86results about "Binary to binary" patented technology

The invention discloses a binary loadable file conversion generation method and device and resource-constrained equipment, and the method comprises the steps: obtaining a conversion auxiliary file based on segment data of a to-be-converted binary intermediate file under the condition that any to-be-converted binary intermediate file is converted; the to-be-converted binary intermediate file is converted according to the conversion auxiliary file, import segment information and export segment information in the converted binary loadable file and a binary link file corresponding to the binary loadable file are obtained, and conversion of the binary intermediate file is achieved through the conversion auxiliary file. According to the technical scheme, the binary loadable file and the corresponding binary link file can be obtained, multiple binary intermediate files can still be achieved at the same time, the conversion efficiency is improved, link among the multiple binary intermediate files is completed, the subsequent secondary link process is reduced, and the conversion efficiency of the binary loadable file is improved. The mounting speed is improved.

A computer-implemented or hardware-implemented method and apparatus (100) for automated diverse redundancy execution of binary instructions, where the apparatus (100) comprises a first processor (102) having a first architecture and a second processor (104) having a second architecture, where the first processor (102) is configured to execute binary instructions in a first format, where the second processor (104) is configured to execute binary instructions in a second format. The second processor (104) is configured to execute binary instructions in a second format, different from the first format, the device (100) is configured to provide at least one binary instruction (1) in the first format to the first processor (102) and to provide at least one binary instruction (2) redundant to the at least one first binary instruction (1) in the second format to the second processor (104), the device (100) is designed to either receive the at least one binary instruction (1) in the first format and to determine the at least one binary instruction (2) in the second format from the at least one binary instruction (1) in the first format, or receiving a binary instruction in a third format different from the first format and from the second format for the binary instruction, a binary instruction (3) redundant with the at least one binary instruction (1) of the first format and with the at least one binary instruction (2) of the second format and determining the at least one binary instruction (1) of the first format and the at least one binary instruction (2) of the second format according to the binary instruction of the third format.

Embodiments of the present application provide a patching method and related equipment, the method comprising: generating a compilation information table in the compilation process of an original file, the original file being a WebAssembly binary format file, the compilation information table recording a function index of an original function, the original function being a function in the original file; generating a function correspondence table according to the compilation information table in the compilation process of a patch file, the patch file being a WebAssembly binary format file, the function correspondence table recording a correspondence between the original function and a patch function, the patch function being a function in the patch file; and replacing, in the loading process of the original file, a function address of the original function in a function index space with a function address of the patch function according to the function correspondence table, the function index space being generated in the loading process of the original file. With the embodiments of the present application, function-level replacement and update of a WebAssembly application using a patch can be achieved.