Microsoft Technology Licensing, LLC

Ishai Ben Aroya

Andrew James Edwards

David Allen Goebel

Ozan Demir

Bradley Gene Calder

Jiesheng Wu

Matthew Douglas Hendel

Shuvabrata Ganguly

Jaidev Haridas

Jean Ghanem

Jaiden Haridas

In various embodiments, methods and systems for providing access to file systems are provided. An SFA-based operation having an operation modifier for a file in a file system is received. The SFA-based operation is defined based on a file-representational state transfer (REST) interface. The SFA-REST interface comprises integrated functionality of an SFA protocol and REST protocol. The SFA-based operation is executed using the operation modifier. A REST-based operation for the file in the distributed file storage is received. The REST-based operation is defined based on the SFA-REST interface. The operation modifier is referenced in order to execute the REST-based operation. The REST-based operation based on the SFA-REST interface. A schema can be implemented for accessing the file system. The schema includes tables to store files, the table comprises fields corresponding to elements of a SFA-REST interface. A snapshot component can be implemented to backup file shares in the file system.

File service using a shared file access-rest interface

A distributed file system that includes multiple computing node tiers. Each of at least some of the multiple computing node tiers has multiple computing nodes having like characteristics. The distributed file system also has an executable component in the form of a distribution component that comprises logic that distributes state of file system entities amongst the computing node tiers. The distribution is performed so that latency of file system requests are reduced due to state responsive to many requests being much closer latency wise to the file system requestor(s). Furthermore, the distribution considers durability guarantees of the state, thereby meeting durability guarantees.

File system with distributed entity state

A development environment for computer programs in which programs under test may be instrumented with probe functions. The probe functions are called through a wrapper function structured to comply with restrictive calling conventions of the platform for which the computer program is developed. By complying with the calling convention, proper operation of the computer program is achieved during testing even if an exception handler, or other program element that relies on compliance with the calling convention, is invoked. Once instrumented, the computer program may be tested to determine whether it executes desired logic function to determine the performance of the program or for other test functions.

Method of instrumenting code having restrictive calling conventions

Systems and methods are described for using network address translation (NAT) for implementation of stateful routing. A firewall (or firewall server) filters communications between a first host and a second host at a firewall socket layer. Destination addresses for data packets coming into the firewall are translated to an internal (socket) address of the firewall. Source addresses for data packets sent from the firewall are translated to an address of the sending host. As a result, the receiving host sees the data packets as coming from the sending host. Translation rules applied during the communications are stored in a rules module and are applied to all packets having a particular source and a particular destination.

Use of network address translation for implementation of stateful routing

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Ishai Ben Aroya