Kotlin, being interoperable with Java, allows seamless work with Java libraries for file compression like gzip in .tar.gz format.
Gzip (GNU zip) is widely used for file compression, applying the DEFLATE algorithm and often paired with tools like tar to create .tar.gz archives.
Java ZIP format supports archiving and compression in one file, unlike Gzip, which compresses a single file stream.
The code example in Kotlin shows how to compress, decompress, and update .tar.gz archives using Apache Commons Compress library.
Functions like compressToTarGz, addFilesToTar, decompressTarGz, and updateTarGzArchive handle various operations on .tar.gz files.
By adding necessary dependencies and implementing the provided Kotlin code, handling compressed files becomes efficient and manageable.
Kotlin's concise syntax, Java interoperability, and libraries like Apache Commons Compress make working with compressed files elegant and effective.
Kotlin is widely used in Android, backend, web, cross-platform development, data science, and even game development due to its robust features and interoperability.
Apache Commons Compress library provides robust support for compressed and archived file formats, making it ideal for handling .tar.gz files in Kotlin.
Working with .tar.gz files in Kotlin offers a straightforward approach to compressing folders, decompressing archives, and updating contents efficiently.