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(* Auxiliary functions for test cases *)
infix 1 seq
fun e1 seq e2 = e2;
fun check b = if b then "OK" else "WRONG";
fun check' f = (if f () then "OK" else "WRONG") handle _ => "EXN";
fun range (from, to) p =
let open Int
in
(from > to) orelse (p from) andalso (range (from+1, to) p)
end;
fun checkrange bounds = check o range bounds;
fun tst0 s s' = print (s ^ " \t" ^ s' ^ "\n");
fun tst s b = tst0 s (check b);
fun tst' s f = tst0 s (check' f);
fun tstrange s bounds = (tst s) o range bounds
(* test/unixpath.sml 6 -- for Unix, 1995-05-23 *)
val _ = print "\nFile unixpath.sml: Testing structure Path...\n"
local
open OS.Path
val test1a =
tst' "test1a" (fn _ => fromString "" = {isAbs=false, vol = "", arcs = []});
val test1b =
tst' "test1b" (fn _ => fromString "/" = {isAbs=true, vol="", arcs=[""]});
val test1c =
tst' "test1c" (fn _ => fromString "//" = {isAbs=true, vol="", arcs=["", ""]});
val test1d =
tst' "test1d" (fn _ => fromString "a" = {isAbs=false, vol = "", arcs = ["a"]});
val test1e =
tst' "test1e" (fn _ => fromString "/a" = {isAbs=true, vol="", arcs=["a"]});
val test1f =
tst' "test1f" (fn _ => fromString "//a" = {isAbs=true, vol="", arcs=["","a"]});
val test1g =
tst' "test1g" (fn _ => fromString "a/" = {isAbs=false, vol = "", arcs = ["a", ""]});
val test1h =
tst' "test1h" (fn _ => fromString "a//" = {isAbs=false, vol = "", arcs = ["a", "", ""]});
val test1i =
tst' "test1i" (fn _ => fromString "a/b" = {isAbs=false, vol = "", arcs = ["a", "b"]});
val test1j =
tst' "test1j" (fn _ => fromString "a.b/c" = {isAbs=false, vol = "", arcs = ["a.b", "c"]});
val test1k =
tst' "test1k" (fn _ => fromString "a.b/c/" = {isAbs=false, vol = "", arcs = ["a.b", "c", ""]});
val test1l =
tst' "test1l" (fn _ => fromString "a/./c" = {isAbs=false, vol = "", arcs = ["a", ".", "c"]});
val test1m =
tst' "test1m" (fn _ => fromString "a/../c" = {isAbs=false, vol = "", arcs = ["a", "..", "c"]});
val test1n =
tst' "test1n" (fn _ => fromString "." = {isAbs=false, vol = "", arcs = ["."]});
val test2a =
tst' "test2a" (fn _ => toString {isAbs=false, vol = "", arcs = []} = "");
val test2b =
tst' "test2b" (fn _ => toString {isAbs=true, vol="", arcs=[]} = "/");
val test2c =
tst' "test2c" (fn _ => toString {isAbs=true, vol="", arcs=["", ""]} = "//");
val test2d =
tst' "test2d" (fn _ => toString {isAbs=false, vol = "", arcs = ["a"]} = "a");
val test2e =
tst' "test2e" (fn _ => toString {isAbs=true, vol="", arcs=["a"]} = "/a");
val test2f =
tst' "test2f" (fn _ => toString {isAbs=true, vol="", arcs=["","a"]} = "//a");
val test2g =
tst' "test2g" (fn _ => toString {isAbs=false, vol = "", arcs = ["a", ""]} = "a/");
val test2h =
tst' "test2h" (fn _ => toString {isAbs=false, vol = "", arcs = ["a", "", ""]} = "a//");
val test2i =
tst' "test2i" (fn _ => toString {isAbs=false, vol = "", arcs = ["a", "b"]} = "a/b");
val test2j =
tst' "test2j" (fn _ => toString {isAbs=false, vol = "", arcs = ["a.b", "c"]} = "a.b/c");
val test2k =
tst' "test2k" (fn _ => toString {isAbs=false, vol = "", arcs = ["a.b", "c", ""]} = "a.b/c/");
val test2l =
tst' "test2l" (fn _ => toString {isAbs=false, vol = "", arcs = ["a", ".", "c"]} = "a/./c");
val test2m =
tst' "test2m" (fn _ => toString {isAbs=false, vol = "", arcs = ["a", "..", "c"]} = "a/../c");
val test2n =
tst' "test2n" (fn _ => toString {isAbs=true, vol="", arcs=["a", "..", "c"]} = "/a/../c");
val test2o = tst0 "test2o" ((toString {isAbs=false, vol = "", arcs = ["", "a"]} seq "WRONG")
handle Path => "OK" | _ => "WRONG")
val test2p = tst0 "test2p" ((toString {isAbs=true, vol = "C:", arcs = ["windows"]} seq "WRONG")
handle Path => "OK" | _ => "WRONG")
val test3b =
tst' "test3b" (fn _ => getVolume "/" = "");
val test3c =
tst' "test3c" (fn _ => getVolume "//" = "");
val test3d =
tst' "test3d" (fn _ => getVolume "a//b/c/" = "");
val test3e =
tst' "test3e" (fn _ => getVolume "./" = "");
val test3f =
tst' "test3f" (fn _ => getVolume "../" = "");
val test3g =
tst' "test3g" (fn _ => getVolume "" = "");
val test3h =
tst' "test3h" (fn _ => getVolume "C:" = "");
val test4a =
tst' "test4a" (fn _ =>
List.all isRelative ["", ".", "..", "a//"]
andalso not (List.exists isRelative ["/", "/a", "//"]));
val test4b =
tst' "test4b" (fn _ =>
List.all isAbsolute ["/", "/a", "//", "/.", "/.."]
andalso not (List.exists isAbsolute ["", ".", "..", "a//"]));
val test5a =
tst' "test5a" (fn _ =>
getParent "/" = "/"
andalso getParent "a" = "."
andalso getParent "a/" = "a/.."
andalso getParent "a///" = "a///.."
andalso getParent "a/b" = "a"
andalso getParent "a/b/" = "a/b/.."
andalso getParent "/a/b" = "/a"
andalso getParent "/a/b/" = "/a/b/.."
andalso getParent ".." = "../.."
andalso getParent "." = ".."
andalso getParent "../" = "../.."
andalso getParent "./" = "./.."
andalso getParent "" = "..");
val test6a =
tst' "test6a" (fn _ =>
concat("a", "b") = "a/b"
andalso concat("a", "b/c") = "a/b/c"
andalso concat("/", "b/c") = "/b/c"
andalso concat("", "b/c") = "b/c"
andalso concat("/a", "b/c") = "/a/b/c"
andalso concat("a/", "b/c") = "a/b/c"
andalso concat("a//", "b/c") = "a//b/c"
andalso concat(".", "b/c") = "./b/c"
andalso concat("a/b", "..") = "a/b/.."
andalso concat("a/b", "../c") = "a/b/../c");
val test6b = tst0 "test6b" ((concat ("a", "/b") seq "WRONG")
handle Path => "OK" | _ => "WRONG")
val mkAbsolute = fn (p, r) => mkAbsolute {path = p, relativeTo = r}
val test7a =
tst' "test7a" (fn _ =>
mkAbsolute("/a/b", "/c/d") = "/a/b"
andalso mkAbsolute("/", "/c/d") = "/"
andalso mkAbsolute("a/b", "/c/d") = "/c/d/a/b");
val test7b = tst0 "test7b" ((mkAbsolute("a", "c/d") seq "WRONG")
handle Path => "OK" | _ => "WRONG")
val test7c = tst0 "test7c" ((mkAbsolute("/a", "c/d") seq "WRONG")
handle Path => "OK" | _ => "WRONG")
val mkRelative = fn (p, r) => mkRelative {path = p, relativeTo = r}
val test8a =
tst' "test8a" (fn _ =>
mkRelative("a/b", "/c/d") = "a/b"
andalso mkRelative("/", "/a/b/c") = "../../.."
andalso mkRelative("/a/", "/a/b/c") = "../../"
andalso mkRelative("/a/b/", "/a/c") = "../b/"
andalso mkRelative("/a/b", "/a/c/") = "../b"
andalso mkRelative("/a/b/", "/a/c/") = "../b/"
andalso mkRelative("/", "/") = "."
andalso mkRelative("/", "/.") = "."
andalso mkRelative("/", "/..") = "."
andalso mkRelative("/", "/a") = ".."
andalso mkRelative("/a/b/../c", "/a/d") = "../b/../c"
andalso mkRelative("/a/b", "/c/d") = "../../a/b"
andalso mkRelative("/c/a/b", "/c/d") = "../a/b"
andalso mkRelative("/c/d/a/b", "/c/d") = "a/b");
val test8b = tst0 "test8b" ((mkRelative("/a", "c/d") seq "WRONG")
handle Path => "OK" | _ => "WRONG")
val test8c = tst0 "test8c" ((mkRelative("a", "c/d") seq "WRONG")
handle Path => "OK" | _ => "WRONG")
val test9a = let
fun chkCanon (a, b) =
(mkCanonical a = b)
andalso (mkCanonical b = b)
andalso (isCanonical b)
in
tst' "test9a" (fn _ =>
chkCanon("", ".")
andalso chkCanon(".", ".")
andalso chkCanon("./.", ".")
andalso chkCanon("/.", "/")
andalso chkCanon("..", "..")
andalso chkCanon("../..", "../..")
andalso chkCanon("b", "b")
andalso chkCanon("a/b", "a/b")
andalso chkCanon("/a/b", "/a/b")
andalso chkCanon("a/b/", "a/b")
andalso chkCanon("a/b//", "a/b")
andalso chkCanon("a/../b", "b")
andalso chkCanon("a/..", ".")
andalso chkCanon("a/.", "a")
andalso chkCanon("a/", "a")
andalso chkCanon("/a/../b/", "/b")
andalso chkCanon("/..", "/")
andalso chkCanon("/../../a/b", "/a/b")
andalso chkCanon("/./../../a/b", "/a/b")
andalso chkCanon("/./../..", "/")
andalso chkCanon("a/../b", "b")
andalso chkCanon("a/./b", "a/b")
andalso chkCanon("a////b", "a/b")
andalso chkCanon("a////b", "a/b"))
end
val test10a =
tst' "test10a" (fn _ =>
not (isCanonical "./."
orelse isCanonical "/.."
orelse isCanonical "/."
orelse isCanonical "//"
orelse isCanonical "a/.."
orelse isCanonical "a//b"
orelse isCanonical "a/."
orelse isCanonical "a/b/"
orelse isCanonical "a/.."))
val test11a =
tst' "test11a" (fn _ =>
splitDirFile "" = {dir = "", file = ""}
andalso splitDirFile "." = {dir = "", file = "."}
andalso splitDirFile ".." = {dir = "", file = ".."}
andalso splitDirFile "b" = {dir = "", file = "b"}
andalso splitDirFile "b/" = {dir = "b", file = ""}
andalso splitDirFile "a/b" = {dir = "a", file = "b"}
andalso splitDirFile "/a" = {dir = "/", file = "a"}
andalso splitDirFile "/a/b" = {dir = "/a", file = "b"}
andalso splitDirFile "/c/a/b" = {dir = "/c/a", file = "b"}
andalso splitDirFile "/c/a/b/" = {dir = "/c/a/b", file = ""}
andalso splitDirFile "/c/a/b.foo.bar" = {dir = "/c/a", file="b.foo.bar"}
andalso splitDirFile "/c/a/b.foo" = {dir = "/c/a", file = "b.foo"});
(*
val test11b = (splitDirFile "" seq "WRONG")
handle Path => "OK" | _ => "WRONG";
*)
val test12 =
tst' "test12" (fn _ =>
List.all (fn (res, dir, file) =>
res = joinDirFile {dir = dir, file = file})
[("", "", ""),
("b", "", "b"),
("/", "/", ""),
("/b", "/", "b"),
("a/b", "a", "b"),
("/a/b", "/a", "b"),
("/c/a/b", "/c/a", "b"),
("/c/a/b/", "/c/a/b", ""),
("/c/a/b.foo.bar", "/c/a","b.foo.bar"),
("/c/a/b.foo", "/c/a", "b.foo")])
val test13 =
tst' "test13" (fn _ =>
dir "b" = ""
andalso dir "a/b" = "a"
andalso dir "/" = "/"
andalso dir "/b" = "/"
andalso dir "/a/b" = "/a"
andalso dir "/c/a/b" = "/c/a"
andalso dir "/c/a/b/" = "/c/a/b"
andalso dir "/c/a/b.foo.bar" = "/c/a"
andalso dir "/c/a/b.foo" = "/c/a");
val test14 =
tst' "test14" (fn _ =>
file "b" = "b"
andalso file "a/b" = "b"
andalso file "/" = ""
andalso file "/b" = "b"
andalso file "/a/b" = "b"
andalso file "/c/a/b" = "b"
andalso file "/c/a/b/" = ""
andalso file "/c/a/b.foo.bar" = "b.foo.bar"
andalso file "/c/a/b.foo" = "b.foo");
val test15 =
tst' "test15" (fn _ =>
splitBaseExt "" = {base = "", ext = NONE}
andalso splitBaseExt ".login" = {base = ".login", ext = NONE}
andalso splitBaseExt "/.login" = {base = "/.login", ext = NONE}
andalso splitBaseExt "a" = {base = "a", ext = NONE}
andalso splitBaseExt "a." = {base = "a.", ext = NONE}
andalso splitBaseExt "a.b" = {base = "a", ext = SOME "b"}
andalso splitBaseExt "a.b.c" = {base = "a.b", ext = SOME "c"}
andalso splitBaseExt "/a.b" = {base = "/a", ext = SOME "b"}
andalso splitBaseExt "/c/a.b" = {base = "/c/a", ext = SOME "b"}
andalso splitBaseExt "/c/a/b/.d" = {base = "/c/a/b/.d", ext = NONE}
andalso splitBaseExt "/c.a/b.d" = {base = "/c.a/b", ext = SOME "d"}
andalso splitBaseExt "/c.a/bd" = {base = "/c.a/bd", ext = NONE}
andalso splitBaseExt "/c/a/b.foo.bar" = {base="/c/a/b.foo",ext=SOME "bar"}
andalso splitBaseExt "/c/a/b.foo" = {base = "/c/a/b", ext = SOME "foo"});
val test16 =
tst' "test16" (fn _ =>
"" = joinBaseExt {base = "", ext = NONE}
andalso ".login" = joinBaseExt {base = ".login", ext = NONE}
andalso "a" = joinBaseExt {base = "a", ext = NONE}
andalso "a" = joinBaseExt {base = "a", ext = SOME ""}
andalso "a.b" = joinBaseExt {base = "a", ext = SOME "b"}
andalso "a.b.c" = joinBaseExt {base = "a.b", ext = SOME "c"}
andalso "a.b.c.d" = joinBaseExt {base = "a.b", ext = SOME "c.d"}
andalso "/a.b" = joinBaseExt {base = "/a", ext = SOME "b"}
andalso "/c/a.b" = joinBaseExt {base = "/c/a", ext = SOME "b"}
andalso "/c/a/b/.d" = joinBaseExt {base = "/c/a/b/", ext = SOME "d"}
andalso "/c/a/b.foo.bar" = joinBaseExt {base="/c/a/b",ext=SOME "foo.bar"}
andalso "/c/a/b.foo" = joinBaseExt {base = "/c/a/b", ext = SOME "foo"});
val test17 =
tst' "test17" (fn _ =>
ext "" = NONE
andalso ext ".login" = NONE
andalso ext "/.login" = NONE
andalso ext "a" = NONE
andalso ext "a." = NONE
andalso ext "a.b" = SOME "b"
andalso ext "a.b.c" = SOME "c"
andalso ext "a.b.c.d" = SOME "d"
andalso ext "/a.b" = SOME "b"
andalso ext "/c/a.b" = SOME "b"
andalso ext "/c/a/b/.d" = NONE
andalso ext "/c.a/b.d" = SOME "d"
andalso ext "/c.a/bd" = NONE
andalso ext "/c/a/b.foo.bar" = SOME "bar"
andalso ext "/c/a/b.foo" = SOME "foo");
val test18 =
tst' "test18" (fn _ =>
base "" = ""
andalso base ".d" = ".d"
andalso base ".login" = ".login"
andalso base "/.login" = "/.login"
andalso base "a" = "a"
andalso base "a." = "a."
andalso base "a.b" = "a"
andalso base "a.b.c" = "a.b"
andalso base "a.b.c.d" = "a.b.c"
andalso base "/a.b" = "/a"
andalso base "/c/a.b" = "/c/a"
andalso base "/c/a/b/.d" = "/c/a/b/.d"
andalso base "/c.a/b.d" = "/c.a/b"
andalso base "/c.a/bd" = "/c.a/bd"
andalso base "/c/a/b.foo.bar" = "/c/a/b.foo"
andalso base "/c/a/b.foo" = "/c/a/b");
val test19 =
tst' "test19" (fn () => validVolume{isAbs=false, vol=""}
andalso validVolume{isAbs=true, vol=""}
andalso not (validVolume{isAbs=true, vol="/"}
orelse validVolume{isAbs=false, vol="/"}
orelse validVolume{isAbs=true, vol="C:"}
orelse validVolume{isAbs=false, vol="C:"}
orelse validVolume{isAbs=true, vol=" "}
orelse validVolume{isAbs=false, vol=" "}));
in
end
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