aprs.me/test/aprsme/packets_oldest_test.exs

66 lines
2.2 KiB
Elixir

defmodule Aprsme.PacketsOldestTest do
use Aprsme.DataCase
alias Aprsme.Packets
alias Aprsme.Repo
describe "get_oldest_packet_timestamp/0" do
test "returns nil when no packets exist" do
assert is_nil(Packets.get_oldest_packet_timestamp())
end
test "returns the timestamp of the oldest packet" do
# Create packets with different timestamps
oldest_time = ~U[2023-01-01 00:00:00Z]
middle_time = ~U[2023-06-15 12:30:00Z]
newest_time = ~U[2023-12-31 23:59:59Z]
# Insert packets with different timestamps
{:ok, _} = create_test_packet("OLD-1", oldest_time)
{:ok, _} = create_test_packet("MID-1", middle_time)
{:ok, _} = create_test_packet("NEW-1", newest_time)
# Should return the oldest timestamp
assert Packets.get_oldest_packet_timestamp() == oldest_time
end
test "handles packets with microsecond precision" do
# Create a packet with microsecond precision
timestamp_with_microseconds = ~U[2023-07-15 14:30:45.123456Z]
{:ok, _} = create_test_packet("TEST-1", timestamp_with_microseconds)
result = Packets.get_oldest_packet_timestamp()
# Database might truncate microseconds, so we check the timestamp is close
assert DateTime.diff(result, timestamp_with_microseconds, :microsecond) < 1000
end
end
# Helper function to create a test packet with specific timestamp
defp create_test_packet(callsign, received_at) do
# Extract SSID from callsign (e.g., "TEST-1" -> ssid = "1")
{base_callsign, ssid} =
case String.split(callsign, "-", parts: 2) do
[base] -> {base, "0"}
[base, ssid_part] -> {base, ssid_part}
end
packet_data = %{
sender: callsign,
base_callsign: base_callsign,
ssid: ssid,
destination: "APRS",
data_type: "position",
path: "WIDE1-1",
information_field: "!3216.46N/09647.82W>Test packet",
raw_packet: "#{callsign}>APRS,WIDE1-1:!3216.46N/09647.82W>Test packet",
lat: 32.274333,
lon: -96.797,
has_position: true,
received_at: received_at
}
%Aprsme.Packet{}
|> Aprsme.Packet.changeset(packet_data)
|> Repo.insert()
end
end