Abstract: A computing system may identify a first reference citation within a technical document, wherein the first reference citation is identified based at least in part a length of a first block of text that is included in the first reference citation and an inclusion of at least one numeric character in the first block of text. The computing system may determine, based on querying at least one datastore, whether the first reference citation matches a matching stored reference citation. The computing system may determine, based at least in part on whether the first reference citation matches the matching stored reference citation, an error review prioritization status for the first reference citation. The error review prioritization status may also be determined based, in part, on a specified revision number for the first reference citation. The computing system may provide visual feedback indicating the error review prioritization status.

Abstract: A computing system may identify a first reference citation within a technical document, wherein the first reference citation is identified based at least in part a length of a first block of text that is included in the first reference citation and an inclusion of at least one numeric character in the first block of text. The computing system may determine, based on querying at least one datastore, whether the first reference citation matches a matching stored reference citation. The computing system may determine, based at least in part on whether the first reference citation matches the matching stored reference citation, an error review prioritization status for the first reference citation. The error review prioritization status may also be determined based, in part, on a specified revision number for the first reference citation. The computing system may provide visual feedback indicating the error review prioritization status.

Abstract: An automated framework to deploy a HTTP-accessible backed-up virtualized S3-compliant object store in an OpenStack tenant namespace. The automation framework receives user specified configuration in the form of typed input and provisions and deploys the S3 virtual servers and volumes in the OpenStack project. The S3 servers are configured to provide a load-balanced frontend Proxy and data replication of objects across all virtual S3 storage servers. Once deployed the framework backs up each S3 virtual machine and associated volumes and implements a user-specified backup schedule for the provisioned object store. An S3-compliant HTTP endpoint is configured to allow access using an access key and secret key made visible only within the constraints of the deployment framework.