For: Carl DiStefano _re_: encode/decode procs

[holmgrn@xxxxxxxx]

1) Well, lemme explain the conventions first; that in turn
explains the rationale behind {<}" and "{>}" for open and close
guillemets. Theory is pretty simple. There are three ways in
which every character is encoded in Ascii 32-127.:

Result eNCODE
====== ====== normal display = ASCII 32-127
{###}      = 1-byte ASCII 0-31|128-255
[[###+]###+###] = 2- and 3-byte ASCII sequences
         (funcs|chars|codes)

Now, forgetting about functions for the nonce, every character
has to fall finally into one of those three categories. AFTER
converting to these conventions, you can then run selected
strings through a Customization Table, to change {174} and {175}
or whatever, *to* whatever you prefer. When decoding, you first
run the text through the same Customization Table, to reverse the
process and restore the three standardized categories above, and
then you decode using numbers only. If at the end of the day you
don't convert numbers, i.e. try to deal with strings, it would be
a nightmare.

ABCDEFGabcdefg
{0}{1}...{254}{255}
[13+10][255+0+1][254+129+243] etc

So a 1-byte Ascii-174 (open guillemet) would normally
(before running through the Customization Table) be "{174}".
I customized that as "{<}" simply because it seemed consistent
with the notation; but it could be changed by the user to --
anything. The only (big) *caveat* is that the
Customization Table itself creates reserved strings which did not
previously exist. Outta da box, the only reserved strings are
brackets and curly braces enclosing numbers, and brackets
enclosing functions. In other words, if you changed {174} to,
say "<", let's hope you don't have any other "<" characters in
your program, 'cause they're going to *decode* into guillemets,
even though they *aren't* guillemets! Bad news. The bottom line
is, Customization represents a concession that enhances
legibility but compromises the universality of the program. I
went for "{<}" because it minimized the impact.

2) For functions, yeah, I agree, I also prefer BC_ to [BC].
Let me make that change in form [BC_] so that it's unambiguous
(more for the benefit of the decode module than the user). In
the beginning I just left functions in three- digit form, e.g.
BC=[255+129+31]. But, well, that's pretty dure. So, I ran every
3-byter through a table of valid functions in XyWin v4.12 (even though this is
4.017B PM); and if there was a match, ran it through @CNV unary
operator. The problem with @CNV is that it's about as fastidious
as case sensitivity in XS parses, i.e. NOT. Real junk. There
are literally dozens of 3-byte strings that will convert into a
given func, the most obvious ones being the string-next-door,
e.g. for BC the _real_ func is
[255+129+31] but [255+129+30] also displays identically, as
BC, even though it doesn't work!... Although, ha ha, funny
thing! Now they both work! That's new. Oh well. No matter,
you have to assume that the author put the 3-byter up there in a
particular form, deliberately, whether to parse it apart or just
perform a function, who cares why.
The point is precision. So, again, [BC_] is in brackets because
it's a 3-byte code, for notational consistency.

3) Getting extended charset into [brackets] representing their
original numbers is, hmmm, I was thinking it would be hard, but
actually it's easy, so -- OK.

4) Yeah, encode<==>decode, of course. Maybe not very pointful,
but . . . fun. And proof that the encoding was accurate.

Later. Enjoy the weekend. Ooooh, I had center-court
Knicks-Orlando tickets in the bag, too . . . blast it.

Here it is. Getting close:


XXencode version 1.51 (MSDOS) begin 644 xplcode.u2
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