AMIGA Assembly Language Programming

• Motorola assembly language programming
• Motorola embedded microcontroller series instruction reference and tutorial
• My Amiga hardware and demo programming sources
• My Amiga system programming sources
• A general assembly language tutorial

THE MOTOROLA 68000 INSTRUCTION SET EXPLAINED

The extremly flexible architecture of the Motorola 68xxx processors make them the most widespread CPU's in the industrial world. The 68000 family is also used in microcomputers as the Amiga, the Atari and the old Mac's. The 360 series with integrated UART and DMA controllers are along with their relatives in the HC series the standard cpu's in industrial embedded solutions.

This is a guide to instruction set of the Motorola 68xxx micros. Every instruction is thoroughly explained and the whole page is in the format of a textfile that is ready to be assembled with jumplabels for every instruction.

• M68000 This takes you to the complete textfile in a viewable format

I will also put up guides to the HC series as I use them more and more myself

MY SOURCE CODE

Some of my the results of my coding.These sourcecodes are published "as is" and if you need any help to assemble them be free to mail me but I can't gurantee a respons.

Direct 2 Hardware:

• Intro A complete demo intro with blitter,sprite,copper and sound effects
• Pic32 A hardware level picture displayer for 32 color bitmaps
• Pic8 As the above but for 8 color bitmaps
• RS232 Shows direct hardware access to the RS232 serial port
• PICBlit Simple 1 bitplane blitter example
• Cpmove Copper animation routine
• BlueBar Nice blue shaded copper bar
• Bluestars Small intro with starsprite scroll, copper and sampled sound

System programming:

• ExecMenu A menu driven GUI program executer
• SmplPlay A GUI sampleplayer with sliders for rate, period and volume
• Filter A GUI hipass filter control
• RS232GUI GUI control and HW serial access, also shows GUI structure auto-generation
• FileOpen Shows how to open a file

Tutorial examples:

• Table Shows how to move table data
• DIGITS Calculates bit representation