show uncompressed file types.
-countR
     Count the R class.
-duplicatedFile
     Find out the duplicated resource files in desc order.
-checkMultiSTL  --toolnm TOOL-NM-PATH
     Check if there are more than one shared library statically linked the STL.
-unusedResources --rTxt R-TXT-FILE-PATH [--ignoreResources IGNORE-RESOURCES-LIST (split by ',')]
     Find out the unused resources.
-unusedAssets [--ignoreAssets IGNORE-ASSETS-LIST (split by ',')]
     Find out the unused assets file.
-unstrippedSo  --toolnm TOOL-NM-PATH
     Find out the unstripped shared library file.

由于篇幅影响，此次不再赘述，我们在 Matrix-APKChecker 中进行了详细说明。

Support

还有其他问题？

查看示例；
阅读源码；
阅读 Wiki 或 FAQ；
联系我们。

参与贡献

关于 Matrix 分支管理、issue 以及 pr 规范，请阅读 Matrix Contributing Guide。

腾讯开源激励计划鼓励开发者的参与和贡献，期待你的加入。

License

Matrix is under the BSD license. See the LICENSE file for details

信息公示

SDK名称：Matrix
版本号：2.1.0
开发者：深圳市腾讯计算机系统有限公司
主要功能：Matrix是微信研发并日常使用的应用性能监控工具，支持iOS、macOS和Android。Matrix通过接入闪退、卡顿、耗电、内存等方面的监控方案，对性能监控项的异常数据进行采集和分析，输出相应的问题分析、定位与优化建议，从而帮助开发者开发出更高质量的应用。
Matrix SDK使用说明
Matrix SDK个人信息保护规则

Name		Name	Last commit message	Last commit date
Latest commit History 3,303 Commits
.circleci		.circleci
.github		.github
assets		assets
matrix		matrix
samples		samples
.gitignore		.gitignore
CONTRIBUTING.md		CONTRIBUTING.md
LICENSE		LICENSE
Matrix.xcodeproj		Matrix.xcodeproj
README.md		README.md
codecc.sh		codecc.sh
matrix-wechat.podspec		matrix-wechat.podspec

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Tencent/matrix

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