Number bases and logical operations. The stack. Input and output. Macros. Development of a system monitor. A Z-80 system monitor. Number-base conversion. Paper tape and magnetic tape routines. Linking programs to the CP/M operating system. The ASCII character set. A 64K memory map. The 8080 instruction set (alphabetic). The 8080 instruction set (numeric). The Z-80 instruction set (alphabetic). The Z-80 instruction set (numeric). Cross-reference of 8080 and Z-80 instructions. Details of the Z-80 and 8080 instruction set. Abbreviations and acronyms. Undocumented Z-80 instructions.

Introduces Assembly Language Programming Techniques. Complete with Instructions & Exercises

Introduction to assembly languagem programming how this book has been printed; Assemblers; The Z80 assembly language instruction set CPU registers and status flags; Simple programs; Arithmetic problems; Input/output.

Covers Programming the Z80 in Assembly Language & Teaches Both Novices & Advanced Programmers to Write Complete Z80 Programs. Requires No Prior Knowledge of Programming

Teaches How to Build a Working Computer Based on the Z80 Microprocessor. Parts & Hardware Sources are Listed

Familiarizes Microcomputer User with Z-80 Hardware & Software. Includes Instruction for "Computers on a Chip"

An introduction to microprocessors, updated to cover recent models. Designed as a first course in microcomputers, this new edition covers the hardware and machine language software of the 8080/8085 and Z-80 8-bit microprocessors. It explores various aspects of microcomputer technology using examples of 8080/8085 and Z-80 applications.

The most comprehensive treatment of advanced assembler programming ever published, this book presents a way of programming that involves intuitive, right-brain thinking. Also probes hardware aspects that affect code performance and compares programming techniques.