Convert XZ Files to DICOM in Java or Online XZ Converter

XZ to DICOM Conversion in Java

Create ZipInputStream with input XZ file
Setup output directory where unzipped files will be stored
Loop through each file in input XZ file and extract to output directory
Temporary List to hold names of extracted files from unzipped folder
Get the list of all files (with full paths) from unzipped folder
Loop through each unzipped file and convert each file to DICOM
Merge DICOM files using GroupDocs.Merger API
Instantiate Merger with first input DICOM document in temporary List
Loop through list of converted DICOM documents starting from second file
Call Save method of Merger class instance to save merged DICOM document

XZ to DICOM Conversion API

To convert the contents of a XZ file into a single DICOM, utilize the Aspose.ZIP, GroupDocs.Conversion, and GroupDocs.Merger APIs for Java. The accompanying code example allows conversions from various common archive formats, including ZIP and RAR.

The code example below outlines how to extract data from XZ files and merge it into a single DICOM document, which will be saved at a specified location.

To get started, downloads the necessary assembly files or obtain the complete Conholdate.Total package directly from NuGet.

Frequently Asked Questions

How do I start converting XZ to DICOM using Conholdate.Total for Java?

The Conholdate.Total for Java platform lets you try out different ways to convert archive files. Developers have two main options - they can use ready-made examples from GroupDocs for a straightforward approach, or go with Aspose examples for more control. You can also use these examples to work on both the front and back end of a project, or build your XZ to DICOM conversion feature from scratch using popular Java-supporting tools like Eclipse or Visual Studio Code.

Which Java APIs from Conholdate.Total are in the example code for converting XZ to DICOM?

Conholdate.Total for Java brings together all the Java APIs from Aspose and GroupDocs. Although developers have various APIs to choose from for converting XZ to DICOM, we chose to show easy-to-follow examples using GroupDocs.Conversion for Java in our code snippets.

Which file formats are supported by Conholdate.Total for Java?

Conholdate.Total for Java combines libraries from Aspose and GroupDocs, allowing Java programmers to work with many different file formats like Word, Excel, Visio, images and PDF in Java and J2SE apps. This means you can easily manipulate and manage these files in your Java projects.

What is XZ file format?

XZ is an open-source file compression format that uses the LZMA2 algorithm, which provides a high compression ratio and fast decompression speed. It was created as an alternative to older compression formats like gzip and bzip2, and offers several advantages over them. XZ files are compatible with multiple platforms, including Windows, macOS, Linux, and Unix-based systems, making it a popular choice among developers and system administrators. One of the main benefits of XZ compression is its ability to compress large files efficiently while maintaining excellent compression ratios. This is particularly useful when dealing with large data sets or archives that need to be transferred over a network or stored on a disk. XZ files also support advanced compression options like delta compression, which can significantly reduce the size of files that have been updated or modified. In addition to its compression capabilities, XZ also provides error detection and correction features, making it a reliable choice for archiving data. XZ files can be easily created or decompressed using popular archiving software like 7-Zip, WinZip, and PeaZip.

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What is DICOM file format?

DICOM (Digital Imaging and Communications in Medicine) is a standard file format used for storing and exchanging medical imaging information. It is one of the most widely used medical image formats in the world. DICOM files are composed of header information, patient-related data, and the pixel data that makes up the actual images. This allows for images to be easily read and interpreted across multiple different systems, regardless of the hardware or software that is used. Additionally, it provides a level of control and protection of the medical data being transmitted. As a result, DICOM is the most widely used format in medical imaging and is the basis for many image-based medical applications, including Electronic Medical Records (EMR).

Convert XZ Files to DICOM in Java