so we can persist password reset codes, OIDC auth sessions and tokens.
These features will also work in multi-node setups without sicky
sessions now
Signed-off-by: Nicola Murino <nicola.murino@gmail.com>
before this patch we allow a rename in the following cases:
- the user has rename permission on both source and target path
- the user has delete permission on source path and create/upload on
target path
we now check only the rename/rename_files/rename_dirs permissions.
This is what SFTPGo users expect.
This is a backward incompatible change and it will not backported to
the 2.2.x branch
Signed-off-by: Nicola Murino <nicola.murino@gmail.com>
with total limit or separate settings for uploads and downloads and
overrides based on the client's IP address.
Limits can be reset using the REST API
Signed-off-by: Nicola Murino <nicola.murino@gmail.com>
We now return 552 code for quota exceeded errors and 553 in the following
cases:
- filename denied by a filter
- no upload permission
- no overwrite permission
- pre upload hook error
Fixes#442
ioutil is deprecated in Go 1.16 and SFTPGo is an application, not
a library, we have no reason to keep compatibility with old Go
versions.
Go 1.16 fix some cifs related issues too.
- add JWT authentication
- admins are now stored inside the data provider
- admin access can be restricted based on the source IP: both proxy
header and connection IP are checked
- deprecate REST API CLI: it is not relevant anymore
Some other changes to the REST API can still happen before releasing
SFTPGo 2.0.0
Fixes#197
hooks
doing something like this:
err = provider.updateUser(u)
...
return provider.userExists(username)
could be racy if another update happen before
provider.userExists(username)
also pass a pointer to updateUser so if the user is modified inside
"validateUser" we can just return the modified user without do a new
query
for Cloud FS the folders are virtual and they, generally, disappear when the
last file is removed.
This fix doesn't work for FTP protocol for now.
Fixes#149
The common package defines the interfaces that a protocol must implement
and contain code that can be shared among supported protocols.
This way should be easier to support new protocols
