.XML File Recovery

Have files been deleted due to a user’s error or software error? Have you formatted a disk by accident and need to know how to recover the files? Read our .XML file recovery guide for Windows, MacOS, Android and IOS in 2024.

XML File Recovery

What is a .XML file?

An XML file is an XML (Extensible Markup Language) data file. It is formatted much like an .HTML document, but uses custom tags to define objects and the data within each object. XML files can be thought of as a text-based database.

What Are Common Causes of ".XML" Files Lost or Failure?

There are several common causes of ".XML" file loss or failure:

  1. Accidental deletion: Users may accidentally delete ".XML" files while organizing or cleaning up their computer or storage devices.
  2. Software or hardware issues: Issues with the software or hardware used to read or write ".XML" files can result in file corruption or loss. This can include system crashes, power outages, or software bugs.
  3. Virus or malware attacks: Malicious software can infect ".XML" files, causing corruption or preventing them from being accessed or opened.
  4. File system errors: Errors in the file system, such as disk errors or file system corruption, can lead to the loss or corruption of ".XML" files.
  5. Improper handling or transfer: If ".XML" files are not properly handled or transferred, such as during file transfers or backups, they can become corrupted or lost.
  6. Software conflicts: Incompatibilities or conflicts between different software applications can cause ".XML" files to become inaccessible or produce errors.
  7. Human error: Mistakes made by users, such as accidental overwriting, incorrect editing, or improper saving, can lead to the loss or failure of ".XML" files.
  8. Storage media failure: Physical damage or failure of storage media, such as hard drives, SSDs, or USB drives, can result in the loss of ".XML" files stored on them.
  9. Sudden power loss: Unexpected power loss or improper shutdowns can interrupt the writing or saving process of ".XML" files, leading to corruption or loss.
  10. File format conversion issues: Converting ".XML" files to another format or vice versa can sometimes result in data loss or file corruption if not done correctly.

It is important to regularly back up ".XML" files to minimize the risk of loss or failure.

How to recover lost ".XML" files?

Sometimes while working with a computer, laptop or other stationary or mobile devices, you may encounter various bugs, freezes, hardware or software failures, even in spite of regular updates and junk cleaning. As a result, an important ".XML" file may be deleted.

Go to view
🧺 How to Recover Files and Folders After Sending Them to the Recycle Bin and Deleting? (Windows 11)

🧺 How to Recover Files and Folders After Sending Them to the Recycle Bin and Deleting? (Windows 11)

By no means should you think that the only way to recover a ".XML" file is always to create it once more.

Use programs for recovering ".XML" files if a file was lost after accidental or deliberate deleting, formatting the memory card or the internal storage, cleaning the storage device, after a virus attack or a system failure.

Programs to recover ".XML" files

Looking for a way to get files back? In cases when files were deleted and they cannot be restored by using standard operating system tools, use Hetman Partition Recovery.

The tool recovers data from any devices, regardless of the cause of data loss.

Follow the directions below:

  1. Download Hetman Partition Recovery, install and start the program.

  2. The program will automatically scan the computer and display all hard disks and removable drives connected to it, as well as physical and local disks.

    File Recovery Software
  3. Double-click on the disk from which you need to recover ".XML" files, and select analysis type.

    Hetman Partition Recovery - Analysis Type
  4. When the scanning is over, you will be shown the files for recovery.

    Hetman Partition Recovery - Files that Can be Restored
  5. To find a file you need, use the program’s interface to open the folder it was deleted from, or go to the folder "Content-Aware Analysis" and select the required file type.

    Hetman Partition Recovery - Deep Scan
  6. Select the files you have been looking for and click "Recovery".

    File Recovery Software - Files List for Recovery
  7. Choose one of the methods for saving the files and recover them.

    Saving recovered files in Hetman Partition Recovery

How to open file with ".XML" extension?

Looking for how to open a stereo xML File image file file?

Programs that open ".XML" files

Windows
File Viewer Plus File Viewer Plus
Altova XMLSpy Altova XMLSpy
Microsoft Visual Studio 2019 Microsoft Visual Studio 2019
SyncRO Soft oXygen XML Editor SyncRO Soft oXygen XML Editor
Liquid Technologies Liquid XML Studio Liquid Technologies Liquid XML Studio
Progress Stylus Studio Progress Stylus Studio
JAPISoft EditiX JAPISoft EditiX
Wattle XMLwriter Wattle XMLwriter
Microsoft XML Notepad Microsoft XML Notepad
XMLBlueprint XML Editor XMLBlueprint XML Editor
Adobe Dreamweaver CC 2019 Adobe Dreamweaver CC 2019
Any <a href=text editor"> Any text editor
Mac
JAPISoft EditiX JAPISoft EditiX
Bare Bones BBEdit Bare Bones BBEdit
MacroMates TextMate MacroMates TextMate
Adobe Dreamweaver CC 2019 Adobe Dreamweaver CC 2019
Any <a href=text editor"> Any text editor
Linux
SCREEM SCREEM
Any <a href=text editor"> Any text editor
iOS
Alexander Blach Textastic Code Editor Alexander Blach Textastic Code Editor
Android
File Viewer for Android File Viewer for Android

Additional Information

  • File type: XML File

  • File extension: .XML

  • Developer: Невідомо

  • Category: Data Files

  • Format: XML

  • Mime-type: text/xml

  • HEX: 3C 3F 78 6D 6C 20 76 65 72 73 69 6F 6E 3D

  • ASCII:

  • File types that use the extension .XML:

    • XML File

    • Cinelerra Video Project

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Comments (1)

  • Hetman Software: Data Recovery
    Hetman Software: Data Recovery 18.12.2019 12:30 #
    Leave a comment if you have any questions about Recovering lost .XML files after deleting, cleaning or formatting!
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Vladimir Artiukh

Author: Vladimir Artiukh, Technical Writer

Vladimir Artiukh is a technical writer for Hetman Software, as well as the voice and face of their English-speaking YouTube channel, Hetman Software: Data Recovery for Windows. He handles tutorials, how-tos, and detailed reviews on how the company’s tools work with all kinds of data storage devices.

Oleg Afonin

Editor: Oleg Afonin, Technical Writer

Oleg Afonin is an expert in mobile forensics, data recovery and computer systems. He often attends large data security conferences, and writes several blogs for such resources as xaker.ru, Elcomsoft and Habr. In addition to his online activities, Oleg’s articles are also published in professional magazines. Also, Oleg Afonin is the co-author of a well-known book, Mobile Forensics - Advanced Investigative Strategies.

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Questions and answers

  • What is an XML format and how is it different from other file formats?

    XML (eXtensible Markup Language) is a markup language that defines a set of rules for encoding documents in a format that is both human-readable and machine-readable. It is a text-based format that uses tags to define elements and attributes to provide additional information about those elements. XML is often used for storing and exchanging data between different systems.

    Here are some ways in which XML differs from other file formats:

    1. Structure: XML has a hierarchical structure, where data is organized into nested elements, making it easier to represent complex data relationships. Other file formats like plain text or CSV do not have this hierarchical structure.
    2. Flexibility: XML is extensible, meaning users can define their own tags and structure based on their specific needs. This flexibility allows XML to adapt to various data models and domains. Other file formats may have fixed structures that cannot be easily modified.
    3. Human-readable: XML is designed to be human-readable, with text-based tags and attributes that can be easily understood by developers and users. This makes it easier to create, edit, and debug XML files. Other file formats like binary files are not human-readable.
    4. Interoperability: XML is widely supported across different platforms, programming languages, and applications. It is a standard format for data exchange and integration among various systems. Other file formats may have limited support or may be specific to certain applications or platforms.
    5. Metadata: XML allows the inclusion of metadata, which provides additional information about the data being represented. This metadata can be used for documentation, validation, or other purposes. Other file formats may not have built-in support for metadata.
    6. Self-descriptive: XML documents are self-descriptive, meaning they contain both the data and the structure of the data. This makes it easier to understand and interpret the data without relying on external documentation. Other file formats may require separate documentation to understand the data structure.

    Overall, XML provides a flexible, human-readable, and interoperable format for representing and exchanging data, making it suitable for a wide range of applications and systems.

  • What are some common applications of XML formats in data storage and exchange?

    Some common applications of XML formats in data storage and exchange include:

    1. Web services: XML is widely used in web services to exchange data between different systems and platforms. It allows for the easy transfer of structured data over the internet.
    2. Document storage: XML is often used to store and organize documents, especially those with complex structures. It provides a standardized format for storing and retrieving data, making it easier to manage large volumes of information.
    3. Configuration files: XML is commonly used for storing configuration settings for software applications. It allows for easy customization and modification of settings without requiring changes to the underlying code.
    4. Data interchange: XML is used for data interchange between different systems and applications. It provides a platform-independent format for exchanging data, making it easier to integrate and share information between different systems.
    5. Data representation: XML is used for representing data in a structured and hierarchical manner. It allows for the organization and storage of complex data structures, making it easier to process and analyze data.
    6. Syndication and content distribution: XML is widely used in syndication formats such as RSS and Atom to distribute and share content. It allows for the easy aggregation and distribution of news articles, blog posts, podcasts, and other forms of content.
    7. Database integration: XML is often used to integrate data from different databases or systems. It provides a common format for exchanging data, making it easier to transfer and synchronize information between different databases.
    8. E-commerce and electronic data interchange (EDI): XML is used in e-commerce and EDI systems to exchange business transactions and documents. It allows for the standardized exchange of purchase orders, invoices, shipping notices, and other business-related information.

    Overall, XML is a versatile format that finds applications in various domains where structured data storage and exchange are required.

  • How can XML formats be used to improve interoperability and data integration between different systems and platforms?

    XML formats can be used in several ways to improve interoperability and data integration between different systems and platforms:

    1. Standardization: XML provides a standardized format for representing data. By using XML, different systems can agree on a common structure and syntax for exchanging data, ensuring that data can be understood and processed correctly by all parties involved.
    2. Platform independence: XML is a platform-independent format, meaning it can be used on any system or platform that supports XML parsing. This allows data to be easily shared and integrated between systems running on different operating systems, programming languages, or hardware architectures.
    3. Data exchange: XML can be used as a common language for exchanging data between different systems. By converting data into XML format, it becomes easier to transmit and receive data across networks, regardless of the specific technology or protocols used by the systems involved.
    4. Data integration: XML can act as a bridge between different data sources and systems, enabling data integration and consolidation. By mapping data from various sources into a common XML format, it becomes possible to aggregate and analyze data from multiple systems, providing a unified view of the information.
    5. Extensibility: XML allows for the creation of custom data structures and vocabularies using XML Schema or Document Type Definitions (DTDs). This flexibility enables systems to define their own data formats and extend existing XML formats to accommodate specific needs, ensuring compatibility and seamless integration.
    6. Web services: XML is widely used in web services, where systems communicate and exchange data over the internet using XML-based protocols like SOAP (Simple Object Access Protocol) and REST (Representational State Transfer). XML formats provide a standardized way to structure data in web service requests and responses, facilitating interoperability between different systems.

    Overall, XML formats serve as a common language for data representation, enabling interoperability and data integration between different systems and platforms.

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