func TestPathCleanage(t *testing.T) {
log.SetFlags(0)
_, c := initFileSystems()
defer c.Close()
cases := [][]string{
[]string{"", "mntX/", ""},
[]string{"/", "mntX/", ""},
[]string{".", "mntX/", ""},
[]string{"./", "mntX/", ""},
[]string{"mntX", "mntX/", ""},
[]string{"mntX/", "mntX/", ""},
// 5...
[]string{"file", "mntX/", "file"},
[]string{"dir/", "mntX/", "dir/"},
[]string{"./dir1/", "mntX/", "dir1/"},
[]string{"mntX/dir1", "mntX/", "dir1"},
[]string{"mntX/dir1/file2", "mntX/dir1/", "file2"},
// 10
[]string{"mntY/dir1/file2", "mntX/mntY/dir1/", "file2"},
[]string{"///mntX/dir1/dir2///dir3/", "mntX/dir1/dir2/", "dir3/"},
[]string{"mntX/dir1/dir2///file3", "mntX/dir1/dir2/", "file3"},
[]string{"/dir1/dir2///file3", "mntX/dir1/dir2/", "file3"},
[]string{"dir1/dir2///dir3/", "mntX/dir1/dir2/", "dir3/"},
// 15
[]string{"c:\\dir1\\dir2", "mntX/c:/dir1/", "dir2"},
}
fs := memfs.New(
memfs.Ident("mntX"),
)
for i, v := range cases {
inpt := v[0]
_ = inpt
wnt1 := v[1]
wnt2 := v[2]
dir, bname := common.UnixPather(v[0], fs.RootDir())
fullpath := dir + bname
log.Printf("#%2v %-30q %-24q => %-16q %-12q ", i, inpt, dir, bname, fullpath)
if wnt1 != dir {
t.Errorf("dir #%2v got %-24v - wnt %-16v\n", i, dir, wnt1)
}
if wnt2 != bname {
t.Errorf("bname #%2v got %-24v - wnt %-16v\n", i, bname, wnt2)
}
if wnt1+wnt2 != fullpath {
t.Errorf("fullp #%2v got %-24v - wnt %-16v\n", i, fullpath, wnt1+wnt2)
}
}
}
// name is the *external* path or filename.
func (fs *osFileSys) SplitX(name string) (dir, bname string) {
// return common.UnixPather(name, fs.RootDir())
dir, bname = common.UnixPather(name, "")
name = fs.WinGoofify(path.Join(dir, bname))
dir, bname = filepath.Split(name)
return
}
// name is the *external* path or filename.
func (fs *dsFileSys) SplitX(name string) (dir, bname string) {
return common.UnixPather(name, fs.RootDir())
}
// name is the *external* path or filename.
func (fs *memMapFs) SplitX(name string) (dir, bname string) {
return common.UnixPather(name, fs.RootDir())
}