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--- builderpages:plasmo:cb030:cb030_rev1:getting_started_cb030r1 [2025/02/14 09:00] – Revision from 2025-02-14
+++ builderpages:plasmo:cb030:cb030_rev1:getting_started_cb030r1 [2026/06/15 13:05] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
+/* Imported from Wayback Machine
+   Original URL : https://retrobrewcomputers.org/doku.php?id=builderpages:plasmo:cb030:cb030_rev1:getting_started_cb030r1
+   Snapshot date: 2025-10-15
+   Generator    : wayback-archiver
+*/
+====== Getting Started with CB030, Rev1 ======
+===== Introduction =====
+[[https://www.retrobrewcomputers.org/lib/exe/fetch.php?tok=e47189&media=https://www.retrobrewcomputers.org/lib/plugins/ckgedit/fckeditor/userfiles/image/builderpages/plasmo/cb030/cb030_rev1/cb030_rev1_annotated.jpg|{{https://www.retrobrewcomputers.org/lib/plugins/ckgedit/fckeditor/userfiles/image/builderpages/plasmo/cb030/cb030_rev1/cb030_rev1_annotated.jpg?600x377|www.retrobrewcomputers.org_lib_plugins_ckgedit_fckeditor_userfiles_image_builderpages_plasmo_cb030_cb030_rev1_cb030_rev1_annotated.jpg}}]]
+This guide assume you already have a fully assembled CB030 rev1 as shown in the picture above.
+===== Connecting console serial port =====
+The console serial port is the CP2102 USB-serial adapter soldered directly to the CB030 board. Set the terminal emulator to 38400 N-8-1. Hardware handshake is not absolute required to operate CB030; the processor is fast enough to support Kermit file transfer without handware handshake.
+===== Powering Up =====
+CB030 requires regulated 5V, 1amp. The power plug is 2.5mm X 5.5mm which is not compatible with the more popular 2.1mm X 5.5mm connector.
+Apply power to CB030 and the following message will display after about 1 second delay:
+//CB030Bug\\
+/26/20 v0.5, type “he” for help\\
+>//
+Type 'he' to display the help menu
+//> he Commands are in lower case, <>optional, []mandatory dm [address] <count> dr <a|d|a0-a7|d0-d7> Display all registers if no parameter mm [address] <value> If only address entered, a submenu will follow: . terminates submenu session\\
+- go back one word address\\
+[value] modify current address and display next address\\
+CR not modify current address but display next address\\
+mr [a0-a7|d0-d7] <value> If only register entered, a submenu will follow:\\
+. terminates submenu session\\
+- go back one register\\
+[value] modify current register and display next register\\
+CR not modify current register but display next register\\
+go <from_addr> <to_addr> If no address specified, use save register values\\
+bp <addr> If no address specified, display current break point\\
+special case: bp 0 removes breakpoint\\
+du [address] <line count> dump specified number of lines\\
+bo boot into CP/M68K, same as “go 15000”\\
+eh start EhBasic, same as “go 4196”\\
+>//
+Please refer to CB030 Monitor manual for description of various monitor commands.
+===== CP/M68K =====
+To run CP/M68K from the monitor, type 'bo' and the CP/M68K A> prompt will display
+Drive A is read-only drive reside on EPROM. It contains the formatting software, 'init.68k' and file transfer file, 'gkermit.68k'
+Drive B-E are 8-megabyte read-write drives reside on compact flash disk. The assembled and tested CB030 includes a CF disk already formated and loaded with CP/M68K distribution files.
+A new blank CF disk needs to be formated first and then loaded with CP/M68K files. Since drive A already has the init.68k and gkermit.68k, it is easy to format and transfer files to a new CF disk.
+To format a new CF disk, type:
+//init b://
+//init c://
+//init d://
+//init e://
+CP/M will ask you to confirm, press 'y' to go ahead with the format command
+To transfer file(s) with gkermit to a read-write drive (drive E in this example), type:
+//e://
+//a:gkermit -r//
+Select kermit protocol in your serial terminator emulator and send one or more files (in TeraTerm: File → Transfer → Kermit → Send, then pick the file or files to send).
+==== Test drive CB030 ====
+First, change to a new drive and copy CP/M files to it:
+//pip b:=e:*.*[v]// ← this command copies all files from drive E to drive B with verify
+To run microEMACS, type:
+//me hello.c//
+The microEMACS screen editor will open with a blank screen, type:
+//main()//
+//{//
+//printf(“Hello World”);//
+//}//
+//ctrl-Z// to save and exit microEMACS
+To compile the Hello World program, type:
+//c hello//
+To link the Hello World program, type:
+//clink hello//
+to run the new Hello World program, type:
+//hello//
+The CP/M distribution include a simple BASIC program, asciiart.bas. To compile this BASIC program, type:
+//cb68 asciiart.bas//
+To link with BASIC library, type:
+//link68 asciiart,cb68.l68//
+To run the new BASIC program, type:
+//asciiart//
+You should see the following:
+<code code>
+000000011111111111111111122222233347E7AB322222111100000000000000000000000000000
+000001111111111111111122222222333557BF75433222211111000000000000000000000000000
+000111111111111111112222222233445C      643332222111110000000000000000000000000
+011111111111111111222222233444556C      654433332211111100000000000000000000000
+11111111111111112222233346 D978 BCF    DF9 6556F4221111110000000000000000000000
+111111111111122223333334469                 D   6322111111000000000000000000000
+1111111111222333333334457DB                    85332111111100000000000000000000
+11111122234B744444455556A                      96532211111110000000000000000000
+122222233347BAA7AB776679                         A32211111110000000000000000000
+2222233334567        9A                         A532221111111000000000000000000
+222333346679                                    9432221111111000000000000000000
+234445568  F                                   B5432221111111000000000000000000
+                                              864332221111111000000000000000000
+234445568  F                                   B5432221111111000000000000000000
+222333346679                                    9432221111111000000000000000000
+2222233334567        9A                         A532221111111000000000000000000
+122222233347BAA7AB776679                         A32211111110000000000000000000
+11111122234B744444455556A                      96532211111110000000000000000000
+1111111111222333333334457DB                    85332111111100000000000000000000
+111111111111122223333334469                 D   6322111111000000000000000000000
+11111111111111112222233346 D978 BCF    DF9 6556F4221111110000000000000000000000
+011111111111111111222222233444556C      654433332211111100000000000000000000000
+000111111111111111112222222233445C      643332222111110000000000000000000000000
+000001111111111111111122222222333557BF75433222211111000000000000000000000000000
+000000011111111111111111122222233347E7AB322222111100000000000000000000000000000
+</code>