}
func (fs *customFileSystem) MountByID(mount string) {
+ fs.root.treenode.Lock()
+ defer fs.root.treenode.Unlock()
fs.root.treenode.Child(mount, func(inode) (inode, error) {
return &vdirnode{
treenode: treenode{
}
func (fs *customFileSystem) MountProject(mount, uuid string) {
+ fs.root.treenode.Lock()
+ defer fs.root.treenode.Unlock()
fs.root.treenode.Child(mount, func(inode) (inode, error) {
return fs.newProjectNode(fs.root, mount, uuid), nil
})
}
func (fs *customFileSystem) MountUsers(mount string) {
+ fs.root.treenode.Lock()
+ defer fs.root.treenode.Unlock()
fs.root.treenode.Child(mount, func(inode) (inode, error) {
return &lookupnode{
stale: fs.Stale,
}
func (fs *customFileSystem) newNode(name string, perm os.FileMode, modTime time.Time) (node inode, err error) {
- return nil, ErrInvalidOperation
+ return nil, ErrInvalidArgument
}
func (fs *customFileSystem) mountByID(parent inode, id string) inode {
}
}
-// vdirnode wraps an inode by ignoring any requests to add/replace
-// children, and calling a create() func when a non-existing child is
-// looked up.
+// vdirnode wraps an inode by rejecting (with ErrInvalidArgument)
+// calls that add/replace children directly, instead calling a
+// create() func when a non-existing child is looked up.
//
// create() can return either a new node, which will be added to the
// treenode, or nil for ENOENT.