Data splitting for multi-instantiated objects

A computer program product for searching source code, the computer program product comprising a non-transitory computer readable medium having computer-readable program code embodied therewith, which when executed by a computer processor, causes the computer processor to implement:

• receiving a portion of source code for compilation having a dynamic object to split using object size array data splitting;
• replacing all memory allocations for the dynamic object with a total size of an object size array and a plurality of object field arrays;
• inserting statements in the source code after the memory allocations to populate the object size array, such that each element of a plurality of elements of the object size array is a value that is equal to a number of elements in the object size array, and wherein each of the object size array and the plurality of object field arrays comprises the same number of elements;
• updating a stride for load and store operations using dynamic pointers;
• and
• modifying field references by adding a distance between the object size array and an object field array of the plurality of object field arrays to respective address operations.

An apparatus for data splitting for multi-instantiated objects, the apparatus comprising:

• a communications fabric;
• a memory connected to the communications fabric, wherein the memory contains computer executable program code;
• a communications unit connected to the communications fabric;
• an input/output unit connected to the communications fabric;
• a display connected to the communications fabric;
• and
• a processor unit connected to the communications fabric, wherein the processor unit executes the computer executable program code to direct the apparatus to:
• receive a portion of source code for compilation having a dynamic object to split using object size array data splitting;
• replace all memory allocations for the dynamic object with a total size of an object size array and a plurality of object field arrays;
• inserting statements in the source code after the memory allocations to populate the object size array, such that each element of a plurality of elements of the object size array is a value that is equal to a number of elements in the object size array, and wherein each of the object size array and the plurality of object field arrays comprises the same number of elements;
• update a stride for load and store operations using dynamic pointers;
• and
• modifying field references by adding a distance between the object size array and an object field array of the plurality of object field arrays to respective address operations.