question: transforms a 4-bytes array into a 32-bit int concode_field_sep PlaceHolder placeHolder concode_field_sep byte[] wordToBytes concode_elem_sep boolean compare concode_elem_sep int rotateRight concode_elem_sep int[] rotateRight concode_elem_sep byte[] rotateRight concode_elem_sep long uWord concode_elem_sep byte[] fourBytes concode_elem_sep int rotateLeft concode_elem_sep int[] rotateLeft concode_elem_sep byte[] rotateLeft concode_elem_sep void main concode_elem_sep void decode concode_elem_sep short uByte concode_elem_sep byte[] twoBytes concode_elem_sep byte[] getBytes concode_elem_sep String bytesToHexString concode_elem_sep String bytesToHexString concode_elem_sep byte[] hexStringToBytes concode_elem_sep byte[] hexStringToBytes concode_elem_sep void print concode_elem_sep byte[] initBytes concode_elem_sep long bytesToWord concode_elem_sep long bytesToWord concode_elem_sep void copyTwoBytes concode_elem_sep byte[] clone concode_elem_sep void copyFourBytes concode_elem_sep String bytesToAddress concode_elem_sep void copyBytes concode_elem_sep void copyBytes concode_elem_sep byte[] addressToBytes concode_elem_sep byte[] intToBytes
target: long function ( byte [ ] arg0 ) { return ( ( ( ( ( ( long ) uByte ( arg0 [ 0 ] ) << 8 ) + uByte ( arg0 [ 1 ] ) ) << 8 ) + uByte ( arg0 [ 2 ] ) ) << 8 ) + uByte ( arg0 [ 3 ] ) ; }