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| [](https://discord.com/servers/agora-999382051935506503) | ||
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| # Python Package Template | ||
| # Enterprise Agent Development with Swarms | ||
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| [](https://discord.gg/agora-999382051935506503) [](https://www.youtube.com/@kyegomez3242) [](https://www.linkedin.com/in/kye-g-38759a207/) [](https://x.com/kyegomezb) | ||
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| A easy, reliable, fluid template for python packages complete with docs, testing suites, readme's, github workflows, linting and much much more | ||
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| ## Installation | ||
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| You can install the package using pip | ||
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| ```bash | ||
| pip install -e . | ||
| ``` | ||
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| # Usage | ||
| ```python | ||
| print("hello world") | ||
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| ``` | ||
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| ### Code Quality 🧹 | ||
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| - `make style` to format the code | ||
| - `make check_code_quality` to check code quality (PEP8 basically) | ||
| - `black .` | ||
| - `ruff . --fix` | ||
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| ### Tests 🧪 | ||
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| [`pytests`](https://docs.pytest.org/en/7.1.x/) is used to run our tests. | ||
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| ### Publish on PyPi 🚀 | ||
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| **Important**: Before publishing, edit `__version__` in [src/__init__](/src/__init__.py) to match the wanted new version. | ||
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| ``` | ||
| poetry build | ||
| poetry publish | ||
| ``` | ||
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| ### CI/CD 🤖 | ||
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| We use [GitHub actions](https://github.com/features/actions) to automatically run tests and check code quality when a new PR is done on `main`. | ||
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| On any pull request, we will check the code quality and tests. | ||
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| When a new release is created, we will try to push the new code to PyPi. We use [`twine`](https://twine.readthedocs.io/en/stable/) to make our life easier. | ||
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| The **correct steps** to create a new realease are the following: | ||
| - edit `__version__` in [src/__init__](/src/__init__.py) to match the wanted new version. | ||
| - create a new [`tag`](https://git-scm.com/docs/git-tag) with the release name, e.g. `git tag v0.0.1 && git push origin v0.0.1` or from the GitHub UI. | ||
| - create a new release from GitHub UI | ||
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| The CI will run when you create the new release. | ||
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| # Docs | ||
| We use MK docs. This repo comes with the zeta docs. All the docs configurations are already here along with the readthedocs configs. | ||
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| # License | ||
| MIT | ||
| This comprehensive course teaches students how to build, deploy, and manage autonomous agents for enterprise workflows using the Swarms library. Students will learn to create robust, scalable agent systems that can handle complex business processes, integrate with existing tools, and maintain long-term memory. | ||
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| **Prerequisites:** | ||
| - Intermediate Python programming skills | ||
| - Basic understanding of LLMs and AI concepts | ||
| - Familiarity with enterprise software development | ||
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| **Course Duration:** 8 weeks (24 hours of instruction) | ||
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| ## Module 1: Foundations of Enterprise Agents | ||
| ### Week 1 (3 hours) | ||
| 1. Introduction to Autonomous Agents | ||
| - Understanding agent architecture | ||
| - Key components of enterprise agents | ||
| - The Swarms agent ecosystem | ||
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| 2. Agent Fundamentals | ||
| - Agent initialization and configuration | ||
| - System prompts and templates | ||
| - Memory management basics | ||
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| 3. Practical Exercise | ||
| - Setting up your first enterprise agent | ||
| - Basic agent configuration | ||
| - Running simple tasks | ||
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| ## Module 2: Advanced Agent Configuration | ||
| ### Week 2 (3 hours) | ||
| 1. Agent Memory Systems | ||
| - Short-term memory management | ||
| - Long-term memory integration | ||
| - Memory chunking and context windows | ||
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| 2. Agent Communication | ||
| - Prompt engineering for enterprise use | ||
| - Response handling and parsing | ||
| - Error handling and retry mechanisms | ||
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| 3. Practical Exercise | ||
| - Implementing memory systems | ||
| - Building robust communication flows | ||
| - Handling edge cases | ||
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| ## Module 3: Tool Integration and Function Calling | ||
| ### Week 3 (3 hours) | ||
| 1. Tool Integration Fundamentals | ||
| - Understanding tool schemas | ||
| - Function calling patterns | ||
| - Tool execution flows | ||
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| 2. Enterprise Tool Development | ||
| - Creating custom tools | ||
| - Tool documentation and type hints | ||
| - Tool validation and testing | ||
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| 3. Practical Exercise | ||
| - Building enterprise-specific tools | ||
| - Implementing function calling | ||
| - Tool integration testing | ||
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| ## Module 4: Enterprise Data Processing | ||
| ### Week 4 (3 hours) | ||
| 1. Document Processing | ||
| - PDF and text processing | ||
| - Data extraction and parsing | ||
| - Document memory integration | ||
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| 2. Multi-modal Capabilities | ||
| - Handling different data types | ||
| - Image processing integration | ||
| - Multi-modal response generation | ||
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| 3. Practical Exercise | ||
| - Building document processing workflows | ||
| - Implementing multi-modal agents | ||
| - Data extraction pipelines | ||
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| ## Module 5: Enterprise Integration Patterns | ||
| ### Week 5 (3 hours) | ||
| 1. System Integration | ||
| - API integration patterns | ||
| - Database connectivity | ||
| - Enterprise authentication | ||
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| 2. Workflow Automation | ||
| - Building automated processes | ||
| - Task scheduling and management | ||
| - Error recovery patterns | ||
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| 3. Practical Exercise | ||
| - Implementing enterprise integrations | ||
| - Building automated workflows | ||
| - Testing integration patterns | ||
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| ## Module 6: Scaling and Performance | ||
| ### Week 6 (3 hours) | ||
| 1. Performance Optimization | ||
| - Token management | ||
| - Context window optimization | ||
| - Memory efficiency | ||
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| 2. Concurrent Processing | ||
| - Parallel execution patterns | ||
| - Thread pool management | ||
| - Resource optimization | ||
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| 3. Practical Exercise | ||
| - Optimizing agent performance | ||
| - Implementing concurrent processing | ||
| - Load testing and benchmarking | ||
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| ## Module 7: Monitoring and Operations | ||
| ### Week 7 (3 hours) | ||
| 1. Agent Operations | ||
| - Logging and monitoring | ||
| - State management | ||
| - Performance tracking | ||
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| 2. Debugging and Troubleshooting | ||
| - Common issues and solutions | ||
| - Debugging techniques | ||
| - Performance profiling | ||
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| 3. Practical Exercise | ||
| - Setting up monitoring systems | ||
| - Implementing logging | ||
| - Troubleshooting exercises | ||
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| ## Module 8: Enterprise Deployment | ||
| ### Week 8 (3 hours) | ||
| 1. Deployment Strategies | ||
| - Production deployment patterns | ||
| - Security considerations | ||
| - Scalability planning | ||
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| 2. Maintenance and Updates | ||
| - Version management | ||
| - Update strategies | ||
| - Backward compatibility | ||
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| 3. Final Project | ||
| - End-to-end enterprise agent implementation | ||
| - Production deployment | ||
| - Documentation and handover | ||
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| ## Assessment and Certification | ||
| - Weekly assignments (40%) | ||
| - Mid-term project (20%) | ||
| - Final project (40%) | ||
| - Certificate of completion upon passing (75% required) | ||
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| ## Learning Resources | ||
| 1. Primary Materials | ||
| - Swarms documentation | ||
| - Course-specific code examples | ||
| - Enterprise case studies | ||
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| 2. Supplementary Materials | ||
| - Python best practices | ||
| - Enterprise integration patterns | ||
| - LLM optimization techniques | ||
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| ## Tools and Software Requirements | ||
| 1. Development Environment | ||
| - Python 3.8+ | ||
| - Swarms library | ||
| - Code editor (VSCode recommended) | ||
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| 2. Enterprise Tools | ||
| - Version control system | ||
| - CI/CD tools | ||
| - Monitoring solutions | ||
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| ## Support and Community | ||
| - Weekly office hours | ||
| - Discussion forums | ||
| - Code review sessions | ||
| - Community projects | ||
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| ## Career Outcomes | ||
| Upon completion, students will be able to: | ||
| - Design and implement enterprise-grade agent systems | ||
| - Integrate agents with existing enterprise infrastructure | ||
| - Optimize agent performance for production use | ||
| - Deploy and maintain agent systems at scale | ||
| - Troubleshoot and debug complex agent issues |