Abstract: In one example embodiment, a non-transitory computer-readable storage medium having stored thereon computer executable program code which, when executed on a computer system, causes the computer system to perform a number of steps. The steps include receiving, at an application server, metadata representing at least one file system stored on a file storage system based on an application executing on the application server, preventing, at the application server, files associated with the file storage system from being downloaded to the application server, monitoring, by the application server, a request to open a file associated with the file storage system, determining the requested file is stored on the file storage system separate from the application server, and triggering, by the application server, a download of the requested file.

Abstract: An apparatus includes a memory including a mirrored file system associated with a file storage system, a filter module associated with the mirrored file system and configured to trigger a file operation based on an intercepted access to a file associated with the mirrored file system, and a synchronization manager configured to trigger a synchronization operation to a corresponding file on the file storage system based on the file operation triggered by the filter module.

Abstract: The subject disclosure is directed towards emulating a data network interface for operating an interconnect controller in accordance with a networking standard. The emulated data network interface provides address resolution data associated with a destination, within a converged interconnect fabric, for application data. The address resolution data identifies a communication path that is compatible with the interconnect controller. The application data conforms to the networking standard. The emulated data network interface instructs the interconnect controller to route the application data to the destination via the compatible communication path.

Abstract: A subject disclosure is directed towards emulating a data network interface for operating an interconnect controller in accordance with a networking standard. The emulated data network interface provides address resolution data associated with a destination, within a converged interconnect fabric, for application data. The address resolution data identifies a communication path that is compatible with the interconnect controller. The application data conforms to the networking standard. The emulated data network interface instructs the interconnect controller to route the application data to the destination via the compatible communication path.

Abstract: Technologies pertaining to cluster-on-chip computing environments are described herein. More particularly, mechanisms for supporting message passing in such environments are described herein, where cluster-on-chip computing environments do not support hardware cache coherency.

Abstract: The subject disclosure is directed towards emulating a data network interface for operating an interconnect controller in accordance with a networking standard. The emulated data network interface provides address resolution data associated with a destination, within a converged interconnect fabric, for application data. The address resolution data identifies a communication path that is compatible with the interconnect controller. The application data conforms to the networking standard. The emulated data network interface instructs the interconnect controller to route the application data to the destination via the compatible communication path.

Abstract: Technologies pertaining to cluster-on-chip computing environments are described herein. More particularly, mechanisms for supporting message passing in such environments are described herein, where cluster-on-chip computing environments do not support hardware cache coherency.

Abstract: One or more hints can be presented during the entry of protected information. Traditionally, for security reasons, the protected information is displayed as ambiguous characters, hindering the ability to determine if there was an error inputting the information. A hash can be calculated from some or all of the protected information already input, and the resulting hash value can be used to select a hint. The hints can be selected from a relatively small number of easily distinguishable hints, including visual, auditory and sensory hints, or any combination thereof. The hints are not a globally unique identifier of the protected information and can, instead, be used to detect a deviation from the correct entry of the protected information.

Abstract: One or more hints can be presented during the entry of protected information. Traditionally, for security reasons, the protected information is displayed as ambiguous characters, hindering the ability to determine if there was an error inputting the information. A hash can be calculated from some or all of the protected information already input, and the resulting hash value can be used to select a hint. The hints can be selected from a relatively small number of easily distinguishable hints, including visual, auditory and sensory hints, or any combination thereof. The hints are not a globally unique identifier of the protected information and can, instead, be used to detect a deviation from the correct entry of the protected information.