Abstract: A computer system assists in fixing issues. Ticket management logic receives an issue detected on a device. Diagnosing logic identifies the issue based on contextual information received from the device and stores issue data related to the issue into a data store. Routing logic receives an indication of a flagged component of the issue data, flagged by a developer, and initiates communication between a user and the developer based at least in part on the flagged component.

Abstract: A computer system assists in fixing issues. Ticket management logic receives an issue detected on a device. Diagnosing logic identifies the issue based on contextual information received from the device and stores issue data related to the issue into a data store. Routing logic receives an indication of a flagged component of the issue data, flagged by a developer, and initiates communication between a user and the developer based at least in part on the flagged component.

Abstract: A computer system assists in fixing issues. Ticket management logic receives an issue detected on a device. Diagnosing logic identifies the issue based on contextual information received from the device and stores issue data related to the issue into a data store. Routing logic receives an indication of a flagged component of the issue data, flagged by a developer, and initiates communication between a user and the developer based at least in part on the flagged component.

Abstract: A computer system assists in fixing issues. Ticket management logic receives an issue detected on a device. Diagnosing logic identifies the issue based on contextual information received from the device and stores issue data related to the issue into a data store. Routing logic receives an indication of a flagged component of the issue data, flagged by a developer, and initiates communication between a user and the developer based at least in part on the flagged component.

Abstract: A network toolset enables developers to automatically generate a C header file and underlying signal software, as well as automatically generate a managed code assembly from a network description. The managed code assembly can be generated in a binary format and may include sufficient metadata to support extended functionalities for a network. The managed code assembly can be relatively easily integrated with an existing image (e.g., machine code for a network device) without any compilation required. A software development kit can also be generated to help programmers manage the generated assemblies.

Abstract: Unrecoverable electronic correction code (ECC) errors in memory storage devices are usually preceded by recoverable ECC errors. A memory storage device controller is provided notice of the recoverable errors and associated information. The memory storage device controller can cause the data having the recoverable information to be rewritten on the memory storage device. Rewriting the data on the memory storage device (often in a different location) normally reduces the probability of encountering data with unrecoverable data errors.

Abstract: Unrecoverable electronic correction code (ECC) errors in memory storage devices are usually preceded by recoverable ECC errors. A memory storage device controller is provided notice of the recoverable errors and associated information. The memory storage device controller can cause the data having the recoverable information to be rewritten on the memory storage device. Rewriting the data on the memory storage device (often in a different location) normally reduces the probability of encountering data with unrecoverable data errors.

Abstract: Unrecoverable electronic correction code (ECC) errors in memory storage devices are usually preceded by recoverable ECC errors. A memory storage device controller is provided notice of the recoverable errors and associated information. The memory storage device controller can cause the data having the recoverable information to be rewritten on the memory storage device. Rewriting the data on the memory storage device (often in a different location) normally reduces the probability of encountering data with unrecoverable data errors.

Abstract: Unrecoverable electronic correction code (ECC) errors in memory storage devices are usually preceded by recoverable ECC errors. A memory storage device controller is provided notice of the recoverable errors and associated information. The memory storage device controller can cause the data having the recoverable information to be rewritten on the memory storage device. Rewriting the data on the memory storage device (often in a different location) normally reduces the probability of encountering data with unrecoverable data errors.

Abstract: Unrecoverable electronic correction code (ECC) errors in memory storage devices are usually preceded by recoverable ECC errors. A memory storage device controller is provided notice of the recoverable errors and associated information. The memory storage device controller can cause the data having the recoverable information to be rewritten on the memory storage device. Rewriting the data on the memory storage device (often in a different location) normally reduces the probability of encountering data with unrecoverable data errors.

Abstract: A network toolset enables developers to automatically generate a C header file and underlying signal software, as well as automatically generate a managed code assembly from a network description. The managed code assembly can be generated in a binary format and may include sufficient metadata to support extended functionalities for a network. The managed code assembly can be relatively easily integrated with an existing image (e.g., machine code for a network device) without any compilation required. A software development kit can also be generated to help programmers manage the generated assemblies.

Abstract: Unrecoverable electronic correction code (ECC) errors in memory storage devices are usually preceded by recoverable ECC errors. A memory storage device controller is provided notice of the recoverable errors and associated information. The memory storage device controller can cause the data having the recoverable information to be rewritten on the memory storage device. Rewriting the data on the memory storage device (often in a different location) normally reduces the probability of encountering data with unrecoverable data errors.