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|
## The contents of this file are subject to the Mozilla Public License
## Version 1.1 (the "License"); you may not use this file except in
## compliance with the License. You may obtain a copy of the License
## at https://www.mozilla.org/MPL/
##
## Software distributed under the License is distributed on an "AS IS"
## basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See
## the License for the specific language governing rights and
## limitations under the License.
##
## The Original Code is RabbitMQ.
##
## The Initial Developer of the Original Code is GoPivotal, Inc.
## Copyright (c) 2007-2019 Pivotal Software, Inc. All rights reserved.
ExUnit.start()
defmodule TestHelper do
import ExUnit.Assertions
alias RabbitMQ.CLI.Plugins.Helpers, as: PluginHelpers
alias RabbitMQ.CLI.Core.{CommandModules, Config, Helpers, NodeName}
def get_rabbit_hostname(node_name_type \\ :shortnames) do
Helpers.get_rabbit_hostname(node_name_type)
end
def hostname, do: NodeName.hostname()
def domain, do: NodeName.domain()
def fixture_file_path(filename) do
Path.join([File.cwd!(), "test", "fixtures", "files", filename])
end
def fixture_plugins_path(plugins_directory) do
Path.join([File.cwd!(), "test", "fixtures", "plugins", plugins_directory])
end
def get_cluster_name() do
:rpc.call(get_rabbit_hostname(), :rabbit_nodes, :cluster_name, [])
end
def add_vhost(name) do
:rpc.call(get_rabbit_hostname(), :rabbit_vhost, :add, [name, "acting-user"])
end
def delete_vhost(name) do
# some quick tests create and delete a vhost immediately, resulting
# in a high enough restart intensity in rabbit_vhost_sup_wrapper to
# make the rabbit app terminate. See https://github.com/rabbitmq/rabbitmq-server/issues/1280.
:timer.sleep(250)
:rpc.call(get_rabbit_hostname(), :rabbit_vhost, :delete, [name, "acting-user"])
end
def list_vhosts() do
:rpc.call(get_rabbit_hostname(), :rabbit_vhost, :info_all, [])
end
def enable_feature_flag(feature_flag) do
:rpc.call(get_rabbit_hostname(), :rabbit_feature_flags, :enable, [feature_flag])
end
def list_feature_flags(arg) do
:rpc.call(get_rabbit_hostname(), :rabbit_feature_flags, :list, [arg])
end
def add_user(name, password) do
:rpc.call(get_rabbit_hostname(), :rabbit_auth_backend_internal, :add_user,
[name, password, "acting-user"])
end
def delete_user(name) do
:rpc.call(get_rabbit_hostname(), :rabbit_auth_backend_internal, :delete_user,
[name, "acting-user"])
end
def list_users() do
:rpc.call(get_rabbit_hostname(), :rabbit_auth_backend_internal, :list_users, [])
end
def trace_on(vhost) do
:rpc.call(get_rabbit_hostname(), :rabbit_trace, :start, [vhost])
end
def trace_off(vhost) do
:rpc.call(get_rabbit_hostname(), :rabbit_trace, :stop, [vhost])
end
def set_user_tags(name, tags) do
:rpc.call(get_rabbit_hostname(), :rabbit_auth_backend_internal, :set_tags,
[name, tags, "acting-user"])
end
def authenticate_user(name, password) do
:rpc.call(get_rabbit_hostname(), :rabbit_access_control,:check_user_pass_login, [name, password])
end
def set_parameter(vhost, component_name, key, value) do
:ok = :rpc.call(get_rabbit_hostname(), :rabbit_runtime_parameters, :parse_set, [vhost, component_name, key, value, :nouser])
end
def clear_parameter(vhost, component_name, key) do
:rpc.call(get_rabbit_hostname(), :rabbit_runtime_parameters, :clear, [vhost, component_name, key, <<"acting-user">>])
end
def list_parameters(vhost) do
:rpc.call(get_rabbit_hostname(), :rabbit_runtime_parameters, :list_formatted, [vhost])
end
def set_global_parameter(key, value) do
:ok = :rpc.call(get_rabbit_hostname(), :rabbit_runtime_parameters, :parse_set_global,
[key, value, "acting-user"])
end
def clear_global_parameter(key) do
:rpc.call(get_rabbit_hostname(), :rabbit_runtime_parameters, :clear_global,
[key, "acting-user"])
end
def list_global_parameters() do
:rpc.call(get_rabbit_hostname(), :rabbit_runtime_parameters, :list_global_formatted, [])
end
def set_permissions(user, vhost, [conf, write, read]) do
:rpc.call(get_rabbit_hostname(), :rabbit_auth_backend_internal, :set_permissions, [user, vhost, conf, write, read, "acting-user"])
end
def list_policies(vhost) do
:rpc.call(get_rabbit_hostname(), :rabbit_policy, :list_formatted, [vhost])
end
def set_policy(vhost, name, pattern, value) do
{:ok, decoded} = :rabbit_json.try_decode(value)
parsed = :maps.to_list(decoded)
:ok = :rpc.call(get_rabbit_hostname(), :rabbit_policy, :set, [vhost, name, pattern, parsed, 0, "all", "acting-user"])
end
def clear_policy(vhost, key) do
:rpc.call(get_rabbit_hostname(), :rabbit_policy, :delete, [vhost, key, "acting-user"])
end
def list_operator_policies(vhost) do
:rpc.call(get_rabbit_hostname(), :rabbit_policy, :list_formatted_op, [vhost])
end
def set_operator_policy(vhost, name, pattern, value) do
{:ok, decoded} = :rabbit_json.try_decode(value)
parsed = :maps.to_list(decoded)
:ok = :rpc.call(get_rabbit_hostname(), :rabbit_policy, :set_op, [vhost, name, pattern, parsed, 0, "all", "acting-user"])
end
def clear_operator_policy(vhost, key) do
:rpc.call(get_rabbit_hostname(), :rabbit_policy, :delete_op, [vhost, key, "acting-user"])
end
def declare_queue(name, vhost, durable \\ false, auto_delete \\ false, args \\ [], owner \\ :none) do
queue_name = :rabbit_misc.r(vhost, :queue, name)
:rpc.call(get_rabbit_hostname(),
:rabbit_amqqueue, :declare,
[queue_name, durable, auto_delete, args, owner, "acting-user"])
end
def delete_queue(name, vhost) do
queue_name = :rabbit_misc.r(vhost, :queue, name)
:rpc.call(get_rabbit_hostname(),
:rabbit_amqqueue, :delete,
[queue_name, false, false, "acting-user"])
end
def lookup_queue(name, vhost) do
queue_name = :rabbit_misc.r(vhost, :queue, name)
:rpc.call(get_rabbit_hostname(),
:rabbit_amqqueue, :lookup,
[queue_name])
end
def declare_exchange(name, vhost, type \\ :direct, durable \\ false, auto_delete \\ false, internal \\ false, args \\ []) do
exchange_name = :rabbit_misc.r(vhost, :exchange, name)
:rpc.call(get_rabbit_hostname(),
:rabbit_exchange, :declare,
[exchange_name, type, durable, auto_delete, internal, args, "acting-user"])
end
def list_permissions(vhost) do
:rpc.call(
get_rabbit_hostname(),
:rabbit_auth_backend_internal,
:list_vhost_permissions,
[vhost],
:infinity
)
end
def set_topic_permissions(user, vhost, exchange, writePerm, readPerm) do
:rpc.call(
get_rabbit_hostname(),
:rabbit_auth_backend_internal,
:set_topic_permissions,
[user, vhost, exchange, writePerm, readPerm, "acting-user"],
:infinity
)
end
def list_user_topic_permissions(user) do
:rpc.call(
get_rabbit_hostname(),
:rabbit_auth_backend_internal,
:list_user_topic_permissions,
[user],
:infinity
)
end
def clear_topic_permissions(user, vhost) do
:rpc.call(
get_rabbit_hostname(),
:rabbit_auth_backend_internal,
:clear_topic_permissions,
[user, vhost, "acting-user"],
:infinity
)
end
def set_vm_memory_high_watermark(limit) do
:rpc.call(get_rabbit_hostname(), :vm_memory_monitor, :set_vm_memory_high_watermark, [limit])
end
def set_disk_free_limit(limit) do
:rpc.call(get_rabbit_hostname(), :rabbit_disk_monitor, :set_disk_free_limit, [limit])
end
#
# App lifecycle
#
def await_rabbitmq_startup() do
:ok = :rabbit_misc.rpc_call(get_rabbit_hostname(), :rabbit, :await_startup, [])
end
def is_rabbitmq_app_running() do
:rabbit_misc.rpc_call(get_rabbit_hostname(), :rabbit, :is_booted, [])
end
def start_rabbitmq_app do
:rabbit_misc.rpc_call(get_rabbit_hostname(), :rabbit, :start, [])
await_rabbitmq_startup()
:timer.sleep(250)
end
def stop_rabbitmq_app do
:rabbit_misc.rpc_call(get_rabbit_hostname(), :rabbit, :stop, [])
:timer.sleep(1200)
end
def status do
:rpc.call(get_rabbit_hostname(), :rabbit, :status, [])
end
def error_check(cmd_line, code) do
assert catch_exit(RabbitMQCtl.main(cmd_line)) == {:shutdown, code}
end
def with_channel(vhost, fun) do
with_connection(vhost,
fn(conn) ->
{:ok, chan} = AMQP.Channel.open(conn)
AMQP.Confirm.select(chan)
fun.(chan)
end)
end
def with_connection(vhost, fun) do
{:ok, conn} = AMQP.Connection.open(virtual_host: vhost)
ExUnit.Callbacks.on_exit(fn ->
try do
:amqp_connection.close(conn, 1000)
catch
:exit, _ -> :ok
end
end)
fun.(conn)
end
def with_connections(vhosts, fun) do
conns = for v <- vhosts do
{:ok, conn} = AMQP.Connection.open(virtual_host: v)
conn
end
ExUnit.Callbacks.on_exit(fn ->
try do
for c <- conns, do: :amqp_connection.close(c, 1000)
catch
:exit, _ -> :ok
end
end)
fun.(conns)
end
def message_count(vhost, queue_name) do
with_channel(vhost, fn(channel) ->
{:ok, %{message_count: mc}} = AMQP.Queue.declare(channel, queue_name)
mc
end)
end
def publish_messages(vhost, queue_name, count) do
with_channel(vhost, fn(channel) ->
AMQP.Queue.purge(channel, queue_name)
for i <- 1..count do
AMQP.Basic.publish(channel, "", queue_name,
"test_message" <> Integer.to_string(i))
end
AMQP.Confirm.wait_for_confirms(channel, 30)
end)
end
def close_all_connections(node) do
# we intentionally use connections_local/0 here because connections/0,
# the cluster-wide version, loads some bits around cluster membership
# that are not normally ready with a single node. MK.
#
# when/if we decide to test
# this project against a cluster of nodes this will need revisiting. MK.
for pid <- :rpc.call(node, :rabbit_networking, :connections_local, []) do
:rpc.call(node, :rabbit_networking, :close_connection, [pid, :force_closed])
end
end
def delete_all_queues() do
try do
immediately_delete_all_queues(:rabbit_amqqueue.list())
catch
_, _ -> :ok
end
end
def delete_all_queues(vhost) do
try do
immediately_delete_all_queues(:rabbit_amqqueue.list(vhost))
catch
_, _ -> :ok
end
end
defp immediately_delete_all_queues(qs) do
for q <- qs do
try do
:rpc.call(
get_rabbit_hostname(),
:rabbit_amqeueue,
:delete,
[q, false, false],
5000
)
catch
_, _ -> :ok
end
end
end
def reset_vm_memory_high_watermark() do
try do
:rpc.call(
get_rabbit_hostname(),
:vm_memory_monitor,
:set_vm_memory_high_watermark,
[0.4],
5000
)
catch
_, _ -> :ok
end
end
def emit_list_multiple_sources(list1, list2, ref, pid) do
pids = for list <- [list1, list2], do: Kernel.spawn_link(TestHelper, :emit_list, [list, ref, pid])
:rabbit_control_misc.await_emitters_termination(pids)
end
def emit_list(list, ref, pid) do
emit_list_map(list, &(&1), ref, pid)
end
def emit_list_map(list, fun, ref, pid) do
:rabbit_control_misc.emitting_map(pid, ref, fun, list)
end
def run_command_to_list(command, args) do
res = Kernel.apply(command, :run, args)
case Enumerable.impl_for(res) do
nil -> res;
_ -> Enum.to_list(res)
end
end
def vhost_exists?(vhost) do
Enum.any?(list_vhosts(), fn(v) -> v[:name] == vhost end)
end
def set_enabled_plugins(plugins, mode, node, opts) do
{:ok, enabled} = PluginHelpers.set_enabled_plugins(plugins, opts)
PluginHelpers.update_enabled_plugins(enabled, mode, node, opts)
end
def currently_active_plugins(context) do
Enum.sort(:rabbit_misc.rpc_call(context[:opts][:node], :rabbit_plugins, :active, []))
end
def enable_federation_plugin() do
node = get_rabbit_hostname()
{:ok, plugins_file} = :rabbit_misc.rpc_call(node,
:application, :get_env,
[:rabbit, :enabled_plugins_file])
{:ok, plugins_dir} = :rabbit_misc.rpc_call(node,
:application, :get_env,
[:rabbit, :plugins_dir])
rabbitmq_home = :rabbit_misc.rpc_call(node, :code, :lib_dir, [:rabbit])
{:ok, [_enabled_plugins]} = :file.consult(plugins_file)
opts = %{enabled_plugins_file: plugins_file,
plugins_dir: plugins_dir,
rabbitmq_home: rabbitmq_home,
online: true, offline: false}
plugins = currently_active_plugins(%{opts: %{node: node}})
case Enum.member?(plugins, :rabbitmq_federation) do
true -> :ok
false ->
set_enabled_plugins(plugins ++ [:rabbitmq_federation], :online, get_rabbit_hostname(), opts)
end
end
def set_vhost_limits(vhost, limits) do
:rpc.call(get_rabbit_hostname(),
:rabbit_vhost_limit, :parse_set, [vhost, limits, <<"acting-user">>])
end
def get_vhost_limits(vhost) do
:rpc.call(get_rabbit_hostname(), :rabbit_vhost_limit, :list, [vhost])
|> Map.new
end
def clear_vhost_limits(vhost) do
:rpc.call(get_rabbit_hostname(), :rabbit_vhost_limit, :clear, [vhost, <<"acting-user">>])
end
def set_scope(scope) do
script_name = Config.get_option(:script_name, %{})
scopes = Keyword.put(Application.get_env(:rabbitmqctl, :scopes), script_name, scope)
Application.put_env(:rabbitmqctl, :scopes, scopes)
CommandModules.load(%{})
end
def switch_plugins_directories(old_value, new_value) do
:rabbit_misc.rpc_call(get_rabbit_hostname(), :application, :set_env,
[:rabbit, :plugins_dir, new_value])
ExUnit.Callbacks.on_exit(fn ->
:rabbit_misc.rpc_call(get_rabbit_hostname(), :application, :set_env,
[:rabbit, :plugins_dir, old_value])
end)
end
def get_opts_with_non_existing_plugins_directory(context) do
get_opts_with_plugins_directories(context, ["/tmp/non_existing_rabbitmq_dummy_plugins"])
end
def get_opts_with_plugins_directories(context, plugins_directories) do
opts = context[:opts]
plugins_dir = opts[:plugins_dir]
all_directories = Enum.join([to_string(plugins_dir) | plugins_directories], Helpers.path_separator())
%{opts | plugins_dir: to_charlist(all_directories)}
end
def get_opts_with_existing_plugins_directory(context) do
extra_plugin_directory = System.tmp_dir!() |> Path.join("existing_rabbitmq_dummy_plugins")
File.mkdir!(extra_plugin_directory)
ExUnit.Callbacks.on_exit(fn ->
File.rm_rf(extra_plugin_directory)
end)
get_opts_with_plugins_directories(context, [extra_plugin_directory])
end
def check_plugins_enabled(plugins, context) do
{:ok, [xs]} = :file.consult(context[:opts][:enabled_plugins_file])
assert_equal_sets(plugins, xs)
end
def assert_equal_sets(a, b) do
asorted = Enum.sort(a)
bsorted = Enum.sort(b)
assert asorted == bsorted
end
def assert_stream_without_errors(stream) do
true = Enum.all?(stream, fn({:error, _}) -> false;
({:error, _, _}) -> false;
(_) -> true end)
end
end
|