1. Preface

In modern Android development, performance optimization is an indispensable part of the process, involving aspects such as application responsiveness, smoothness, memory usage, and battery consumption. Google and third-party developers have provided a series of performance analysis tools to help developers diagnose and solve performance issues. Below are some commonly used Android performance analysis tools.

2. Android Studio Profiler

The Android Studio Profiler offers a real-time performance monitoring interface, allowing developers to track key performance metrics while running the app.

• CPU Profiler: Developers can view the CPU usage of the app, including the activities of various threads. It supports sampling and instrumentation modes and can record method call stacks to help locate CPU bottlenecks.
• Memory Profiler: Displays a timeline of memory usage, including the allocation and deallocation of objects. Developers can observe memory leaks, analyze memory allocations, and observe the impact of garbage collection.
• Network Profiler: Provides a detailed view of network activity, including the timeline of requests and responses, as well as the amount of data sent and received. This helps identify network latency or unnecessary network requests.
• Energy Profiler: Shows the energy consumption of the app, including battery usage due to CPU, network, location, and other factors. Developers can use it to optimize the app's battery efficiency.

3. Systrace/Perfetto

• Systrace: Uses the ATRACE command to capture a timeline of system calls and application events. It can help developers understand the behavior of the app at the system level, such as rendering, thread scheduling, and memory allocation.
• Perfetto: Is a more advanced tool that integrates Systrace functionality, offering a web-based user interface to analyze more types of data, such as CPU scheduling, memory paging, and file system activity.

4. StrictMode

StrictMode is a developer tool for monitoring the runtime behavior of apps, especially those operations that may reduce performance. Developers can configure StrictMode to log or display violations, such as disk reads/writes, network access, or custom violation checks.

5. Hierarchy Viewer/Layout Inspector

• Hierarchy Viewer: This is an old tool that has now been replaced by Layout Inspector. It was used to analyze the hierarchy of layouts to help developers optimize layout performance.
• Layout Inspector: Provides a real-time view of the layout hierarchy, allowing developers to inspect layout properties and rendering performance, as well as use the Layout Validation feature to check for layout compatibility issues.

6. Memory Monitor/Memory Profiler

• Memory Monitor: This was an old tool in Android Studio, now replaced by Memory Profiler. It used to provide a simple chart for monitoring memory usage.
• Memory Profiler: Offers a detailed memory usage timeline, including memory allocations, garbage collection events, and memory leaks. Developers can use it to analyze memory usage patterns and optimize memory management.

7. LeakCanary

LeakCanary is an automated memory leak detection library. It monitors memory leaks during app runtime and provides notifications and leak path information when leaks are detected. Developers can use this information to locate and fix memory leaks.

8. Battery Historian

Battery Historian is an analysis tool that can parse the battery usage history files of Android devices. Developers can use it to analyze the battery consumption patterns of apps, identify power-hungry operations, and optimize them.

9. SQLite Analysis Tools

SQLite Analysis Tools include SQLite Visualizer and SQLite Database Viewer, which can help developers optimize database performance. These tools provide a visualization of the database structure and query analysis, helping developers optimize queries and database design.

10. Network Analysis Tools

• Wireshark: Is a network protocol analysis tool that can capture and analyze network traffic. Developers can use it to inspect the network requests and responses of apps and identify network issues.
• Charles Proxy: Is a proxy server that can be used to monitor and debug HTTP and HTTPS communications. It is very useful for understanding the interactions between apps and servers and can be used to simulate slow networks and different network conditions.

11. GPU Overdraw and Profiler

• GPU Overdraw: Is a debugging option that can be enabled in the developer options. It shows colors on the screen to indicate how many times a pixel has been drawn, helping developers identify and reduce unnecessary drawing operations.
• GPU Profiler: Is a tool in Android Studio that can help developers analyze rendering performance issues, such as frame rates and rendering times. Developers can use it to optimize the rendering path and reduce the graphics processing load.

The use of these tools can significantly improve the performance of Android apps, ensuring a smooth and efficient user experience. Developers should master these tools and consider performance optimization as a continuous task in the development process.

12. Developing a Android App from Scratch with Codia AI Code

To integrate Codia AI into your Figma to Android development process, follow these instructions:
Open the link: Codia AI Figma to code: HTML, CSS, React, Vue, iOS, Android, Flutter, ReactNative, Tailwind, Web, App

• Install the Codia AI Plugin: Search for and install the Codia AI Figma to Flutter plugin from the Figma plugin store.
• Prepare Your Figma Design: Arrange your Figma design with clearly named layers and components to ensure the best code generation results.
• Convert with Codia AI: Select your design or component in Figma and use Codia AI to instantly

generate Android code.