Skill detail

slack-to-teams

Sub-skill of microsoft-365-agents-toolkit. Routed expert system with 100+ micro-expert files for migrating Slack bots to Teams, cross-platform bridging, and dual-platform bot development. USE FOR: migrating Slack bot to Teams, adding Teams support to Slack bot, building dual-platform bots, converting Block Kit to Adaptive Cards, identity/OAuth bridging, deploying bots to Azure or AWS, configuring AI model providers. DO NOT USE FOR: general web development, non-bot projects, standalone Teams development without Slack (use parent skill instead).

Why we recommend it: Routed expert system for migrating Slack bots to Teams, cross-platform bridging, and dual-platform bot development, including Block Kit to Adaptive Cards conversion.

Needs (stated): Python

MatchPossibleRecommended for Developers
Sourcemicrosoft/​skillsExternal source
Reported installsNot reportedPopularity signal only

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SKILL.md

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---
name: slack-to-teams
description: "Sub-skill of microsoft-365-agents-toolkit. Routed expert system with 100+ micro-expert files for migrating Slack bots to Teams, cross-platform bridging, and dual-platform bot development. USE FOR: migrating Slack bot to Teams, adding Teams support to Slack bot, building dual-platform bots, converting Block Kit to Adaptive Cards, identity/OAuth bridging, deploying bots to Azure or AWS, configuring AI model providers. DO NOT USE FOR: general web development, non-bot projects, standalone Teams development without Slack (use parent skill instead)."
---

# Slack to Teams Expert System

A routed expert system with 100+ micro-expert files for migrating Slack bots to Teams and building cross-platform bots.

> **Parent skill:** For ATK CLI setup and routing, see [../SKILL.md](../SKILL.md). For local testing, see [../test-playground/test-playground.md](../test-playground/test-playground.md) or [../test-teams/test-teams.md](../test-teams/test-teams.md). For cloud deploy, see [../provision-deploy/provision-deploy.md](../provision-deploy/provision-deploy.md). For troubleshooting, see [../troubleshoot/troubleshoot.md](../troubleshoot/troubleshoot.md).

## When to Use

- Building a new Slack bot, Teams bot, or dual-platform bot
- Adding Teams support to an existing Slack bot (or vice versa)
- Migrating a bot between platforms
- Deploying a bot to Azure or AWS
- Configuring AI model providers for a bot
- Converting UI between Block Kit and Adaptive Cards
- Bridging identity, events, files, or transport between platforms
- Making a Teams bot project compatible with Microsoft Agents Toolkit (m365agents.yml, env/, appPackage placeholders)

## Procedure

### Step 1: Determine project type

Assess whether the developer has an existing codebase or is starting fresh.

- **New project** → go to [New Project Flow](#new-project-flow)
- **Existing project** → go to [Existing Project Flow](#existing-project-flow)

---

### New Project Flow

#### 1a: Platform selection

Ask the developer which platform(s) to support:
- Slack + Teams (dual-platform)
- Slack only
- Teams only

#### 1b: Load the expert system

1. Read [experts/index.md](../experts/index.md) — the root router.
2. Execute the **pre-task interview** defined in that file.
3. Route based on platform choice:
   - **Slack + Teams** → Read [experts/bridge/index.md](../experts/bridge/index.md). Load [cross-platform-advisor](../experts/bridge/cross-platform-advisor-ts.md).
   - **Slack only** → Read [experts/slack/index.md](../experts/slack/index.md).
   - **Teams only** → Read [experts/teams/index.md](../experts/teams/index.md).

#### 1c: Architecture setup

1. Read [cross-platform-architecture](../experts/bridge/cross-platform-architecture-ts.md) (even for single-platform — establishes patterns for adding a second platform later).
2. Let the domain router and advisor take over.
3. Write a `PLAN.md` in the target project root with platform, features, experts loaded.

#### 1d: Implementation

Follow the advisor's or domain router's output. Implement feature by feature:
1. Pick the next feature from the prioritized list.
2. Load the expert(s) specified for that feature.
3. Implement using the expert's patterns and rules.
4. Verify against the expert's pitfalls section.

---

### Existing Project Flow

#### 2a: Analyze the project

Run these four sub-analyses **in parallel**:

**Detect language** — Scan for `package.json`+`tsconfig.json` (TypeScript), `pom.xml`/`build.gradle` (Java), `*.csproj`/`*.sln` (C#), `go.mod` (Go), `requirements.txt`/`pyproject.toml` (Python), `Gemfile` (Ruby), `Cargo.toml` (Rust).

**Detect current platform** — Scan dependencies for SDK indicators:
- Slack: `@slack/bolt`, `@slack/web-api`, `slack_bolt`, `app.message`, `app.command`, `ack()`
- Teams: `@microsoft/teams-ai`, `botbuilder`, `TeamsActivityHandler`, `app.turn`, Adaptive Cards

**Detect features** — Scan for slash commands, Block Kit/Adaptive Cards, action handlers, OAuth, file up
Read the full source on GitHub (opens external page)
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