%% -*- erlang-indent-level: 4;indent-tabs-mode: nil -*- %% ex: ts=4 sw=4 et %% ------------------------------------------------------------------- %% %% rebar: Erlang Build Tools %% %% Copyright (c) 2009 Dave Smith (dizzyd@dizzyd.com) %% %% Permission is hereby granted, free of charge, to any person obtaining a copy %% of this software and associated documentation files (the "Software"), to deal %% in the Software without restriction, including without limitation the rights %% to use, copy, modify, merge, publish, distribute, sublicense, and/or sell %% copies of the Software, and to permit persons to whom the Software is %% furnished to do so, subject to the following conditions: %% %% The above copyright notice and this permission notice shall be included in %% all copies or substantial portions of the Software. %% %% THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR %% IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, %% FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE %% AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER %% LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, %% OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN %% THE SOFTWARE. %% ------------------------------------------------------------------- -module(rebar_deps). -include("rebar.hrl"). -export([preprocess/2, postprocess/2, compile/2, setup_env/1, 'check-deps'/2, 'get-deps'/2, 'update-deps'/2, 'delete-deps'/2, 'list-deps'/2]). %% for internal use only -export([info/2]). -record(dep, { dir, app, vsn_regex, source, is_raw }). %% is_raw = true means non-Erlang/OTP dependency %% =================================================================== %% Public API %% =================================================================== preprocess(Config, _) -> %% Side effect to set deps_dir globally for all dependencies from %% top level down. Means the root deps_dir is honoured or the default %% used globally since it will be set on the first time through here Config1 = set_shared_deps_dir(Config, get_shared_deps_dir(Config, [])), %% Get the list of deps for the current working directory and identify those %% deps that are available/present. Deps = rebar_config:get_local(Config1, deps, []), {Config2, {AvailableDeps, MissingDeps}} = find_deps(Config1, find, Deps), ?DEBUG("Available deps: ~p\n", [AvailableDeps]), ?DEBUG("Missing deps : ~p\n", [MissingDeps]), %% Add available deps to code path Config3 = update_deps_code_path(Config2, AvailableDeps), %% Filtering out 'raw' dependencies so that no commands other than %% deps-related can be executed on their directories. NonRawAvailableDeps = [D || D <- AvailableDeps, not D#dep.is_raw], case rebar_config:get_xconf(Config, current_command, undefined) of 'update-deps' -> %% Skip ALL of the dep folders, we do this because we don't want %% any other calls to preprocess() for update-deps beyond the %% toplevel directory. They aren't actually harmful, but they slow %% things down unnecessarily. NewConfig = lists:foldl(fun(D, Acc) -> rebar_config:set_skip_dir(Acc, D#dep.dir) end, Config3, collect_deps(rebar_utils:get_cwd(), Config3)), %% Return the empty list, as we don't want anything processed before %% us. {ok, NewConfig, []}; _ -> %% If skip_deps=true, mark each dep dir as a skip_dir w/ the core so that %% the current command doesn't run on the dep dir. However, pre/postprocess %% WILL run (and we want it to) for transitivity purposes. %% %% Also, if skip_deps=comma,separated,app,list, then only the given %% dependencies are skipped. NewConfig = case rebar_config:get_global(Config3, skip_deps, false) of "true" -> lists:foldl( fun(#dep{dir = Dir}, C) -> rebar_config:set_skip_dir(C, Dir) end, Config3, AvailableDeps); Apps when is_list(Apps) -> SkipApps = [list_to_atom(App) || App <- string:tokens(Apps, ",")], lists:foldl( fun(#dep{dir = Dir, app = App}, C) -> case lists:member(App, SkipApps) of true -> rebar_config:set_skip_dir(C, Dir); false -> C end end, Config3, AvailableDeps); _ -> Config3 end, %% Return all the available dep directories for process {ok, NewConfig, dep_dirs(NonRawAvailableDeps)} end. postprocess(Config, _) -> case rebar_config:get_xconf(Config, ?MODULE, undefined) of undefined -> {ok, []}; Dirs -> NewConfig = rebar_config:erase_xconf(Config, ?MODULE), {ok, NewConfig, Dirs} end. compile(Config, _) -> {Config1, _AvailDeps} = do_check_deps(Config), {ok, Config1}. %% set REBAR_DEPS_DIR and ERL_LIBS environment variables setup_env(Config) -> {true, DepsDir} = get_deps_dir(Config), %% include rebar's DepsDir in ERL_LIBS Separator = case os:type() of {win32, nt} -> ";"; _ -> ":" end, ERL_LIBS = case os:getenv("ERL_LIBS") of false -> {"ERL_LIBS", DepsDir}; PrevValue -> {"ERL_LIBS", DepsDir ++ Separator ++ PrevValue} end, [{"REBAR_DEPS_DIR", DepsDir}, ERL_LIBS]. %% common function used by 'check-deps' and 'compile' do_check_deps(Config) -> %% Get the list of immediate (i.e. non-transitive) deps that are missing Deps = rebar_config:get_local(Config, deps, []), case find_deps(Config, find, Deps) of {Config1, {AvailDeps, []}} -> %% No missing deps {Config1, AvailDeps}; {_Config1, {_, MissingDeps}} -> lists:foreach(fun (#dep{app=App, vsn_regex=Vsn, source=Src}) -> ?CONSOLE("Dependency not available: " "~p-~s (~p)\n", [App, Vsn, Src]) end, MissingDeps), ?FAIL end. 'check-deps'(Config, _) -> {Config1, AvailDeps} = do_check_deps(Config), {ok, save_dep_dirs(Config1, AvailDeps)}. 'get-deps'(Config, _) -> %% Determine what deps are available and missing Deps = rebar_config:get_local(Config, deps, []), {Config1, {_AvailableDeps, MissingDeps}} = find_deps(Config, find, Deps), MissingDeps1 = [D || D <- MissingDeps, D#dep.source =/= undefined], %% For each missing dep with a specified source, try to pull it. {Config2, PulledDeps} = lists:foldl(fun(D, {C, PulledDeps0}) -> {C1, D1} = use_source(C, D), {C1, [D1 | PulledDeps0]} end, {Config1, []}, MissingDeps1), %% Add each pulled dep to our list of dirs for post-processing. This yields %% the necessary transitivity of the deps {ok, save_dep_dirs(Config2, lists:reverse(PulledDeps))}. 'update-deps'(Config, _) -> {Config2, UpdatedDeps} = update_deps_int(rebar_config:set(Config, depowner, dict:new()), []), DepOwners = rebar_config:get(Config2, depowner, dict:new()), %% check for conflicting deps [?ERROR("Conflicting dependencies for ~p: ~p~n", [K, [{"From: " ++ string:join(dict:fetch(D, DepOwners), ", "), {D#dep.vsn_regex, D#dep.source}} || D <- V]]) || {K, V} <- dict:to_list(lists:foldl(fun(Dep, Acc) -> dict:append(Dep#dep.app, Dep, Acc) end, dict:new(), UpdatedDeps)), length(V) > 1], %% Add each updated dep to our list of dirs for post-processing. This yields %% the necessary transitivity of the deps {ok, save_dep_dirs(Config, UpdatedDeps)}. 'delete-deps'(Config, _) -> %% Delete all the available deps in our deps/ directory, if any {true, DepsDir} = get_deps_dir(Config), Deps = rebar_config:get_local(Config, deps, []), {Config1, {AvailableDeps, _}} = find_deps(Config, find, Deps), _ = [delete_dep(D) || D <- AvailableDeps, lists:prefix(DepsDir, D#dep.dir)], {ok, Config1}. 'list-deps'(Config, _) -> Deps = rebar_config:get_local(Config, deps, []), case find_deps(Config, find, Deps) of {Config1, {AvailDeps, []}} -> lists:foreach(fun(Dep) -> print_source(Dep) end, AvailDeps), {ok, save_dep_dirs(Config1, AvailDeps)}; {_, MissingDeps} -> ?ABORT("Missing dependencies: ~p\n", [MissingDeps]) end. %% =================================================================== %% Internal functions %% =================================================================== info(help, compile) -> info_help("Display to be fetched dependencies"); info(help, 'check-deps') -> info_help("Display to be fetched dependencies"); info(help, 'get-deps') -> info_help("Fetch dependencies"); info(help, 'update-deps') -> info_help("Update fetched dependencies"); info(help, 'delete-deps') -> info_help("Delete fetched dependencies"); info(help, 'list-deps') -> info_help("List dependencies"). info_help(Description) -> ?CONSOLE( "~s.~n" "~n" "Valid rebar.config options:~n" " ~p~n" " ~p~n" "Valid command line options:~n" " deps_dir=\"deps\" (override default or rebar.config deps_dir)~n", [ Description, {deps_dir, "deps"}, {deps, [application_name, {application_name, "1.0.*"}, {application_name, "1.0.*", {git, "git://github.com/rebar/rebar.git", {branch, "master"}}}, {application_name, "", {git, "git://github.com/rebar/rebar.git", {branch, "master"}}, [raw]}]} ]). %% Added because of trans deps, %% need all deps in same dir and should be the one set by the root rebar.config %% In case one is given globally, it has higher priority %% Sets a default if root config has no deps_dir set set_shared_deps_dir(Config, []) -> LocalDepsDir = rebar_config:get_local(Config, deps_dir, "deps"), GlobalDepsDir = rebar_config:get_global(Config, deps_dir, LocalDepsDir), DepsDir = case os:getenv("REBAR_DEPS_DIR") of false -> GlobalDepsDir; Dir -> Dir end, rebar_config:set_xconf(Config, deps_dir, DepsDir); set_shared_deps_dir(Config, _DepsDir) -> Config. get_shared_deps_dir(Config, Default) -> rebar_config:get_xconf(Config, deps_dir, Default). get_deps_dir(Config) -> get_deps_dir(Config, ""). get_deps_dir(Config, App) -> BaseDir = rebar_config:get_xconf(Config, base_dir, []), DepsDir = get_shared_deps_dir(Config, "deps"), {true, filename:join([BaseDir, DepsDir, App])}. dep_dirs(Deps) -> [D#dep.dir || D <- Deps]. save_dep_dirs(Config, Deps) -> rebar_config:set_xconf(Config, ?MODULE, dep_dirs(Deps)). get_lib_dir(App) -> %% Find App amongst the reachable lib directories %% Returns either the found path or a tagged tuple with a boolean %% to match get_deps_dir's return type case code:lib_dir(App) of {error, bad_name} -> {false, bad_name}; Path -> {true, Path} end. update_deps_code_path(Config, []) -> Config; update_deps_code_path(Config, [Dep | Rest]) -> Config2 = case is_app_available(Config, Dep#dep.app, Dep#dep.vsn_regex, Dep#dep.dir, Dep#dep.is_raw) of {Config1, {true, _}} -> Dir = filename:join(Dep#dep.dir, "ebin"), ok = filelib:ensure_dir(filename:join(Dir, "dummy")), ?DEBUG("Adding ~s to code path~n", [Dir]), true = code:add_patha(Dir), Config1; {Config1, {false, _}} -> Config1 end, update_deps_code_path(Config2, Rest). find_deps(Config, find=Mode, Deps) -> find_deps(Config, Mode, Deps, {[], []}); find_deps(Config, read=Mode, Deps) -> find_deps(Config, Mode, Deps, []). find_deps(Config, find, [], {Avail, Missing}) -> {Config, {lists:reverse(Avail), lists:reverse(Missing)}}; find_deps(Config, read, [], Deps) -> {Config, lists:reverse(Deps)}; find_deps(Config, Mode, [App | Rest], Acc) when is_atom(App) -> find_deps(Config, Mode, [{App, ".*", undefined} | Rest], Acc); find_deps(Config, Mode, [{App, VsnRegex} | Rest], Acc) when is_atom(App) -> find_deps(Config, Mode, [{App, VsnRegex, undefined} | Rest], Acc); find_deps(Config, Mode, [{App, VsnRegex, Source} | Rest], Acc) -> find_deps(Config, Mode, [{App, VsnRegex, Source, []} | Rest], Acc); find_deps(Config, Mode, [{App, VsnRegex, Source, Opts} | Rest], Acc) when is_list(Opts) -> Dep = #dep { app = App, vsn_regex = VsnRegex, source = Source, %% dependency is considered raw (i.e. non-Erlang/OTP) when %% 'raw' option is present is_raw = proplists:get_value(raw, Opts, false) }, {Config1, {Availability, FoundDir}} = find_dep(Config, Dep), find_deps(Config1, Mode, Rest, acc_deps(Mode, Availability, Dep, FoundDir, Acc)); find_deps(_Config, _Mode, [Other | _Rest], _Acc) -> ?ABORT("Invalid dependency specification ~p in ~s\n", [Other, rebar_utils:get_cwd()]). find_dep(Config, Dep) -> %% Find a dep based on its source, %% e.g. {git, "https://github.com/mochi/mochiweb.git", "HEAD"} %% Deps with a source must be found (or fetched) locally. %% Those without a source may be satisfied from lib dir (get_lib_dir). find_dep(Config, Dep, Dep#dep.source). find_dep(Config, Dep, undefined) -> %% 'source' is undefined. If Dep is not satisfied locally, %% go ahead and find it amongst the lib_dir's. case find_dep_in_dir(Config, Dep, get_deps_dir(Config, Dep#dep.app)) of {_Config1, {avail, _Dir}} = Avail -> Avail; {Config1, {missing, _}} -> find_dep_in_dir(Config1, Dep, get_lib_dir(Dep#dep.app)) end; find_dep(Config, Dep, _Source) -> %% _Source is defined. Regardless of what it is, we must find it %% locally satisfied or fetch it from the original source %% into the project's deps find_dep_in_dir(Config, Dep, get_deps_dir(Config, Dep#dep.app)). find_dep_in_dir(Config, _Dep, {false, Dir}) -> {Config, {missing, Dir}}; find_dep_in_dir(Config, Dep, {true, Dir}) -> App = Dep#dep.app, VsnRegex = Dep#dep.vsn_regex, IsRaw = Dep#dep.is_raw, case is_app_available(Config, App, VsnRegex, Dir, IsRaw) of {Config1, {true, _AppFile}} -> {Config1, {avail, Dir}}; {Config1, {false, _}} -> {Config1, {missing, Dir}} end. acc_deps(find, avail, Dep, AppDir, {Avail, Missing}) -> {[Dep#dep { dir = AppDir } | Avail], Missing}; acc_deps(find, missing, Dep, AppDir, {Avail, Missing}) -> {Avail, [Dep#dep { dir = AppDir } | Missing]}; acc_deps(read, _, Dep, AppDir, Acc) -> [Dep#dep { dir = AppDir } | Acc]. delete_dep(D) -> case filelib:is_dir(D#dep.dir) of true -> ?INFO("Deleting dependency: ~s\n", [D#dep.dir]), rebar_file_utils:rm_rf(D#dep.dir); false -> ok end. require_source_engine(Source) -> true = source_engine_avail(Source), ok. %% IsRaw = false means regular Erlang/OTP dependency %% %% IsRaw = true means non-Erlang/OTP dependency, e.g. the one that does not %% have a proper .app file is_app_available(Config, App, VsnRegex, Path, _IsRaw = false) -> ?DEBUG("is_app_available, looking for App ~p with Path ~p~n", [App, Path]), case rebar_app_utils:is_app_dir(Path) of {true, AppFile} -> case rebar_app_utils:app_name(Config, AppFile) of {Config1, App} -> {Config2, Vsn} = rebar_app_utils:app_vsn(Config1, AppFile), ?INFO("Looking for ~s-~s ; found ~s-~s at ~s\n", [App, VsnRegex, App, Vsn, Path]), case re:run(Vsn, VsnRegex, [{capture, none}]) of match -> {Config2, {true, Path}}; nomatch -> ?WARN("~s has version ~p; requested regex was ~s\n", [AppFile, Vsn, VsnRegex]), {Config2, {false, {version_mismatch, {AppFile, {expected, VsnRegex}, {has, Vsn}}}}} end; {Config1, OtherApp} -> ?WARN("~s has application id ~p; expected ~p\n", [AppFile, OtherApp, App]), {Config1, {false, {name_mismatch, {AppFile, {expected, App}, {has, OtherApp}}}}} end; false -> ?WARN("Expected ~s to be an app dir (containing ebin/*.app), " "but no .app found.\n", [Path]), {Config, {false, {missing_app_file, Path}}} end; is_app_available(Config, App, _VsnRegex, Path, _IsRaw = true) -> ?DEBUG("is_app_available, looking for Raw Depencency ~p with Path ~p~n", [App, Path]), case filelib:is_dir(Path) of true -> %% TODO: look for version string in /VERSION file? Not clear %% how to detect git/svn/hg/{cmd, ...} settings that can be passed %% to rebar_utils:vcs_vsn/2 to obtain version dynamically {Config, {true, Path}}; false -> ?WARN("Expected ~s to be a raw dependency directory, " "but no directory found.\n", [Path]), {Config, {false, {missing_raw_dependency_directory, Path}}} end. use_source(Config, Dep) -> use_source(Config, Dep, 3). use_source(_Config, Dep, 0) -> ?ABORT("Failed to acquire source from ~p after 3 tries.\n", [Dep#dep.source]); use_source(Config, Dep, Count) -> case filelib:is_dir(Dep#dep.dir) of true -> %% Already downloaded -- verify the versioning matches the regex case is_app_available(Config, Dep#dep.app, Dep#dep.vsn_regex, Dep#dep.dir, Dep#dep.is_raw) of {Config1, {true, _}} -> Dir = filename:join(Dep#dep.dir, "ebin"), ok = filelib:ensure_dir(filename:join(Dir, "dummy")), %% Available version matches up -- we're good to go; %% add the app dir to our code path true = code:add_patha(Dir), {Config1, Dep}; {_Config1, {false, Reason}} -> %% The app that was downloaded doesn't match up (or had %% errors or something). For the time being, abort. ?ABORT("Dependency dir ~s failed application validation " "with reason:~n~p.\n", [Dep#dep.dir, Reason]) end; false -> ?CONSOLE("Pulling ~p from ~p\n", [Dep#dep.app, Dep#dep.source]), require_source_engine(Dep#dep.source), {true, TargetDir} = get_deps_dir(Config, Dep#dep.app), download_source(TargetDir, Dep#dep.source), use_source(Config, Dep#dep { dir = TargetDir }, Count-1) end. download_source(AppDir, {hg, Url, Rev}) -> ok = filelib:ensure_dir(AppDir), rebar_utils:sh(?FMT("hg clone -U ~s ~s", [Url, filename:basename(AppDir)]), [{cd, filename:dirname(AppDir)}]), rebar_utils:sh(?FMT("hg update ~s", [Rev]), [{cd, AppDir}]); download_source(AppDir, {git, Url}) -> download_source(AppDir, {git, Url, {branch, "HEAD"}}); download_source(AppDir, {git, Url, ""}) -> download_source(AppDir, {git, Url, {branch, "HEAD"}}); download_source(AppDir, {git, Url, {branch, Branch}}) -> ok = filelib:ensure_dir(AppDir), rebar_utils:sh(?FMT("git clone -n ~s ~s", [Url, filename:basename(AppDir)]), [{cd, filename:dirname(AppDir)}]), rebar_utils:sh(?FMT("git checkout -q origin/~s", [Branch]), [{cd, AppDir}]); download_source(AppDir, {git, Url, {tag, Tag}}) -> ok = filelib:ensure_dir(AppDir), rebar_utils:sh(?FMT("git clone -n ~s ~s", [Url, filename:basename(AppDir)]), [{cd, filename:dirname(AppDir)}]), rebar_utils:sh(?FMT("git checkout -q ~s", [Tag]), [{cd, AppDir}]); download_source(AppDir, {git, Url, Rev}) -> ok = filelib:ensure_dir(AppDir), rebar_utils:sh(?FMT("git clone -n ~s ~s", [Url, filename:basename(AppDir)]), [{cd, filename:dirname(AppDir)}]), rebar_utils:sh(?FMT("git checkout -q ~s", [Rev]), [{cd, AppDir}]); download_source(AppDir, {bzr, Url, Rev}) -> ok = filelib:ensure_dir(AppDir), rebar_utils:sh(?FMT("bzr branch -r ~s ~s ~s", [Rev, Url, filename:basename(AppDir)]), [{cd, filename:dirname(AppDir)}]); download_source(AppDir, {svn, Url, Rev}) -> ok = filelib:ensure_dir(AppDir), rebar_utils:sh(?FMT("svn checkout -r ~s ~s ~s", [Rev, Url, filename:basename(AppDir)]), [{cd, filename:dirname(AppDir)}]); download_source(AppDir, {rsync, Url}) -> ok = filelib:ensure_dir(AppDir), rebar_utils:sh(?FMT("rsync -az --delete ~s/ ~s", [Url, AppDir]), []); download_source(AppDir, {fossil, Url}) -> download_source(AppDir, {fossil, Url, ""}); download_source(AppDir, {fossil, Url, latest}) -> download_source(AppDir, {fossil, Url, ""}); download_source(AppDir, {fossil, Url, Version}) -> Repository = filename:join(AppDir, filename:basename(AppDir) ++ ".fossil"), ok = filelib:ensure_dir(Repository), ok = file:set_cwd(AppDir), rebar_utils:sh(?FMT("fossil clone ~s ~s", [Url, Repository]), [{cd, AppDir}]), rebar_utils:sh(?FMT("fossil open ~s ~s --nested", [Repository, Version]), []). update_source(Config, Dep) -> %% It's possible when updating a source, that a given dep does not have a %% VCS directory, such as when a source archive is built of a project, with %% all deps already downloaded/included. So, verify that the necessary VCS %% directory exists before attempting to do the update. {true, AppDir} = get_deps_dir(Config, Dep#dep.app), case has_vcs_dir(element(1, Dep#dep.source), AppDir) of true -> ?CONSOLE("Updating ~p from ~p\n", [Dep#dep.app, Dep#dep.source]), require_source_engine(Dep#dep.source), update_source1(AppDir, Dep#dep.source), Dep; false -> ?WARN("Skipping update for ~p: " "no VCS directory available!\n", [Dep]), Dep end. update_source1(AppDir, {git, Url}) -> update_source1(AppDir, {git, Url, {branch, "HEAD"}}); update_source1(AppDir, {git, Url, ""}) -> update_source1(AppDir, {git, Url, {branch, "HEAD"}}); update_source1(AppDir, {git, _Url, {branch, Branch}}) -> ShOpts = [{cd, AppDir}], rebar_utils:sh("git fetch origin", ShOpts), rebar_utils:sh(?FMT("git checkout -q ~s", [Branch]), ShOpts), rebar_utils:sh(?FMT("git pull --ff-only --no-rebase -q origin ~s", [Branch]), ShOpts); update_source1(AppDir, {git, _Url, {tag, Tag}}) -> ShOpts = [{cd, AppDir}], rebar_utils:sh("git fetch --tags origin", ShOpts), rebar_utils:sh(?FMT("git checkout -q ~s", [Tag]), ShOpts); update_source1(AppDir, {git, _Url, Refspec}) -> ShOpts = [{cd, AppDir}], rebar_utils:sh("git fetch origin", ShOpts), rebar_utils:sh(?FMT("git checkout -q ~s", [Refspec]), ShOpts); update_source1(AppDir, {svn, _Url, Rev}) -> rebar_utils:sh(?FMT("svn up -r ~s", [Rev]), [{cd, AppDir}]); update_source1(AppDir, {hg, _Url, Rev}) -> rebar_utils:sh(?FMT("hg pull -u -r ~s", [Rev]), [{cd, AppDir}]); update_source1(AppDir, {bzr, _Url, Rev}) -> rebar_utils:sh(?FMT("bzr update -r ~s", [Rev]), [{cd, AppDir}]); update_source1(AppDir, {rsync, Url}) -> rebar_utils:sh(?FMT("rsync -az --delete ~s/ ~s",[Url,AppDir]),[]); update_source1(AppDir, {fossil, Url}) -> update_source1(AppDir, {fossil, Url, ""}); update_source1(AppDir, {fossil, Url, latest}) -> update_source1(AppDir, {fossil, Url, ""}); update_source1(AppDir, {fossil, _Url, Version}) -> ok = file:set_cwd(AppDir), rebar_utils:sh("fossil pull", [{cd, AppDir}]), rebar_utils:sh(?FMT("fossil update ~s", [Version]), []). %% Recursively update deps, this is not done via rebar's usual dep traversal as %% that is the wrong order (tips are updated before branches). Instead we do a %% traverse the deps at each level completely before traversing *their* deps. %% This allows updates to actually propogate down the tree, rather than fail to %% flow up the tree, which was the previous behaviour. update_deps_int(Config0, UDD) -> %% Determine what deps are required ConfDir = filename:basename(rebar_utils:get_cwd()), RawDeps = rebar_config:get_local(Config0, deps, []), {Config1, Deps} = find_deps(Config0, read, RawDeps), %% Update each dep UpdatedDeps = [update_source(Config1, D) || D <- Deps, D#dep.source =/= undefined, not lists:member(D, UDD), not should_skip_update_dep(Config1, D) ], lists:foldl(fun(Dep, {Config, Updated}) -> {true, AppDir} = get_deps_dir(Config, Dep#dep.app), Config2 = case has_vcs_dir(element(1, Dep#dep.source), AppDir) of false -> %% If the dep did not exist (maybe it was added) %% clone it. We'll traverse ITS deps below. and %% clone them if needed. {C1, _D1} = use_source(Config, Dep), C1; true -> Config end, ok = file:set_cwd(AppDir), Config3 = rebar_config:new(Config2), %% track where a dep comes from... Config4 = rebar_config:set(Config3, depowner, dict:append(Dep, ConfDir, rebar_config:get(Config3, depowner, dict:new()))), {Config5, Res} = update_deps_int(Config4, Updated), {Config5, lists:umerge(lists:sort(Res), lists:sort(Updated))} end, {Config1, lists:umerge(lists:sort(UpdatedDeps), lists:sort(UDD))}, UpdatedDeps). should_skip_update_dep(Config, Dep) -> {true, AppDir} = get_deps_dir(Config, Dep#dep.app), case rebar_app_utils:is_app_dir(AppDir) of false -> false; {true, AppFile} -> case rebar_app_utils:is_skipped_app(Config, AppFile) of {_Config, {true, _SkippedApp}} -> true; _ -> false end end. %% Recursively walk the deps and build a list of them. collect_deps(Dir, C) -> case file:set_cwd(Dir) of ok -> Config = rebar_config:new(C), RawDeps = rebar_config:get_local(Config, deps, []), {Config1, Deps} = find_deps(Config, read, RawDeps), lists:flatten(Deps ++ [begin {true, AppDir} = get_deps_dir(Config1, Dep#dep.app), collect_deps(AppDir, C) end || Dep <- Deps]); _ -> [] end. %% =================================================================== %% Source helper functions %% =================================================================== source_engine_avail(Source) -> Name = element(1, Source), source_engine_avail(Name, Source). source_engine_avail(Name, Source) when Name == hg; Name == git; Name == svn; Name == bzr; Name == rsync; Name == fossil -> case vcs_client_vsn(Name) >= required_vcs_client_vsn(Name) of true -> true; false -> ?ABORT("Rebar requires version ~p or higher of ~s to process ~p\n", [required_vcs_client_vsn(Name), Name, Source]) end. vcs_client_vsn(false, _VsnArg, _VsnRegex) -> false; vcs_client_vsn(Path, VsnArg, VsnRegex) -> {ok, Info} = rebar_utils:sh(Path ++ VsnArg, [{env, [{"LANG", "C"}]}, {use_stdout, false}]), case re:run(Info, VsnRegex, [{capture, all_but_first, list}]) of {match, Match} -> list_to_tuple([list_to_integer(S) || S <- Match]); _ -> false end. required_vcs_client_vsn(hg) -> {1, 1}; required_vcs_client_vsn(git) -> {1, 5}; required_vcs_client_vsn(bzr) -> {2, 0}; required_vcs_client_vsn(svn) -> {1, 6}; required_vcs_client_vsn(rsync) -> {2, 0}; required_vcs_client_vsn(fossil) -> {1, 0}. vcs_client_vsn(hg) -> vcs_client_vsn(rebar_utils:find_executable("hg"), " --version", "version (\\d+).(\\d+)"); vcs_client_vsn(git) -> vcs_client_vsn(rebar_utils:find_executable("git"), " --version", "git version (\\d+).(\\d+)"); vcs_client_vsn(bzr) -> vcs_client_vsn(rebar_utils:find_executable("bzr"), " --version", "Bazaar \\(bzr\\) (\\d+).(\\d+)"); vcs_client_vsn(svn) -> vcs_client_vsn(rebar_utils:find_executable("svn"), " --version", "svn, version (\\d+).(\\d+)"); vcs_client_vsn(rsync) -> vcs_client_vsn(rebar_utils:find_executable("rsync"), " --version", "rsync version (\\d+).(\\d+)"); vcs_client_vsn(fossil) -> vcs_client_vsn(rebar_utils:find_executable("fossil"), " version", "version (\\d+).(\\d+)"). has_vcs_dir(git, Dir) -> filelib:is_dir(filename:join(Dir, ".git")); has_vcs_dir(hg, Dir) -> filelib:is_dir(filename:join(Dir, ".hg")); has_vcs_dir(bzr, Dir) -> filelib:is_dir(filename:join(Dir, ".bzr")); has_vcs_dir(svn, Dir) -> filelib:is_dir(filename:join(Dir, ".svn")) orelse filelib:is_dir(filename:join(Dir, "_svn")); has_vcs_dir(rsync, _) -> true; has_vcs_dir(_, _) -> true. print_source(#dep{app=App, source=Source}) -> ?CONSOLE("~s~n", [format_source(App, Source)]). format_source(App, {git, Url}) -> ?FMT("~p BRANCH ~s ~s", [App, "HEAD", Url]); format_source(App, {git, Url, ""}) -> ?FMT("~p BRANCH ~s ~s", [App, "HEAD", Url]); format_source(App, {git, Url, {branch, Branch}}) -> ?FMT("~p BRANCH ~s ~s", [App, Branch, Url]); format_source(App, {git, Url, {tag, Tag}}) -> ?FMT("~p TAG ~s ~s", [App, Tag, Url]); format_source(App, {_, Url, Rev}) -> ?FMT("~p REV ~s ~s", [App, Rev, Url]); format_source(App, undefined) -> ?FMT("~p", [App]).