10. The method according to claim 1 wherein said displaying step (j) through said user interface further comprises the step of: translating in real-time tokens floin a base language to a foreign language, without requiring the tokens to be obtained through specialized Application Programming Interfaces (“APIs”) from localized resources, by modifying the standard rendering chain to intercept all rendering calls for the tokens in the base language and invoking processing instructions necessary to perform the mapping to the foreign language.
10. The method according to claim 1 wherein said displaying step (j) through said user interface further comprises the step of: translating in real-time tokens floin a base language to a foreign language, without requiring the tokens to be obtained through specialized Application Programming Interfaces (“APIs”) from localized resources, by modifying the standard rendering chain to intercept all rendering calls for the tokens in the base language and invoking processing instructions necessary to perform the mapping to the foreign language. 11. The method according to claim 10 further comprising: providing a dynamic hyper-linking architecture under the control of said user within said user interface, wherein said providing the dynamic hyper-linking architecture step further comprises the steps of: providing a threaded environment; associating arbitrary data with threads in the threaded environment, wherein the arbitrary data is function registries; hierarchically nesting the thread contexts with corresponding user interface context relationships; passing ‘events’ containing messages between the threads; invoking transparently certain environment supplied events; and looking-up the threads based on a unique thread ID, wherein the dynamic hyper-linking architecture uses both the threaded environment and symbolic functions to dynamically create links to data and functions that are displayed and/or executed responsive to user selection of a link.