System and method for managing states and user context over stateless protocols

A computer implemented method for facilitating remote access to an application, the access occurring across a stateless protocol, comprising the following computer executable acts:

• allocating memory to cache at least one of state and user specific information associated with the remote access;
• caching the state information associated with the remote access of the application in the allocated memory;
• caching the user specific information associated with the remote access of the application in the allocated memory;
• monitoring feedback information concerning usage of memory allocated to cache at least one state and user specific information associated with the remote access;
• wherein additional memory is allocated to cache the at least one state and user specific information associated with the remote access when the feedback information indicates that the allocated memory has been utilized more than a pre-determined threshold level;
• and
• selectively reclaiming the memory allocated to cache the at least one of state and user specific information associated with the remote access, the reclaiming occurring upon the allocated memory not being accessed within a pre-determined period of time, the pre-determined period of time being dynamically changed based, at least in part, on feedback concerning the allocation of memory.

A computer readable medium storing computer executable instructions operable to execute a method for facilitating remote access to an application, the access occurring across a stateless protocol, the method comprising the following computer executable acts:

• allocating memory to cache at least one of state and user specific information associated with the remote access;
• caching the state information associated with the remote access of the application in the allocated memory;
• caching the user specific information associated with the remote access of the application in the allocated memory;
• monitoring feedback information concerning usage of memory allocated to cache at least one state and user specific information associated with the remote access;
• wherein additional memory is allocated to cache the at least one state and user specific information associated with the remote access when the feedback information indicates
• that the allocated memory has been utilized more than a pre-determined threshold level;
• and
• selectively reclaiming the memory allocated to cache the at least one of state and user specific information associated with the remote access, the reclaiming occurring upon the allocated memory not being accessed within a pre-determined period of time, the pre-determined period of time being dynamically changed based, at least in part, on feedback concerning the allocation of memory.

A computer executable system managing information in an application accessed via a stateless protocol, comprising:

• computer implemented means for allocating memory to store at least one state and user specific information associated with a remote user access of an application, the application being accessed via a stateless protocol;
• computer implemented means for caching, in the allocated memory, state information associated with the remote access of the application;
• computer implemented means for caching, in the allocated memory, user specific information associated with a remote accessor of the application;
• computer implemented means for locating the at least one state and user specific information cached in the allocated memory;
• computer implemented means for monitoring feedback information concerning usage of memory allocated to cache at least one state and user specific information associated with the remote access;
• wherein additional memory is allocated to cache the at least one state and user specific information associated with the remote access when the feedback information indicates that the allocated memory has been utilized more than a pre-determined threshold level;
• and
• computer implemented means for reclaiming the memory allocated when the memory has not been accessed within a pre-determined period of time, the predetermined period of time being dynamically changed based, at least in part, on feedback concerning the allocation of memory.