%% -*- erlang-indent-level: 4;indent-tabs-mode: nil -*- %% ex: ts=4 sw=4 et -module(rebar_prv_common_test). -behaviour(provider). -export([init/1, do/1, format_error/1]). %% exported for test purposes, consider private -export([compile/2, prepare_tests/1, translate_paths/2]). -include("rebar.hrl"). -include_lib("providers/include/providers.hrl"). -define(PROVIDER, ct). %% we need to modify app_info state before compile -define(DEPS, [lock]). %% =================================================================== %% Public API %% =================================================================== -spec init(rebar_state:t()) -> {ok, rebar_state:t()}. init(State) -> Provider = providers:create([{name, ?PROVIDER}, {module, ?MODULE}, {deps, ?DEPS}, {bare, true}, {example, "rebar3 ct"}, {short_desc, "Run Common Tests."}, {desc, "Run Common Tests."}, {opts, ct_opts(State)}, {profiles, [test]}]), {ok, rebar_state:add_provider(State, Provider)}. -spec do(rebar_state:t()) -> {ok, rebar_state:t()} | {error, string()}. do(State) -> Tests = prepare_tests(State), case compile(State, Tests) of %% successfully compiled apps {ok, S} -> do(S, Tests); %% this should look like a compiler error, not a ct error Error -> Error end. do(State, Tests) -> ?INFO("Running Common Test suites...", []), rebar_utils:update_code(rebar_state:code_paths(State, all_deps), [soft_purge]), %% Run ct provider prehooks Providers = rebar_state:providers(State), Cwd = rebar_dir:get_cwd(), rebar_hooks:run_all_hooks(Cwd, pre, ?PROVIDER, Providers, State), case Tests of {ok, T} -> case run_tests(State, T) of ok -> %% Run ct provider posthooks rebar_hooks:run_all_hooks(Cwd, post, ?PROVIDER, Providers, State), rebar_utils:cleanup_code_path(rebar_state:code_paths(State, default)), {ok, State}; Error -> rebar_utils:cleanup_code_path(rebar_state:code_paths(State, default)), Error end; Error -> rebar_utils:cleanup_code_path(rebar_state:code_paths(State, default)), Error end. run_tests(State, Opts) -> T = translate_paths(State, Opts), Opts1 = setup_logdir(State, T), Opts2 = turn_off_auto_compile(Opts1), ?DEBUG("ct_opts ~p", [Opts2]), {RawOpts, _} = rebar_state:command_parsed_args(State), Result = case proplists:get_value(verbose, RawOpts, false) of true -> run_test_verbose(Opts2); false -> run_test_quiet(Opts2) end, ok = maybe_write_coverdata(State), Result. -spec format_error(any()) -> iolist(). format_error({error, Reason}) -> io_lib:format("Error running tests:~n ~p", [Reason]); format_error({error_running_tests, Reason}) -> format_error({error, Reason}); format_error({failures_running_tests, {Failed, AutoSkipped}}) -> io_lib:format("Failures occured running tests: ~b", [Failed+AutoSkipped]); format_error({badconfig, {Msg, {Value, Key}}}) -> io_lib:format(Msg, [Value, Key]); format_error({badconfig, Msg}) -> io_lib:format(Msg, []); format_error({multiple_errors, Errors}) -> io_lib:format(lists:concat(["Error running tests:"] ++ lists:map(fun(Error) -> "~n " ++ Error end, Errors)), []). %% =================================================================== %% Internal functions %% =================================================================== prepare_tests(State) -> %% command line test options CmdOpts = cmdopts(State), %% rebar.config test options CfgOpts = cfgopts(State), ProjectApps = rebar_state:project_apps(State), %% prioritize tests to run first trying any command line specified %% tests falling back to tests specified in the config file finally %% running a default set if no other tests are present select_tests(State, ProjectApps, CmdOpts, CfgOpts). cmdopts(State) -> {RawOpts, _} = rebar_state:command_parsed_args(State), %% filter out opts common_test doesn't know about and convert %% to ct acceptable forms transform_opts(RawOpts, []). transform_opts([], Acc) -> lists:reverse(Acc); transform_opts([{dir, Dirs}|Rest], Acc) -> transform_opts(Rest, [{dir, split_string(Dirs)}|Acc]); transform_opts([{suite, Suites}|Rest], Acc) -> transform_opts(Rest, [{suite, split_string(Suites)}|Acc]); transform_opts([{group, Groups}|Rest], Acc) -> transform_opts(Rest, [{group, split_string(Groups)}|Acc]); transform_opts([{testcase, Cases}|Rest], Acc) -> transform_opts(Rest, [{testcase, split_string(Cases)}|Acc]); transform_opts([{config, Configs}|Rest], Acc) -> transform_opts(Rest, [{config, split_string(Configs)}|Acc]); transform_opts([{include, Includes}|Rest], Acc) -> transform_opts(Rest, [{include, split_string(Includes)}|Acc]); transform_opts([{logopts, LogOpts}|Rest], Acc) -> transform_opts(Rest, [{logopts, lists:map(fun(P) -> list_to_atom(P) end, split_string(LogOpts))}|Acc]); transform_opts([{force_stop, "true"}|Rest], Acc) -> transform_opts(Rest, [{force_stop, true}|Acc]); transform_opts([{force_stop, "false"}|Rest], Acc) -> transform_opts(Rest, [{force_stop, false}|Acc]); transform_opts([{force_stop, "skip_rest"}|Rest], Acc) -> transform_opts(Rest, [{force_stop, skip_rest}|Acc]); transform_opts([{create_priv_dir, CreatePrivDir}|Rest], Acc) -> transform_opts(Rest, [{create_priv_dir, list_to_atom(CreatePrivDir)}|Acc]); %% drop cover from opts, ct doesn't care about it transform_opts([{cover, _}|Rest], Acc) -> transform_opts(Rest, Acc); %% drop verbose from opts, ct doesn't care about it transform_opts([{verbose, _}|Rest], Acc) -> transform_opts(Rest, Acc); %% getopt should handle anything else transform_opts([Opt|Rest], Acc) -> transform_opts(Rest, [Opt|Acc]). split_string(String) -> string:tokens(String, [$,]). cfgopts(State) -> case rebar_state:get(State, ct_opts, []) of Opts when is_list(Opts) -> ensure_opts(add_hooks(Opts, State), []); Wrong -> %% probably a single non list term ?PRV_ERROR({badconfig, {"Value `~p' of option `~p' must be a list", {Wrong, ct_opts}}}) end. ensure_opts([], Acc) -> lists:reverse(Acc); ensure_opts([{test_spec, _}|_Rest], _Acc) -> ?PRV_ERROR({badconfig, "Test specs not supported"}); ensure_opts([{auto_compile, _}|_Rest], _Acc) -> ?PRV_ERROR({badconfig, "Auto compile not supported"}); ensure_opts([{suite, Suite}|Rest], Acc) when is_integer(hd(Suite)) -> ensure_opts(Rest, [{suite, Suite}|Acc]); ensure_opts([{suite, Suite}|Rest], Acc) when is_atom(Suite) -> ensure_opts(Rest, [{suite, atom_to_list(Suite)}|Acc]); ensure_opts([{suite, Suites}|Rest], Acc) -> NewSuites = {suite, lists:map(fun(S) when is_atom(S) -> atom_to_list(S); (S) when is_list(S) -> S end, Suites)}, ensure_opts(Rest, [NewSuites|Acc]); ensure_opts([{K, V}|Rest], Acc) -> ensure_opts(Rest, [{K, V}|Acc]); ensure_opts([V|_Rest], _Acc) -> ?PRV_ERROR({badconfig, {"Member `~p' of option `~p' must be a 2-tuple", {V, ct_opts}}}). add_hooks(Opts, State) -> case {readable(State), lists:keyfind(ct_hooks, 1, Opts)} of {false, _} -> Opts; {true, false} -> [{ct_hooks, [cth_readable_failonly, cth_readable_shell]} | Opts]; {true, {ct_hooks, Hooks}} -> %% Make sure hooks are there once only. ReadableHooks = [cth_readable_failonly, cth_readable_shell], NewHooks = (Hooks -- ReadableHooks) ++ ReadableHooks, lists:keyreplace(ct_hooks, 1, Opts, {ct_hooks, NewHooks}) end. select_tests(_, _, {error, _} = Error, _) -> Error; select_tests(_, _, _, {error, _} = Error) -> Error; select_tests(State, ProjectApps, CmdOpts, CfgOpts) -> Merged = lists:ukeymerge(1, lists:ukeysort(1, CmdOpts), lists:ukeysort(1, CfgOpts)), %% make sure `dir` and/or `suite` from command line go in as %% a pair overriding both `dir` and `suite` from config if %% they exist Opts = case {proplists:get_value(suite, CmdOpts), proplists:get_value(dir, CmdOpts)} of {undefined, undefined} -> Merged; {_Suite, undefined} -> lists:keydelete(dir, 1, Merged); {undefined, _Dir} -> lists:keydelete(suite, 1, Merged); {_Suite, _Dir} -> Merged end, discover_tests(State, ProjectApps, Opts). discover_tests(State, ProjectApps, Opts) -> case {proplists:get_value(suite, Opts), proplists:get_value(dir, Opts)} of %% no dirs or suites defined, try using `$APP/test` and `$ROOT/test` %% as suites {undefined, undefined} -> {ok, [default_tests(State, ProjectApps)|Opts]}; {_, _} -> {ok, Opts} end. default_tests(State, ProjectApps) -> BareTest = filename:join([rebar_state:dir(State), "test"]), F = fun(App) -> rebar_app_info:dir(App) == rebar_state:dir(State) end, AppTests = application_dirs(ProjectApps, []), case filelib:is_dir(BareTest) andalso not lists:any(F, ProjectApps) of %% `test` dir at root of project is already scheduled to be %% included or `test` does not exist false -> {dir, AppTests}; %% need to add `test` dir at root to dirs to be included true -> {dir, AppTests ++ [BareTest]} end. application_dirs([], []) -> []; application_dirs([], Acc) -> lists:reverse(Acc); application_dirs([App|Rest], Acc) -> TestDir = filename:join([rebar_app_info:dir(App), "test"]), case filelib:is_dir(TestDir) of true -> application_dirs(Rest, [TestDir|Acc]); false -> application_dirs(Rest, Acc) end. compile(State, {ok, _} = Tests) -> %% inject `ct_first_files`, `ct_compile_opts` and `include` (from `ct_opts` %% and command line options) into the applications to be compiled case inject_ct_state(State, Tests) of {ok, NewState} -> do_compile(NewState); Error -> Error end; %% maybe compile even in the face of errors? compile(_State, Error) -> Error. do_compile(State) -> case rebar_prv_compile:do(State) of %% successfully compiled apps {ok, S} -> ok = maybe_cover_compile(S), {ok, S}; %% this should look like a compiler error, not an eunit error Error -> Error end. inject_ct_state(State, {ok, Tests}) -> Apps = rebar_state:project_apps(State), case inject_ct_state(State, Tests, Apps, []) of {ok, {NewState, ModdedApps}} -> test_dirs(NewState, ModdedApps, Tests); {error, _} = Error -> Error end; inject_ct_state(_State, Error) -> Error. inject_ct_state(State, Tests, [App|Rest], Acc) -> case inject(rebar_app_info:opts(App), State, Tests) of {error, _} = Error -> Error; NewOpts -> NewApp = rebar_app_info:opts(App, NewOpts), inject_ct_state(State, Tests, Rest, [NewApp|Acc]) end; inject_ct_state(State, Tests, [], Acc) -> case inject(rebar_state:opts(State), State, Tests) of {error, _} = Error -> Error; NewOpts -> {ok, {rebar_state:opts(State, NewOpts), lists:reverse(Acc)}} end. opts(Opts, Key, Default) -> case rebar_opts:get(Opts, Key, Default) of Vs when is_list(Vs) -> Vs; Wrong -> ?PRV_ERROR({badconfig, {"Value `~p' of option `~p' must be a list", {Wrong, Key}}}) end. inject(Opts, State, Tests) -> erl_opts(Opts, State, Tests). erl_opts(Opts, State, Tests) -> %% append `ct_compile_opts` to app defined `erl_opts` ErlOpts = opts(Opts, erl_opts, []), CTOpts = opts(Opts, ct_compile_opts, []), case add_transforms(append(CTOpts, ErlOpts), State) of {error, _} = Error -> Error; NewErlOpts -> first_files(rebar_opts:set(Opts, erl_opts, NewErlOpts), Tests) end. first_files(Opts, Tests) -> %% append `ct_first_files` to app defined `erl_first_files` FirstFiles = opts(Opts, erl_first_files, []), CTFirstFiles = opts(Opts, ct_first_files, []), case append(CTFirstFiles, FirstFiles) of {error, _} = Error -> Error; NewFirstFiles -> include_files(rebar_opts:set(Opts, erl_first_files, NewFirstFiles), Tests) end. include_files(Opts, Tests) -> %% append include dirs from command line and `ct_opts` to app defined %% `erl_opts` ErlOpts = opts(Opts, erl_opts, []), Includes = proplists:get_value(include, Tests, []), Is = lists:map(fun(I) -> {i, I} end, Includes), case append(Is, ErlOpts) of {error, _} = Error -> Error; NewIncludes -> rebar_opts:set(Opts, erl_opts, NewIncludes) end. append({error, _} = Error, _) -> Error; append(_, {error, _} = Error) -> Error; append(A, B) -> A ++ B. add_transforms(CTOpts, State) when is_list(CTOpts) -> case readable(State) of true -> ReadableTransform = [{parse_transform, cth_readable_transform}], (CTOpts -- ReadableTransform) ++ ReadableTransform; false -> CTOpts end; add_transforms({error, _} = Error, _State) -> Error. readable(State) -> {RawOpts, _} = rebar_state:command_parsed_args(State), case proplists:get_value(readable, RawOpts) of true -> true; false -> false; undefined -> rebar_state:get(State, ct_readable, true) end. test_dirs(State, Apps, Opts) -> case {proplists:get_value(suite, Opts), proplists:get_value(dir, Opts)} of {Suites, undefined} -> set_compile_dirs(State, Apps, {suite, Suites}); {undefined, Dirs} -> set_compile_dirs(State, Apps, {dir, Dirs}); {Suites, Dir} when is_integer(hd(Dir)) -> set_compile_dirs(State, Apps, join(Suites, Dir)); {Suites, [Dir]} when is_integer(hd(Dir)) -> set_compile_dirs(State, Apps, join(Suites, Dir)); {_Suites, _Dirs} -> {error, "Only a single directory may be specified when specifying suites"} end. join(Suite, Dir) when is_integer(hd(Suite)) -> {suite, [filename:join([Dir, Suite])]}; join(Suites, Dir) -> {suite, lists:map(fun(S) -> filename:join([Dir, S]) end, Suites)}. set_compile_dirs(State, Apps, {dir, Dir}) when is_integer(hd(Dir)) -> %% single directory %% insert `Dir` into an app if relative, or the base state if not %% app relative but relative to the root or not at all if outside %% project scope {NewState, NewApps} = maybe_inject_test_dir(State, [], Apps, Dir), {ok, rebar_state:project_apps(NewState, NewApps)}; set_compile_dirs(State, Apps, {dir, Dirs}) -> %% multiple directories F = fun(Dir, {S, A}) -> maybe_inject_test_dir(S, [], A, Dir) end, {NewState, NewApps} = lists:foldl(F, {State, Apps}, Dirs), {ok, rebar_state:project_apps(NewState, NewApps)}; set_compile_dirs(State, Apps, {suite, Suites}) -> %% suites with dir component Dirs = find_suite_dirs(Suites), F = fun(Dir, {S, A}) -> maybe_inject_test_dir(S, [], A, Dir) end, {NewState, NewApps} = lists:foldl(F, {State, Apps}, Dirs), {ok, rebar_state:project_apps(NewState, NewApps)}. find_suite_dirs(Suites) -> AllDirs = lists:map(fun(S) -> filename:dirname(filename:absname(S)) end, Suites), %% eliminate duplicates lists:usort(AllDirs). maybe_inject_test_dir(State, AppAcc, [App|Rest], Dir) -> case rebar_file_utils:path_from_ancestor(Dir, rebar_app_info:dir(App)) of {ok, []} -> %% normal operation involves copying the entire directory a %% suite exists in but if the suite is in the app root directory %% the current compiler tries to compile all subdirs including priv %% instead copy only files ending in `.erl' and directories %% ending in `_SUITE_data' into the `_build/PROFILE/lib/APP' dir ok = copy_bare_suites(Dir, rebar_app_info:out_dir(App)), Opts = inject_test_dir(rebar_state:opts(State), rebar_app_info:out_dir(App)), {rebar_state:opts(State, Opts), AppAcc ++ [App]}; {ok, Path} -> Opts = inject_test_dir(rebar_app_info:opts(App), Path), {State, AppAcc ++ [rebar_app_info:opts(App, Opts)] ++ Rest}; {error, badparent} -> maybe_inject_test_dir(State, AppAcc ++ [App], Rest, Dir) end; maybe_inject_test_dir(State, AppAcc, [], Dir) -> case rebar_file_utils:path_from_ancestor(Dir, rebar_state:dir(State)) of {ok, []} -> %% normal operation involves copying the entire directory a %% suite exists in but if the suite is in the root directory %% that results in a loop as we copy `_build' into itself %% instead copy only files ending in `.erl' and directories %% ending in `_SUITE_data' in the `_build/PROFILE/extras' dir ExtrasDir = filename:join([rebar_dir:base_dir(State), "extras"]), ok = copy_bare_suites(Dir, ExtrasDir), Opts = inject_test_dir(rebar_state:opts(State), ExtrasDir), {rebar_state:opts(State, Opts), AppAcc}; {ok, Path} -> Opts = inject_test_dir(rebar_state:opts(State), Path), {rebar_state:opts(State, Opts), AppAcc}; {error, badparent} -> {State, AppAcc} end. copy_bare_suites(From, To) -> filelib:ensure_dir(filename:join([To, "dummy.txt"])), SrcFiles = rebar_utils:find_files(From, ".*\\.[e|h]rl\$", false), DataDirs = lists:filter(fun filelib:is_dir/1, filelib:wildcard(filename:join([From, "*_SUITE_data"]))), ok = rebar_file_utils:cp_r(SrcFiles, To), rebar_file_utils:cp_r(DataDirs, To). inject_test_dir(Opts, Dir) -> %% append specified test targets to app defined `extra_src_dirs` ExtraSrcDirs = rebar_opts:get(Opts, extra_src_dirs, []), rebar_opts:set(Opts, extra_src_dirs, ExtraSrcDirs ++ [Dir]). translate_paths(State, Opts) -> case {proplists:get_value(suite, Opts), proplists:get_value(dir, Opts)} of {_Suites, undefined} -> translate_suites(State, Opts, []); {undefined, _Dirs} -> translate_dirs(State, Opts, []); %% both dirs and suites are defined, only translate dir paths _ -> translate_dirs(State, Opts, []) end. translate_dirs(_State, [], Acc) -> lists:reverse(Acc); translate_dirs(State, [{dir, Dir}|Rest], Acc) when is_integer(hd(Dir)) -> %% single dir Apps = rebar_state:project_apps(State), translate_dirs(State, Rest, [{dir, translate(State, Apps, Dir)}|Acc]); translate_dirs(State, [{dir, Dirs}|Rest], Acc) -> %% multiple dirs Apps = rebar_state:project_apps(State), NewDirs = {dir, lists:map(fun(Dir) -> translate(State, Apps, Dir) end, Dirs)}, translate_dirs(State, Rest, [NewDirs|Acc]); translate_dirs(State, [Test|Rest], Acc) -> translate_dirs(State, Rest, [Test|Acc]). translate_suites(_State, [], Acc) -> lists:reverse(Acc); translate_suites(State, [{suite, Suite}|Rest], Acc) when is_integer(hd(Suite)) -> %% single suite Apps = rebar_state:project_apps(State), translate_suites(State, Rest, [{suite, translate_suite(State, Apps, Suite)}|Acc]); translate_suites(State, [{suite, Suites}|Rest], Acc) -> %% multiple suites Apps = rebar_state:project_apps(State), NewSuites = {suite, lists:map(fun(Suite) -> translate_suite(State, Apps, Suite) end, Suites)}, translate_suites(State, Rest, [NewSuites|Acc]); translate_suites(State, [Test|Rest], Acc) -> translate_suites(State, Rest, [Test|Acc]). translate_suite(State, Apps, Suite) -> Dirname = filename:dirname(Suite), Basename = filename:basename(Suite), case Dirname of "." -> Suite; _ -> filename:join([translate(State, Apps, Dirname), Basename]) end. translate(State, [App|Rest], Path) -> case rebar_file_utils:path_from_ancestor(Path, rebar_app_info:dir(App)) of {ok, P} -> filename:join([rebar_app_info:out_dir(App), P]); {error, badparent} -> translate(State, Rest, Path) end; translate(State, [], Path) -> case rebar_file_utils:path_from_ancestor(Path, rebar_state:dir(State)) of {ok, P} -> filename:join([rebar_dir:base_dir(State), "extras", P]); %% not relative, leave as is {error, badparent} -> Path end. setup_logdir(State, Opts) -> Logdir = case proplists:get_value(logdir, Opts) of undefined -> filename:join([rebar_dir:base_dir(State), "logs"]); Dir -> Dir end, filelib:ensure_dir(filename:join([Logdir, "dummy.beam"])), [{logdir, Logdir}|lists:keydelete(logdir, 1, Opts)]. turn_off_auto_compile(Opts) -> [{auto_compile, false}|lists:keydelete(auto_compile, 1, Opts)]. run_test_verbose(Opts) -> handle_results(ct:run_test(Opts)). run_test_quiet(Opts) -> Pid = self(), Ref = erlang:make_ref(), LogDir = proplists:get_value(logdir, Opts), {_, Monitor} = erlang:spawn_monitor(fun() -> {ok, F} = file:open(filename:join([LogDir, "ct.latest.log"]), [write]), true = group_leader(F, self()), Pid ! {Ref, ct:run_test(Opts)} end), receive {Ref, Result} -> handle_quiet_results(Opts, Result); {'DOWN', Monitor, _, _, Reason} -> handle_results(?PRV_ERROR(Reason)) end. handle_results(Results) when is_list(Results) -> Result = lists:foldl(fun sum_results/2, {0, 0, {0,0}}, Results), handle_results(Result); handle_results({_, Failed, {_, AutoSkipped}}) when Failed > 0 orelse AutoSkipped > 0 -> ?PRV_ERROR({failures_running_tests, {Failed, AutoSkipped}}); handle_results({error, Reason}) -> ?PRV_ERROR({error_running_tests, Reason}); handle_results(_) -> ok. sum_results({Passed, Failed, {UserSkipped, AutoSkipped}}, {Passed2, Failed2, {UserSkipped2, AutoSkipped2}}) -> {Passed+Passed2, Failed+Failed2, {UserSkipped+UserSkipped2, AutoSkipped+AutoSkipped2}}. handle_quiet_results(_, {error, _} = Result) -> handle_results(Result); handle_quiet_results(CTOpts, Results) when is_list(Results) -> _ = [format_result(Result) || Result <- Results], case handle_results(Results) of ?PRV_ERROR({failures_running_tests, _}) = Error -> LogDir = proplists:get_value(logdir, CTOpts), Index = filename:join([LogDir, "index.html"]), ?CONSOLE("Results written to ~p.", [Index]), Error; Other -> Other end; handle_quiet_results(CTOpts, Result) -> handle_quiet_results(CTOpts, [Result]). format_result({Passed, 0, {0, 0}}) -> ?CONSOLE("All ~p tests passed.", [Passed]); format_result({Passed, Failed, Skipped}) -> Format = [format_failed(Failed), format_skipped(Skipped), format_passed(Passed)], ?CONSOLE("~s", [Format]). format_failed(0) -> []; format_failed(Failed) -> io_lib:format("Failed ~p tests. ", [Failed]). format_passed(Passed) -> io_lib:format("Passed ~p tests. ", [Passed]). format_skipped({0, 0}) -> []; format_skipped({User, Auto}) -> io_lib:format("Skipped ~p (~p, ~p) tests. ", [User+Auto, User, Auto]). maybe_cover_compile(State) -> {RawOpts, _} = rebar_state:command_parsed_args(State), State1 = case proplists:get_value(cover, RawOpts, false) of true -> rebar_state:set(State, cover_enabled, true); false -> State end, rebar_prv_cover:maybe_cover_compile(State1). maybe_write_coverdata(State) -> {RawOpts, _} = rebar_state:command_parsed_args(State), State1 = case proplists:get_value(cover, RawOpts, false) of true -> rebar_state:set(State, cover_enabled, true); false -> State end, rebar_prv_cover:maybe_write_coverdata(State1, ?PROVIDER). ct_opts(_State) -> [{dir, undefined, "dir", string, help(dir)}, %% comma-seperated list {suite, undefined, "suite", string, help(suite)}, %% comma-seperated list {group, undefined, "group", string, help(group)}, %% comma-seperated list {testcase, undefined, "case", string, help(testcase)}, %% comma-seperated list {label, undefined, "label", string, help(label)}, %% String {config, undefined, "config", string, help(config)}, %% comma-seperated list {allow_user_terms, undefined, "allow_user_terms", boolean, help(allow_user_terms)}, %% Bool {logdir, undefined, "logdir", string, help(logdir)}, %% dir {logopts, undefined, "logopts", string, help(logopts)}, %% comma seperated list {verbosity, undefined, "verbosity", integer, help(verbosity)}, %% Integer {cover, $c, "cover", {boolean, false}, help(cover)}, {repeat, undefined, "repeat", integer, help(repeat)}, %% integer {duration, undefined, "duration", string, help(duration)}, % format: HHMMSS {until, undefined, "until", string, help(until)}, %% format: YYMoMoDD[HHMMSS] {force_stop, undefined, "force_stop", string, help(force_stop)}, %% String {basic_html, undefined, "basic_html", boolean, help(basic_html)}, %% Boolean {stylesheet, undefined, "stylesheet", string, help(stylesheet)}, %% String {decrypt_key, undefined, "decrypt_key", string, help(decrypt_key)}, %% String {decrypt_file, undefined, "decrypt_file", string, help(decrypt_file)}, %% String {abort_if_missing_suites, undefined, "abort_if_missing_suites", {boolean, true}, help(abort_if_missing_suites)}, %% Boolean {multiply_timetraps, undefined, "multiply_timetraps", integer, help(multiple_timetraps)}, %% Integer {scale_timetraps, undefined, "scale_timetraps", boolean, help(scale_timetraps)}, {create_priv_dir, undefined, "create_priv_dir", string, help(create_priv_dir)}, {include, undefined, "include", string, help(include)}, {readable, undefined, "readable", boolean, help(readable)}, {verbose, $v, "verbose", boolean, help(verbose)} ]. help(dir) -> "List of additional directories containing test suites"; help(suite) -> "List of test suites to run"; help(group) -> "List of test groups to run"; help(testcase) -> "List of test cases to run"; help(label) -> "Test label"; help(config) -> "List of config files"; help(allow_user_terms) -> "Allow user defined config values in config files"; help(logdir) -> "Log folder"; help(logopts) -> "Options for common test logging"; help(verbosity) -> "Verbosity"; help(cover) -> "Generate cover data"; help(repeat) -> "How often to repeat tests"; help(duration) -> "Max runtime (format: HHMMSS)"; help(until) -> "Run until (format: HHMMSS)"; help(force_stop) -> "Force stop on test timeout (true | false | skip_rest)"; help(basic_html) -> "Show basic HTML"; help(stylesheet) -> "CSS stylesheet to apply to html output"; help(decrypt_key) -> "Path to key for decrypting config"; help(decrypt_file) -> "Path to file containing key for decrypting config"; help(abort_if_missing_suites) -> "Abort if suites are missing"; help(multiply_timetraps) -> "Multiply timetraps"; help(scale_timetraps) -> "Scale timetraps"; help(create_priv_dir) -> "Create priv dir (auto_per_run | auto_per_tc | manual_per_tc)"; help(include) -> "Directories containing additional include files"; help(readable) -> "Shows test case names and only displays logs to shell on failures"; help(verbose) -> "Verbose output"; help(_) -> "".