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Each OS generation adds new abstractions (drivers → filesystems → VMs → containers → orchestration). Older layers remain valuable and compose with new layers rather than being discarded. Abstraction compresses detail: hide when convenient, reveal when debugging or optimizing.

1950s–1960s — Mainframe batch schedulers (resource management) 1969–1971 — UNIX: multitasking, portability, POSIX roots 1974 — CP/M; 1981 — MS‑DOS: PC era command-line 1985–1995 — Windows GUI era: mainstream desktop computing 1991 — Linux: open kernel, server & infra revolution Late 1990s–2000s — Virtualization precedents (VMs, jails, LXC) 2013 — Docker containers: lightweight app packaging 2010s–2020s — Cloud-native + orchestration (Kubernetes) 2023–2025 — Intention Space (emerging): semantic/intent layer above runtimes

Each layer preserved earlier tools but added abstractions (POSIX, containers, orchestration). Responsibility shifted: devs own more of runtime/ops (CI/CD, observability). Containers enabled reproducible delivery and microservices patterns. An Intention Space layer would raise design-time semantics: intent models, CPUX flows, and runtime conformance bringin Linux kernel ability into end user application level Tooling will need to validate intent, monitor conformance, and map intents to runtime artifacts.

Usefull links

  1. https://www.bing.com/videos/riverview/relatedvideo?q=linux+kernel+standalone&mid=00BDAE63A0908AE1FCD100BDAE63A0908AE1FCD1&FORM=VIRE

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Intention Space Tutorial with Linux

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