README.adoc 6.8 KB

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  1. # BlueSCSI
  2. :toc: macro
  3. BlueSCSI & ArdSCSino are hardware that reproduces SCSI devices (hard disks) with an Arduino STM32F103C (aka Blue Pill.)
  4. `BlueSCSI` created by https://github.com/erichelgeson[erichelgeson] is a fork of `ArdSCSino-stm32` which adds:
  5. * Usability Improvements
  6. * Mac specific functionality
  7. * Enable/Disable Passive SCSI termination
  8. * An alternative power source if not able to be powered by the SCSI bus
  9. * Documentation
  10. * Open Hardware (KiCad & Grebers)
  11. `ArdSCSino-stm32` created by https://github.com/ztto/ArdSCSino-stm32[ztto] is the STM32 version of `ArdSCSino`
  12. `ArdSCSino` created by https://twitter.com/h_koma2[Tambo (TNB Seisakusho)]
  13. image::docs/buynow.png[link=https://scsi.blue, 150]
  14. image::docs/discordbanner.png[link=https://discord.gg/GKcvtgU7P9, 150]
  15. Join us in #bluescsi on https://discord.gg/GKcvtgU7P9[Discord] or open an issue on this repo.
  16. toc::[]
  17. ## Compatibility
  18. If your computer is not listed below - it may be compatible but there is no guarantee it will work. This device is designed and tested to work with pre-PowerPC Macs.
  19. ### Compatible
  20. https://github.com/erichelgeson/BlueSCSI/wiki/Supported-Systems
  21. ## Performance
  22. https://github.com/erichelgeson/BlueSCSI/wiki/Performance
  23. ## Assembly
  24. ++++
  25. See <a href="docs/assembly.md">docs/assembly.md</a>
  26. ++++
  27. ## Usage
  28. Hard Disk image files are placed in the root directory of a `ExFat` or `FAT32` formatted SD card. https://twitter.com/theory_retro/status/1376571371694723076[`ExFat` may be much faster]. Use a premade or blank disk below. These images are compatible with the RaSCSI device and Basilisk II emulator.
  29. The naming convention is as follows (file name max 32 characters). Note you may mount multiple drives at a time to different SCSI ID's.
  30. `HDxy_512.hda`
  31. ```
  32. HD - Hard Disk
  33. x - SCSI ID to attach to. 0-7 (though 7 on a Macintosh is the System)
  34. y - LUN id usually 0.
  35. 512 - Sector size. Usually 512. 256, 512, & 1024 supported.
  36. ```
  37. ### Examples
  38. `HD10_512.hda` - Hard Disk at SCSI ID 1, LUN 0, sector size of 512.
  39. `HD51_512 System 6.0.8L LC.hda` - Hard Disk at SCSI ID 5, LUN 1, sector size of 512. Text between block size and .hda is ignored.
  40. #### Bad
  41. `HD99_712 foo bar fizz buzz bang.hda` Over 32 chars and invalid SCSI/LUN/Block size
  42. If no image files are found PC13 will pulse on and off. Check the LOG.txt on the root of the SD card for any errors.
  43. ### Premade Images
  44. Premade images are handy to just drop onto your SD card and go. You can use an emulator such as https://www.emaculation.com/doku.php/basiliskii_osx_setup[Basilisk II] on your modern machine to get software from places like the https://macintoshgarden.com[Macintosh Garden] to your vintage mac.
  45. * Premade from RaSCSI in BlueSCSI too - Rename the files based on the Usage instructions above. - http://macintoshgarden.org/apps/rascsi-68kmla-edition
  46. ### Blanks
  47. These are blank, formatted drives. If you want to install an OS or software on an empty drive, use one of these.
  48. * Preformatted HFS blank images in various sizes - https://github.com/erichelgeson/BlueSCSI/tree/main/docs/MacHD.zip
  49. ### Custom Disk Images (Advanced)
  50. This technique is useful when you would like a disk image larger than the pre-built images in the previous section.
  51. The following instructions demonstrates the process using https://ss64.com/osx/dd.html[dd] on a modern Mac:
  52. 1. Open terminal.
  53. 2. The following command will create a blank disk image. You can modify the command to suit your use.
  54. * `dd if=/dev/zero of=example.hda bs=1m count=500`
  55. * The `count` field defines the number of megabytes (`bs=1m`) the total disk image should be.
  56. * The output file from the command is "example.hda". This can be changed in the `of=example.hda` field.
  57. 3. Place the new blank disk image in the root directory of your SD card.
  58. 4. If you do not already have a tool to format SCSI drives, https://macintoshgarden.org/apps/lido-756[download LIDO]. You can use an emulator such as https://www.emaculation.com/doku.php/basiliskii_osx_setup[Basilisk II] to move files to the image to prepare your installation.
  59. 5. After booting into your target machine with the working Mac OS disk image on your BlueSCSI from step 3, format the blank disk.
  60. ### Termination
  61. To enable termination place the two jumpers on the TERM block. Termination should be enabled if it is the last device in the SCSI chain, otherwise remove the jumpers if it is not.
  62. ## Troubleshooting
  63. https://github.com/erichelgeson/BlueSCSI/wiki/Troubleshooting
  64. ### Older Version Specific Troubleshooting
  65. <<docs/troubleshooting-1.0-b.adoc,Version 1.0-b>>
  66. ## Hardware Versions
  67. ### 1.1-a (in testing)
  68. * Other SCSI connection types
  69. * More silk screen art
  70. ### 1.0-c (Latest)
  71. * Fixed issue with diode footprint being too small
  72. * Fixed issue with external power and `TERMPOWER`
  73. ### 1.0-b
  74. First release
  75. ## Development (Advanced)
  76. Below is for users who wish to edit or develop on the BluePill - normal users should not need to worry about this.
  77. ### Setup PlatformIO IDE
  78. Open the project in https://platformio.org/platformio-ide[PlatformIO IDE] and everything is pre-configured.
  79. ## Flashing
  80. When flashing you have two options:
  81. Flash by setting up the IDE and re-compiling and programming. If you are a developer and plan to contribute this method is what you should use.
  82. You may also flash the `.bin` file directly from https://www.st.com/en/development-tools/stm32cubeprog.html[STM32CubeProgrammer]. Use this method if you are not a developer and just wish to get the code to the BluePill.
  83. ### Using STLink v2 (prefered)
  84. 1. Remove SD Card
  85. 2. Make sure the STLink is up to date - https://www.st.com/en/development-tools/stsw-link007.html[Latest Firmware]
  86. 3. Connect pins `SWDIO`(2), `GND`(4), `SWCLK`(6), and `3.3v`(8) from the programmer to the Blue Pill. NOTE: These are not the same as Serial ports.
  87. 4. Run the https://docs.platformio.org/en/latest/integration/ide/vscode.html#project-tasks[PlatformIO: Upload] task.
  88. 5. You should see the LED `PC_13` flashing indicating no SD Card detected.
  89. 6. Insert SD Card, boot on your favorite Mac!
  90. The following YoutTube video demonstrates the steps of flashing & updating your BlueSCSI https://www.youtube.com/watch?v=bRLAOts_MTM
  91. #### Trouble Shooting
  92. If the device is not detected you may need to hold reset, click program, once it is detected release reset.
  93. If you are unable to get the device in DFU mode for programming you may need to use https://www.st.com/en/development-tools/stm32cubeprog.html[STM32CubeProgrammer] to erase the chip.
  94. ### Alterantive upload methods
  95. See the https://docs.platformio.org/en/latest/boards/ststm32/bluepill_f103c8.html#uploading[uploading] documentation on PlatformIO for alterantives.
  96. ### Using USB HID
  97. Note: I have not been able to get this method to work. Please contribute to this document if you do.
  98. ## Notes
  99. ### Making Gerbers for JLCPCB
  100. https://support.jlcpcb.com/article/44-how-to-export-kicad-pcb-to-gerber-files
  101. BlueSCSI(TM) - Eric Helgeson - All rights reserved.