    My english is not so good, I hope you understand what I write here.
    ---
    (At the end there are some screen snapshots when yaze-ag-2.20 starts.)
    ---

    Install yaze-ag-2.51.3:
    =======================

    Sections:

    	 1. SOLARIS (SparcV9)
    	 2. LINUX
    	 3. FreeBSD
    	 4. Cygwin (Windows)
    	 5. Mac-OS-X (not yet ready)
    	 6. Raspberry Pi 1 .......... (ARMv6, 32Bit)
    	 7. Raspberry Pi 2 Model B .. (ARMv7, 32Bit)
    	 8. Raspberry Pi 3 Model B/B+ (ARMv7, 32Bit)
    	 9. Raspberry Pi 3 Model B/B+ (ARMv8, 64Bit)
    	10. Raspberry Pi 4 Model B .. (ARMv7, 32Bit, 4GB + 8GB)(e.g. for the RaspberrypiOS of the Raspberrypi Foundation (32Bit))
    	11. Raspberry Pi 4 Model B .. (ARMv8, 64Bit, 4GB + 8GB)(e.g. for the Manjaro-RPi4-Image (64Bit) or RaspberrypiOS (64Bit))
    	12. Orange Pi Plus/Plus2 (ARMv7, 32Bit)
    	13. Radxa Rock/RockPro/RockLite

    	Notes if you want to install yaze-ag in your system (Unix/Linux/FreeBSD)
    	How do you start yaze-ag?
    	How can I edit the .yazerc startup file as a WINDOWS user?
    	Documentation
    	Screen snapshoots of the old YAZE-AG-2.20 at start

    1. If you want to run yaze-ag on SOLARIS (SparcV9 and X86_64) then
       (cc and gcc)

    	copy  Makefile_solaris_cc-sparcv9  to  Makefile (for CC compiler  and SparcV9 processor)
    	copy  Makefile_solaris_cc-x86_64   to  Makefile (for CC compiler  and X86_64  processor)
    	copy  Makefile_solaris_gcc-sparcv9 to  Makefile (for GCC compiler and SparcV9 processor)
    	copy  Makefile_solaris_gcc-x86_64  to  Makefile (for GCC compiler and X86_64  processor)

    	edit Makefile in the section optimizing: Refer the
    	switches -mcpu in "man cc" or "man gcc" and set the switches
    	like your hardware

    	then call "make" or "make -j <cores>"

    	If you want to install the emulator in the system read the
    	notes above in this document.
    	To install the files in /usr/local/bin and /usr/local/lib/yaze
    	give the command "make install" as root.

    2. If you want to run yaze-ag on LINUX then
       (gcc version 3.3 20030226 (prerelease) (openSuSE)

    	copy  Makefile_linux_32_i586         to Makefile   (for a 32 Bit (e.g. i586) processor)
    	copy  Makefile_linux_64_amd_athlon64 to Makefile   (for AMD 64 Bit processor)
    	copy  Makefile_linux_64_intel_corei7 to Makefile   (for Intel corei7 processor)
    	copy  Makefile_linux_64_intel_nocona to Makefile   (for Intel 64Bit processor)

    	edit Makefile in the section optimizing:
    	Refer the section optimizing and
    	set -march and -mtune like your hardware

    	then call "make" or "make -j <cores>"

    	If you want to install the emulator in the system read the
    	notes above in this document.
    	To install the files in /usr/local/bin and /usr/local/lib/yaze
    	give the command "make install" as root or use "sudo make install".

    3. If you want to run yaze-ag on FreeBSD then

    	copy  Makefile_freebsd  to  Makefile

    	edit Makefile in the section optimizing:
    	Refer the section optimizing (clang or gcc) and
    	set -march and -mtune like your hardware (default: -march=barcelona)

    	then call "make" or "make -j <cores>".

    	If you want to install the emulator in the system read the
    	notes above in this document.
    	To install the files in /usr/local/bin and /usr/local/lib/yaze
    	give the command "make install" as root.

    4. If you want to run yaze-ag on Cygwin (Windows) then
       (gcc (cygwing special))

    	copy  Makefile_cygwin_32           to  Makefile  (for 32 Bit machines or ARM8 with x86_32 emulation)
    	copy  Makefile_cygwin_64_core2duo  to  Makefile  (for Intel core2duo machines)
    	copy  Makefile_cygwin_64_corei7    to  Makefile  (for Intel corei7   machines)
    	copy  Makefile_cygwin_64_generic   to  Makefile  (for all   x86_64   machines)

    	edit Makefile in the section optimizing:
    	Refer the section optimizing (gcc) and
    	set -march and -mtune like your hardware

    	then call "make" or "make -j <cores>".

    	If you want to install the emulator in the system read the
    	notes above in this document.
    	To install the files in /usr/local/bin and /usr/local/lib/yaze
    	give the command "make install".

    5. If you want to run yaze-ag on Mac-OS-X then
       (gcc ?.?.?)

    	You have to use the Makefile_solaris

    	Refer to section "SOLARIS".

    	Which switches are to set, that I don't know at this time.

    6. If you want to run yaze-ag on a Raspberry Pi 1 then

    	open a terminal (e.g. LXterminal)

    	download yaze-ag-2.51.3.tar.gz with the command:
    	"wget http://www.mathematik.uni-ulm.de/users/ag/yaze-ag/devel/yaze-ag-2.51.3.tar.gz"

    	give the command "tar zxvlpf yaze-ag-2.51.3.tar.gz" to unpack yaze-ag

    	Then "cd yaze-ag-2.51.3"

    	copy 'Makefile_Raspberry_Pi_1' to 'Makefile' with the command:
    	"cp  Makefile_Raspberry_Pi_1  Makefile"

    	Then call "make" ...(the compilation needs a little bit more time because
    			     of only one core in the processor and only 700 MHz)

    	Then call "sudo make install" to install yaze-ag in your Raspberry Pi 1 system.

    	Go back to your home directory and
    	remove the files in yaze-ag-2.51.3 and remove the directory
    	yaze-ag-2.51.3 and yaze-ag-2.51.3.tar.gz.

    	Call "man yaze" to read the manual page (it's updated in this final release).

    	Call "yaze" or "cpm" or "z80" to run the emulator.
    	(This will create the directory "$HOME/cpm".)

    	In the directory "$HOME/cpm/doc_html" is the complete documentation.
    	Click on "index.html" in the file manager to open it in your Web-browser!

    	Have fun :-)

    	(If you want to use the editor of the Turbo-Modula-2 compiler, then expand
    	 the size of the terminal to 80x25 (25 lines)!
    	 If you want to use the Wordstar 4.00 Editor you can expand the Terminal window
    	 to the size as you wish, but expand to <=99 columns because Wordstar can only
    	 use terminals up to 99 columns and 99 lines.)

    	With the command "mount" you can see the connected disk files (*.ydsk)
    	and directories.

    	With the comands "3DIR.COM", "I.COM", "II.COM" or "DIR.COM" you can
    	print out the contents of the disks.

    	With the command "HELP.COM" you get help of the CP/M system commands.

    7. If you want to run yaze-ag on a Raspberry Pi 2 Model B (ARMv7) then

    	open a terminal (e.g. LXterminal)

    	download yaze-ag-2.51.3.tar.gz with the command:
    	"wget http://www.mathematik.uni-ulm.de/users/ag/yaze-ag/devel/yaze-ag-2.51.3.tar.gz"

    	give the command "tar zxvlpf yaze-ag-2.51.3.tar.gz" to unpack yaze-ag

    	Then "cd yaze-ag-2.51.3"

    	copy 'Makefile_Raspberry_Pi_2_Model_B' to 'Makefile' with the command:
    	"cp  Makefile_Raspberry_Pi_2_Model_B  Makefile"

    	Then call "make -j 4"...(the compilation needs some time)

    	Then call "sudo make install" to install yaze-ag in your system.

    	Go back to your home directory and
    	remove the files in yaze-ag-2.51.3 and remove the directory
    	yaze-ag-2.51.3 and yaze-ag-2.51.3.tar.gz.

    	Call "man yaze" to read the manual page (it's updated in this final release).

    	Call "yaze" or "cpm" or "z80" to run the emulator.
    	(This will create the directory "$HOME/cpm".)

    	In the directory "$HOME/cpm/doc_html" is the complete documentation.
    	Click on "index.html" in the file manager to open it in your Web-browser!

    	Have fun :-)

    	(If you want to use the editor of the Turbo-Modula-2 compiler, then expand
    	 the size of the terminal to 80x25 (25 lines)!
    	 If you want to use the Wordstar 4.00 Editor you can expand the Terminal window
    	 to the size as you wish, but expand to <=99 columns because Wordstar can only
    	 use terminals up to 99 columns and 99 lines.)

    	With the command "mount" you can see the connected disk files (*.ydsk)
    	and directories.

    	With the comands "3DIR.COM", "I.COM", "II.COM" or "DIR.COM" you can
    	print out the contents of the disks.

    	With the command "HELP.COM" you get help of the CP/M system commands.

    8. If you want to run yaze-ag on Raspberry Pi 3 Model B/B+ (ARMv7, 32Bit) then

    	open a terminal (e.g. LXterminal)

    	download yaze-ag-2.51.3.tar.gz with the command:
    	"wget http://www.mathematik.uni-ulm.de/users/ag/yaze-ag/devel/yaze-ag-2.51.3.tar.gz"

    	give the command "tar zxvlpf yaze-ag-2.51.3.tar.gz" to unpack yaze-ag

    	Then "cd yaze-ag-2.51.3"

    	copy 'Makefile_Raspberry_Pi_3_Model_B_ARMv7_32Bit' to 'Makefile' with the command:
    	"cp  Makefile_Raspberry_Pi_3_Model_B_ARMv7_32Bit  Makefile"

    	Then call "make -j 4"...(the compilation needs some time)

    	Then call "sudo make install" to install yaze-ag in your system.

    	Go back to your home directory and
    	remove the files in yaze-ag-2.51.3 and remove the directory
    	yaze-ag-2.51.3 and yaze-ag-2.51.3.tar.gz.

    	Call "man yaze" to read the manual page (it's updated in this release).

    	Call "yaze" or "cpm" or "z80" to run the emulator.
    	(This will create the directory "$HOME/cpm".)

    	In the directory "$HOME/cpm/doc_html" is the complete documentation.
    	Click on "index.html" in the file manager to open it in your Web-browser!

    	Have fun :-)

    	(If you want to use the editor of the Turbo-Modula-2 compiler, then expand
    	 the size of the terminal to 80x25 (25 lines)!
    	 If you want to use the Wordstar 4.00 Editor you can expand the Terminal window
    	 to the size as you wish, but expand to <=99 columns because Wordstar can only
    	 use terminals up to 99 columns and 99 lines.)

    	With the command "mount" you can see the connected disk files (*.ydsk)
    	and directories.

    	With the comands "3DIR.COM", "I.COM", "II.COM" or "DIR.COM" you can
    	print out the contents of the disks.

    	With the command "HELP.COM" you get help of the CP/M system commands.

    9. If you want to run yaze-ag on Raspberry Pi 3 Model B/B+ (ARMv8, 64Bit) then

    	open a terminal (e.g. LXterminal)

    	download yaze-ag-2.51.3.tar.gz with the command:
    	"wget http://www.mathematik.uni-ulm.de/users/ag/yaze-ag/devel/yaze-ag-2.51.3.tar.gz"

    	give the command "tar zxvlpf yaze-ag-2.51.3.tar.gz" to unpack yaze-ag

    	Then "cd yaze-ag-2.51.3"

    	copy 'Makefile_Raspberry_Pi_3_Model_B_ARMv8_64Bit' to 'Makefile' with the command:
    	"cp  Makefile_Raspberry_Pi_3_Model_B_ARMv8_64Bit  Makefile"

    	Then call "make -j 4"...(the compilation needs some time)

    	Then call "sudo make install" to install yaze-ag in your system.

    	Go back to your home directory and
    	remove the files in yaze-ag-2.51.3 and remove the directory
    	yaze-ag-2.51.3 and yaze-ag-2.51.3.tar.gz.

    	Call "man yaze" to read the manual page (it's updated in this final release).

    	Call "yaze" or "cpm" or "z80" to run the emulator.
    	(This will create the directory "$HOME/cpm".)

    	In the directory "$HOME/cpm/doc_html" is the complete documentation.
    	Click on "index.html" in the file manager to open it in your Web-browser!

    	Have fun :-)

    	(If you want to use the editor of the Turbo-Modula-2 compiler, then expand
    	 the size of the terminal to 80x25 (25 lines)!
    	 If you want to use the Wordstar 4.00 editor you can expand the Terminal window
    	 to the size as you wish, but expand to <=99 columns because Wordstar can only
    	 use terminals up to 99 columns and 99 lines.)

    	With the command "mount" you can see the connected disk files (*.ydsk)
    	and directories.

    	With the comands "3DIR.COM", "I.COM", "II.COM" or "DIR.COM" you can
    	print out the contents of the disks.

    	With the command "HELP.COM" you get help of the CP/M system commands.

    10. If you want to run yaze-ag on Raspberry Pi 4 Model B (ARMv7, 32Bit) then

    	open a terminal (e.g. LXterminal)

    	download yaze-ag-2.51.3.tar.gz with the command:
    	"wget http://www.mathematik.uni-ulm.de/users/ag/yaze-ag/devel/yaze-ag-2.51.3.tar.gz"

    	give the command "tar zxvlpf yaze-ag-2.51.3.tar.gz" to unpack yaze-ag

    	Then "cd yaze-ag-2.51.3"

    	copy 'Makefile_Raspberry_Pi_4_Model_B_ARMv7_32Bit' to 'Makefile' with the command:
    	"cp  Makefile_Raspberry_Pi_4_Model_B_ARMv7_32Bit  Makefile"

    	Then call "make -j 4"...(the compilation needs some time)

    	Then call "sudo make install" to install yaze-ag in your system.

    	Go back to your home directory and
    	remove the files in yaze-ag-2.51.3 and remove the directory
    	yaze-ag-2.51.3 and yaze-ag-2.51.3.tar.gz.

    	Call "man yaze" to read the manual page (it's updated in this release).

    	Call "yaze" or "cpm" or "z80" to run the emulator.
    	(This will create the directory "$HOME/cpm".)

    	In the directory "$HOME/cpm/doc_html" is the complete documentation.
    	Click on "index.html" in the file manager to open it in your Web-browser!

    	Have fun :-)

    	(If you want to use the editor of the Turbo-Modula-2 compiler, then expand
    	 the size of the terminal to 80x25 (25 lines)!
    	 If you want to use the Wordstar 4.00 Editor you can expand the Terminal window
    	 to the size as you wish, but expand to <=99 columns because Wordstar can only
    	 use terminals up to 99 columns and 99 lines.)

    	With the command "mount" you can see the connected disk files (*.ydsk)
    	and directories.

    	With the comands "3DIR.COM", "I.COM", "II.COM" or "DIR.COM" you can
    	print out the contents of the disks.

    	With the command "HELP.COM" you get help of the CP/M system commands.

    11. If you want to run yaze-ag on Raspberry Pi 4 Model B (ARMv8, 64Bit) then

    	open a terminal (e.g. LXterminal)

    	download yaze-ag-2.51.3.tar.gz with the command:
    	"wget http://www.mathematik.uni-ulm.de/users/ag/yaze-ag/devel/yaze-ag-2.51.3.tar.gz"

    	give the command "tar zxvlpf yaze-ag-2.51.3.tar.gz" to unpack yaze-ag

    	Then "cd yaze-ag-2.51.3"

    	copy 'Makefile_Raspberry_Pi_4_Model_B_ARMv8_64Bit' to 'Makefile' with the command:
    	"cp  Makefile_Raspberry_Pi_4_Model_B_ARMv8_64Bit  Makefile"

    	Then call "make -j 4"...(the compilation needs some time)

    	Then call "sudo make install" to install yaze-ag in your system.

    	Go back to your home directory and
    	remove the files in yaze-ag-2.51.3 and remove the directory
    	yaze-ag-2.51.3 and yaze-ag-2.51.3.tar.gz.

    	Call "man yaze" to read the manual page (it's updated in this final release).

    	Call "yaze" or "cpm" or "z80" to run the emulator.
    	(This will create the directory "$HOME/cpm".)

    	In the directory "$HOME/cpm/doc_html" is the complete documentation.
    	Click on "index.html" in the file manager to open it in your Web-browser!

    	Have fun :-)

    	(If you want to use the editor of the Turbo-Modula-2 compiler, then expand
    	 the size of the terminal to 80x25 (25 lines)!
    	 If you want to use the Wordstar 4.00 editor you can expand the Terminal window
    	 to the size as you wish, but expand to <=99 columns because Wordstar can only
    	 use terminals up to 99 columns and 99 lines.)

    	With the command "mount" you can see the connected disk files (*.ydsk)
    	and directories.

    	With the comands "3DIR.COM", "I.COM", "II.COM" or "DIR.COM" you can
    	print out the contents of the disks.

    	With the command "HELP.COM" you get help of the CP/M system commands.

    12. If you want to run yaze-ag on Orange Pi Plus/Plus2 (ARMv7, 32Bit) then

    	open a terminal (e.g. LXterminal)

    	download yaze-ag-2.51.3.tar.gz with the command:
    	"wget http://www.mathematik.uni-ulm.de/users/ag/yaze-ag/devel/yaze-ag-2.51.3.tar.gz"

    	give the command "tar zxvlpf yaze-ag-2.51.3.tar.gz" to unpack yaze-ag

    	Then "cd yaze-ag-2.51.3"

    	copy 'Makefile_Orange_Pi_Plus2_ARMv7' to 'Makefile' with the command:
    	"cp  Makefile_Orange_Pi_Plus2_ARMv7  Makefile"

    	Then call "make -j 4"...(the compilation needs some time)

    	Then call "sudo make install" to install yaze-ag in your system.

    	Go back to your home directory and
    	remove the files in yaze-ag-2.51.3 and remove the directory
    	yaze-ag-2.51.3 and yaze-ag-2.51.3.tar.gz.

    	Call "man yaze" to read the manual page (it's updated in this release).

    	Call "yaze" or "cpm" or "z80" to run the emulator.
    	(This will create the directory "$HOME/cpm".)

    	In the directory "$HOME/cpm/doc_html" is the complete documentation.
    	Click on "index.html" in the file manager to open it in your Web-browser!

    	Have fun :-)

    	(If you want to use the editor of the Turbo-Modula-2 compiler, then expand
    	 the size of the terminal to 80x25 (25 lines)!
    	 If you want to use the Wordstar 4.00 editor you can expand the Terminal window
    	 to the size as you wish, but expand to <=99 columns because Wordstar can only
    	 use terminals up to 99 columns and 99 lines.)

    	With the command "mount" you can see the connected disk files (*.ydsk)
    	and directories.

    	With the comands "3DIR.COM", "I.COM", "II.COM" or "DIR.COM" you can
    	print out the contents of the disks.

    	With the command "HELP.COM" you get help of the CP/M system commands.

    13. If you want to run yaze-ag on Radxa Rock/RockPro/RockLite then

    	open a terminal (e.g. LXterminal)

    	download yaze-ag-2.51.3.tar.gz with the command:
    	"wget http://www.mathematik.uni-ulm.de/users/ag/yaze-ag/devel/yaze-ag-2.51.3.tar.gz"

    	give the command "tar zxvlpf yaze-ag-2.51.3.tar.gz" to unpack yaze-ag

    	Then "cd yaze-ag-2.51.3"

    	copy 'Makefile_radxa_Rock_RockPro_RockLite' to 'Makefile' with the command:
    	"cp  Makefile_radxa_Rock_RockPro_RockLite  Makefile"

    	Then call "make -j 4"...(the compilation needs some time)

    	Then call "sudo make install" to install yaze-ag in your system.

    	Go back to your home directory and
    	remove the files in yaze-ag-2.51.3 and remove the directory
    	yaze-ag-2.51.3 and yaze-ag-2.51.3.tar.gz.

    	Call "man yaze" to read the manual page (it's updated in this release).

    	Call "yaze" or "cpm" or "z80" to run the emulator.
    	(This will create the directory "$HOME/cpm".)

    	In the directory "$HOME/cpm/doc_html" is the complete documentation.
    	Click on "index.html" in the file manager to open it in your Web-browser!

    	Have fun :-)

    	(If you want to use the editor of the Turbo-Modula-2 compiler, then expand
    	 the size of the terminal to 80x25 (25 lines)!
    	 If you want to use the Wordstar 4.00 editor you can expand the Terminal window
    	 to the size as you wish, but expand to <=99 columns because Wordstar can only
    	 use terminals up to 99 columns and 99 lines.)

    	With the command "mount" you can see the connected disk files (*.ydsk)
    	and directories.

    	With the comands "3DIR.COM", "I.COM", "II.COM" or "DIR.COM" you can
    	print out the contents of the disks.

    	With the command "HELP.COM" you get help of the CP/M system commands.

    Notes if you want to install yaze-ag in your system
    ===================================================

    "make install" do following:  (BINDIR, LIBDIR ... are defined in the Makefiles)

        in BINDIR
    	install yaze_bin	(yaze-ag executable (the Z80 emulator))
    	install cdm		(CP/M Disk Manager)
    	install yaze		(a shell script which copies some CP/M disks
    				 if necessary and starts yaze_bin, see yaze(1))
    	symbolic link  cpm --> yaze
    	symbolic link  z80 --> yaze

        in LIBDIR
    	install yaze-cpm3.boot	(bootsys + cpm3.sys) (ZPM3)
    	install yaze.boot	(Superdos a CP/M 2.2 replacement)

        in MANDIR
    	install yaze.1		(man page of yaze-ag)
    	install cdm.1		(man page of the CP/M Disk Manager)
    	install cpm.1		(reference to yaze.1)
    	install z80.1		(reference to yaze.1)

        in DSKDIR
    	Install some disks which are copied by the shell script "yaze"
    	to $HOME/cpm if necessary (have a look to yaze(1) ).

        in DOCDIR
    	install the whole documentation there. The shell script "yaze"
    	makes links to this documents in $HOME/cpm/doc.

        in DOCHTMLDIR
            install the whole documentation there in HTML format. The shell
            script "yaze" makes links to this documents in $HOME/cpm/doc_html.

    How do you start yaze-ag?
    =========================

    Users of Unix/Linux/FreeBSD/MacOSX/Raspberry_Pi:

    	Start YAZE-AG-2.51.3 with the shell script "yaze". Look to yaze.1 or
    	yaze(1) (man yaze) it describes also the strategy of the shell script yaze.

    	If you does no changes in the Makefile yaze-ag (yaze_bin) will be compiled
    	with the options -DMMU and -DBOOTSYS. So yaze-ag will load and run
    	yaze-cpm3.boot at 0100H (BOOTSYS.com+CPM3.SYS) instead of yaze.boot (CP/M 2.2).
    	If the option -DBOOTSYS is deleted yaze-ag starts CP/M 2.2 (yaze.boot) - then
    	you can start CP/M 3.1 by simple running cpm3.com (the unix file yaze-cpm3.boot
    	is the same as cpm3-ok.com/cpm3.com on drive A:).

    	If you delete the option -DMMU yaze-ag can run only CP/M 2.2 (yaze.boot) then
    	you have to delete -DBOOTSYS too.

    	The .yazerc startup file ist in the $HOME/cpm directory.

    Windows users:

    	Start the emulator with the YAZE-AG icon on the Desktop,
    	or start it with the YAZE-AG entry in the Start-Menu.

    How can I edit the .yazerc startup file as a Windows user?
    ==========================================================

    Windows users have the entry "Edit startup file .yazerc" in the Start-Menue in
    the YAZE-AG entry.

    There you can put .ydsk-files which are mounted at startup.
    There is also an attach entry for the serial line which yaze-ag uses.

    The last command must be the "go" entry to start the emulator.

    Documentation
    =============

    The plain text documentation is obsolete!

    Click on index.html in the $HOME/cpm/doc_html directory!
    (Windows users have an entry for the documentation in the YAZE-AG entry in the
     Start-Menue.)

    The whole documentation are in yaze-ag_doc.html, yaze_doc.html and the README's,

    Yaze-ag_doc and README_BOOTSYS describes my new CP/M 3.1 Bootloader BOOTSYS and
    describes why I had to developed BOOTSYS and how BOOTSYS works.

    README_BIOS3_Z80 describes the Z80 ASM-files of the CP/M 3.1 BIOS on drive P:
    which act as an interface to the yaze-bios (ybios.c).

    On every yaze-disk is a file with the name "0-README.1ST". This file describes
    the contents of the disk.

    Let me know if you test yaze-ag-2.51.3 or if you find an error or you miss a
    feature. Feel free and send an email to me.

    January 1, 2022
    Dipl.-Ing. (FH) Andreas Gerlich
    (University of Ulm, Germany)

    only text emails please: address removed!!! (email of the project)
    -------------------------------------------------------------------------------

    * Begin of screen snapshoots *

    Screen snapshoots of the old YAZE-AG-2.20 at start:

    ===============================================================================
    $ yaze

    Yet Another Z80 Emulator by AG, version 2.20 (MMU)
    Copyright 1995,1998 Frank D. Cringle. Pagetables Copyright by Michael Haardt.
    MMU and CP/M 3.1 extensions Copyright (c) 2000,2008 by Andreas Gerlich.
    yaze-ag comes with ABSOLUTELY NO WARRANTY; for details
    see the file "COPYING" in the distribution directory.

    RAM: 1024 KByte, 4 KByte PAGESIZE, 256 PAGES
    MMU: 16 TABLES, 16 PAGEPOINTERS per TABLE, selected MMU-PAGETABLE: 0

    Running '/usr/local/lib/yaze/yaze-cpm3.boot'

     BOOTSYS - CPM3.SYS, V 1.20 12.03.2005 Copyright (c) 2000,2008 by A.Gerlich
     No CP/M vektors found, try to boot CP/M 3.1 in cooperation with yaze-ag ...

     Loading CP/M 3.1 ...

     62K TPA

     DRIVES:  A B . . E F G H I J . . M N O P

     CP/M 3.1 BIOS for yaze-ag, V 1.00 15.01.2002, Copyright (c) by A.Gerlich
    A>
    A>
    A>
    A>mmuprint       (-- Prints the status of the MMU)
    RAM: 1024 KByte, 4 KByte PAGESIZE, 256 PAGES
    MMU: 16 TABLES, 16 PAGEPOINTERS per TABLE, selected MMU-PAGETABLE: T01

    Z80-\ T00 T01 T02 T03 T04 T05 T06 T07 T08 T09 T10 T11 T12 T13 T14 T15
    ADDR \--------------------------------------------------------------------------
    0000 :  10 >  0<  20  30  40  50  6E  1F  8E  9E  AE  BE  CE  DE  EE  FE
    1000 :   1 > 11<  21  31  41  51  6D  2F  8D  9D  AD  BD  CD  DD  ED  FD
    2000 :   2 > 12<  22  32  42  52  6C  3F  8C  9C  AC  BC  CC  DC  EC  FC
    3000 :   3 > 13<  23  33  43  53  6B  4F  8B  9B  AB  BB  CB  DB  EB  FB
    4000 :   4 > 14<  24  34  44  54  6A  5F  8A  9A  AA  BA  CA  DA  EA  FA
    5000 :   5 > 15<  25  35  45  55  69  6F  89  99  A9  B9  C9  D9  E9  F9
    6000 :   6 > 16<  26  36  46  56  68  7F  88  98  A8  B8  C8  D8  E8  F8
    7000 :   7 > 17<  27  37  47  57  67  77  87  97  A7  B7  C7  D7  E7  F7
    8000 :   8 > 18<  28  38  48  58  66  76  86  96  A6  B6  C6  D6  E6  F6
    9000 :   9 > 19<  29  39  49  59  65  75  85  95  A5  B5  C5  D5  E5  F5
    A000 :   A > 1A<  2A  3A  4A  5A  64  74  84  94  A4  B4  C4  D4  E4  F4
    B000 :   B > 1B<  2B  3B  4B  5B  63  73  83  93  A3  B3  C3  D3  E3  F3
    C000 :   C > 1C<  2C  3C  4C  5C  62  72  82  92  A2  B2  C2  D2  E2  F2
    D000 :   D > 1D<  2D  3D  4D  5D  61  71  81  91  A1  B1  C1  D1  E1  F1
    E000 :   E > 1E<  2E  3E  4E  5E  60  70  80  90  A0  B0  C0  D0  E0  F0
    F000 :   F >  F<   F   F   F   F   F   F   F   F   F   F   F   F   F   F
    --------------------------------------------------------------------------------

    A>
    A>
    ===============================================================================

    Screen output of YAZE-AG-2.20 if CP/M 3.1 is already running and you
    would start CPM3.COM (BOOTSYS transferes BOOTSYS and the joined CPM3.SYS
    from bank 1 (TPA bank) to bank 0 (SYS bank) switch to bank 0 and starts
    CP/M 3.1 in bank 0):

    ===============================================================================
    $ yaze

    Yet Another Z80 emulator ...
        ... (see above)
        ...
        ...
     CP/M 3.1 BIOS for yaze-ag ...
    A>
    A>    (-- CP/M 3.1 is running)
    A>
    A>cpm3

     BOOTSYS - CPM3.SYS, V 1.20 12.03.2005 Copyright (c) 2000,2008 by A.Gerlich

     CP/M 3.1 is already running and bank 1 is selected! Now move all to bank 0 ...

     Now all is transfered and bank 0 is selected -> CPM3.SYS will be loaded. :-)
     (this message comes after a switch from bank 1 to bank 0)

     Loading CP/M 3.1 ...

     62K TPA

     DRIVES:  A B . . E F G H I J . . M N O P

     CP/M 3.1 BIOS for yaze-ag, V 1.00 15.01.2002, Copyright (c) by A.Gerlich
    A>
    A>
    ===============================================================================

    Screen output of YAZE-AG-2.20 if CP/M 2.2 is started and CPM3.COM will be run:
    (if -DBOOTSYS is deleted in the Makefile the output is the same)

    ===============================================================================
    $ yaze -l -1 -b yaze.boot    (-l (loading address) must be -1 to relocate the
                                  the CP/M 2.2 (superdos) in yaze.boot.)

    Yet Another Z80 Emulator by AG, version 2.20 (MMU)
    Copyright 1995,1998 Frank D. Cringle. Pagetables Copyright by Michael Haardt.
    MMU and CP/M 3.1 extensions Copyright (c) 2000,2008 by Andreas Gerlich.
    yaze-ag comes with ABSOLUTELY NO WARRANTY; for details
    see the file "COPYING" in the distribution directory.

    RAM: 1024 KByte, 4 KByte PAGESIZE, 256 PAGES
    MMU: 16 TABLES, 16 PAGEPOINTERS per TABLE, selected MMU-PAGETABLE: 0

    Running '/usr/local/lib/yaze/yaze.boot'

    A>
    A>    (-- CP/M 2.2 (superdos) is running and bank 0 is selected)
    A>
    A>cpm3

     BOOTSYS - CPM3.SYS, V 1.20 12.03.2005 Copyright (c) 2000,2008 by A.Gerlich

     Loading CP/M 3.1 ...

     62K TPA

     DRIVES:  A B . . . F G H . . . . M N O P

     CP/M 3.1 BIOS for yaze-ag, V 1.00 15.01.2002, Copyright (c) by A.Gerlich
    A>
    A>    (-- CP/M 3.1 is running)
    A>
    ===============================================================================

    * End of screen snapshoots *