scan the input to the next doublequote and create a buffer
that holds the chars - return the address of that zero-terminated
string-buffer, either POCKET-PAD or ALLOTed into the dictionary.
Add the string defined by CADDR LEN to the zero terminated string
at ZDEST - (for older scripts the SYNONYM named APPENDZ exists)
(see libc strncat(3)) / compare with ZPLACE / +PLACE
scan the following text to create a literal just
like S" does, but backslashes can be used to
escape special chars. The rules for the backslashes
follow C literals, implemented techniques are
\n \r \b \a \f \v \e \777
and all non-alnum chars represent themselves, esp.
\" \' \ \? \! \% \( \) \[ \] \{ \} etcetera.
most importantly the doublequote itself can be escaped.
but be also informed that the usage of \' and \" is not
portable as some systems preferred to map [\'] into ["].
Here I use the experimental addition to map [\q] to ["] and [\i] to [']
scan the following text to create a literal just
like C" does, but backslashes can be used to
escape special chars. The rules for the backslashes
follow C literals, implemented techniques are
\n \r \b \a \f \v \e \777
and all non-alnum chars represent themselves, esp.
\" \' \ \? \! \% \( \) \[ \] \{ \} etcetera.
most importantly the doublequote itself can be escaped.
but be also informed that the usage of \' and \" is not
portable as some systems preferred to map [\'] into ["].
Here I use the experimental addition to map [\q] to ["] and [\i] to [']
scan the following text to create a literal just
like Z" does, but backslashes can be used to
escape special chars. The rules for the backslashes
follow C literals, implemented techniques are
\n \r \b \a \f \v \e \777
and all non-alnum chars represent themselves, esp.
\" \' \ \? \! \% \( \) \[ \] \{ \} etcetera.
most importantly the doublequote itself can be escaped
but be also informed that the usage of \' and \" is not
portable as some systems preferred to map [\'] into ["].
Here I use the experimental addition to map [\q] to ["] and [\i] to [']