Customer Cases
Pricing

How to Utilize CrashSight's Symbol Table Tool for Efficient Debugging

Learn how to use CrashSight's Symbol Table Tool to extract and upload symbol table files, enabling efficient debugging and crash analysis for your apps.
 

1. What is a Symbol Table and Why is it Important?

A symbol table is a mapping table containing memory addresses, function names, file names, and line numbers. CrashSight uses symbol tables to analyze and retrace crash stacks, helping developers locate the code where a crash occurred quickly and accurately.

1.1 Environment Requirements

- Java SE Runtime Environment (64-bit)

- JRE and JDK version 1.6 or higher

1.2 Symbol Table Extraction Requirements

- Symbol Table Tool

- Debug (unstripped) SO file

1.3 Uploading Symbol Table

CrashSight Android Symbol Table Tool v2.5.0 and above support uploading features, including Mapping file uploading.

2. How to Extract Symbol Tables

The Symbol Table Tool supports Windows, Linux, and Mac platforms, providing crashSightSymbolAndroid.jar and crashSightSymboliOS.jar files.

2.1 Tool Usage and Options

 

 

jar -jar <JAR file> [-option <parameter>]

 

2.2 Usage Example

2.2.1 Symbol Table Generation and Uploading for Debug SO

Example:

- Operating system: Windows

- Directory of Debug SO: E:\Projects\Demo\obj

- App ID: 9000012345

- App Key: abcdefghijk

- App Package Name: com.batman.demo

- App Version: 2.3.1

Use the Symbol Table Tool's JAR file to generate the symbol table file and upload automatically:

 

 

java -jar crashSightSymbolAndroid.jar -i E:\Projects\Demo\obj -u -id 900012345 -key abcdefghijk -package com.batman.demo -version 2.3.1 -url https://crashsight.wetest.net/openapi/file/upload/symbol

 

2.2.2 Upload Mapping Files

Example:

- Operating system: Windows

- Android project directory: E:\Projects\Demo

- App ID: 9000012345

- App Key: abcdefghijk

- App Package Name: com.batman.demo

- App Version: 2.3.1

Use the Symbol Table Tool to upload Mapping files:

 

 

java -jar crashSightSymbolAndroid.jar -mapping E:\Projects\Demo\Mapping\mapping.txt -u -id 900012345 -key abcdefghijk -package com.batman.demo -version 2.3.1 -channel tencent -url https://crashsight.wetest.net/openapi/file/upload/symbol

 

3. FAQs

- What is the input file of the Symbol Table Tool? For Android, input .so files with debugging info. For iOS, input dsym files.

- What is a Symbol Table's UUID? UUID is a built-in property of so/dsym. For one single file, its value remains the same.

- Does uploading a Symbol Table overwrite the previous table? The previous table will be overwritten if the two tables share the same UUID, but retained if the UUIDs are different.

- After using the Symbol Table uploading tool, how can I know whether the upload is successful? Usually, the upload is successful as long as the Symbol Table Tool is executed. You can also check on the page whether the Symbol Table of the corresponding version has been uploaded.

- How would I know when the uploading tool needs an update? And how to update it? If the update is optional, it will be included in this document. If the update is a must, users will be notified via the communication channel provided upon Integration.

By leveraging CrashSight's Symbol Table Tool, you can efficiently debug and analyze crashes in your app, ensuring a smooth and seamless user experience.

Latest Posts
1Intelligent Testing System: Enterprise Implementation Path & Trends 2026 A complete guide to intelligent testing system, covering 5-layer architecture, 4 core modules, enterprise implementation path, team building & real cases for quality, efficiency & cost reduction.
2Shift Left Testing & Shift Right Testing: Building a Full-Lifecycle Quality Assurance System Discover the core principles, implementation practices, and enterprise case studies of Shift Left Testing and Shift Right Testing. Learn how to build a full-lifecycle intelligent quality assurance system to reduce defects and ensure production stability.
3Low-Code/No-Code Testing Platform Practices: Mabl, Testim, Applitools Guide Explore low-code/no-code testing practices with Mabl, Testim, Applitools. Learn core concepts, practical operations, enterprise implementation strategies, and how to improve testing efficiency significantly.
4Cloud-Native Testing: Strategies for Containerized & Distributed Environments Cloud-native testing guide for testers: Learn container (Docker) & microservice testing strategies, tools (Sentinel, SkyWalking), real cases, and pitfalls to ensure distributed system stability in 2026.
5AI-Driven Testing: From Test Case Generation to Visual Self-Healing Automation | 2026 Guide Discover how AI-driven testing transforms software QA. This comprehensive guide covers AI test case generation, visual test automation, and visual self-healing — with tool recommendations (TestGPT, Applitools, Testim) and practical steps to reduce maintenance costs by up to 90%.