--- gforth/kernel/vars.fs 2002/02/04 21:25:18 1.29 +++ gforth/kernel/vars.fs 2003/10/03 09:14:27 1.36 @@ -1,6 +1,6 @@ \ VARS.FS Kernal variables -\ Copyright (C) 1995,1996,1997,1998,2000 Free Software Foundation, Inc. +\ Copyright (C) 1995,1996,1997,1998,2000,2003 Free Software Foundation, Inc. \ This file is part of Gforth. @@ -69,11 +69,11 @@ $400 Value def#tib \ initialized by COLD -Create main-task has? OS [IF] 100 [ELSE] 40 [THEN] cells allot +Create main-task has? OS [IF] 100 [ELSE] 40 [THEN] cells dup allot \ set user-pointer from cross-compiler right main-task -UNLOCK tup ! LOCK +UNLOCK swap region user-region user-region setup-region LOCK Variable udp ( -- a-addr ) \ gforth \G user area size @@ -145,7 +145,7 @@ has? file [IF] User loadfile 0 loadfile ! - User loadfilename# 0 loadfilename# ! + 2user loadfilename 0 0 loadfilename 2! \ addr u for sourcefilename User loadline \ number of the currently interpreted \ (in TIB) line if the interpretation @@ -165,7 +165,7 @@ User dpl ( -- a-addr ) \ gforth \G @code{User} variable -- @i{a-addr} is the address of a cell that stores the \G position of the decimal point in the most recent numeric conversion. \G Initialised to -1. After the conversion of a number containing no -\G decimal point, @code{@ dpl} is -1. After the conversion of @code{2.} it holds +\G decimal point, @code{dpl} is -1. After the conversion of @code{2.} it holds \G 0. After the conversion of 234123.9 it contains 1, and so forth. -1 dpl ! @@ -192,14 +192,12 @@ AUser dpp normal-dp dpp ! AUser LastCFA AUser Last -AUser last-compiled \ last compile,d xt - \ 0 if last xt was dyn-compiled already (basic-block-end) -0 last-compiled ! -AUser last-compiled-here \ where LAST-COMPILED should be stored - -has? peephole [IF] -0 value peeptable \ initialized in boot -[THEN] +User max-name-length \ maximum length of all names defined yet +32 max-name-length ! + +\ has? peephole [IF] +\ 0 value peeptable \ initialized in boot +\ [THEN] has? glocals [IF] User locals-size \ this is the current size of the locals stack