Run Tests via Copilot Studio Kit

Run a batch test suite against a published Copilot Studio agent using the Power CAT Copilot Studio Kit.

Phase 1: Configure Settings

1. Read tests/settings.json (relative to the user's project CWD) and check for missing or placeholder values (containing YOUR_).

2. If the file doesn't exist, create it from the template:

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   cp ${CLAUDE_SKILL_DIR}/../../tests/settings-example.json ./tests/settings.json

3. If values are missing, ask the user for each missing value. Explain where to find each one:

   • Environment URL (dataverse.environmentUrl): "What is your Dataverse environment URL? Find it in Power Platform admin center or Copilot Studio > Settings > Session Details. It looks like https://orgXXXXXX.crm.dynamics.com"
   • Tenant ID (dataverse.tenantId): "What is your Azure tenant ID? Find it in Azure Portal > Microsoft Entra ID > Overview. It's a GUID like c87f36f7-fc65-453c-9019-0d724f21bc42"
   • Client ID (dataverse.clientId): "What is your App Registration client ID? Find it in Azure Portal > App Registrations > your app > Application (client) ID. It's a GUID."
   • Agent Configuration ID (testRun.agentConfigurationId): "What is your agent configuration ID? In Copilot Studio, go to your agent > Tests tab. The ID is a GUID found in the URL or test configuration."
   • Test Set ID (testRun.agentTestSetId): "What is your test set ID? In Copilot Studio, go to your agent > Tests tab > select your test set. The ID is a GUID found in the URL."

   Ask for ALL missing values at once (don't ask one at a time).

4. Write tests/settings.json with the collected values:

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   {
     "dataverse": {
       "environmentUrl": "<value>",
       "tenantId": "<value>",
       "clientId": "<value>"
     },
     "testRun": {
       "agentConfigurationId": "<value>",
       "agentTestSetId": "<value>"
     }
   }

5. If all values are already configured and valid, proceed to Phase 2.

Phase 2: Run Tests

1. Ensure tests/package.json exists in the user's project. If not, copy it:

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   cp ${CLAUDE_SKILL_DIR}/../../tests/package.json ./tests/package.json

2. Install dependencies if tests/node_modules/ doesn't exist:

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   npm install --prefix tests

3. Run the test script in the background with a 100-minute timeout (6000000ms):

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   node ${CLAUDE_SKILL_DIR}/../../tests/run-tests.js --config-dir ./tests

   Use run_in_background: true for this command. Save the returned task ID.

4. Wait 10 seconds, then check the background task output (non-blocking check).

5. Detect the authentication state from the output:

   • If the output contains "Using cached token": Authentication succeeded automatically. Tell the user: "Authentication successful (cached credentials). Tests are running, this may take several minutes..."

   • If the output contains "use a web browser to open the page": Extract the URL and device code from the message. Present this prominently to the user:

     Authentication Required

     Open your browser to: https://microsoft.com/devicelogin Enter the code: XXXXXXXXX (extract the actual code from the output)

     After signing in, the tests will continue automatically.

   • If the output contains an error: Report the error to the user and stop.

   • If the output is empty or incomplete: Wait another 10 seconds and check again (retry up to 3 times).

6. Wait for the background task to complete (blocking). The script polls every 20 seconds until all tests finish and downloads results as a CSV.

7. Read the final output to get the success rate and CSV filename.

8. Proceed to Phase 3.

Phase 3: Analyze Results

1. Get the results: Glob: tests/test-results-*.csv — read the most recent CSV file (newest by modification time).

2. Parse the CSV columns:

   Column	Meaning
   Test Utterance	The user message that was tested
   Expected Response	What the test expected
   Response	What the agent actually responded
   Latency (ms)	Response time
   Result	Success, Failed, Unknown, Error, or Pending
   Test Type	Response Match, Topic Match, Generative Answers, Multi-turn, Plan Validation, or Attachments
   Result Reason	Why the test passed or failed

3. Focus on failed tests (Result = Failed or Error). For each failure, analyze:

   • Test Type = Topic Match: The wrong topic was triggered, or no topic matched. Check trigger phrases and model descriptions.
   • Test Type = Response Match: The response didn't match expected. Check SendActivity messages, instructions, or generative answer config.
   • Test Type = Generative Answers: The generative answer was incorrect or missing. Check knowledge sources, SearchAndSummarizeContent, and agent instructions.
   • Test Type = Plan Validation: The orchestrator's plan was wrong. Check topic descriptions and agent-level instructions.
   • Test Type = Multi-turn: A multi-turn conversation failed. Check topic flow, variable handling, and conditions.

4. Proceed to Phase 4 (Propose Fixes).

Phase 4: Propose Fixes

1. For each failure, identify the relevant YAML file(s):

   • Auto-discover the agent: Glob: **/agent.mcs.yml
   • Find the relevant topic by matching the test utterance against trigger phrases and model descriptions
   • Read the topic file to understand the current flow

2. Propose specific YAML changes to fix each failure. Present them to the user as a summary:

   • Which test(s) failed and why
   • Which file(s) need changes
   • What the proposed change is (show the diff)

3. Wait for user decision. The user can:

   • Accept all — apply all proposed changes
   • Accept partially — apply only some changes (ask which ones)
   • Reject — discard proposed changes and discuss alternative approaches

4. Apply accepted changes using the Edit tool. After applying, remind the user to push and publish again before re-running tests.

Test Result Codes Reference

Result: 1=Success, 2=Failed, 3=Unknown, 4=Error, 5=Pending
Test Type: 1=Response Match, 2=Topic Match, 3=Attachments, 4=Generative Answers, 5=Multi-turn, 6=Plan Validation
Run Status: 1=Not Run, 2=Running, 3=Complete, 4=Not Available, 5=Pending, 6=Error

Prerequisites

The user must have:

1. The Copilot Studio Kit installed in their Power Platform environment
2. Published their agent in the Copilot Studio UI
3. Created a test set in the Copilot Studio Kit
4. An Azure App Registration with Dataverse permissions