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Apply a consistent naming convention to the Make target inventory so
every target is grouped by its domain:
- compose-* (compose-up/down/restart/stop/exec/inner-run)
- network-* (network-dns-setup/remove, network-ipv6-disable/restore,
network-refresh, network-trust-ca)
- security-* (security-apparmor-restore/teardown)
- diagnose-* (diagnose-network, diagnose-disk-usage)
- fix-* (fix-chmod, fix-dockerignore)
- clean-* (clean-cache, clean-pycache-dirs)
- install-* (install-agent)
- meta-* (meta-list, meta-tree, meta-mig)
Drop the stale debug-network target and reintroduce its functionality
as diagnose-network. Cascade renames through:
- Makefile (.PHONY entries, prereqs, recursive $(MAKE) calls)
- contributor docs, agent-iteration docs, role-level docs
- bundle README, environment scripts, install/lint/test wrappers
- AGENTS.md, CLAUDE.md, compose/cache.override.yml, .github/workflows
Historical entries under docs/requirements/ and changelog/ stay
untouched as audit logs.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
CA Trust Scripts 🔐
This directory contains platform-specific scripts for trusting the Infinito Root CA certificate on the developer's machine. For the canonical Make target index that invokes these helpers, see make.md.
All scripts extract the Root CA from a running Infinito container and install it into the appropriate system trust store, so that browsers and tools accept *.infinito.example TLS certificates without warnings.
Scripts 📄
linux.sh 🐧
Trusts the Infinito Root CA on the Linux host system.
- Extracts
root-ca.crtfrom the running Infinito container viadocker cp - Places it under
/etc/infinito.nexus/ca/root-ca.crt - Installs it into the system trust store via
roles/sys-ca-selfsigned/files/with-ca-trust.sh
Requires INFINITO_CONTAINER to be set to the name of the running container.
wsl2.sh 🪟
Trusts the Infinito Root CA on Windows from inside a WSL2 environment. Only executes when running on WSL2 (detected via /proc/version).
- Extracts
root-ca.crtfrom the running container and copies it to the WindowsDownloadsfolder - Imports the certificate into the Windows CurrentUser Root trust store via PowerShell (no admin required)
- Discovers all configured domains from the nginx config inside the container
- Updates the Windows hosts file (
C:\Windows\System32\drivers\etc\hosts) with127.0.0.1entries for all discovered domains (requires one UAC confirmation)
Related 🔗
../. TLS administration scriptsroles/sys-ca-selfsigned/. generates the self-signed Root CA inside the container