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backup1.app.py
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import streamlit as st
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import streamlit.components.v1 as components
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# --------------------------
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# Mermaid Renderer Function
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# --------------------------
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def render_mermaid(mermaid_code, height=300):
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"""Render a mermaid diagram using an HTML snippet in a Streamlit component."""
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html_code = f"""
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<html>
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<head>
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<script src="https://cdn.jsdelivr.net/npm/[email protected]/dist/mermaid.min.js"></script>
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<style>
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body {{
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background-color: white;
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font-family: sans-serif;
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}}
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</style>
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</head>
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<body>
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<div class="mermaid">
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{mermaid_code}
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</div>
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<script>
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mermaid.initialize({{startOnLoad:true}});
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</script>
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</body>
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</html>
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"""
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components.html(html_code, height=height)
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# --------------------------
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# Markdown Outlines for Each Area
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# --------------------------
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markdown_areas = {
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"1. π₯ Leadership Management Collaboration LeCo": r'''
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1. π₯ Leadership Management Collaboration LeCo
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π Strategic and Cross-Functional Leadership - Global strategy, team coordination and vendor management
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π€ Team Building and Agile Collaboration - Coaching, agile processes and stakeholder management
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π‘ Domain Expertise and Innovation - Deep AI framework knowledge and product strategy
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''',
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"2. π Security Compliance Reliability SeCo": r'''
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2. π Security Compliance Reliability SeCo
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π‘οΈ Security Operations and Incident Response - Incident management, pen testing and vulnerability assessment
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β
Compliance and Governance - Data quality, compliance policies and IAM
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π System Hardening and Automation - Secure HPC, ML, Python, Bash automation and cost optimization
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''',
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"3. π Data Engineering Analytics Data Governance DaEn": r'''
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3. π Data Engineering Analytics Data Governance DaEn
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π§ Data Processing and Ingestion - Multi, modal data, event handling and ETL pipelines
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π Analytics, Forecasting and Visualization - BI, dashboards and forecasting
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π Data Governance and Quality - Modeling, warehousing and stakeholder communications
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''',
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"4. π’ Community OpenSource Communication CoOS": r'''
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4. π’ Community OpenSource Communication CoOS
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π Technical Documentation and Demos - Code examples, demos and notebooks
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π¬ Community Engagement and Collaboration - Public speaking, social media and collaborations
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''',
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"5. π± FullStack UI Mobile Product Development FuMo": r'''
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5. π± FullStack UI Mobile Product Development FuMo
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π± Mobile and Web App Development - Full stack development, CI/CD and API design
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π¨ UI, UX and Frontend Integration - React, Next.js, TypeScript and intuitive design
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π Backend and Cross-Platform Tools - Python, Node, cloud microservices and ML bridging
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''',
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"6. π» Software Cloud MLOps Infrastructure SCMI": r'''
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6. π» Software Cloud MLOps Infrastructure SCMI
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π οΈ Developer Tooling and Observability - Full stack dev, debugging and SRE practices
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π€ ML Frameworks and Automation - Python APIs, PyTorch, Keras and Ray, Horovod
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π Data Pipelines and Processing - Spark, Airflow and ETL pipelines
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βοΈ Cloud and Infrastructure Provisioning - Kubernetes, Docker, Terraform and cloud integration
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''',
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"7. π€ Machine Learning AI Model Development MLAI": r'''
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7. π€ Machine Learning AI Model Development MLAI
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ποΈ Large-Scale Architectures and Retrieval - Transformers, RAG and vector DBs
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βοΈ Experimentation and Distributed Training - RL, quantization and ablation studies
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π‘ Application and API Development - Agentic AI, LLM inference and microservices
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π Optimization and Monitoring - Performance tuning, scaling and reliability
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''',
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"8. π§ Systems Infrastructure LowLevel Engineering SyIn": r'''
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8. π§ Systems Infrastructure LowLevel Engineering SyIn
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π§ Hardware and OS Integration - Linux, embedded, C, C++
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βοΈ Performance and Tuning - Cross-layer tuning, throughput and load balancing
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π€ Advanced ML and Automation - Cross-team innovation, observability and ServiceNow
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π Distributed and HPC Deployment - Data center HPC, ML, GPU orchestration and multi-GPU pipelines
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''',
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"9. π― Specialized Domains Emerging Technologies SpDo": r'''
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9. π― Specialized Domains Emerging Technologies SpDo
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π₯ Advanced CV and 3D Graphics - Neural rendering, reconstruction and graphics engines
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π Robotics and Autonomous Systems - Autonomous vehicles, sensor fusion and path planning
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π» HPC and Hardware Integration - GPU, SoC modeling, HPC networking and prototyping
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π’ AI Quantization and Inference - Quantization, in-browser inference and neural sparse models
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'''
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}
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# --------------------------
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# Mermaid Diagrams for Each Area
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# --------------------------
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mermaid_areas = {
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"1. π₯ Leadership Management Collaboration LeCo": r'''
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graph LR
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LeCo["πΌLeCoπ₯ Leadership and Collaboration"]
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LeCo -->|π Guides| LeCo1a["1. π Strategic and Cross-Functional Leadership - Global strategy, team coordination and vendor management"]
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LeCo -->|π€ Supports| LeCo1b["2. π€ Team Building and Agile Collaboration - Coaching, agile processes and stakeholder management"]
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LeCo -->|π‘ Innovates| LeCo1c["3. π‘ Domain Expertise and Innovation - Deep AI knowledge and product strategy"]
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''',
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"2. π Security Compliance Reliability SeCo": r'''
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graph LR
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SeCo["πSeCoπ Security and Compliance"]
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SeCo -->|π‘οΈ Protects| SeCo1["1. π‘οΈ Security Operations and Incident Response - Incident management, pen testing and vulnerability assessment"]
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SeCo -->|β
Regulates| SeCo2["2. β
Compliance and Governance - Data quality, compliance policies and IAM"]
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SeCo -->|π Secures| SeCo3["3. π System Hardening and Automation - Secure HPC, ML, Python, Bash automation and cost optimization"]
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''',
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"3. π Data Engineering Analytics Data Governance DaEn": r'''
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graph LR
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DaEn["πͺDaEnπ Data Engineering"]
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DaEn -->|π§ Processes| DaEn1["1. π§ Data Processing and Ingestion - Multi-modal data, event handling and ETL"]
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DaEn -->|π Analyzes| DaEn2["2. π Analytics, Forecasting and Visualization - BI, dashboards and forecasting"]
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DaEn -->|π Governs| DaEn3["3. π Data Governance and Quality - Modeling, warehousing and stakeholder communications"]
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''',
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"4. π’ Community OpenSource Communication CoOS": r'''
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graph LR
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CoOS["πͺCoOSπ’ Community OpenSource"]
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CoOS -->|π Documents| CoOS1["1. π Technical Documentation and Demos - Code examples, demos and notebooks"]
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CoOS -->|π¬ Engages| CoOS2["2. π¬ Community Engagement and Collaboration - Public speaking, social media and collaborations"]
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''',
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"5. π± FullStack UI Mobile Product Development FuMo": r'''
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graph LR
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FuMo["βFuMoπ± FullStack UI Mobile"]
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FuMo -->|π± Develops| FuMo1["1. π± Mobile and Web App Development - Full stack development, CI/CD and API design"]
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FuMo -->|π¨ Designs| FuMo2["2. π¨ UI, UX and Frontend Integration - React, Next.js, TypeScript and intuitive design"]
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FuMo -->|π Connects| FuMo3["3. π Backend and Cross-Platform Tools - Python, Node, cloud microservices and ML bridging"]
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''',
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"6. π» Software Cloud MLOps Infrastructure SCMI": r'''
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graph LR
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SoCM["π²SoCMπ» Software Cloud MLOps"]
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SoCM -->|π οΈ Optimizes| SCMI1["1. π οΈ Developer Tooling and Observability - Full stack dev, debugging and SRE practices"]
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SoCM -->|π€ Automates| SCMI2["2. π€ ML Frameworks and Automation - Python APIs, PyTorch, Keras and Ray, Horovod"]
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SoCM -->|π Pipelines| SCMI3["3. π Data Pipelines and Processing - Spark, Airflow and ETL pipelines"]
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SoCM -->|βοΈ Deploys| SCMI4["4. βοΈ Cloud and Infrastructure Provisioning - Kubernetes, Docker, Terraform and cloud integration"]
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''',
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"7. π€ Machine Learning AI Model Development MLAI": r'''
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graph LR
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AIML["βοΈAIMLπ€ AI Machine Learning"]
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AIML -->|ποΈ Structures| MLAI1["1. ποΈ Large-Scale Architectures and Retrieval - Transformers, RAG and vector DBs"]
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AIML -->|βοΈ Experiments| MLAI2["2. βοΈ Experimentation and Distributed Training - RL, quantization and ablation studies"]
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AIML -->|π‘ Deploys| MLAI3["3. π‘ Application and API Development - Agentic AI, LLM inference and microservices"]
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AIML -->|π Optimizes| MLAI4["4. π Optimization and Monitoring - Performance tuning, scaling and reliability"]
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''',
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"8. π§ Systems Infrastructure LowLevel Engineering SyIn": r'''
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graph LR
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SyIn["πͺSyInπ§ Systems Infrastructure"]
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SyIn -->|π§ Integrates| SyIn1["1. π§ Hardware and OS Integration - Linux, embedded, C, C++"]
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SyIn -->|βοΈ Tunes| SyIn2["2. βοΈ Performance and Tuning - Cross-layer tuning, throughput and load balancing"]
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SyIn -->|π€ Enhances| SyIn3["3. π€ Advanced ML and Automation - Cross-team innovation, observability and ServiceNow"]
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SyIn -->|π Scales| SyIn4["4. π Distributed and HPC Deployment - Data center HPC, ML, GPU orchestration and multi-GPU pipelines"]
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''',
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"9. π― Specialized Domains Emerging Technologies SpDo": r'''
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graph LR
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SpDo["π±SpDoπ― Specialized Domains"]
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SpDo -->|π₯ Visualizes| SpDo1["1. π₯ Advanced CV and 3D Graphics - Neural rendering, reconstruction and graphics engines"]
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SpDo -->|π Automates| SpDo2["2. π Robotics and Autonomous Systems - Autonomous vehicles, sensor fusion and path planning"]
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SpDo -->|π» Computes| SpDo3["3. π» HPC and Hardware Integration - GPU, SoC modeling, HPC networking and prototyping"]
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SpDo -->|π’ Quantizes| SpDo4["4. π’ AI Quantization and Inference - Quantization, in-browser inference and neural sparse models"]
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'''
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}
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# --------------------------
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# Markdown Sections
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# --------------------------
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md_combined_outline = r'''
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# π Hands On ML App. Dev. with Mixture of Experts and Multiagent Skills and State of Art ML Architecture
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1. **πΌLeCoπ₯ Leadership and Collaboration : ** Strategic leadership and team management.
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2. **πSeCoπ Security and Compliance : ** Security operations, compliance, and system hardening.
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3. **πͺDaEnπ Data Engineering : ** Data processing, analytics, and governance.
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4. **πͺCoOSπ’ Community OpenSource : ** Community engagement, documentation, and collaboration.
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5. **βFuMoπ± FullStack UI Mobile : ** Mobile and web app development with ML integration.
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6. **π²SoCMπ» Software Cloud MLOps : ** Cloud infrastructure, ML frameworks, and automation.
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7. **βοΈAIMLπ€ AI Machine Learning : ** Largeβscale architectures, distributed training, and inference.
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8. **πͺSyInπ§ Systems Infrastructure : ** Hardware, OS, and distributed HPC deployments.
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9. **π±SpDoπ― Specialized Domains : ** Advanced CV, robotics, HPC, and AI quantization.
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'''
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md_submodels_outline = r'''
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## 1. π₯ Leadership Management Collaboration LeCo
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1. **π Strategic and Cross-Functional Leadership - Global strategy, team coordination and vendor management**
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2. **π€ Team Building and Agile Collaboration - Coaching, agile processes and stakeholder management**
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188 |
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3. **π‘ Domain Expertise and Innovation - Deep AI framework knowledge and product strategy**
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189 |
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## 2. π Security Compliance Reliability SeCo
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1. **π‘οΈ Security Operations and Incident Response - Incident management, pen testing and vulnerability assessment**
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2. **β
Compliance and Governance - Data quality standards, compliance policies and IAM solutions**
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3. **π System Hardening and Automation - Secure HPC, ML, Python, Bash automation and cost optimization**
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## 3. π Data Engineering Analytics Data Governance DaEn
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1. **π§ Data Processing and Ingestion - Multi, modal data, event handling and ETL pipelines**
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2. **π Analytics, Forecasting and Visualization - BI, dashboards and forecasting**
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3. **π Data Governance and Quality - Modeling, warehousing and stakeholder comms**
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## 4. π’ Community OpenSource Communication CoOS
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1. **π Technical Documentation and Demos - Code examples, demos and notebooks**
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2. **π¬ Community Engagement and Collaboration - Public speaking, social media and collabs**
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203 |
-
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## 5. π± FullStack UI Mobile Product Development FuMo
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1. **π± Mobile and Web App Development - Full stack development, CI/CD and API design**
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2. **π¨ UI, UX and Frontend Integration - React, Next.js, TypeScript and intuitive design**
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207 |
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3. **π Backend and Cross-Platform Tools - Python, Node, cloud microservices and ML bridging**
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208 |
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## 6. π» Software Cloud MLOps Infrastructure SoCM
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1. **π οΈ Developer Tooling and Observability - Full stack dev, debugging and SRE practices**
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2. **π€ ML Frameworks and Automation - Python APIs, PyTorch, Keras and Ray, Horovod**
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212 |
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3. **π Data Pipelines and Processing - Spark, Airflow and ETL pipelines**
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4. **βοΈ Cloud and Infrastructure Provisioning - Kubernetes, Docker, Terraform and cloud integration**
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## 7. π€ AI Machine Learning Model Development AIML
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1. **ποΈ Large-Scale Architectures and Retrieval - Transformers, RAG and vector DBs**
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2. **βοΈ Experimentation and Distributed Training - RL, quantization and ablation studies**
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3. **π‘ Application and API Development - Agentic AI, LLM inference and microservices**
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4. **π Optimization and Monitoring - Performance tuning, scaling and reliability**
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-
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## 8. π§ Systems Infrastructure LowLevel Engineering SyIn
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1. **π§ Hardware and OS Integration - Linux, embedded, C, C++**
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2. **βοΈ Performance and Tuning - Cross-layer tuning, throughput and load balancing**
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3. **π€ Advanced ML and Automation - Cross-team innovation, observability and ServiceNow**
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4. **π Distributed and HPC Deployment - Data center HPC, ML, GPU orchestration and multi-GPU pipelines**
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-
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## 9. π― Specialized Domains Emerging Technologies SpDo
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1. **π₯ Advanced CV and 3D Graphics - Neural rendering, reconstruction and graphics engines**
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2. **π Robotics and Autonomous Systems - Autonomous vehicles, sensor fusion and path planning**
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3. **π» HPC and Hardware Integration - GPU, SoC modeling, HPC networking and prototyping**
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231 |
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4. **π’ AI Quantization and Inference - Quantization, in-browser inference and neural sparse models**
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'''
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md_glossary = r'''
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# π Glossary
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1. **π§ Systems Infrastructure SyIn:** Hardware and OS, level operations enabling computing environments.
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2. **π» Software Cloud MLOps SCMI:** Tools and processes for managing ML workflows and cloud infrastructures.
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3. **π€ Machine Learning AI MLAI:** Techniques and architectures for developing and deploying AI models.
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4. **π Data Engineering DaEn:** Methods for processing, analyzing and governing data.
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5. **π Security and Compliance SeCo:** Practices ensuring system security and adherence to regulations.
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6. **π₯ Leadership and Collaboration LeCo:** Strategies for effective team management and cross-functional coordination.
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7. **π± FullStack UI Mobile FuMo:** End-to-end development of mobile and web interfaces integrating ML.
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8. **π― Specialized Domains SpDo:** Focus areas in advanced tech such as computer vision, robotics and HPC.
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9. **π’ Community OpenSource CoOS:** Engagement with open-source communities and technical education.
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10. **HPC:** High Performance Computing; large-scale computational systems and clusters.
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11. **LLM:** Large Language Models; deep learning models for natural language processing.
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12. **MLOps:** Machine Learning Operations; practices for deploying and managing ML systems.
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'''
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md_python_libraries = r'''
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# π Python Libraries Guide
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1. **π₯ TensorFlow (tensorflow) -** Deep learning library for research and production.
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2. **π€ Huggingface Hub (huggingface_hub) -** Platform for sharing and accessing pre-trained models.
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254 |
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3. **π Transformers (transformers) -** Library for NLP and model inference.
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255 |
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4. **π₯ Torch (torch) -** PyTorch library for dynamic deep learning.
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256 |
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5. **π Streamlit (streamlit) -** Rapidly build interactive ML web apps.
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257 |
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6. **ποΈ Gradio (gradio) -** Create customizable web interfaces for ML models.
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7. **πΌ Pandas (pandas) -** Data manipulation and analysis.
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259 |
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8. **π’ NumPy (numpy) -** Numerical computing and array operations.
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260 |
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9. **π¬ LangChain (langchain) -** Framework for building applications with language models.
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10. **π€ OpenAI (openai) -** API for accessing GPT models and AI services.
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262 |
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11. **π Azure MSAL (msal) -** Authentication library for Azure services.
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263 |
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12. **βοΈ Scikit-learn (scikit-learn) -** Machine learning tools for data mining and analysis.
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13. **π Matplotlib (matplotlib) -** Plotting library for data visualization.
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14. **π Seaborn (seaborn) -** Statistical data visualization.
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15. **π Plotly (plotly) -** Interactive graphing library.
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16. **π NLTK (nltk) -** Natural language processing toolkit.
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17. **π§ͺ SciPy (scipy) -** Scientific and technical computing.
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18. **β‘ FastAPI (fastapi) -** Build fast APIs for ML applications.
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19. **π Dask (dask) -** Parallel computing with task scheduling.
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20. **π Requests (requests) -** HTTP library for Python.
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'''
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md_js_libraries = r'''
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# π» JavaScript Libraries Guide
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1. **π₯ React (react) -** Library for building UI components.
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2. **βοΈ Redux (redux) -** Predictable state container for JavaScript apps.
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3. **π Node.js (node) -** JavaScript runtime for building server-side applications.
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4. **π» Express (express) -** Web framework for Node.js.
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5. **π D3.js (d3) -** Library for dynamic, interactive data visualizations.
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281 |
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6. **π Chart.js (chart.js) -** Simple yet flexible charting library.
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282 |
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7. **π Webpack (webpack) -** Module bundler for JavaScript applications.
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283 |
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8. **βοΈ Babel (babel) -** Transpiler for next-generation JavaScript.
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284 |
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9. **π Next.js (next) -** React framework for server-side rendering.
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285 |
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10. **π¨ Tailwind CSS (tailwindcss) -** Utility-first CSS framework for rapid UI development.
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286 |
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11. **π jQuery (jquery) -** DOM manipulation library.
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287 |
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12. **π Lodash (lodash) -** Utility library for JavaScript.
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13. **β° Moment.js (moment) -** Date library for parsing, validating and formatting dates.
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14. **π‘ Axios (axios) -** Promise-based HTTP client.
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15. **π¬ Socket.io (socket.io) -** Real-time communication library.
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16. **πΌ Vue.js (vue) -** Progressive framework for building user interfaces.
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292 |
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17. **π
°οΈ Angular (angular) -** Platform for building mobile and desktop web applications.
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18. **π₯ Ember.js (ember) -** Framework for creating ambitious web applications.
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294 |
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19. **π Mermaid.js (mermaid) -** Library for generating diagrams and flowcharts.
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20. **π Three.js (three) -** Library for creating 3D graphics in the browser.
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'''
|
297 |
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|
298 |
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md_picture_mnemonic = r'''
|
299 |
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# πΌ Picture Mnemonic Outline
|
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1. **πΌ Lighthouse -** Represents #1, a beacon of guidance.
|
301 |
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2. **π Eyeglasses -** Symbolizes #2, two lenses for clarity.
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302 |
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3. **πͺ Stool -** Denotes #3, three legs for stability.
|
303 |
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4. **πͺ Window -** Four panes, representing #4.
|
304 |
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5. **β Hand -** Five fingers for #5.
|
305 |
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6. **π² Dice -** Six sides symbolizing #6.
|
306 |
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7. **βοΈ Cloud -** For #7, light and airy.
|
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8. **πͺ Gate -** Represents #8, opening new paths.
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9. **π± Cat -** Nine lives, symbolic of #9.
|
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-
|
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**Mnemonic:** A mnemonic is a memory aid using patterns or associations to enhance recall. Here, we apply the pegword technique by pairing each number with a vivid image to quickly remember complex information.
|
311 |
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*(Adapted from McCarthy, M. J. 2007. Mastering the INFORMATION AGE - A Course in Working Smarter, Thinking Better, and Learning Faster. [1])*
|
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-
|
313 |
-
[1] McCarthy, M. J. 2007. *Mastering the INFORMATION AGE - A Course in Working Smarter, Thinking Better, and Learning Faster*. Retrieved from https://www.example.com/reference
|
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'''
|
315 |
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|
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md_tweet = r'''
|
317 |
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# π¦ Tweet Summary
|
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Unlock your AI mastery with our densified skill tree - from LC to SD - each node paired with powerful mnemonics and vivid visuals (πΌππͺπͺβπ²βοΈπͺπ±) to boost memory and innovation. #AI #ML #Learning #Innovation
|
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'''
|
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|
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# --------------------------
|
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# Combined Mermaid Diagram (Overview)
|
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# --------------------------
|
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combined_mermaid = r'''
|
325 |
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graph TD
|
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LeCo["1. π₯ Leadership and Collaboration - LeCo"]
|
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SeCo["2. π Security and Compliance - SeCo"]
|
328 |
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DaEn["3. π Data Engineering - DaEn"]
|
329 |
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CoOS["4. π’ Community Open Source - CoOS"]
|
330 |
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FuMo["5. π± FullStack UI Mobile - FuMo"]
|
331 |
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SoCM["6. π» Software Cloud MLOps - SoCM"]
|
332 |
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AIML["7. π€ AI Machine Learning - AIML"]
|
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SyIn["8. π§ Systems Infrastructure - SyIn"]
|
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SpDo["9. π― Specialized Domains - SpDo"]
|
335 |
-
|
336 |
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LeCo -->|π§ guides| SeCo
|
337 |
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LeCo -->|π leads| AIML
|
338 |
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LeCo -->|π€ supports| SyIn
|
339 |
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SeCo ---|π secures| AIML
|
340 |
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SeCo ---|π‘οΈ protects| SoCM
|
341 |
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AIML -->|π§ feeds| DaEn
|
342 |
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SoCM -->|β‘ powers| AIML
|
343 |
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FuMo ---|π integrates with| SoCM
|
344 |
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FuMo -->|β extends to| SpDo
|
345 |
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SpDo ---|β¨ enhances| AIML
|
346 |
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LeCo ---|ποΈ oversees| SoCM
|
347 |
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CoOS ---|π€ collaborates with| LeCo
|
348 |
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CoOS ---|π£οΈ informs| DaEn
|
349 |
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SpDo ---|π shares with| CoOS
|
350 |
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'''
|
351 |
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|
352 |
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# --------------------------
|
353 |
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# Streamlit App Layout
|
354 |
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# --------------------------
|
355 |
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def main():
|
356 |
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st.set_page_config(page_title="Densified Skill Tree", layout="wide")
|
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|
358 |
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# Optionally render combined outlines and submodels if desired:
|
359 |
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st.markdown(md_combined_outline, unsafe_allow_html=True)
|
360 |
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#st.markdown(md_submodels_outline, unsafe_allow_html=True)
|
361 |
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|
362 |
-
# For each numbered area, display its markdown outline first, then its mermaid diagram.
|
363 |
-
for key in sorted(markdown_areas.keys(), key=lambda k: int(k.split('.')[0])):
|
364 |
-
st.markdown(markdown_areas[key], unsafe_allow_html=True)
|
365 |
-
if key in mermaid_areas:
|
366 |
-
render_mermaid(mermaid_areas[key], height=350)
|
367 |
-
|
368 |
-
# Render the combined mermaid diagram for an overview
|
369 |
-
render_mermaid(combined_mermaid, height=850)
|
370 |
-
|
371 |
-
# Display additional markdown sections
|
372 |
-
st.markdown(md_glossary, unsafe_allow_html=True)
|
373 |
-
st.markdown(md_python_libraries, unsafe_allow_html=True)
|
374 |
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st.markdown(md_js_libraries, unsafe_allow_html=True)
|
375 |
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st.markdown(md_picture_mnemonic, unsafe_allow_html=True)
|
376 |
-
st.markdown(md_tweet, unsafe_allow_html=True)
|
377 |
-
|
378 |
-
if __name__ == "__main__":
|
379 |
-
main()
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