Validator.js version 7.2.0 represents a minor update to the popular string validation and sanitization library, building upon the foundation established in version 7.1.0. Both versions, licensed under the permissive MIT license, share a common goal: providing developers with robust tools for ensuring data integrity and security in their applications.
The core functionality remains consistent, offering a suite of validators and sanitizers applicable to a wide range of data types. Developers familiar with version 7.1.0 will find the transition seamless, as the API and usage patterns are largely unchanged. The key difference lies primarily in potential bug fixes, performance improvements, or subtle enhancements that optimize the library's internal workings. While the specific nature of these modifications is not explicitly detailed, the bump to version 7.2.0 indicates that upgrading is recommended to leverage these refinements.
Both versions rely on a consistent set of development dependencies, including tools like Mocha for testing, ESLint for code quality, and Rollup for bundling. This signifies a commitment to maintaining code quality and ensuring compatibility across various JavaScript environments. The continuous use of babel-preset-es2015 and related plugins ensures the library remains transpiled for older environments.
For developers seeking a reliable solution for data validation in Node.js or browser-based applications, both version 7.1.0 and 7.2.0 of Validator.js offer a dependable choice. The update to 7.2.0 is suggested, particularly for new projects to take advantage of any cumulative improvements. Keep in mind it's important to always consult the library's official changelog or release notes for granular details regarding the specific changes introduced in version 7.2.0 for full transparency of what has changed between the two releases.
All the vulnerabilities related to the version 7.2.0 of the package
Inefficient Regular Expression Complexity in validator.js
validator.js prior to 13.7.0 is vulnerable to Inefficient Regular Expression Complexity