Each server's detail page now has a Ports card. "Scan…" runs a TCP connect
scan of a chosen range from the app and shows what's open, along with the
ranges that were actually confirmed free; clicking a free range starts a
reservation. Any port can carry a service name and a comment, so the page
also answers "what is this port for". A port with a note counts as taken
even when nothing is listening, which is what makes a reservation work.
Operators can scan and edit; everyone can read. Scans and note changes are
audit-logged.
Details that matter for correctness:
- "Free" means the host actively refused the connection AND nobody has
claimed the port. A port that never answers (firewall drop, host down)
is reported as not answering, not as free.
- A scan from elsewhere can't see services bound to localhost only, so the
agent now also reports what is bound on the host (ss -tulnp) and those
ports are treated as taken. They show as "local only". Existing agents
keep working; re-run the install one-liner to add this. The field is
validated leniently so one odd line can never cost an agent its whole
report, tasks included.
- If nothing answers at all during a scan, existing results are left
alone instead of being marked all-closed.
- Scan targets are limited to private addresses (RFC1918, Tailscale
100.64/10, link-local, IPv6 ULA/link-local); loopback and public
addresses are refused. Ranges are capped at 20,000 ports, and only one
scan runs per server at a time.
- Rows exist only while they carry information: an open port, or one with
a note. A closed port with no note disappears on the next scan; one with
a note stays as "reserved".
New table server_ports plus two columns on servers (migration 0009).
Verified with 76 backend checks (scanner open/refused/filtered, address
rules, agent report leniency, note/reserve/clear semantics, free-range
calculation including the localhost-only case, roles, concurrency lock,
no-response guard, audit entries, cascade delete) and by driving the real
component against the real router in a browser. Real dev database mtime
untouched.
Not verified: the agent's ss/awk/jq pipeline on a real host — the awk step
was checked against sample ss output and the script passes bash -n, but
jq isn't available here to run the whole thing.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
x86's /proc/cpuinfo has a per-core "model name" line; most 64-bit ARM
kernels don't. Raspberry Pi's kernel instead puts a single friendly
"Model" line at the end of /proc/cpuinfo (e.g. "Raspberry Pi 5 Model B
Rev 1.0"), and /proc/device-tree/model has the same string on any
device-tree-based board as a further fallback if even that's missing.
Try each in turn, matching real Pi 5 /proc/cpuinfo formatting.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
report-tasks.sh's new hardware-collection code ran under set -euo
pipefail, so a single failing command inside it aborted the whole
script before the report was ever sent — with no error message,
since nothing in that path had explicit error handling. On real
hardware this hit immediately: `grep -m1 "model name" /proc/cpuinfo`
exits 1 when there's no match, and many ARM boards (e.g. Raspberry Pi)
have no such line at all. Confirmed via journalctl showing the
systemd service failing every 15 minutes with exit 1 and zero output,
and via a minimal repro of the exact bash control flow.
Wrap the hardware/network collection call so any failure inside it is
non-fatal: task reporting (the actual core function) must never be
taken down by a quirk in the best-effort hardware-gathering code, on
this host or any other. Also fixed a related gap found while testing
the fallback path: the server only accepted the system field being
absent, not explicitly null (what the script now sends if collection
fails outright), which would have turned graceful degradation into a
rejected report.
Verified end-to-end against the real dev server: system:null, system
omitted, and a normal populated report all now return 202 and persist
correctly.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Installing the agent against a Homelab Manager instance with a
self-signed cert failed: curl verifies TLS by default on the install
download, the report-tasks.sh fetch inside install.sh, and every
periodic check-in — not just the outer one-liner, so passing -k to only
that first curl wasn't enough. Mirrors the existing Proxmox/Synology
"insecure" toggle pattern already in this app.
- install.sh and report-tasks.sh accept API_INSECURE=true, adding -k to
their own curl calls; install.sh persists it into the agent's env
file so the periodic systemd timer picks it up too.
- The Servers & Tasks page has a new checkbox next to the generated
install/uninstall commands that adds -k and API_INSECURE=true for
you, so the outer one-liner (which install.sh's own logic can't
touch) also skips verification.
Off by default — only for a trusted LAN.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Servers & Tasks only tracked scheduled tasks — there was no overview of
the servers themselves and no way to see CPU/RAM/disk/IP info. Add a
clickable server overview (visible to every role, not just admins) that
opens a per-server detail page.
- servers table gains an agent-reported hardware/network snapshot
(IPs, CPU model/cores/load, memory, disks) and an optional link to a
Proxmox VM/LXC (integration + node + guest type + vmid).
- Proxmox adapter gains getGuestDetail(): live cores/memory/disk from
/config, live cpu/mem/uptime from /status/current, and IPs (LXC net
config directly, QEMU via a best-effort guest-agent call that degrades
gracefully when the agent isn't installed).
- New GET /api/servers/:id/detail combines whichever hardware source
applies (live Proxmox vs. last agent report) with a DNS reverse-lookup
against the DNS module's own record cache, so matching hostnames show
up next to each IP. New PATCH /api/servers/:id manages the Proxmox
link.
- agent/linux/report-tasks.sh now also collects and reports IPs,
CPU/memory/disk info on every check-in (load-average-based CPU number,
not instantaneous, to keep the agent a cheap oneshot).
- Extracted the per-server task table into a shared ServerTaskTable
component so the all-servers view and the new detail page render
tasks identically.
Verified server-side end-to-end against the real dev server (agent
report -> detail endpoint -> DNS match) and the Proxmox adapter against
a mock HTTPS server covering LXC/QEMU config parsing and the
guest-agent-unavailable fallback.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Ports cron/systemd task tracking across Debian/Raspbian servers, including
the Linux push agent (install/report/uninstall scripts, rebranded from
"schedule-task-manager-agent" to "homelab-manager-agent") and the
manual-task-entry flow for things an agent can't see (Docker jobs, backups).
The schema (servers/scheduled_tasks tables) was already in place from the
foundation pass, so this is mostly a straight port of the original's
services/routes.
Deliberate change from the original: server/token management (which mints
agent credentials) is now admin-only rather than open to any logged-in user,
and manual task CRUD is gated to operator+ — consistent with how Secrets,
IPAM, and DNS already split "configure credentials" from "everyday edits"
across roles. All mutations are audit-logged.
- server/src/services/tokens.ts, taskSync.ts: ported near-verbatim (agent
token hashing, the agent-sync-marks-missing-as-stale-not-deleted logic).
- server/src/routes/servers.ts, tasks.ts, agentReport.ts: same contract as
the original (agent auth is a per-server bearer token, independent of the
session-based requireAuth used everywhere else).
- web: a single Servers & Tasks page (filter bar, task table grouped by
server/schedule type, manual task form, and an admin-only server
management panel with token reveal + copyable install/uninstall commands),
replacing the original's two separate pages/apps.
Verified: full build passes; a scripted HTTP test against a running server
covers unauthenticated access, role gating at each tier (admin-only server
mgmt, operator+ task mgmt), agent bearer-token auth (valid/invalid/rotated),
manual-vs-agent task edit protection, stale-marking on re-sync, and cascade
delete — 22/22 checks passing. Real agent installation on an actual
Debian/Raspbian host still needs to be tried on the user's network.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
bobbanandClaude Sonnet 5