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 Duration 14 hours

Course Outline

Introduction to Agent-First IDEs

  • Comprehending the transition from conventional IDEs to agent-first architectures
  • Foundational principles underlying AI-driven development ecosystems
  • The role of Antigravity within the contemporary engineering toolset

Installation and Initialization of Google Antigravity

  • System prerequisites and the installation process
  • Initial configuration and workspace preparation
  • An overview of the standard interface arrangement

Exploring the Editor View

  • Primary editing features and navigation methods
  • Integrating inline agent interactions within the editor
  • Oversight of file modifications and project resources

Working with the Manager View

  • Understanding task orchestration and workflow management
  • Evaluating and sanctioning agent-executed actions
  • Monitoring project dynamics and agent operational status

Understanding Agents in Antigravity

  • Categorization of agents and their respective functionalities
  • The mechanism by which agents interpret user intent and carry out tasks
  • Optimal strategies for directing and prompting agents

Generating and Automating Basic Tasks

  • Producing foundational code snippets and templates
  • Employing agents to refactor or improve existing codebases
  • Implementing validation and review protocols via agents

Project Management in an Agent-Driven Context

  • Best practices for folder architecture and file organization
  • Tracking modifications and project statuses using agents
  • Orchestrating automation across various tasks

Scaling Up: Practical Applications for Novices

  • Constructing small-scale utilities with agent assistance
  • Embedding agents into iterative development cycles
  • Utilizing Antigravity for documentation generation and code maintenance

Conclusion and Future Directions

Requirements

  • A solid grasp of fundamental software development processes
  • Proficiency with any contemporary Integrated Development Environment
  • A basic understanding of version control principles

Target Audience

  • Developers interested in AI-assisted programming
  • Software engineers new to agent-first coding paradigms
  • Technical leaders evaluating AI-driven engineering solutions

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