Mercurial > hg > xemacs-beta
view src/event-gtk.c @ 1204:e22b0213b713
[xemacs-hg @ 2003-01-12 11:07:58 by michaels]
modules/ChangeLog:
2002-12-16 Ben Wing <ben@xemacs.org>
* postgresql/postgresql.c:
remove ifdef USE_KKCC.
src/ChangeLog:
2003-01-08 Mike Sperber <mike@xemacs.org>
* console.h (CDFW_CONSOLE): Don't lead to a crash if we're dealing
with a dead window/frame/device/console.
2002-12-20 Mike Sperber <mike@xemacs.org>
* ui-gtk.c: Fix typo from Ben's patch: emacs_ffi_data is a
typedef, not a struct. emacs_gtk_object_data is a typedef, not a
struct.
* gtk-glue.c (gdk_event_to_emacs_event): Fix typos from Ben's
patch: le -> emacs_event + rearrange the code.
* event-gtk.c (gtk_event_to_emacs_event): Fix typos from Ben's
patch: ..._UNDERLYING_GDK_EVENT -> ..._GDK_EVENT, ev -> key_event.
* device-gtk.c: Fix typo from Ben's patch: x_keysym_map_hash_table
-> x_keysym_map_hashtable.
2002-12-19 Mike Sperber <mike@xemacs.org>
* menubar-x.c (set_frame_menubar): Initialize protect_me field of
popup_data.
2002-12-16 Ben Wing <ben@xemacs.org>
Major cleanup of KKCC, etc.
KKCC, pdump-related:
-- descriptions are written for all objects. this required some
changes in the format of some objects, e.g. extents, popup-data,
coding system, lstream, lcrecord-list.
-- KKCC now handles weakness in markers, hash tables, elsewhere
correctly (formerly, you'd eventually get a stack overflow due
to endlessly expanding markers).
-- textual changes: lrecord_description -> memory_description,
struct_description -> sized_memory_description.
-- extensive comment describing descriptions and pdump.
-- redo XD_UNION so it works inline and change its format to provide
sufficient info for pdump. implement XD_UNION in pdump. also add
XD_UNION_DYNAMIC_SIZE, which works like XD_UNION except for when
auto-computing structure sizes.
-- add support for XD_INDIRECT in description offsets (used by
extents).
-- add support for "description maps", allowing for indirect
descriptions that are retrieved from an object at run-time. this
generalizes XD_CODING_SYSTEM_END, XD_SPECIFIER_END, etc., which
have now been eliminated.
-- add a fifth field "flags" to memory_description, to support flags
that can be specified for this particular line. Currently defined
flags are XD_FLAG_NO_KKCC (KKCC should ignore this entry; useful
for the weakness above in markers, etc.), XD_FLAG_NO_PDUMP (pdump
should ignore this entry), XD_FLAG_UNION_DEFAULT_ENTRY (in
union maps, this specifies a "default" entry for all remaining
values), and XD_FLAG_FREE_LISP_OBJECT (for use with lcrecord-lists).
-- clean up the kkcc-itis in events, so that the differences
between event data as separate objects and as a union are now
minimized to a small number of places. with the new XD_UNION, we
no longer need event data as separate objects, so this code is no
longer ifdef USE_KKCC, but instead ifdef EVENT_DATA_AS_OBJECTS,
not used by default. make sure that we explicitly free the
separate event data objects when no longer in use, to maintain the
invariant the event processing causes no consing.
-- also remove other USE_KKCC ifdefs when not necessary.
-- allow for KKCC compilation under MS Windows.
-- fix README.kkcc.
-- dump_add_root_object -> dump_add_root_lisp_object.
-- implement dump_add_root_block and use this to handle
dump_add_opaque.
-- factor out some code duplicated in kkcc and pdump.
Other allocation/object-related:
-- change various *slots.h so MARKED_SLOT() call no longer
includes semicolon.
-- free_marker() takes a Lisp_Object not a direct pointer.
-- make bit vectors lcrecords, like vectors, and eliminate code
that essentially duplicated the lcrecord handling.
-- additional asserts in FREE_FIXED_TYPE, formerly duplicated in
the various callers of this.
-- all lcrecord allocation functions now zero out the returned
lcrecords. unnecessary calls to zero_lcrecord removed. add long
comment describing these functions.
-- extract out process and coding system slots, like for buffers,
frames, etc.
-- lcrecords now set the type of items sitting on the free list to
lcrecord_type_free.
-- changes to the way that gap arrays are allocated, for kkcc's
benefit -- now, one single memory block with a stretchy array on
the end, instead of a separate block holding the array.
Error-checking-related:
-- now can compile with C++ under MS Windows. clean up compile errors
discovered that way. (a few were real problems)
-- add C++ error-checking code to verify problems with mismatched
GCPRO/UNGCPRO. (there were a few in the kkcc code.) add long
comment about how to catch insufficient GCPRO (yes, it's possible
using C++).
-- add debug_p4(), a simple object printer, when debug_print()
doesn't work.
-- add dp() and db() as short synonyms of debug_print(),
debug_backtrace().
-- `print' tries EXTREMELY hard to avoid core dumping when printing
when crashing or from debug_print(), and tries as hard as it
reasonably can in other situations.
-- Correct the message output upon crashing to be more up-to-date.
Event-related:
-- document event-matches-key-specifier-p better.
-- generalize the dispatch queues formerly duplicated in the
various event implementations. add event methods to drain pending
events. generalize and clean up QUIT handling, removing
event-specific quit processing. allow arbitrary keystrokes, not
just ASCII, to be the QUIT char. among other things, this should
fix some longstanding bugs in X quit handling. long comment
describing the various event queues.
-- implement delaying of XFlush() if there are pending expose events.
SOMEONE PLEASE TRY THIS OUT.
-- Fix `xemacs -batch -l dunnet' under Cygwin. Try to fix under
MS Windows but not quite there yet.
Other:
-- class -> class_ and no more C++ games with this item.
new -> new_ in the lwlib code, so far not elsewhere.
-- use `struct htentry' not `struct hentry' in elhash.c to avoid
debugger confusion with hash.c.
-- new macros ALIST_LOOP_3, ALIST_LOOP_4.
* README.kkcc:
* alloc.c:
* alloc.c (deadbeef_memory):
* alloc.c (allocate_lisp_storage):
* alloc.c (copy_lisp_object):
* alloc.c (ALLOCATE_FIXED_TYPE_1):
* alloc.c (FREE_FIXED_TYPE):
* alloc.c (make_vector_internal):
* alloc.c (make_bit_vector_internal):
* alloc.c (make_key_data):
* alloc.c (make_button_data):
* alloc.c (make_motion_data):
* alloc.c (make_process_data):
* alloc.c (make_timeout_data):
* alloc.c (make_magic_data):
* alloc.c (make_magic_eval_data):
* alloc.c (make_eval_data):
* alloc.c (make_misc_user_data):
* alloc.c (struct string_chars_block):
* alloc.c (mark_lcrecord_list):
* alloc.c (make_lcrecord_list):
* alloc.c (alloc_managed_lcrecord):
* alloc.c (free_managed_lcrecord):
* alloc.c (alloc_automanaged_lcrecord):
* alloc.c (staticpro_1):
* alloc.c (staticpro):
* alloc.c (lispdesc_indirect_count_1):
* alloc.c (lispdesc_indirect_description_1):
* alloc.c (lispdesc_one_description_line_size):
* alloc.c (lispdesc_structure_size):
* alloc.c (mark_object_maybe_checking_free):
* alloc.c (mark_with_description):
* alloc.c (mark_struct_contents):
* alloc.c (mark_object):
* alloc.c (tick_lcrecord_stats):
* alloc.c (free_cons):
* alloc.c (free_key_data):
* alloc.c (free_button_data):
* alloc.c (free_motion_data):
* alloc.c (free_process_data):
* alloc.c (free_timeout_data):
* alloc.c (free_magic_data):
* alloc.c (free_magic_eval_data):
* alloc.c (free_eval_data):
* alloc.c (free_misc_user_data):
* alloc.c (free_marker):
* alloc.c (compact_string_chars):
* alloc.c (gc_sweep):
* alloc.c (garbage_collect_1):
* alloc.c (Fgarbage_collect):
* alloc.c (common_init_alloc_early):
* alloc.c (init_alloc_early):
* alloc.c (init_alloc_once_early):
* buffer.c:
* buffer.c (mark_buffer):
* buffer.c (MARKED_SLOT):
* buffer.c (cleanup_buffer_undo_lists):
* buffer.c (Fget_file_buffer):
* buffer.h (MARKED_SLOT):
* bufslots.h:
* bytecode.c:
* callint.c:
* casetab.c:
* chartab.c:
* chartab.c (symbol_to_char_table_type):
* cmdloop.c:
* cmdloop.c (Fcommand_loop_1):
* config.h.in (new):
* conslots.h:
* console-gtk-impl.h (struct gtk_frame):
* console-impl.h:
* console-impl.h (struct console):
* console-impl.h (MARKED_SLOT):
* console-impl.h (CONSOLE_QUIT_EVENT):
* console-msw-impl.h (XM_BUMPQUEUE):
* console-msw.c (write_string_to_mswindows_debugging_output):
* console-msw.h:
* console-stream-impl.h:
* console-stream-impl.h (struct stream_console):
* console-stream.c:
* console-stream.c (stream_init_console):
* console-stream.h:
* console-tty.c:
* console-tty.h:
* console-x.h:
* console.c:
* console.c (mark_console):
* console.c (MARKED_SLOT):
* console.c (allocate_console):
* console.c (get_console_variant):
* console.c (create_console):
* console.c (delete_console_internal):
* console.c (Fset_input_mode):
* console.c (Fcurrent_input_mode):
* console.c (common_init_complex_vars_of_console):
* console.h:
* console.h (console_variant):
* console.h (device_metrics):
* data.c:
* data.c (Faref):
* data.c (Faset):
* data.c (decode_weak_list_type):
* database.c:
* debug.c (xemacs_debug_loop):
* debug.c (FROB):
* debug.c (Fadd_debug_class_to_check):
* debug.c (Fdelete_debug_class_to_check):
* debug.c (Fset_debug_classes_to_check):
* debug.c (Fset_debug_class_types_to_check):
* debug.c (Fdebug_types_being_checked):
* debug.h (DASSERT):
* device-gtk.c:
* device-impl.h (struct device):
* device-impl.h (MARKED_SLOT):
* device-msw.c:
* device-x.c:
* device-x.c (x_init_device_class):
* device-x.c (x_comp_visual_info):
* device-x.c (x_try_best_visual_class):
* device-x.c (x_init_device):
* device-x.c (construct_name_list):
* device-x.c (x_get_resource_prefix):
* device-x.c (Fx_get_resource):
* device-x.c (Fx_display_visual_class):
* device.c:
* device.c (MARKED_SLOT):
* device.c (allocate_device):
* device.c (Fmake_device):
* device.c (delete_device_internal):
* device.c (Fset_device_class):
* device.h:
* devslots.h:
* devslots.h (MARKED_SLOT):
* dialog-msw.c:
* dired-msw.c (mswindows_ls_sort_fcn):
* dired-msw.c (mswindows_get_files):
* dired-msw.c (mswindows_format_file):
* doprnt.c (parse_doprnt_spec):
* dumper.c:
* dumper.c (struct):
* dumper.c (dump_add_root_block):
* dumper.c (dump_add_root_struct_ptr):
* dumper.c (dump_add_root_lisp_object):
* dumper.c (pdump_struct_list_elt):
* dumper.c (pdump_get_entry_list):
* dumper.c (pdump_backtrace):
* dumper.c (pdump_bump_depth):
* dumper.c (pdump_register_sub):
* dumper.c (pdump_register_object):
* dumper.c (pdump_register_struct_contents):
* dumper.c (pdump_register_struct):
* dumper.c (pdump_store_new_pointer_offsets):
* dumper.c (pdump_dump_data):
* dumper.c (pdump_reloc_one):
* dumper.c (pdump_allocate_offset):
* dumper.c (pdump_scan_by_alignment):
* dumper.c (pdump_dump_root_blocks):
* dumper.c (pdump_dump_rtables):
* dumper.c (pdump_dump_root_lisp_objects):
* dumper.c (pdump):
* dumper.c (pdump_load_finish):
* dumper.c (pdump_file_get):
* dumper.c (pdump_resource_get):
* dumper.c (pdump_load):
* editfns.c (save_excursion_restore):
* editfns.c (user_login_name):
* editfns.c (save_restriction_restore):
* elhash.c:
* elhash.c (htentry):
* elhash.c (struct Lisp_Hash_Table):
* elhash.c (HTENTRY_CLEAR_P):
* elhash.c (LINEAR_PROBING_LOOP):
* elhash.c (check_hash_table_invariants):
* elhash.c (mark_hash_table):
* elhash.c (hash_table_equal):
* elhash.c (print_hash_table_data):
* elhash.c (free_hentries):
* elhash.c (make_general_lisp_hash_table):
* elhash.c (decode_hash_table_weakness):
* elhash.c (decode_hash_table_test):
* elhash.c (Fcopy_hash_table):
* elhash.c (resize_hash_table):
* elhash.c (pdump_reorganize_hash_table):
* elhash.c (find_htentry):
* elhash.c (Fgethash):
* elhash.c (Fputhash):
* elhash.c (remhash_1):
* elhash.c (Fremhash):
* elhash.c (Fclrhash):
* elhash.c (copy_compress_hentries):
* elhash.c (elisp_maphash_unsafe):
* elhash.c (finish_marking_weak_hash_tables):
* elhash.c (prune_weak_hash_tables):
* elhash.h:
* emacs.c:
* emacs.c (main_1):
* emacs.c (main):
* emacs.c (shut_down_emacs):
* emodules.h (dump_add_root_lisp_object):
* eval.c:
* eval.c (unwind_to_catch):
* eval.c (maybe_signal_error_1):
* eval.c (maybe_signal_continuable_error_1):
* eval.c (maybe_signal_error):
* eval.c (maybe_signal_continuable_error):
* eval.c (maybe_signal_error_2):
* eval.c (maybe_signal_continuable_error_2):
* eval.c (maybe_signal_ferror):
* eval.c (maybe_signal_continuable_ferror):
* eval.c (maybe_signal_ferror_with_frob):
* eval.c (maybe_signal_continuable_ferror_with_frob):
* eval.c (maybe_syntax_error):
* eval.c (maybe_sferror):
* eval.c (maybe_invalid_argument):
* eval.c (maybe_invalid_constant):
* eval.c (maybe_invalid_operation):
* eval.c (maybe_invalid_change):
* eval.c (maybe_invalid_state):
* eval.c (Feval):
* eval.c (call_trapping_problems):
* eval.c (call_with_suspended_errors):
* eval.c (warn_when_safe_lispobj):
* eval.c (warn_when_safe):
* eval.c (vars_of_eval):
* event-Xt.c:
* event-Xt.c (maybe_define_x_key_as_self_inserting_character):
* event-Xt.c (x_to_emacs_keysym):
* event-Xt.c (x_event_to_emacs_event):
* event-Xt.c (emacs_Xt_enqueue_focus_event):
* event-Xt.c (emacs_Xt_format_magic_event):
* event-Xt.c (emacs_Xt_compare_magic_event):
* event-Xt.c (emacs_Xt_hash_magic_event):
* event-Xt.c (emacs_Xt_handle_magic_event):
* event-Xt.c (Xt_timeout_to_emacs_event):
* event-Xt.c (Xt_process_to_emacs_event):
* event-Xt.c (signal_special_Xt_user_event):
* event-Xt.c (emacs_Xt_next_event):
* event-Xt.c (emacs_Xt_event_handler):
* event-Xt.c (emacs_Xt_drain_queue):
* event-Xt.c (emacs_Xt_event_pending_p):
* event-Xt.c (check_if_pending_expose_event):
* event-Xt.c (reinit_vars_of_event_Xt):
* event-Xt.c (vars_of_event_Xt):
* event-gtk.c:
* event-gtk.c (IS_MODIFIER_KEY):
* event-gtk.c (emacs_gtk_format_magic_event):
* event-gtk.c (emacs_gtk_compare_magic_event):
* event-gtk.c (emacs_gtk_hash_magic_event):
* event-gtk.c (emacs_gtk_handle_magic_event):
* event-gtk.c (gtk_to_emacs_keysym):
* event-gtk.c (gtk_timeout_to_emacs_event):
* event-gtk.c (gtk_process_to_emacs_event):
* event-gtk.c (dragndrop_data_received):
* event-gtk.c (signal_special_gtk_user_event):
* event-gtk.c (emacs_gtk_next_event):
* event-gtk.c (gtk_event_to_emacs_event):
* event-gtk.c (generic_event_handler):
* event-gtk.c (emacs_shell_event_handler):
* event-gtk.c (emacs_gtk_drain_queue):
* event-gtk.c (emacs_gtk_event_pending_p):
* event-gtk.c (reinit_vars_of_event_gtk):
* event-gtk.c (vars_of_event_gtk):
* event-msw.c:
* event-msw.c (struct winsock_stream):
* event-msw.c (winsock_reader):
* event-msw.c (winsock_writer):
* event-msw.c (mswindows_enqueue_dispatch_event):
* event-msw.c (mswindows_enqueue_misc_user_event):
* event-msw.c (mswindows_enqueue_magic_event):
* event-msw.c (mswindows_enqueue_process_event):
* event-msw.c (mswindows_enqueue_mouse_button_event):
* event-msw.c (mswindows_enqueue_keypress_event):
* event-msw.c (mswindows_dequeue_dispatch_event):
* event-msw.c (emacs_mswindows_drain_queue):
* event-msw.c (mswindows_need_event_in_modal_loop):
* event-msw.c (mswindows_need_event):
* event-msw.c (mswindows_wm_timer_callback):
* event-msw.c (dde_eval_string):
* event-msw.c (Fdde_alloc_advise_item):
* event-msw.c (mswindows_dde_callback):
* event-msw.c (mswindows_wnd_proc):
* event-msw.c (remove_timeout_mapper):
* event-msw.c (emacs_mswindows_remove_timeout):
* event-msw.c (emacs_mswindows_event_pending_p):
* event-msw.c (emacs_mswindows_format_magic_event):
* event-msw.c (emacs_mswindows_compare_magic_event):
* event-msw.c (emacs_mswindows_hash_magic_event):
* event-msw.c (emacs_mswindows_handle_magic_event):
* event-msw.c (emacs_mswindows_select_console):
* event-msw.c (emacs_mswindows_unselect_console):
* event-msw.c (reinit_vars_of_event_mswindows):
* event-msw.c (vars_of_event_mswindows):
* event-stream.c:
* event-stream.c (mark_command_builder):
* event-stream.c (reset_command_builder_event_chain):
* event-stream.c (allocate_command_builder):
* event-stream.c (copy_command_builder):
* event-stream.c (command_builder_append_event):
* event-stream.c (event_stream_event_pending_p):
* event-stream.c (event_stream_force_event_pending):
* event-stream.c (maybe_read_quit_event):
* event-stream.c (event_stream_drain_queue):
* event-stream.c (remove_quit_p_event):
* event-stream.c (event_stream_quit_p):
* event-stream.c (echo_key_event):
* event-stream.c (maybe_kbd_translate):
* event-stream.c (execute_help_form):
* event-stream.c (event_stream_generate_wakeup):
* event-stream.c (enqueue_dispatch_event):
* event-stream.c (enqueue_magic_eval_event):
* event-stream.c (Fenqueue_eval_event):
* event-stream.c (enqueue_misc_user_event):
* event-stream.c (enqueue_misc_user_event_pos):
* event-stream.c (next_event_internal):
* event-stream.c (Fnext_event):
* event-stream.c (Faccept_process_output):
* event-stream.c (execute_internal_event):
* event-stream.c (munge_keymap_translate):
* event-stream.c (command_builder_find_leaf_no_mule_processing):
* event-stream.c (command_builder_find_leaf):
* event-stream.c (lookup_command_event):
* event-stream.c (is_scrollbar_event):
* event-stream.c (execute_command_event):
* event-stream.c (Fdispatch_event):
* event-stream.c (Fread_key_sequence):
* event-stream.c (dribble_out_event):
* event-stream.c (vars_of_event_stream):
* event-tty.c (tty_timeout_to_emacs_event):
* event-tty.c (emacs_tty_next_event):
* event-tty.c (emacs_tty_drain_queue):
* event-tty.c (reinit_vars_of_event_tty):
* event-unixoid.c:
* event-unixoid.c (find_tty_or_stream_console_from_fd):
* event-unixoid.c (read_event_from_tty_or_stream_desc):
* event-unixoid.c (drain_tty_devices):
* event-unixoid.c (poll_fds_for_input):
* events.c:
* events.c (deinitialize_event):
* events.c (zero_event):
* events.c (mark_event):
* events.c (print_event_1):
* events.c (print_event):
* events.c (event_equal):
* events.c (event_hash):
* events.c (Fmake_event):
* events.c (Fdeallocate_event):
* events.c (Fcopy_event):
* events.c (map_event_chain_remove):
* events.c (character_to_event):
* events.c (event_to_character):
* events.c (Fevent_to_character):
* events.c (format_event_object):
* events.c (upshift_event):
* events.c (downshift_event):
* events.c (event_upshifted_p):
* events.c (Fevent_live_p):
* events.c (Fevent_type):
* events.c (Fevent_timestamp):
* events.c (CHECK_EVENT_TYPE):
* events.c (CHECK_EVENT_TYPE2):
* events.c (CHECK_EVENT_TYPE3):
* events.c (Fevent_key):
* events.c (Fevent_button):
* events.c (Fevent_modifier_bits):
* events.c (event_x_y_pixel_internal):
* events.c (event_pixel_translation):
* events.c (Fevent_process):
* events.c (Fevent_function):
* events.c (Fevent_object):
* events.c (Fevent_properties):
* events.c (syms_of_events):
* events.c (vars_of_events):
* events.h:
* events.h (struct event_stream):
* events.h (struct Lisp_Key_Data):
* events.h (KEY_DATA_KEYSYM):
* events.h (EVENT_KEY_KEYSYM):
* events.h (struct Lisp_Button_Data):
* events.h (EVENT_BUTTON_BUTTON):
* events.h (struct Lisp_Motion_Data):
* events.h (EVENT_MOTION_X):
* events.h (struct Lisp_Process_Data):
* events.h (EVENT_PROCESS_PROCESS):
* events.h (struct Lisp_Timeout_Data):
* events.h (EVENT_TIMEOUT_INTERVAL_ID):
* events.h (struct Lisp_Eval_Data):
* events.h (EVENT_EVAL_FUNCTION):
* events.h (struct Lisp_Misc_User_Data):
* events.h (EVENT_MISC_USER_FUNCTION):
* events.h (struct Lisp_Magic_Eval_Data):
* events.h (EVENT_MAGIC_EVAL_INTERNAL_FUNCTION):
* events.h (struct Lisp_Magic_Data):
* events.h (EVENT_MAGIC_UNDERLYING):
* events.h (EVENT_MAGIC_GDK_EVENT):
* events.h (struct Lisp_Event):
* events.h (XEVENT_CHANNEL):
* events.h (SET_EVENT_TIMESTAMP_ZERO):
* events.h (SET_EVENT_CHANNEL):
* events.h (SET_EVENT_NEXT):
* events.h (XSET_EVENT_TYPE):
* events.h (struct command_builder):
* extents.c:
* extents.c (gap_array_adjust_markers):
* extents.c (gap_array_recompute_derived_values):
* extents.c (gap_array_move_gap):
* extents.c (gap_array_make_gap):
* extents.c (gap_array_insert_els):
* extents.c (gap_array_delete_els):
* extents.c (gap_array_make_marker):
* extents.c (gap_array_delete_marker):
* extents.c (gap_array_move_marker):
* extents.c (make_gap_array):
* extents.c (free_gap_array):
* extents.c (extent_list_num_els):
* extents.c (extent_list_insert):
* extents.c (mark_extent_auxiliary):
* extents.c (allocate_extent_auxiliary):
* extents.c (decode_extent_at_flag):
* extents.c (verify_extent_mapper):
* extents.c (symbol_to_glyph_layout):
* extents.c (syms_of_extents):
* faces.c:
* file-coding.c:
* file-coding.c (struct_detector_category_description =):
* file-coding.c (detector_category_dynarr_description_1):
* file-coding.c (struct_detector_description =):
* file-coding.c (detector_dynarr_description_1):
* file-coding.c (MARKED_SLOT):
* file-coding.c (mark_coding_system):
* file-coding.c (coding_system_extra_description_map):
* file-coding.c (coding_system_description):
* file-coding.c (allocate_coding_system):
* file-coding.c (symbol_to_eol_type):
* file-coding.c (Fcoding_system_aliasee):
* file-coding.c (set_coding_stream_coding_system):
* file-coding.c (struct convert_eol_coding_system):
* file-coding.c (struct undecided_coding_system):
* file-coding.c (undecided_mark_coding_stream):
* file-coding.c (coding_category_symbol_to_id):
* file-coding.c (struct gzip_coding_system):
* file-coding.c (coding_system_type_create):
* file-coding.h:
* file-coding.h (struct Lisp_Coding_System):
* file-coding.h (CODING_SYSTEM_SLOT_DECLARATION):
* file-coding.h (coding_system_variant):
* file-coding.h (struct coding_system_methods):
* file-coding.h (DEFINE_CODING_SYSTEM_TYPE_WITH_DATA):
* file-coding.h (INITIALIZE_CODING_SYSTEM_TYPE_WITH_DATA):
* file-coding.h (struct coding_stream):
* fileio.c (Fsubstitute_in_file_name):
* floatfns.c:
* fns.c:
* fns.c (base64_encode_1):
* frame-gtk.c:
* frame-gtk.c (Fgtk_start_drag_internal):
* frame-impl.h (struct frame):
* frame-impl.h (MARKED_SLOT):
* frame-msw.c:
* frame-x.c:
* frame-x.c (Fcde_start_drag_internal):
* frame-x.c (Foffix_start_drag_internal):
* frame.c:
* frame.c (MARKED_SLOT):
* frame.c (allocate_frame_core):
* frame.c (delete_frame_internal):
* frame.c (Fmouse_position_as_motion_event):
* frameslots.h:
* frameslots.h (MARKED_SLOT_ARRAY):
* free-hook.c:
* glyphs-msw.c (mswindows_widget_instantiate):
* glyphs-x.c:
* glyphs-x.c (convert_EImage_to_XImage):
* glyphs.c:
* glyphs.c (process_image_string_instantiator):
* glyphs.c (mark_image_instance):
* glyphs.c (allocate_image_instance):
* glyphs.c (unmap_subwindow):
* glyphs.c (map_subwindow):
* glyphs.c (syms_of_glyphs):
* glyphs.c (specifier_type_create_image):
* glyphs.h:
* glyphs.h (struct text_image_instance):
* glyphs.h (struct Lisp_Image_Instance):
* gmalloc.c:
* gmalloc.c ("C"):
* gpmevent.c (Freceive_gpm_event):
* gpmevent.c (gpm_next_event_cb):
* gpmevent.c (vars_of_gpmevent):
* gtk-glue.c (gdk_event_to_emacs_event):
* gtk-xemacs.c (gtk_xemacs_class_init):
* gui-msw.c:
* gui-msw.c (mswindows_handle_gui_wm_command):
* gui-msw.c (mswindows_translate_menu_or_dialog_item):
* gui-x.c:
* gui-x.c (mark_popup_data):
* gui-x.c (snarf_widget_value_mapper):
* gui-x.c (gcpro_popup_callbacks):
* gui-x.c (ungcpro_popup_callbacks):
* gui-x.c (free_popup_widget_value_tree):
* gui-x.c (popup_selection_callback):
* gui-x.h:
* gui-x.h (struct popup_data):
* gui.c:
* gui.c (allocate_gui_item):
* gutter.c (decode_gutter_position):
* hash.c (NULL_ENTRY):
* indent.c (vmotion_1):
* indent.c (vmotion_pixels):
* input-method-motif.c (res):
* input-method-xlib.c (IMInstantiateCallback):
* input-method-xlib.c (XIM_init_device):
* input-method-xlib.c (res):
* intl-encap-win32.c:
* intl-encap-win32.c (qxeSHGetDataFromIDList):
* intl-win32.c:
* intl-win32.c (mswindows_multibyte_cp_type):
* intl-win32.c (struct mswindows_multibyte_coding_system):
* keymap.c:
* keymap.c (make_key_description):
* keymap.c (keymap_store):
* keymap.c (get_keyelt):
* keymap.c (keymap_lookup_1):
* keymap.c (define_key_parser):
* keymap.c (key_desc_list_to_event):
* keymap.c (event_matches_key_specifier_p):
* keymap.c (meta_prefix_char_p):
* keymap.c (ensure_meta_prefix_char_keymapp):
* keymap.c (Fdefine_key):
* keymap.c (struct raw_lookup_key_mapper_closure):
* keymap.c (raw_lookup_key):
* keymap.c (raw_lookup_key_mapper):
* keymap.c (lookup_keys):
* keymap.c (lookup_events):
* keymap.c (Flookup_key):
* keymap.c (struct map_keymap_unsorted_closure):
* keymap.c (map_keymap_unsorted_mapper):
* keymap.c (map_keymap_sorted):
* keymap.c (map_keymap_mapper):
* keymap.c (map_keymap):
* keymap.c (accessible_keymaps_mapper_1):
* keymap.c (Faccessible_keymaps):
* keymap.c (Fsingle_key_description):
* keymap.c (raw_keys_to_keys):
* keymap.c (format_raw_keys):
* keymap.c (where_is_recursive_mapper):
* keymap.c (where_is_internal):
* keymap.c (describe_map_mapper_shadow_search):
* keymap.c (keymap_lookup_inherited_mapper):
* keymap.c (describe_map_mapper):
* keymap.h (event_matches_key_specifier_p):
* lisp.h:
* lisp.h (this):
* lisp.h (RETURN_NOT_REACHED):
* lisp.h (struct Lisp_Vector):
* lisp.h (struct Lisp_Bit_Vector):
* lisp.h (UNGCPRO_1):
* lisp.h (NUNGCPRO):
* lisp.h (NNUNGCPRO):
* lisp.h (DECLARE_INLINE_HEADER):
* lrecord.h:
* lrecord.h (struct lrecord_header):
* lrecord.h (struct lcrecord_header):
* lrecord.h (lrecord_type):
* lrecord.h (struct lrecord_implementation):
* lrecord.h (RECORD_DUMPABLE):
* lrecord.h (memory_description_type):
* lrecord.h (data_description_entry_flags):
* lrecord.h (struct memory_description):
* lrecord.h (struct sized_memory_description):
* lrecord.h (XD_INDIRECT):
* lrecord.h (XD_IS_INDIRECT):
* lrecord.h (XD_DYNARR_DESC):
* lrecord.h (DEFINE_BASIC_LRECORD_IMPLEMENTATION):
* lrecord.h (MAKE_LRECORD_IMPLEMENTATION):
* lrecord.h (MAKE_EXTERNAL_LRECORD_IMPLEMENTATION):
* lrecord.h (alloc_lcrecord_type):
* lstream.c:
* lstream.c (Lstream_new):
* lstream.c (lisp_buffer_marker):
* lstream.h:
* lstream.h (lstream_implementation):
* lstream.h (DEFINE_LSTREAM_IMPLEMENTATION):
* lstream.h (DEFINE_LSTREAM_IMPLEMENTATION_WITH_DATA):
* marker.c:
* marker.c (copy_marker_1):
* mem-limits.h:
* menubar-gtk.c:
* menubar-gtk.c (gtk_popup_menu):
* menubar-msw.c:
* menubar-msw.c (mswindows_popup_menu):
* menubar-x.c (make_dummy_xbutton_event):
* menubar-x.c (command_builder_operate_menu_accelerator):
* menubar-x.c (menu_accelerator_safe_compare):
* menubar-x.c (menu_accelerator_safe_mod_compare):
* mule-charset.c:
* mule-charset.c (make_charset):
* mule-charset.c (Fcharset_property):
* mule-coding.c:
* mule-coding.c (ccs_description_1):
* mule-coding.c (ccs_description =):
* mule-coding.c (ccsd_description_1):
* mule-coding.c (ccsd_description =):
* nt.c (getpwnam):
* nt.c (init_mswindows_environment):
* nt.c (get_cached_volume_information):
* nt.c (mswindows_is_executable):
* nt.c (read_unc_volume):
* nt.c (mswindows_access):
* nt.c (mswindows_link):
* nt.c (mswindows_fstat):
* nt.c (mswindows_stat):
* nt.c (mswindows_executable_type):
* nt.c (Fmswindows_short_file_name):
* nt.c (Fmswindows_long_file_name):
* objects-impl.h (struct Lisp_Color_Instance):
* objects-impl.h (struct Lisp_Font_Instance):
* objects-tty.c:
* objects-x.c (allocate_nearest_color):
* objects.c:
* objects.c (Fmake_color_instance):
* objects.c (Fmake_font_instance):
* objects.c (font_instantiate):
* opaque.c:
* opaque.c (make_opaque):
* opaque.c (make_opaque_ptr):
* opaque.c (reinit_opaque_early):
* opaque.c (init_opaque_once_early):
* print.c:
* print.c (printing_badness):
* print.c (printing_major_badness):
* print.c (print_internal):
* print.c (debug_p4):
* print.c (dp):
* print.c (debug_backtrace):
* process-nt.c (nt_create_process):
* process-nt.c (get_internet_address):
* process-unix.c:
* process-unix.c (struct unix_process_data):
* process-unix.c (get_internet_address):
* process-unix.c (unix_alloc_process_data):
* process-unix.c (unix_create_process):
* process-unix.c (try_to_initialize_subtty):
* process-unix.c (unix_kill_child_process):
* process-unix.c (process_type_create_unix):
* process.c:
* process.c (mark_process):
* process.c (MARKED_SLOT):
* process.c (make_process_internal):
* process.c (Fprocess_tty_name):
* process.c (decode_signal):
* process.h:
* procimpl.h:
* procimpl.h (struct process_methods):
* procimpl.h (struct Lisp_Process):
* rangetab.c:
* realpath.c (readlink_and_correct_case):
* redisplay-x.c (x_window_output_end):
* redisplay-x.c (x_redraw_exposed_area):
* redisplay-x.c (x_clear_frame):
* redisplay.c:
* redisplay.h:
* redisplay.h (struct rune_dglyph):
* redisplay.h (struct rune):
* scrollbar.c:
* scrollbar.c (create_scrollbar_instance):
* specifier.c:
* specifier.c (specifier_empty_extra_description_1):
* specifier.c (make_specifier_internal):
* specifier.c (decode_locale_type):
* specifier.c (decode_how_to_add_specification):
* specifier.h:
* specifier.h (struct specifier_methods):
* specifier.h (DEFINE_SPECIFIER_TYPE_WITH_DATA):
* specifier.h (INITIALIZE_SPECIFIER_TYPE_WITH_DATA):
* symbols.c:
* symbols.c (Fsetplist):
* symbols.c (default_value):
* symbols.c (decode_magic_handler_type):
* symbols.c (handler_type_from_function_symbol):
* symbols.c (Fdefvaralias):
* symbols.c (init_symbols_once_early):
* symbols.c (reinit_symbols_early):
* symsinit.h:
* sysdep.c (sys_subshell):
* sysdep.c (tty_init_sys_modes_on_device):
* syswindows.h:
* text.c (dfc_convert_to_external_format):
* text.c (dfc_convert_to_internal_format):
* text.c (reinit_eistring_early):
* text.c (init_eistring_once_early):
* text.c (reinit_vars_of_text):
* text.h:
* text.h (INC_IBYTEPTR_FMT):
* text.h (DEC_IBYTEPTR_FMT):
* toolbar.c:
* toolbar.c (decode_toolbar_position):
* tooltalk.c:
* ui-gtk.c:
* unexnt.c:
* unexnt.c (_start):
* unexnt.c (unexec):
* unexnt.c (get_section_info):
* unicode.c:
* unicode.c (vars_of_unicode):
* window.c:
* window.c (allocate_window):
* window.c (new_window_mirror):
* window.c (update_mirror_internal):
* winslots.h:
| author | michaels |
|---|---|
| date | Sun, 12 Jan 2003 11:08:22 +0000 |
| parents | 890f3cafe600 |
| children | fffe735e63ee |
line wrap: on
line source
/* The event_stream interface for X11 with gtk, and/or tty frames. Copyright (C) 1991-5, 1997 Free Software Foundation, Inc. Copyright (C) 1995 Sun Microsystems, Inc. Copyright (C) 1996, 2001, 2002 Ben Wing. Copyright (C) 2000 William Perry. 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. */ /* This file is heavily based upon event-Xt.c */ /* Synched up with: Not in FSF. */ #include <config.h> #include "lisp.h" #include "blocktype.h" #include "buffer.h" #include "commands.h" #include "console.h" #include "device-impl.h" #include "elhash.h" #include "events.h" #include "file-coding.h" #include "frame-impl.h" #include "lstream.h" #include "process.h" #include "redisplay.h" #include "window.h" #include "console-tty.h" #include "console-gtk-impl.h" #include "objects-gtk.h" #include "gtk-xemacs.h" #include "systime.h" #include "sysproc.h" /* for MAXDESC */ #include <gdk/gdkkeysyms.h> #ifdef HAVE_DRAGNDROP #include "dragdrop.h" #endif #if defined (HAVE_OFFIX_DND) #include "offix.h" #endif #include <gdk/gdkx.h> #include "event-gtk.h" static struct event_stream *gtk_event_stream; /* Do we accept events sent by other clients? */ int gtk_allow_sendevents; static int process_events_occurred; static int tty_events_occurred; /* Mask of bits indicating the descriptors that we wait for input on */ extern SELECT_TYPE input_wait_mask, process_only_mask, tty_only_mask; static Lisp_Object gtk_keysym_to_emacs_keysym (); void debug_process_finalization (struct Lisp_Process *p); gboolean emacs_gtk_event_handler (GtkWidget *wid /* unused */, GdkEvent *event, gpointer closure /* unused */); static int last_quit_check_signal_tick_count; Lisp_Object Qkey_mapping; Lisp_Object Qsans_modifiers; #define IS_MODIFIER_KEY(keysym) \ ((((keysym) >= GDK_Shift_L) && ((keysym) <= GDK_Hyper_R)) \ || ((keysym) == GDK_Mode_switch) \ || ((keysym) == GDK_Num_Lock)) /************************************************************************/ /* magic-event handling */ /************************************************************************/ static void handle_focus_event_1 (struct frame *f, int in_p) { /* We don't want to handle the focus change now, because we might be in an accept-process-output, sleep-for, or sit-for. So we enqueue it. Actually, we half handle it: we handle it as far as changing the box cursor for redisplay, but we don't call any hooks or do any select-frame stuff until after the sit-for. */ if (in_p) { GTK_WIDGET_SET_FLAGS (FRAME_GTK_TEXT_WIDGET (f), GTK_HAS_FOCUS); } else { GTK_WIDGET_UNSET_FLAGS (FRAME_GTK_TEXT_WIDGET (f), GTK_HAS_FOCUS); } gtk_widget_grab_focus (FRAME_GTK_TEXT_WIDGET (f)); gtk_widget_draw_focus (FRAME_GTK_TEXT_WIDGET (f)); { Lisp_Object frm; Lisp_Object conser; struct gcpro gcpro1; frm = wrap_frame (f); conser = Fcons (frm, Fcons (FRAME_DEVICE (f), in_p ? Qt : Qnil)); GCPRO1 (conser); emacs_handle_focus_change_preliminary (conser); enqueue_magic_eval_event (emacs_handle_focus_change_final, conser); UNGCPRO; } } /* both GDK_MAP and GDK_VISIBILITY_NOTIFY can cause this JV is_visible has the same semantics as f->visible*/ static void change_frame_visibility (struct frame *f, int is_visible) { Lisp_Object frame = wrap_frame (f); if (!FRAME_VISIBLE_P (f) && is_visible) { FRAME_VISIBLE_P (f) = is_visible; /* [[ This improves the double flicker when uniconifying a frame some. A lot of it is not showing a buffer which has changed while the frame was iconified. To fix it further requires the good 'ol double redisplay structure. ]] -- comment is invalid, obviously predates 19.12, when the double redisplay structure (i.e. current + desired) was put back in. --ben */ MARK_FRAME_WINDOWS_STRUCTURE_CHANGED (f); va_run_hook_with_args (Qmap_frame_hook, 1, frame); } else if (FRAME_VISIBLE_P (f) && !is_visible) { FRAME_VISIBLE_P (f) = 0; va_run_hook_with_args (Qunmap_frame_hook, 1, frame); } else if (FRAME_VISIBLE_P (f) * is_visible < 0) { FRAME_VISIBLE_P(f) = - FRAME_VISIBLE_P(f); if (FRAME_REPAINT_P (f)) MARK_FRAME_WINDOWS_STRUCTURE_CHANGED (f); va_run_hook_with_args (Qmap_frame_hook, 1, frame); } } static void handle_map_event (struct frame *f, GdkEvent *event) { Lisp_Object frame = wrap_frame (f); if (event->any.type == GDK_MAP) { FRAME_GTK_TOTALLY_VISIBLE_P (f) = 1; change_frame_visibility (f, 1); } else { FRAME_GTK_TOTALLY_VISIBLE_P (f) = 0; change_frame_visibility (f, 0); /* Calling Fframe_iconified_p is the only way we have to correctly update FRAME_ICONIFIED_P */ Fframe_iconified_p (frame); } } static void handle_client_message (struct frame *f, GdkEvent *event) { /* The event-Xt code used to handle WM_DELETE_WINDOW here, but we handle that directly in frame-gtk.c */ if (event->client.message_type == gdk_atom_intern ("WM_PROTOCOLS", 0) && (GdkAtom) event->client.data.l[0] == gdk_atom_intern ("WM_TAKE_FOCUS", 0)) { handle_focus_event_1 (f, 1); } } static void emacs_gtk_format_magic_event (Lisp_Event *emacs_event, Lisp_Object pstream) { Lisp_Object console = CDFW_CONSOLE (EVENT_CHANNEL (emacs_event)); if (CONSOLE_GTK_P (XCONSOLE (console))) write_c_string (pstream, gtk_event_name (EVENT_MAGIC_GDK_EVENT (emacs_event).type)); } static int emacs_gtk_compare_magic_event (Lisp_Event *e1, Lisp_Event *e2) { if (CONSOLE_GTK_P (XCONSOLE (CDFW_CONSOLE (EVENT_CHANNEL (e1)))) && CONSOLE_GTK_P (XCONSOLE (CDFW_CONSOLE (EVENT_CHANNEL (e2))))) return (!memcmp (&EVENT_MAGIC_GDK_EVENT (e1), &EVENT_MAGIC_GDK_EVENT (e2), sizeof (GdkEvent))); if (CONSOLE_GTK_P (XCONSOLE (CDFW_CONSOLE (EVENT_CHANNEL (e1)))) || CONSOLE_GTK_P (XCONSOLE (CDFW_CONSOLE (EVENT_CHANNEL (e2))))) return 0; return 1; } static Hashcode emacs_gtk_hash_magic_event (Lisp_Event *e) { Lisp_Object console = CDFW_CONSOLE (EVENT_CHANNEL (e)); if (CONSOLE_GTK_P (XCONSOLE (console))) return memory_hash (&EVENT_MAGIC_GDK_EVENT (e), sizeof (GdkEvent)); return 0; } static void emacs_gtk_handle_magic_event (struct Lisp_Event *emacs_event) { /* This function can GC */ GdkEvent *event = &EVENT_MAGIC_GDK_EVENT (emacs_event); struct frame *f = XFRAME (EVENT_CHANNEL (emacs_event)); if (!FRAME_LIVE_P (f)) return; switch (event->any.type) { case GDK_CLIENT_EVENT: handle_client_message (f, event); break; case GDK_FOCUS_CHANGE: handle_focus_event_1 (f, event->focus_change.in); break; case GDK_MAP: case GDK_UNMAP: handle_map_event (f, event); break; case GDK_ENTER_NOTIFY: if (event->crossing.detail != GDK_NOTIFY_INFERIOR) { Lisp_Object frame = wrap_frame (f); /* FRAME_X_MOUSE_P (f) = 1; */ va_run_hook_with_args (Qmouse_enter_frame_hook, 1, frame); } break; case GDK_LEAVE_NOTIFY: if (event->crossing.detail != GDK_NOTIFY_INFERIOR) { Lisp_Object frame = wrap_frame (f); /* FRAME_X_MOUSE_P (f) = 0; */ va_run_hook_with_args (Qmouse_leave_frame_hook, 1, frame); } break; case GDK_VISIBILITY_NOTIFY: /* window visiblity has changed */ if (event->visibility.window == GET_GTK_WIDGET_WINDOW (FRAME_GTK_SHELL_WIDGET (f))) { FRAME_GTK_TOTALLY_VISIBLE_P (f) = (event->visibility.state == GDK_VISIBILITY_UNOBSCURED); /* Note that the fvwm pager only sends VisibilityNotify when changing pages. Is this all we need to do ? JV */ /* Nope. We must at least trigger a redisplay here. Since this case seems similar to MapNotify, I've factored out some code to change_frame_visibility(). This triggers the necessary redisplay and runs (un)map-frame-hook. - dkindred@cs.cmu.edu */ /* Changed it again to support the tristate visibility flag */ change_frame_visibility (f, (event->visibility.state != GDK_VISIBILITY_FULLY_OBSCURED) ? 1 : -1); } break; default: break; } } /************************************************************************/ /* Gtk to Emacs event conversion */ /************************************************************************/ static int keysym_obeys_caps_lock_p (guint sym, struct device *d) { struct gtk_device *gd = DEVICE_GTK_DATA (d); /* Eeeeevil hack. Don't apply Caps_Lock to things that aren't alphabetic characters, where "alphabetic" means something more than simply A-Z. That is, if Caps_Lock is down, typing ESC doesn't produce Shift-ESC. But if shift-lock is down, then it does. */ if (gd->lock_interpretation == GDK_Shift_Lock) return 1; return ((sym >= GDK_A) && (sym <= GDK_Z)) || ((sym >= GDK_a) && (sym <= GDK_z)) || ((sym >= GDK_Agrave) && (sym <= GDK_Odiaeresis)) || ((sym >= GDK_agrave) && (sym <= GDK_odiaeresis)) || ((sym >= GDK_Ooblique) && (sym <= GDK_Thorn)) || ((sym >= GDK_oslash) && (sym <= GDK_thorn)); } static void set_last_server_timestamp (struct device *d, GdkEvent *gdk_event) { guint32 t; switch (gdk_event->type) { case GDK_KEY_PRESS: case GDK_KEY_RELEASE: t = gdk_event->key.time; break; case GDK_BUTTON_PRESS: case GDK_2BUTTON_PRESS: case GDK_3BUTTON_PRESS: case GDK_BUTTON_RELEASE: t = gdk_event->button.time; break; case GDK_ENTER_NOTIFY: case GDK_LEAVE_NOTIFY: t = gdk_event->crossing.time; break; case GDK_MOTION_NOTIFY: t = gdk_event->motion.time; break; case GDK_PROPERTY_NOTIFY: t = gdk_event->property.time; break; case GDK_SELECTION_CLEAR: case GDK_SELECTION_REQUEST: case GDK_SELECTION_NOTIFY: t = gdk_event->selection.time; break; default: return; } DEVICE_GTK_LAST_SERVER_TIMESTAMP (d) = t; } static Lisp_Object gtk_keysym_to_emacs_keysym (guint keysym, int simple_p) { char *name; if (keysym >= GDK_exclam && keysym <= GDK_asciitilde) /* We must assume that the X keysym numbers for the ASCII graphic characters are the same as their ASCII codes. */ return make_char (keysym); switch (keysym) { /* These would be handled correctly by the default case, but by special-casing them here we don't garbage a string or call intern(). */ case GDK_BackSpace: return QKbackspace; case GDK_Tab: return QKtab; case GDK_Linefeed: return QKlinefeed; case GDK_Return: return QKreturn; case GDK_Escape: return QKescape; case GDK_space: return QKspace; case GDK_Delete: return QKdelete; case 0: return Qnil; default: if (simple_p) return Qnil; /* !!#### not Mule-ized */ name = gdk_keyval_name (keysym); if (!name || !name[0]) /* This happens if there is a mismatch between the Xlib of XEmacs and the Xlib of the X server... Let's hard-code in some knowledge of common keysyms introduced in recent X11 releases. Snarfed from X11/keysymdef.h Probably we should add some stuff here for X11R6. */ switch (keysym) { case 0xFF95: return KEYSYM ("kp-home"); case 0xFF96: return KEYSYM ("kp-left"); case 0xFF97: return KEYSYM ("kp-up"); case 0xFF98: return KEYSYM ("kp-right"); case 0xFF99: return KEYSYM ("kp-down"); case 0xFF9A: return KEYSYM ("kp-prior"); case 0xFF9B: return KEYSYM ("kp-next"); case 0xFF9C: return KEYSYM ("kp-end"); case 0xFF9D: return KEYSYM ("kp-begin"); case 0xFF9E: return KEYSYM ("kp-insert"); case 0xFF9F: return KEYSYM ("kp-delete"); case 0x1005FF10: return KEYSYM ("SunF36"); /* labeled F11 */ case 0x1005FF11: return KEYSYM ("SunF37"); /* labeled F12 */ default: { char buf [64]; sprintf (buf, "unknown-keysym-0x%X", (int) keysym); return KEYSYM (buf); } } /* If it's got a one-character name, that's good enough. */ if (!name[1]) return make_char (name[0]); /* If it's in the "Keyboard" character set, downcase it. The case of those keysyms is too totally random for us to force anyone to remember them. The case of the other character sets is significant, however. */ if ((((unsigned int) keysym) & (~0x1FF)) == ((unsigned int) 0xFE00)) { char buf [255]; char *s1, *s2; for (s1 = name, s2 = buf; *s1; s1++, s2++) { if (*s1 == '_') { *s2 = '-'; } else { *s2 = tolower (* (unsigned char *) s1); } } *s2 = 0; return KEYSYM (buf); } return KEYSYM (name); } } static Lisp_Object gtk_to_emacs_keysym (struct device *d, GdkEventKey *event, int simple_p) /* simple_p means don't try too hard (ASCII only) */ { if (event->length != 1) { /* Generate multiple emacs events */ Ichar ch; Lisp_Object instream, fb_instream; Lstream *istr; struct gcpro gcpro1, gcpro2; fb_instream = make_fixed_buffer_input_stream ((unsigned char *) event->string, event->length); /* #### Use get_coding_system_for_text_file (Vcomposed_input_coding_system, 0) */ instream = make_coding_input_stream (XLSTREAM (fb_instream), Qundecided, CODING_DECODE, 0); istr = XLSTREAM (instream); GCPRO2 (instream, fb_instream); while ((ch = Lstream_get_ichar (istr)) != EOF) { Lisp_Object emacs_event = Fmake_event (Qnil, Qnil); Lisp_Event *ev = XEVENT (emacs_event); ev->channel = DEVICE_CONSOLE (d); ev->timestamp = event->time; XSET_EVENT_TYPE (emacs_event, key_press_event); XSET_EVENT_KEY_MODIFIERS (emacs_event, 0); XSET_EVENT_KEY_KEYSYM (emacs_event, make_char (ch)); enqueue_dispatch_event (emacs_event); } Lstream_close (istr); UNGCPRO; Lstream_delete (istr); Lstream_delete (XLSTREAM (fb_instream)); if (IS_MODIFIER_KEY (event->keyval) || (event->keyval == GDK_Mode_switch)) return (Qnil); return (gtk_keysym_to_emacs_keysym (event->keyval, simple_p)); } else { if (IS_MODIFIER_KEY (event->keyval) || (event->keyval == GDK_Mode_switch)) return (Qnil); return (gtk_keysym_to_emacs_keysym (event->keyval, simple_p)); } } /************************************************************************/ /* timeout events */ /************************************************************************/ static int timeout_id_tick; struct GTK_timeout { int id; guint timeout_id; struct GTK_timeout *next; } *pending_timeouts, *completed_timeouts; struct GTK_timeout_blocktype { Blocktype_declare (struct GTK_timeout); } *the_GTK_timeout_blocktype; /* called by the gtk main loop */ static gint gtk_timeout_callback (gpointer closure) { struct GTK_timeout *timeout = (struct GTK_timeout *) closure; struct GTK_timeout *t2 = pending_timeouts; /* Remove this one from the list of pending timeouts */ if (t2 == timeout) pending_timeouts = pending_timeouts->next; else { while (t2->next && t2->next != timeout) t2 = t2->next; assert (t2->next); t2->next = t2->next->next; } /* Add this one to the list of completed timeouts */ timeout->next = completed_timeouts; completed_timeouts = timeout; return FALSE; } static int emacs_gtk_add_timeout (EMACS_TIME thyme) { struct GTK_timeout *timeout = Blocktype_alloc (the_GTK_timeout_blocktype); EMACS_TIME current_time; int milliseconds; timeout->id = timeout_id_tick++; timeout->next = pending_timeouts; pending_timeouts = timeout; EMACS_GET_TIME (current_time); EMACS_SUB_TIME (thyme, thyme, current_time); milliseconds = EMACS_SECS (thyme) * 1000 + EMACS_USECS (thyme) / 1000; if (milliseconds < 1) milliseconds = 1; timeout->timeout_id = gtk_timeout_add (milliseconds, gtk_timeout_callback, (gpointer) timeout); return timeout->id; } static void emacs_gtk_remove_timeout (int id) { struct GTK_timeout *timeout, *t2; timeout = NULL; /* Find the timeout on the list of pending ones, if it's still there. */ if (pending_timeouts) { if (id == pending_timeouts->id) { timeout = pending_timeouts; pending_timeouts = pending_timeouts->next; } else { t2 = pending_timeouts; while (t2->next && t2->next->id != id) t2 = t2->next; if ( t2->next) /*found it */ { timeout = t2->next; t2->next = t2->next->next; } } /* if it was pending, we have removed it from the list */ if (timeout) gtk_timeout_remove (timeout->timeout_id); } /* It could be that the call back was already called but we didn't convert into an Emacs event yet */ if (!timeout && completed_timeouts) { /* Code duplication! */ if (id == completed_timeouts->id) { timeout = completed_timeouts; completed_timeouts = completed_timeouts->next; } else { t2 = completed_timeouts; while (t2->next && t2->next->id != id) t2 = t2->next; if ( t2->next) /*found it */ { timeout = t2->next; t2->next = t2->next->next; } } } /* If we found the thing on the lists of timeouts, and removed it, deallocate */ if (timeout) Blocktype_free (the_GTK_timeout_blocktype, timeout); } static void gtk_timeout_to_emacs_event (struct Lisp_Event *emacs_event) { struct GTK_timeout *timeout = completed_timeouts; assert (timeout); completed_timeouts = completed_timeouts->next; /* timeout events have nil as channel */ set_event_type (emacs_event, timeout_event); SET_EVENT_TIMESTAMP_ZERO (emacs_event); /* #### wrong!! */ SET_EVENT_TIMEOUT_INTERVAL_ID (emacs_event, timeout->id); SET_EVENT_TIMEOUT_FUNCTION (emacs_event, Qnil); SET_EVENT_TIMEOUT_OBJECT (emacs_event, Qnil); Blocktype_free (the_GTK_timeout_blocktype, timeout); } /************************************************************************/ /* process and tty events */ /************************************************************************/ struct what_is_ready_closure { int fd; Lisp_Object what; gint id; }; static Lisp_Object *filedesc_with_input; static struct what_is_ready_closure **filedesc_to_what_closure; static void init_what_input_once (void) { int i; filedesc_with_input = xnew_array (Lisp_Object, MAXDESC); filedesc_to_what_closure = xnew_array (struct what_is_ready_closure *, MAXDESC); for (i = 0; i < MAXDESC; i++) { filedesc_to_what_closure[i] = 0; filedesc_with_input[i] = Qnil; } process_events_occurred = 0; tty_events_occurred = 0; } static void mark_what_as_being_ready (struct what_is_ready_closure *closure) { if (NILP (filedesc_with_input[closure->fd])) { SELECT_TYPE temp_mask; FD_ZERO (&temp_mask); FD_SET (closure->fd, &temp_mask); /* Check to make sure there's *really* input available. Sometimes things seem to get confused and this gets called for the tty fd when there's really only input available on some process's fd. (It will subsequently get called for that process's fd, so returning without setting any flags will take care of it.) To see the problem, uncomment the stderr_out below, turn NORMAL_QUIT_CHECK_TIMEOUT_MSECS down to 25, do sh -c 'xemacs -nw -q -f shell 2>/tmp/log' and press return repeatedly. (Seen under AIX & Linux.) -dkindred@cs.cmu.edu */ if (!poll_fds_for_input (temp_mask)) { #if 0 stderr_out ("mark_what_as_being_ready: no input available (fd=%d)\n", closure->fd); #endif return; } filedesc_with_input[closure->fd] = closure->what; if (PROCESSP (closure->what)) /* Don't increment this if the current process is already marked * as having input. */ process_events_occurred++; else tty_events_occurred++; } } static void gtk_what_callback (gpointer closure, gint source, GdkInputCondition why) { /* If closure is 0, then we got a fake event from a signal handler. The only purpose of this is to make XtAppProcessEvent() stop blocking. */ if (closure) mark_what_as_being_ready ((struct what_is_ready_closure *) closure); else { fake_event_occurred++; drain_signal_event_pipe (); } } static void select_filedesc (int fd, Lisp_Object what) { struct what_is_ready_closure *closure; /* If somebody is trying to select something that's already selected for, then something went wrong. The generic routines ought to detect this and error before here. */ assert (!filedesc_to_what_closure[fd]); closure = xnew (struct what_is_ready_closure); closure->fd = fd; closure->what = what; closure->id = gdk_input_add (fd, GDK_INPUT_READ, (GdkInputFunction) gtk_what_callback, closure); filedesc_to_what_closure[fd] = closure; } static void unselect_filedesc (int fd) { struct what_is_ready_closure *closure = filedesc_to_what_closure[fd]; assert (closure); if (!NILP (filedesc_with_input[fd])) { /* We are unselecting this process before we have drained the rest of the input from it, probably from status_notify() in the command loop. This can happen like so: - We are waiting in XtAppNextEvent() - Process generates output - Process is marked as being ready - Process dies, SIGCHLD gets generated before we return (!?) It could happen I guess. - sigchld_handler() marks process as dead - Somehow we end up getting a new KeyPress event on the queue at the same time (I'm really so sure how that happens but I'm not sure it can't either so let's assume it can...). - Key events have priority so we return that instead of the proc. - Before dispatching the lisp key event we call status_notify() - Which deselects the process that SIGCHLD marked as dead. Thus we never remove it from _with_input and turn it into a lisp event, so we need to do it here. But this does not mean that we're throwing away the last block of output - status_notify() has already taken care of running the proc filter or whatever. */ filedesc_with_input[fd] = Qnil; if (PROCESSP (closure->what)) { assert (process_events_occurred > 0); process_events_occurred--; } else { assert (tty_events_occurred > 0); tty_events_occurred--; } } gdk_input_remove (closure->id); xfree (closure); filedesc_to_what_closure[fd] = 0; } static void emacs_gtk_select_process (Lisp_Process *process, int doin, int doerr) { Lisp_Object proc; int infd, errfd; event_stream_unixoid_select_process (process, doin, doerr, &infd, &errfd); proc = wrap_process (process); if (doin) select_filedesc (infd, proc); if (doerr) select_filedesc (errfd, proc); } static void emacs_gtk_unselect_process (Lisp_Process *process, int doin, int doerr) { int infd, errfd; event_stream_unixoid_unselect_process (process, doin, doerr, &infd, &errfd); if (doin) unselect_filedesc (infd); if (doerr) unselect_filedesc (errfd); } static void emacs_gtk_create_io_streams (void *inhandle, void *outhandle, void *errhandle, Lisp_Object *instream, Lisp_Object *outstream, Lisp_Object *errstream, USID *in_usid, USID *err_usid, int flags) { event_stream_unixoid_create_io_streams (inhandle, outhandle, errhandle, instream, outstream, errstream, in_usid, err_usid, flags); if (*in_usid != USID_ERROR) *in_usid = USID_DONTHASH; if (*err_usid != USID_ERROR) *err_usid = USID_DONTHASH; } static void emacs_gtk_delete_io_streams (Lisp_Object instream, Lisp_Object outstream, Lisp_Object errstream, USID *in_usid, USID *err_usid) { event_stream_unixoid_delete_io_streams (instream, outstream, errstream, in_usid, err_usid); *in_usid = USID_DONTHASH; *err_usid = USID_DONTHASH; } /* This is called from GC when a process object is about to be freed. If we've still got pointers to it in this file, we're gonna lose hard. */ void debug_process_finalization (struct Lisp_Process *p) { #if 0 /* #### */ int i; Lisp_Object instr, outstr; get_process_streams (p, &instr, &outstr); /* if it still has fds, then it hasn't been killed yet. */ assert (NILP(instr)); assert (NILP(outstr)); /* Better not still be in the "with input" table; we know it's got no fds. */ for (i = 0; i < MAXDESC; i++) { Lisp_Object process = filedesc_fds_with_input [i]; assert (!PROCESSP (process) || XPROCESS (process) != p); } #endif } static void gtk_process_to_emacs_event (struct Lisp_Event *emacs_event) { int i; assert (process_events_occurred > 0); for (i = 0; i < MAXDESC; i++) { Lisp_Object process = filedesc_with_input[i]; if (PROCESSP (process)) { filedesc_with_input[i] = Qnil; process_events_occurred--; /* process events have nil as channel */ set_event_type (emacs_event, process_event); SET_EVENT_TIMESTAMP_ZERO (emacs_event); /* #### */ SET_EVENT_PROCESS_PROCESS (emacs_event, process); return; } } abort (); } static void emacs_gtk_select_console (struct console *con) { Lisp_Object console; int infd; if (CONSOLE_GTK_P (con)) return; /* Gtk consoles are automatically selected for when we initialize them */ infd = event_stream_unixoid_select_console (con); console = wrap_console (con); select_filedesc (infd, console); } static void emacs_gtk_unselect_console (struct console *con) { Lisp_Object console; int infd; if (CONSOLE_GTK_P (con)) return; /* X consoles are automatically selected for when we initialize them */ infd = event_stream_unixoid_unselect_console (con); console = wrap_console (con); unselect_filedesc (infd); } /* read an event from a tty, if one is available. Returns non-zero if an event was available. Note that when this function is called, there should always be a tty marked as ready for input. However, the input condition might actually be EOF, so there may not really be any input available. (In this case, read_event_from_tty_or_stream_desc() will arrange for the TTY device to be deleted.) */ static int gtk_tty_to_emacs_event (struct Lisp_Event *emacs_event) { int i; assert (tty_events_occurred > 0); for (i = 0; i < MAXDESC; i++) { Lisp_Object console = filedesc_with_input[i]; if (CONSOLEP (console)) { assert (tty_events_occurred > 0); tty_events_occurred--; filedesc_with_input[i] = Qnil; if (read_event_from_tty_or_stream_desc (emacs_event, XCONSOLE (console))) return 1; } } return 0; } /************************************************************************/ /* Drag 'n Drop handling */ /************************************************************************/ #ifdef HAVE_DRAGNDROP #define TARGET_URI_LIST 0x00 #define TARGET_TEXT_PLAIN 0x01 #define TARGET_FILE_NAME 0x02 #define TARGET_NETSCAPE 0x03 static GdkAtom preferred_targets[10]; void dragndrop_data_received (GtkWidget *widget, GdkDragContext *context, gint x, gint y, GtkSelectionData *data, guint info, guint time) { Lisp_Object event = Fmake_event (Qnil, Qnil); struct device *d = gtk_any_window_to_device (widget->window); struct frame *f = gtk_any_widget_or_parent_to_frame (d, widget); struct Lisp_Event *ev = XEVENT (event); Lisp_Object l_type = Qnil, l_data = Qnil; Lisp_Object l_dndlist = Qnil, l_item = Qnil; struct gcpro gcpro1, gcpro2, gcpro3, gcpro4; GCPRO4 (l_type, l_data, l_dndlist, l_item); set_event_type (ev, misc_user_event); SET_EVENT_CHANNEL (ev, wrap_frame (f)); SET_EVENT_TIMESTAMP (ev, time); SET_EVENT_MISC_USER_X (ev, x); SET_EVENT_MISC_USER_Y (ev, y); if (data->type == preferred_targets[TARGET_URI_LIST]) { /* newline-separated list of URLs */ int start, end; const char *string_data = (char *) data->data; l_type = Qdragdrop_URL; for (start = 0, end = 0; string_data && string_data[end]; end++) { if ((string_data[end] == '\r') && (string_data[end+1] == '\n')) { l_item = make_string (&string_data[start], end - start); l_dndlist = Fcons (l_item, l_dndlist); ++end; start = ++end; } } } else if (data->type == preferred_targets[TARGET_TEXT_PLAIN]) { /* Arbitrary string */ l_type = Qdragdrop_MIME; l_dndlist = list1 (list3 (list1 (build_string ("text/plain")), build_string ("8_bit"), make_ext_string (data->data, strlen ((char *)data->data), Qctext))); } else if (data->type == preferred_targets[TARGET_FILE_NAME]) { /* Random filename */ char *hurl = dnd_url_hexify_string (data->data, "file:"); l_dndlist = list1 (make_string ((Ibyte *)hurl, strlen (hurl))); l_type = Qdragdrop_URL; xfree (hurl); } else if (data->type == preferred_targets[TARGET_NETSCAPE]) { /* Single URL */ l_dndlist = list1 (make_string ((Extbyte *)data->data, strlen ((char *)data->data))); l_type = Qdragdrop_URL; } else { /* Unknown type - what to do? We just pass it up to lisp - we already have a mime type. */ l_type = Qdragdrop_MIME; l_dndlist = list1 (list3 (list1 (build_string (gdk_atom_name (data->type))), build_string ("8bit"), make_ext_string ((Extbyte *) data->data, data->length, Qbinary))); } SET_EVENT_MISC_USER_FUNCTION (ev, Qdragdrop_drop_dispatch); SET_EVENT_MISC_USER_OBJECT (ev, Fcons (l_type, l_dndlist)); UNGCPRO; gtk_drag_finish (context, TRUE, FALSE, time); enqueue_dispatch_event (event); } gboolean dragndrop_dropped (GtkWidget *widget, GdkDragContext *drag_context, gint x, gint y, guint time, gpointer user_data) { /* Netscape drops things like: STRING _SGI_ICON _SGI_ICON_TYPE SGI_FILE FILE_NAME _NETSCAPE_URL gmc drops things like application/x-mc-desktop-icon text/uri-list text/plain _NETSCAPE_URL We prefer: text/uri-list text/plain FILE_NAME _NETSCAPE_URL first one */ GdkAtom found = 0; GList *list = drag_context->targets; int i; if (!preferred_targets[0]) { preferred_targets[TARGET_URI_LIST] = gdk_atom_intern ("text/uri-list", FALSE); preferred_targets[TARGET_TEXT_PLAIN] = gdk_atom_intern ("text/plain", FALSE); preferred_targets[TARGET_FILE_NAME] = gdk_atom_intern ("FILE_NAME", FALSE); preferred_targets[TARGET_NETSCAPE] = gdk_atom_intern ("_NETSCAPE_URL", FALSE); } #if 0 stderr_out ("Drop info available in the following formats: \n"); while (list) { stderr_out ("\t%s\n", gdk_atom_name ((GdkAtom)list->data)); list = list->next; } list = drag_context->targets; #endif while (list && !found) { for (i = 0; preferred_targets[i] && !found; i++) { if ((GdkAtom) list->data == preferred_targets[i]) { found = (GdkAtom) list->data; } } list = list->next; } if (!found) { found = (GdkAtom) drag_context->targets->data; } gtk_drag_get_data (GTK_WIDGET (user_data), drag_context, found, time); return (TRUE); } #endif /* HAVE_DRAGNDROP */ /************************************************************************/ /* get the next event from gtk */ /************************************************************************/ /* This business exists because menu events "happen" when menubar_selection_callback() is called from somewhere deep within XtAppProcessEvent in emacs_Xt_next_event(). The callback needs to terminate the modal loop in that function or else it will continue waiting until another event is received. Same business applies to scrollbar events. */ void signal_special_gtk_user_event (Lisp_Object channel, Lisp_Object function, Lisp_Object object) { Lisp_Object event = Fmake_event (Qnil, Qnil); XSET_EVENT_TYPE (event, misc_user_event); XSET_EVENT_CHANNEL (event, channel); XSET_EVENT_MISC_USER_FUNCTION (event, function); XSET_EVENT_MISC_USER_OBJECT (event, object); enqueue_dispatch_event (event); } static void emacs_gtk_next_event (struct Lisp_Event *emacs_event) { we_didnt_get_an_event: while (NILP (dispatch_event_queue) && !completed_timeouts && !fake_event_occurred && !process_events_occurred && !tty_events_occurred) { gtk_main_iteration(); } if (!NILP (dispatch_event_queue)) { Lisp_Object event, event2; event2 = wrap_event (emacs_event); event = dequeue_dispatch_event (); Fcopy_event (event, event2); Fdeallocate_event (event); } else if (tty_events_occurred) { if (!gtk_tty_to_emacs_event (emacs_event)) goto we_didnt_get_an_event; } else if (completed_timeouts) gtk_timeout_to_emacs_event (emacs_event); else if (fake_event_occurred) { /* A dummy event, so that a cycle of the command loop will occur. */ fake_event_occurred = 0; /* eval events have nil as channel */ set_event_type (emacs_event, eval_event); SET_EVENT_EVAL_FUNCTION (emacs_event, Qidentity); SET_EVENT_EVAL_OBJECT (emacs_event, Qnil); } else /* if (process_events_occurred) */ gtk_process_to_emacs_event (emacs_event); } int gtk_event_to_emacs_event (struct frame *frame, GdkEvent *gdk_event, struct Lisp_Event *emacs_event) { struct device *d = NULL; struct gtk_device *gd = NULL; gboolean accept_any_window = FALSE; /* #### Under what circumstances can this happen???? Hunt out the code that sets frame to 0 and fix it instead. */ if (!frame) { frame = XFRAME (Fselected_frame (get_default_device (Qgtk))); accept_any_window = TRUE; } d = XDEVICE (FRAME_DEVICE (frame)); gd = DEVICE_GTK_DATA (d); set_last_server_timestamp (d, gdk_event); switch (gdk_event->type) { /* XEmacs handles double and triple clicking on its own, and if we capture these events, it royally confuses the code in ../lisp/mouse.el */ case GDK_2BUTTON_PRESS: case GDK_3BUTTON_PRESS: return (0); case GDK_BUTTON_PRESS: case GDK_BUTTON_RELEASE: /* We need to ignore button events outside our main window or things get ugly. The standard scrollbars in Gtk try to be nice and pass the button press events up to the parent widget. This causes us no end of grief though. Effects range from setting point to the wrong place to selecting new windows. */ { GdkWindow *w = gdk_window_at_pointer (NULL, NULL); /* If you press mouse button and drag it around, and release it outside the window, you will get a NULL GdkWindow at pointer. We need to forward these events on to XEmacs so that the mouse selection voodoo works. */ if (w && (w != gdk_window_lookup (GDK_ROOT_WINDOW ()))) { GdkEvent ev; GtkWidget *wid = NULL; ev.any.window = w; wid = gtk_get_event_widget (&ev); if (!GTK_IS_XEMACS (wid) && !accept_any_window) { return (0); } } if (!accept_any_window) gtk_widget_grab_focus (FRAME_GTK_TEXT_WIDGET (frame)); } /* Fall through */ case GDK_KEY_PRESS: { unsigned int modifiers = 0; int shift_p, lock_p; gboolean key_event_p = (gdk_event->type == GDK_KEY_PRESS); unsigned int *state = key_event_p ? &gdk_event->key.state : &gdk_event->button.state; /* If this is a synthetic KeyPress or Button event, and the user has expressed a disinterest in this security hole, then drop it on the floor. */ /* #### BILL!!! Should this be a generic check for ANY synthetic event? */ if ((gdk_event->any.send_event) && !gtk_allow_sendevents) return 0; DEVICE_GTK_MOUSE_TIMESTAMP (d) = DEVICE_GTK_GLOBAL_MOUSE_TIMESTAMP (d) = key_event_p ? gdk_event->key.time : gdk_event->button.time; if (*state & GDK_CONTROL_MASK) modifiers |= XEMACS_MOD_CONTROL; if (*state & gd->MetaMask) modifiers |= XEMACS_MOD_META; if (*state & gd->SuperMask) modifiers |= XEMACS_MOD_SUPER; if (*state & gd->HyperMask) modifiers |= XEMACS_MOD_HYPER; if (*state & gd->AltMask) modifiers |= XEMACS_MOD_ALT; { int numero_de_botao = -1; if (!key_event_p) numero_de_botao = gdk_event->button.button; /* the button gets noted either in the button or the modifiers field, but not both. */ if (numero_de_botao != 1 && (*state & GDK_BUTTON1_MASK)) modifiers |= XEMACS_MOD_BUTTON1; if (numero_de_botao != 2 && (*state & GDK_BUTTON2_MASK)) modifiers |= XEMACS_MOD_BUTTON2; if (numero_de_botao != 3 && (*state & GDK_BUTTON3_MASK)) modifiers |= XEMACS_MOD_BUTTON3; if (numero_de_botao != 4 && (*state & GDK_BUTTON4_MASK)) modifiers |= XEMACS_MOD_BUTTON4; if (numero_de_botao != 5 && (*state & GDK_BUTTON5_MASK)) modifiers |= XEMACS_MOD_BUTTON5; } /* Ignore the Caps_Lock key if: - any other modifiers are down, so that Caps_Lock doesn't turn C-x into C-X, which would suck. - the event was a mouse event. */ if (modifiers || ! key_event_p) *state &= (~GDK_LOCK_MASK); shift_p = *state & GDK_SHIFT_MASK; lock_p = *state & GDK_LOCK_MASK; if (shift_p || lock_p) modifiers |= XEMACS_MOD_SHIFT; if (key_event_p) { GdkEventKey *key_event = &gdk_event->key; Lisp_Object keysym; /* This used to compute the frame from the given X window and store it here, but we really don't care about the frame. */ emacs_event->channel = DEVICE_CONSOLE (d); /* Keysym mucking has already been done inside the GdkEventKey parsing */ keysym = gtk_to_emacs_keysym (d, key_event, 0); /* If the emacs keysym is nil, then that means that the X keysym was either a Modifier or NoSymbol, which probably means that we're in the midst of reading a Multi_key sequence, or a "dead" key prefix, or XIM input. Ignore it. */ if (NILP (keysym)) return 0; /* More Caps_Lock garbage: Caps_Lock should *only* add the shift modifier to two-case keys (that is, A-Z and related characters). So at this point (after looking up the keysym) if the keysym isn't a dual-case alphabetic, and if the caps lock key was down but the shift key wasn't, then turn off the shift modifier. Gag barf */ /* #### type lossage: assuming equivalence of emacs and X keysyms */ /* !!#### maybe fix for Mule */ if (lock_p && !shift_p && ! (CHAR_OR_CHAR_INTP (keysym) && keysym_obeys_caps_lock_p ((guint) XCHAR_OR_CHAR_INT (keysym), d))) modifiers &= (~XEMACS_MOD_SHIFT); /* If this key contains two distinct keysyms, that is, "shift" generates a different keysym than the non-shifted key, then don't apply the shift modifier bit: it's implicit. Otherwise, if there would be no other way to tell the difference between the shifted and unshifted version of this key, apply the shift bit. Non-graphics, like Backspace and F1 get the shift bit in the modifiers slot. Neither the characters "a", "A", "2", nor "@" normally have the shift bit set. However, "F1" normally does. */ if (modifiers & XEMACS_MOD_SHIFT) { if (CHAR_OR_CHAR_INTP (keysym)) { modifiers &= ~XEMACS_MOD_SHIFT; } } set_event_type (emacs_event, key_press_event); SET_EVENT_TIMESTAMP (emacs_event, key_event->time); SET_EVENT_KEY_MODIFIERS (emacs_event, modifiers); SET_EVENT_KEY_KEYSYM (emacs_event, keysym); } else /* Mouse press/release event */ { GdkEventButton *button_event = &gdk_event->button; set_event_type (emacs_event, button_event->type == GDK_BUTTON_RELEASE ? button_release_event : button_press_event); SET_EVENT_CHANNEL (emacs_event, wrap_frame (frame)); SET_EVENT_BUTTON_MODIFIERS (emacs_event, modifiers); SET_EVENT_TIMESTAMP (emacs_event, button_event->time); SET_EVENT_BUTTON_BUTTON (emacs_event, button_event->button); SET_EVENT_BUTTON_X (emacs_event, button_event->x); SET_EVENT_BUTTON_Y (emacs_event, button_event->y); } } break; case GDK_KEY_RELEASE: return 0; break; case GDK_MOTION_NOTIFY: { GdkEventMotion *ev = &gdk_event->motion; unsigned int modifiers = 0; gint x,y; GdkModifierType mask; /* We use MOTION_HINT_MASK, so we will get only one motion event until the next time we call gdk_window_get_pointer or the user clicks the mouse. So call gdk_window_get_pointer now (meaning that the event will be in sync with the server just before Fnext_event() returns). If the mouse is still in motion, then the server will immediately generate exactly one more motion event, which will be on the queue waiting for us next time around. */ gdk_window_get_pointer (ev->window, &x, &y, &mask); DEVICE_GTK_MOUSE_TIMESTAMP (d) = ev->time; SET_EVENT_CHANNEL (emacs_event, wrap_frame (frame)); set_event_type (emacs_event, pointer_motion_event); SET_EVENT_TIMESTAMP (emacs_event, ev->time); SET_EVENT_MOTION_X (emacs_event, x); SET_EVENT_MOTION_Y (emacs_event, y); if (mask & GDK_SHIFT_MASK) modifiers |= XEMACS_MOD_SHIFT; if (mask & GDK_CONTROL_MASK) modifiers |= XEMACS_MOD_CONTROL; if (mask & gd->MetaMask) modifiers |= XEMACS_MOD_META; if (mask & gd->SuperMask) modifiers |= XEMACS_MOD_SUPER; if (mask & gd->HyperMask) modifiers |= XEMACS_MOD_HYPER; if (mask & gd->AltMask) modifiers |= XEMACS_MOD_ALT; if (mask & GDK_BUTTON1_MASK) modifiers |= XEMACS_MOD_BUTTON1; if (mask & GDK_BUTTON2_MASK) modifiers |= XEMACS_MOD_BUTTON2; if (mask & GDK_BUTTON3_MASK) modifiers |= XEMACS_MOD_BUTTON3; if (mask & GDK_BUTTON4_MASK) modifiers |= XEMACS_MOD_BUTTON4; if (mask & GDK_BUTTON5_MASK) modifiers |= XEMACS_MOD_BUTTON5; /* Currently ignores Shift_Lock but probably shouldn't (but it definitely should ignore Caps_Lock). */ SET_EVENT_MOTION_MODIFIERS (emacs_event, modifiers); } break; default: /* it's a magic event */ return (0); break; } return 1; } static const char *event_name (GdkEvent *); static gboolean generic_event_handler (GtkWidget *widget, GdkEvent *event) { Lisp_Object emacs_event = Qnil; if (!GTK_IS_XEMACS (widget)) { stderr_out ("Got a %s event for a non-XEmacs widget\n",event_name (event)); return (FALSE); } emacs_event = Fmake_event (Qnil, Qnil); if (gtk_event_to_emacs_event (GTK_XEMACS_FRAME (widget), event, XEVENT (emacs_event))) { enqueue_dispatch_event (emacs_event); return (TRUE); } else { Fdeallocate_event (emacs_event); } return (FALSE); } gint emacs_gtk_key_event_handler(GtkWidget *widget, GdkEventKey *event) { return (generic_event_handler (widget, (GdkEvent *) event)); } gint emacs_gtk_button_event_handler(GtkWidget *widget, GdkEventButton *event) { return (generic_event_handler (widget, (GdkEvent *) event)); } gint emacs_gtk_motion_event_handler (GtkWidget *widget, GdkEventMotion *event) { return (generic_event_handler (widget, (GdkEvent *) event)); } gboolean emacs_shell_event_handler (GtkWidget *wid /* unused */, GdkEvent *event, gpointer closure) { struct frame *frame = (struct frame *) closure; Lisp_Object lisp_event = Fmake_event (Qnil, Qnil); struct Lisp_Event *emacs_event = XEVENT (lisp_event); GdkEvent *gdk_event_copy = &EVENT_MAGIC_GDK_EVENT (emacs_event); struct device *d = XDEVICE (FRAME_DEVICE (frame)); gboolean ignore_p = FALSE; set_last_server_timestamp (d, event); #define FROB(event_member) gdk_event_copy->event_member = event->event_member switch (event->type) { case GDK_SELECTION_REQUEST: case GDK_SELECTION_CLEAR: case GDK_SELECTION_NOTIFY: FROB(selection); break; case GDK_PROPERTY_NOTIFY: FROB(property); break; case GDK_CLIENT_EVENT: FROB(client); break; case GDK_MAP: case GDK_UNMAP: FROB(any); break; case GDK_CONFIGURE: FROB(configure); break; case GDK_ENTER_NOTIFY: case GDK_LEAVE_NOTIFY: FROB(crossing); break; case GDK_FOCUS_CHANGE: FROB(focus_change); break; case GDK_VISIBILITY_NOTIFY: FROB(visibility); break; default: ignore_p = TRUE; /* Hrmm... do we really want to swallow all the other events as magic? */ *gdk_event_copy = *event; break; } #undef FROB emacs_event->event_type = magic_event; emacs_event->channel = wrap_frame (frame); if (ignore_p) { stderr_out ("Ignoring event... (%s)\n", event_name (event)); Fdeallocate_event (lisp_event); return (FALSE); } else { enqueue_dispatch_event (lisp_event); return (TRUE); } } /************************************************************************/ /* input pending / C-g checking */ /************************************************************************/ #include <gdk/gdkx.h> static void emacs_gtk_drain_queue (void) { /* We can't just spin through here and wait for GTKs idea of the event queue to get empty, or the queue never gets drained. The situation is as follows. A process event gets signalled, we put it on the queue, then we go into Fnext_event(), which calls emacs_gtk_drain_queue(). But gtk_events_pending() will always return TRUE if there are file-descriptor (aka our process) events pending. Using GDK_events_pending() only shows us windowing system events. */ if (GDK_DISPLAY ()) while (gdk_events_pending ()) gtk_main_iteration (); drain_tty_devices (); } static int emacs_gtk_event_pending_p (int user_p) { Lisp_Object event; int tick_count_val; /* If `user_p' is false, then this function returns whether there are any X, timeout, or fd events pending (that is, whether emacs_gtk_next_event() would return immediately without blocking). if `user_p' is true, then this function returns whether there are any *user generated* events available (that is, whether there are keyboard or mouse-click events ready to be read). This also implies that emacs_Xt_next_event() would not block. In a non-SIGIO world, this also checks whether the user has typed ^G, since this is a convenient place to do so. We don't need to do this in a SIGIO world, since input causes an interrupt. */ /* This function used to simply check whether there were any X events (or if user_p was 1, it iterated over all the pending X events using XCheckIfEvent(), looking for keystrokes and button events). That worked in the old cheesoid event loop, which didn't go through XtAppDispatchEvent(), but it doesn't work any more -- X events may not result in anything. For example, a button press in a blank part of the menubar appears as an X event but will not result in any Emacs events (a button press that activates the menubar results in an Emacs event through the stop_next_event mechanism). The only accurate way of determining whether these X events translate into Emacs events is to go ahead and dispatch them until there's something on the dispatch queue. */ /* See if there are any user events already on the queue. */ EVENT_CHAIN_LOOP (event, dispatch_event_queue) if (!user_p || command_event_p (event)) return 1; /* See if there's any TTY input available. */ if (poll_fds_for_input (tty_only_mask)) return 1; if (!user_p) { /* If not user_p and there are any timer or file-desc events pending, we know there will be an event so we're through. */ /* XtInputMask pending_value; */ /* Note that formerly we just checked the value of XtAppPending() to determine if there was file-desc input. This doesn't work any more with the signal_event_pipe; XtAppPending() will says "yes" in this case but there isn't really any input. Another way of fixing this problem is for the signal_event_pipe to generate actual input in the form of an identity eval event or something. (#### maybe this actually happens?) */ if (poll_fds_for_input (process_only_mask)) return 1; /* #### Is there any way to do this in Gtk? I don't think there is a 'peek' for events */ #if 0 pending_value = XtAppPending (Xt_app_con); if (pending_value & XtIMTimer) return 1; #endif } /* XtAppPending() can be super-slow, esp. over a network connection. Quantify results have indicated that in some cases the call to detect_input_pending() completely dominates the running time of redisplay(). Fortunately, in a SIGIO world we can more quickly determine whether there are any X events: if an event has happened since the last time we checked, then a SIGIO will have happened. On a machine with broken SIGIO, we'll still be in an OK state -- the sigio_happened flag will get set at least once a second, so we'll be no more than one second behind reality. (In general it's OK if we erroneously report no input pending when input is actually pending() -- preemption is just a bit less efficient, that's all. It's bad bad bad if you err the other way -- you've promised that `next-event' won't block but it actually will, and some action might get delayed until the next time you hit a key.) */ /* quit_check_signal_tick_count is volatile so try to avoid race conditions by using a temporary variable */ tick_count_val = quit_check_signal_tick_count; if (last_quit_check_signal_tick_count != tick_count_val) { last_quit_check_signal_tick_count = tick_count_val; /* We need to drain the entire queue now -- if we only drain part of it, we may later on end up with events actually pending but detect_input_pending() returning false because there wasn't another SIGIO. */ emacs_gtk_drain_queue (); EVENT_CHAIN_LOOP (event, dispatch_event_queue) if (!user_p || command_event_p (event)) return 1; } return 0; } static void emacs_gtk_force_event_pending (struct frame* f) { #if 0 stderr_out ("Force event pending called on frame %p!\n", f); #endif } /************************************************************************/ /* initialization */ /************************************************************************/ void syms_of_event_gtk (void) { DEFSYMBOL (Qkey_mapping); DEFSYMBOL (Qsans_modifiers); } void reinit_vars_of_event_gtk (void) { gtk_event_stream = xnew_and_zero (struct event_stream); gtk_event_stream->event_pending_p = emacs_gtk_event_pending_p; gtk_event_stream->next_event_cb = emacs_gtk_next_event; gtk_event_stream->handle_magic_event_cb= emacs_gtk_handle_magic_event; gtk_event_stream->format_magic_event_cb= emacs_gtk_format_magic_event; gtk_event_stream->compare_magic_event_cb= emacs_gtk_compare_magic_event; gtk_event_stream->hash_magic_event_cb = emacs_gtk_hash_magic_event; gtk_event_stream->add_timeout_cb = emacs_gtk_add_timeout; gtk_event_stream->remove_timeout_cb = emacs_gtk_remove_timeout; gtk_event_stream->select_console_cb = emacs_gtk_select_console; gtk_event_stream->unselect_console_cb = emacs_gtk_unselect_console; gtk_event_stream->select_process_cb = emacs_gtk_select_process; gtk_event_stream->unselect_process_cb = emacs_gtk_unselect_process; gtk_event_stream->drain_queue_cb = emacs_gtk_drain_queue; gtk_event_stream->create_io_streams_cb= emacs_gtk_create_io_streams; gtk_event_stream->delete_io_streams_cb= emacs_gtk_delete_io_streams; gtk_event_stream->force_event_pending_cb= emacs_gtk_force_event_pending; the_GTK_timeout_blocktype = Blocktype_new (struct GTK_timeout_blocktype); /* this function only makes safe calls */ init_what_input_once (); } void vars_of_event_gtk (void) { reinit_vars_of_event_gtk (); DEFVAR_BOOL ("gtk-allow-sendevents", >k_allow_sendevents /* *Non-nil means to allow synthetic events. Nil means they are ignored. Beware: allowing emacs to process SendEvents opens a big security hole. */ ); gtk_allow_sendevents = 0; last_quit_check_signal_tick_count = 0; } void init_event_gtk_late (void) /* called when already initialized */ { timeout_id_tick = 1; pending_timeouts = 0; completed_timeouts = 0; event_stream = gtk_event_stream; #if 0 /* Shut GDK the hell up */ gdk_error_trap_push (); #endif gdk_input_add (signal_event_pipe[0], GDK_INPUT_READ, (GdkInputFunction) gtk_what_callback, NULL); } /* Bogus utility routines */ static const char *event_name (GdkEvent *ev) { return (gtk_event_name (ev->any.type)); } /* This is down at the bottom of the file so I can avoid polluting the generic code with this X specific CRAP! */ #include <gdk/gdkx.h> #include <X11/keysym.h> /* #### BILL!!! Fix this please! */ /************************************************************************/ /* keymap handling */ /************************************************************************/ /* X bogusly doesn't define the interpretations of any bits besides ModControl, ModShift, and ModLock; so the Interclient Communication Conventions Manual says that we have to bend over backwards to figure out what the other modifier bits mean. According to ICCCM: - Any keycode which is assigned ModControl is a "control" key. - Any modifier bit which is assigned to a keycode which generates Meta_L or Meta_R is the modifier bit meaning "meta". Likewise for Super, Hyper, etc. - Any keypress event which contains ModControl in its state should be interpreted as a "control" character. - Any keypress event which contains a modifier bit in its state which is generated by a keycode whose corresponding keysym is Meta_L or Meta_R should be interpreted as a "meta" character. Likewise for Super, Hyper, etc. - It is illegal for a keysym to be associated with more than one modifier bit. This means that the only thing that emacs can reasonably interpret as a "meta" key is a key whose keysym is Meta_L or Meta_R, and which generates one of the modifier bits Mod1-Mod5. Unfortunately, many keyboards don't have Meta keys in their default configuration. So, if there are no Meta keys, but there are "Alt" keys, emacs will interpret Alt as Meta. If there are both Meta and Alt keys, then the Meta keys mean "Meta", and the Alt keys mean "Alt" (it used to mean "Symbol," but that just confused the hell out of way too many people). This works with the default configurations of the 19 keyboard-types I've checked. Emacs detects keyboard configurations which violate the above rules, and prints an error message on the standard-error-output. (Perhaps it should use a pop-up-window instead.) */ static void gtk_reset_key_mapping (struct device *d) { Display *display = GDK_DISPLAY (); struct gtk_device *xd = DEVICE_GTK_DATA (d); XModifierKeymap *map = (XModifierKeymap *) xd->x_keysym_map; KeySym *keysym, *keysym_end; Lisp_Object hashtable; int key_code_count, keysyms_per_code; if (map) XFree ((char *) map); XDisplayKeycodes (display, &xd->x_keysym_map_min_code, &xd->x_keysym_map_max_code); key_code_count = xd->x_keysym_map_max_code - xd->x_keysym_map_min_code + 1; map = (XModifierKeymap *) XGetKeyboardMapping (display, xd->x_keysym_map_min_code, key_code_count, &xd->x_keysym_map_keysyms_per_code); xd->x_keysym_map = (void *)map; hashtable = xd->x_keysym_map_hashtable; if (HASH_TABLEP (hashtable)) { Fclrhash (hashtable); } else { xd->x_keysym_map_hashtable = hashtable = make_lisp_hash_table (128, HASH_TABLE_NON_WEAK, HASH_TABLE_EQUAL); } for (keysym = (KeySym *) map, keysyms_per_code = xd->x_keysym_map_keysyms_per_code, keysym_end = keysym + (key_code_count * keysyms_per_code); keysym < keysym_end; keysym += keysyms_per_code) { int j; if (keysym[0] == NoSymbol) continue; { Extbyte *name = XKeysymToString (keysym[0]); Lisp_Object sym = gtk_keysym_to_emacs_keysym (keysym[0], 0); if (name) { Fputhash (build_ext_string (name, Qnative), Qsans_modifiers, hashtable); Fputhash (sym, Qsans_modifiers, hashtable); } } for (j = 1; j < keysyms_per_code; j++) { if (keysym[j] != keysym[0] && keysym[j] != NoSymbol) { Extbyte *name = XKeysymToString (keysym[j]); Lisp_Object sym = gtk_keysym_to_emacs_keysym (keysym[j], 0); if (name && NILP (Fgethash (sym, hashtable, Qnil))) { Fputhash (build_ext_string (name, Qnative), Qt, hashtable); Fputhash (sym, Qt, hashtable); } } } } } static const char * index_to_name (int indice) { switch (indice) { case ShiftMapIndex: return "ModShift"; case LockMapIndex: return "ModLock"; case ControlMapIndex: return "ModControl"; case Mod1MapIndex: return "Mod1"; case Mod2MapIndex: return "Mod2"; case Mod3MapIndex: return "Mod3"; case Mod4MapIndex: return "Mod4"; case Mod5MapIndex: return "Mod5"; default: return "???"; } } /* Boy, I really wish C had local functions... */ struct c_doesnt_have_closures /* #### not yet used */ { int warned_about_overlapping_modifiers; int warned_about_predefined_modifiers; int warned_about_duplicate_modifiers; int meta_bit; int hyper_bit; int super_bit; int alt_bit; int mode_bit; }; static void gtk_reset_modifier_mapping (struct device *d) { Display *display = GDK_DISPLAY (); struct gtk_device *xd = DEVICE_GTK_DATA (d); int modifier_index, modifier_key, column, mkpm; int warned_about_overlapping_modifiers = 0; /* int warned_about_predefined_modifiers = 0; */ /* int warned_about_duplicate_modifiers = 0; */ int meta_bit = 0; int hyper_bit = 0; int super_bit = 0; int alt_bit = 0; int mode_bit = 0; XModifierKeymap *map = (XModifierKeymap *) xd->x_modifier_keymap; xd->lock_interpretation = 0; if (map) XFreeModifiermap (map); gtk_reset_key_mapping (d); xd->x_modifier_keymap = map = XGetModifierMapping (display); /* Boy, I really wish C had local functions... */ /* The call to warn_when_safe must be on the same line as the string or make-msgfile won't pick it up properly (the newline doesn't confuse it, but the backslash does). */ #define store_modifier(name,old) \ old = modifier_index; mkpm = map->max_keypermod; for (modifier_index = 0; modifier_index < 8; modifier_index++) for (modifier_key = 0; modifier_key < mkpm; modifier_key++) { KeySym last_sym = 0; for (column = 0; column < 4; column += 2) { KeyCode code = map->modifiermap[modifier_index * mkpm + modifier_key]; KeySym sym = (code ? XKeycodeToKeysym (display, code, column) : 0); if (sym == last_sym) continue; last_sym = sym; switch (sym) { case XK_Mode_switch:store_modifier ("Mode_switch", mode_bit); break; case XK_Meta_L: store_modifier ("Meta_L", meta_bit); break; case XK_Meta_R: store_modifier ("Meta_R", meta_bit); break; case XK_Super_L: store_modifier ("Super_L", super_bit); break; case XK_Super_R: store_modifier ("Super_R", super_bit); break; case XK_Hyper_L: store_modifier ("Hyper_L", hyper_bit); break; case XK_Hyper_R: store_modifier ("Hyper_R", hyper_bit); break; case XK_Alt_L: store_modifier ("Alt_L", alt_bit); break; case XK_Alt_R: store_modifier ("Alt_R", alt_bit); break; #if 0 case XK_Control_L: check_modifier ("Control_L", ControlMask); break; case XK_Control_R: check_modifier ("Control_R", ControlMask); break; case XK_Shift_L: check_modifier ("Shift_L", ShiftMask); break; case XK_Shift_R: check_modifier ("Shift_R", ShiftMask); break; #endif case XK_Shift_Lock: /* check_modifier ("Shift_Lock", LockMask); */ xd->lock_interpretation = XK_Shift_Lock; break; case XK_Caps_Lock: /* check_modifier ("Caps_Lock", LockMask); */ xd->lock_interpretation = XK_Caps_Lock; break; /* It probably doesn't make any sense for a modifier bit to be assigned to a key that is not one of the above, but OpenWindows assigns modifier bits to a couple of random function keys for no reason that I can discern, so printing a warning here would be annoying. */ } } } #undef store_modifier #undef check_modifier #undef modwarn #undef modbarf /* If there was no Meta key, then try using the Alt key instead. If there is both a Meta key and an Alt key, then the Alt key is not disturbed and remains an Alt key. */ if (! meta_bit && alt_bit) meta_bit = alt_bit, alt_bit = 0; /* mode_bit overrides everything, since it's processed down inside of XLookupString() instead of by us. If Meta and Mode_switch both generate the same modifier bit (which is an error), then we don't interpret that bit as Meta, because we can't make XLookupString() not interpret it as Mode_switch; and interpreting it as both would be totally wrong. */ if (mode_bit) { const char *warn = 0; if (mode_bit == meta_bit) warn = "Meta", meta_bit = 0; else if (mode_bit == hyper_bit) warn = "Hyper", hyper_bit = 0; else if (mode_bit == super_bit) warn = "Super", super_bit = 0; else if (mode_bit == alt_bit) warn = "Alt", alt_bit = 0; if (warn) { warn_when_safe (Qkey_mapping, Qwarning, "XEmacs: %s is being used for both Mode_switch and %s.", index_to_name (mode_bit), warn), warned_about_overlapping_modifiers = 1; } } #undef index_to_name xd->MetaMask = (meta_bit ? (1 << meta_bit) : 0); xd->HyperMask = (hyper_bit ? (1 << hyper_bit) : 0); xd->SuperMask = (super_bit ? (1 << super_bit) : 0); xd->AltMask = (alt_bit ? (1 << alt_bit) : 0); xd->ModeMask = (mode_bit ? (1 << mode_bit) : 0); /* unused */ } void gtk_init_modifier_mapping (struct device *d) { struct gtk_device *gd = DEVICE_GTK_DATA (d); gd->x_keysym_map_hashtable = Qnil; gd->x_keysym_map = NULL; gd->x_modifier_keymap = NULL; gtk_reset_modifier_mapping (d); } #if 0 static int gtk_key_is_modifier_p (KeyCode keycode, struct device *d) { struct gtk_device *xd = DEVICE_GTK_DATA (d); KeySym *syms; KeySym *map = (KeySym *) xd->x_keysym_map; int i; if (keycode < xd->x_keysym_map_min_code || keycode > xd->x_keysym_map_max_code) return 0; syms = &map [(keycode - xd->x_keysym_map_min_code) * xd->x_keysym_map_keysyms_per_code]; for (i = 0; i < xd->x_keysym_map_keysyms_per_code; i++) if (IsModifierKey (syms [i]) || syms [i] == XK_Mode_switch) /* why doesn't IsModifierKey count this? */ return 1; return 0; } #endif