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clix-api-triggered-campaigns

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API-Triggered Campaigns (Backend → Clix)

Use this skill to set up API-triggered campaigns in the Clix console and trigger them from your backend with dynamic data (trigger.*) for:

  • Transactional notifications (orders, password reset, receipts)
  • Workflow messages (assignments, approvals)
  • System alerts (moderation, support tickets)
  • Programmatic sends where marketers/ops should control content + targeting

What the official docs guarantee (high-signal)

  • API-triggered campaigns are configured in the console, then triggered via: POST /api/v1/campaigns/{campaign_id}:trigger
  • Authentication uses secret headers:
    • X-Clix-Project-ID
    • X-Clix-API-Key
  • Request properties become trigger.* for:
    • Dynamic audience filtering (console audience rules)
    • Personalization in templates (title/body/deep links)
  • audience.broadcast=true sends to all users eligible under the campaign’s segment definition; audience.targets narrows to specific users/devices (still filtered by the segment definition).
  • Dynamic audience filters are intentionally constrained for performance: max 3 attributes in the audience definition.

MCP-first (source of truth)

If Clix MCP tools are available, treat them as the source of truth:

  • Use clix-mcp-server:search_docs to confirm the latest API contract + limits:
    • query examples:
      • "API-triggered campaign trigger endpoint"
      • "campaigns/{campaign_id}:trigger audience targets broadcast"
      • "trigger.* dynamic audience filters limitations"

If MCP tools are not available, use the bundled references:

  • API contract → references/api-contract.md
  • Console setup + dynamic filters → references/console-setup.md
  • Backend patterns (auth, retries, timeouts) → references/backend-patterns.md
  • Security/key handling → references/security-and-keys.md
  • Personalization + dynamic filters → references/personalization-and-dynamic-filters.md
  • Debugging checklist → references/debugging.md

Workflow (copy + check off)

API-triggered campaign progress:
- [ ] 1) Confirm goals + trigger source (what backend event sends the message?)
- [ ] 2) Define campaign contract (properties keys/types; PII policy)
- [ ] 3) Configure campaign in console (API-triggered + audience rules + templates)
- [ ] 4) Implement backend trigger wrapper (auth, timeout, retries, logging)
- [ ] 5) Validate trigger plan JSON (schema + naming + safety)
- [ ] 6) Verify in Clix (test payloads, Message Logs, segment matching)

1) Confirm the minimum inputs

Ask only what’s needed:

  • Campaign: where is it in the console? do you already have campaign_id?
  • Channel: push / in-app / email / etc. (affects message template fields)
  • Audience mode: broadcast vs explicit targets
  • Dynamic filter keys: which trigger.* keys are used in audience rules
  • Properties: list of keys + types + example values (avoid PII by default)
  • Backend: runtime and HTTP client (Node/Fetch, Axios, Python, Go, etc.)

2) Create a “Trigger Plan” (before touching backend code)

Create api-trigger-plan.json in .clix/ (recommended) or project root.

Recommended location: .clix/api-trigger-plan.json

Plan schema (high-level):

  • campaign_id (string)
  • audience.mode: "broadcast" | "targets" | "default"
  • audience.targets (if mode is "targets")
  • dynamic_filter_keys (array of up to 3 snake_case keys)
  • properties (map of snake_case keys → { type, required?, example?, pii? })

Example:

{
  "campaign_id": "019aa002-1d0e-7407-a0c5-5bfa8dd2be30",
  "audience": {
    "mode": "broadcast"
  },
  "dynamic_filter_keys": ["store_location"],
  "properties": {
    "store_location": {
      "type": "string",
      "required": true,
      "example": "San Francisco"
    },
    "order_id": { "type": "string", "required": true, "example": "ORD-12345" },
    "item_count": { "type": "number", "required": true, "example": 3 },
    "pickup_time": { "type": "string", "required": false, "example": "2:30 PM" }
  }
}

3) Configure campaign in the console (API-triggered)

  • Set the campaign type to API-Triggered.
  • Build audience rules using {{ trigger.* }} for dynamic filters.
  • Use {{ trigger.* }} in message templates + deep links.

See: references/console-setup.md for exact guidance and limitations.

4) Implement backend trigger wrapper (best practices)

Backend wrapper responsibilities:

  • Auth: load X-Clix-Project-ID and X-Clix-API-Key from environment/secret store (never commit).
  • Timeout: set a short timeout (e.g., 3–10s) and fail fast.
  • Retries: retry only on transient failures (network/5xx), with backoff; do not retry blindly on 4xx.
  • Dedupe: prevent double-sends in your system (e.g., unique key per order event) since the API call is “send-like”.
  • Logging: log campaign_id, your correlation id (order id), and the Clix response (e.g., trigger_id).

Copy/paste examples:

  • Node: examples/trigger-campaign-node.js
  • Python: examples/trigger-campaign-python.py

5) Validate the plan (fast feedback loop)

Run:

bash <skill-dir>/scripts/validate-api-trigger-plan.sh .clix/api-trigger-plan.json

This validator checks:

  • valid JSON
  • campaign_id present
  • dynamic_filter_keys is ≤ 3 and snake_case
  • properties keys are snake_case and have valid types
  • example values match declared types
  • targets entries specify exactly one of project_user_id or device_id

6) Verify (Clix + end-to-end)

Minimum verification:

  • Campaign is API-Triggered and campaign_id matches.
  • If using dynamic audience filters, the trigger.* keys exist in the API call and match audience rules exactly.
  • Trigger once with a known-good payload; confirm delivery + inspect Message Logs for rendering errors.

See references/debugging.md.

Progressive Disclosure

  • Level 1: This SKILL.md (always loaded)
  • Level 2: references/ (load when implementing details)
  • Level 3: examples/ (load when copy/pasting backend code)
  • Level 4: scripts/ (execute directly; do not load into context)

References

  • references/api-contract.md
  • references/console-setup.md
  • references/backend-patterns.md
  • references/security-and-keys.md
  • references/personalization-and-dynamic-filters.md
  • references/debugging.md

Source

git clone https://github.com/clix-so/skills/blob/main/skills/api-triggered-campaigns/SKILL.mdView on GitHub

Overview

Helps developers configure API-triggered campaigns in the Clix console and trigger them from backend services using dynamic trigger.* data. It supports safe authentication, payload schemas, dynamic audience filters, and personalization in templates for transactional, workflow, and alert messages.

How This Skill Works

Configure campaigns in the Clix console, then trigger them via POST /api/v1/campaigns/{campaign_id}:trigger. Authentication uses secret headers X-Clix-Project-ID and X-Clix-API-Key; request properties become trigger.* for dynamic audience filtering and template personalization. Audience controls include audience.broadcast for broad delivery and audience.targets for targeted recipients, with a maximum of 3 dynamic attributes in the audience definition.

When to Use It

  • Transactional notifications (orders, password resets, receipts)
  • Workflow messages (assignments, approvals)
  • System alerts (moderation, support tickets)
  • Programmatic sends where marketers/ops control content and targeting
  • Back-end driven campaigns requiring dynamic trigger.* data for personalization

Quick Start

  1. Step 1: Confirm goals and trigger source (which backend event sends the message)
  2. Step 2: Define the campaign contract and create api-trigger-plan.json in .clix/ (or project root)
  3. Step 3: Configure the campaign in the console, implement the backend trigger wrapper, and test end-to-end

Best Practices

  • Treat Clix MCP tools as the source of truth and verify API contracts and limits
  • Use the recommended API contract and console setup references to stay aligned
  • Limit dynamic audience filters to a maximum of 3 trigger.* attributes
  • Validate the trigger plan JSON (schema, naming, and safety) before deployment
  • Implement a robust backend trigger wrapper (auth, retries, timeouts, logging) and test payloads

Example Use Cases

  • Trigger a order-confirmation notification with trigger.order_id and trigger.status using API-triggered campaigns
  • Send a password-reset email with dynamic user details sourced from trigger.* fields
  • Notify assignees of a new task with context from trigger.* (task_id, priority)
  • Raise a moderation alert to a user or admin with ticket_id and status in trigger.*
  • Dispatch an internal ops message when a system threshold is met, including relevant metrics in trigger.*

Frequently Asked Questions

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