## ASxxxx Change Log

####

       Summary  of  changes/additions  to the ASxxxx Assemblers from
    Version 4.11 to Version 5.05.

    Version 5.00 Update 5
    2012_08_01

    Update_05 for the ASxxxx Assembler and Linker Version 5.00
    (use 'pkunzip -d u05500.zip' for extraction with MS-DOS)
    (use 'unzip -L -a u05500.zip' for extraction with Linux)

           See the note about merging
           this update with the
           asxv5pxx distribution.

       This  update  for  Version  5.00  of the  ASxxxx Cross
    Assemblers rolls up updates 1, 2, 3, and 4 with the addition of
    a new assembler and fixes:

       (1)  A new cross assembler for the Fairchild
            F8 microprocessor (or Mostek 3870).

       (2)  Minor syntactical changes for ANSI C compatability,
            fix type conversion warnings, and update the
            various build, make, and test files.

       Update 4 Items

       (1)  The AS8048 base opcode value for the JMPP
            instruction should be B3 and NOT 83.

       (2)  The AS8051 assembler calculates incorrect
            offsets when using the program counter, ".",
            as a destination in the instructions having
            a PC-Relative addressing mode.  These
            instructions include: jbc, jb, jbn, jc,
            jnc, jz, jnz, cjne, and djnz.

       Update 3 Items

       (1)  A new cross assembler for the Fairchild
            F8 microprocessor (or Mostek 3870).

       (2)  Minor syntactical changes for ANSI C compatability,
            fix type conversion warnings, and update the
            various build, make, and test files.

       (1)  New cross assemblers for STMicroelectronics
            ST6, ST7, and STM8 microprocessors.

       (2)  An ASlink list file update error fix (-u option)
            causing some errors not to be inserted into the
            created .rst file.

       (3)  An additional ASxxxx assembler option (-v) which
            enables checking for out of range signed / unsigned
            values in symbol equates and arithmetic operations.
            This option has some ambiguities as internally the
            assemblers use unsigned arithmetic for calculations.
            (e.g. for a 2-byte machine -32768 and 32768 are both
            represented as 0x8000)

       Update 2 Items

       (1)  When using the assembler directive .end to specify
            the code entry address the assembler fails to set
            the variable .__.END. as a global.  Therefor the
            value of .__.END. is not passed to the linker and
            the start address frame is always zero.

       (2)  The linker will fail to create a start address frame
            when there is no code generated within the area/bank
            referenced by the .__.END. variable.

       Update 1 Items

       (1)  The newest versions of gcc (and perhaps other
            compilers) give warnings about missing arguments
            in the fprintf() function.  This update replaces
            fprintf(arg1, arg2) with fprintf(arg1, "%s", arg2)
            in each affected line of code.

       (2)  The newest versions of gcc (and perhaps other
            compilers) have defined 'getline' as a standard
            function in 'stdio.h'.  This conflicts with the
            function 'getline()' in the ASxxxx package.
            All references to 'getline()' have been changed
            to 'nxtline()'.

       Before merging the asxv5pxx directory and subdirectories with
    the V5.00 distribution the following files/directories must be
    deleted:

            [asxv5pxx\asf2mc8\f8mch.c
            [asxv5pxx\asf2mc8\f8adr.c
            [asxv5pxx\asf2mc8\f8pst.c
            [asxv5pxx\asf2mc8\f8.h

            [asxv5pxx\asxmak\vc6\asf2mc8]
            [asxv5pxx\asxmak\vs05\asf2mc8]

       Merge  the  update asxv5pxx directory and subdirectories with
    the V5.00 distribution.  The following files  will  be  added  /
    overwritten:

            [asxv5pxx]
                u01500.txt
                u02500.txt
                u03500.txt
                u04500.txt
                u05500.txt
                _clean.bat
                _path.bat
                _prep.bat

            [asxv5pxx\as8048]
                i48pst.c
                t8048o.asm
                t8048s.asm

            [asxv5pxx\as8051]
                i51mch.c
                t8051.bat
                t8051r.asm
                t8051rl.asm

            [asxv5pxx\ascheck\end]]
                build.bat
                t01.asm
                t02.asm
                t03.asm
                t04.asm
                t05.asm
                t06.asm
                t07.asm
                t08.asm

            [asxv5pxx\asf2mc8]
                f2mc8.h
                f2mc8adr.c
                f2mc8mch.c
                f2mc8pst.c

            [asxv5pxx\asf8]
                f8.h
                f8adr.c
                f8mch.c
                f8pst.c
                tf8err.asm
                tf8err.bat
                tf8ext.asm
                tf8seq.asm
                tf8seq.bat

            [asxv5pxx\aspic]
                picmch.c

            [asxv5pxx\aspic\ptoa]
                pictoasx.c
                ptoa.h

            [asxv5pxx\asst6]
                st6.h
                st6adr.c
                st6err.asm
                st6err.bat
                st6gbl.asm
                st6mch.c
                st6pst.c
                tst6.asm
                tst6.bat

            [asxv5pxx\asst7]
                st7.h
                st7adr.c
                st7err.asm
                st7err.bat
                st7gbl.asm
                st7mch.c
                st7pst.c
                tst7.asm
                tst7.bat

            [asxv5pxx\asst8]
                st8.h
                st8adr.c
                st8err.asm
                st8err.bat
                st8gbl.asm
                st8mch.c
                st8pst.c
                tst8.asm
                tst8.bat

            [asxv5pxx\asxhtml]
                aschng.htm
                ascont.htm
                asmlnk.htm
                asmlnk.pdf
                asmlnk.txt
                asf8.htm
                asst6.htm
                asst7.htm
                asst8.htm
                asxbld.htm
                asxdoc.htm
                asxxxx.htm

            [asxv5pxx\asxmak\cygwin\build]
                makefile
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\cygwin\build\backup]
                makefile
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\cygwin\misc]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\cygwin\misc\backup]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\djgpp\build]
                build.bat
                makefile
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\djgpp\build\backup]
                build.bat
                makefile
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\djgpp\misc]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\djgpp\misc\backup]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\linux\build]
                makefile
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\linux\build\backup]
                makefile
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\linux\misc]
                tstscn.bat

            [asxv5pxx\asxmak\linux\misc\backup]
                tstscn.bat

            [asxv5pxx\asxmak\symantec\build]
                asf2mc8.def
                asf2mc8.DPD
                asf2mc8.lnk
                asf2mc8.mak
                asf2mc8.opn
                asf2mc8.prj
                asf8.DPD
                asf8.LNK
                asf8.MAK
                asf8.OPN
                asf8.prj
                asst6.DEF
                asst6.DPD
                asst6.LNK
                asst6.MAK
                asst6.OPN
                asst6.prj
                asst7.DEF
                asst7.DPD
                asst7.LNK
                asst7.MAK
                asst7.OPN
                asst7.prj
                asst8.DEF
                asst8.DPD
                asst8.LNK
                asst8.MAK
                asst8.OPN
                asst8.prj
                make.bat
                _clean.bat
                _makeall.bat
                _prep.bat
                _setpath.bat

            [asxv5pxx\asxmak\symantec\build\backup]
                make.bat
                _clean.bat
                _makeall.bat
                _prep.bat
                _setpath.bat

            [asxv5pxx\asxmak\symantec\misc]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\symantec\misc\backup]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\turboc30\build]
                asf2mc8.dsk
                asf2mc8.prj
                ASF8.DSK
                ASF8.PRJ
                ASST6.DSK
                ASST6.PRJ
                ASST7.DSK
                ASST7.PRJ
                ASST8.DSK
                ASST8.PRJ
                makefile
                _clean.bat
                _makeall.bat

            [asxv5pxx\asxmak\turboc30\build\backup]
                makefile
                _clean.bat
                _makeall.bat
                _prep.bat
                _setpath.bat

            [asxv5pxx\asxmak\turboc30\misc]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\turboc30\misc\backup]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\vc6\build]
                make.bat
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\vc6\build\asf2mc8]
                asf2mc8.dsp
                asf2mc8.dsw

            [asxv5pxx\asxmak\vc6\build\asf8]
                asf8.dsp
                asf8.dsw

            [asxv5pxx\asxmak\vc6\build\asst6]
                asst6.dsp
                asst6.dsw

            [asxv5pxx\asxmak\vc6\build\asst7]
                asst7.dsp
                asst7.dsw

            [asxv5pxx\asxmak\vc6\build\asst8]
                asst8.dsp
                asst8.dsw

            [asxv5pxx\asxmak\vc6\build\backup]
                make.bat
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\vc6\misc]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\vc6\misc\backup]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\vs05\build]
                make.bat
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\vs05\build\asf2mc8]
                asf2mc8.sln
                asf2mc8.vcproj

            [asxv5pxx\asxmak\vs05\build\asf8]
                asf8.sln
                asf8.vcproj

            [asxv5pxx\asxmak\vs05\build\asst6]
                asst6.sln
                asst6.vcproj

            [asxv5pxx\asxmak\vs05\build\asst7]
                asst7.sln
                asst7.vcproj

            [asxv5pxx\asxmak\vs05\build\asst8]
                asst8.sln
                asst8.vcproj

            [asxv5pxx\asxmak\vs05\build\backup]
                make.bat
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\vs05\misc]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\vs05\misc\backup]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\vs10\build]
                make.bat
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\vs10\build\as1802]
                as1802.sln
                as1802.suo
                as1802.vcxproj
                as1802.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as2650]
                as2650.sln
                as2650.suo
                as2650.vcxproj
                as2650.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as430]
                as430.sln
                as430.suo
                as430.vcxproj
                as430.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as61860]
                as61860.sln
                as61860.suo
                as61860.vcxproj
                as61860.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6500]
                as6500.sln
                as6500.suo
                as6500.vcxproj
                as6500.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6800]
                as6800.sln
                as6800.suo
                as6800.vcxproj
                as6800.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6801]
                as6801.sln
                as6801.suo
                as6801.vcxproj
                as6801.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6804]
                as6804.sln
                as6804.suo
                as6804.vcxproj
                as6804.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6805]
                as6805.sln
                as6805.suo
                as6805.vcxproj
                as6805.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6808]
                as6808.sln
                as6808.suo
                as6808.vcxproj
                as6808.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6809]
                as6809.sln
                as6809.suo
                as6809.vcxproj
                as6809.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6811]
                as6811.sln
                as6811.suo
                as6811.vcxproj
                as6811.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6812]
                as6812.sln
                as6812.suo
                as6812.vcxproj
                as6812.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as6816]
                as6816.sln
                as6816.suo
                as6816.vcxproj
                as6816.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as740]
                as740.sln
                as740.suo
                as740.vcxproj
                as740.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as8048]
                as8048.sln
                as8048.suo
                as8048.vcxproj
                as8048.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as8051]
                as8051.sln
                as8051.suo
                as8051.vcxproj
                as8051.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as8085]
                as8085.sln
                as8085.suo
                as8085.vcxproj
                as8085.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\as8xcxxx]
                as8xcxxx.sln
                as8xcxxx.suo
                as8xcxxx.vcxproj
                as8xcxxx.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asavr]
                asavr.sln
                asavr.suo
                asavr.vcxproj
                asavr.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\ascheck]
                ascheck.sln
                ascheck.suo
                ascheck.vcxproj
                ascheck.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asez80]
                asez80.sln
                asez80.suo
                asez80.vcxproj
                asez80.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asf2mc8]
                asf2mc8.sln
                asf2mc8.suo
                asf2mc8.vcxproj
                asf2mc8.vcxproj.filters

            pasxv5pxx\asxmak\vs10\build\asf8]
                asf8.sln
                asf8.suo
                asf8.vcxproj
                asf8.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asgb]
                asgb.sln
                asgb.suo
                asgb.vcxproj
                asgb.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\ash8]
                ash8.sln
                ash8.suo
                ash8.vcxproj
                ash8.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\aslink]
                aslink.sln
                aslink.suo
                aslink.vcxproj
                aslink.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asm8c]
                asm8c.sln
                asm8c.suo
                asm8c.vcxproj
                asm8c.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\aspic]
                aspic.sln
                aspic.suo
                aspic.vcxproj
                aspic.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asrab]
                asrab.sln
                asrab.suo
                asrab.vcxproj
                asrab.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asscmp]
                asscmp.sln
                asscmp.suo
                asscmp.vcxproj
                asscmp.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asst6]
                asst6.sln
                asst6.suo
                asst6.vcxproj
                asst6.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asst7]
                asst7.sln
                asst7.suo
                asst7.vcxproj
                asst7.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asst8]
                asst8.sln
                asst8.suo
                asst8.vcxproj
                asst8.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asxcnv]
                asxcnv.sln
                asxcnv.suo
                asxcnv.vcxproj
                asxcnv.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asxscn]
                asxscn.sln
                asxscn.suo
                asxscn.vcxproj
                asxscn.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asz8]
                asz8.sln
                asz8.suo
                asz8.vcxproj
                asz8.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\asz80]
                asz80.sln
                asz80.suo
                asz80.vcxproj
                asz80.vcxproj.filters

            [asxv5pxx\asxmak\vs10\build\backup]
                make.bat
                _clean.bat
                _prep.bat

            [asxv5pxx\asxmak\vs10\build\s19os9]
                s19os9.sln
                s19os9.vcxproj
                s19os9.vcxproj.filters

            [asxv5pxx\asxmak\vs10\misc]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\vs10\misc\backup]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\watcom\build]
                asf2mc8.lk1
                asf2mc8.mk
                asf2mc8.mk1
                asf2mc8.tgt
                asf2mc8.wpj
                asf8.lk1
                asf8.mk
                asf8.mk1
                asf8.tgt
                asf8.wpj
                asst6.lk1
                asst6.mk
                asst6.mk1
                asst6.tgt
                asst6.wpj
                asst7.lk1
                asst7.mk
                asst7.mk1
                asst7.tgt
                asst7.wpj
                asst8.lk1
                asst8.mk
                asst8.mk1
                asst8.tgt
                asst8.wpj
                make.bat
                _clean.bat
                _makeall.bat
                _prep.bat
                _setpath.bat

            [asxv5pxx\asxmak\watcom\build\backup]
                make.bat
                _clean.bat
                _makeall.bat
                _prep.bat
                _setpath.bat

            [asxv5pxx\asxmak\watcom\misc]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxmak\watcom\misc\backup]
                tstscn.bat
                tstwtee.bat

            [asxv5pxx\asxxmisc]
                asxxscan.c

            [asxv5pxx\asxxsrc]
                asdata.c
                asexpr.c
                aslex.c
                aslist.c
                asmain.c
                asmcro.c
                asout.c
                assubr.c
                asxxxx.h

            [asxv5pxx\linksrc]
                aslink.h
                lkbank.c
                lkdata.c
                lklex.c
                lklist.c
                lkmain.c
                lkrloc3.c
                lkrloc4.c
                lksym.c

            [asxv5pxx\s19os9]
                s19os9.c

       You must recompile the ASxxxx Assemblers
    to incorporate the update.

    2011_07_24 Version 5.00 Update 4

       This  update  for  Version  5.00  of the  ASxxxx Cross
    Assemblers includes fixes for the following errors:

       (1)  The AS8048 base opcode value for the
            JMPP instruction should be B3 and NOT 83.

       (2)  The AS8051 assembler calculates incorrect
            offsets when using the program counter, ".",
            as a destination in the instructions having
            a PC-Relative addressing mode.  These
            instructions include: jbc, jb, jbn, jc,
            jnc, jz, jnz, cjne, and djnz.

    2010_10_31 Version 5.00 Update 3

       This  update  for  Version  5.00  of the  ASxxxx Cross
    Assemblers rolls up updates 1 and 2 with the addition of
    three new assemblers and fixes:

       (1)  New cross assemblers for STMicroelectronics
            ST6, ST7, and STM8 microprocessors.

       (2)  An ASlink list file update error fix (-u option)
            causing some errors not to be inserted into the
            created .rst file.

       (3)  An additional ASxxxx assembler option (-v) which
            enables checking for out of range signed / unsigned
            values in symbol equates and arithmetic operations.
            This option has some ambiguities as internally the
            assemblers use unsigned arithmetic for calculations.
            (e.g. for a 2-byte machine -32768 and 32768 are both
            represented as 0x8000)

       Update 2 Items

       (1)  When using the assembler directive .end to specify
            the code entry address the assembler fails to set
            the variable .__.END. as a global.  Therefor the
            value of .__.END. is not passed to the linker and
            the start address frame is always zero.

       (2)  The linker will fail to create a start address frame
            when there is no code generated within the area/bank
            referenced by the .__.END. variable.

       Update 1 Items

       (1)  The newest versions of gcc (and perhaps other
            compilers) give warnings about missing arguments
            in the fprintf() function.  This update replaces
            fprintf(arg1, arg2) with fprintf(arg1, "%s", arg2)
            in each affected line of code.

       (2)  The newest versions of gcc (and perhaps other
            compilers) have defined 'getline' as a standard
            function in 'stdio.h'.  This conflicts with the
            function 'getline()' in the ASxxxx package.
            All references to 'getline()' have been changed
            to 'nxtline()'.

    2010_04_01 Version 5.00 Update 2

       This  update  for  Version  5.00  of the  ASxxxx Cross
    Assemblers includes fixes for the following errors:

       (1)  When using the assembler directive .end to specify
            the code entry address the assembler fails to set
            the variable .__.END. as a global.  Therefor the
            value of .__.END. is not passed to the linker and
            the start address frame is always zero.

       (2)  The linker will fail to create a start address frame
            when there is no code generated within the area/bank
            referenced by the .__.END. variable.

    2010_03_03 Version 5.00 Update 1

       This  update  for  Version  5.00  of the  ASxxxx Cross
    Assemblers includes fixes for the following errors:

       (1)  The newest versions of gcc (and perhaps other
            compilers) give warnings about missing arguments
            in the fprintf() function.  This update replaces
            fprintf(arg1, arg2) with fprintf(arg1, "%s", arg2)
            in each affected line of code.

       (2)  The newest versions of gcc (and perhaps other
            compilers) have defined 'getline' as a standard
            function in 'stdio.h'.  This conflicts with the
            function 'getline()' in the ASxxxx package.
            All references to 'getline()' have been changed
            to 'nxtline()'.

    2009_04_01 (Version 5.00)

       Added  a general purpose macro processor to the ASxxxx assem-
    blers with the following mnemonics:

        .macro      define a general macro
        .irp        define an indefinite repeat macro by arguments
        .irpc       define an indefinite repeat macro by characters
        .rept       define a repeating macro
        .mexit      exit to end of macro
        .endm       end of macro
        .nchr       assign number of characters to a symbol
        .narg       assign number of expansion arguments to a symbol
        .ntyp       assign 0/1 if argument is absolute/relocatable
        .nval       assign value of argument to an absolute symbol
        .mdelete    delete a macro definition

       The  following  additional  conditionals  provide  testing of
    string arguments most useful within macros:

        .ifb        if argument blank
        .ifnb       if argument not blank

        .ifidn      if arguments are identical
        .ifdif      if arguments are different

       Added  true (t), false (f), and true or false (tf) condition-
    als to the  .if / .else / .endif  construct.   The  conditionals
    .ift,  .iff,  and .iftf allow replacement of the .else directive
    making the .if / .endif construct more readable.

        .ift        if condition is true
        .iff        if condition is false
        .iftf       if condition is true or false

       An  alternate  .if  construction has been added to the ASxxxx
    assemblers:

        .if    eq,...       if argument == 0
        .if    ne,...       if argument != 0
        .if    lt,...       if argument <  0
        .if    ge,...       if argument >= 0
        .if    le,...       if argument <= 0
        .if    gt,...       if argument >  0

        .if    def,...      if argument is defined
        .if    ndef,...     if argument is not defined

        .if    b,...        if argument is blank
        .if    nb,...       if argument is not blank
        .if    idn,...,...  if arguments are the same
        .if    dif,...,...  if arguments are not the same

        .if    t            if condition is true
        .if    f            if condition is false
        .if    tf           if condition is true or false

       The  immediate  conditional statements have been added to the
    ASxxxx  assemblers.   These   conditionals   can   replace   the
    .if / ... / .endif construct for a single assembler source line:

    e.g.    .iifeq  arg     label:  .word   0x1234

        .iif        if argument != 0
        .iifeq      if argument == 0
        .iifne      if argument != 0
        .iiflt      if argument <  0
        .iifge      if argument >= 0
        .iifle      if argument <= 0
        .iifgt      if argument >  0

        .iifdef     if argument is defined
        .iifndef    if argument is not defined

        .iifb       if argument is blank
        .iifnb      if argument is not blank
        .iifidn     if arguments are the same
        .iifdif     if arguments are not the same

        .iift       if condition is true
        .iiff       if condition is false
        .iiftf      if condition is true or false

       The alternate immediate conditional statements have also been
    added to the ASxxxx assemblers:

    e.g.    .iif    eq,arg  label:  .word   0x1234

        .iif   eq,...       if argument == 0
        .iif   ne,...       if argument != 0
        .iif   lt,...       if argument <  0
        .iif   ge,...       if argument >= 0
        .iif   le,...       if argument <= 0
        .iif   gt,...       if argument >  0

        .iif   def,...      if argument is defined
        .iif   ndef,...     if argument is not defined

        .iif   b,...        if argument is blank
        .iif   nb,...       if argument is not blank
        .iif   idn,...,...  if arguments are the same
        .iif   dif,...,...  if arguments are not the same

        .iif    t           if condition is true
        .iif    f           if condition is false
        .iif    tf          if condition is true or false

       The  listing  options  for the ASxxxx assemblers has been up-
    dated to enable/disable any of the following parameters from be-
    ing output to a generated listing file:

        err         error codes
        loc         code location
        bin         assembler binary code
        eqt         symbolic equates / if evaluations
        cyc         machine cycles
        lin         assembler source line number
        src         assembler source code
        pag         paging control
        lst         listing of .list / .nlist
        md          macro definition
        me          macro expansion
        meb         macro expansion binary code

        !           sets the listing mode to
                    !(.list) or !(.nlist) before
                    applying the sublist options

    e.g.    .nlist  (lst,pag)       ; disable .list/.nlist listing
                                    ; and pagination

       The  NOT parameter, !, is used to set the listing mode to the
    opposite sense of the .list or .nlist directive.  For example:

        .nlist (!)  is equivalent to .list and
        .list  (!)  is equivalent to .nlist

    To enable listing and simultaneously disable the cycle count use
    the directive:

        .nlist  (!,cyc)

    or  if  you  wish  to suppress the listing of the .list / .nlist
    directives:

        .nlist              ; disables all listing
        .nlist  (!,lst)     ; enables  all listing except
                            : .list (...) and .nlist

       Normally  the  .list  and .nlist directives are not evaluated
    when encountered within a FALSE conditional block.  This default
    behavior  can  be  modified by specifying a non zero argument in
    the .list or .nlist directive:

        .nlist   1,(!,lst)  ; enables listing even within
                            ; a FALSE conditional block

       The .bndry assembler directive has been added to ASxxxx.  The
    .bndry directive changes the  current  location  address  to  be
    evenly divisible by a specified integer value.

    e.g.    .org    0
            .bndry  4
            ; . == 0

            .org    1
            .bndry  4
            ; . == 4

    2009_02
       Added the Cypress PSoc (M8C) ASM8C assembler
       to ASxxxx.

    2008_09
       Added the 8048 (8021, 8022, and 8041) AS8048
       assembler to Asxxxx.

    2008_02
       Added the SC/MP ASSCMP assembler to ASxxxx.

    2008_02_03 (Version 4.11 Update 4)

       An update to the AS2650 assembler to
       fix the following errors:

       1)  The indexed addressing mode generates invalid
           code by using the first argument register as
           the index register: (addr = 0x1234)

               loda    r0,[addr,r1]          0C F2 34
                       this should give      0D F2 34

       2)  The index addressing mode did not generate
           an addressing error when the first argument
           register was not r0:

               stra    r1,[addr,r2]  should give an 'a'
                       error, the source must be r0

               loda    r2,[addr,r3]  should give an 'a'
                       error, the destination must be r0

       3)  The S2650 auto increment and decrement indexing
           modes always perform the register update before
           the register is used. i.e. +Rn or -Rn.  The
           assembler now accepts +Rn or Rn+ as meaning
           pre-increment and -Rn or Rn- as meaning
           pre-decrement.

       The AS2650 assembler tstscn files have been updated
       for testing the assemblers.

    2007_10_21 (Version 4.11 Fix)

       In the AS6816 assembler the instruction ANDP gives
       wrong object code. Changed from 37 2A  to  37 3A.

    2007_04_01 (Version 4.11 Update 3)

       An update to the ASPIC assembler and
       associated fix to ASLINK:

       1)  Change the pic addressing to lo/hi from hi/lo
           byte ordering.

       2)  The update fixes an error in the pic17 series
           LCALL instruction.

       3)  A rewrite of the pic18 series assembler to change
           the PC addressing from 1 per 16-bit word to 1 per
           8-bit byte and add the extended instruction set.

       4)  Modify the Linker Merge Mode processing to take into
           account the discarded low order bits for PC Relative
           Addressing.

       5)  New  tstscn files for testing the assemblers.

    2006_11_01 (Version 4.11 Optional Update 2)

       1)  OS9  definition files and an  OS9 assembler module
           which creates the OS9 header, code and data areas,
           and the module CRC block:

                os9_mod.def       OS9 Module Definitions
                os9_sys.def       OS9 Sytem  Definitions
                os9_mod.asm       OS9 Module Begin / End Code

       2)  a program, s19os9, to post-process  assembled  OS9
           modules in  S19  format into  binary  OS9  modules
           with the appropriate  header  checksum  and module
           CRC values calculated.

       3)  new  make  and  project files which may be used to
           compile the s19os9 program.

    2006_11_01 (Version 4.11 Optional Update 01)

       The .list  and  .nlist  directives  are  now  modified
       by .if / .else / .endif  processing  so  that they are
       active only in a TRUE clause.

       The  .page  and  .include  directives are now modified
       by the .list and .nlist  directives so that pagination
       occurs only when listing is active.

       The new  default functionality for the  .list,  .nlist
       and .page directives may  be  modified by including an
       optional argument  in the  directive as shown here for
       the the .list directive:

          .list    arg

       a non-zero argument invokes the directive irrespective
       of the .if / .else / .endif status.

    2006_07_26 (Version 4.11 Patch 01)

       The  assembly  of  a  direct  page  instruction with a
       numeric  constant  causes a program  crash when a .rel
       file is created. e.g.:

            andb    *0x02

       The  use  of  a  symbolic  constant  or  symbol plus a
       a constant compiles normally.

            val = 0x02

            andb    *val
            andb    *extern+0x01

       The assemblers effected are:

            as6809
            as6812
            ash8
            aspic

       Summary  of  changes/additions  to the ASxxxx Assemblers from
    Version 4.10 to Version 4.11.

         1.  Incorporated  the patches contained in p01410.zip which
             corrected a coding error that affected BANKS containing
             multiple ABS areas or mixed AREA types.

         2.  Incorporated  the patches contained in p02410.zip which
             corrected improper use of  R_USGN  in  most  addressing
             modes  in AS6500.  This caused unexpected 'a' errors in
             V4.xx because of the ASxxxx core change to  32-bit  in-
             tegers and arithmetic.

         3.  Incorporated  the patches contained in p03410.zip which
             corrected errors in the  .local  and  .globl  assembler
             directive  processing  routine that introduced unwanted
             side effects for variable and symbol definition  files.
             These  effects included improper definitions and incor-
             rect error warnings.

         4.  The  following  new subdirectories and their files have
             been added to the asxtst directory:

              *  areabank     Area and Bank Processing Test
                 This  directory  contains  several  test  programs:
                 ts.asm (single file - multiple areas), tm1.asm  and
                 tm2.asm  (multiple  file  -  multiple  areas),  and
                 tbm.asm, tbm1.asm, and tbm2.asm ( multiple  file  -
                 multiple  areas  within  a  bank) and several other
                 files which verify the  correct  operation  of  the
                 linker  when used with a single linked file, multi-
                 ple linked files having no  banking,  and  multiple
                 linked  files  with banking.  These reference files
                 show in detail how the .area and  .bank  directives
                 work together.

              *  equtst       Equate Processing Test
                 This  directory  contains a test file for verifying
                 the operation of the .globl, .local, .equ, .gblequ,
                 and  .lclequ  directives  and  the  =,  ==,  and =:
                 equalities.

              *  inctst       Nested Include File Test

              *  itst         Include File Error Reporting Test

         5.  Incorporated  the updates contained in u01410.zip which
             added 10 undocumented 8085 instructions to  the  AS8085
             assembler.

       Summary  of  changes/additions  to the ASxxxx Assemblers from
    Version 4.00 to Version 4.10.

         1.  Added new assemblers for the Zilog EZ80, Zilog Z8, Sig-
             netics 2650, and Fujitsu F2MC8(L,FX) processors.

         2.  Added the processor cycle count option (-c) to all pro-
             cessors.

         3.  Several   of  the  assemblers  (ASZ80,  ASRAB,  AS6805,
             AS6808, AS6812, ASF2MC8, ...) now  support  subsets  or
             supersets  of  their basic opcodes by the use of assem-
             bler specific directives.

         4.  Added .ifeq, .ifne, .iflt, .ifgt, .ifle, and .ifge con-
             ditional assembly directives.

         5.  Added  support  for the Tandy Color Computer Disc Basic
             binary file format to ASLINK.

         6.  Updated the assembler and linker source code to support
             16-Bit and 32-Bit compilers.  Tested with Borland Turbo
             C++  3.0  and  Symantec 7.2 C/C++ 16-Bit compilers, and
             with Visual C++ 6.0, Cygwin, DJGPP  V02.03,  and  Linux
             32-Bit compilers.

         7.  Problem:
             When  an area size is equal to the 'address space size'
             the size parameter is reported as 0.  (A normal  condi-
             tion  caused  by  address rollover to 0.) Aslink inter-
             preted this as a 0 size.

             Fix:
             A  new area 'Output Code Flag' bit was defined to indi-
             cate when data is  defined  in  an  area.   ASxxxx  and
             Aslink  have  been updated to set and process this area
             flag bit.

         8.  Problem:
             The  use  of  the .end assembler directive in an Asxxxx
             assembler would cause Aslink  to  output  the  optional
             start address in all output files.

             Fix:
             Updated  Aslink  to  output  the optional start address
             only in the output file associated with  the  area/bank
             containing the .end directive.

         9.  Problem:
             Aslink  creates  output  files for banks with no output
             data.

             Fix:
             Aslink  now  deletes  any created output file for banks
             with no data.

        10.  Incorporated  the  patches  contained in p01400.zip for
             files t1802.asm and 1802pst.c to correct for  an  error
             in  the  opcodes  generated  for  the  BM,  BL, and BNF
             mnemonics.

        11.  Incorporated  the  patches  contained in p02400.zip for
             file ds8adr.c to correct for an  error  in  the  direct
             page addressing mode of AS8xCxxx.

        12.  Incorporated  the  patches  contained in p03400.zip for
             file rabmch.c to correct for an error in the processing
             of the "ret cc" instruction.

        13.  Made many corrections to internal code comments.

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Last Updated: August 2012