Add TypeScript workflow functions to flock.mdx

Summary

Added comprehensive TypeScript workflow functions to the existing startups/flock.mdx file to represent the core business processes for Flock, a poultry barn health monitoring startup. The implementation includes 309 lines of well-typed functions covering customer acquisition, product development, revenue generation, operational procedures, and decision-making workflows.

Key additions:

• Customer Acquisition: acquireCustomer(), qualifyLead(), conductSiteAssessment() workflows
• Product Development: developAIModel(), enhanceHealthScoring() for AI/ML processes
• Revenue Generation: processSubscriptionRevenue(), implementOutcomesBasedPricing() flows
• Operations: processAlert(), manageInstallation() for day-to-day procedures
• Decision Making: prioritizeServiceVisits(), makeExpansionDecision(), optimizePricingStrategy()
• Supporting Types: Comprehensive TypeScript interfaces for all business entities

The functions are designed as executable pseudocode that references other functions (intentionally not implemented yet) and represent the startup's business logic as code, following the Business-as-Code paradigm.

Review & Testing Checklist for Human

• Verify business logic alignment: Check that the workflow functions accurately represent the poultry barn monitoring business processes based on the lean canvas data in the YAML frontmatter
• Validate TypeScript syntax: Ensure all function signatures, interfaces, and type definitions are syntactically correct and logically consistent
• Confirm file format appropriateness: Validate that adding TypeScript workflow functions to an MDX file is the intended approach for this repository structure
• Review workflow completeness: Assess whether the implemented functions cover the key business processes mentioned in the task (customer acquisition, product development, revenue generation, operational procedures, decision-making)

Recommended test plan: Since this is conceptual business logic code, testing should focus on reviewing the business process accuracy and TypeScript correctness rather than functional testing.

Diagram

%%{ init : { "theme" : "default" }}%%
graph TD
    MDX["startups/flock.mdx<br/>Flock Startup Definition"]:::major-edit
    
    MDX --> YAML["YAML Frontmatter<br/>Lean Canvas Data"]:::context
    MDX --> WORKFLOWS["TypeScript Workflows<br/>Business Process Functions"]:::major-edit
    
    WORKFLOWS --> CUSTOMER["Customer Acquisition<br/>acquireCustomer()"]:::major-edit
    WORKFLOWS --> PRODUCT["Product Development<br/>developAIModel()"]:::major-edit  
    WORKFLOWS --> REVENUE["Revenue Generation<br/>processSubscriptionRevenue()"]:::major-edit
    WORKFLOWS --> OPERATIONS["Operational Procedures<br/>processAlert()"]:::major-edit
    WORKFLOWS --> DECISIONS["Decision Making<br/>prioritizeServiceVisits()"]:::major-edit
    
    WORKFLOWS --> TYPES["TypeScript Interfaces<br/>Lead, Customer, Alert, etc."]:::major-edit
    
    subgraph Legend
        L1[Major Edit]:::major-edit
        L2[Minor Edit]:::minor-edit  
        L3[Context/No Edit]:::context
    end
    
    
    classDef major-edit fill:#90EE90
    classDef minor-edit fill:#87CEEB
    classDef context fill:#FFFFFF

Notes

• The existing flock.mdx file already contained comprehensive YAML frontmatter with lean canvas data - only the TypeScript workflow functions section was added
• Functions are designed as pseudocode that can reference other functions not yet implemented, following the Business-as-Code pattern
• All functions use proper async/await patterns and comprehensive TypeScript typing
• The implementation covers the five key areas requested: customer acquisition, product development, revenue generation, operational procedures, and decision-making workflows

Link to Devin run: https://app.devin.ai/sessions/371dd84c8c0a4a11a087e5149e681a9f
Requested by: unknown user