Abstract: Embodiments disclose a method, computer program product, and system for optimizing computer functions. The embodiment may create a control flow graph from a computer function. The control flow graph may contain an entry block, an exit block, and basic blocks located between the entry block and the exit block. The embodiment may classify each of the basic blocks as an original heavy basic block or an original light basic block. The embodiment may classify the original heavy block, the exit block and each of the basic blocks that are located between each original heavy block and the exit block as a determined heavy block. The embodiment may create light computer functions and heavy computer functions from the computer function. Each heavy computer function contains the basic blocks classified as determined heavy. The light computer functions contains the remaining basic blocks, the exit block and calls to the heavy computer functions.

Abstract: Embodiments disclose a method, computer program product, and system for optimizing computer functions. The embodiment may create a control flow graph from a computer function. The control flow graph may contain an entry block, an exit block, and basic blocks located between the entry block and the exit block. The embodiment may classify each of the basic blocks as an original heavy basic block or an original light basic block. The embodiment may classify the original heavy block, the exit block and each of the basic blocks that are located between each original heavy block and the exit block as a determined heavy block. The embodiment may create light computer functions and heavy computer functions from the computer function. Each heavy computer function contains the basic blocks classified as determined heavy. The light computer functions contains the remaining basic blocks, the exit block and calls to the heavy computer functions.

Abstract: Embodiments disclose a method, computer program product, and system for optimizing computer functions. The embodiment may create a control flow graph from a computer function. The control flow graph may contain an entry block, an exit block, and basic blocks located between the entry block and the exit block. The embodiment may classify each of the basic blocks as an original heavy basic block or an original light basic block. The embodiment may classify the original heavy block, the exit block and each of the basic blocks that are located between each original heavy block and the exit block as a determined heavy block. The embodiment may create light computer functions and heavy computer functions from the computer function. Each heavy computer function contains the basic blocks classified as determined heavy. The light computer functions contains the remaining basic blocks, the exit block and calls to the heavy computer functions.

Abstract: Embodiments disclose a method, computer program product, and system for optimizing computer functions. The embodiment may create a control flow graph from a computer function. The control flow graph may contain an entry block, an exit block, and basic blocks located between the entry block and the exit block. The embodiment may classify each of the basic blocks as an original heavy basic block or an original light basic block. The embodiment may classify the original heavy block, the exit block and each of the basic blocks that are located between each original heavy block and the exit block as a determined heavy block. The embodiment may create light computer functions and heavy computer functions from the computer function. Each heavy computer function contains the basic blocks classified as determined heavy. The light computer functions contains the remaining basic blocks, the exit block and calls to the heavy computer functions.

Abstract: Embodiments disclose a method, computer program product, and system for optimizing computer functions. The embodiment may create a control flow graph from a computer function. The control flow graph may contain an entry block, an exit block, and basic blocks located between the entry block and the exit block. The embodiment may classify each of the basic blocks as an original heavy basic block or an original light basic block. The embodiment may classify the original heavy block, the exit block and each of the basic blocks that are located between each original heavy block and the exit block as a determined heavy block. The embodiment may create light computer functions and heavy computer functions from the computer function. Each heavy computer function contains the basic blocks classified as determined heavy. The light computer functions contains the remaining basic blocks, the exit block and calls to the heavy computer functions.

Abstract: Embodiments disclose a method, computer program product, and system for optimizing computer functions. The embodiment may create a control flow graph from a computer function. The control flow graph may contain an entry block, an exit block, and basic blocks located between the entry block and the exit block. The embodiment may classify each of the basic blocks as an original heavy basic block or an original light basic block. The embodiment may classify the original heavy block, the exit block and each of the basic blocks that are located between each original heavy block and the exit block as a determined heavy block. The embodiment may create light computer functions and heavy computer functions from the computer function. Each heavy computer function contains the basic blocks classified as determined heavy. The light computer functions contains the remaining basic blocks, the exit block and calls to the heavy computer functions.