Remove tests for old pool

This commit is contained in:
rinpatch 2020-05-28 14:06:18 +03:00
parent 4128e3a84a
commit 721e89e88b
3 changed files with 0 additions and 1066 deletions

View file

@ -9,24 +9,10 @@ defmodule Pleroma.HTTP.AdapterHelper.GunTest do
import Mox
alias Pleroma.Config
alias Pleroma.Gun.Conn
alias Pleroma.HTTP.AdapterHelper.Gun
alias Pleroma.Pool.Connections
setup :verify_on_exit!
defp gun_mock(_) do
gun_mock()
:ok
end
defp gun_mock do
Pleroma.GunMock
|> stub(:open, fn _, _, _ -> Task.start_link(fn -> Process.sleep(1000) end) end)
|> stub(:await_up, fn _, _ -> {:ok, :http} end)
|> stub(:set_owner, fn _, _ -> :ok end)
end
describe "options/1" do
setup do: clear_config([:http, :adapter], a: 1, b: 2)
@ -62,46 +48,12 @@ defmodule Pleroma.HTTP.AdapterHelper.GunTest do
assert opts[:certificates_verification]
end
test "get conn on next request" do
gun_mock()
level = Application.get_env(:logger, :level)
Logger.configure(level: :debug)
on_exit(fn -> Logger.configure(level: level) end)
uri = URI.parse("http://some-domain2.com")
opts = Gun.options(uri)
assert opts[:conn] == nil
assert opts[:close_conn] == nil
Process.sleep(50)
opts = Gun.options(uri)
assert is_pid(opts[:conn])
assert opts[:close_conn] == false
end
test "merges with defaul http adapter config" do
defaults = Gun.options([receive_conn: false], URI.parse("https://example.com"))
assert Keyword.has_key?(defaults, :a)
assert Keyword.has_key?(defaults, :b)
end
test "default ssl adapter opts with connection" do
gun_mock()
uri = URI.parse("https://some-domain.com")
:ok = Conn.open(uri, :gun_connections)
opts = Gun.options(uri)
assert opts[:certificates_verification]
refute opts[:tls_opts] == []
assert opts[:close_conn] == false
assert is_pid(opts[:conn])
end
test "parses string proxy host & port" do
proxy = Config.get([:http, :proxy_url])
Config.put([:http, :proxy_url], "localhost:8123")
@ -132,127 +84,4 @@ defmodule Pleroma.HTTP.AdapterHelper.GunTest do
assert opts[:proxy] == {'example.com', 4321}
end
end
describe "options/1 with receive_conn parameter" do
setup :gun_mock
test "receive conn by default" do
uri = URI.parse("http://another-domain.com")
:ok = Conn.open(uri, :gun_connections)
received_opts = Gun.options(uri)
assert received_opts[:close_conn] == false
assert is_pid(received_opts[:conn])
end
test "don't receive conn if receive_conn is false" do
uri = URI.parse("http://another-domain.com")
:ok = Conn.open(uri, :gun_connections)
opts = [receive_conn: false]
received_opts = Gun.options(opts, uri)
assert received_opts[:close_conn] == nil
assert received_opts[:conn] == nil
end
end
describe "after_request/1" do
setup :gun_mock
test "body_as not chunks" do
uri = URI.parse("http://some-domain.com")
:ok = Conn.open(uri, :gun_connections)
opts = Gun.options(uri)
:ok = Gun.after_request(opts)
conn = opts[:conn]
assert %Connections{
conns: %{
"http:some-domain.com:80" => %Pleroma.Gun.Conn{
conn: ^conn,
conn_state: :idle,
used_by: []
}
}
} = Connections.get_state(:gun_connections)
end
test "body_as chunks" do
uri = URI.parse("http://some-domain.com")
:ok = Conn.open(uri, :gun_connections)
opts = Gun.options([body_as: :chunks], uri)
:ok = Gun.after_request(opts)
conn = opts[:conn]
self = self()
assert %Connections{
conns: %{
"http:some-domain.com:80" => %Pleroma.Gun.Conn{
conn: ^conn,
conn_state: :active,
used_by: [{^self, _}]
}
}
} = Connections.get_state(:gun_connections)
end
test "with no connection" do
uri = URI.parse("http://uniq-domain.com")
:ok = Conn.open(uri, :gun_connections)
opts = Gun.options([body_as: :chunks], uri)
conn = opts[:conn]
opts = Keyword.delete(opts, :conn)
self = self()
:ok = Gun.after_request(opts)
assert %Connections{
conns: %{
"http:uniq-domain.com:80" => %Pleroma.Gun.Conn{
conn: ^conn,
conn_state: :active,
used_by: [{^self, _}]
}
}
} = Connections.get_state(:gun_connections)
end
test "with ipv4" do
uri = URI.parse("http://127.0.0.1")
:ok = Conn.open(uri, :gun_connections)
opts = Gun.options(uri)
:ok = Gun.after_request(opts)
conn = opts[:conn]
assert %Connections{
conns: %{
"http:127.0.0.1:80" => %Pleroma.Gun.Conn{
conn: ^conn,
conn_state: :idle,
used_by: []
}
}
} = Connections.get_state(:gun_connections)
end
test "with ipv6" do
uri = URI.parse("http://[2a03:2880:f10c:83:face:b00c:0:25de]")
:ok = Conn.open(uri, :gun_connections)
opts = Gun.options(uri)
:ok = Gun.after_request(opts)
conn = opts[:conn]
assert %Connections{
conns: %{
"http:2a03:2880:f10c:83:face:b00c:0:25de:80" => %Pleroma.Gun.Conn{
conn: ^conn,
conn_state: :idle,
used_by: []
}
}
} = Connections.get_state(:gun_connections)
end
end
end

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@ -1,135 +0,0 @@
# Pleroma: A lightweight social networking server
# Copyright © 2017-2020 Pleroma Authors <https://pleroma.social/>
# SPDX-License-Identifier: AGPL-3.0-only
defmodule Pleroma.HTTP.ConnectionTest do
use ExUnit.Case
use Pleroma.Tests.Helpers
import ExUnit.CaptureLog
alias Pleroma.Config
alias Pleroma.HTTP.Connection
describe "parse_host/1" do
test "as atom to charlist" do
assert Connection.parse_host(:localhost) == 'localhost'
end
test "as string to charlist" do
assert Connection.parse_host("localhost.com") == 'localhost.com'
end
test "as string ip to tuple" do
assert Connection.parse_host("127.0.0.1") == {127, 0, 0, 1}
end
end
describe "parse_proxy/1" do
test "ip with port" do
assert Connection.parse_proxy("127.0.0.1:8123") == {:ok, {127, 0, 0, 1}, 8123}
end
test "host with port" do
assert Connection.parse_proxy("localhost:8123") == {:ok, 'localhost', 8123}
end
test "as tuple" do
assert Connection.parse_proxy({:socks4, :localhost, 9050}) ==
{:ok, :socks4, 'localhost', 9050}
end
test "as tuple with string host" do
assert Connection.parse_proxy({:socks5, "localhost", 9050}) ==
{:ok, :socks5, 'localhost', 9050}
end
end
describe "parse_proxy/1 errors" do
test "ip without port" do
capture_log(fn ->
assert Connection.parse_proxy("127.0.0.1") == {:error, :invalid_proxy}
end) =~ "parsing proxy fail \"127.0.0.1\""
end
test "host without port" do
capture_log(fn ->
assert Connection.parse_proxy("localhost") == {:error, :invalid_proxy}
end) =~ "parsing proxy fail \"localhost\""
end
test "host with bad port" do
capture_log(fn ->
assert Connection.parse_proxy("localhost:port") == {:error, :invalid_proxy_port}
end) =~ "parsing port in proxy fail \"localhost:port\""
end
test "ip with bad port" do
capture_log(fn ->
assert Connection.parse_proxy("127.0.0.1:15.9") == {:error, :invalid_proxy_port}
end) =~ "parsing port in proxy fail \"127.0.0.1:15.9\""
end
test "as tuple without port" do
capture_log(fn ->
assert Connection.parse_proxy({:socks5, :localhost}) == {:error, :invalid_proxy}
end) =~ "parsing proxy fail {:socks5, :localhost}"
end
test "with nil" do
assert Connection.parse_proxy(nil) == nil
end
end
describe "options/3" do
setup do: clear_config([:http, :proxy_url])
test "without proxy_url in config" do
Config.delete([:http, :proxy_url])
opts = Connection.options(%URI{})
refute Keyword.has_key?(opts, :proxy)
end
test "parses string proxy host & port" do
Config.put([:http, :proxy_url], "localhost:8123")
opts = Connection.options(%URI{})
assert opts[:proxy] == {'localhost', 8123}
end
test "parses tuple proxy scheme host and port" do
Config.put([:http, :proxy_url], {:socks, 'localhost', 1234})
opts = Connection.options(%URI{})
assert opts[:proxy] == {:socks, 'localhost', 1234}
end
test "passed opts have more weight than defaults" do
Config.put([:http, :proxy_url], {:socks5, 'localhost', 1234})
opts = Connection.options(%URI{}, proxy: {'example.com', 4321})
assert opts[:proxy] == {'example.com', 4321}
end
end
describe "format_host/1" do
test "with domain" do
assert Connection.format_host("example.com") == 'example.com'
end
test "with idna domain" do
assert Connection.format_host("ですexample.com") == 'xn--example-183fne.com'
end
test "with ipv4" do
assert Connection.format_host("127.0.0.1") == '127.0.0.1'
end
test "with ipv6" do
assert Connection.format_host("2a03:2880:f10c:83:face:b00c:0:25de") ==
'2a03:2880:f10c:83:face:b00c:0:25de'
end
end
end

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@ -1,760 +0,0 @@
# Pleroma: A lightweight social networking server
# Copyright © 2017-2020 Pleroma Authors <https://pleroma.social/>
# SPDX-License-Identifier: AGPL-3.0-only
defmodule Pleroma.Pool.ConnectionsTest do
use ExUnit.Case, async: true
use Pleroma.Tests.Helpers
import ExUnit.CaptureLog
import Mox
alias Pleroma.Gun.Conn
alias Pleroma.GunMock
alias Pleroma.Pool.Connections
setup :verify_on_exit!
setup_all do
name = :test_connections
{:ok, pid} = Connections.start_link({name, [checkin_timeout: 150]})
{:ok, _} = Registry.start_link(keys: :unique, name: Pleroma.GunMock)
on_exit(fn ->
if Process.alive?(pid), do: GenServer.stop(name)
end)
{:ok, name: name}
end
defp open_mock(num \\ 1) do
GunMock
|> expect(:open, num, &start_and_register(&1, &2, &3))
|> expect(:await_up, num, fn _, _ -> {:ok, :http} end)
|> expect(:set_owner, num, fn _, _ -> :ok end)
end
defp connect_mock(mock) do
mock
|> expect(:connect, &connect(&1, &2))
|> expect(:await, &await(&1, &2))
end
defp info_mock(mock), do: expect(mock, :info, &info(&1))
defp start_and_register('gun-not-up.com', _, _), do: {:error, :timeout}
defp start_and_register(host, port, _) do
{:ok, pid} = Task.start_link(fn -> Process.sleep(1000) end)
scheme =
case port do
443 -> "https"
_ -> "http"
end
Registry.register(GunMock, pid, %{
origin_scheme: scheme,
origin_host: host,
origin_port: port
})
{:ok, pid}
end
defp info(pid) do
[{_, info}] = Registry.lookup(GunMock, pid)
info
end
defp connect(pid, _) do
ref = make_ref()
Registry.register(GunMock, ref, pid)
ref
end
defp await(pid, ref) do
[{_, ^pid}] = Registry.lookup(GunMock, ref)
{:response, :fin, 200, []}
end
defp now, do: :os.system_time(:second)
describe "alive?/2" do
test "is alive", %{name: name} do
assert Connections.alive?(name)
end
test "returns false if not started" do
refute Connections.alive?(:some_random_name)
end
end
test "opens connection and reuse it on next request", %{name: name} do
open_mock()
url = "http://some-domain.com"
key = "http:some-domain.com:80"
refute Connections.checkin(url, name)
:ok = Conn.open(url, name)
conn = Connections.checkin(url, name)
assert is_pid(conn)
assert Process.alive?(conn)
self = self()
%Connections{
conns: %{
^key => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}],
conn_state: :active
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert conn == reused_conn
%Connections{
conns: %{
^key => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}, {^self, _}],
conn_state: :active
}
}
} = Connections.get_state(name)
:ok = Connections.checkout(conn, self, name)
%Connections{
conns: %{
^key => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}],
conn_state: :active
}
}
} = Connections.get_state(name)
:ok = Connections.checkout(conn, self, name)
%Connections{
conns: %{
^key => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [],
conn_state: :idle
}
}
} = Connections.get_state(name)
end
test "reuse connection for idna domains", %{name: name} do
open_mock()
url = "http://ですsome-domain.com"
refute Connections.checkin(url, name)
:ok = Conn.open(url, name)
conn = Connections.checkin(url, name)
assert is_pid(conn)
assert Process.alive?(conn)
self = self()
%Connections{
conns: %{
"http:ですsome-domain.com:80" => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}],
conn_state: :active
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert conn == reused_conn
end
test "reuse for ipv4", %{name: name} do
open_mock()
url = "http://127.0.0.1"
refute Connections.checkin(url, name)
:ok = Conn.open(url, name)
conn = Connections.checkin(url, name)
assert is_pid(conn)
assert Process.alive?(conn)
self = self()
%Connections{
conns: %{
"http:127.0.0.1:80" => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}],
conn_state: :active
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert conn == reused_conn
:ok = Connections.checkout(conn, self, name)
:ok = Connections.checkout(reused_conn, self, name)
%Connections{
conns: %{
"http:127.0.0.1:80" => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [],
conn_state: :idle
}
}
} = Connections.get_state(name)
end
test "reuse for ipv6", %{name: name} do
open_mock()
url = "http://[2a03:2880:f10c:83:face:b00c:0:25de]"
refute Connections.checkin(url, name)
:ok = Conn.open(url, name)
conn = Connections.checkin(url, name)
assert is_pid(conn)
assert Process.alive?(conn)
self = self()
%Connections{
conns: %{
"http:2a03:2880:f10c:83:face:b00c:0:25de:80" => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}],
conn_state: :active
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert conn == reused_conn
end
test "up and down ipv4", %{name: name} do
open_mock()
|> info_mock()
|> allow(self(), name)
self = self()
url = "http://127.0.0.1"
:ok = Conn.open(url, name)
conn = Connections.checkin(url, name)
send(name, {:gun_down, conn, nil, nil, nil})
send(name, {:gun_up, conn, nil})
%Connections{
conns: %{
"http:127.0.0.1:80" => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}],
conn_state: :active
}
}
} = Connections.get_state(name)
end
test "up and down ipv6", %{name: name} do
self = self()
open_mock()
|> info_mock()
|> allow(self, name)
url = "http://[2a03:2880:f10c:83:face:b00c:0:25de]"
:ok = Conn.open(url, name)
conn = Connections.checkin(url, name)
send(name, {:gun_down, conn, nil, nil, nil})
send(name, {:gun_up, conn, nil})
%Connections{
conns: %{
"http:2a03:2880:f10c:83:face:b00c:0:25de:80" => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}],
conn_state: :active
}
}
} = Connections.get_state(name)
end
test "reuses connection based on protocol", %{name: name} do
open_mock(2)
http_url = "http://some-domain.com"
http_key = "http:some-domain.com:80"
https_url = "https://some-domain.com"
https_key = "https:some-domain.com:443"
refute Connections.checkin(http_url, name)
:ok = Conn.open(http_url, name)
conn = Connections.checkin(http_url, name)
assert is_pid(conn)
assert Process.alive?(conn)
refute Connections.checkin(https_url, name)
:ok = Conn.open(https_url, name)
https_conn = Connections.checkin(https_url, name)
refute conn == https_conn
reused_https = Connections.checkin(https_url, name)
refute conn == reused_https
assert reused_https == https_conn
%Connections{
conns: %{
^http_key => %Conn{
conn: ^conn,
gun_state: :up
},
^https_key => %Conn{
conn: ^https_conn,
gun_state: :up
}
}
} = Connections.get_state(name)
end
test "connection can't get up", %{name: name} do
expect(GunMock, :open, &start_and_register(&1, &2, &3))
url = "http://gun-not-up.com"
assert capture_log(fn ->
refute Conn.open(url, name)
refute Connections.checkin(url, name)
end) =~
"Opening connection to http://gun-not-up.com failed with error {:error, :timeout}"
end
test "process gun_down message and then gun_up", %{name: name} do
self = self()
open_mock()
|> info_mock()
|> allow(self, name)
url = "http://gun-down-and-up.com"
key = "http:gun-down-and-up.com:80"
:ok = Conn.open(url, name)
conn = Connections.checkin(url, name)
assert is_pid(conn)
assert Process.alive?(conn)
%Connections{
conns: %{
^key => %Conn{
conn: ^conn,
gun_state: :up,
used_by: [{^self, _}]
}
}
} = Connections.get_state(name)
send(name, {:gun_down, conn, :http, nil, nil})
%Connections{
conns: %{
^key => %Conn{
conn: ^conn,
gun_state: :down,
used_by: [{^self, _}]
}
}
} = Connections.get_state(name)
send(name, {:gun_up, conn, :http})
conn2 = Connections.checkin(url, name)
assert conn == conn2
assert is_pid(conn2)
assert Process.alive?(conn2)
%Connections{
conns: %{
^key => %Conn{
conn: _,
gun_state: :up,
used_by: [{^self, _}, {^self, _}]
}
}
} = Connections.get_state(name)
end
test "async processes get same conn for same domain", %{name: name} do
open_mock()
url = "http://some-domain.com"
:ok = Conn.open(url, name)
tasks =
for _ <- 1..5 do
Task.async(fn ->
Connections.checkin(url, name)
end)
end
tasks_with_results = Task.yield_many(tasks)
results =
Enum.map(tasks_with_results, fn {task, res} ->
res || Task.shutdown(task, :brutal_kill)
end)
conns = for {:ok, value} <- results, do: value
%Connections{
conns: %{
"http:some-domain.com:80" => %Conn{
conn: conn,
gun_state: :up
}
}
} = Connections.get_state(name)
assert Enum.all?(conns, fn res -> res == conn end)
end
test "remove frequently used and idle", %{name: name} do
open_mock(3)
self = self()
http_url = "http://some-domain.com"
https_url = "https://some-domain.com"
:ok = Conn.open(https_url, name)
:ok = Conn.open(http_url, name)
conn1 = Connections.checkin(https_url, name)
[conn2 | _conns] =
for _ <- 1..4 do
Connections.checkin(http_url, name)
end
http_key = "http:some-domain.com:80"
%Connections{
conns: %{
^http_key => %Conn{
conn: ^conn2,
gun_state: :up,
conn_state: :active,
used_by: [{^self, _}, {^self, _}, {^self, _}, {^self, _}]
},
"https:some-domain.com:443" => %Conn{
conn: ^conn1,
gun_state: :up,
conn_state: :active,
used_by: [{^self, _}]
}
}
} = Connections.get_state(name)
:ok = Connections.checkout(conn1, self, name)
another_url = "http://another-domain.com"
:ok = Conn.open(another_url, name)
conn = Connections.checkin(another_url, name)
%Connections{
conns: %{
"http:another-domain.com:80" => %Conn{
conn: ^conn,
gun_state: :up
},
^http_key => %Conn{
conn: _,
gun_state: :up
}
}
} = Connections.get_state(name)
end
describe "with proxy" do
test "as ip", %{name: name} do
open_mock()
|> connect_mock()
url = "http://proxy-string.com"
key = "http:proxy-string.com:80"
:ok = Conn.open(url, name, proxy: {{127, 0, 0, 1}, 8123})
conn = Connections.checkin(url, name)
%Connections{
conns: %{
^key => %Conn{
conn: ^conn,
gun_state: :up
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert reused_conn == conn
end
test "as host", %{name: name} do
open_mock()
|> connect_mock()
url = "http://proxy-tuple-atom.com"
:ok = Conn.open(url, name, proxy: {'localhost', 9050})
conn = Connections.checkin(url, name)
%Connections{
conns: %{
"http:proxy-tuple-atom.com:80" => %Conn{
conn: ^conn,
gun_state: :up
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert reused_conn == conn
end
test "as ip and ssl", %{name: name} do
open_mock()
|> connect_mock()
url = "https://proxy-string.com"
:ok = Conn.open(url, name, proxy: {{127, 0, 0, 1}, 8123})
conn = Connections.checkin(url, name)
%Connections{
conns: %{
"https:proxy-string.com:443" => %Conn{
conn: ^conn,
gun_state: :up
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert reused_conn == conn
end
test "as host and ssl", %{name: name} do
open_mock()
|> connect_mock()
url = "https://proxy-tuple-atom.com"
:ok = Conn.open(url, name, proxy: {'localhost', 9050})
conn = Connections.checkin(url, name)
%Connections{
conns: %{
"https:proxy-tuple-atom.com:443" => %Conn{
conn: ^conn,
gun_state: :up
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert reused_conn == conn
end
test "with socks type", %{name: name} do
open_mock()
url = "http://proxy-socks.com"
:ok = Conn.open(url, name, proxy: {:socks5, 'localhost', 1234})
conn = Connections.checkin(url, name)
%Connections{
conns: %{
"http:proxy-socks.com:80" => %Conn{
conn: ^conn,
gun_state: :up
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert reused_conn == conn
end
test "with socks4 type and ssl", %{name: name} do
open_mock()
url = "https://proxy-socks.com"
:ok = Conn.open(url, name, proxy: {:socks4, 'localhost', 1234})
conn = Connections.checkin(url, name)
%Connections{
conns: %{
"https:proxy-socks.com:443" => %Conn{
conn: ^conn,
gun_state: :up
}
}
} = Connections.get_state(name)
reused_conn = Connections.checkin(url, name)
assert reused_conn == conn
end
end
describe "crf/3" do
setup do
crf = Connections.crf(1, 10, 1)
{:ok, crf: crf}
end
test "more used will have crf higher", %{crf: crf} do
# used 3 times
crf1 = Connections.crf(1, 10, crf)
crf1 = Connections.crf(1, 10, crf1)
# used 2 times
crf2 = Connections.crf(1, 10, crf)
assert crf1 > crf2
end
test "recently used will have crf higher on equal references", %{crf: crf} do
# used 3 sec ago
crf1 = Connections.crf(3, 10, crf)
# used 4 sec ago
crf2 = Connections.crf(4, 10, crf)
assert crf1 > crf2
end
test "equal crf on equal reference and time", %{crf: crf} do
# used 2 times
crf1 = Connections.crf(1, 10, crf)
# used 2 times
crf2 = Connections.crf(1, 10, crf)
assert crf1 == crf2
end
test "recently used will have higher crf", %{crf: crf} do
crf1 = Connections.crf(2, 10, crf)
crf1 = Connections.crf(1, 10, crf1)
crf2 = Connections.crf(3, 10, crf)
crf2 = Connections.crf(4, 10, crf2)
assert crf1 > crf2
end
end
describe "get_unused_conns/1" do
test "crf is equalent, sorting by reference", %{name: name} do
Connections.add_conn(name, "1", %Conn{
conn_state: :idle,
last_reference: now() - 1
})
Connections.add_conn(name, "2", %Conn{
conn_state: :idle,
last_reference: now()
})
assert [{"1", _unused_conn} | _others] = Connections.get_unused_conns(name)
end
test "reference is equalent, sorting by crf", %{name: name} do
Connections.add_conn(name, "1", %Conn{
conn_state: :idle,
crf: 1.999
})
Connections.add_conn(name, "2", %Conn{
conn_state: :idle,
crf: 2
})
assert [{"1", _unused_conn} | _others] = Connections.get_unused_conns(name)
end
test "higher crf and lower reference", %{name: name} do
Connections.add_conn(name, "1", %Conn{
conn_state: :idle,
crf: 3,
last_reference: now() - 1
})
Connections.add_conn(name, "2", %Conn{
conn_state: :idle,
crf: 2,
last_reference: now()
})
assert [{"2", _unused_conn} | _others] = Connections.get_unused_conns(name)
end
test "lower crf and lower reference", %{name: name} do
Connections.add_conn(name, "1", %Conn{
conn_state: :idle,
crf: 1.99,
last_reference: now() - 1
})
Connections.add_conn(name, "2", %Conn{
conn_state: :idle,
crf: 2,
last_reference: now()
})
assert [{"1", _unused_conn} | _others] = Connections.get_unused_conns(name)
end
end
test "count/1" do
name = :test_count
{:ok, _} = Connections.start_link({name, [checkin_timeout: 150]})
assert Connections.count(name) == 0
Connections.add_conn(name, "1", %Conn{conn: self()})
assert Connections.count(name) == 1
Connections.remove_conn(name, "1")
assert Connections.count(name) == 0
end
end