Multi-window architecture and data communication for a remote access application session

A method for providing a private local data store to share information between a service application and a client application, comprising:

• creating a first session storage associated with the service application;
• creating a second session storage associated with the client application;
• establishing a session between the service application and the client application;
• creating a first private local data store in the first session storage associated with the session using key/value pairs;
• creating a second private local data store in the second session storage associated with the session using the key/value pairs;
• and
• synchronizing the data between the first private local data store and the second private local data store using a protocol over HTTP/HTTPS.

A method for providing a multi-window architecture, comprising:

• providing a parent window in a client application executing on a computing device, the parent window executing a first webclient having first message handlers;
• providing a child window in the client application, the child window executing a second webclient having second message handlers;
• and
• messaging data between the parent window and the child window in the client application using the first message handlers and the second message handlers.

A method for providing a multi-window architecture, comprising:

• establishing a session between a service application and a client application;
• displaying a parent window in the client application executing on a computing device, the parent window executing a first webclient having first message handlers;
• displaying a child window in the client application, the child window executing a second webclient having second message handlers;
• executing a binary proxy in the parent window that proxies communications between the child window and the service application;
• synchronizing an application state between the parent window, the child window and the service application using a state model that includes information associated with the service application;
• maintaining a view registry at the parent window that is used by the child window when child views are created and registered;
• and
• determining, using the view registry, if an update received at the parent application from the service application or a second child window needs to be communicated to a respective child view.