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1. Project Introduction
Stress test to find out! All-in-one performance stress testing tool
Second, the implementation of functions
1. Intelligent scheduling algorithm
An intelligent scheduling algorithm written in Go can dynamically allocate stress testing tasks to different test nodes based on system load and resource utilization to achieve optimal system performance.
2. Generate test reports in real time
During the stress testing process, test data is continuously collected and test reports are generated in real time. You can use Go's template engine to generate reports to ensure that they are timely and accurate.
3. Abundant report charts
The test report contains rich charts to display information such as stress test results and system performance metrics. Go's charting library, such as go-echarts, can be used to generate a variety of charts, including line charts, bar charts, pie charts, and more.
4. Real-time modifications
During the stress test, you can modify the parameters of the stress test in real time, such as the number of concurrent requests and the duration of the stress test. This can be achieved through a real-time monitoring and configuration page, using WebSocket to update the configuration in real time.
5. Real-time logs
The system needs to provide real-time log output to record various events and error messages during the stress testing process. You can use Go's logging library, such as logrus, to implement logging, and display it on the monitoring page in real time through WebSocket.
6. Editable reports
The generated test report can be edited and customized, and users can customize the content, format, etc. of the report as needed. A visual report editor can be provided, which can be implemented using Go's web framework.
7. Flow scene flow
It supports simulating the flow of different stress test scenarios, such as user login, product browsing, order payment, and other processes. Go can be used to write simulations for various scenarios, and a scene configuration interface is provided for users to customize the scene flow.
8. Multiple stress testing modes
It supports multiple stress testing modes, such as continuous pressure testing, gradual pressure increase, and peak pressure testing. You can configure parameters to select different stress testing modes and display various metrics in the stress testing process in the report.
9. Self-sustaining interface automation
The interface automated testing function is provided, which can automatically generate test cases based on the interface documents and perform automated tests. You can use Go's testing framework to automate interface testing and integrate test results into stress test reports.
10. Mock Services
The mock service function is provided to simulate the return results of interfaces for interface testing and stress testing. You can use Go to write a simple mock server that supports a custom interface to return data.
11. Enterprise Admin Background
Design an enterprise management background to manage stress testing tasks, view test reports, and configure stress test parameters. The backend needs to provide functions such as user rights management and operation logging to ensure the security and stability of the system.
3. Technology selection
Backend: GoLang
前端: React.js
中间件: MySQL, MongoDB, Kafka, ZooKeeper, Redis
Infrastructure: Docker
Test engine: GoLang
Fourth, the interface display
5. Source code address
Direct message reply: Test