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Add comprehensive reference pages for legacy technologies: - COBOL: mainframe business language - Fortran: scientific computing and HPC - JCL: mainframe job control language - BASIC: educational and VBA - Pascal: structured programming and Delphi - Ada: safety-critical systems Update Languages MOC with new Legacy & Mainframe section and Scientific & HPC domain.
Add comprehensive hardware documentation: - Mainframes: IBM z/Series, z/OS, JCL integration - Server Hardware: Rack servers, blade systems, components - CPU Architectures: x86-64, ARM, RISC-V comparison - GPUs: NVIDIA/AMD/Intel, CUDA, ML acceleration - Storage Systems: SAN, NAS, object storage, RAID Update Tools MOC with new Hardware section.
Add 32 new pages covering: - Databases: PostgreSQL, MySQL, SQLite, MongoDB, Redis, Elasticsearch, Indexing - DevOps/SRE: SLOs/SLIs, Incident Management, Chaos Engineering, Runbooks - Networking: Routers & Switches, Firewalls, Network Topologies - Virtualization: Hypervisors, Virtual Networking - Auth: OAuth/OIDC, JWT - APIs: REST vs GraphQL vs gRPC - Testing: TDD/BDD, Property-Based Testing, Load Testing - Developer Practices: Git Internals, Code Review, Technical Writing, Regex - Legacy: AS/400, PL/I, RPG, CICS, Unix History Update Tools MOC and Computer Science MOC with new sections.
OS Development Basics (4 pages): - XDG Base Directory - Linux config/data/cache conventions - Windows Development Basics - AppData, Registry, paths, PowerShell - macOS Development Basics - Library folders, plist, Homebrew, launchd - Cross-Platform Development Paths - Where to store files on any OS Local Development (2 pages): - Local Kubernetes - KIND, K3s, k3d, minikube setup and usage - Local Observability - Grafana, Prometheus, Loki locally Update Computer Science MOC and Tools MOC with new sections.
Covers: - Core techniques: RLE, LZ77, Huffman, arithmetic coding, BWT - Common algorithms: gzip, zstd, LZ4, Brotli, Snappy, bzip2, xz - Benchmarks for ratio and speed - HTTP compression setup - Streaming compression examples - When to use which algorithm - Brief overview of lossy compression (images, audio, video)
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