The ephemeral manager keep the inactive ephemeral peers in a linked list. The manager schedule a cleanup procedure to the head of the linked list (to the most deprecated peer). At the end of cleanup schedule the next cleanup to the new head.
If a device connect back to the server the manager will remote it from the peers list.
With this fix, all nested slices and pointers will be copied by value.
Also, this fixes tests to compare the original and copy account by their
values by marshaling them to JSON strings.
Before that, they were copying the pointers that also passed the simple `=` compassion
(as the addresses match).
For peer propagation this commit triggers
network map update in two cases:
1) peer login
2) user AutoGroups update
Also it issues new activity message about new user group
for peer login process.
Previous implementation only adds JWT groups to user. This fix also
removes JWT groups from user auto assign groups.
Pelase note, it also happen when user works with dashboard.
Enhancements to Peer Group Assignment:
1. Auto-assigned groups are now applied to all peers every time a user logs into the network.
2. Feature activation is available in the account settings.
3. API modifications included to support these changes for account settings updates.
4. If propagation is enabled, updates to a user's auto-assigned groups are immediately reflected across all user peers.
5. With the JWT group sync feature active, auto-assigned groups are forcefully updated whenever a peer logs in using user credentials.
This fixes the test logic creates copy of account with empty id and
re-pointing the indices to it.
Also, adds additional check for empty ID in SaveAccount method of FileStore.
* Check links of groups before delete it
* Add delete group handler test
* Rename dns error msg
* Add delete group test
* Remove rule check
The policy cover this scenario
* Fix test
* Check disabled management grps
* Change error message
* Add new activity for group delete event
The Management gRPC API has too much business logic
happening while it has to be in the Account manager.
This also needs to make more requests to the store
through the account manager.
Bug 1: When calculating the network map, peers added by a setup key
were falling under expiration logic while they shouldn't.
Bug 2: Peers HTTP API didn't return expired peers for non-admin users
because of the expired peer check in the ACL logic.
The fix applies peer expiration checks outside of the ACL logic.
Goals:
Enable peer login expiration when adding new peer
Expire peer's login when the time comes
The account manager triggers peer expiration routine in future if the
following conditions are true:
peer expiration is enabled for the account
there is at least one peer that has expiration enabled and is connected
The time of the next expiration check is based on the nearest peer expiration.
Account manager finds a peer with the oldest last login (auth) timestamp and
calculates the time when it has to run the routine as a sum of the configured
peer login expiration duration and the peer's last login time.
When triggered, the expiration routine checks whether there are expired peers.
The management server closes the update channel of these peers and updates
network map of other peers to exclude expired peers so that the expired peers
are not able to connect anywhere.
The account manager can reschedule or cancel peer expiration in the following cases:
when admin changes account setting (peer expiration enable/disable)
when admin updates the expiration duration of the account
when admin updates peer expiration (enable/disable)
when peer connects (Sync)
P.S. The network map calculation was updated to exclude peers that have login expired.
Extend HTTP API with Account endpoints to configure global peer login expiration.
GET /api/accounts
PUT /api/account/{id}/
The GET endpoint returns an array of accounts with
always one account in the list. No exceptions.
The PUT endpoint updates account settings:
PeerLoginExpiration and PeerLoginExpirationEnabled.
PeerLoginExpiration is a duration in seconds after which peers' logins will expire.
Replace Peer.Key as internal identifier with a randomly generated Peer.ID
in the Management service.
Every group now references peers by ID instead of a public key.
Every route now references peers by ID instead of a public key.
FileStore does store.json file migration on startup by generating Peer.ID and replacing
all Peer.Key identifier references .
This PR adds system activity tracking.
The management service records events like
add/remove peer, group, rule, route, etc.
The activity events are stored in the SQLite event store
and can be queried by the HTTP API.
Updated tests, API, and account manager methods
Sync routes to peers in the distribution groups
Added store upgrade by adding the All group to routes that don't have them
Due to peer reconnects when restarting the Management service,
there are lots of SaveStore operations to update peer status.
Store.SavePeerStatus stores peer status separately and the
FileStore implementation stores it in memory.
Added DNS update protocol message
Added sync to clients
Update nameserver API with new fields
Added default NS groups
Added new dns-name flag for the management service append to peer DNS label
This PR simplifies Store and FileStore
by keeping just the Get and Save account methods.
The AccountManager operates mostly around
a single account, so it makes sense to fetch
the whole account object from the store.
This PR brings user invites logic to the Management service
via HTTP API.
The POST /users/ API endpoint creates a new user in the Idp
and then in the local storage.
Once the invited user signs ups, the account invitation is redeemed.
There are a few limitations.
This works only with an enabled IdP manager.
Users that already have a registered account can't be invited.
There are a few places where an account is created.
When we create a new account, there should be
some defaults set. E.g. created by and group ALL.
It makes sense to add it in one place to avoid inconsistencies.
* fix(acl): update each peer's network when rule,group or peer changed
* fix(ACL): update network test
* fix(acl): cleanup indexes before update them
* fix(acl): clean up rules indexes only for account
The peer IP allocation logic was allocating sequential peer IP from the 100.64.0.0/10
address block.
Each account is created with a random subnet from 100.64.0.0/10.
The total amount of potential subnets is 64.
The new logic allocates random peer IP
from the account subnet.
This gives us flexibility to add support for
multi subnet accounts without overlapping IPs.
