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- What's New
- Function Overview
- Service Overview
- Getting Started
-
User Guide
- Working with CodeArts TestPlan
- Enabling CodeArts TestPlan
- Accessing CodeArts TestPlan Homepage
- Configuring a Test Plan
- Configuring a Test Version
-
Configuring a Test Case
- Generating a Test Case
- Creating a Test Case by Using Mind Map
- Creating a Manual Test Case
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Creating an Automated API Test Case
- Using Automated API Test Cases
- Creating an Automated API Test Case Template
- Adding an API Test Script by Using a Custom URL Request
- Adding an API Script by Importing a Postman File
- Adding an API Script by cURL
- Adding an API Script by Keyword Library
- Adding Logic Control to an API Script
- Setting Test Case Parameters of an API Script
- Setting Environment Parameters of an API Script
- Importing an Automated API Test Case Dataset
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Built-in Functions
- Binary Addition Function
- Binary Subtraction Function
- Binary Multiplication Operation
- Binary Division Operation
- Obtaining the Current Timestamp
- Obtaining a Specified Timestamp
- Converting a Date into a Timestamp
- Converting a Timestamp into a Date
- Timestamp Addition and Subtraction Operations
- Generating Base64 Encoding
- Generating SHA512 Encoding
- Generating SHA256 Encoding
- Generating an MD5 Hash Value
- Generating a Random Number in a Specified Range
- Generating a Random String of a Specified Length
- Generating a Random Decimal in a Specified Range
- Generating a UUID
- Obtaining an Array via Reverse Index
- Obtaining the Element Values of an Array via Reverse Index
- Converting Uppercase Letters into Lowercase Letters
- Converting Lowercase Letters into Uppercase Letters
- Concatenating Strings
- Cutting Strings
- Obtaining String Length
-
System Keywords
- Overview
- GetIAMToken
- MySQLQuery
- MySQLUpdate
- MySQLInsert
- MySQLDelete
- OpenGaussQuery
- OpenGaussUpdate
- OpenGaussInsert
- OpenGaussDelete
- PostgreSQLQuery
- PostgreSQLUpdate
- PostgreSQLInsert
- PostgreSQLDelete
- MongoDBQuery
- MongoDBInsert
- MongoDBUpdate
- MongoDBDelete
- RedisGet
- RedisSet
- OBSWrite
- OBSDelete
- OBSQuery
- KafkaProducer
- KafkaConsumer
- TCP
- UDP
- WSConnect
- WSRequest
- WSWriteOnly
- WSReadOnly
- WSDisConnect
- DubboClient
- Executing a Test Case
- Managing Test Cases
- Creating and Executing a Test Suite
- Viewing and Evaluating Test Quality
- Settings
- API Reference
- Best Practices
-
FAQs
- What Do I Do If No Test Case Exists in a Test Suite?
- What Can I Do If I Do Not Have the Operation Permission?
- Why Am I See a Message Indicating that an API Automation Test Suite Is Being Executed or Queuing?
- What Do I Do If a Test Suite Does Not Exist?
- Why Can't I Download the Document in a Manual Test Case?
- What Do I Do If No Test Case Exists In a Test Plan
- Why Can't I Add Work Items of the Task Type When a Test Plan Is Created or Updated?
- What Do I Do If Test Cases Cannot Be Associated with Work Items of the Task Type?
- What Do I Do If the Test Case Completion Rate in the Test Report Is Lower Than 100%?
- Why Is the Status of Test Cases in a Test Plan Inconsistent with That in a Test Case Library?
- How Are Variables Passed Between Steps in API Automation Cases?
- How Do I Set Checkpoints for Test Procedures in API Automation Cases?
- Videos
- General Reference
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Introduction to Keyword Library
Background
Keyword-driven testing is a test automation technique that creates automated test cases by providing a set of "build blocks" called keywords. Keyword-driven testing can be used at different test levels, such as component testing and system testing. Its advantages lie in usability, understandability, maintainability, reuse of test information, support for test automation, saving potential costs, and promoting progress.
When designing test cases, you may often use the same pre-steps or test logic. If these steps are written in each test case, the workload is heavy and the maintenance is difficult. Test keywords can help reuse these test steps.
Keyword Library manages API keywords, system keywords, and combined keywords in a unified manner to build one-stop keyword management capabilities and ensure consistent user experience during test case scripting.
- API keywords define the request of a single API, and can be generated by importing a Swagger file or saving a user-defined URL request.
For details about API keywords, see Saving Test Procedure as an API Keyword.
- Combined keywords encapsulate multiple test steps as common test logic. This test logic can be reused when the combined keywords are invoked by other test cases. For details about combined keywords, see Saving Test Procedure as a Combined Keyword.
- System keywords cover authentication, protocols, middleware, and database, for various scenarios such as identity authentication, complex protocols, data processing, data preconfiguration, data verification, and API integration. For details about system keywords, see System Keywords.
Accessing Keyword Library
- After the operations described in Creating an Automated API Test Case Template are complete, choose Testing Case > Auto API Test and click the name of the test case to be edited.
- Click the Scripting tab. Keyword Library is displayed on the right of the page. (If it is not displayed, click
.)
- The Swagger import keywords are placed on the API tab page. For details, see Saving Test Procedure as an API Keyword.
- Keyword test cases and combined keywords are placed on the Combine tab page. You can create combined keywords from test case keywords and then save them. For details, see Saving Test Procedure as a Combined Keyword.
- Practical keyword types such as authentication, database operation, middleware, and protocol are placed on the System tab page. For details, see automated API test keywords.
- Click the drop-down list on the API tab page and search with keywords of name, description, or address.
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