Faster frame buffer rendering over a network

1. A client information handling system (IHS) comprising:

an input/output (I/O) controller;

an interface controller coupled to the I/O controller and having a local frame buffer rendering agent that supports frame buffer servicing via local storage of the client IHS, and which:

detects a first event corresponding to a first interaction which is used to initiate access to a target graphical user interface (GUI) located at a remote device having one or more application GUIs;

requests, from the remote device, GUI frame buffer data corresponding to the first event;

receives GUI frame buffer data and a first set of GUI change data in response to the request for the GUI frame buffer data, the first set of GUI change data corresponding to GUI changes that can be initiated by interaction with a locally-rendered GUI corresponding to the target GUI;

in response to receiving the GUI frame buffer data, provides, using the GUI frame buffer data, the locally-rendered GUI corresponding to the target GUI; and

in response to receiving the first set of GUI change data, stores the first set of GUI change data in local storage to enable local servicing of frame buffer data to support GUI changes which can occur as a result of subsequent interactions with the locally rendered GUI of the client IHS.

2. The IHS of claim 1 , wherein:

said first interaction is provided by a first client;

said targeted GUI is shared by multiple clients in a multi-client session; and

the remote device sends copies of the GUI frame buffer data to each of the multiple clients to provide each client with a respective, locally-rendered GUI.

3. The IHS of claim 2 , wherein the controller:

receives indication of a second event at a locally-rendered GUI; and

provides an updated locally-rendered GUI, triggered by the second event, by using a first portion of the first set of change data from local storage, the first portion corresponding to the second event interaction.

4. The IHS of claim 3 , wherein the interface controller:

stores a pre-established mapping of associations between events data and GUI change data;

identifies the first, relevant portion of the first set of GUI change data corresponding to the second event by using corresponding event information to identify matching event information within the stored pre-established mapping data; and

retrieves the first, relevant portion of GUI change data used to provide an update to the locally-rendered GUI.

5. The IHS of claim 3 , wherein:

said second event is provided by the first client via the first locally-rendered GUI;

the controller transmits event data corresponding to the second event to the remote device which uses the event data to provide updates to locally-rendered GUIs of respective clients;

the multiple clients comprise a first group of clients that supports frame buffer servicing via respective local storages and a second group of clients that do not support frame buffer servicing via a local storage; and

in response to receiving the event data that was transmitted, the remote server forwards (i) the received event data to remaining clients of the first group of clients and (ii) corresponding GUI change data to the second group of clients, in order to provide a respective updated, locally-rendered GUI.

6. The IHS of claim 3 , wherein:

receives from the remote server second event information corresponding to said second event;

said second event information is associated with interaction provided by a second client via a second locally-rendered GUI, wherein the second client does not support frame buffer servicing via a local storage;

the second client requests, from the remote device, GUI change data corresponding to the second event information; and

in response to receiving the request for GUI change data from the second client, the remote device forwards (i) said second event data to a first group of clients that support frame buffer servicing via a local storage and (ii) corresponding GUI change data to remaining clients of the second group of clients that do not support frame buffer servicing via a local storage in order to provide a respective updated locally rendered GUI.

7. The IHS of claim 3 , wherein the controller:

receives from the remote device a query to determine whether the first client supports frame buffer servicing via a local storage;

wherein the remote device sends queries to the multiple clients to determine which clients support frame buffer servicing via a local storage; and classifies clients within a respective one of (i) a first group of clients that support frame buffer servicing via a local storage and (ii) a second group of clients that do not support frame buffer servicing via a local storage.

8. The IHS of claim 1 , wherein the controller:

in response to interactions received via a respective input device, identifies a corresponding event using event information that defines event attributes including one or more of: (i) an event type; (ii) a corresponding x-axis and y-axis position; (iii) a targeted control area; (iv) a targeted widget; and (v) a mask for a targeted control widget; and

retrieves, from local storage, a portion of GUI change data corresponding to the event information.

9. The IHS of claim 1 , wherein the controller:

detects interactions associated with changes within the locally-rendered GUI to one or more of: (i) a foreground; (ii) a background; (iii) a control widget and (iv) a color corresponding to a targeted region.

10. In a client information handling system (IHS), a processor-implemented method comprising:

detecting a first event corresponding to a first interaction which is used to initiate access to a graphical user interface (GUI) located at a remote device having one or more application GUIs;

requesting, from the remote device, GUI frame buffer data corresponding to the first event;

receiving GUI frame buffer data and a first set of GUI change data in response to requesting the GUI frame buffer data, the first set of GUI change data corresponding to GUI changes that can be initiated by interaction with a locally-rendered GUI corresponding to the target GUI;

in response to receiving the GUI frame buffer data, provides, using the GUI frame buffer data, a first locally-rendered GUI corresponding to the target GUI; and

in response to receiving the first set of GUI change data, stores the first set of change data in local storage to enable local servicing of frame buffer data to support GUI changes which can occur as a result of subsequent interactions with the locally rendered GUI of the client IHS.

11. The method of claim 10 , wherein:

said first interaction is provided by a first client;

said targeted GUI is shared by multiple clients in a multi-client session; and

the remote device sends copies of the GUI frame buffer data to each of the multiple clients to provide each client with a respective, locally-rendered GUI.

12. The method of claim 11 , further comprising:

receiving indication of a second event at a locally-rendered GUI; and

providing an updated locally-rendered GUI, triggered by the second event, by using a first portion of the first set of change data from local storage, the first portion corresponding to the second event interaction.

13. The method of claim 12 , further comprising:

storing a pre-established mapping of associations between events data and GUI change data; and

identifying a first, relevant portion of GUI change data corresponding to the second event by using corresponding event information to identify matching event information within the stored pre-established mapping data;

retrieving the first, relevant portion of GUI change data which is used to provide an update to the locally-rendered GUI.

14. The method of claim 12 , wherein said second event is provided by the first client via the first locally-rendered GUI, the method further comprising:

transmitting event data corresponding to the second event to the remote device which uses the event data to provide updates to locally-rendered GUIs of respective clients;

wherein the multiple clients comprise a first group of clients that supports frame buffer servicing via respective local storages and a second group of clients that do not support frame buffer servicing via a local storage, and in response to receiving the event data that was transmitted, the remote server forwards (i) the received event data to a remaining clients of the first group of clients and (ii) corresponding GUI change data to the second group of clients, in order to provide a respective updated, locally-rendered GUI.

15. The method of claim 12 , further comprising:

receiving from the remote server second event information corresponding to said second event;

wherein: said second event information is associated with interaction provided by a second client via a second locally-rendered GUI, wherein the second client does not support frame buffer servicing via a local storage; the second client requests, from the remote device, GUI change data corresponding to the second event information; and in response to receiving the request for GUI change data from the second client, the remote device forwards (i) said second event data to a first group of clients that support frame buffer servicing via a local storage and (ii) corresponding GUI change data to remaining clients of the second group of clients that do not support frame buffer servicing via a local storage in order to provide a respective updated locally rendered GUI.

16. The method of claim 12 , further comprising:

receiving from the remote device a query to determine whether the first client supports frame buffer servicing via a local storage;

wherein the remote device sends queries to the multiple clients to determine which clients support frame buffer servicing via a local storage; and classifies clients within a respective one of (i) a first group of clients that support frame buffer servicing via a local storage and (ii) a second group of clients that do not support frame buffer servicing via a local storage.

17. The method of claim 10 , further comprising:

in response to interactions received via a respective input device, identifying a corresponding event using event information that defines event attributes including one or more of: (i) an event type; (ii) a corresponding x-axis and y-axis position; (iii) a targeted control area; (iv) a targeted widget; and (v) a mask for a targeted control widget; and

retrieving, from local storage, a portion of GUI change data corresponding to the event information.

18. The method of claim 10 , further comprising:

detecting interactions associated with changes within the locally-rendered GUI to one or more of: (i) a foreground; (ii) a background; (iii) a control widget and (iv) a color corresponding to a targeted region.

19. An information handling system comprising:

a controller having: memory which includes a frame buffer module; a processor coupled to memory;

a storage which includes frame buffer data for one or more application GUIs;

wherein the processor executes the frame buffer module to enable the controller to:

establish a multi-client session with a number of clients;

query the clients to determine whether each respective client supports frame buffer rendering via a local client storage;

transmit GUI frame buffer data and GUI change data to a first set of clients that support frame buffer rendering via the local client storage of a respective client; and

transmit only GUI frame buffer data to a second set of clients that do not support frame buffer rendering via a local client storage.

20. The IHS of claim 19 , wherein the controller:

receives event information from a client member of the first set;

sends the event information to other client members of the first set and relevant GUI change data to the second set of clients;

receives event information from a client member of the second set; and

sends relevant GUI change data to the second set of clients and event information to the first set of clients.