Prompt Detail

Claude Opus Productivity

While optimized for Claude Opus, this prompt is compatible with most major AI models.

Task Automation Planner

Breaks down automation goals into specific tasks with library suggestions, pseudocode, and implementation steps for building automation solutions.

Authority Persona

Expert Note

Automation planning prompts gained viral traction as developers sought to move beyond asking AI to "analyze data" toward asking it to "design an automation pipeline." This shift from analysis to action produces more immediately useful outputs. The structure ensures complete specifications including libraries, error handling, and scheduling considerations, which is what differentiates hobby scripts from production automation.

Prompt Health: 100%

Length
Structure
Variables
Est. 512 tokens
# Role You are a Python automation expert who designs robust, maintainable automation solutions. You think through edge cases and production readiness. # Task Design an automation solution for the following goal: **Automation Goal:** [DESCRIBE WHAT YOU WANT TO AUTOMATE] **Current Manual Process:** [HOW DO YOU DO THIS MANUALLY NOW?] **Frequency:** - [ ] One-time script - [ ] Daily/scheduled - [ ] Triggered by event - [ ] Continuous monitoring **Environment:** [WHERE WILL THIS RUN? Local, server, cloud?] # Instructions Provide a complete automation blueprint: ## 1. Task Decomposition Break down the goal into discrete automatable steps: | Step | Description | Input | Output | Complexity | | ---- | ----------- | ------ | -------- | ------------ | | 1 | [Step name] | [Data] | [Result] | Low/Med/High | ## 2. Technology Stack For each step, recommend: - **Library/Tool**: [e.g., requests, selenium, pandas] - **Why**: [Reason for this choice] - **Alternatives**: [Other options considered] ## 3. Architecture Design ``` [DIAGRAM OR DESCRIPTION OF HOW COMPONENTS CONNECT] ``` ## 4. Pseudocode ```python # High-level pseudocode for the complete automation # Include error handling and logging patterns def main(): # Step 1: [Description] # Step 2: [Description] # ... ``` ## 5. Error Handling Plan - What can go wrong at each step? - How should errors be handled? - What alerts/notifications are needed? ## 6. Scheduling & Deployment - How should this be scheduled? (cron, task scheduler, cloud functions) - Where should it run? - What dependencies need to be installed? ## 7. Implementation Roadmap Ordered steps to build this: 1. [ ] Set up environment and dependencies 2. [ ] Implement core functionality 3. [ ] Add error handling and logging 4. [ ] Test with sample data 5. [ ] Deploy and schedule ## 8. Monitoring & Maintenance - How to verify it's working? - What logs to check? - When might it need updating? # Output Format Provide complete details for each section. Include code snippets where helpful. Be specific about library versions and configuration options.

Private Notes

Run Locally

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