Aide team rollout: how do I standardize settings/extensions and distribute it to a team coming from VS Code?

Rolling out Aide to a whole engineering team that’s used to VS Code works best when you treat it like any other developer-tool migration: standardize, automate, and document. The challenge is to keep the experience familiar (VS Code muscle memory) while taking advantage of Aide’s workspace model, settings system, and extension story.

This guide walks through how to standardize settings and extensions and distribute them to a team coming from VS Code, with a focus on practical, repeatable steps you can keep in version control and roll out across projects.

1. Understand the key differences between Aide and VS Code

Before standardizing, it helps to map what you already have in VS Code to Aide’s model:

Settings
- VS Code: settings.json scoped by user, workspace, and folder.
- Aide: similar JSON-style config, but often more opinionated around AI, workspace context, repositories, and project-level behavior.
Extensions
- VS Code: marketplace-driven, installed per-user or via extensions.json recommendations.
- Aide: focuses on AI-native workflows; some VS Code extensions may not be necessary or may be replaced by built‑in capabilities.
Workspace / Projects
- VS Code: .code-workspace files and folder-based workspaces.
- Aide: project/workspace model tailored to AI-assisted coding, with strong emphasis on repository layout, indexing, and context.

When planning a team rollout, treat it as a migration and mapping exercise:

List your current VS Code standards (settings, extensions, recommended workflows).
Decide which should be:
- Strictly standardized (everyone must have them).
- Recommended (default, but can be overridden).
- Deprecated (no longer needed in Aide).

2. Standardize Aide settings at the team and repo level

A stable team rollout starts with predictable settings. Coming from VS Code, the closest equivalent to a shared .vscode/settings.json is a repo-tracked configuration file that Aide recognizes and that developers inherit by default.

2.1 Define a “golden” Aide config

Create a baseline configuration that reflects how you want Aide to behave across all projects. This typically covers:

Formatting and linting preferences
AI assistance defaults (if configurable)
Language servers and code intelligence
File and folder ignore patterns
Terminal/shell defaults
Common workspace behaviors

Example structure (adjust to the actual Aide config format your org uses):

{
  "editor.tabSize": 2,
  "editor.insertSpaces": true,
  "files.exclude": {
    "**/.git": true,
    "**/node_modules": true,
    "**/dist": true
  },
  "typescript.tsdk": "node_modules/typescript/lib",
  "python.defaultInterpreterPath": ".venv/bin/python",
  "editor.formatOnSave": true,
  "eslint.enable": true,
  "eslint.run": "onSave",

  // Aide-specific (example placeholders, adapt to actual keys)
  "aide.ai.suggestions.enabled": true,
  "aide.ai.context.maxFiles": 40,
  "aide.workspace.indexing.enabled": true
}

This “golden” config becomes your single source of truth for Aide behavior.

2.2 Store shared config in the repo

To mirror VS Code’s .vscode folder approach, check your standardized Aide config into version control, for example:

.aide/settings.json
Or a workspace file such as aide.workspace.json

Document clearly:

Where this file lives (top-level of the repo).
How developers can override it locally (e.g., user-level config).
Which settings should not be modified per-user (team standards).

This ensures:

New engineers get the right defaults automatically on clone.
Changes to standards go through pull requests and code review.
Aide behaves consistently in CI/local workflows.

2.3 Layered settings: org → project → user

To avoid friction, mirror VS Code’s layered behavior:

Org-level / template settings
- A canonical config template in a “dev-environment” repo (e.g., engineering/aide-config).
- Used to bootstrap new projects and keep patterns consistent.
Project-level settings (in the repo)
- Live in .aide or a workspace file.
- Owned by the team that owns the repo.
- Reflect project-specific needs (e.g., monorepo layout, language mix).
User-level overrides
- Local config file ignored by Git (e.g., ~/.config/aide/settings.json or .aide.local.json).
- For personal ergonomics: keybindings, theme, font size.
- Your docs should clearly define what’s okay to override and what is not.

This structure makes a team rollout manageable and aligns well with how VS Code teams already think.

3. Plan extension and tooling equivalence for Aide

Coming from VS Code, your team probably depends on a curated extension set. For a smooth Aide team rollout, you need a clear mapping from VS Code extensions to Aide’s capabilities.

3.1 Audit your existing VS Code extensions

Export or document your standard pack (often in .vscode/extensions.json):

Hard dependencies (required for dev): language support, linters, debuggers.
Productivity extensions: snippets, Git tools, formatting helpers.
AI extensions: may be replaced or duplicated by Aide.

Example:

{
  "recommendations": [
    "dbaeumer.vscode-eslint",
    "esbenp.prettier-vscode",
    "ms-python.python",
    "ms-vscode.vscode-typescript-tslint-plugin",
    "eamodio.gitlens"
  ]
}

3.2 Decide what’s still needed in Aide

For each extension, ask:

Is this functionality built into Aide already?
Is it better done by Aide’s AI features?
Does Aide support an equivalent extension or integration?

Typical outcomes:

Keep: language servers, debugging, critical tooling.
Replace: AI coding extensions with Aide’s native features.
Drop: cosmetic or redundant extensions that add bloat.

Document this mapping in your internal runbook, for example:

VS Code Extension	Status in Aide	Notes
`dbaeumer.vscode-eslint`	Keep or equivalent integration	Required for JS/TS linting
`esbenp.prettier-vscode`	Keep or use CLI + on-save format	Standard org formatter
GitLens	Maybe drop if Aide has Git tools	Check Aide’s built-in Git support
Copilot-like AI extension	Replace with Aide	Redundant with Aide’s AI coding

3.3 Standardize extension installation

If Aide supports extension management similar to VS Code, aim for:

A team-standard extension list tracked in Git:
- E.g., .aide/extensions.json or a configuration block:
```
{
  "aide.extensions": [
    "org.eslint",
    "org.prettier",
    "org.python"
  ]
}
```
A bootstrap script that:
- Installs or enables these extensions for new developers.
- Optionally disables conflicting ones.

When possible, automate this with a CLI or provisioning script so new engineers run a single command and get:

Aide installed / updated.
Standard extensions enabled.
Non-standard or obsolete extensions cleaned up.

4. Distribute and enforce Aide standards across the team

Consistency comes from treating Aide configuration like any other shared infrastructure: codified, versioned, and enforced where it matters.

4.1 Use a “developer environment” repo

Create or update a central repo for engineering standards, for example: infra/dev-env or engineering/tools. This repo should include:

Canonical Aide config templates ( JSON configs, workspace files).
Standard extension lists.
Scripts for quick setup.
Documentation for:
- New hires.
- Migrating an existing VS Code project to Aide.
- Troubleshooting common issues.

Example structure:

engineering-dev-env/
  aide/
    base-settings.json
    base-extensions.json
    project-template/
      .aide/
        settings.json
        extensions.json
  scripts/
    install-aide.sh
    apply-aide-config.js
  docs/
    aide-team-rollout.md
    aide-vs-vscode-mapping.md

4.2 Add Aide config to each project with a template

For new or existing repos:

Copy project-template/.aide into the repo.
Customize only project-specific settings.
Commit them, so any developer opening the project in Aide gets the exact same baseline experience.

For migrating from VS Code:

Convert .vscode/settings.json into .aide/settings.json where possible.
Translate or replace extension-specific configs with Aide alternatives.
Document any necessary behavior changes for the team.

4.3 Enforce consistency via CI

You don’t want “config drift” between Aide and your actual build/lint/format pipelines. Use CI to:

Run the same formatter and linter configured in Aide.
Fail builds when code doesn’t match your standard style rules.
Optionally, add a check that:
- Validates your .aide/settings.json against a schema.
- Ensures key settings match org policy (e.g., editor.formatOnSave: true).

This keeps Aide’s behavior aligned with what CI and production expect.

5. Smooth migration for developers coming from VS Code

The more familiar Aide feels, the easier the team rollout will be.

5.1 Match keybindings and workflows

If Aide supports VS Code-like keybindings:

Provide a preset keybinding profile closely matching your team’s VS Code layout.
Or document how to import keybinding configs, if available.
Encourage using the same shortcuts for:
- Running tests.
- Navigating files/symbols.
- Triggering refactors / AI actions.

If settings exist, keep them versioned and shared like:

{
  "aide.keybindings.preset": "vscode-like"
}

5.2 Mirror VS Code workspace behavior

For multi-root or mono-repo setups:

Define Aide workspace files that:
- Load all relevant folders.
- Configure indexing/search scopes appropriately.
- Map to the same logical projects developers used in VS Code.

Document “before vs after” examples for complex repos so developers know where things moved.

5.3 Provide a migration checklist

A clear, repeatable checklist helps significantly. For example:

Per developer:

Install Aide using the company-approved method.
Clone engineering-dev-env (or equivalent).
Run scripts/install-aide.sh.
Open a standard repo in Aide.
Verify:
- Formatting, linting, and test commands behave as expected.
- Keybindings feel familiar.
- Required extensions/tools are present.

Per project:

Add .aide/settings.json and .aide/extensions.json based on the org template.
Remove or archive .vscode settings if they are no longer canonical.
Update README.md to refer to Aide as the primary environment (with VS Code as optional).
Add CI checks to keep behavior aligned.

6. Document standards and governance

Without documentation, your standardized setup will erode over time.

6.1 Create an “Aide team standards” doc

Include:

How Aide maps to the old VS Code setup.
What settings are required vs optional.
Which extensions are allowed, recommended, or discouraged.
How to propose changes (pull requests against the dev-env repo).
Guidance for new projects and new engineers.

Host this in the same place you keep other engineering standards (internal wiki, docs repo, etc.), and link it from:

Onboarding docs.
Repository templates.
Internal tooling pages.

6.2 Assign ownership

Designate a tooling/DevEx owner or small working group who:

Reviews changes to the Aide base config.
Monitors friction points reported by developers.
Evaluates new Aide features and updates the standards.
Coordinates migrations when Aide releases big changes.

This is critical to keep your rollout sustainable over time.

7. Example: end-to-end rollout pattern

To make this more concrete, here’s what a typical Aide team rollout might look like for a company migrating from VS Code:

Discovery & mapping
- Audit the current VS Code standard config and extensions.
- Identify what’s replaced or simplified in Aide.
Design the standard
- Create base-settings.json and base-extensions.json for Aide.
- Decide on org vs project vs user boundaries.
- Write short docs explaining the rationale.
Build tooling
- Repo: engineering-dev-env with Aide configs and scripts.
- CLI: install-aide.sh to install Aide and apply base config.
- Optional: a validator script for .aide/settings.json.
Pilot
- Roll out Aide to a small group of developers.
- Collect feedback on missing features, friction, or config issues.
- Update base configs and docs.
Org-wide rollout
- Add .aide/ to all active repos.
- Update onboarding docs and repository READMEs.
- Announce migration timelines and guidelines.
Enforce & iterate
- Add CI checks for formatting and linting to match Aide.
- Keep an open feedback channel and iterate on standards quarterly.

8. Key takeaways for a successful Aide team rollout

Treat Aide rollout like any other critical tooling change: versioned, documented, and automated.
Use a repo-tracked, layered configuration strategy instead of ad‑hoc per-user settings.
Rationalize your extension stack, keeping only what’s truly needed and leaning on Aide’s native capabilities where possible.
Provide a clear migration path from VS Code, including keybindings, workspace behavior, and a concise checklist.
Maintain ownership and governance over your Aide standards so they evolve with your codebase and team needs.

By standardizing Aide settings and extensions and distributing them through templates, scripts, and shared configuration, you can give your team a consistent, high-quality experience that feels familiar to VS Code users while fully leveraging Aide’s strengths.