Mar 01: Michael Sanders demos an X-windows GUI for AWK.
Mar 01: Awk100#24: A. Lahm and E. de Rinaldis' patent search, in AWK
Feb 28: Tim Menzies asks this community to write an AWK cookbook.
Feb 28: Arnold Robbins announces a new debugger for GAWK.
Feb 28: Awk100#23: Premysl Janouch offers a IRC bot, In AWK
Feb 28: Updated: the AWK FAQ
Feb 28: Tim Menzies offers a tiny content management system, in Awk.
Jan 31: Comment system added to awk.info. For example, see discussion bottom of ?keys2awk
Jan 31: Martin Cohen shows that Gawk can handle massively long strings (300 million characters).
Jan 31: The AWK FAQ is being updated. For comments/ corrections/ extensions, please mail email@example.com
Jan 31: Martin Cohen finds Awk on the Android platform.
Jan 31: Aleksey Cheusov released a new version of runawk.
Jan 31: Hirofumi Saito contributes a candidate Awk mascot.
Jan 31: Michael Sanders shows how to quickly build an AWK GUI for windows.
Jan 31: Hyung-Hwan Chung offers QSE, an embeddable Awk Interpreter.
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"aaa" (the Amazing Awk Assembler) is a primitive assembler written entirely in awk and sed. It was done for fun, to establish whether it was possible. It is; it works. It's quite slow, the input syntax is eccentric and rather restricted, and error-checking is virtually nonexistent, but it does work. Furthermore it's very easy to adapt to a new machine, provided the machine falls into the generic "8-bit-micro" category. It is supplied "as is", with no guarantees of any kind. I can't be bothered to do any more work on it right now, but even in its imperfect state it may be useful to someone.
aaa is the mainline shell file.
aux is a subdirectory with machine-independent stuff. Anon, 6801, and 6809 are subdirectories with machine-dependent stuff, choice specified by a -m option (default is "anon"). Actually, even the stuff that is supposedly machine-independent does have some machine-dependent assumptions; notably, it knows that bytes are 8 bits (not serious) and that the byte is the basic unit of instructions (more serious). These would have to change for the 68000 (going to 16-bit "bytes" might be sufficient) and maybe for the 32016 (harder).
aaa thinks that the machine subdirectories and the aux subdirectory are in the current directory, which is almost certainly wrong.
abst is an abstract for a paper. "card", in each machine directory, is a summary card for the slightly-eccentric input language. There is no real manual at present; sorry.
try.s is a sample piece of 6809 input; it is semantic trash, purely for test purposes. The assembler produces try.a, try.defs, and try.x as outputs from "aaa try.s". try.a is an internal file that looks somewhat like an assembly listing. try.defs is another internal file that looks somewhat like a symbol table. These files are preserved because of possible usefulness; tmp are non-preserved temporaries. try.x is the Intel-hex output. try.x.good is identical to try.x and is a saved copy for regression testing of new work.
01pgm.s is a self-programming program for a 68701, based on the one in the Motorola ap note. 01pgm.x.good is another regression-test file.
If your C library (used by awk) has broken "%02x" so it no longer means "two digits of hex, *zero-filled*" (as some SysV libraries have), you will have to fall back from aux/hex to aux/hex.argh, which does it the hard way. Oh yes, you'll note that aaa feeds settings into awk on the command line; don't assume your awk won't do this until you try it.
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