feat: say whether a host is still in its first boot #6
@@ -32,5 +32,8 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0
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sysDescr; `get_snmp_config` reports a running agent's community and port.
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- `get_host_status` (napalm-device-types' `HostStatusMixin`): on FreeBSD,
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"reboot required" when the installed kernel differs from the running one.
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- `first_boot_pending()`: whether a FreeBSD host is still in its first boot
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(`/firstboot`), so netOrk can wait before setting up a new VM
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(NetOrk/netork#795).
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- Parsers tested on output recorded from FreeBSD 15.1 (hand-installed and
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cloud image) and OpenBSD 7.9 (NetOrk/netork#793).
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@@ -38,6 +38,7 @@ over SSH, built on [napalm-device-types](https://git.netork.io/NAPALM/napalm-dev
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| `get_services`, `manage_service` | ✓ | ✓ | `service -e` + `service … status` / `service … <action>`; `rcctl ls on` + `rcctl check` / `rcctl <action>` |
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| `run_device_action("fix_snmp")`, `get_snmp_config` | ✓ | ✓ | net-snmp from packages: `/usr/local/etc/snmp/snmpd.conf` + `service snmpd`; `/etc/snmp/snmpd.conf` + `rcctl … netsnmpd` |
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| `get_host_status` | ✓ | unknown | napalm-device-types' host status: on FreeBSD `freebsd-version -k` vs `-r` (4.1+) |
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| `first_boot_pending` | ✓ | always `False` | whether `/firstboot` still exists |
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`get_listening_sockets` has the shape of napalm-device-types'
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`ListeningSocketsMixin` (whose `ss`/cgroup reading is Linux's) and its rule:
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@@ -68,6 +69,11 @@ database pkg cannot read (only pkg's "not installed" means no packages).
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(`freebsd-version -k`) differs from the running one (`-r`) as needing a reboot.
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OpenBSD has no such reading yet, so it stays unknown there.
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**First boot.** A FreeBSD cloud image upgrades its base system on its first boot,
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starts sshd only after that and restarts right away. `/etc/rc` removes `/firstboot`
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just before the restart, so `first_boot_pending()` is true until then; netOrk waits
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for it before it sets up a new VM. OpenBSD has no such marker to ask yet.
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**Services** are the enabled ones. FreeBSD reads their status as root, as
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root-only pidfiles hide a daemon from anyone else, and without root when sudo
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refuses; OpenBSD's `rcctl check` needs no root. Actions run as root.
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@@ -188,6 +188,21 @@ class BsdDriver(HostStatusMixin, OSDriver):
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and the readers below treat empty output as "nothing there"."""
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return self.run_command(command, privileged=privileged, timeout=timeout).stdout.strip()
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#: A file that exists until the host's first boot is over; "" when there is none to ask.
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FIRST_BOOT_MARKER = ""
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def first_boot_pending(self) -> bool:
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"""Whether the host is still in its first boot.
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A FreeBSD cloud image upgrades its base system on the first boot, starts
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sshd only after that and restarts right away; ``/etc/rc`` removes
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``/firstboot`` just before the restart. netOrk waits for this before it
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sets up a new VM (NetOrk/netork#795).
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"""
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if not self.FIRST_BOOT_MARKER:
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return False
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return self.run_command(f"test -e {self.FIRST_BOOT_MARKER}").exit_code == 0
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def _run_host_status_command(self, command: str) -> str:
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"""The transport for ``HostStatusMixin.get_host_status``: read-only, no root.
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@@ -31,6 +31,8 @@ class FreeBSDDriver(BsdDriver):
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ROUTES_COMMAND = "netstat -rnW"
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# sockstat names the process of every socket it can see; root sees them all.
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LISTENING_COMMAND = "sockstat -46lq -P tcp,udp"
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# /etc/rc removes it at the end of the first boot.
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FIRST_BOOT_MARKER = "/firstboot"
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def _parse_listening(self, output: str, *, attributed: bool) -> list[dict]:
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return parse.sockstat(output)
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@@ -610,3 +610,26 @@ class TestAFailedReadRaises:
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driver = _channel(OpenBSDDriver, answers)
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with pytest.raises(RuntimeError, match=failing.split()[0]):
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driver.get_available_updates()
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class TestFirstBoot:
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"""Whether the host is still in its first boot (NetOrk/netork#795).
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A FreeBSD cloud image upgrades its base system on the first boot, starts
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sshd only then and restarts right after; /etc/rc removes /firstboot just
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before that restart. netOrk waits for it before setting up a new VM.
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"""
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def test_freebsd_in_its_first_boot(self):
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driver = _channel(FreeBSDDriver, {"test -e /firstboot": ("", 0)})
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assert driver.first_boot_pending() is True
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assert driver.calls == [("test -e /firstboot", False)]
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def test_freebsd_after_its_first_boot(self):
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driver = _channel(FreeBSDDriver, {"test -e /firstboot": ("", 1)})
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assert driver.first_boot_pending() is False
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def test_openbsd_has_no_marker_to_ask(self):
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driver = _channel(OpenBSDDriver, {})
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assert driver.first_boot_pending() is False
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assert driver.calls == []
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