Assembly Language Programming and the IBM 360 and 370 Computers
Introduction to computing; Binary arithmetic and the 360 control unit; Introduction to programming; Using the registers; Program and job structure; The memory; Using the memory; Machine language: memory addresses; Branching and loop control; Character manipulation; Machine language and the program status word; Program debugging and testing; Subroutine linkage; Bit manipulation; Data forms and conversion; Decimal arithmetic; Input / Output programming; Macro programming and control of the assembler; Floating-point arithmetic; Fancy instructions.
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INTRODUCTION TO COMPUTING
BINARY ARITH METIC
INTRODUCTION TO PROGRAMMING
17 other sections not shown
arithmetic assembler assembly language base register binary bits block branch bytes calculations called carry Chapter character Compare complete condition code contains contents convert counter data set decimal decimal number designed determine digit discussed EBCDIC effect equivalent error example exception execution field Figure final floating-point format FPR1 full word given indicate input input/output instruction integer length Load logical loop machine language macro means memory memory address module move necessary operand operating system operation output packed places position possible printed problem processing produces record represent request result shift shows space specify starting statement step stored subroutine Suppose symbol tion translate unit write written zoned