Fix hash tables, #'member*, #'assoc*, #'eql compiler macros if bignums lisp/ChangeLog addition: 2010-01-24 Aidan Kehoe <kehoea@parhasard.net> Correct the semantics of #'member*, #'eql, #'assoc* in the presence of bignums; change the integerp byte code to fixnump semantics. * bytecomp.el (fixnump, integerp, byte-compile-integerp): Change the integerp byte code to fixnump; add a byte-compile method to integerp using fixnump and numberp and avoiding a funcall most of the time, since in the non-core contexts where integerp is used, it's mostly distinguishing between fixnums and things that are not numbers at all. * byte-optimize.el (side-effect-free-fns, byte-after-unbind-ops) (byte-compile-side-effect-and-error-free-ops): Replace the integerp bytecode with fixnump; add fixnump to the side-effect-free-fns. Add the other extended number type predicates to the list in passing. * obsolete.el (floatp-safe): Mark this as obsolete. * cl.el (eql): Go into more detail in the docstring here. Don't bother checking whether both arguments are numbers; one is enough, #'equal will fail correctly if they have distinct types. (subst): Replace a call to #'integerp (deciding whether to use #'memq or not) with one to #'fixnump. Delete most-positive-fixnum, most-negative-fixnum from this file; they're now always in C, so they can't be modified from Lisp. * cl-seq.el (member*, assoc*, rassoc*): Correct these functions in the presence of bignums. * cl-macs.el (cl-make-type-test): The type test for a fixnum is now fixnump. Ditch floatp-safe, use floatp instead. (eql): Correct this compiler macro in the presence of bignums. (assoc*): Correct this compiler macro in the presence of bignums. * simple.el (undo): Change #'integerp to #'fixnump here, since we use #'delq with the same value as ELT a few lines down. src/ChangeLog addition: 2010-01-24 Aidan Kehoe <kehoea@parhasard.net> Fix problems with #'eql, extended number types, and the hash table implementation; change the Bintegerp bytecode to fixnump semantics even on bignum builds, since #'integerp can have a fast implementation in terms of #'fixnump for most of its extant uses, but not vice-versa. * lisp.h: Always #include number.h; we want the macros provided in it, even if the various number types are not available. * number.h (NON_FIXNUM_NUMBER_P): New macro, giving 1 when its argument is of non-immediate number type. Equivalent to FLOATP if WITH_NUMBER_TYPES is not defined. * elhash.c (lisp_object_eql_equal, lisp_object_eql_hash): Use NON_FIXNUM_NUMBER_P in these functions, instead of FLOATP, giving more correct behaviour in the presence of the extended number types. * bytecode.c (Bfixnump, execute_optimized_program): Rename Bintegerp to Bfixnump; change its semantics to reflect the new name on builds with bignum support. * data.c (Ffixnump, Fintegerp, syms_of_data, vars_of_data): Always make #'fixnump available, even on non-BIGNUM builds; always implement #'integerp in this file, even on BIGNUM builds. Move most-positive-fixnum, most-negative-fixnum here from number.c, so they are Lisp constants even on builds without number types, and attempts to change or bind them error. Use the NUMBERP and INTEGERP macros even on builds without extended number types. * data.c (fixnum_char_or_marker_to_int): Rename this function from integer_char_or_marker_to_int, to better reflect the arguments it accepts. * number.c (Fevenp, Foddp, syms_of_number): Never provide #'integerp in this file. Remove #'oddp, #'evenp; their implementations are overridden by those in cl.el. * number.c (vars_of_number): most-positive-fixnum, most-negative-fixnum are no longer here. man/ChangeLog addition: 2010-01-23 Aidan Kehoe <kehoea@parhasard.net> Generally: be careful to say fixnum, not integer, when talking about fixed-precision integral types. I'm sure I've missed instances, both here and in the docstrings, but this is a decent start. * lispref/text.texi (Columns): Document where only fixnums, not integers generally, are accepted. (Registers): Remove some ancient char-int confoundance here. * lispref/strings.texi (Creating Strings, Creating Strings): Be more exact in describing where fixnums but not integers in general are accepted. (Creating Strings): Use a more contemporary example to illustrate how concat deals with lists including integers about #xFF. Delete some obsolete documentation on same. (Char Table Types): Document that only fixnums are accepted as values in syntax tables. * lispref/searching.texi (String Search, Search and Replace): Be exact in describing where fixnums but not integers in general are accepted. * lispref/range-tables.texi (Range Tables): Be exact in describing them; only fixnums are accepted to describe ranges. * lispref/os.texi (Killing XEmacs, User Identification) (Time of Day, Time Conversion): Be more exact about using fixnum where only fixed-precision integers are accepted. * lispref/objects.texi (Integer Type): Be more exact (and up-to-date) about the possible values for integers. Cross-reference to documentation of the bignum extension. (Equality Predicates): (Range Table Type): (Array Type): Use fixnum, not integer, to describe a fixed-precision integer. (Syntax Table Type): Correct some English syntax here. * lispref/numbers.texi (Numbers): Change the phrasing here to use fixnum to mean the fixed-precision integers normal in emacs. Document that our terminology deviates from that of Common Lisp, and that we're working on it. (Compatibility Issues): Reiterate the Common Lisp versus Emacs Lisp compatibility issues. (Comparison of Numbers, Arithmetic Operations): * lispref/commands.texi (Command Loop Info, Working With Events): * lispref/buffers.texi (Modification Time): Be more exact in describing where fixnums but not integers in general are accepted.

;;; linux.el --- define function key sequences for the Linux console

;; Author: Ben Wing
;; Keywords: terminals

;; Copyright (C) 1996 Ben Wing.
;; This file is part of XEmacs.

;; XEmacs is free software; you can redistribute it and/or modify it
;; under the terms of the GNU General Public License as published by
;; the Free Software Foundation; either version 2, or (at your option)
;; any later version.

;; XEmacs is distributed in the hope that it will be useful, but
;; WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
;; General Public License for more details.

;; You should have received a copy of the GNU General Public License
;; along with XEmacs; see the file COPYING.  If not, write to the Free
;; Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA
;; 02111-1307, USA.

;;; Synched up with: FSF 21.0.103.
;;; (All the define-keys are our own.)

;;; Commentary:

;;; Code:

;; The Linux console handles Latin-1 by default.

(if-fboundp 'set-terminal-coding-system
    (unless (declare-fboundp (terminal-coding-system))
      (set-terminal-coding-system 'iso-8859-1)))

;; Make Latin-1 input characters work, too.
;; Meta will continue to work, because the kernel
;; turns that into Escape.

(let ((value (current-input-mode)))
  ;; The third arg only matters in that it is not t or nil.
  (set-input-mode (nth 0 value) (nth 1 value) 'iso-8859-1 (nth 3 value)))

;; The defines below seem to get automatically set in recent Termcaps.
;; It was probably the case that in 1996, there was no good Linux termcap,
;; which is why such a file was needed.

; ;; Termcap or terminfo should set these next four?
; (define-key function-key-map "\e[A" [up])
; (define-key function-key-map "\e[B" [down])
; (define-key function-key-map "\e[C" [right])
; (define-key function-key-map "\e[D" [left])

; (define-key function-key-map "\e[[A" [f1])
; (define-key function-key-map "\e[[B" [f2])
; (define-key function-key-map "\e[[C" [f3])
; (define-key function-key-map "\e[[D" [f4])
; (define-key function-key-map "\e[[E" [f5])
; (define-key function-key-map "\e[17~" [f6])
; (define-key function-key-map "\e[18~" [f7])
; (define-key function-key-map "\e[19~" [f8])
; (define-key function-key-map "\e[20~" [f9])
; (define-key function-key-map "\e[21~" [f10])
; (define-key function-key-map "\e[23~" [f11])
; (define-key function-key-map "\e[24~" [f12])
; (define-key function-key-map "\e[25~" [f13])
; (define-key function-key-map "\e[26~" [f14])
; (define-key function-key-map "\e[28~" [f15])
; (define-key function-key-map "\e[29~" [f16])
; (define-key function-key-map "\e[31~" [f17])
; (define-key function-key-map "\e[32~" [f18])
; (define-key function-key-map "\e[33~" [f19])
; (define-key function-key-map "\e[34~" [f20])

;; But they come out f13-f20 (see above), which are not what we
;; normally call the shifted function keys.  F11 = Shift-F1, F2 =
;; Shift-F2.  What a mess, see below.
(define-key function-key-map "\e[25~" [(shift f3)])
(define-key function-key-map "\e[26~" [(shift f4)])
(define-key function-key-map "\e[28~" [(shift f5)])
(define-key function-key-map "\e[29~" [(shift f6)])
(define-key function-key-map "\e[31~" [(shift f7)])
(define-key function-key-map "\e[32~" [(shift f8)])
(define-key function-key-map "\e[33~" [(shift f9)])
(define-key function-key-map "\e[34~" [(shift f10)])

;; I potentially considered these.  They would make people's Shift-F1 and
;; Shift-F2 bindings work -- but of course they would fail to work if the
;; person also put F11 and F12 bindings.  It might also be confusing because
;; the person with no bindings who hits f11 gets "error shift-f1 unbound".
;; #### If only there were a proper way around this.
;(define-key global-map 'f11 [(shift f1)])
;(define-key global-map 'f12 [(shift f2)])

; (define-key function-key-map "\e[1~" [home])
 ;; seems to not get handled correctly automatically
 (define-key function-key-map "\e[2~" [insert])
; (define-key function-key-map "\e[3~" [delete])
; (define-key function-key-map "\e[4~" [end])
; (define-key function-key-map "\e[5~" [prior])
; (define-key function-key-map "\e[6~" [next])
; (define-key function-key-map "\e[G" [kp-5])

; (define-key function-key-map "\eOp" [kp-0])
; (define-key function-key-map "\eOq" [kp-1])
; (define-key function-key-map "\eOr" [kp-2])
; (define-key function-key-map "\eOs" [kp-3])
; (define-key function-key-map "\eOt" [kp-4])
; (define-key function-key-map "\eOu" [kp-5])
; (define-key function-key-map "\eOv" [kp-6])
; (define-key function-key-map "\eOw" [kp-7])
; (define-key function-key-map "\eOx" [kp-8])
; (define-key function-key-map "\eOy" [kp-9])

; (define-key function-key-map "\eOl" [kp-add])
; (define-key function-key-map "\eOS" [kp-subtract])
; (define-key function-key-map "\eOM" [kp-enter])
; (define-key function-key-map "\eOR" [kp-multiply])
; (define-key function-key-map "\eOQ" [kp-divide])
; (define-key function-key-map "\eOn" [kp-decimal])
; (define-key function-key-map "\eOP" [kp-numlock])

;;; linux.el ends here