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These changes to the API (hopefully the last) introduce a cleaner separation
between the user's primary (default) role, and their secondary (optional)
roles.
To keep the code sane and reduce complexity, a data migration is needed for
people using stored roles in 0.12. This can be performed with
prosodyctl mod_authz_internal migrate <host>
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This also updates the module to the new role API, and improves support for
scope/role selection (currently treated as the same thing, which they almost
are).
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This commit was too awkward to split (hg record didn't like it), so:
- Switch to the new util.roles lib to provide a consistent representation of
a role object.
- Change API method from get_role_info() to get_role_by_name() (touches
sessionmanager and usermanager)
- Change get_roles() to get_user_roles(), take a username instead of a JID
This is more consistent with all other usermanager API methods.
- Support configuration of custom roles and permissions via the config file
(to be documented).
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This is useful for a number of things. For example, listing users that need to
rotate their passwords after some event. It also provides a safer way for code
to determine that a user password has changed without needing to set a handler
for the password change event (which is a more fragile approach).
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We began moving away from simple "is this user an admin?" permission checks
before 0.12, with the introduction of mod_authz_internal and the ability to
dynamically change the roles of individual users.
The approach in 0.12 still had various limitations however, and apart from
the introduction of roles other than "admin" and the ability to pull that info
from storage, not much actually changed.
This new framework shakes things up a lot, though aims to maintain the same
functionality and behaviour on the surface for a default Prosody
configuration. That is, if you don't take advantage of any of the new
features, you shouldn't notice any change.
The biggest change visible to developers is that usermanager.is_admin() (and
the auth provider is_admin() method) have been removed. Gone. Completely.
Permission checks should now be performed using a new module API method:
module:may(action_name, context)
This method accepts an action name, followed by either a JID (string) or
(preferably) a table containing 'origin'/'session' and 'stanza' fields (e.g.
the standard object passed to most events). It will return true if the action
should be permitted, or false/nil otherwise.
Modules should no longer perform permission checks based on the role name.
E.g. a lot of code previously checked if the user's role was prosody:admin
before permitting some action. Since many roles might now exist with similar
permissions, and the permissions of prosody:admin may be redefined
dynamically, it is no longer suitable to use this method for permission
checks. Use module:may().
If you start an action name with ':' (recommended) then the current module's
name will automatically be used as a prefix.
To define a new permission, use the new module API:
module:default_permission(role_name, action_name)
module:default_permissions(role_name, { action_name[, action_name...] })
This grants the specified role permission to execute the named action(s) by
default. This may be overridden via other mechanisms external to your module.
The built-in roles that developers should use are:
- prosody:user (normal user)
- prosody:admin (host admin)
- prosody:operator (global admin)
The new prosody:operator role is intended for server-wide actions (such as
shutting down Prosody).
Finally, all usage of is_admin() in modules has been fixed by this commit.
Some of these changes were trickier than others, but no change is expected to
break existing deployments.
EXCEPT: mod_auth_ldap no longer supports the ldap_admin_filter option. It's
very possible nobody is using this, but if someone is then we can later update
it to pull roles from LDAP somehow.
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The 'scope' term derives from OAuth, and represents a bundle of permissions.
We're now setting on the term 'role' for a bundle of permissions.
This change does not affect any public modules I'm aware of.
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Sometimes you only care about a single attribute, but the child tag
itself may be optional, leading to needing `tag and tag.attr.foo` or
`stanza:find("tag@foo")`.
The `:find()` method is fairly complex, so avoiding it for this kind of
simpler use case is a win.
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Deprecated even before Prosody even started, obsolete for over a decade.
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Because why not? Who even has this module enabled?
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The "when" column is an INTEGER which will probably be unhappy about
storing higher precision timestamps, so we keep the older behavior for
now.
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Changes sub-second part of example timestamp to .5 in order to avoid
floating point issues.
Some clients use timestamps when ordering messages which can lead to
messages having the same timestamp ending up in the wrong order.
It would be better to preserve the order messages are sent in, which is
the order they were stored in.
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This 'config' argument was removed without explanation in d8dbf569766c
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This field can be viewed using s2s:show(nil, "... starttls") even
without any special support in mod_admin_shell, which can be added later
to make it nicer. One can then assume that a TLS connection with an
empty / nil starttls field means Direct TLS.
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Brings back SCRAM-SHA-*-PLUS from its hiatus brought on by the earlier
channel binding method being undefined for TLS 1.3, and the increasing
deployment of TLS 1.3.
See 1bfd238e05ad and #1542
Requires future version of LuaSec, once support for this key material
export method is merged.
See https://github.com/brunoos/luasec/pull/187
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Part of #1600
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This was slightly inaccurate since 6e1af07921d1 because the conditions
are more complicated now.
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Because interesting, gives some idea about the efficiency.
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To point out which one when more than one connection was established, or
if it's an existing connection, allows correlation with s2s:show() or
with logs.
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This is useful when there's more than one channel binding in
circulation, since perhaps there will be varying support for them.
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Don't think this is otherwise shown anywhere outside of debug logs
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I.e. the subset of port:list() relevant to the specified module.
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This lets it adjust the width of tables to the actual terminal width.
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Could arguably be implied by 'recipient-unavailable' since if it was
available, this error wouldn't happen.
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Cuts down on noise as well
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For consistency and easier correlation of session events.
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Those lines are long and the risk of mistakes if another one needs to be
added seems high, but lower when factored out like this.
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Setting the .smacks field enables code paths that expects the queue to
be present. The queue is initialized in wrap_session_out(). With
opportunistic writes enabled this happens immediately on .sends2s(), so
the sending <enable> must happen before OR after these two lines, not in
the middle.
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This would mainly be error stanzas.
Good to have some trace of when handling of them are finished.
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The check for the type attr was lost in 11765f0605ec leading to attempts
to create error replies for error stanzas, which util.stanza rejects.
Tested by sending
<message to="reject.badxmpp.eu" type="error"><error/></message>
which produced a traceback previously.
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In case the network backend needs it for outgoing SNI or something.
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This may be necessary if the session.conn object is not exchanged by the
network backend when establishing TLS. In that case, the starttls method
will always exist and thus that is not a good indicator for offering
TLS.
However, the secure bit already tells us that TLS has been established
or is not to be established on the connection, so we use that instead.
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For this, various accessor functions are now provided directly on the
sockets, which reach down into the LuaSec implementation to obtain the
information.
While this may seem of little gain at first, it hides the implementation
detail of the LuaSec+LuaSocket combination that the actual socket and
the TLS layer are separate objects.
The net gain here is that an alternative implementation does not have to
emulate that specific implementation detail and "only" has to expose
LuaSec-compatible data structures on the new functions.
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Otherwise it would just report "is not trusted" unless you inspect the
logs. This message is sent to to the remote server, and will hopefully
show up in their logs, allowing the admin to fix their DANE setup.
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