Abstract: Disclosed is a method, a system and a computer readable medium for additive independent object modification. The method includes determining an association between an independent object modification and a base object of a software application, modifying at least one element of the base object based on the associated independent object modification, and configuring the software application to execute in a computer system using the modified base object.

Abstract: A method and a system of selecting test cases from existing test cases for a new software testing requirement are disclosed. In an embodiment, the method may include determining a confidence score associated with each of existing test cases, based on comparing a new software testing requirement with the existing test cases using a Recurrent Neural Network (RNN) model, and selecting a set of test cases from the existing test cases based on the confidence score and a predetermined threshold confidence score. The method may further include predicting a defect slippage rate associated with each test case using a linear regression model, and shortlisting a sub-set of test cases from the set of test cases based on the predicted defect slippage rate associated with each test case and a predetermined threshold defect slippage rate.

Abstract: A method and a device for managing software configurations of equipment of an aircraft, comprising a device for managing software configurations of equipment of the aircraft. The device for managing software configurations of equipment of the aircraft detects the availability of a communication link between a server on the ground and the aircraft, checks whether a configuration file is available and importing the configuration file, imports, from the server on the ground, one or more software updates identified in the configuration file and storage of the software update or updates in a temporary memory space; determines the instant as from which each update can be implemented, and demands the modification of the software configuration of the item or items of equipment with the software update or updates corresponding to the item or items of equipment.

Abstract: A method for codeless development of an application includes registering one or more actions in a registry. Each action is coded in a reusable block of code, each action having an action definition including an action type name, an input parameters map, and an output parameters map. The method further includes performing an action type name look up in the registry for an invoked action with an action service ensuring that a number of arguments included in the action definition matches a number of arguments specified by the action type, passing an input to and receiving a return value from the invoked action, updating the output parameters map included in the definition of the invoked action, and returning the updated output parameters map to an application in development for updating processing variables in the application.

Abstract: This application provides a patch package generation method and a device, which includes: when code of an application framework layer in Android operating system source code is updated, obtaining, by a server, a compilation result; determining, by the server, an Android package (APK) of a target application from the APK of the preinstalled applications by, determining, by the server, an application including code in which only one or more of a check value, a timestamp, and a register corresponding to a constant change; and differentiating, by the server, an APK of an application other than the target application in the preinstalled applications after the code of the application framework layer is updated and an APK of the application other than the target application in the preinstalled applications before the code of the application framework layer is updated, to generate a first differential package.

Abstract: A method for using profiling to obtain application-specific, preferred parameter values for an application is disclosed. First, a parameter for which to obtain an application-specific value is identified. Code is then augmented for application-specific profiling of the parameter. The parameter is profiled and profile data is collected. The profile data is then analyzed to determine the application's preferred parameter value for the profile parameter.

Abstract: A traditional version control system workflow for branching and release management is not compatible with development environments that require long release cycles. When a release branch from a long release cycle is merged into a master branch, bug fixes made to the release branch and to the master branch are not merged into the development branch in a timely manner. A version control system automatically merges document versions from the release branch into the development branch when changes are merged into the release branch or the master branch, thus keeping the development current with respect to the release and master branches without formally closing the release branch.

Abstract: Systems and methods for remote mobile development and test feedback are disclosed. According to one embodiment, in an electronic device testing apparatus comprising at least one computer processor, a method for remote mobile development and test feedback may include: (1) receiving a test request comprising one or more tests to conduct on at least one electronic device in a device farm; (2) parsing the one or more test requests to identify the features to be tested; (3) identifying one or more test scripts that encompasses the features to be tested; (4) identifying a required software configuration on the at least one electronic device to conduct the one or more test; (5) installing the required software configuration on the at least one electronic device; (6) executing the test features; and (7) storing results of the test features.

Abstract: Generation of a set of carbon-aware test cases based on a software resource load includes receiving, by one or more processors, a source code and identifying code changes on the received source code using code analysis technology. The code changes are used to select a plurality of code snippets from the source code. The one or more processors calculate metrics associated with an energy consumption of each of the plurality of code snippets and an amount of carbon dioxide emissions equivalent to the calculated metrics. The calculated equivalent amount of carbon dioxide emissions associated with each of the plurality of code snippets is displayed by the one or more processors on the source code for automatically generating the set of test carbon-aware test cases based on the calculated amount of carbon dioxide emissions and predefined carbon emissions constraints.

Abstract: The present specification provides a method for executing a smart contract, a blockchain node, and a storage medium. An implementation of a method for executing a smart contract includes: receiving, by a blockchain node, a request for creating a smart contract, the request including a bytecode of the smart contract; starting, by the blockchain node after completing deployment of the smart contract, to compile the bytecode of the smart contract into a machine code by using ahead of time and storing the machine code; and during execution of the deployed smart contract, executing, by the blockchain node, the machine code of the smart contract in response to the machine code being locally stored. According to the above implementations of the present application, the blockchain node can greatly increase a speed of executing a smart contract, and reduce storage overheads on the blockchain node.

Abstract: A method comprises managing multiple tasks of multiple entities associated with a deployment of a software program with a deployment framework comprising a machine learning module configured to assist with managing the multiple tasks of the multiple entities. The managing step comprises tracking a status of one or more of the multiple tasks, and predicting a time taken for a given one of the multiple entities to complete a given one of the multiple tasks.

Abstract: A method, non-transitory computer readable medium and a computerized system for testing a code using real time analysis. The method can include (i) executing a group of test cases while performing real time analysis to find a set of overlapping code segments (OCSs), input values that are fed, during the executing of the group, to each one of the set of OCSs, and output values that are outputted from each one of the OCSs during the execution of the group, (ii) generating, for at least some of the OCSs, at least one OCS test for testing each of the at least some OCSs, wherein the generating is based, at least in part, on the input values and the output values, (iii) determining an evaluation process of the code that includes executing one or more OCS tests for testing one or more OCSs, (iv) evaluating the code by executing the evaluation process.

Abstract: A system includes a memory and a processor. The memory is in communication with the processor. The processor is configured to execute receiving a source code of an application that is compilable into an interpreted configuration. A database is then accessed, where the database includes a first plurality of patterns that are compilable into an interpreted configuration and fail to compile into a native compiled configuration. Within the database, a first plurality of patterns is associated with a first alternative pattern that is compilable into the interpreted configuration and compilable into the native compiled configuration. The source code is parsed to create a second plurality of patterns and analyzed with the first plurality of patterns to determine whether a corresponding pattern exists. Upon determining that the corresponding pattern exists, the corresponding pattern is added to a change list and then outputted.

Abstract: Implementations for services integration in an integrated development environment (IDE) are described. An example method may include receiving a selection of a portion of source code in an IDE, providing a list of options to perform with respect to the selected portion of the source code, the options corresponding to services external to the IDE, receiving an indication of a selected option of the options from the list, identifying an owner of the selected portion of the source code, and causing one or more functions corresponding to the selected option to be performed with respect to the selected portion of the source code and the identified owner, wherein the one or more functions are integrated into the IDE for execution.

Abstract: The invention provides a vectorized representation method of a software source code. The vectorized representation method is an AST-based neural network which is a hierarchical vector representation method comprising the following implementation steps: step 1-1, converting an original software source code into an AST at the lowest layer, and then further dividing the AST according to source code statements to acquire a smaller statement tree sequence, wherein statement trees in the statement tree sequence are different in sequence, and the statement tree sequence is consistent with an original statement sequence; step 1-2, encoding the statement trees into statement vectors e1, e2, . . .

Abstract: Provided is a system and method for providing a single entry point for integrating software extensions across different software application. In one example, the method may include receiving, via a unified extensibility entry point, an indication that a first software artifact of a first software application is being locally extended, identifying one or more other software artifacts in one or more other software applications that are capable of being cross-extended based on the local extension of the first software artifact in the first software application, and displaying, via a user interface, information about the one or more other software artifacts that are capable of being cross-extended.

Abstract: An aspect includes displaying a list of test case functions via a user interface. Each of the test case functions includes a corresponding set of instructions that is extracted from a development application, and each of the test case functions is configured to execute an atomic action with respect to a test case. The set of instructions is transparent to a user of the user interface. An aspect further includes receiving, via the user interface, a user-inputted selection of the test case functions from the list. For each test function of the selected test case functions, an aspect includes displaying, via the user interface, a field for receiving a device identifier for a device subject to the test case; receiving, via the user interface, a user-inputted device identifier; assembling the test case from the selected test case functions and the device identifier; and executing the test case for the device.

Abstract: A method includes receiving a subject-matter expert (SME) interpretable model. The method further includes converting, by a processing device, the SME interpretable model into a functional mockup unit (FMU). The method further includes integrating the FMU into a control software project (CSP). The method further includes compiling the CSP into binary code.

Abstract: An instruction may be associated with a memory address. During execution of the instruction, the memory address may be translated to a next level memory address. The instruction may also be marked for address tracing. If the instruction is marked for address tracing, then during execution of the instruction, the memory address and the next level memory address may be recorded.

Abstract: Method, apparatus and computer program product for software application update management. For example, the apparatus includes at least one processor and at least one non-transitory memory including program code. The at least one non-transitory memory and the program code are configured to, with the at least one processor, receive a qualified lifecycle command associated with a software application; in response to receiving the qualified lifecycle command, obtain an update queue flag value for the software application; determine if the update queue flag value indicates an update-queued status or an update check status; and in response to determining that the update queue flag value indicates the update check status, determine if the software application has access to a latest version of a data resource associated with the software application and adjust the first update queue flag value based on if the software application has access to the latest version.