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-rw-r--r--lib/stdlib/src/c.erl22
-rw-r--r--lib/stdlib/src/filelib.erl60
-rw-r--r--lib/stdlib/src/filename.erl424
3 files changed, 339 insertions, 167 deletions
diff --git a/lib/stdlib/src/c.erl b/lib/stdlib/src/c.erl
index 6d50a575eb..d04d8f191f 100644
--- a/lib/stdlib/src/c.erl
+++ b/lib/stdlib/src/c.erl
@@ -659,7 +659,7 @@ portformat(Name, Id, Cmd) ->
pwd() ->
case file:get_cwd() of
{ok, Str} ->
- ok = io:format("~s\n", [Str]);
+ ok = io:format("~ts\n", [fixup_one_bin(Str)]);
{error, _} ->
ok = io:format("Cannot determine current directory\n")
end.
@@ -684,11 +684,27 @@ ls() ->
ls(Dir) ->
case file:list_dir(Dir) of
{ok, Entries} ->
- ls_print(sort(Entries));
+ ls_print(sort(fixup_bin(Entries)));
{error,_E} ->
format("Invalid directory\n")
end.
+fixup_one_bin(X) when is_binary(X) ->
+ L = binary_to_list(X),
+ [ if
+ El > 127 ->
+ $?;
+ true ->
+ El
+ end || El <- L];
+fixup_one_bin(X) ->
+ X.
+fixup_bin([H|T]) ->
+ [fixup_one_bin(H) | fixup_bin(T)];
+fixup_bin([]) ->
+ [].
+
+
ls_print([]) -> ok;
ls_print(L) ->
Width = min([max(lengths(L, [])), 40]) + 5,
@@ -698,7 +714,7 @@ ls_print(X, Width, Len) when Width + Len >= 80 ->
io:nl(),
ls_print(X, Width, 0);
ls_print([H|T], Width, Len) ->
- io:format("~-*s",[Width,H]),
+ io:format("~-*ts",[Width,H]),
ls_print(T, Width, Len+Width);
ls_print([], _, _) ->
io:nl().
diff --git a/lib/stdlib/src/filelib.erl b/lib/stdlib/src/filelib.erl
index d5ddf9ed7e..c845b61204 100644
--- a/lib/stdlib/src/filelib.erl
+++ b/lib/stdlib/src/filelib.erl
@@ -47,14 +47,14 @@ wildcard(Pattern) when is_list(Pattern) ->
?HANDLE_ERROR(do_wildcard(Pattern, file)).
-spec wildcard(file:name(), file:name() | atom()) -> [file:filename()].
-wildcard(Pattern, Cwd) when is_list(Pattern), is_list(Cwd) ->
+wildcard(Pattern, Cwd) when is_list(Pattern), (is_list(Cwd) or is_binary(Cwd)) ->
?HANDLE_ERROR(do_wildcard(Pattern, Cwd, file));
wildcard(Pattern, Mod) when is_list(Pattern), is_atom(Mod) ->
?HANDLE_ERROR(do_wildcard(Pattern, Mod)).
-spec wildcard(file:name(), file:name(), atom()) -> [file:filename()].
wildcard(Pattern, Cwd, Mod)
- when is_list(Pattern), is_list(Cwd), is_atom(Mod) ->
+ when is_list(Pattern), (is_list(Cwd) or is_binary(Cwd)), is_atom(Mod) ->
?HANDLE_ERROR(do_wildcard(Pattern, Cwd, Mod)).
-spec is_dir(file:name()) -> boolean().
@@ -118,7 +118,7 @@ do_wildcard_comp({compiled_wildcard,{exists,File}}, Mod) ->
do_wildcard_comp({compiled_wildcard,[Base|Rest]}, Mod) ->
do_wildcard_1([Base], Rest, Mod).
-do_wildcard(Pattern, Cwd, Mod) when is_list(Pattern), is_list(Cwd) ->
+do_wildcard(Pattern, Cwd, Mod) when is_list(Pattern), (is_list(Cwd) or is_binary(Cwd)) ->
do_wildcard_comp(do_compile_wildcard(Pattern), Cwd, Mod).
do_wildcard_comp({compiled_wildcard,{exists,File}}, Cwd, Mod) ->
@@ -127,9 +127,18 @@ do_wildcard_comp({compiled_wildcard,{exists,File}}, Cwd, Mod) ->
_ -> []
end;
do_wildcard_comp({compiled_wildcard,[current|Rest]}, Cwd0, Mod) ->
- Cwd = filename:join([Cwd0]), %Slash away redundant slashes.
- PrefixLen = length(Cwd)+1,
- [lists:nthtail(PrefixLen, N) || N <- do_wildcard_1([Cwd], Rest, Mod)];
+ {Cwd,PrefixLen} = case filename:join([Cwd0]) of
+ Bin when is_binary(Bin) -> {Bin,byte_size(Bin)+1};
+ Other -> {Other,length(Other)+1}
+ end, %Slash away redundant slashes.
+ [
+ if
+ is_binary(N) ->
+ <<_:PrefixLen/binary,Res/binary>> = N,
+ Res;
+ true ->
+ lists:nthtail(PrefixLen, N)
+ end || N <- do_wildcard_1([Cwd], Rest, Mod)];
do_wildcard_comp({compiled_wildcard,[Base|Rest]}, _Cwd, Mod) ->
do_wildcard_1([Base], Rest, Mod).
@@ -166,36 +175,44 @@ do_is_regular(File, Mod) ->
%% If <Recursive> is true all sub-directories to <Dir> are processed
do_fold_files(Dir, RegExp, Recursive, Fun, Acc, Mod) ->
- {ok, Re1} = re:compile(RegExp),
- do_fold_files1(Dir, Re1, Recursive, Fun, Acc, Mod).
+ {ok, Re1} = re:compile(RegExp,[unicode]),
+ do_fold_files1(Dir, Re1, RegExp, Recursive, Fun, Acc, Mod).
-do_fold_files1(Dir, RegExp, Recursive, Fun, Acc, Mod) ->
+do_fold_files1(Dir, RegExp, OrigRE, Recursive, Fun, Acc, Mod) ->
case eval_list_dir(Dir, Mod) of
- {ok, Files} -> do_fold_files2(Files, Dir, RegExp, Recursive, Fun, Acc, Mod);
+ {ok, Files} -> do_fold_files2(Files, Dir, RegExp, OrigRE,
+ Recursive, Fun, Acc, Mod);
{error, _} -> Acc
end.
-do_fold_files2([], _Dir, _RegExp, _Recursive, _Fun, Acc, _Mod) ->
+%% OrigRE is not to be compiled as it's for non conforming filenames,
+%% i.e. for filenames that does not comply to the current encoding, which should
+%% be very rare. We use it only in those cases and do not want to precompile.
+do_fold_files2([], _Dir, _RegExp, _OrigRE, _Recursive, _Fun, Acc, _Mod) ->
Acc;
-do_fold_files2([File|T], Dir, RegExp, Recursive, Fun, Acc0, Mod) ->
+do_fold_files2([File|T], Dir, RegExp, OrigRE, Recursive, Fun, Acc0, Mod) ->
FullName = filename:join(Dir, File),
case do_is_regular(FullName, Mod) of
true ->
- case re:run(File, RegExp, [{capture,none}]) of
+ case (catch re:run(File, if is_binary(File) -> OrigRE;
+ true -> RegExp end,
+ [{capture,none}])) of
match ->
Acc = Fun(FullName, Acc0),
- do_fold_files2(T, Dir, RegExp, Recursive, Fun, Acc, Mod);
+ do_fold_files2(T, Dir, RegExp, OrigRE, Recursive, Fun, Acc, Mod);
+ {'EXIT',_} ->
+ do_fold_files2(T, Dir, RegExp, OrigRE, Recursive, Fun, Acc0, Mod);
nomatch ->
- do_fold_files2(T, Dir, RegExp, Recursive, Fun, Acc0, Mod)
+ do_fold_files2(T, Dir, RegExp, OrigRE, Recursive, Fun, Acc0, Mod)
end;
false ->
case Recursive andalso do_is_dir(FullName, Mod) of
true ->
- Acc1 = do_fold_files1(FullName, RegExp, Recursive,
+ Acc1 = do_fold_files1(FullName, RegExp, OrigRE, Recursive,
Fun, Acc0, Mod),
- do_fold_files2(T, Dir, RegExp, Recursive, Fun, Acc1, Mod);
+ do_fold_files2(T, Dir, RegExp, OrigRE, Recursive, Fun, Acc1, Mod);
false ->
- do_fold_files2(T, Dir, RegExp, Recursive, Fun, Acc0, Mod)
+ do_fold_files2(T, Dir, RegExp, OrigRE, Recursive, Fun, Acc0, Mod)
end
end.
@@ -268,6 +285,13 @@ do_wildcard_3(Base, [Pattern|Rest], Result, Mod) ->
do_wildcard_3(Base, [], Result, _Mod) ->
[Base|Result].
+wildcard_4(Pattern, [File|Rest], Base, Result) when is_binary(File) ->
+ case wildcard_5(Pattern, binary_to_list(File)) of
+ true ->
+ wildcard_4(Pattern, Rest, Base, [join(Base, File)|Result]);
+ false ->
+ wildcard_4(Pattern, Rest, Base, Result)
+ end;
wildcard_4(Pattern, [File|Rest], Base, Result) ->
case wildcard_5(Pattern, File) of
true ->
diff --git a/lib/stdlib/src/filename.erl b/lib/stdlib/src/filename.erl
index 01c06e4596..e38b8957f2 100644
--- a/lib/stdlib/src/filename.erl
+++ b/lib/stdlib/src/filename.erl
@@ -41,6 +41,9 @@
-include_lib("kernel/include/file.hrl").
+-define(IS_DRIVELETTER(Letter),(((Letter >= $A) andalso (Letter =< $Z)) orelse
+ ((Letter >= $a) andalso (Letter =< $z)))).
+
%% Converts a relative filename to an absolute filename
%% or the filename itself if it already is an absolute filename
%% Note that no attempt is made to create the most beatiful
@@ -57,12 +60,18 @@
%% (for Unix) : absname("/") -> "/"
%% (for WIN32): absname("/") -> "D:/"
--spec absname(file:name()) -> string().
+
+-spec absname(file:name()) -> file:filename().
absname(Name) ->
{ok, Cwd} = file:get_cwd(),
absname(Name, Cwd).
--spec absname(file:name(), string()) -> string().
+-spec absname(file:name(), file:filename()) -> file:filename().
+absname(Name, AbsBase) when is_binary(Name), is_list(AbsBase) ->
+ absname(Name,filename_string_to_binary(AbsBase));
+absname(Name, AbsBase) when is_list(Name), is_binary(AbsBase) ->
+ absname(filename_string_to_binary(Name),AbsBase);
+
absname(Name, AbsBase) ->
case pathtype(Name) of
relative ->
@@ -77,6 +86,20 @@ absname(Name, AbsBase) ->
%% Handles volumerelative names (on Windows only).
+absname_vr([<<"/">>|Rest1], [Volume|_], _AbsBase) ->
+ %% Absolute path on current drive.
+ join([Volume|Rest1]);
+absname_vr([<<X, $:>>|Rest1], [<<X,_/binary>>|_], AbsBase) ->
+ %% Relative to current directory on current drive.
+ absname(join(Rest1), AbsBase);
+absname_vr([<<X, $:>>|Name], _, _AbsBase) ->
+ %% Relative to current directory on another drive.
+ Dcwd =
+ case file:get_cwd([X, $:]) of
+ {ok, Dir} -> filename_string_to_binary(Dir);
+ {error, _} -> <<X, $:, $/>>
+ end,
+ absname(join(Name), Dcwd);
absname_vr(["/"|Rest1], [Volume|_], _AbsBase) ->
%% Absolute path on current drive.
join([Volume|Rest1]);
@@ -92,41 +115,13 @@ absname_vr([[X, $:]|Name], _, _AbsBase) ->
end,
absname(join(Name), Dcwd).
-%% Joins a relative filename to an absolute base. For VxWorks the
-%% resulting name is fixed to minimize the length by collapsing
-%% ".." directories.
-%% For other systems this is just a join/2, but assumes that
+%% Joins a relative filename to an absolute base.
+%% This is just a join/2, but assumes that
%% AbsBase must be absolute and Name must be relative.
--spec absname_join(string(), file:name()) -> string().
+-spec absname_join(file:filename(), file:name()) -> file:filename().
absname_join(AbsBase, Name) ->
- case major_os_type() of
- vxworks ->
- absname_pretty(AbsBase, split(Name), lists:reverse(split(AbsBase)));
- _Else ->
- join(AbsBase, flatten(Name))
- end.
-
-%% Handles absolute filenames for VxWorks - these are 'pretty-printed',
-%% since a C function call chdir("/erlang/lib/../bin") really sets
-%% cwd to '/erlang/lib/../bin' which also works, but the long term
-%% effect is potentially not so good ...
-%%
-%% absname_pretty("../bin", "/erlang/lib") -> "/erlang/bin"
-%% absname_pretty("../../../..", "/erlang") -> "/erlang"
-
-absname_pretty(Abspath, Relpath, []) ->
- %% AbsBase _must_ begin with a vxworks device name
- {device, _Rest, Dev} = vxworks_first(Abspath),
- absname_pretty(Abspath, Relpath, [lists:reverse(Dev)]);
-absname_pretty(_Abspath, [], AbsBase) ->
- join(lists:reverse(AbsBase));
-absname_pretty(Abspath, [[$.]|Rest], AbsBase) ->
- absname_pretty(Abspath, Rest, AbsBase);
-absname_pretty(Abspath, [[$.,$.]|Rest], [_|AbsRest]) ->
- absname_pretty(Abspath, Rest, AbsRest);
-absname_pretty(Abspath, [First|Rest], AbsBase) ->
- absname_pretty(Abspath, Rest, [First|AbsBase]).
+ join(AbsBase, flatten(Name)).
%% Returns the part of the filename after the last directory separator,
%% or the filename itself if it has no separators.
@@ -136,12 +131,36 @@ absname_pretty(Abspath, [First|Rest], AbsBase) ->
%% basename("/usr/foo/") -> "foo" (trailing slashes ignored)
%% basename("/") -> []
--spec basename(file:name()) -> string().
+-spec basename(file:name()) -> file:filename().
+basename(Name) when is_binary(Name) ->
+ case os:type() of
+ {win32,_} ->
+ win_basenameb(Name);
+ _ ->
+ basenameb(Name,[<<"/">>])
+ end;
+
basename(Name0) ->
Name = flatten(Name0),
{DirSep2, DrvSep} = separators(),
basename1(skip_prefix(Name, DrvSep), [], DirSep2).
+win_basenameb(<<Letter,$:,Rest/binary>>) when ?IS_DRIVELETTER(Letter) ->
+ basenameb(Rest,[<<"/">>,<<"\\">>]);
+win_basenameb(O) ->
+ basenameb(O,[<<"/">>,<<"\\">>]).
+basenameb(Bin,Sep) ->
+ Parts = [ X || X <- binary:split(Bin,Sep,[global]),
+ X =/= <<>> ],
+ if
+ Parts =:= [] ->
+ <<>>;
+ true ->
+ lists:last(Parts)
+ end.
+
+
+
basename1([$/|[]], Tail, DirSep2) ->
basename1([], Tail, DirSep2);
basename1([$/|Rest], _Tail, DirSep2) ->
@@ -155,26 +174,11 @@ basename1([Char|Rest], Tail, DirSep2) when is_integer(Char) ->
basename1([], Tail, _DirSep2) ->
lists:reverse(Tail).
-skip_prefix(Name, false) -> % No prefix for unix, but for VxWorks.
- case major_os_type() of
- vxworks ->
- case vxworks_first(Name) of
- {device, Rest, _Device} ->
- Rest;
- {not_device, _Rest, _First} ->
- Name
- end;
- _Else ->
- Name
- end;
-skip_prefix(Name, DrvSep) ->
- skip_prefix1(Name, DrvSep).
-
-skip_prefix1([L, DrvSep|Name], DrvSep) when is_integer(L) ->
+skip_prefix(Name, false) ->
Name;
-skip_prefix1([L], _) when is_integer(L) ->
- [L];
-skip_prefix1(Name, _) ->
+skip_prefix([L, DrvSep|Name], DrvSep) when ?IS_DRIVELETTER(L) ->
+ Name;
+skip_prefix(Name, _) ->
Name.
%% Returns the last component of the filename, with the given
@@ -190,7 +194,29 @@ skip_prefix1(Name, _) ->
%% rootname(basename("xxx.jam")) -> "xxx"
%% rootname(basename("xxx.erl")) -> "xxx"
--spec basename(file:name(), file:name()) -> string().
+-spec basename(file:name(), file:name()) -> file:filename().
+basename(Name, Ext) when is_binary(Name), is_list(Ext) ->
+ basename(Name,filename_string_to_binary(Ext));
+basename(Name, Ext) when is_list(Name), is_binary(Ext) ->
+ basename(filename_string_to_binary(Name),Ext);
+basename(Name, Ext) when is_binary(Name), is_binary(Ext) ->
+ BName = basename(Name),
+ LAll = byte_size(Name),
+ LN = byte_size(BName),
+ LE = byte_size(Ext),
+ case LN - LE of
+ Neg when Neg < 0 ->
+ BName;
+ Pos ->
+ StartLen = LAll - Pos - LE,
+ case Name of
+ <<_:StartLen/binary,Part:Pos/binary,Ext/binary>> ->
+ Part;
+ _Other ->
+ BName
+ end
+ end;
+
basename(Name0, Ext0) ->
Name = flatten(Name0),
Ext = flatten(Ext0),
@@ -204,7 +230,7 @@ basename([$/|[]], Ext, Tail, DrvSep2) ->
basename([], Ext, Tail, DrvSep2);
basename([$/|Rest], Ext, _Tail, DrvSep2) ->
basename(Rest, Ext, [], DrvSep2);
-basename([$\\|Rest], Ext, Tail, DirSep2) when is_integer(DirSep2) ->
+basename([DirSep2|Rest], Ext, Tail, DirSep2) when is_integer(DirSep2) ->
basename([$/|Rest], Ext, Tail, DirSep2);
basename([Char|Rest], Ext, Tail, DrvSep2) when is_integer(Char) ->
basename(Rest, Ext, [Char|Tail], DrvSep2);
@@ -216,21 +242,43 @@ basename([], _Ext, Tail, _DrvSep2) ->
%% Example: dirname("/usr/src/kalle.erl") -> "/usr/src",
%% dirname("kalle.erl") -> "."
--spec dirname(file:name()) -> string().
+-spec dirname(file:name()) -> file:filename().
+dirname(Name) when is_binary(Name) ->
+ {Dsep,Drivesep} = separators(),
+ SList = case Dsep of
+ Sep when is_integer(Sep) ->
+ [ <<Sep>> ];
+ _ ->
+ []
+ end,
+ {XPart0,Dirs} = case Drivesep of
+ X when is_integer(X) ->
+ case Name of
+ <<DL,X,Rest/binary>> when ?IS_DRIVELETTER(DL) ->
+ {<<DL,X>>,Rest};
+ _ ->
+ {<<>>,Name}
+ end;
+ _ ->
+ {<<>>,Name}
+ end,
+ Parts0 = binary:split(Dirs,[<<"/">>|SList],[global]),
+ %% Fairly short lists of parts, OK to reverse twice...
+ Parts = case Parts0 of
+ [] -> [];
+ _ -> lists:reverse(fstrip(tl(lists:reverse(Parts0))))
+ end,
+ XPart = case {Parts,XPart0} of
+ {[],<<>>} ->
+ <<".">>;
+ _ ->
+ XPart0
+ end,
+ dirjoin(Parts,XPart,<<"/">>);
+
dirname(Name0) ->
Name = flatten(Name0),
- case os:type() of
- vxworks ->
- {Devicep, Restname, FirstComp} = vxworks_first(Name),
- case Devicep of
- device ->
- dirname(Restname, FirstComp, [], separators());
- _ ->
- dirname(Name, [], [], separators())
- end;
- _ ->
- dirname(Name, [], [], separators())
- end.
+ dirname(Name, [], [], separators()).
dirname([[_|_]=List|Rest], Dir, File, Seps) ->
dirname(List++Rest, Dir, File, Seps);
@@ -258,6 +306,26 @@ dirname([], [DrvSep,Dl], File, {_,DrvSep}) ->
end;
dirname([], Dir, _, _) ->
lists:reverse(Dir).
+
+%% Compatibility with lists variant, remove trailing slashes
+fstrip([<<>>,X|Y]) ->
+ fstrip([X|Y]);
+fstrip(A) ->
+ A.
+
+
+dirjoin([<<>>|T],Acc,Sep) ->
+ dirjoin1(T,<<Acc/binary,"/">>,Sep);
+dirjoin(A,B,C) ->
+ dirjoin1(A,B,C).
+
+dirjoin1([],Acc,_) ->
+ Acc;
+dirjoin1([One],Acc,_) ->
+ <<Acc/binary,One/binary>>;
+dirjoin1([H|T],Acc,Sep) ->
+ dirjoin(T,<<Acc/binary,H/binary,Sep/binary>>,Sep).
+
%% Given a filename string, returns the file extension,
%% including the period. Returns an empty list if there
@@ -268,7 +336,31 @@ dirname([], Dir, _, _) ->
%%
%% On Windows: fn:dirname("\\usr\\src/kalle.erl") -> "/usr/src"
--spec extension(file:name()) -> string().
+-spec extension(file:name()) -> file:filename().
+extension(Name) when is_binary(Name) ->
+ {Dsep,_} = separators(),
+ SList = case Dsep of
+ Sep when is_integer(Sep) ->
+ [ <<Sep>> ];
+ _ ->
+ []
+ end,
+ case binary:matches(Name,[<<".">>]) of
+ nomatch -> % Bug in binary workaround :(
+ <<>>;
+ [] ->
+ <<>>;
+ List ->
+ {Pos,_} = lists:last(List),
+ <<_:Pos/binary,Part/binary>> = Name,
+ case binary:match(Part,[<<"/">>|SList]) of
+ nomatch ->
+ Part;
+ _ ->
+ <<>>
+ end
+ end;
+
extension(Name0) ->
Name = flatten(Name0),
extension(Name, [], major_os_type()).
@@ -281,8 +373,6 @@ extension([$/|Rest], _Result, OsType) ->
extension(Rest, [], OsType);
extension([$\\|Rest], _Result, win32) ->
extension(Rest, [], win32);
-extension([$\\|Rest], _Result, vxworks) ->
- extension(Rest, [], vxworks);
extension([Char|Rest], Result, OsType) when is_integer(Char) ->
extension(Rest, [Char|Result], OsType);
extension([], Result, _OsType) ->
@@ -290,23 +380,36 @@ extension([], Result, _OsType) ->
%% Joins a list of filenames with directory separators.
--spec join([string()]) -> string().
+-spec join([file:filename()]) -> file:filename().
join([Name1, Name2|Rest]) ->
join([join(Name1, Name2)|Rest]);
join([Name]) when is_list(Name) ->
join1(Name, [], [], major_os_type());
+join([Name]) when is_binary(Name) ->
+ join1b(Name, <<>>, [], major_os_type());
join([Name]) when is_atom(Name) ->
join([atom_to_list(Name)]).
%% Joins two filenames with directory separators.
--spec join(string(), string()) -> string().
+-spec join(file:filename(), file:filename()) -> file:filename().
join(Name1, Name2) when is_list(Name1), is_list(Name2) ->
OsType = major_os_type(),
case pathtype(Name2) of
relative -> join1(Name1, Name2, [], OsType);
_Other -> join1(Name2, [], [], OsType)
end;
+join(Name1, Name2) when is_binary(Name1), is_list(Name2) ->
+ join(Name1,filename_string_to_binary(Name2));
+join(Name1, Name2) when is_list(Name1), is_binary(Name2) ->
+ join(filename_string_to_binary(Name1),Name2);
+join(Name1, Name2) when is_binary(Name1), is_binary(Name2) ->
+ OsType = major_os_type(),
+ case pathtype(Name2) of
+ relative -> join1b(Name1, Name2, [], OsType);
+ _Other -> join1b(Name2, <<>>, [], OsType)
+ end;
+
join(Name1, Name2) when is_atom(Name1) ->
join(atom_to_list(Name1), Name2);
join(Name1, Name2) when is_atom(Name2) ->
@@ -321,8 +424,6 @@ when is_integer(UcLetter), UcLetter >= $A, UcLetter =< $Z ->
join1(Rest, RelativeName, [$:, UcLetter+$a-$A], win32);
join1([$\\|Rest], RelativeName, Result, win32) ->
join1([$/|Rest], RelativeName, Result, win32);
-join1([$\\|Rest], RelativeName, Result, vxworks) ->
- join1([$/|Rest], RelativeName, Result, vxworks);
join1([$/|Rest], RelativeName, [$., $/|Result], OsType) ->
join1(Rest, RelativeName, [$/|Result], OsType);
join1([$/|Rest], RelativeName, [$/|Result], OsType) ->
@@ -344,6 +445,26 @@ join1([Char|Rest], RelativeName, Result, OsType) when is_integer(Char) ->
join1([Atom|Rest], RelativeName, Result, OsType) when is_atom(Atom) ->
join1(atom_to_list(Atom)++Rest, RelativeName, Result, OsType).
+join1b(<<UcLetter, $:, Rest/binary>>, RelativeName, [], win32)
+when is_integer(UcLetter), UcLetter >= $A, UcLetter =< $Z ->
+ join1b(Rest, RelativeName, [$:, UcLetter+$a-$A], win32);
+join1b(<<$\\,Rest/binary>>, RelativeName, Result, win32) ->
+ join1b(<<$/,Rest/binary>>, RelativeName, Result, win32);
+join1b(<<$/,Rest/binary>>, RelativeName, [$., $/|Result], OsType) ->
+ join1b(Rest, RelativeName, [$/|Result], OsType);
+join1b(<<$/,Rest/binary>>, RelativeName, [$/|Result], OsType) ->
+ join1b(Rest, RelativeName, [$/|Result], OsType);
+join1b(<<>>, <<>>, Result, OsType) ->
+ list_to_binary(maybe_remove_dirsep(Result, OsType));
+join1b(<<>>, RelativeName, [$:|Rest], win32) ->
+ join1b(RelativeName, <<>>, [$:|Rest], win32);
+join1b(<<>>, RelativeName, [$/|Result], OsType) ->
+ join1b(RelativeName, <<>>, [$/|Result], OsType);
+join1b(<<>>, RelativeName, Result, OsType) ->
+ join1b(RelativeName, <<>>, [$/|Result], OsType);
+join1b(<<Char,Rest/binary>>, RelativeName, Result, OsType) when is_integer(Char) ->
+ join1b(Rest, RelativeName, [Char|Result], OsType).
+
maybe_remove_dirsep([$/, $:, Letter], win32) ->
[Letter, $:, $/];
maybe_remove_dirsep([$/], _) ->
@@ -357,7 +478,7 @@ maybe_remove_dirsep(Name, _) ->
%% a given base directory, which is is assumed to be normalised
%% by a previous call to join/{1,2}.
--spec append(string(), file:name()) -> string().
+-spec append(file:filename(), file:name()) -> file:filename().
append(Dir, Name) ->
Dir ++ [$/|Name].
@@ -376,19 +497,14 @@ append(Dir, Name) ->
-spec pathtype(file:name()) -> 'absolute' | 'relative' | 'volumerelative'.
pathtype(Atom) when is_atom(Atom) ->
pathtype(atom_to_list(Atom));
-pathtype(Name) when is_list(Name) ->
+pathtype(Name) when is_list(Name) or is_binary(Name) ->
case os:type() of
{unix, _} -> unix_pathtype(Name);
- {win32, _} -> win32_pathtype(Name);
- vxworks -> case vxworks_first(Name) of
- {device, _Rest, _Dev} ->
- absolute;
- _ ->
- relative
- end;
- {ose,_} -> unix_pathtype(Name)
+ {win32, _} -> win32_pathtype(Name)
end.
+unix_pathtype(<<$/,_/binary>>) ->
+ absolute;
unix_pathtype([$/|_]) ->
absolute;
unix_pathtype([List|Rest]) when is_list(List) ->
@@ -404,6 +520,15 @@ win32_pathtype([Atom|Rest]) when is_atom(Atom) ->
win32_pathtype(atom_to_list(Atom)++Rest);
win32_pathtype([Char, List|Rest]) when is_list(List) ->
win32_pathtype([Char|List++Rest]);
+win32_pathtype(<<$/, $/, _/binary>>) -> absolute;
+win32_pathtype(<<$\\, $/, _/binary>>) -> absolute;
+win32_pathtype(<<$/, $\\, _/binary>>) -> absolute;
+win32_pathtype(<<$\\, $\\, _/binary>>) -> absolute;
+win32_pathtype(<<$/, _/binary>>) -> volumerelative;
+win32_pathtype(<<$\\, _/binary>>) -> volumerelative;
+win32_pathtype(<<_Letter, $:, $/, _/binary>>) -> absolute;
+win32_pathtype(<<_Letter, $:, $\\, _/binary>>) -> absolute;
+win32_pathtype(<<_Letter, $:, _/binary>>) -> volumerelative;
win32_pathtype([$/, $/|_]) -> absolute;
win32_pathtype([$\\, $/|_]) -> absolute;
win32_pathtype([$/, $\\|_]) -> absolute;
@@ -422,7 +547,9 @@ win32_pathtype(_) -> relative.
%% Examples: rootname("/jam.src/kalle") -> "/jam.src/kalle"
%% rootname("/jam.src/foo.erl") -> "/jam.src/foo"
--spec rootname(file:name()) -> string().
+-spec rootname(file:name()) -> file:filename().
+rootname(Name) when is_binary(Name) ->
+ list_to_binary(rootname(binary_to_list(Name))); % No need to handle unicode, . is < 128
rootname(Name0) ->
Name = flatten(Name0),
rootname(Name, [], [], major_os_type()).
@@ -431,8 +558,6 @@ rootname([$/|Rest], Root, Ext, OsType) ->
rootname(Rest, [$/]++Ext++Root, [], OsType);
rootname([$\\|Rest], Root, Ext, win32) ->
rootname(Rest, [$/]++Ext++Root, [], win32);
-rootname([$\\|Rest], Root, Ext, vxworks) ->
- rootname(Rest, [$/]++Ext++Root, [], vxworks);
rootname([$.|Rest], Root, [], OsType) ->
rootname(Rest, Root, ".", OsType);
rootname([$.|Rest], Root, Ext, OsType) ->
@@ -451,7 +576,13 @@ rootname([], Root, _Ext, _OsType) ->
%% Examples: rootname("/jam.src/kalle.jam", ".erl") -> "/jam.src/kalle.jam"
%% rootname("/jam.src/foo.erl", ".erl") -> "/jam.src/foo"
--spec rootname(file:name(), file:name()) -> string().
+-spec rootname(file:name(), file:name()) -> file:filename().
+rootname(Name, Ext) when is_binary(Name), is_binary(Ext) ->
+ list_to_binary(rootname(binary_to_list(Name),binary_to_list(Ext)));
+rootname(Name, Ext) when is_binary(Name) ->
+ rootname(Name,filename_string_to_binary(Ext));
+rootname(Name, Ext) when is_binary(Ext) ->
+ rootname(filename_string_to_binary(Name),Ext);
rootname(Name0, Ext0) ->
Name = flatten(Name0),
Ext = flatten(Ext0),
@@ -471,27 +602,55 @@ rootname2([Char|Rest], Ext, Result) when is_integer(Char) ->
%% split("foo/bar") -> ["foo", "bar"]
%% split("a:\\msdev\\include") -> ["a:/", "msdev", "include"]
--spec split(file:name()) -> [string()].
+-spec split(file:name()) -> [file:filename()].
+split(Name) when is_binary(Name) ->
+ case os:type() of
+ {win32, _} -> win32_splitb(Name);
+ _ -> unix_splitb(Name)
+ end;
+
split(Name0) ->
Name = flatten(Name0),
case os:type() of
- {unix, _} -> unix_split(Name);
{win32, _} -> win32_split(Name);
- vxworks -> vxworks_split(Name);
- {ose,_} -> unix_split(Name)
+ _ -> unix_split(Name)
end.
-%% If a VxWorks filename starts with '[/\].*[^/\]' '[/\].*:' or '.*:'
-%% that part of the filename is considered a device.
-%% The rest of the name is interpreted exactly as for win32.
-%% XXX - dirty solution to make filename:split([]) return the same thing on
-%% VxWorks as on unix and win32.
-vxworks_split([]) ->
- [];
-vxworks_split(L) ->
- {_Devicep, Rest, FirstComp} = vxworks_first(L),
- split(Rest, [], [lists:reverse(FirstComp)], win32).
+unix_splitb(Name) ->
+ L = binary:split(Name,[<<"/">>],[global]),
+ LL = case L of
+ [<<>>|Rest] ->
+ [<<"/">>|Rest];
+ _ ->
+ L
+ end,
+ [ X || X <- LL, X =/= <<>>].
+
+
+fix_driveletter(Letter0) ->
+ if
+ Letter0 >= $A, Letter0 =< $Z ->
+ Letter0+$a-$A;
+ true ->
+ Letter0
+ end.
+win32_splitb(<<Letter0,$:, Slash, Rest/binary>>) when (((Slash =:= $\\) orelse (Slash =:= $/)) andalso
+ ?IS_DRIVELETTER(Letter0)) ->
+ Letter = fix_driveletter(Letter0),
+ L = binary:split(Rest,[<<"/">>,<<"\\">>],[global]),
+ [<<Letter,$:,$/>> | [ X || X <- L, X =/= <<>> ]];
+win32_splitb(<<Letter0,$:,Rest/binary>>) when ?IS_DRIVELETTER(Letter0) ->
+ Letter = fix_driveletter(Letter0),
+ L = binary:split(Rest,[<<"/">>,<<"\\">>],[global]),
+ [<<Letter,$:>> | [ X || X <- L, X =/= <<>> ]];
+win32_splitb(<<Slash,Rest/binary>>) when ((Slash =:= $\\) orelse (Slash =:= $/)) ->
+ L = binary:split(Rest,[<<"/">>,<<"\\">>],[global]),
+ [<<$/>> | [ X || X <- L, X =/= <<>> ]];
+win32_splitb(Name) ->
+ L = binary:split(Name,[<<"/">>,<<"\\">>],[global]),
+ [ X || X <- L, X =/= <<>> ].
+
unix_split(Name) ->
split(Name, [], unix).
@@ -502,8 +661,6 @@ win32_split([X, $\\|Rest]) when is_integer(X) ->
win32_split([X, $/|Rest]);
win32_split([X, Y, $\\|Rest]) when is_integer(X), is_integer(Y) ->
win32_split([X, Y, $/|Rest]);
-win32_split([$/, $/|Rest]) ->
- split(Rest, [], [[$/, $/]]);
win32_split([UcLetter, $:|Rest]) when UcLetter >= $A, UcLetter =< $Z ->
win32_split([UcLetter+$a-$A, $:|Rest]);
win32_split([Letter, $:, $/|Rest]) ->
@@ -540,7 +697,7 @@ split([], Comp, Components, OsType) ->
%% will be converted to backslashes. On all platforms, the
%% name will be normalized as done by join/1.
--spec nativename(string()) -> string().
+-spec nativename(file:filename()) -> file:filename().
nativename(Name0) ->
Name = join([Name0]), %Normalize.
case os:type() of
@@ -557,13 +714,12 @@ win32_nativename([]) ->
separators() ->
case os:type() of
- {unix, _} -> {false, false};
{win32, _} -> {$\\, $:};
- vxworks -> {$\\, false};
- {ose,_} -> {false, false}
+ _ -> {false, false}
end.
+
%% find_src(Module) --
%% find_src(Module, Rules) --
%%
@@ -733,45 +889,12 @@ major_os_type() ->
OsT -> OsT
end.
-%% Need to take care of the first pathname component separately
-%% due to VxWorks less than good device naming rules.
-%% (i.e. this is VxWorks specific ...)
-%% The following four all starts with device names
-%% elrond:/foo -> elrond:
-%% elrond:\\foo.bar -> elrond:
-%% /DISK1:foo -> /DISK1:
-%% /usr/include -> /usr
-%% This one doesn't:
-%% foo/bar
-
-vxworks_first([]) ->
- {not_device, [], []};
-vxworks_first([$/|T]) ->
- vxworks_first2(device, T, [$/]);
-vxworks_first([$\\|T]) ->
- vxworks_first2(device, T, [$/]);
-vxworks_first([H|T]) when is_list(H) ->
- vxworks_first(H++T);
-vxworks_first([H|T]) ->
- vxworks_first2(not_device, T, [H]).
-
-vxworks_first2(Devicep, [], FirstComp) ->
- {Devicep, [], FirstComp};
-vxworks_first2(Devicep, [$/|T], FirstComp) ->
- {Devicep, [$/|T], FirstComp};
-vxworks_first2(Devicep, [$\\|T], FirstComp) ->
- {Devicep, [$/|T], FirstComp};
-vxworks_first2(_Devicep, [$:|T], FirstComp)->
- {device, T, [$:|FirstComp]};
-vxworks_first2(Devicep, [H|T], FirstComp) when is_list(H) ->
- vxworks_first2(Devicep, H++T, FirstComp);
-vxworks_first2(Devicep, [H|T], FirstComp) ->
- vxworks_first2(Devicep, T, [H|FirstComp]).
-
%% flatten(List)
%% Flatten a list, also accepting atoms.
--spec flatten(file:name()) -> string().
+-spec flatten(file:name()) -> file:filename().
+flatten(Bin) when is_binary(Bin) ->
+ Bin;
flatten(List) ->
do_flatten(List, []).
@@ -785,3 +908,12 @@ do_flatten([], Tail) ->
Tail;
do_flatten(Atom, Tail) when is_atom(Atom) ->
atom_to_list(Atom) ++ flatten(Tail).
+
+filename_string_to_binary(List) ->
+ case unicode:characters_to_binary(flatten(List),unicode,file:native_name_encoding()) of
+ {error,_,_} ->
+ erlang:error(badarg);
+ Bin when is_binary(Bin) ->
+ Bin
+ end.
+
generated by cgit v1.2.3 (git 2.25.1) at 2024-08-22 19:30:03 +0000