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This combines the two most common store types, which modules often end up
opening with both interfaces separately anyway.
As well as combining them, I've taken the opportunity to improve some of the
method names to make them clearer.
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Allows modules explicit dependencies upon its availability
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Useful to know why a module was auto-loaded without having to dig trough
all other modules for the one that depends on it.
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Some of the OAuth stuff highlights a small need to retrieve a list of
roles somehow. Handy if you ever need a role selector in adhoc or
something.
Unless there's some O(n) thing we were avoiding?
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Allow modules to act on this state change, e.g. kick accounts etc.
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Calling into the auth module, where available.
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If it reaches this point, then the session will be most definitely be
destroyed, so try to prevent destroy_session() from being called again.
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On regular disconnects, </stream> is sent, then
sessionmanager.destroy_session() is called, then
sessionmanager.destroy_session() is called again when the TCP connection
is closed, from ondisconnect in mod_c2s.
It is a bit annoying and doesn't really tell you much.
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This allows for modules to update fields, which is generally better than
maintaining this hard-coded list of transferable properties here.
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The condition checked for s2sin but not s2sout, so would have ignored
bidi-enabled s2sout sessions. Components as well.
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It's not plural
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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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Goal: Introduce role-auth with minimal disruption
is_admin() is unsafe in a system with per-session permissions, so it has been
deprecated.
Roll-out approach:
1) First, log a warning when is_admin() is used. It should continue to
function normally, backed by the new role API. Nothing is really using
per-session authz yet, so there is minimal security concern.
The 'strict_deprecate_is_admin' global setting can be set to 'true' to
force a hard failure of is_admin() attempts (it will log an error and
always return false).
2) In some time (at least 1 week), but possibly longer depending on the number
of affected deployments: switch 'strict_deprecate_is_admin' to 'true' by
default. It can still be disabled for systems that need it.
3) Further in the future, before the next release, the option will be removed
and is_admin() will be permanently disabled.
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Rationale:
- Removes a bunch of code!
- We don't have many cases where an actor is not bound to one of our hosts
- A notable exception is the admin shell, but if we ever attempt to lock those
sessions down, there is a load of other work that also has to be done. And
it's not clear if we would need a global authz provider for that anyway.
- Removes an extra edge case from the necessary mental model for operators
- Sessions that aren't bound to a host generally are anonymous or have an
alternative auth model (such as by IP addres).
- With the encapsulation now provided by util.roles, ad-hoc "detached roles"
can still be created anyway by code that needs them.
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There is no reasonable fallback for set_jid_role() because users may have
multiple roles, so that's an error.
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Except, should we have a global authz provider at all?
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Non-table but truthy values would trigger "attempt to index a foo value"
on the next line otherwise
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Roles and permissions will always happen in the context of a host.
Prevents error upon indexing since `hosts["*"] == nil`
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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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Ensures it applies to the context as string case
Somehow this fixes everything
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`get_user_role()` did not exist anywhere else.
MattJ said `get_user_default_role()` was indented
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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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Added in d278a770eddc avoid having to deal with its absence in Lua 5.1.
No longer needed when Lua 5.1 support is dropped.
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Normally with bidi, any outgoing connection should be the same as the
incoming, hence when closing a bidi connection it should be removed as a
route to the remote server. However it is not guaranteed, a remote bidi-capable server
might have decided to open a new connection for some reason. This can
lead to a situation where there are two bidi connections, and the s2sout
route is a locally initiated s2sout connection. In this case, such a
s2sout connection should be kept.
Noticed in a rare case where bidi has just been enabled on a running
server, and something establishes new connections immediately when a
connection is closed.
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Answers my recurring question of
> Using cert "certs/example.com.crt" from index
... for what?
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The 'global' property should reflect whether the module API instance
represents the global context or a VirtualHost or Component context.
However the module:context() method did not override this, leading the
property of the previous module shining trough, leading to bugs in code
relying on the 'global' property.
See also #1736
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This now requires that the network backend exposes a tls_builder
function, which essentially wraps the former util.sslconfig.new()
function, passing a factory to create the eventual SSL context.
That allows a net.server backend to pick whatever it likes as SSL
context factory, as long as it understands the config table passed by
the SSL config builder. Heck, a backend could even mock and replace the
entire SSL config builder API.
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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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