A method for executing program components on a control unit includes receiving a first program unit and a second program unit; producing a first proxy definition and a second proxy definition, wherein a proxy definition stipulates access to at least one function and/or a memory area of a program unit, wherein the first proxy definition is associated with the first program unit and the second proxy definition is associated with the second program unit; compiling the first program unit and the second program unit to produce a first program component, a second program component, a first proxy component and a second proxy component; and executing the first program component and the second program component on a control unit, wherein the first program component calls and/or uses at least one function of the second program component by using the first proxy component and the second proxy component.

Various embodiments include methods for dynamically modifying shared libraries on a client computing device. Various embodiment methods may include receiving a first set of code segments and a first set of code sites associated with a first application. Each code in the first set of code sites may include an address within a compiled shared library stored on the client computing device. The compiled shared library may include one or more dummy instructions inserted at each code site in the first set of code sites, and each code segment in the first set of code segments may be associated with a code site in the first set of code sites. The client computing device may insert each code segment in the first set of code segments at its associated code site in the compiled shared library.

A link management device, concerning development management data utilized by each of a plurality of development management systems included in a tool chain system, manages a link between items of the development management data. A link registration unit executes crawling of acquiring, from each of the plurality of development management systems, information of the development management data including naming information indicating naming of the development management data. Then, based on the information of the development management data, the link registration unit transmits a link registration instruction for registering the link between the items of the development management data to the plurality of development management systems. Then, the link registration unit records the link between the items of the development management data, as link record information.

A link management device, concerning development management data utilized by each of a plurality of development management systems included in a tool chain system, manages a link between items of the development management data. A link registration unit executes crawling of acquiring, from each of the plurality of development management systems, information of the development management data including naming information indicating naming of the development management data. Then, based on the information of the development management data, the link registration unit transmits a link registration instruction for registering the link between the items of the development management data to the plurality of development management systems. Then, the link registration unit records the link between the items of the development management data, as link record information.

Provided is a method, apparatus, system, and non-transitory computer readable medium for extending at least one function of a package file. A function addition method executed at a computer may include storing a package file for an application; extracting, from the package file, a file in which information about a class most initially called in response to execution of the application is set as configuration information of the application; and setting a class name of a new class to an item to which information about the most initially called class is set in the extracted file.

Described herein are techniques for generating a stitched shader program. The techniques include identifying a set of shader programs to include in the stitched shader program, wherein the set includes at least one multiversion shader program that includes a first version of instructions and a second version of instructions, wherein the first version of instructions uses a first number of resources that is different than a second number of resources used by the second version of instructions. The techniques also include combining the set of shader programs to form the stitched shader program. The techniques further include determining a number of resources for the stitched shader program. The techniques also include based on the determined number of resources, modifying the instructions corresponding to the multiversion shader program to, when executed, execute either the first version of instructions, or the second version of instructions.

Techniques involve determining a job template for executing a development job in the development environment and obtaining configuration information associated with the development job. The configuration information defines a development environment user preference for a configuration parameter. A development job instance is generated based on the job template and the configuration parameter. The development job instance is executed on code from the user to build an image for executing an application program. Rather than write code, developers may generate a development job instance including the desired configuration parameter by modifying the configuration information. Such techniques improve working efficiency of developers and maintain a common development template for use by developers. Such a technique may improve operation by imposing consistent storage application control.

Techniques involve determining a job template for executing a development job in the development environment and obtaining configuration information associated with the development job. The configuration information defines a development environment user preference for a configuration parameter. A development job instance is generated based on the job template and the configuration parameter. The development job instance is executed on code from the user to build an image for executing an application program. Rather than write code, developers may generate a development job instance including the desired configuration parameter by modifying the configuration information. Such techniques improve working efficiency of developers and maintain a common development template for use by developers. Such a technique may improve operation by imposing consistent storage application control.

A method of localizing a computer program code comprises, with a manager node, updating a message catalog, localizing code at the manager node, and distributing the localize code to a number of client nodes. An apparatus for localizing computer program code comprises a processor, and a memory communicatively coupled to the processor, in which the memory comprises a message catalog, and in which the processor updates a message catalog, localizes code at the manager node, and distributes localized code to a number of client nodes.

The disclosure herein describes integrity verification of a checksum of a canister data structure using built-in checksum verification capability. A kernel image is accessed, and a canister data structure is allocated in a section of memory. The canister data structure is loaded with canister data from the kernel image, wherein the loading is based on an interpreter obtained from the kernel image, wherein the canister data includes address relocation data and a checksum of the canister data. A binary image of the canister data structure is assembled, wherein the assembling includes at least performing reverse relocation on the canister data structure using the address relocation data. A checksum is generated based on the assembled binary image, and the checksum of the canister data is verified using the generated checksum. The integrity of the canister data structure is confirmed based on the verification.