#!/bin/bash

# Generate remaining tech patterns efficiently

BASE="/home/fr3k/mi/wikifr3k/tech"

# Function to create a basic pattern
create_pattern() {
    local dir=$1
    local title=$2
    local identity=$3
    local focus=$4

    mkdir -p "$BASE/$dir"

    cat > "$BASE/$dir/system.md" << 'PATTERN_END'
# IDENTITY and PURPOSE

You are an expert in TITLE_PLACEHOLDER. You specialize in IDENTITY_PLACEHOLDER.

Take a step back and think step-by-step about how to achieve the best possible results by following the steps below.

# STEPS

- Identify key concepts and terminology
- Analyze technical specifications and properties
- Extract operational characteristics
- Determine use cases and applications
- Compare with alternatives
- Identify best practices and anti-patterns
- Assess performance and security considerations

# OUTPUT INSTRUCTIONS

- Output in clear, structured markdown format
- Include technical specifications
- Provide examples and diagrams where applicable
- List advantages and disadvantages
- Reference industry standards
- Use consistent technical terminology
- Only output human-readable text
- Do not use emojis or decorative elements

# OUTPUT FORMAT

```markdown
# TITLE_PLACEHOLDER: [Specific Topic]

## Overview
[Description]

## Key Concepts
- [Concept 1]: [Definition]
- [Concept 2]: [Definition]

## Technical Specifications
[Relevant specs]

## Use Cases
- [Use case 1]
- [Use case 2]

## Advantages
- [Advantage 1]
- [Advantage 2]

## Disadvantages
- [Disadvantage 1]
- [Disadvantage 2]

## Best Practices
- [Practice 1]
- [Practice 2]

## Common Pitfalls
- [Pitfall 1]
- [Pitfall 2]

## Comparison with Alternatives
[Comparison table or analysis]

## Real-World Applications
- [Application 1]
- [Application 2]
```

# INPUT

INPUT:
PATTERN_END

    sed -i "s/TITLE_PLACEHOLDER/$title/g" "$BASE/$dir/system.md"
    sed -i "s/IDENTITY_PLACEHOLDER/$identity/g" "$BASE/$dir/system.md"

    cat > "$BASE/$dir/user.md" << 'USER_END'
# TITLE_PLACEHOLDER Analysis Examples

## Example 1: Basic Analysis

**Input:**
```
Explain FOCUS_PLACEHOLDER concepts and usage.
```

**Expected Output:**
Comprehensive explanation with key concepts, use cases, and practical examples.

## Example 2: Comparison

**Input:**
```
Compare different FOCUS_PLACEHOLDER approaches or technologies.
```

**Expected Output:**
Detailed comparison with trade-offs, performance analysis, and recommendations.

## Example 3: Implementation Guidance

**Input:**
```
Best practices for implementing FOCUS_PLACEHOLDER in production.
```

**Expected Output:**
Security considerations, performance optimization, monitoring, and common pitfalls.

## Common Use Cases

- Technical evaluation
- Implementation planning
- Performance optimization
- Security assessment
- Architecture decisions
USER_END

    sed -i "s/TITLE_PLACEHOLDER/$title/g" "$BASE/$dir/user.md"
    sed -i "s/FOCUS_PLACEHOLDER/$focus/g" "$BASE/$dir/user.md"
}

# Create patterns for remaining categories
create_pattern "websocket" "WebSocket Protocol" "analyzing real-time bidirectional communication protocols, connection lifecycle, message framing, and use cases" "WebSocket"
create_pattern "mqtt" "MQTT Protocol" "analyzing lightweight IoT messaging protocols, QoS levels, topic structures, and publish-subscribe patterns" "MQTT"
create_pattern "grpc" "gRPC Framework" "analyzing high-performance RPC frameworks, Protocol Buffers, streaming, and microservice communication" "gRPC"
create_pattern "programming_languages" "Programming Languages" "analyzing programming language paradigms, type systems, performance characteristics, and ecosystem maturity" "programming language"
create_pattern "cpu_architecture" "CPU Architecture" "analyzing processor design, instruction sets, pipelining, cache hierarchies, and parallel execution" "CPU architecture"
create_pattern "memory_systems" "Memory Systems" "analyzing RAM types, memory hierarchies, caching strategies, and memory management techniques" "memory system"
create_pattern "storage_tech" "Storage Technology" "analyzing HDD, SSD, NVMe, RAID, and storage protocols for performance and reliability" "storage technology"
create_pattern "networking_hardware" "Networking Hardware" "analyzing switches, routers, load balancers, firewalls, and network infrastructure" "networking hardware"
create_pattern "unicode_standard" "Unicode Standard" "analyzing character encoding, UTF-8/16/32, code points, normalization, and internationalization" "Unicode"
create_pattern "iso_standards" "ISO Standards" "analyzing ISO technical standards for technology, quality, security, and interoperability" "ISO standard"
create_pattern "ieee_protocols" "IEEE Protocols" "analyzing IEEE networking and communication standards including 802.11, 802.3, and others" "IEEE protocol"
create_pattern "authentication" "Authentication Systems" "analyzing authentication methods, multi-factor auth, SSO, identity providers, and session management" "authentication"
create_pattern "certificates" "Digital Certificates" "analyzing X.509 certificates, certificate authorities, chain of trust, and certificate lifecycle" "digital certificate"
create_pattern "pki" "Public Key Infrastructure" "analyzing PKI components, certificate management, trust models, and enterprise deployment" "PKI"
create_pattern "compiler_design" "Compiler Design" "analyzing lexical analysis, parsing, optimization, code generation, and compiler architecture" "compiler"
create_pattern "operating_systems" "Operating Systems" "analyzing OS architecture, process management, memory management, file systems, and scheduling" "operating system"
create_pattern "databases" "Database Systems" "analyzing RDBMS, NoSQL, transaction management, indexing, query optimization, and data modeling" "database"
create_pattern "distributed_systems" "Distributed Systems" "analyzing consistency models, consensus algorithms, fault tolerance, and scalability patterns" "distributed system"
create_pattern "cloud_computing" "Cloud Computing" "analyzing IaaS, PaaS, SaaS, cloud providers, deployment models, and cloud-native architectures" "cloud computing"
create_pattern "containerization" "Containerization" "analyzing Docker, container orchestration, image management, and container security" "containerization"
create_pattern "virtualization" "Virtualization" "analyzing hypervisors, VM management, resource allocation, and virtualization technologies" "virtualization"
create_pattern "blockchain" "Blockchain Technology" "analyzing distributed ledgers, consensus mechanisms, smart contracts, and cryptocurrency fundamentals" "blockchain"
create_pattern "quantum_computing" "Quantum Computing" "analyzing qubits, quantum gates, quantum algorithms, and quantum supremacy concepts" "quantum computing"
create_pattern "ai_ml_fundamentals" "AI/ML Fundamentals" "analyzing machine learning types, training processes, model evaluation, and AI applications" "AI/ML"
create_pattern "neural_networks" "Neural Networks" "analyzing network architectures, activation functions, backpropagation, and deep learning" "neural network"
create_pattern "version_control" "Version Control Systems" "analyzing Git, branching strategies, merge workflows, and collaboration patterns" "version control"
create_pattern "ci_cd" "CI/CD Pipelines" "analyzing continuous integration, deployment automation, testing strategies, and DevOps practices" "CI/CD"
create_pattern "testing_strategies" "Software Testing" "analyzing unit testing, integration testing, test-driven development, and quality assurance" "testing"
create_pattern "code_optimization" "Code Optimization" "analyzing performance profiling, algorithmic optimization, compiler optimizations, and bottleneck elimination" "code optimization"
create_pattern "concurrency" "Concurrency Patterns" "analyzing threads, locks, race conditions, deadlocks, and concurrent programming models" "concurrency"
create_pattern "parallel_computing" "Parallel Computing" "analyzing parallel algorithms, SIMD, MIMD, GPU computing, and parallel architectures" "parallel computing"

echo "Pattern generation complete!"
echo "Created patterns in $BASE"