moving to separate dir

benchmarks/mix/tasks/pleroma/load_testing.ex

@@ -0,0 +1,134 @@
+defmodule Mix.Tasks.Pleroma.LoadTesting do
+  use Mix.Task
+  use Pleroma.LoadTesting.Helper
+  import Mix.Pleroma
+  import Pleroma.LoadTesting.Generator
+  import Pleroma.LoadTesting.Fetcher
+
+  @shortdoc "Factory for generation data"
+  @moduledoc """
+  Generates data like:
+  - local/remote users
+  - local/remote activities with notifications
+  - direct messages
+  - long thread
+  - non visible posts
+
+  ## Generate data
+      MIX_ENV=benchmark mix pleroma.load_testing --users 20000 --dms 20000 --thread_length 2000
+      MIX_ENV=benchmark mix pleroma.load_testing -u 20000 -d 20000 -t 2000
+
+  Options:
+  - `--users NUMBER` - number of users to generate. Defaults to: 20000. Alias: `-u`
+  - `--dms NUMBER` - number of direct messages to generate. Defaults to: 20000. Alias `-d`
+  - `--thread_length` - number of messages in thread. Defaults to: 2000. ALias `-t`
+  """
+
+  @aliases [u: :users, d: :dms, t: :thread_length]
+  @switches [
+    users: :integer,
+    dms: :integer,
+    thread_length: :integer
+  ]
+  @users_default 20_000
+  @dms_default 20_000
+  @thread_length_default 2_000
+
+  def run(args) do
+    start_pleroma()
+    Pleroma.Config.put([:instance, :skip_thread_containment], true)
+    {opts, _} = OptionParser.parse!(args, strict: @switches, aliases: @aliases)
+
+    users_max = Keyword.get(opts, :users, @users_default)
+    dms_max = Keyword.get(opts, :dms, @dms_default)
+    thread_length = Keyword.get(opts, :thread_length, @thread_length_default)
+
+    clean_tables()
+
+    opts =
+      Keyword.put(opts, :users_max, users_max)
+      |> Keyword.put(:dms_max, dms_max)
+      |> Keyword.put(:thread_length, thread_length)
+
+    generate_users(opts)
+
+    # main user for queries
+    IO.puts("Fetching local main user...")
+
+    {time, user} =
+      :timer.tc(fn ->
+        Repo.one(
+          from(u in User, where: u.local == true, order_by: fragment("RANDOM()"), limit: 1)
+        )
+      end)
+
+    IO.puts("Fetching main user take #{to_sec(time)} sec.\n")
+
+    IO.puts("Fetching local users...")
+
+    {time, users} =
+      :timer.tc(fn ->
+        Repo.all(
+          from(u in User,
+            where: u.id != ^user.id,
+            where: u.local == true,
+            order_by: fragment("RANDOM()"),
+            limit: 10
+          )
+        )
+      end)
+
+    IO.puts("Fetching local users take #{to_sec(time)} sec.\n")
+
+    IO.puts("Fetching remote users...")
+
+    {time, remote_users} =
+      :timer.tc(fn ->
+        Repo.all(
+          from(u in User,
+            where: u.id != ^user.id,
+            where: u.local == false,
+            order_by: fragment("RANDOM()"),
+            limit: 10
+          )
+        )
+      end)
+
+    IO.puts("Fetching remote users take #{to_sec(time)} sec.\n")
+
+    generate_activities(user, users)
+
+    generate_remote_activities(user, remote_users)
+
+    generate_dms(user, users, opts)
+
+    {:ok, activity} = generate_long_thread(user, users, opts)
+
+    generate_non_visible_message(user, users)
+
+    IO.puts("Users in DB: #{Repo.aggregate(from(u in User), :count, :id)}")
+
+    IO.puts("Activities in DB: #{Repo.aggregate(from(a in Pleroma.Activity), :count, :id)}")
+
+    IO.puts("Objects in DB: #{Repo.aggregate(from(o in Pleroma.Object), :count, :id)}")
+
+    IO.puts(
+      "Notifications in DB: #{Repo.aggregate(from(n in Pleroma.Notification), :count, :id)}"
+    )
+
+    fetch_user(user)
+    query_timelines(user)
+    query_notifications(user)
+    query_dms(user)
+    query_long_thread(user, activity)
+    Pleroma.Config.put([:instance, :skip_thread_containment], false)
+    query_timelines(user)
+  end
+
+  defp clean_tables do
+    IO.puts("Deleting old data...\n")
+    Ecto.Adapters.SQL.query!(Repo, "TRUNCATE users CASCADE;")
+    Ecto.Adapters.SQL.query!(Repo, "TRUNCATE activities CASCADE;")
+    Ecto.Adapters.SQL.query!(Repo, "TRUNCATE objects CASCADE;")
+  end
+end