What functions does an automated testing framework need to have?

We often hear that a certain framework is used, but what exactly is it? What are the advantages and features of the framework?

What is an automation framework

The automation framework is a tool that includes the organization, execution, monitoring, and reporting of automated tests. It is a tool set composed of multiple tools, libraries, modules, and APIs. The goal of an automation framework is to enable testers to quickly write, execute, and maintain automated tests. Through the automation framework, testing efficiency is improved, manual testing costs are reduced, and software quality is improved.

Advantages of automation frameworks

  • • Provides a set of reliable testing tools and methods that can improve testing accuracy and consistency.

  • • The automation framework has detailed reports and logs to help us clearly view results and locate problems.

  • • Through the automation framework, we can quickly write and execute test scripts to improve testing efficiency.

  • • The automation framework can be integrated with other development tools and processes to provide more comprehensive test coverage and continuous integration capabilities.

Testing framework components

  • • Test driven framework

  • • Programming scripting language

  • • Data management functions

  • • Reporting and logging functionality

  • • Custom and third-party plug-in module management

  • • Continuous integration capabilities

test driven framework

Test-driven framework is the main part of automated testing. Commonly used testing frameworks include JUnit, TestNG, Pytest, etc. Test-driven frameworks generally provide the infrastructure for test case execution, including the management and execution of test cases, as well as the collection and reporting of results.

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procedural scripting language

Programming scripting language is the core technology of the automation framework. Currently commonly used automated test script languages ​​include Python, Java, etc. Using scripting languages ​​for automated testing allows testers to write various customized test cases based on their business. Scripting languages ​​usually provide a variety of libraries and modules related to automated testing, such as Requests, jsonpath, json, re, etc. For everyone to use flexibly.

Data management functions

The data types we need during the testing process are managed according to different functions. Commonly used ones include configuration data, parameterized data, result data, etc. We need to consider how we manage this data.

  • • Configuration data/global parameters: Most of these are saved in the project configuration file, such as execution environment, database information, log configuration, etc.

  • • Parameterized data: Generally, projects have a separate data management module. Currently, the popular ones include Excel, yaml, database, number-making platform, etc. The decision is made based on the current situation of the framework, team and project.

  • • Result data: This general interface is to store it in a file or database for later data viewing and analysis.

Reporting and logging functionality

A detailed visual report will be generated after the automated test is executed. Through this report, we can easily understand the execution of this test and the final execution results. If there are failed use cases in the report, we can confirm the specific cause of the failure by consulting the logs. Therefore, a complete execution report and detailed log information constitute two important components of our framework. Their existence enables us to locate and solve problems efficiently and accurately.

Custom and third-party plug-in module management

When some functions of our framework are not satisfied, we need to implement some implementations or re-encapsulate them based on existing functions to make them simpler and meet the current business.

  • • Custom modules: Commonly used BasePage, BaseApi, email, corporate WeChat, logs, file operations, image recognition and other related tool classes. We often encapsulate some tool classes in our framework to make it easier for those who use the framework.

  • • Third-party plug-ins: For example, when generating test reports, we will generate them in HTML format. Common ones are Allure reports, loguru logs, Selenium, Appium modules, etc.

Continuous integration capabilities

The key to achieving maximum value from our automated test cases is their application in high-frequency usage scenarios. Currently, CICD has been widely used by most companies in the product development process. Therefore, our framework needs to have easy-to-docking features, which will enable our automated testing to exert greater value and further improve efficiency and effectiveness.

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