I build and maintain both plugins in this guide. This is not a Marketplace ranking. It explains which repeated Django task each tool shortens, where that shortcut ends, and how to evaluate the complete feature set during the verified trial.

Choose by bottleneck

Your recurring problemStart withWhy
You lose time tracing models, URLs, templates, serializers, or migrationsDjango PowerToolsIt builds a Django-aware project map and provides direct source navigation.
You repeatedly type manage.py commands and argumentsDjango command runnerIt turns discovered commands into searchable run, debug, and profile actions.
You have both problems in a growing projectUse bothPowerTools answers “where is it?”; the runner answers “how do I execute it again?”
You only run a few familiar commandsKeep the terminalA shell history or IDE run configuration may already be the smallest sufficient tool.
Step 1 · Project understanding

Build a Django map before following imports by hand

Django projects distribute behavior across Python modules, settings, URL patterns, templates, and framework registration. Django PowerTools adds a dedicated Django Structure Tool Window that analyzes the project in the background and updates its cached view when files change.

The structure groups models and relationships, admin registrations, URL patterns in processing order, templates, forms, Django REST Framework serializers and ViewSets, signals, Celery tasks, settings, migrations, static files, and management commands. Use its context icons and source jumps to move from the framework concept to the declaration that owns it—even while IDE indexing is still running.

Django PowerTools structure window listing models, URLs, templates, forms, admin interfaces, signals, settings, migrations, static files, and management commands
The shipped Django Structure view keeps framework-level entry points in one searchable tree instead of a generic filesystem list.

A useful navigation loop

  1. Start with the framework object. Find the model, URL, template, serializer, or migration in the structure tree.
  2. Jump to the declaration. Read the owning source and follow normal IDE references from there.
  3. Check the adjacent registrations. For a model change, review admin, serializers, signals, and migrations that can alter the real behavior.
  4. Confirm at runtime. Run Django checks or targeted tests before treating the static map as proof.
What it does not replace

PowerTools is a project-structure navigator, not a runtime call graph, database inspector, deployment monitor, or substitute for tests. Dynamic registrations and unconventional project patterns can require manual confirmation in the actual Django environment.

Explore Django PowerTools and start the 7-day Pro trial →
Step 2 · Command execution

Turn repeated management commands into searchable IDE actions

Django command runner discovers built-in, third-party, and custom BaseCommand subclasses. Open its Tool Window or command palette, search the command, add arguments, then run, debug, or profile it without rebuilding the invocation from shell history.

The plugin includes presets for common runserver, test, and migrate flows, remembers recent commands and their last arguments, supports favorites with custom arguments, detects the settings module, and exposes gutter actions near command classes. The default palette shortcut is Ctrl+Shift+D on Windows/Linux or Cmd+Shift+D on macOS.

Django command runner gutter menu with run, debug, coverage, and profile actions for the runserver command
A discovered management command can be run, debugged, covered, or profiled from the source context.
What it does not replace

The runner is not CI, a scheduler, or a deployment system. A command still uses your project interpreter, settings, environment variables, and database, and it retains the command's real side effects. Treat destructive commands with the same care as their terminal form.

See Django command runner and start the 7-day Pro trial →
Step 3 · Runtime evidence

Use the shortcut, then verify the Django change

IDE integration removes repeated navigation and typing; it does not reduce the evidence required for a safe migration. A compact model-change runbook looks like this:

  1. 1
    Inspect the affected structure

    Find the model and review related serializers, admin, signals, and existing migrations.

  2. 2
    Generate or check migrations

    Run makemigrations --check in CI-style checks, or run makemigrations intentionally when creating a change.

  3. 3
    Read the generated migration

    Confirm operations, dependencies, defaults, reversibility, and expected data impact before applying it.

  4. 4
    Run in the correct environment

    Verify the selected interpreter, settings module, environment, and database before migrate.

  5. 5
    Execute targeted checks

    Run Django system checks and the smallest relevant test set, then let CI repeat the repository's full policy.

Free, trial, and pricing reality

Both plugins are freemium and can be installed free. JetBrains Marketplace currently lists a 7-day Pro trial for each complete feature set. For US individual customers, Django PowerTools is $2/month or $20/year, while Django command runner is $1/month or $10/year.

The exact Free/Pro gating is shown by the installed plugin and Marketplace at evaluation time; this guide does not assign undocumented features to a tier. Regional, organizational, and discounted pricing can differ from the US individual prices above.

Install the tool closest to today's Django bottleneck

Start with project navigation if you are repeatedly reconstructing the framework structure. Start with command execution if the same manage.py invocations interrupt your editing loop. Trial both only when those two delays occur together.

Navigate the projectRun management commands