func readLink(fs fuse.FileSystem, name string) *linkResponse {
a, code := fs.Readlink(name, nil)
return &linkResponse{
linkContent: a,
Status: code,
}
}
func getAttr(fs fuse.FileSystem, name string) *attrResponse {
a, code := fs.GetAttr(name, nil)
return &attrResponse{
Attr: a,
Status: code,
}
}
func getXAttr(fs fuse.FileSystem, nameAttr string) *xattrResponse {
ns := strings.SplitN(nameAttr, _XATTRSEP, 2)
a, code := fs.GetXAttr(ns[0], ns[1], nil)
return &xattrResponse{
data: a,
Status: code,
}
}
func readDir(fs fuse.FileSystem, name string) *dirResponse {
origStream, code := fs.OpenDir(name, nil)
r := &dirResponse{nil, code}
if !code.Ok() {
return r
}
r.entries = origStream
return r
}
// newDirnameMap reads the contents of the given directory. On error,
// returns a nil map. This forces reloads in the DirCache until we
// succeed.
func newDirnameMap(fs fuse.FileSystem, dir string) map[string]bool {
stream, code := fs.OpenDir(dir, nil)
if code == fuse.ENOENT {
// The directory not existing is not an error.
return map[string]bool{}
}
if !code.Ok() {
log.Printf("newDirnameMap(%v): %v %v", fs, dir, code)
return nil
}
result := make(map[string]bool)
for _, e := range stream {
if e.Mode&fuse.S_IFREG != 0 {
result[e.Name] = true
}
}
return result
}
func IsDir(fs fuse.FileSystem, name string) bool {
a, code := fs.GetAttr(name, nil)
return code.Ok() && a.IsDir()
}