Add update-vendor.sh symlink support, unify install.sh vendor flow

- update-vendor.sh now creates webui/vendor symlinks (htm.js)
- install.sh calls update-vendor.sh after package install
- Add vendor/.empty and webui/vendor/.empty as directory placeholders in git
This commit is contained in:
2026-07-01 00:44:08 +00:00
parent 575cf06a4b
commit 8c13ad55ce
32 changed files with 1371 additions and 445 deletions
+239
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@@ -0,0 +1,239 @@
/**
* Tests for hoover/components/applyconfirm.js
*
* Component-level tests: VNode structure, buildRows logic,
* and integration behaviour. Run with `node tests/test-applyconfirm.js`.
*/
import { buildRows, isPending, SUBSYSTEM_LIST } from '../webui/static/hoover/components/applyconfirm.js';
const SUBSYSTEM_KEYS = SUBSYSTEM_LIST.map(s => s.key);
let passed = 0;
let failed = 0;
function test(name, fn) {
try {
fn();
console.log(` \u2713 ${name}`);
passed++;
} catch (e) {
console.error(` \u2717 ${name}: ${e.message}`);
failed++;
}
}
function assert(cond, msg) {
if (!cond) throw new Error(msg || 'Assertion failed');
}
function assertEq(a, b, msg) {
if (a !== b) throw new Error(msg || `Expected ${b}, got ${a}`);
}
function assertIncludes(str, substr, msg) {
if (!str.includes(substr)) throw new Error(msg || `Expected "${str}" to contain "${substr}"`);
}
console.log('Testing ApplyConfirm component\n');
// === isPending ===
test('isPending returns true for needs_apply', () => {
assertEq(isPending({ needs_apply: true }), true);
});
test('isPending returns true for pending_changes', () => {
assertEq(isPending({ pending_changes: true }), true);
});
test('isPending returns false when neither flag set', () => {
assertEq(isPending({}), false);
});
test('isPending returns false for explicit false', () => {
assertEq(isPending({ needs_apply: false, pending_changes: false }), false);
});
// === SUBSYSTEM_LIST ===
test('SUBSYSTEM_LIST contains 5 subsystems', () => {
assertEq(SUBSYSTEM_LIST.length, 5);
});
test('SUBSYSTEM_LIST uses networkd key (not network)', () => {
assertIncludes(SUBSYSTEM_KEYS.join(','), 'networkd', 'SUBSYSTEM_LIST should contain networkd');
assert(SUBSYSTEM_KEYS.indexOf('network') === -1, 'SUBSYSTEM_LIST should NOT contain network');
});
test('SUBSYSTEM_LIST keys match daemon response keys', () => {
const expectedKeys = ['firewall', 'dnsmasq', 'nginx', 'wireguard', 'networkd'];
for (const key of expectedKeys) {
assert(SUBSYSTEM_KEYS.includes(key), `SUBSYSTEM_LIST should contain ${key}`);
}
});
// === buildRows ===
test('buildRows returns 5 rows for empty subsystems', () => {
const rows = buildRows({}, {});
assertEq(rows.length, 5, 'should have 5 subsystem rows for empty state');
});
test('buildRows marks pending firewall subsystem correctly', () => {
const data = {
firewall: {
needs_apply: true,
changes: [
{ summary: 'Zone internal: interfaces changed', detail: '' },
],
},
};
const rows = buildRows(data, {});
const fwRow = rows[0];
assertIncludes(fwRow.props.class, 'pending', 'firewall row should have pending class');
});
test('buildRows changes are VNodes with proper structure', () => {
const data = {
firewall: {
needs_apply: true,
changes: [
{ summary: 'Zone internal: interfaces changed', detail: '' },
],
},
};
const rows = buildRows(data, {});
const fwRow = rows[0];
// Status span should contain "1 pending changes"
const statusSpan = fwRow.ch.find(c => c.props.class && c.props.class.includes('apply-subsystem-status'));
assert(statusSpan, 'should have status span');
const textChild = statusSpan.ch.find(c => c.tag === '#text');
assert(textChild && textChild.text.includes('pending changes'), 'status should contain pending changes count');
});
test('buildRows marks pending dnsmasq subsystem correctly', () => {
const data = {
dnsmasq: {
pending_changes: true,
changes: [
{ summary: 'DHCP/DNS configuration has unapplied changes', detail: '' },
],
},
};
const rows = buildRows(data, {});
const dnsmasqRow = rows[1];
assertIncludes(dnsmasqRow.props.class, 'pending', 'dnsmasq row should have pending class');
});
test('buildRows shows correct change count text', () => {
const data = {
dnsmasq: {
pending_changes: true,
changes: [
{ summary: 'Range 1', detail: '' },
{ summary: 'Range 2', detail: '' },
],
},
};
const rows = buildRows(data, {});
const dnsmasqRow = rows[1];
const statusSpan = dnsmasqRow.ch.find(c => c.props.class && c.props.class.includes('apply-subsystem-status'));
const textChild = statusSpan.ch.find(c => c.tag === '#text');
assertEq(textChild.text, '2 pending changes');
});
test('buildRows shows up-to-date for non-pending', () => {
const data = {
nginx: { pending_changes: false, changes: [] },
wireguard: { pending_changes: false, changes: [] },
};
const rows = buildRows(data, {});
const nginxRow = rows[2];
assert(
!nginxRow.props.class.includes('pending'),
'nginx row should not have pending class',
);
const statusSpan = nginxRow.ch.find(c => c.props.class && c.props.class.includes('apply-subsystem-status'));
const textChild = statusSpan.ch.find(c => c.tag === '#text');
assertEq(textChild.text, 'Up to date');
});
test('buildRows shows expand icon and details when expanded', () => {
const data = {
firewall: {
needs_apply: true,
changes: [
{ summary: 'Zone internal: interfaces changed', detail: '' },
{ summary: 'Zone dmz: services changed', detail: '' },
],
},
};
const rows = buildRows(data, { firewall: true });
assertEq(rows.length, 6, 'should have 6 items (5 rows + 1 detail section)');
});
test('buildRows hides expand icon when not expanded', () => {
const data = {
firewall: {
needs_apply: true,
changes: [
{ summary: 'Zone internal: interfaces changed', detail: '' },
],
},
};
const rows = buildRows(data, {});
assertEq(rows.length, 5, 'should only have 5 rows, no detail section');
});
test('buildRows pending flag but no changes treated as up-to-date', () => {
const data = {
firewall: { needs_apply: true, changes: [] },
};
const rows = buildRows(data, {});
const fwRow = rows[0];
assert(
!fwRow.props.class.includes('pending'),
'no changes = up to date',
);
});
test('buildRows detail section contains item VNodes', () => {
const data = {
firewall: {
needs_apply: true,
changes: [
{ summary: 'Zone internal: interfaces changed', detail: '' },
],
},
};
const rows = buildRows(data, { firewall: true });
const detailSection = rows[1];
assertIncludes(detailSection.props.class, 'apply-detail-section', 'should be detail section');
assert(detailSection.ch.length > 0, 'detail section should have children');
});
test('buildRows handles networkd key correctly', () => {
const data = {
networkd: {
pending_changes: true,
changes: [
{ summary: 'Network configuration has unapplied changes', detail: '' },
],
},
};
const rows = buildRows(data, {});
const networkdRow = rows[4]; // networkd is 5th in list
assertIncludes(networkdRow.props.class, 'pending', 'networkd row should have pending class');
});
test('buildRows row VNodes have correct tag', () => {
const data = {
firewall: { needs_apply: true, changes: [{ summary: 'test', detail: '' }] },
};
const rows = buildRows(data, {});
for (const row of rows.slice(0, 5)) {
assertEq(row.tag, 'div', 'row should be a div');
assert(row.props.class.includes('apply-subsystem-row'), 'row should have apply-subsystem-row class');
}
});
console.log(`\n${passed} passed, ${failed} failed`);
process.exit(failed > 0 ? 1 : 0);
-81
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@@ -70,87 +70,6 @@ class TestSaveConfig:
assert loaded["dns"]["domain"] == "test.lan"
class TestSetDhcpRange:
def test_add_new_range(self, temp_data_dir):
dnsmasq.set_dhcp_range("eth1", "192.168.1.100", "192.168.1.200")
cfg = dnsmasq.get_config()
assert len(cfg["dhcp"]["ranges"]) == 1
assert cfg["dhcp"]["ranges"][0]["interface"] == "eth1"
assert cfg["dhcp"]["ranges"][0]["start"] == "192.168.1.100"
def test_replace_existing_range(self, temp_data_dir):
dnsmasq.set_dhcp_range("eth1", "10.0.0.100", "10.0.0.200")
dnsmasq.set_dhcp_range("eth1", "10.0.0.150", "10.0.0.250")
cfg = dnsmasq.get_config()
assert len(cfg["dhcp"]["ranges"]) == 1
assert cfg["dhcp"]["ranges"][0]["start"] == "10.0.0.150"
class TestStaticLeases:
def test_add_static_lease(self, temp_data_dir):
dnsmasq.add_static_lease("AA:BB:CC:DD:EE:FF", "10.0.0.50", "printer")
cfg = dnsmasq.get_config()
assert len(cfg["dhcp"]["static_leases"]) == 1
assert cfg["dhcp"]["static_leases"][0]["mac"] == "AA:BB:CC:DD:EE:FF"
assert cfg["dhcp"]["static_leases"][0]["hostname"] == "printer"
def test_update_static_lease(self, temp_data_dir):
dnsmasq.add_static_lease("AA:BB:CC", "10.0.0.50")
dnsmasq.add_static_lease("AA:BB:CC", "10.0.0.51")
cfg = dnsmasq.get_config()
assert len(cfg["dhcp"]["static_leases"]) == 1
assert cfg["dhcp"]["static_leases"][0]["ip"] == "10.0.0.51"
def test_remove_static_lease(self, temp_data_dir):
dnsmasq.add_static_lease("AA:BB:CC", "10.0.0.50")
dnsmasq.add_static_lease("11:22:33", "10.0.0.51")
dnsmasq.remove_static_lease("aa:bb:cc")
cfg = dnsmasq.get_config()
assert len(cfg["dhcp"]["static_leases"]) == 1
assert cfg["dhcp"]["static_leases"][0]["mac"] == "11:22:33"
class TestDnsRecords:
def test_add_dns_record(self, temp_data_dir):
dnsmasq.add_dns_record("host", "10.0.0.100")
cfg = dnsmasq.get_config()
assert len(cfg["dns"]["custom_records"]) == 1
def test_remove_dns_record(self, temp_data_dir):
dnsmasq.add_dns_record("host", "10.0.0.100")
dnsmasq.add_dns_record("other", "10.0.0.101")
dnsmasq.remove_dns_record("host")
cfg = dnsmasq.get_config()
assert len(cfg["dns"]["custom_records"]) == 1
assert cfg["dns"]["custom_records"][0]["name"] == "other"
class TestParseLeaseLine:
def test_valid_line(self):
line = "1700000000 AA:BB:CC:DD:EE:FF 10.0.0.50 printer eth1"
result = dnsmasq._parse_lease_line(line)
assert result is not None
assert result["mac"] == "AA:BB:CC:DD:EE:FF"
assert result["ip"] == "10.0.0.50"
assert result["hostname"] == "printer"
def test_empty_line(self):
assert dnsmasq._parse_lease_line("") is None
def test_comment_line(self):
assert dnsmasq._parse_lease_line("# comment") is None
def test_short_line(self):
assert dnsmasq._parse_lease_line("incomplete") is None
def test_minimal_fields(self):
line = "1700000000 AA:BB:CC 10.0.0.50"
result = dnsmasq._parse_lease_line(line)
assert result is not None
assert result["hostname"] == ""
assert result["interface"] == ""
class TestUpstreamsAndDomain:
def test_set_upstreams(self, temp_data_dir):
dnsmasq.set_upstreams(["1.1.1.1", "9.9.9.9"])
+166
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@@ -477,6 +477,172 @@ class TestDaemonConfigPending:
result = daemonfirewall.config_pending_handler(None, None)
assert result["needs_apply"] is True
@patch("lib.state.state")
def test_no_state_mutation(self, mock_st):
pending = {
"needs_apply": True,
"pending": [{"zone": "public", "type": "services"}],
}
mock_st.get.return_value = {**_mock_state(), "pending": pending}
original_keys = set(pending.keys())
result = daemonfirewall.config_pending_handler(None, None)
assert "pending_summary" in result
assert set(pending.keys()) == original_keys, (
"config_pending_handler must not mutate state store pending dict"
)
@patch("lib.state.state")
def test_detail_text_interfaces(self, mock_st):
mock_st.get.return_value = {
**_mock_state(),
"pending": {
"needs_apply": True,
"pending": [
{
"zone": "internal",
"type": "interfaces",
"config": ["eth1", "eth2"],
"live": ["eth1"],
}
],
},
}
result = daemonfirewall.config_pending_handler(None, None)
assert len(result["pending_summary"]) == 1
assert "Zone internal: interfaces changed" in result["pending_summary"][0]
assert "eth2" in result["pending_summary"][0]
@patch("lib.state.state")
def test_detail_text_services(self, mock_st):
mock_st.get.return_value = {
**_mock_state(),
"pending": {
"needs_apply": True,
"pending": [
{
"zone": "dmz",
"type": "services",
"config": ["ssh", "dns"],
"live": ["ssh"],
}
],
},
}
result = daemonfirewall.config_pending_handler(None, None)
assert len(result["pending_summary"]) == 1
assert "Zone dmz: services changed" in result["pending_summary"][0]
@patch("lib.state.state")
def test_detail_text_rich_rules(self, mock_st):
mock_st.get.return_value = {
**_mock_state(),
"pending": {
"needs_apply": True,
"pending": [
{
"zone": "public",
"type": "rich_rules",
"config_count": 3,
"live_count": 1,
}
],
},
}
result = daemonfirewall.config_pending_handler(None, None)
assert len(result["pending_summary"]) == 1
assert "Zone public: rich rules differ" in result["pending_summary"][0]
assert "config: 3" in result["pending_summary"][0]
assert "live: 1" in result["pending_summary"][0]
@patch("lib.state.state")
def test_detail_text_masquerade(self, mock_st):
mock_st.get.return_value = {
**_mock_state(),
"pending": {
"needs_apply": True,
"pending": [
{
"zone": "wan",
"type": "masquerade",
"config": True,
"live": False,
}
],
},
}
result = daemonfirewall.config_pending_handler(None, None)
assert len(result["pending_summary"]) == 1
assert "Zone wan: masquerade changed" in result["pending_summary"][0]
assert "config: True" in result["pending_summary"][0]
@patch("lib.state.state")
def test_detail_text_target(self, mock_st):
mock_st.get.return_value = {
**_mock_state(),
"pending": {
"needs_apply": True,
"pending": [
{
"zone": "trusted",
"type": "target",
"config": "ACCEPT",
"live": "default",
}
],
},
}
result = daemonfirewall.config_pending_handler(None, None)
assert len(result["pending_summary"]) == 1
assert "Zone trusted: target changed" in result["pending_summary"][0]
assert "config: ACCEPT" in result["pending_summary"][0]
@patch("lib.state.state")
def test_detail_text_unknown_type(self, mock_st):
mock_st.get.return_value = {
**_mock_state(),
"pending": {
"needs_apply": True,
"pending": [{"zone": "public", "type": "foobarLayout"}],
},
}
result = daemonfirewall.config_pending_handler(None, None)
assert len(result["pending_summary"]) == 1
assert "Zone public: foobarLayout changed" in result["pending_summary"][0]
@patch("lib.state.state")
def test_detail_text_mixed_types(self, mock_st):
mock_st.get.return_value = {
**_mock_state(),
"pending": {
"needs_apply": True,
"pending": [
{
"zone": "internal",
"type": "interfaces",
"config": ["eth1"],
"live": [],
},
{
"zone": "dmz",
"type": "services",
"config": ["ssh", "dns"],
"live": ["ssh"],
},
{
"zone": "public",
"type": "rich_rules",
"config_count": 2,
"live_count": 1,
},
],
},
}
result = daemonfirewall.config_pending_handler(None, None)
assert len(result["pending_summary"]) == 3
assert "Zone internal: interfaces changed" in result["pending_summary"][0]
assert "Zone dmz: services changed" in result["pending_summary"][1]
assert "Zone public: rich rules differ" in result["pending_summary"][2]
# ---------------------------------------------------------------------------
# Zone validation in add_rich_rule, remove_rich_rule, remove_forward_port
+1 -1
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@@ -66,7 +66,7 @@ class TestBlueprintsRegistered:
def test_all_blueprints_registered(self, client):
from webui.server import BLUEPRINTS
assert len(BLUEPRINTS) == 7
assert len(BLUEPRINTS) == 8
names = [name for name, _ in BLUEPRINTS]
assert "firewall" in names
assert "network" in names
+342
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@@ -0,0 +1,342 @@
"""Tests for daemon/handlers/status.py — aggregate pending + apply-all."""
from typing import Any, ClassVar
from unittest.mock import MagicMock, patch
from daemon.handlers import status
from lib.state import State
def _make_state(**kwargs):
"""Create a minimal in-memory state for pending checks."""
st = State()
for name, data in kwargs.items():
st.set(name, data)
return st
def _mock_state_store(state_dict):
"""Return a mock that looks like state_store.get()."""
mock = MagicMock()
mock.get.side_effect = lambda name: state_dict.get(name)
return mock
class TestFwChangeSummary:
"""Test fw_change_summary helper from status module."""
def test_interfaces_summary(self):
s = status.fw_change_summary(
"internal", "interfaces", {"config": ["eth1"], "live": []}
)
assert "Zone internal: interfaces changed" in s
assert "eth1" in s
def test_services_summary(self):
s = status.fw_change_summary(
"dmz", "services", {"config": ["ssh", "dns"], "live": ["ssh"]}
)
assert "Zone dmz: services changed" in s
def test_rich_rules_summary(self):
s = status.fw_change_summary(
"public", "rich_rules", {"config_count": 2, "live_count": 1}
)
assert "config: 2" in s
assert "live: 1" in s
def test_forward_ports_summary(self):
s = status.fw_change_summary(
"wan", "forward_ports", {"config_count": 3, "live_count": 0}
)
assert "Zone wan: port forwards differ" in s
def test_masquerade_summary(self):
s = status.fw_change_summary(
"lan", "masquerade", {"config": True, "live": False}
)
assert "Zone lan: masquerade changed" in s
def test_target_summary(self):
s = status.fw_change_summary(
"vpn", "target", {"config": "ACCEPT", "live": "default"}
)
assert "Zone vpn: target changed" in s
def test_unknown_type_summary(self):
s = status.fw_change_summary("public", "weird", {})
assert "Zone public: weird changed" in s
class TestHashSubsystem:
"""Test _hash_subsystem helper from status module."""
def test_no_state(self):
result = status._hash_subsystem("nginx", None)
assert result["pending_changes"] is False
assert result["summary"] == "Up to date"
def test_pending_true(self):
st = {"status": {"pending_changes": True}}
result = status._hash_subsystem("wireguard", st)
assert result["pending_changes"] is True
assert "unapplied changes" in result["summary"]
assert len(result["changes"]) == 1
def test_pending_false(self):
st = {"status": {"pending_changes": False}}
result = status._hash_subsystem("networkd", st)
assert result["pending_changes"] is False
def test_empty_status(self):
st = {}
result = status._hash_subsystem("dnsmasq", st)
assert result["pending_changes"] is False
class TestStatusPending:
"""Test the aggregate pending endpoint."""
@patch("daemon.handlers.status.state_store")
def test_all_synced(self, mock_store):
mock_store.get.return_value = {
"firewall": {"pending": {"needs_apply": False, "pending": []}},
"dnsmasq": {"status": {"pending_changes": False}},
"nginx": {"status": {"pending_changes": False}},
"wireguard": {"status": {"pending_changes": False}},
"networkd": {"status": {"pending_changes": False}},
}
result = status.status_pending(None, None)
assert result["total_changes"] == 0
assert not result["firewall"]["needs_apply"]
assert not result["dnsmasq"]["pending_changes"]
def _patch_store(self, data):
mock = MagicMock()
mock.get.side_effect = lambda name: data.get(name)
return patch("daemon.handlers.status.state_store", mock)
def test_firewall_pending_only(self):
with self._patch_store(
{
"firewall": {
"pending": {
"needs_apply": True,
"pending": [
{
"zone": "internal",
"type": "interfaces",
"config": ["eth1"],
"live": [],
}
],
}
},
"dnsmasq": {"status": {"pending_changes": False}},
"nginx": {"status": {"pending_changes": False}},
"wireguard": {"status": {"pending_changes": False}},
"networkd": {"status": {"pending_changes": False}},
}
):
result = status.status_pending(None, None)
assert result["total_changes"] == 1
assert result["firewall"]["change_count"] == 1
def test_multiple_subsystems_pending(self):
with self._patch_store(
{
"firewall": {
"pending": {
"needs_apply": True,
"pending": [
{
"zone": "lan",
"type": "services",
"config": ["ssh"],
"live": [],
},
{
"zone": "wan",
"type": "masquerade",
"config": True,
"live": False,
},
],
}
},
"dnsmasq": {"status": {"pending_changes": True}},
"nginx": {"status": {"pending_changes": False}},
"wireguard": {"status": {"pending_changes": True}},
"networkd": {"status": {"pending_changes": False}},
}
):
result = status.status_pending(None, None)
assert result["total_changes"] == 4 # 2 FW + 1 DHCP + 1 WG
assert result["firewall"]["change_count"] == 2
assert result["firewall"]["needs_apply"] is True
assert result["dnsmasq"]["pending_changes"] is True
assert result["wireguard"]["pending_changes"] is True
def test_empty_state(self):
with self._patch_store({}):
result = status.status_pending(None, None)
assert result["total_changes"] == 0
assert not result["firewall"]["needs_apply"]
def test_firewall_no_pending_key(self):
with self._patch_store(
{
"firewall": {},
"dnsmasq": {"status": {"pending_changes": False}},
"nginx": None,
"wireguard": None,
"networkd": None,
}
):
result = status.status_pending(None, None)
assert result["total_changes"] == 0
assert not result["firewall"]["needs_apply"]
class TestStatusApplyAll:
"""Test the apply-all endpoint.
Patches SYS_APPLY dict entries directly since they hold function
references at import time.
"""
_fake_pending_all: ClassVar[dict[str, Any]] = {
"firewall": {"needs_apply": False, "change_count": 0, "changes": []},
"dnsmasq": {"pending_changes": False, "summary": "Up to date", "changes": []},
"nginx": {"pending_changes": False, "summary": "Up to date", "changes": []},
"wireguard": {"pending_changes": False, "summary": "Up to date", "changes": []},
"networkd": {"pending_changes": False, "summary": "Up to date", "changes": []},
}
@patch("daemon.handlers.status.status_pending")
@patch("daemon.handlers.status.refresh_state")
def test_nothing_to_apply(self, mock_refresh, mock_pending):
mock_pending.return_value = self._fake_pending_all
result = status.status_apply_all(None, None)
assert result["applied"] == []
assert result["errors"] == {}
mock_refresh.assert_called_once()
def test_applies_pending_subsystems(self):
mock_net = MagicMock()
mock_fw = MagicMock()
pending_data = {**self._fake_pending_all}
pending_data["firewall"]["needs_apply"] = True
pending_data["firewall"]["change_count"] = 1
pending_data["networkd"]["pending_changes"] = True
with (
patch("daemon.handlers.status.status_pending", return_value=pending_data),
patch("daemon.handlers.status.refresh_state"),
patch.dict(
"daemon.handlers.status.SYS_APPLY",
{
"networkd": mock_net,
"firewall": mock_fw,
},
),
):
result = status.status_apply_all(None, None)
assert "networkd" in result["applied"]
assert "firewall" in result["applied"]
mock_net.assert_called_once()
mock_fw.assert_called_once()
def test_error_in_subsystem(self):
mock_fw = MagicMock(side_effect=RuntimeError("firewalld not running"))
pending_data = {**self._fake_pending_all}
pending_data["firewall"]["needs_apply"] = True
pending_data["firewall"]["change_count"] = 1
with (
patch("daemon.handlers.status.status_pending", return_value=pending_data),
patch("daemon.handlers.status.refresh_state"),
patch.dict("daemon.handlers.status.SYS_APPLY", {"firewall": mock_fw}),
):
result = status.status_apply_all(None, None)
assert "firewall" not in result["applied"]
assert "Firewall" in result["errors"]
assert "firewalld not running" in result["errors"]["Firewall"]
def test_order_is_respected(self):
call_order = []
def track(name):
def wrapper(*args):
call_order.append(name)
return wrapper
mock_net = MagicMock(side_effect=track("networkd"))
mock_wg = MagicMock(side_effect=track("wireguard"))
pending_data = {**self._fake_pending_all}
pending_data["wireguard"]["pending_changes"] = True
pending_data["networkd"]["pending_changes"] = True
with (
patch("daemon.handlers.status.status_pending", return_value=pending_data),
patch("daemon.handlers.status.refresh_state"),
patch.dict(
"daemon.handlers.status.SYS_APPLY",
{
"networkd": mock_net,
"wireguard": mock_wg,
},
),
):
status.status_apply_all(None, None)
assert call_order == ["networkd", "wireguard"]
def test_partial_failure_still_applies_others(self):
mock_fw = MagicMock(side_effect=RuntimeError("fail"))
mock_nginx = MagicMock()
pending_data = {**self._fake_pending_all}
pending_data["firewall"]["needs_apply"] = True
pending_data["firewall"]["change_count"] = 1
pending_data["nginx"]["pending_changes"] = True
with (
patch("daemon.handlers.status.status_pending", return_value=pending_data),
patch("daemon.handlers.status.refresh_state"),
patch.dict(
"daemon.handlers.status.SYS_APPLY",
{
"firewall": mock_fw,
"nginx": mock_nginx,
},
),
):
result = status.status_apply_all(None, None)
assert "firewall" not in result["applied"]
assert "nginx" in result["applied"]
assert "Firewall" in result["errors"]
mock_nginx.assert_called_once()
class TestSysOrder:
"""Verify SYS_ORDER and SYS_LABELS constants."""
def test_order_network_first(self):
assert status.SYS_ORDER[0] == "networkd"
def test_all_subsystems_present(self):
expected = {"networkd", "firewall", "wireguard", "dnsmasq", "nginx"}
assert set(status.SYS_ORDER) == expected
def test_labels_match(self):
for name in status.SYS_ORDER:
assert name in status.SYS_LABELS
assert name in status.SYS_APPLY
def test_apply_functions_callable(self):
for name in status.SYS_ORDER:
assert callable(status.SYS_APPLY[name])