val zip = Zip.open(Path("example.zip"))

// Access a specific entry
zip.entry(Path("my_compressed.txt")) {
    println("Entry my_compressed.txt has size $compressedSize/$uncompressedSize")
    println("Entry my_compressed.txt has content:")
    println(readToSource().readString())
}

// Access all entries
zip.forEachEntry { entry ->
    println("Entry ${entry.path} has size ${entry.uncompressedSize}")

    if (entry.isDirectory) {
        println("Entry is a directory")
    } else {
        println("Entry is a file with content:")
        println(entry.readToSource().readString())
    }
}

zip.close()

Zip.open(Path("example.zip"), mode = Zip.Mode.Append).use { zip ->
    // Add a folder
    zip.folderEntry(Path("subfolder"))
    // Add a file from a path
    zip.entryFromPath(Path("subfolder", "compressed.txt"), Path("example.txt"))
    // Add a file from a source
    zip.entryFromSource(Path("hello_world.txt"), Buffer().apply { writeString("Hello, World!") })
    // Delete an entry
    zip.deleteEntries(Path("old_file.txt"))
}

Zip.open(Path("example.zip")).use { zip ->
    zip.extractTo(Path("example"))
}

Zip.open(
    path = Path("example.zip"),
    mode = Zip.Mode.Write,
    // Optional: Set compression level
    level = Zip.CompressionLevel.BetterCompression
).use { zip ->
    zip.compressFrom(Path("example"))
}