Page Index - retrotruestory/M1DEV GitHub Wiki

307 page(s) in this GitHub Wiki:

• Home
• ## 1. Fast Memory Copy Implementation
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• 24‐point summary of the Magic 1 computer architecture
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• a
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• About Bill Buzbee
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• Additional information requiring reorganization
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• Additional Undocumented Magic‐1 Features
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• Addressing Modes
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• adduser
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• Analysis and Implementation of Magic‐1 Bootloader Size Limitations
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• Architectural Verification Test Suite
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• assembler (m1_as)
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• Basic C interpreter environment
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• boot‐room
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• CF & IDE
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• Clocks
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• command: adb
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• Comprehensive Analysis of Magic‐1 Architecture and Bootloader
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• Configure linux environment to create new programs for Magic‐1
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• Control Lines
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• Create a virtual machine with a C interpreter
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• Create assembly routines for performance‐critical sections
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• Create port forwarding rule on your Ubee EVW32C router
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• Creating a new program for Magic‐1 in the linux environment
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• Creating new software for Magic‐1
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• Critical Technical Details for Magic‐1 Programmers
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• Cross Development Environment Overview
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• Date and Time
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• Debug capabilities
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• Debugging Magic‐1
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• Details for Magic‐1 Bootloader
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• Device virtualization
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• Dhrystone
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• Direct access to Magic‐1 hardware through VM interface
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• Direct hardware access control
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• Direct use of ldcode stcode for memory access
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• emu
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• emulator status
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• emulator work
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• EPROM daughter card
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• eprom programmer
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• Example of using inline assembly in C code for Magic‐1
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• example: postcode.c
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• example: segfault (in C) on Magic‐1
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• expanding the Magic‑1 microcode
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• Fetch Execute Sequence
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• fibonacci program
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• file: M1.md
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• Fixing Magic‐1 Emulator CPU Implementation Issues
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• for later
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• Front panel LEDs
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• fsck
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• glossary of terms
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• History of the birth of Magic‐1
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• How to change port numbers for ftp and telnet
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• How to change the host name of your machine
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• How to change the setting so that Magic‐1 automatically boots with the network and RAM disk enabled?
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• How to prepare a CF card with the system
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• Ideas for the future
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• Implementation of Test Bank and Diagnostic Microinstructions
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• Implementing an Instruction Cache for Magic‐1
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• Integration with VM system
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• Internal Busses
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• Interrupt Vector
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• intr
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• In‐Depth Magic‐1 Technical Analysis
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• it would be possible to double the microcode store from 512 to 1024 entries
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• Just‐in‐time compilation
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• List of files (map)
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• List of ICs parts list (BOM)
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• List of questions:
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• Load map for bloader
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• Loading program (bootloader)
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• Loading sequence
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• M1emu ‐ programmer
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• Magic Architecture Overview
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• Magic‐1 Architecture Summary
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• Magic‐1 Boot Process
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• Magic‐1 Bootloader Format
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• Magic‐1 bootloader loading and execution process
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• Magic‐1 Bootloader Optimization Analysis (Tested and works)
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• Magic‐1 CF Card Boot Process
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• Magic‐1 CF Card Communication Protocol
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• Magic‐1 CF Card Interface Protocol
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• Magic‐1 Complete Technical Specification
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• Magic‐1 Computer Architecture Layers
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• Magic‐1 Computer Bootloader Analysis
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• Magic‐1 Computer Emulator Technical Summary
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• Magic‐1 construction diagrams
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• Magic‐1 CPU Instruction Set Overview
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• Magic‐1 Emulator Project
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• Magic‐1 Emulator Project (not finish)
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• Magic‐1 Emulator Project Status Analysis
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• Magic‐1 Emulator Technical Information (no GUI version)
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• Magic‐1 Emulator Test Suite Documentation
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• Magic‐1 Hardware Initialization Procedure
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• Magic‐1 instruction set
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• Magic‐1 Instruction Set Reference
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• Magic‐1 Memory Map
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• Magic‐1 microcode
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• Magic‐1 Microcode Architecture
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• Magic‐1 Microcode Architecture: Loading Process
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• Magic‐1 Microcode Example
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• Magic‐1 Microcode File Format
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• Magic‐1 Page Table Flags
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• Magic‐1 Processor Architecture
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• Magic‐1 Runtime Initialization
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• Magic‐1 Signal Control and Interconnection Analysis
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• Magic‐1 system software
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• Magic‐1 Technical Architecture Specifications
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• Magic‐1 Verilog Implementation
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• mcode_rec_t structure as defined in mcode.h
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• Memory Map
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• Memory ranges used in this Bootloader code
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• Microcode Sequencer
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• MICROCODE_EXECUTOR
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• Minix FTP client
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• mknod
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• Modifying the bootrom and adding new features (soon)
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• Novel Magic‐1 Optimization Techniques Based on Documented Architecture
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• Null modem cable
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• Optimize register usage
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• Page table management
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• Paging
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• Part
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• Photo gallery of Magic‐1 computer
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• POST CODE
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• Practical implementation plan for the ideas for Magic‐1
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• Processor Commands
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• Programming on Magic‐1
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• Proper way to exit command line program
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• readclock
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• Registers & ALUs
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• retargeting lcc
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• Save
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• screendump
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• Serial Line Internet Protocol (SLIP)
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• Set
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• shutdown ‐h
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• Sieve of Eratosthenes ‐ a prime number generator
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• Source code for the M‐1 microcode
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• Telnet
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• temp
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• The assembler, "qas"
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• Unassigned resources
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• update
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• Using Magic‐1
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• Using memcopy instruction for block data transfers
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• Using specialized Magic‐1 instructions
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• Using the Front Panel Switches in Magic‐1
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• Virtual memory space for interpreted code
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• Visible Registers
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• We can optimize bloader.c by utilizing Magic‐1's assembly instructions
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• Would need to implement system calls for VM
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