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KEYCLOAK-10549 Change http to https

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Hynek Mlnarik 2019-06-07 12:20:36 +02:00 committed by Hynek Mlnařík
parent 061211234b
commit efb576c716
2 changed files with 3 additions and 3 deletions
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server_installation/topics/clustering/sticky-sessions.adoc
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@ -19,7 +19,7 @@ The workflow in the cluster environment with the public frontend load balancer a
but can be chosen according to some other criterias (client IP address etc). It all depends on the implementation and configuration of underlying load balancer (reverse proxy). but can be chosen according to some other criterias (client IP address etc). It all depends on the implementation and configuration of underlying load balancer (reverse proxy).
* {project_name} creates authentication session with random ID (eg. 123) and saves it to the Infinispan cache. * {project_name} creates authentication session with random ID (eg. 123) and saves it to the Infinispan cache.
* Infinispan distributed cache assigns the primary owner of the session based on the hash of session ID. * Infinispan distributed cache assigns the primary owner of the session based on the hash of session ID.
See link:http://infinispan.org/docs/8.2.x/user_guide/user_guide.html#distribution_mode[Infinispan documentation] for more details around this. See link:https://infinispan.org/docs/8.2.x/user_guide/user_guide.html#distribution_mode[Infinispan documentation] for more details around this.
Let's assume that Infinispan assigned `node2` to be the owner of this session. Let's assume that Infinispan assigned `node2` to be the owner of this session.
* {project_name} creates the cookie `AUTH_SESSION_ID` with the format like `<session-id>.<owner-node-id>` . In our example case, it will be `123.node2` . * {project_name} creates the cookie `AUTH_SESSION_ID` with the format like `<session-id>.<owner-node-id>` . In our example case, it will be `123.node2` .
* Response is returned to the user with the {project_name} login screen and the AUTH_SESSION_ID cookie in the browser * Response is returned to the user with the {project_name} login screen and the AUTH_SESSION_ID cookie in the browser

4
server_installation/topics/operating-mode/crossdc.adoc
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@ -132,9 +132,9 @@ For more detail about how caches can be configured see <<tuningcache>>.
[[communication]] [[communication]]
==== Communication details ==== Communication details
{project_name} uses multiple, separate clusters of Infinispan caches. Every {project_name} node is in the cluster with the other {project_name} nodes in same data center, but not with the {project_name} nodes in different data centers. A {project_name} node does not communicate directly with the {project_name} nodes from different data centers. {project_name} nodes use external JDG (actually {jdgserver_name} servers) for communication across data centers. This is done using the link:http://infinispan.org/docs/8.2.x/user_guide/user_guide.html#using_hot_rod_server[Infinispan HotRod protocol]. {project_name} uses multiple, separate clusters of Infinispan caches. Every {project_name} node is in the cluster with the other {project_name} nodes in same data center, but not with the {project_name} nodes in different data centers. A {project_name} node does not communicate directly with the {project_name} nodes from different data centers. {project_name} nodes use external JDG (actually {jdgserver_name} servers) for communication across data centers. This is done using the link:https://infinispan.org/docs/8.2.x/user_guide/user_guide.html#using_hot_rod_server[Infinispan HotRod protocol].
The Infinispan caches on the {project_name} side must be configured with the link:http://infinispan.org/docs/8.2.x/user_guide/user_guide.html#remote_store[remoteStore] to ensure that data are saved to the remote cache. There is separate Infinispan cluster between JDG servers, so the data saved on JDG1 on `site1` are replicated to JDG2 on `site2` . The Infinispan caches on the {project_name} side must be configured with the link:https://infinispan.org/docs/8.2.x/user_guide/user_guide.html#remote_store[remoteStore] to ensure that data are saved to the remote cache. There is separate Infinispan cluster between JDG servers, so the data saved on JDG1 on `site1` are replicated to JDG2 on `site2` .
Finally, the receiving JDG server notifies the {project_name} servers in its cluster through the Client Listeners, which are a feature of the HotRod protocol. {project_name} nodes on `site2` then update their Infinispan caches and the particular user session is also visible on {project_name} nodes on `site2`. Finally, the receiving JDG server notifies the {project_name} servers in its cluster through the Client Listeners, which are a feature of the HotRod protocol. {project_name} nodes on `site2` then update their Infinispan caches and the particular user session is also visible on {project_name} nodes on `site2`.