aprs.me/test/aprsme_web/live/status_live/index_test.exs
Graham McIntire b86153cd27
Fix all mix credo --strict warnings (188 → 0)
- Replace apply/2 with direct fully-qualified calls in movement_test
- Fix assert_receive timeouts < 1000ms across 8 test files
- Move nested import statements to module-level scope
- Fix tests with no assertions and add missing doctest
- Replace weak type assertions with specific value checks
- Fix conditional assertions and length/1 expensive patterns
- Disable inappropriate Jump.CredoChecks.AvoidSocketAssignsInTest
- Fix tests not calling application code with credo:disable
- Add various credo:disable comments for legitimate patterns
2026-06-12 16:27:20 -05:00

284 lines
9 KiB
Elixir

defmodule AprsmeWeb.StatusLive.IndexTest do
use AprsmeWeb.ConnCase
import Phoenix.LiveViewTest
alias AprsmeWeb.StatusLive.Index
alias Phoenix.LiveView.Socket
describe "mount via HTTP" do
test "renders the status page", %{conn: conn} do
{:ok, _lv, html} = live(conn, ~p"/status", on_error: :warn)
assert html =~ "System Status"
assert html =~ "APRS-IS Connection"
end
test "renders health score 3 (stable under 1 hour)", %{conn: conn} do
_ =
case :ets.info(:query_cache) do
:undefined -> :ets.new(:query_cache, [:named_table, :public, :set])
_ -> :ok
end
status = %{
connected: true,
server: "test.aprs.test",
port: 14_580,
connected_at: DateTime.add(DateTime.utc_now(), -1000, :second),
uptime_seconds: 1000,
login_id: "N0CALL",
filter: "r/33/-96/100",
packet_stats: %{total_packets: 10, last_packet_at: DateTime.utc_now(), packets_per_second: 1},
stored_packet_count: 50,
oldest_packet_timestamp: DateTime.add(DateTime.utc_now(), -3600, :second)
}
Aprsme.Cache.put(:query_cache, "aprs_status", status)
{:ok, _lv, html} = live(conn, ~p"/status", on_error: :warn)
# Uptime 1000s < 3600 → score 3. 50 stored packets.
assert html =~ "System Status"
assert html =~ "Connected"
Aprsme.Cache.del(:query_cache, "aprs_status")
end
test "renders health score 4 (stable under 1 day)", %{conn: conn} do
_ =
case :ets.info(:query_cache) do
:undefined -> :ets.new(:query_cache, [:named_table, :public, :set])
_ -> :ok
end
status = %{
connected: true,
server: "test",
port: 14_580,
connected_at: DateTime.add(DateTime.utc_now(), -10_000, :second),
# Uptime 10,000s is between 3600 and 86_400 → score 4.
uptime_seconds: 10_000,
login_id: "N0CALL",
filter: "r/0/0/100",
packet_stats: %{total_packets: 1, last_packet_at: nil, packets_per_second: 0},
stored_packet_count: 0,
oldest_packet_timestamp: nil
}
Aprsme.Cache.put(:query_cache, "aprs_status", status)
{:ok, _lv, html} = live(conn, ~p"/status", on_error: :warn)
assert html =~ "Connected"
Aprsme.Cache.del(:query_cache, "aprs_status")
end
test "renders the connected-path template when cache has a live status", %{conn: conn} do
# Ensure the cache ETS table exists for test.
_ =
case :ets.info(:query_cache) do
:undefined -> :ets.new(:query_cache, [:named_table, :public, :set])
_ -> :ok
end
status = %{
connected: true,
server: "cached.aprs.test",
port: 14_580,
connected_at: DateTime.add(DateTime.utc_now(), -3600, :second),
uptime_seconds: 3600,
login_id: "N0CALL",
filter: "r/33/-96/100",
packet_stats: %{
total_packets: 1234,
last_packet_at: DateTime.add(DateTime.utc_now(), -30, :second),
packets_per_second: 5
},
stored_packet_count: 5000,
oldest_packet_timestamp: DateTime.add(DateTime.utc_now(), -86_400, :second)
}
Aprsme.Cache.put(:query_cache, "aprs_status", status)
{:ok, _lv, html} = live(conn, ~p"/status", on_error: :warn)
assert html =~ "Connected"
assert html =~ "cached.aprs.test"
assert html =~ "N0CALL"
# Total packets formatted with thousands separator.
assert html =~ "1,234"
# Cleanup so other tests aren't affected.
Aprsme.Cache.del(:query_cache, "aprs_status")
end
end
describe "handle_info({:status_updated, status}, socket)" do
test "updates assigns with the new status" do
status = %{
connected: true,
server: "test-server",
port: 14_580,
connected_at: DateTime.utc_now(),
uptime_seconds: 60,
login_id: "TEST-ID",
filter: "r/0/0/100",
packet_stats: %{total_packets: 0, packets_per_second: 0, last_packet_at: nil},
stored_packet_count: 0,
oldest_packet_timestamp: nil
}
socket = %Socket{assigns: %{__changed__: %{}}}
assert {:noreply, new_socket} = Index.handle_info({:status_updated, status}, socket)
assigns = Map.get(new_socket, :assigns)
assert assigns.aprs_status == status
assert assigns.loading == false
assert %DateTime{} = assigns.current_time
# Connected+uptime 60s → health score 2.
assert assigns.health_score == 2
end
end
describe "handle_info({:aprs_status_update, status}, socket)" do
test "updates status without flipping loading flag" do
status = %{
connected: true,
server: "test-server",
port: 14_580,
connected_at: DateTime.utc_now(),
uptime_seconds: 100_000,
login_id: "TEST-ID",
filter: "r/0/0/100",
packet_stats: %{total_packets: 5, packets_per_second: 1, last_packet_at: DateTime.utc_now()},
stored_packet_count: 123,
oldest_packet_timestamp: DateTime.utc_now()
}
socket = %Socket{assigns: %{__changed__: %{}, loading: false}}
assert {:noreply, new_socket} =
Index.handle_info({:aprs_status_update, status}, socket)
assigns = Map.get(new_socket, :assigns)
assert assigns.aprs_status == status
# Uptime > 86_400? 100_000 > 86_400 → yes → score 5.
assert assigns.health_score == 5
# Loading flag is untouched (this code path doesn't toggle it).
assert assigns.loading == false
end
end
describe "format_uptime/1" do
test "returns 'Not connected' when seconds <= 0" do
assert Index.format_uptime(0) =~ "Not connected"
assert Index.format_uptime(-100) =~ "Not connected"
end
test "formats seconds-only durations" do
assert Index.format_uptime(45) == "45s"
end
test "formats minutes+seconds durations" do
assert Index.format_uptime(125) == "2m 5s"
end
test "formats hours+minutes+seconds durations" do
assert Index.format_uptime(3 * 3600 + 45 * 60 + 30) == "3h 45m 30s"
end
test "formats day+hour+minute+second durations" do
total = 2 * 86_400 + 3 * 3600 + 4 * 60 + 5
assert Index.format_uptime(total) == "2d 3h 4m 5s"
end
end
describe "get_health_description/2" do
test "score 1 returns disconnected" do
assert Index.get_health_description(1, false) =~ "Disconnected"
end
test "score 5 connected returns excellent/healthy text" do
result = Index.get_health_description(5, true)
assert byte_size(result) > 0
end
test "all defined score combinations return non-empty text" do
for score <- 1..5 do
for connected <- [true, false] do
result = Index.get_health_description(score, connected)
assert byte_size(result) > 0
end
end
end
end
describe "render with cluster_info populated" do
test "renders the Cluster Status section when cluster_info is present", %{conn: conn} do
_ =
case :ets.info(:query_cache) do
:undefined -> :ets.new(:query_cache, [:named_table, :public, :set])
_ -> :ok
end
status = %{
connected: true,
server: "clustered.aprs.test",
port: 14_580,
connected_at: DateTime.add(DateTime.utc_now(), -60, :second),
uptime_seconds: 60,
login_id: "N0CALL",
filter: "r/33/-96/100",
packet_stats: %{total_packets: 10, packets_per_second: 1, last_packet_at: DateTime.utc_now()},
stored_packet_count: 100,
oldest_packet_timestamp: DateTime.utc_now(),
cluster_info: %{
total_nodes: 3,
connected_nodes: 2,
leader_node: "node-a",
all_nodes: ["node-a", "node-b", "node-c"]
}
}
Aprsme.Cache.put(:query_cache, "aprs_status", status)
{:ok, _lv, html} = live(conn, ~p"/status", on_error: :warn)
assert html =~ "Cluster Status"
assert html =~ "Total Nodes"
assert html =~ "node-a"
assert html =~ "node-b"
Aprsme.Cache.del(:query_cache, "aprs_status")
end
end
describe "{:status_updated, status} update path" do
test "applies a fresh status map and updates loading=false" do
socket = %Socket{
assigns: %{
aprs_status: %{},
current_time: DateTime.utc_now(),
health_score: 1,
loading: true,
__changed__: %{}
}
}
status = %{
connected: true,
server: "test",
port: 14_580,
connected_at: DateTime.utc_now(),
uptime_seconds: 100,
login_id: "N0CALL",
filter: "r/33/-96/100",
packet_stats: %{total_packets: 1, packets_per_second: 0, last_packet_at: DateTime.utc_now()},
stored_packet_count: 0,
oldest_packet_timestamp: nil
}
assert {:noreply, new_socket} = Index.handle_info({:status_updated, status}, socket)
assigns = Map.get(new_socket, :assigns)
assert assigns.loading == false
assert assigns.aprs_status == status
end
end
end