| Commit message (Collapse) | Author | Age | Files | Lines |
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* src/keyboard.c (process_special_events): New function.
(swallow_events, Finput_pending_p): Use it.
Fixes: debbugs:10195
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* emacs.c (Qkill_emacs): Define.
(syms_of_emacs): Initialize it.
* keyboard.c (interrupt_signal): Don't call Fkill_emacs here, set
Qquit_flag to `kill-emacs' instead.
(quit_throw_to_read_char): Add parameter `from_signal'. All
callers changed. Call Fkill_emacs if requested and safe.
* lisp.h (QUIT): Call Fkill_emacs if requested.
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* src/keyboard.c (interrupt_signal): Don't call kill-emacs when
waiting for input.
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* lisp.h (GCPRO1_VAR, GCPRO2_VAR, GCPRO3_VAR, GCPRO4_VAR, GCPRO5_VAR)
(GCPRO6_VAR, UNGCPRO_VAR): Remove. See
<http://lists.gnu.org/archive/html/emacs-diffs/2011-11/msg00265.html>.
All uses changed to use GCPRO1 etc.
(GCPRO1, GCPRO2, GCPRO3, GCPRO4, GCPRO5, GCPRO6, UNGCPRO):
Revert to old implementation (i.e., before 2011-03-11).
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GC.
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* src/keyboard.c (test_undefined): New function.
(read_key_sequence): Use it to detect when a key is bound to `undefined'.
Fixes: debbugs:9751
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(read_key_sequence): Compute remapping in the right buffer.
(command_loop_1): Use read_key_sequence's remapping directly.
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* doprnt.c (doprnt): Support printing ptrdiff_t and intmax_t values.
(esprintf, esnprintf, exprintf, evxprintf): New functions.
* keyboard.c (command_loop_level): Now EMACS_INT, not int.
(cmd_error): kbd macro iterations count is now EMACS_INT, not int.
(modify_event_symbol): Do not assume that the length of
name_alist_or_stem is safe to alloca and fits in int.
(Fexecute_extended_command): Likewise for function name and binding.
(Frecursion_depth): Wrap around reliably on integer overflow.
* keymap.c (push_key_description): First arg is now EMACS_INT, not int,
since some callers pass EMACS_INT values.
(Fsingle_key_description): Don't crash if symbol name contains more
than MAX_ALLOCA bytes.
* minibuf.c (minibuf_level): Now EMACS_INT, not int.
(get_minibuffer): Arg is now EMACS_INT, not int.
* lisp.h (get_minibuffer, push_key_description): Reflect API changes.
(esprintf, esnprintf, exprintf, evxprintf): New decls.
* window.h (command_loop_level, minibuf_level): Reflect API changes.
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* configure.in (HAVE_PTHREAD): Add check for -lpthread.
(HAVE_GTK_AND_PTHREAD): Remove.
* src/Makefile.in (LIB_PTHREAD): New variable.
(LIBES): Add LIB_PTHREAD (Bug#9216).
* src/alloc.c, src/emacs.c, src/gmalloc.c, src/gtkutil.c, src/keyboard.c, src/syssignal.h:
Rename HAVE_GTK_AND_PTHREAD to HAVE_PTHREAD (Bug#9216).
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(read_char, menu_bar_items, tool_bar_items, read_char_x_menu_prompt)
(read_char_minibuf_menu_width, read_char_minibuf_menu_prompt)
(follow_key, read_key_sequence): Use ptrdiff_t, not int, to count maps.
(read_char_minibuf_menu_prompt): Check for overflow in size
calculations. Don't update size until allocation succeeds. Redo
calculations to avoid overflow.
* keyboard.h: Change prototypes to match the above.
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(make_lispy_movement): Use same integer type in forward decl
that is used in the definition.
(read_key_sequence, keyremap_step):
Change bufsize argument back to int, undoing my 2011-03-30 change.
We prefer signed types, and int is wide enough here.
(parse_tool_bar_item): Don't assume tool_bar_max_label_size is less
than TYPE_MAXIMUM (EMACS_INT) / 2. Don't let the label size grow
larger than STRING_BYTES_BOUND. Use ptrdiff_t for Emacs string
length, not size_t. Use ptrdiff_t for index, not int.
(keyremap_step, read_key_sequence): Redo bufsize check to avoid
possibility of integer overflow.
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Fixes: debbugs:8056
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This is (very slightly) less likely to mess up due to wraparound.
All uses changed.
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* src/keyboard.c (command_loop_1): If a down-mouse event is unbound,
leave any prefix arg for the up event.
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* src/keymap.c (Fmake_composed_keymap): New function.
(Fset_keymap_parent): Simplify.
(fix_submap_inheritance): Remove.
(access_keymap_1): New function extracted from access_keymap to handle
embedded parents and handle lists of maps.
(access_keymap): Use it.
(Fkeymap_prompt, map_keymap_internal, map_keymap, store_in_keymap)
(Fcopy_keymap): Handle embedded parents.
(Fcommand_remapping, define_as_prefix): Simplify.
(Fkey_binding): Simplify.
(syms_of_keymap): Move minibuffer-local-completion-map,
minibuffer-local-filename-completion-map,
minibuffer-local-must-match-map, and
minibuffer-local-filename-must-match-map to Elisp.
(syms_of_keymap): Defsubr make-composed-keymap.
* src/keyboard.c (menu_bar_items): Use map_keymap_canonical.
(parse_menu_item): Trivial simplification.
* lisp/subr.el (remq): Don't allocate if it's not needed.
(keymap--menu-item-binding, keymap--menu-item-with-binding)
(keymap--merge-bindings): New functions.
(keymap-canonicalize): Use them to refine the canonicalization.
* lisp/minibuffer.el (minibuffer-local-completion-map)
(minibuffer-local-must-match-map): Move initialization from C.
(minibuffer-local-filename-completion-map): Move initialization from C;
don't inherit from anything here.
(minibuffer-local-filename-must-match-map): Make obsolete.
(completing-read-default): Use make-composed-keymap to combine
minibuffer-local-filename-completion-map with either
minibuffer-local-must-match-map or
minibuffer-local-filename-completion-map.
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This partly undoes my 2011-03-30 change, which replaced int with size_t.
Back then I didn't know that the Emacs coding style prefers signed int.
Also, in the meantime I found a few more instances where arguments
were being counted with int, which may truncate counts on 64-bit
machines, or EMACS_INT, which may be unnecessarily wide.
* lisp.h (struct Lisp_Subr.function.aMANY)
(DEFUN_ARGS_MANY, internal_condition_case_n, safe_call):
Arg counts are now ptrdiff_t, not size_t.
All variadic functions and their callers changed accordingly.
(struct gcpro.nvars): Now size_t, not size_t. All uses changed.
* bytecode.c (exec_byte_code): Check maxdepth for overflow,
to avoid potential buffer overrun. Don't assume arg counts fit in 'int'.
* callint.c (Fcall_interactively): Check arg count for overflow,
to avoid potential buffer overrun. Use signed char, not 'int',
for 'varies' array, so that we needn't bother to check its size
calculation for overflow.
* editfns.c (Fformat): Use ptrdiff_t, not EMACS_INT, to count args.
* eval.c (apply_lambda):
* fns.c (Fmapconcat): Use XFASTINT, not XINT, to get args length.
(struct textprop_rec.argnum): Now ptrdiff_t, not int. All uses changed.
(mapconcat): Use ptrdiff_t, not int and EMACS_INT, to count args.
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These casts should not be needed on 32-bit hosts, either.
* keyboard.c (read_char):
* lread.c (Fload): Remove casts to unsigned.
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This fixes comparison bugs on 64-bit hosts.
(ASCII_CHAR_P): Use it.
* casefiddle.c (casify_object):
* character.h (ASCII_BYTE_P, CHAR_VALID_P):
(SINGLE_BYTE_CHAR_P, CHAR_STRING):
* composite.h (COMPOSITION_ENCODE_RULE_VALID):
* dispextern.h (FACE_FROM_ID):
* keyboard.c (read_char): Use UNSIGNED_CMP.
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* character.h (MAYBE_UNIFY_CHAR):
* charset.c (maybe_unify_char):
* keyboard.c (read_char, reorder_modifiers):
XINT -> XFASTINT, since the integer must be nonnegative.
* ftfont.c (ftfont_spec_pattern):
* keymap.c (access_keymap, silly_event_symbol_error):
XUINT -> XFASTINT, since the integer must be nonnegative.
(Fsingle_key_description, preferred_sequence_p): XUINT -> XINT,
since it makes no difference and we prefer signed.
* keyboard.c (record_char): Use XUINT when all the neighbors do.
(access_keymap): NATNUMP -> INTEGERP, since the integer must be
nonnegative.
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* character.h (MAYBE_UNIFY_CHAR):
* charset.c (maybe_unify_char):
* keyboard.c (read_char, reorder_modifiers):
XINT -> XFASTINT, since the integer must be nonnegative.
* ftfont.c (ftfont_spec_pattern):
* keymap.c (access_keymap, silly_event_symbol_error):
XUINT -> XFASTINT, since the integer must be nonnegative.
(Fsingle_key_description, preferred_sequence_p): XUINT -> XINT,
since it makes no difference and we prefer signed.
* keyboard.c (record_char): Use XUINT when all the neighbors do.
(access_keymap): NATNUMP -> INTEGERP, since the integer must be
nonnegative.
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src/bidi.c (bidi_copy_it): Use offsetof instead of emulating it.
(bidi_fetch_char, bidi_fetch_char_advance): New functions.
(bidi_cache_search, bidi_cache_iterator_state)
(bidi_paragraph_init, bidi_resolve_explicit, bidi_resolve_weak)
(bidi_level_of_next_char, bidi_move_to_visually_next): Support
character positions inside a run of characters covered by a
display string.
(bidi_paragraph_init, bidi_resolve_explicit_1)
(bidi_level_of_next_char): Call bidi_fetch_char and
bidi_fetch_char_advance instead of FETCH_CHAR and
FETCH_CHAR_ADVANCE.
(bidi_init_it): Initialize new members.
(LRE_CHAR, RLE_CHAR, PDF_CHAR, LRO_CHAR, RLO_CHAR): Remove macro
definitions.
(bidi_explicit_dir_char): Lookup character type in bidi_type_table,
instead of using explicit *_CHAR codes.
(bidi_resolve_explicit, bidi_resolve_weak): Use
FETCH_MULTIBYTE_CHAR instead of FETCH_CHAR, as reordering of
bidirectional text is supported only in multibyte buffers.
(bidi_init_it): Accept additional argument FRAME_WINDOW_P and use
it to initialize the frame_window_p member of struct bidi_it.
(bidi_cache_iterator_state, bidi_resolve_explicit_1)
(bidi_resolve_explicit, bidi_resolve_weak)
(bidi_level_of_next_char, bidi_move_to_visually_next): Abort if
bidi_it->nchars is non-positive.
(bidi_level_of_next_char): Don't try to lookup the cache for the
next/previous character if nothing is cached there yet, or if we
were just reseat()'ed to a new position.
src/xdisp.c (set_cursor_from_row): Set start and stop points
according to the row's direction when priming the loop that looks
for the glyph on which to display cursor.
(single_display_spec_intangible_p): Function deleted.
(display_prop_intangible_p): Reimplement to call
handle_display_spec instead of single_display_spec_intangible_p.
Accept 3 additional arguments needed by handle_display_spec. This
fixes incorrect cursor motion across display property with complex
values: lists, `(when COND...)' forms, etc.
(single_display_spec_string_p): Support property values that are
lists with the argument STRING its top-level element.
(display_prop_string_p): Fix the condition for processing a
property that is a list to be consistent with handle_display_spec.
(handle_display_spec): New function, refactored from the
last portion of handle_display_prop.
(compute_display_string_pos): Accept additional argument
FRAME_WINDOW_P. Call handle_display_spec to determine whether the
value of a `display' property is a "replacing spec".
(handle_single_display_spec): Accept 2 additional arguments BUFPOS
and FRAME_WINDOW_P. If IT is NULL, don't set up the iterator from
the display property, but just return a value indicating whether
the display property will replace the characters it covers.
(Fcurrent_bidi_paragraph_direction): Initialize the nchars and
frame_window_p members of struct bidi_it.
(compute_display_string_pos, compute_display_string_end): New
functions.
(push_it): Accept second argument POSITION, where pop_it should
jump to continue iteration.
(reseat_1): Initialize bidi_it.disp_pos.
src/keyboard.c (adjust_point_for_property): Adjust the call to
display_prop_intangible_p to its new signature.
src/dispextern.h (struct bidi_it): New member frame_window_p.
(bidi_init_it): Update prototypes.
(display_prop_intangible_p): Update prototype.
(compute_display_string_pos, compute_display_string_end): Declare
prototypes.
(struct bidi_it): New members nchars and disp_pos. ch_len is now
EMACS_INT.
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src/xdisp.c (set_cursor_from_row): Set start and stop points
according to the row's direction when priming the loop that looks
for the glyph on which to display cursor.
(single_display_spec_intangible_p): Function deleted.
(display_prop_intangible_p): Reimplement to call
handle_display_spec instead of single_display_spec_intangible_p.
Accept 3 additional arguments needed by handle_display_spec. This
fixes incorrect cursor motion across display property with complex
values: lists, `(when COND...)' forms, etc.
(single_display_spec_string_p): Support property values that are
lists with the argument STRING its top-level element.
(display_prop_string_p): Fix the condition for processing a
property that is a list to be consistent with handle_display_spec.
src/keyboard.c (adjust_point_for_property): Adjust the call to
display_prop_intangible_p to its new signature.
src/dispextern.h (display_prop_intangible_p): Adjust prototype.
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Use 'inline', not 'INLINE'.
* configure.in, autogen/config.in (INLINE): Remove.
[lib-src/ChangeLog]
Use 'inline', not 'INLINE'.
* etags.c (hash): Now inline unconditionally.
* make-docfile.c (put_char): inline, not INLINE.
[nt/ChangeLog]
Use 'inline', not 'INLINE'.
* config.nt (INLINE): Remove.
[src/ChangeLog]
Use 'inline', not 'INLINE'.
* alloc.c, fontset.c (INLINE): Remove.
* alloc.c, bidi.c, charset.c, coding.c, dispnew.c, fns.c, image.c:
* intervals.c, keyboard.c, process.c, syntax.c, textprop.c, w32term.c:
* xdisp.c, xfaces.c, xterm.c: Replace all uses of INLINE with inline.
* gmalloc.c (register_heapinfo): Use inline unconditionally.
* lisp.h (LISP_MAKE_RVALUE): Use inline, not __inline__.
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Before, the code sometimes used 'Time', sometimes 'unsigned long',
and sometimes 'EMACS_UINT', to represent these timestamps. This
change causes it to use 'Time' uniformly, as that's what X uses.
This makes the code easier to follow, and makes it easier to catch
integer overflow bugs such as Bug#8664.
* frame.c (Fmouse_position, Fmouse_pixel_position):
Use Time, not unsigned long, for user-interface timestamps.
* keyboard.c (last_event_timestamp, kbd_buffer_get_event): Likewise.
(button_down_time, make_lispy_position, make_lispy_movement): Likewise.
* keyboard.h (last_event_timestamp): Likewise.
* menu.c (Fx_popup_menu) [!HAVE_X_WINDOWS]: Likewise.
* menu.h (xmenu_show): Likewise.
* term.c (term_mouse_position): Likewise.
* termhooks.h (struct input_event.timestamp): Likewise.
(struct terminal.mouse_position_hook): Likewise.
* xmenu.c (create_and_show_popup_menu, xmenu_show): Likewise.
* xterm.c (XTmouse_position, x_scroll_bar_report_motion): Likewise.
* systime.h (Time): New decl. Pull it in from <X11/X.h> if
HAVE_X_WINDOWS, otherwise define it as unsigned long, which is
what it was before.
* menu.h, termhooks.h: Include "systime.h", for Time.
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Don't assume that the difference between two unsigned long values
can fit into an integer. At this point, we know button_down_time
<= event->timestamp, so the difference must be nonnegative, so
there's no need to cast the result if double-click-time is
nonnegative, as it should be; check that it's nonnegative, just in
case. This bug is triggered when events are more than 2**31 ms
apart (about 25 days).
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* etc/NEWS: Document `delayed-warnings-list' and `delayed-warnings-hook'.
* lisp/subr.el (display-delayed-warnings): New function.
(delayed-warnings-hook): New variable.
* src/keyboard.c (Qdelayed_warnings_hook): Define.
(command_loop_1): Run `delayed-warnings-hook' if Vdelayed_warnings_list
is non-nil.
(syms_of_keyboard) <delayed-warnings-hook>: DEFSYM it.
(syms_of_keyboard) <delayed-warnings-list>: DEFVAR_LISP it.
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(ASIZE): Now contains previous implementation of XVECTOR_SIZE
instead of invoking XVECTOR_SIZE.
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GCC 4.6.0 optimizes based on type-based alias analysis. For
example, if b is of type struct buffer * and v of type struct
Lisp_Vector *, then gcc -O2 was incorrectly assuming that &b->size
!= &v->size, and therefore "v->size = 1; b->size = 2; return
v->size;" must therefore return 1. This assumption is incorrect
for Emacs, since it type-puns struct Lisp_Vector * with many other
types. To fix this problem, this patch adds a new type struct
vector_header that documents the constraints on layout of vectors
and pseudovectors, and helps optimizing compilers not get fooled
by Emacs's type punning. It also adds the macros XSETTYPED_PVECTYPE
XSETTYPED_PSEUDOVECTOR, TYPED_PSEUDOVECTORP, for similar reasons.
* lisp.h (XVECTOR_SIZE): New convenience macro. All previous uses of
XVECTOR (foo)->size replaced to use this macro, to avoid the hassle
of writing XVECTOR (foo)->header.size.
(XVECTOR_HEADER_SIZE): New macro, for use in XSETPSEUDOVECTOR.
(XSETTYPED_PVECTYPE): New macro, specifying the name of the size
member.
(XSETPVECTYPE): Rewrite in terms of new macro.
(XSETPVECTYPESIZE): New macro, specifying both type and size.
This is a bit clearer, and further avoids the possibility of
undesirable aliasing.
(XSETTYPED_PSEUDOVECTOR): New macro, specifying the size.
(XSETPSEUDOVECTOR): Rewrite in terms of XSETTYPED_PSEUDOVECTOR
and XVECTOR_HEADER_SIZE.
(XSETSUBR): Rewrite in terms of XSETTYPED_PSEUDOVECTOR and XSIZE,
since Lisp_Subr is a special case (no "next" field).
(ASIZE): Rewrite in terms of XVECTOR_SIZE.
(struct vector_header): New type.
(TYPED_PSEUDOVECTORP): New macro, also specifying the C type of the
object, to help avoid aliasing.
(PSEUDOVECTORP): Rewrite in terms of TYPED_PSEUDOVECTORP.
(SUBRP): Likewise, since Lisp_Subr is a special case.
* lisp.h (struct Lisp_Vector, struct Lisp_Char_Table):
(struct Lisp_Sub_Char_Table, struct Lisp_Bool_Vector):
(struct Lisp_Hash_Table): Combine first two members into a single
struct vector_header member. All uses of "size" and "next" members
changed to be "header.size" and "header.next".
* buffer.h (struct buffer): Likewise.
* font.h (struct font_spec, struct font_entity, struct font): Likewise.
* frame.h (struct frame): Likewise.
* process.h (struct Lisp_Process): Likewise.
* termhooks.h (struct terminal): Likewise.
* window.c (struct save_window_data, struct saved_window): Likewise.
* window.h (struct window): Likewise.
* alloc.c (allocate_buffer, Fmake_bool_vector, allocate_pseudovector):
Use XSETPVECTYPESIZE, not XSETPVECTYPE, to avoid aliasing problems.
* buffer.c (init_buffer_once): Likewise.
* lread.c (defsubr): Use XSETTYPED_PVECTYPE, since Lisp_Subr is a
special case.
* process.c (Fformat_network_address): Use local var for size,
for brevity.
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* lisp.h (pI): New macro, generalizing old pEd macro to other
conversion specifiers. For example, use "...%"pI"d..." rather
than "...%"pEd"...".
(pEd): Remove. All uses replaced with similar uses of pI.
* src/m/amdx86-64.h, src/m/ia64.h, src/m/ibms390x.h: Likewise.
* alloc.c (check_pure_size): Don't overflow by converting size to int.
* bidi.c (bidi_dump_cached_states): Use pI to avoid cast.
* data.c (Fnumber_to_string): Use pI instead of if-then-else-abort.
* dbusbind.c (xd_append_arg): Use pI to avoid cast.
(Fdbus_method_return_internal, Fdbus_method_error_internal): Likewise.
* font.c (font_unparse_xlfd): Avoid potential buffer overrun on
64-bit hosts.
(font_unparse_xlfd, font_unparse_fcname): Use pI to avoid casts.
* keyboard.c (record_char, modify_event_symbol): Use pI to avoid casts.
* print.c (safe_debug_print, print_object): Likewise.
(print_object): Don't overflow by converting EMACS_INT or EMACS_UINT
to int.
Use pI instead of if-then-else-abort. Use %p to avoid casts.
* process.c (Fmake_network_process): Use pI to avoid cast.
* region-cache.c (pp_cache): Likewise.
* xdisp.c (decode_mode_spec): Likewise.
* xrdb.c (x_load_resources) [USE_MOTIF]: Use pI to avoid undefined
behavior on 64-bit hosts with printf arg.
* xselect.c (x_queue_event): Use %p to avoid casts.
(x_stop_queuing_selection_requests): Likewise.
(x_get_window_property): Don't truncate byte count to an 'int'
when tracing.
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it.
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marked as static that should not have been.
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