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Source code for a simple program that translates ASCII files into PostScript. The

only important change, besides the restructuring that's been applied to all the

translators, is the addition of the -r option that controls how carriage returns

are handled. As in previous versions the default behavior is to ignore carriage

returns. The two other choices are to return to column 1 (-r1 option) or treat

carriage returns as newlines (-r2 option). You can modify the default behavior by

changing the initialization of crmode (near line 98) in postprint.c.

Things have been tuned for PostScript printers running at 9600 baud, and may not

be optimal for fast printers running at higher baud rates. A few simple changes

here and in ../postscript/postprint.ps could help if throughput seems to be

lacking:

1) Near line 755 in postprint.c change

fprintf(fp_out, ")%d L\n", stringstart-1);

to

fprintf(fp_out, ")%d %d L\n", stringstart-1, stringcount);

Then change the definition of procedure L in ../postscript/postprint.ps

to,

/L {

{charwidth mul currentpoint exch pop show} repeat

linespace add dup 0 exch moveto

} bind def

2) Change the upper limit test near line 694 (procedure spaces()) in postprint.c

from 6 to something bigger. Output files will be larger, but will run faster

when they get to the printer. Should help if you're running at 19.2KB or

higher.

3) Adjust the scaling set in procedure setup in ../postscript/postprint.ps so

1 unit corresponds to the line spacing. Then replace 'linespace add' in

procedures l and L by '1 sub'. It's a little tricky, but I've tried it and

it does work.