Abstract: Systems and methods for processing business transaction entities are provided. An example method includes receiving, by a task queue module, a sequence of submission entities; generating, by the task queue module and based on submission processing rules, a task for processing the submission entities; adding the task to a task queue; determining dependencies between tasks in the task queue; and executing, by worker threads on a plurality of worker instances, the tasks of the task queue, wherein the executing includes requesting, by a worker thread of the worker threads, a task from the task queue; determining, by the worker thread and based on the dependencies, that the task queue does not include pending tasks on which the task depends and, executing the task; determining, by a cloud resources director, a number and types of pending tasks in the task queue; and adjusting the types or numbers of the worker instances.

Abstract: Systems and methods for processing business transaction entities are provided. An example method includes receiving, by a task queue module, a sequence of submission entities; generating, by the task queue module and based on submission processing rules, a task for processing the submission entities; adding the task to a task queue; determining dependencies between tasks in the task queue; and executing, by worker threads on a plurality of worker instances, the tasks of the task queue, wherein the executing includes requesting, by a worker thread of the worker threads, a task from the task queue; determining, by the worker thread and based on the dependencies, that the task queue does not include pending tasks on which the task depends and, executing the task; determining, by a cloud resources director, a number and types of pending tasks in the task queue; and adjusting the types or numbers of the worker instances.

Abstract: Systems and methods for processing business transaction entities are provided. An example method includes receiving, by a task queue module, a sequence of submission entities; generating, by the task queue module and based on submission processing rules, a task for processing the submission entities; adding the task to a task queue; determining dependencies between tasks in the task queue; and executing, by worker threads on a plurality of worker instances, the tasks of the task queue, wherein the executing includes requesting, by a worker thread of the worker threads, a task from the task queue; determining, by the worker thread and based on the dependencies, that the task queue does not include pending tasks on which the task depends and, executing the task; determining, by a cloud resources director, a number and types of pending tasks in the task queue; and adjusting the types or numbers of the worker instances.

Abstract: A system for improving software specifications and design using a unified document, in one example embodiment, comprises a subsystem to automatically receive a formatted unified document, which can include a plurality of fragments having content formatted and labeled according to predetermined formatting and labeling criteria. The system can further include a subsystem to automatically transform the unified document into a plurality of documents including source code files. The source code files can be immediately executable or executable after being compiled into an executable code. The documents can further include test documents, installation documents, configuration documents, user documents, and edited versions of the unified document. The edited versions of the unified document can be visible by users with appropriate permissions. The formatting of the unified document can comprise assuring that each of multiple parts is formatted according to the appropriate category and selectively labeling each part.

Abstract: A system for improving software specifications and design using a unified document, in one example embodiment, comprises a subsystem to automatically receive a formatted unified document, which can include a plurality of fragments having content formatted and labeled according to predetermined formatting and labeling criteria. The system can further include a subsystem to automatically transform the unified document into a plurality of documents including source code files. The source code files can be immediately executable or executable after being compiled into an executable code. The documents can further include test documents, installation documents, configuration documents, user documents, and edited versions of the unified document. The edited versions of the unified document can be visible by users with appropriate permissions. The formatting of the unified document can comprise assuring that each of multiple parts is formatted according to the appropriate category and selectively labeling each part.