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emu/z80pack-1.9/doc/README-cpm2.txt

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+	Quickstart to run CP/M and MP/M on the Z80-CPU simulation
+
+1. Change to directory ~/z80pack/cpmsim/srcsim
+   make
+   make clean
+This compiles the CPU and hardware emulation needed to run CP/M and MP/M.
+
+2. Change to directory ~/z80pack/cpmsim/srccpm2
+   make
+   make clean
+This compiles support programs (see below), installs named pipes and so on.
+
+3. Make backup copies of your distribution disks!
+   cd ~/z80pack/cpmsim/disks/library
+   cp *.dsk ../backups
+
+4. Change to directory ~/z80pack/cpmsim
+   cpm2 - run CP/M 2.2
+   cpm3 - run CP/M 3.0
+   mpm  - this boots CP/M 2, run command mpm to boot MP/M 2
+
+Usage of the support programs:
+
+format:	to create an empty disk image for the CP/M simulation.
+	input: format <a | b | c | d | i | j>
+	output: in directory disks files drivea.cpm, driveb.cpm,
+		drivec.cpm, drived.cpm, drivei.cpm and drivej.cpm
+
+bin2hex:converts binary files to Intel hex.
+
+receive:This is a process spawned by cpmsim. It reads from the named
+	pipe auxout and writes all input from the pipe to the file,
+	which is given as first argument. cpmsim spawns this process
+	with the output filename auxiliary.cpm. Inside the simulator
+	this pipe is connected to I/O-port 5, which is assigned
+	to the CP/M device PUN:. So everything you write from CP/M
+	to device PUN: goes into the file auxiliary.cpm on the
+	UNIX host.
+
+send:	This process is to send a file from the UNIX host to the
+	simulator. Type send <filename> &, and then run cpmsim.
+	The process writes all data from file into the named pipe
+	auxin, which is also connected to I/O-port 5, which is
+	assigned to the CP/M device RDR:. You may use this to
+	transfer a file from the UNIX host to the simulator.
+	Under CP/M type pip file=RDR: to read the data send from
+	the process on the UNIX host.
+
+If you use PIP to transfer files between the UNIX host and the
+simulator, you can only use ASCII files, because pip uses cntl-z
+for EOF! To transfer a binary file from the UNIX host to the
+simulator convert it to Intel hex format with bin2hex. This
+can be converted back to a binary file under CP/M with the LOAD
+command.