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kevinveenbirkenbachandClaude Opus 5.5
74d99201e0
Parallel compose slots, swarm lab clusters and GUI lanes each kept their own pip, npm and pacman downloads, and a failed swarm run left its cluster (about 25 GB of node docker data plus the rescue bundle in the act container) on the root filesystem until someone ran make swarm-down. INFINITO_CACHE_SHARED_HOST_PATH (default <DIR_CACHE>/shared) is now mounted read-write at the same path into every compose slot and every swarm lab node, with PIP_CACHE_DIR and npm_config_cache below it; empty, the renders stay byte-identical to before. On a host whose os-release ID is exactly arch running an arch stack, INFINITO_CACHE_HOST_PACMAN_PATH mounts the host pacman cache read-only and scripts/docker/cache/pacman.sh makes it the first CacheDir with <shared>/pacman/ second, so new downloads land in the shared folder and the host cache stays untouched; on Manjaro and every other host pacman uses the shared folder alone. make swarm-zombie without keep=true now copies the act job's rescue diagnostics and Playwright artefacts to the host and then releases the lab nodes, the lab network, the NFS export volume and the act outer container, on success and on failure; when the copy fails the nodes still go, the act container stays and the run exits naming make swarm-down. make roundtrip passes keep to every swarm step, make clean-cache removes the shared folder, and the disc-space cleanup skips pacman cache directories it cannot write. apt and dnf keep their per-container caches behind the package-cache proxy, and no docker data root is shared between daemons. Requirement 065. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Test Utilities 🧪
This directory holds the operational side of testing in Infinito.Nexus.
These assets are meant to support confidence, not ceremony. They help the project validate real-world behavior across local development, CI environments, and deployment-oriented smoke tests. The emphasis is on practical feedback: when something breaks, the surrounding test tooling should make the failure easier to understand, easier to reproduce, and easier to clean up. 🚀
Good changes in this area usually make the test experience more:
- repeatable
- diagnosable
- environment-aware
- safe to rerun
The ideal outcome is boring reliability: contributors should be able to trust that a test run says something meaningful about the system, not just about the machine that happened to execute it. ✅