Developer Tools

Extract JS Permission Names

Extract Permission API name values from pasted JavaScript without querying browser permissions, executing code, prompting users, or uploading source.

Runs locally in your browser. Pasted code is not uploaded, executed, rendered, fetched, bundled, stored, logged, or used to query browser permissions.

0 / 30,000 characters. No upload, storage, or account required.

Extracted items
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Unique items
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Duplicates removed
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Extracted JS permission names

JS permission-name extraction workflows

Use this extractor when pasted browser source needs a local inventory of Permission API checks before privacy, UX, compatibility, or release QA review.

Audit permission surfaces

Pair permission names with Extract JS Geolocation Calls, Extract JS Notification Calls, and Extract JS Clipboard Calls.

Clean copied output

Send extracted names to Remove Duplicate Lines, Sort Lines, or Normalize Whitespace.

Quick answer

Extract JS Permission Names is a browser-based extract JS permission names for checking copied developer data such as payloads, URLs, encoded values, identifiers, snippets, or logs without sending the input to a server.

Primary task
extract JS permission names
Processing
Runs on copied snippets in your browser; no account or saved input.
Workflow
Developer Data Toolkit

What this tool does

Extract JS Permission Names scans pasted JavaScript as text, lists literal navigator.permissions name values, removes duplicate rows, and runs locally in your browser.

Common use cases

Extract navigator.permissions name values from pasted JavaScript, TypeScript, consent helpers, feature checks, tests, or copied browser source before permission UX, privacy, compatibility, or release QA review.

Use Extract JS Permission Names when you are working with copied API payloads, logs, encoded values, config snippets, identifiers, or debugging data and need a quick browser-local check before pasting the result into docs, tickets, tests, or another developer tool.

Debug a copied sampleUse a sanitized payload, URL, config value, identifier, stylesheet, markup snippet, or log excerpt when you need a fast check before opening a heavier IDE, schema, or API client.
Prepare a handoff noteTurn messy developer data into a clearer example for tickets, documentation, code review comments, test fixtures, or support notes without exposing secrets.
Chain a safe transformationMove to a related formatter, validator, encoder, decoder, converter, or generator only after the current output still needs another compatible developer-data step.

How to use it

  1. Paste JavaScript, TypeScript, browser snippets, consent code, feature checks, tests, or copied source that may call navigator.permissions.
  2. Choose whether duplicate permission names should be removed and whether extracted names should be normalized for comparison.
  3. Review permission names with source-line context, then copy the list for privacy review, UX prompts, browser support QA, or release handoffs.

Example workflow

Copy a small payload or encoded value from an API response, request URL, log line, or config file. Run the focused check here, confirm the output is readable, then continue with related developer data tools such as validation, formatting, decoding, timestamp conversion, or CSV/JSON conversion.

Privacy note

This extractor runs locally in your browser. Your pasted code is not uploaded, executed, rendered, fetched, bundled, stored, logged, or used to query permissions.

FAQ

These answers focus on copied-snippet workflows, safe sample data, validation boundaries, and what to check before moving output into code, APIs, docs, or tickets.

3 focused answers for this page

Does Extract JS Permission Names query browser permissions?

No. It scans pasted source text locally and does not execute JavaScript, query browser permissions, prompt users, upload, store, or log snippets.

Which permission values are included?

It finds literal name values inside navigator.permissions query, request, and revoke calls so permission surfaces can be reviewed safely.

When is this useful?

Use it while auditing consent flows, privacy-sensitive features, browser support checks, UX prompts, or release QA handoffs.

Next steps

Use these routes only when you need a related task or a wider comparison.