XES to TXT Converter

XES to TXT Conversion Explained

Converting .XES (eXtensible Event Stream) files to .TXT (plain text) files changes structured, hierarchical process mining data into flat, unformatted text. People convert .XES to .TXT to read event logs without specialized process mining software or to extract raw data for simple text-processing scripts.

When you convert .XES to .TXT, you gain universal readability. Any basic text editor can open a .TXT file. However, you lose the standardized XML schema defined by the IEEE 1849 standard. .XES files organize data into logs, traces, events, and nested attributes. A plain text file cannot natively enforce this hierarchy. If your goal is to analyze workflows in process mining software, this conversion is a bad idea because target applications require the strict XML structure of .XES.

Typical Tasks and Users

This conversion is primarily used by process analysts, data scientists, and software developers working with event logs. Common workflows include:

• Debugging logs: Developers convert .XES to .TXT to quickly inspect trace IDs, timestamps, or activity names without loading heavy process mining applications.
• Data extraction: Analysts extract specific text strings from an event log to share a readable snippet with non-technical stakeholders.
• Legacy system integration: Engineers feed event data into older systems or custom scripts that can parse flat text but lack XML parsing libraries.
• Command-line filtering: System administrators convert logs to text to search for specific errors or events using standard tools like grep or awk.

Software & Tool Support

Handling .XES files usually requires specialized process mining software or programming libraries. .TXT files are universally supported.

• Process Mining Software: Tools like ProM, Disco by Fluxicon, and Celonis natively read and export .XES files.
• Programming Libraries: The pm4py library for Python is the standard technical method for parsing .XES and can be scripted to output flat text.
• Text Editors: Notepad++ and VS Code can open both formats, though reading raw .XES XML tags manually is difficult.
• Command-Line Tools: Linux utilities like sed, awk, and xmllint can extract text from .XES files directly in the terminal.

Pros and Cons of the Conversion

Pros:

• Universal compatibility: .TXT files open on any operating system without third-party software.
• Simplicity: Plain text removes verbose XML tags, making the core data easier to read for humans.
• File size: Stripping the repetitive XML structure significantly reduces the overall file size.
• Easy searching: You can search plain text instantly using basic operating system search functions.

Cons:

• Loss of hierarchy: The parent-child relationship between traces and events is flattened or lost entirely.
• Loss of data types: .XES strictly defines attributes as strings, dates, integers, or booleans. .TXT treats everything as a generic string.
• Broken compatibility: Process mining tools cannot import unstructured .TXT files to generate process models.
• No validation: You lose the ability to validate the log against the IEEE 1849 standard schema.

Conversion Difficulties & Why Convert.Guru

The main technical difficulty in converting .XES to .TXT is flattening nested XML data. An event in an .XES file belongs to a specific trace and contains multiple attributes (like timestamp, resource, and lifecycle transition). A naive conversion simply strips the XML tags, leaving a disorganized wall of text where it is impossible to tell which event belongs to which trace. A proper conversion must parse the XML tree, map the events to their parent traces, and format the output into readable rows or structured text blocks.

Convert.Guru handles this conversion accurately. Instead of just deleting XML tags, the conversion pipeline safely parses the .XES structure, extracts the core trace and event attributes, and formats them into a clean, readable .TXT file. This saves users from writing custom Python scripts or dealing with broken XML formatting.

XES vs. TXT: What is the better choice?

Which format should you choose?

You should choose .XES if you are actively analyzing business processes, discovering workflow models, or using tools like ProM and Celonis. It is the global standard for event logs and preserves all necessary metadata.

You should choose .TXT only if you need to quickly read the log data, share a human-readable snippet, or feed the data into a simple script that cannot parse XML.

Note: If you need to analyze the data outside of process mining tools (for example, in Excel or a SQL database), you should avoid .TXT and convert .XES to .CSV instead. CSV maintains a tabular structure that is much easier to query than plain text.

Conclusion

Converting .XES to .TXT makes sense when you need to extract raw event data from an XML structure for quick human inspection or simple text processing. The biggest limitation to watch for is the complete loss of the IEEE standard schema and hierarchical trace relationships, which makes the resulting file useless for actual process mining. Convert.Guru provides a reliable, fast solution for this exact conversion, ensuring that your nested event data is extracted cleanly into readable plain text without requiring custom programming.