Abstract: The present approach relates generally to systems and methods for generating a hierarchical model of a plurality of software development streams, identifying points of interest on the plurality of software development streams having a status indication, and determining descendant development streams corresponding to the points of interest. The present approach also relates to systems and methods for traversing the descendant development streams sequentially in descending order of creation date of the points of interest corresponding to the descendant development streams, determining a software build file status indication for software build files associated with the descendant development streams based at least on the status indication of the points of interest, and evaluating the software build file status indication for the software build files to generate an indication of a first subset of build files having an unfixed status indication and a second subset of build files having a fixed status indication.

Abstract: The present approach relates generally to systems and methods for generating a hierarchical model of a plurality of software development streams, identifying points of interest on the plurality of software development streams having a status indication, and determining descendant development streams corresponding to the points of interest. The present approach also relates to systems and methods for traversing the descendant development streams sequentially in descending order of creation date of the points of interest corresponding to the descendant development streams, determining a software build file status indication for software build files associated with the descendant development streams based at least on the status indication of the points of interest, and evaluating the software build file status indication for the software build files to generate an indication of a first subset of build files having an unfixed status indication and a second subset of build files having a fixed status indication.

Abstract: Systems and methods are disclosed that provide multiple mutually exclusive console sessions to execute server-side scripts in parallel. In particular, a cloud-based platform receives an indication that a console session is instantiated from, a client device. The platform then generates a thread having a unique identifier. The thread corresponds to a background job performed on the platform. The platform determines whether an input queue associated with the unique identifier has an input. If so, the platform evaluates the input and writes a resulting output to an output queue associated with the unique identifier. The client device then prints the input and the resulting output to a console user interface associated with the console session, and removes the input from the input queue. In some embodiments, if the input queue stores no inputs for a threshold period of time (e.g., a timeout period), the platform ends the thread.

Abstract: Systems and methods are disclosed that provide multiple mutually exclusive console sessions to execute server-side scripts in parallel. In particular, a cloud-based platform receives an indication that a console session is instantiated from, a client device. The platform then generates a thread having a unique identifier. The thread corresponds to a background job performed on the platform. The platform determines whether an input queue associated with the unique identifier has an input. If so, the platform evaluates the input and writes a resulting output to an output queue associated with the unique identifier. The client device then prints the input and the resulting output to a console user interface associated with the console session, and removes the input from the input queue. In some embodiments, if the input queue stores no inputs for a threshold period of time (e.g., a timeout period), the platform ends the thread.