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kubestronaut-sim runs each exam task on a host of its own - a kind (kubeadm) cluster in rootless podman, or a QEMU/KVM Ubuntu VM for the CKS tasks that need their own kernel (Falco, AppArmor) - and puts a browser desktop in front of them, the way killer.sh and sailor.sh do. - ksim, sim/: the engine (sessions, drills, study mode, grading, coverage, audit), host and VM lifecycle, the desktop - images/: exam host images (common, CKS variant with its tools, VM guest) - cka/ (131 tasks), ckad/ (105), cks/ (110): task banks, curricula with study notes, reference solutions and scripted solutions Every domain of every track has at least 17 pool tasks. `./ksim audit` proves a task three ways: it seeds cleanly on its own host, scores nothing before anyone has worked on it, and reaches full marks when its scripted solution is run on the host as `candidate`. All 346 tasks pass (CKA audited 2026-10-13, CKAD and CKS 2026-10-12). Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01JZPd3GGWyxTgAkL6a4gAJz
9 lines
510 B
TOML
9 lines
510 B
TOML
# Docker Hub images come through the simulator's pull-through cache (the container "ksim-registry"
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# on this machine). Every task has a cluster of its own, which starts with no images: without the
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# cache a full mock would pull the same nginx and busybox dozens of times and run into Docker Hub's
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# limit of 100 anonymous pulls an hour. If the cache is not running, containerd goes to the server.
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server = "https://registry-1.docker.io"
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[host."http://ksim-registry:5000"]
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capabilities = ["pull", "resolve"]
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