A mobile application development device having a platform processor, a native application converter engine, and a mobile platform framework engine configured to facilitate the development and deployment of mobile applications configured to be run on different mobile operating systems from code that is developed independently and agnostic of the mobile operating system on which it will ultimately run.

A Flutter-based compiling method, a compiling device, an executing method, a computer-readable storage medium, and a computer device are provided. The Flutter-based compiling method includes: receiving configuration content; in response to the configuration content, compiling and generating an executable file, where the executable file includes at least two of a Native component, a Flutter Native component and a Flutter dynamic component, and is configured to generate a routing table during operation, to enable the Native component, the Flutter Native component and the Flutter dynamic component to communicate with each other through the routing table.

Systems and methods for supporting a compilation framework for hardware configuration generation. In one implementation, a processing device executing a compilation workflow for a target architecture may receive an input source code associated with a configuration for the target hardware architecture; identify a first configuration information associated with at least a portion of the configuration for the target hardware architecture; perform a first set of compilation passes of the input source code in view of the first configuration information; generate, in view of the first set of compilation passes of the input source code, a first internal representation component for the target hardware architecture; and generate, in view of the first internal representation component, a binary bitstream component for the target hardware architecture

A quantum computing system includes a quantum processor having a plurality of qubits, a classical memory, and a classical processor. The classical processor is configured to compile a quantum program into logical assembly instructions in an intermediate language, aggregate the logical assembly instructions together into a plurality of logical blocks of instructions, generate a logical schedule for the quantum program based on commutativity between the plurality of logical blocks, generate a tentative physical schedule based on the logical schedule, the tentative physical schedule includes a mapping of the logical assembly instructions in the logical schedule onto the plurality of qubits of the quantum processor, aggregate instructions together within the tentative physical schedule that do not reduce parallelism, thereby generating an updated physical schedule; generate optimized control pulses for the aggregated instructions, and execute the quantum program on the quantum processor with the optimized control pulses and the updated physical schedule.

A software deployment system includes a release module, a deployment control module, and a deployment module. The release module is configured to generate a first release object identifying a specific version of a first set of files in a version control system. The files encode deployment parameters, including a pointer to an executable form of a first application. The deployment control module is configured to promote the first release object to an environment by copying the first set of files to a location in the version control system corresponding to the environment. The deployment module is configured to, after the first release object is promoted to an environment, deploy the first release object by: configuring the environment according to the deployment parameters; copying the executable form of the first application from the pointer location to the environment; and initiating execution of the copied executable form in the environment.

Provided are a system, an information processing method, and a program capable of improving a speed of information processing without using an intermediate code or the like even in a case where a plurality of heterogeneous devices are used. A system 1 includes: a source acquisition part 200 that acquires a source code; an arithmetic logic identification part 202 that identifies an arithmetic logic from the source code by using a predetermined API; an arithmetic logic supply part 208 that supplies the arithmetic logic to a compiler of a processor designated on the basis of the source code; a correspondence table creation part 210 that, when an object storage 400 stores a result obtained by compiling of the compiler of the designated processor as an execution image, creates a processor correspondence table in which a path to the execution image, which is stored in the object storage 400, in the designated processor is associated with the designated processor and stores the processor correspondence table in the object storage 400; and a correspondence relation determination part 212 that stores a correspondence relation, in which the arithmetic logic supplied by the arithmetic logic supply part 202 is associated with a storage path of the processor correspondence table stored in the object storage 400, in the object storage 400.

The invention provides a method of initiating code including (i) storing an application having first, second and third functions, the first function being a main function that calls the second and third functions to run the application, (ii) compiling the application to first and second heterogeneous processors to create first and second central processing unit (CPU) instruction set architecture (ISA) objects respectively, (iii) pruning the first and second CPU ISA objects by removing the third function from the first CPU ISA objects and removing first and second functions from the second CPU ISA objects;, (iv) proxy inserting first and second remote procedure calls (RPC's) in the first and second CPU ISA objects respectively, and pointing respectively to the third function in the second CPU ISA objects and the second function in the first CPU ISA objects, and (v) section renaming the second CPU ISA objects to common application library.

The objective of the present invention is to simplify the transfer of a program that has been edited. A support device, which assists in the development of a program executed by a target device provided in factory automation (FA), carries out a transfer process for transferring the program to the target device. The program includes a control program for controlling a machine and an HMI program for processing a variable used by the control program. When the control program or the HMI program has been edited, the support device simultaneously transfers the control program and the HMI program respectively to a control device and an HMI device.

A system for distributed device event handler configuration includes an event handler configuration server, including: a processor, a non-transitory memory, an input/output component, a visual program editor, a logical event model, and a device communicator; event management devices, each including: a hardware layer/operating system, a logical event mapping, a target compiler, a program executor; such that a configuration user can edit an event handling program, comprising event handlers, which handle device events on the event management devices; such that an event management device executes an event handler, when the event management device detects a device event, which corresponds with the event handler. Also disclosed is a method for distributed device event handler configuration, including editing an event handling program, updating devices, detecting a device event, and executing an event handler.

This document discloses a solution for detecting, by a computer apparatus, computer program library in a binary computer program code. A method according to an embodiment of the solution comprises in the computer apparatus: acquiring a reference computer program library file in a binary form; and determining at least one signature set of binary data from a read-only section of the reference computer program library, wherein the at least one signature set of binary data is determined to contain constant binary data that is unique to the reference computer program library; the method further comprising a testing phase comprising: acquiring binary computer program code and at least one signature set of binary data associated with each reference computer program library to be searched for; searching the binary computer program code for said at least one signature set of binary data; and upon determining that a signature set of binary data has been detected in the binary computer program code, determining that the binary computer program code comprises the computer program library associated with the detected signature set of binary data.