JavaScript Algorithms Testing with Jest Framework
The javascript-algorithms repository demonstrates comprehensive unit testing practices using Jest as the primary testing framework. With 175 test cases covering various algorithmic implementations, from graph traversal to searching algorithms, the codebase showcases practical examples of JavaScript algorithm testing. The test suite emphasizes both functionality verification and edge case handling across different algorithmic domains. Qodo Tests Hub provides an organized view into this repository's testing patterns, making it easier for developers to explore real-world examples of algorithm testing in JavaScript. Through the platform, users can examine how complex algorithms like Eulerian paths, unique path calculations, and breadth-first search are tested, gaining insights into effective test structure and assertion patterns. The test analysis features help developers understand testing best practices while working with algorithmic implementations.
| Path | Test Type | Language | Description |
|---|---|---|---|
| src/algorithms/math/bits/__test__/fullAdder.test.js |
unit
|
javascript | This Jest unit test verifies the fullAdder function’s ability to correctly perform addition operations with various number combinations. |
| src/algorithms/math/bits/__test__/isPositive.test.js |
unit
|
javascript | This Jest unit test verifies the bitwise implementation of positive number detection in JavaScript. |
| src/algorithms/math/bits/__test__/multiply.test.js |
unit
|
javascript | This Jest unit test verifies the bitwise multiplication function’s handling of various number combinations and edge cases. |
| src/algorithms/math/bits/__test__/setBit.test.js |
unit
|
javascript | This Jest unit test verifies the setBit function’s ability to correctly set bits at specified positions in binary numbers. |
| src/algorithms/math/bits/__test__/switchSign.test.js |
unit
|
javascript | This Jest unit test verifies the switchSign function’s ability to convert number signs using two’s complement approach. |
| src/algorithms/math/bits/__test__/updateBit.test.js |
unit
|
javascript | This Jest unit test verifies the updateBit function’s ability to modify individual bits at specified positions in binary numbers. |
| src/algorithms/math/bits/__test__/multiplyByTwo.test.js |
unit
|
javascript | This Jest unit test verifies the bitwise multiplication by two function through various integer inputs |
| src/algorithms/math/euclidean-algorithm/__test__/euclideanAlgorithm.test.js |
unit
|
javascript | This Jest unit test verifies the correct implementation of the Euclidean Algorithm for calculating Greatest Common Divisors across various input scenarios. |
| src/algorithms/math/euclidean-distance/__tests__/euclideanDistance.test.js |
unit
|
javascript | This Jest unit test verifies Euclidean distance calculations between vectors and matrices of various dimensions while ensuring proper error handling. |
| src/algorithms/math/factorial/__test__/factorial.test.js |
unit
|
javascript | This Jest unit test verifies the correct calculation of factorial values for various input numbers including edge cases and standard scenarios. |