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#!/usr/bin/env escript
%% -*- erlang -*
%%!
-include_lib("kernel/include/file.hrl").
main(Args) ->
case lists:member("--help", Args) of
true ->
usage(),
halt(0);
false ->
ok
end,
%% Get a string repr of build time
BuiltTime = getTimeStr(),
%% Get a string repr of first matching VCS changeset
VcsInfo = vcsInfo([{git, ".git", "git describe --always --tags", "git status -s"}]),
%% Check for force=1 flag to force a rebuild
case lists:member("force=1", Args) of
true ->
rm("ebin/*.beam");
false ->
case filelib:is_file("ebin/npRMain.beam") of
true -> rm("ebin/npRMain.beam");
false -> io:fwrite("No beam files found.~n")
end
end,
%% Add check for debug flag
DebugFlag =
case lists:member("debug", Args) of
true -> debug_info;
false -> undefined
end,
OtpInfo = string:strip(erlang:system_info(otp_release), both, $\n),
%% Types dict:dict() and digraph:digraph() have been introduced in
%% Erlang 17.
%% At the same time, their counterparts dict() and digraph() are to be
%% deprecated in Erlang 18. namespaced_types option is used to select
%% proper type name depending on the OTP version used.
%% Extract the system info of the version of OTP we use to compile npRMain
%% NamespacedTypes =
%% case is_otp(OtpInfo, "^[0-9]+") of
%% true -> {d, namespaced_types};
%% false -> undefined
%% end,
%% Compile all src/*.erl to ebin
%% To not accidentally try to compile files like Mac OS X resource forks,
%% we only look for npRMain source files that start with a letter.
Opts = [
DebugFlag,
{outdir, "ebin"},
{i, "include"},
{d, 'BUILD_TIME', BuiltTime},
{d, 'VCS_INFO', VcsInfo},
{d, 'OTP_INFO', OtpInfo}
],
case make:files(filelib:wildcard("src/*.erl"), Opts) of
up_to_date ->
ok;
error ->
io:format("Failed to compile eNpc files!\n"),
halt(1)
end,
%% Make sure file:consult can parse the .app file
case file:consult("ebin/eNpc.app") of
{ok, _} ->
ok;
{error, Reason} ->
io:format("Invalid syntax in ebin/eNpc.app: ~p\n", [Reason]),
halt(1)
end,
%% Add ebin/ to our path
true = code:add_path("ebin"),
%% Run npRMain compile to do proper .app validation etc.
%% and npRMain escriptize to create the npRMain script
%% RebarArgs = Args -- ["debug"], %% Avoid trying to run 'debug' command
% npRMain:main(["compile"] ++ RebarArgs),
escriptize(),
%% Finally, update executable perms for our script on *nix,
%% or write out script files on win32.
case os:type() of
{unix, _} ->
[] = os:cmd("chmod u+x eNpc"),
ok;
{win32, _} ->
writeWindowsScripts(),
ok;
_ ->
ok
end,
%% Add a helpful message
io:format(<<"Congratulations! You now have a self-contained script called"
" \"eNpc\" in\n"
"your current working directory. "
"Place this script anywhere in your path\n"
"and you can use eNpc to build native code for Erlang\n">>).
usage() ->
io:format(<<"Usage: bootstrap [OPTION]...~n">>),
io:format(<<" force=1 unconditional build~n">>),
io:format(<<" debug add debug information~n">>).
%% is_otp(OtpInfo, Regex) ->
%% case re:run(OtpInfo, Regex, [{capture, none}]) of
%% match -> true;
%% nomatch -> false
%% end.
rm(Path) ->
NativePath = filename:nativename(Path),
Cmd = case os:type() of
{unix, _} -> "rm -f ";
{win32, _} -> "del /q "
end,
[] = os:cmd(Cmd ++ NativePath),
ok.
getTimeStr() ->
{{Y, M, D}, {H, Min, S}} = erlang:localtime(),
lists:flatten(io_lib:format("~B_~2.10.0B_~2.10.0B ~B:~2.10.0B:~2.10.0B", [Y, M, D, H, Min, S])).
vcsInfo([]) ->
"No VCS info available.";
vcsInfo([{Id, Dir, VsnCmd, StatusCmd} | Rest]) ->
case filelib:is_dir(Dir) of
true ->
Vsn = string:strip(os:cmd(VsnCmd), both, $\n),
Status =
case string:strip(os:cmd(StatusCmd), both, $\n) of
[] ->
"";
_ ->
"-dirty"
end,
lists:concat([Id, " ", Vsn, Status]);
false ->
vcsInfo(Rest)
end.
writeWindowsScripts() ->
CmdScript =
"@echo off\r\n"
"setlocal\r\n"
"set rebarscript=%~f0\r\n"
"escript.exe \"%rebarscript:.cmd=%\" %*\r\n",
ok = file:write_file("eNpc.cmd", CmdScript).
escriptize() ->
AppName = "eNpc",
ScriptName = "eNpc",
Files = loadEScriptFiles(AppName, "ebin", "*"),
{ok, {"mem", ZipBin}} = zip:create("mem", Files, [memory]),
Shebang = "#!/usr/bin/env escript\n",
Comment = "%%\n",
EmuArgs = io_lib:format("%%! -pa ~s/~s/ebin\n", [AppName, AppName]),
Script = iolist_to_binary([Shebang, Comment, EmuArgs, ZipBin]),
ok = file:write_file(ScriptName, Script),
%% Finally, update executable perms for our script
{ok, #file_info{mode = Mode}} = file:read_file_info(ScriptName),
ok = file:change_mode(ScriptName, Mode bor 8#00111).
loadEScriptFiles(AppName, Path, WildCard) ->
FileNames = filelib:wildcard(WildCard, Path),
Entries =
lists:flatmap(
fun(FN) ->
FPath = filename:join(Path, FN),
{ok, Contents} = file:read_file(FPath),
ZipPath = filename:join(AppName, FPath),
[{ZipPath, Contents} | dirEntries(ZipPath)]
end,
FileNames),
usort(Entries).
%% Given a filename, return zip archive dir entries for each sub-dir.
%% Required to work around issues fixed in OTP-10071.
dirEntries(File) ->
Dirs = dirs(File),
[{Dir ++ "/", <<>>} || Dir <- Dirs].
%% Given "foo/bar/baz", return ["foo", "foo/bar", "foo/bar/baz"].
dirs(Dir) ->
dirs1(filename:split(Dir), "", []).
dirs1([], _, Acc) ->
lists:reverse(Acc);
dirs1([H | T], "", []) ->
dirs1(T, H, [H]);
dirs1([H | T], Last, Acc) ->
Dir = filename:join(Last, H),
dirs1(T, Dir, [Dir | Acc]).
usort(List) ->
lists:ukeysort(1, lists:flatten(List)).