(cl--generic-derived-specializers): New function.
(cl--generic-derived-generalizer): New generalizer.
(cl-generic-generalizers): New specializer (derived-mode MODE).
(cl--generic-split-args): Apply the rewriter, if any.
(cl-generic-define-context-rewriter): New macro.
(major-mode): Use it to define a new context-rewriter, so we can write
`(major-mode MODE)' instead of `(major-mode (derived-mode MODE))'.
* lisp/frame.el (window-system): New context-rewriter so we can write
`(window-system VAL)' instead of (window-system (eql VAL)).
(cl--generic-split-args): Apply the rewriter, if any.
(frame-creation-function): Use the new syntax.
* lisp/term/x-win.el (window-system-initialization)
(handle-args-function, frame-creation-function)
(gui-backend-set-selection, gui-backend-selection-owner-p)
(gui-backend-selection-exists-p, gui-backend-get-selection):
* lisp/term/w32-win.el (window-system-initialization)
(handle-args-function, frame-creation-function)
(gui-backend-set-selection, gui-backend-get-selection)
(gui-backend-selection-owner-p, gui-backend-selection-exists-p):
* lisp/term/pc-win.el (gui-backend-get-selection)
(gui-backend-selection-exists-p, gui-backend-selection-owner-p)
(gui-backend-set-selection, window-system-initialization)
(frame-creation-function, handle-args-function):
* lisp/term/ns-win.el (window-system-initialization)
(handle-args-function, frame-creation-function)
(gui-backend-set-selection, gui-backend-selection-exists-p)
(gui-backend-get-selection):
* lisp/startup.el (handle-args-function):
* lisp/term/xterm.el (gui-backend-get-selection)
(gui-backend-set-selection): Use the new syntax.
(cl--generic-generalizer): Add `name' field.
(cl-generic-make-generalizer): Add corresponding `name' argument.
(cl-generic-define-generalizer): New macro.
(cl--generic-head-generalizer, cl--generic-eql-generalizer)
(cl--generic-struct-generalizer, cl--generic-typeof-generalizer)
(cl--generic-t-generalizer): Use it.
(cl-generic-ensure-function): Add `noerror' argument.
(cl-generic-define): Use it so we don't follow aliases.
(cl-generic-define-method): Preserve pre-existing ordering of methods.
(cl--generic-arg-specializer): New function.
(cl--generic-cache-miss): Use it.
(cl-generic-generalizers): Only fset a temporary definition
during bootstrap.
(cl--generic-struct-tag, cl--generic-struct-specializers):
Allow extra arguments.
* lisp/emacs-lisp/eieio-compat.el (eieio--generic-static-symbol-generalizer)
(eieio--generic-static-object-generalizer): Use cl-generic-define-generalizer.
(eieio--generic-static-symbol-specializers): Allow extra arguments.
* lisp/emacs-lisp/eieio-core.el (eieio--generic-generalizer)
(eieio--generic-subclass-generalizer): Use cl-generic-define-generalizer.
(eieio--generic-subclass-specializers): Allow extra arguments.
* doc/misc/tramp.texi (GVFS based methods): Describe `afp' method.
* lisp/net/tramp-gvfs.el (tramp-gvfs-methods): Add "afp" method.
(tramp-gvfs-handle-expand-file-name)
(tramp-gvfs-handler-mounted-unmounted)
(tramp-gvfs-connection-mounted-p, tramp-gvfs-mount-spec)
(tramp-gvfs-maybe-open-connection): Support also "afp".
(tramp-gvfs-handle-file-attributes): Handle the case of empty
"owner::user" and "owner::group" entries.
* lisp/eshell/esh-mode.el: (eshell/clear): Use (window-size) as the
number of newlines to be inserted. This fixes the issue where
eshell/clear wouldn't work if the prompt was not at the bottom of the
window, and the output wasn't too long.
(macroexp-unprogn): Make sure we never return an empty list.
(macroexp-if): Remove unused (and unsafe) optimization.
Optimize (if A T (if B T E)) into (if (or A B) T E) instead, which does
occur occasionally.
* lisp/simple.el (delete-trailing-whitespace): Save match data when
calling `skip-syntax-backward'.
* test/automated/simple-test.el (simple-delete-trailing-whitespace):
New test.
(character-fold-to-regexp): Rework internals to play nice with
lax-whitespacing.
When the user types a space, we want to match the table entry for
?\s, which is generally a regexp like "[ ...]". However, the
`search-spaces-regexp' variable doesn't "see" spaces inside these
regexp constructs, so we need to use "\\( \\|[ ...]\\)" instead (to
manually expose a space).
Furthermore, the lax search engine acts on a bunch of spaces, not
on individual spaces, so if the string contains sequential spaces
like " ", we need to keep them grouped together like this:
"\\( \\|[ ...][ ...]\\)".
(isearch-define-mode-toggle): New macro.
(isearch-toggle-invisible): Renamed to
`isearch-define-mode-toggle'.
(isearch-toggle-case-fold, isearch-toggle-invisible)
(isearch-toggle-regexp, isearch-toggle-lax-whitespace): Define
with `isearch-define-mode-toggle'.
Input events started to arrive before ns_term_init() was finished.
Solved by blocking input. This also seems to correct the "You
can't open the application "Emacs" because it may be damaged or
incomplete" error issued when double-clicking on the Emacs
application.
* nsterm.m (ns_constrain_all_frames, ns_init_term): Block input.
* nsterm.m (ns_send_appdefined, EmacsApp): Trace output.
* nsterm.h (struct ns_output): New flag, in_animation.
* nsfns.m (Fx_create_frame): Initialize in_animation flag.
* nsmenu.m (free_frame_tool_bar, update_frame_tool_bar): Set
in_animation flag around call to "setVisible". Set new tool bar
height before call to setVisible.
* nsterm.m (x_set_window_size): Don't call [view setRow:
andColumns:] as this fools the subsequent call to updateFrameSize
from performing the real resize.
(windowDidResize): Don't update anything when in_animation is
non-zero.
Trace output.
* nsmenu.m (free_frame_tool_bar, update_frame_tool_bar)
(EmacsToolbar):
* nsterm.m (x_set_window_size, updateFrameSize)
([EmacsView setRows: andColumns:])
