Dynamic Tag Values

Dynamic tag values allow you to populate tag values automatically based on window data such as titles, URLs, or extracted identifiers. This removes the need for predefined or hard-coded tags and enables more accurate, real-time visualization of how users interact with documents and applications.

This capability is especially useful for customers who work extensively with documents such as Excel, Word, or PDFs, where file names frequently change. Dynamic tags ensure that document names appear exactly as users see them, across dashboards and views.

Dynamic tag values work consistently across Process View, Business Apps, and Data Transfer views, and apply to all document types and application screens.


How Dynamic Tag Values Work

Dynamic tags use variable syntax (${...}) to reference runtime data collected from application windows.

Example Configuration

{
  "key": "content-category",
  "value": "${title}"
}

With this configuration, a window titled:

Purchase Orders 07/25.xlsx

Produces the following tag value:

{
  "key": "content-category",
  "value": "Purchase Orders 07/25.xlsx"
}

Supported Dynamic Variables

Dynamic tag values support the following variables:

  • ${title}

  • ${title_lower}

  • ${active_process_name}

  • ${url}

  • ${extract_identifiers.<identifier_name>}

These variables resolve automatically based on the captured window event.


How to Configure Dynamic Tag Values

Step 1: Add or Edit an Application Rule

  1. Add an application (for example, Microsoft Excel).

  2. Set the process name (for example, excel.exe).

  3. Open the application-level rule.

  4. Click the pen icon to edit the rule as code.


Step 2: Add a Dynamic Tag

Locate the existing tags list:

Add a new dynamic tag, for example:

Result: All window titles are captured dynamically and displayed as window names across dashboards and views.


Capturing Only Part of a Title or URL

Dynamic tags can also capture specific parts of a window title or URL using regular expressions and extracted identifiers.


Example 1: Capture Only a GitHub Pull Request Number

Typical window title:

Goal: Capture only Pull Request #160.

Step 1: Create an Extracted Identifier

Notes:

  • Generate a random UUID4 for the id.

  • Use underscores in identifier_name.

  • Choose the correct from_fields value (title or url).


Step 2: Reference the Identifier in Tags

Result: The window name displays only the Pull Request number.


Example 2: Capture Only the Path from Jira URLs

Typical Jira URLs:

Goal: Capture only the path after atlassian.net/.

Steps

  1. Edit the Jira application rule.

  2. Add a new extract_identifiers entry:

    • Generated UUID

    • Regex pattern that extracts the URL path

    • from_fields: ["url"]

  3. Reference the identifier in the tags list:

  1. Save the configuration.

Result: The window name displays only the relevant Jira path.

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