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Merge from emacs-24; up to 2014-07-20T16:14:58Z!dmantipov@yandex.ru

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Glenn Morris 2014-10-04 00:05:21 -07:00
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10
doc/emacs/ChangeLog
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@ -1,3 +1,13 @@
2014-10-04 Glenn Morris <rgm@gnu.org>
* cmdargs.texi (Misc X):
* display.texi (Optional Mode Line):
* misc.texi (emacsclient Options):
* vc1-xtra.texi (VC Delete/Rename): Small fixes re @var usage.
* killing.texi (Rectangles): Copyedits re rectangle-mark-mode.
(CUA Bindings): Mention rectangle-mark-mode.
2014-10-03 Martin Rudalics <rudalics@gmx.at>
* frames.texi (Frame Commands):

4
doc/emacs/cmdargs.texi
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@ -1106,8 +1106,8 @@ rectangle containing the frame's title.
@c Enable horizontal scroll bars. Since horizontal scroll bars
@c are not yet implemented, this actually does nothing.
@item --parent-id @var{ID}
Open Emacs as a client X window via the XEmbed protocol, with @var{ID}
@item --parent-id @var{id}
Open Emacs as a client X window via the XEmbed protocol, with @var{id}
as the parent X window id. Currently, this option is mainly useful
for developers.

4
doc/emacs/display.texi
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@ -1245,11 +1245,11 @@ Size Indication mode. The size will be displayed immediately
following the buffer percentage like this:
@example
@var{POS} of @var{SIZE}
@var{pos} of @var{size}
@end example
@noindent
Here @var{SIZE} is the human readable representation of the number of
Here @var{size} is the human readable representation of the number of
characters in the buffer, which means that @samp{k} for 10^3, @samp{M}
for 10^6, @samp{G} for 10^9, etc., are used to abbreviate.

19
doc/emacs/killing.texi
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@ -754,6 +754,10 @@ Replace rectangle contents with @var{string} on each line
(@code{string-rectangle}).
@item M-x string-insert-rectangle @key{RET} @var{string} @key{RET}
Insert @var{string} on each line of the rectangle.
@item C-x @key{SPC}
Toggle Rectangle Mark mode (@code{rectangle-mark-mode}).
When this mode is active, the region-rectangle is highlighted and can
be shrunk/grown, and the standard kill and yank commands operate on it.
@end table
The rectangle operations fall into two classes: commands to erase or
@ -840,11 +844,13 @@ rectangle shifts right.
shifting the original text to the right.
@findex rectangle-mark-mode
@cindex rectangular region
The command @kbd{C-x @key{SPC}} (@code{rectangle-mark-mode}) makes a
@dfn{rectangular region}. It is a new feature introduced in GNU Emacs
24.4, and most commands now are still unaware of it, but kill and yank
(@pxref{Killing}) do work on the rectangle.
The command @kbd{C-x @key{SPC}} (@code{rectangle-mark-mode}) toggles
whether the region-rectangle or the standard region is highlighted
(first activating the region if necessary). When this mode is enabled,
commands that resize the region (@kbd{C-f}, @kbd{C-n} etc.) do
so in a rectangular fashion, and killing and yanking operate on the
rectangle. @xref{Killing}. The mode persists only as long as the
region is active.
@node CUA Bindings
@section CUA Bindings
@ -887,7 +893,8 @@ any direction. Normal text you type is inserted to the left or right
of each line in the rectangle (on the same side as the cursor).
You can use this rectangle support without activating CUA by calling the
@code{cua-rectangle-mark-mode} command.
@code{cua-rectangle-mark-mode} command. But see also the standard
@code{rectangle-mark-mode}. @xref{Rectangles}.
With CUA you can easily copy text and rectangles into and out of
registers by providing a one-digit numeric prefix to the kill, copy,

4
doc/emacs/misc.texi
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@ -1610,9 +1610,9 @@ all server buffers are finished. You can take as long as you like to
edit the server buffers within Emacs, and they are @emph{not} killed
when you type @kbd{C-x #} in them.
@item --parent-id @var{ID}
@item --parent-id @var{id}
Open an @command{emacsclient} frame as a client frame in the parent X
window with id @var{ID}, via the XEmbed protocol. Currently, this
window with id @var{id}, via the XEmbed protocol. Currently, this
option is mainly useful for developers.
@item -q

2
doc/emacs/vc1-xtra.texi
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@ -113,7 +113,7 @@ Prompt for a file name, delete the file from the working tree, and
schedule the deletion for committing.
@item M-x vc-rename-file
Prompt for two file names, @var{VAR} and @var{OLD}, rename them in the
Prompt for two file names, @var{var} and @var{old}, rename them in the
working tree, and schedule the renaming for committing.
@end table

15
doc/lispref/ChangeLog
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@ -1,3 +1,18 @@
2014-10-04 Glenn Morris <rgm@gnu.org>
* commands.texi (Generic Commands): Copyedits.
* display.texi (Scroll Bars):
* modes.texi (Header Lines): Copyedits.
* buffers.texi (Buffer List):
* display.texi (Image Descriptors, Defining Images):
* functions.texi (Core Advising Primitives): Small fixes re @var usage.
* windows.texi (Window Sizes, Resizing Windows): Copyedits.
* frames.texi (Multiple Terminals): Copyedits re multiple monitors.
2014-10-03 Martin Rudalics <rudalics@gmx.at>
* frames.texi (Size Parameters, Size and Position): Mention that

2
doc/lispref/buffers.texi
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@ -863,7 +863,7 @@ If no suitable buffer exists, the buffer @file{*scratch*} is returned
@defun last-buffer &optional buffer visible-ok frame
This function returns the last buffer in @var{frame}'s buffer list other
than @var{BUFFER}. If @var{frame} is omitted or @code{nil}, it uses the
than @var{buffer}. If @var{frame} is omitted or @code{nil}, it uses the
selected frame's buffer list.
The argument @var{visible-ok} is handled as with @code{other-buffer},

35
doc/lispref/commands.texi
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@ -589,31 +589,26 @@ Put them into three windows, selecting the last one."
@cindex alternatives, defining
The macro @code{define-alternatives} can be used to define
@dfn{generic commands}. Generic commands are interactive functions
whose implementation can be selected among several alternatives, as a
matter of user preference.
@dfn{generic commands}. These are interactive functions whose
implementation can be selected from several alternatives, as a matter
of user preference.
@defmac define-alternatives command &rest customizations
Define the new command `COMMAND'.
Define the new command @var{command}, a symbol.
The argument `COMMAND' should be a symbol.
When a user runs @kbd{M-x @var{command} @key{RET}} for the first time,
Emacs prompts for which real form of the command to use, and records
the selection by way of a custom variable. Using a prefix argument
repeats this process of choosing an alternative.
When a user runs @kbd{M-x COMMAND @key{RET}} for the first time, Emacs
will prompt for which alternative to use and record the selected
command as a custom variable.
The variable @code{@var{command}-alternatives} should contain an alist
with alternative implementations of @var{command}.
Until this variable is set, @code{define-alternatives} has no effect.
Running @kbd{C-u M-x COMMAND @key{RET}} prompts again for an
alternative and overwrites the previous choice.
The variable @code{COMMAND-alternatives} contains an alist
(@pxref{Association Lists}) with alternative implementations of
`COMMAND'. @code{define-alternatives} does not have any effect until
this variable is set.
If @var{customizations} is non-@var{nil}, it should be composed of
alternating @code{defcustom} keywords and values to add to the
declaration of @code{COMMAND-alternatives} (typically :group and
:version).
If @var{customizations} is non-@code{nil}, it should consist of
alternating @code{defcustom} keywords (typically @code{:group} and
@code{:version}) and values to add to the declaration of
@code{@var{command}-alternatives}.
@end defmac
@node Interactive Call

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doc/lispref/display.texi
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@ -3925,9 +3925,9 @@ bar actually occupies.
@end defun
@defun window-scroll-bar-width &optional window
This function returns the width of @var{window}'s vertical scrollbar,
in pixels. @var{window} must be a live window. If @var{window} is
@code{nil} or omitted, it will be the selected window.
This function returns the width in pixels of @var{window}'s vertical
scrollbar. @var{window} must be a live window, and defaults to the
selected window.
@end defun
If you don't specify these values for a window with
@ -4503,7 +4503,7 @@ functions to insert images into buffers.
Each image descriptor has the form @code{(image . @var{props})},
where @var{props} is a property list of alternating keyword symbols
and values, including at least the pair @code{:type @var{TYPE}} which
and values, including at least the pair @code{:type @var{type}} that
specifies the image type.
The following is a list of properties that are meaningful for all
@ -4995,7 +4995,7 @@ of a list of image specifications @var{specs}.
Each specification in @var{specs} is a property list with contents
depending on image type. All specifications must at least contain the
properties @code{:type @var{type}} and either @w{@code{:file @var{file}}}
or @w{@code{:data @var{DATA}}}, where @var{type} is a symbol specifying
or @w{@code{:data @var{data}}}, where @var{type} is a symbol specifying
the image type, e.g., @code{xbm}, @var{file} is the file to load the
image from, and @var{data} is a string containing the actual image data.
The first specification in the list whose @var{type} is supported, and

53
doc/lispref/frames.texi
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@ -314,57 +314,50 @@ on that display (@pxref{Deleting Frames}).
@cindex multi-monitor
On some ``multi-monitor'' setups, a single X display outputs to more
than one physical monitor. @code{display-monitor-attributes-list} and
@code{frame-monitor-attributes} can be used to obtain information
about each physical monitor on multi-monitor setups.
than one physical monitor. You can use the functions
@code{display-monitor-attributes-list} and @code{frame-monitor-attributes}
to obtain information about such setups.
@defun display-monitor-attributes-list &optional display
This function returns a list of physical monitor attributes on
@var{display}. Each element of the list is an association list,
representing the attributes of each physical monitor. The first
element corresponds to the primary monitor.
Attributes for a physical monitor are:
@var{display}, which defaults to that of the selected frame.
Each element of the list is an association list, representing the
attributes of a physical monitor. The first element corresponds to
the primary monitor. The attribute keys and values are:
@table @samp
@item geometry
Position and size in pixels in the form of @samp{(X Y WIDTH HEIGHT)}
Position and size in pixels as @samp{(@var{x} @var{y}
@var{width} @var{height})}.
@item workarea
Position and size of the workarea in pixels in the form of @samp{(X Y
WIDTH HEIGHT)}
Position and size of the work area in pixels as
@samp{(@var{x} @var{y} @var{width} @var{height})}.
@item mm-size
Width and height in millimeters in the form of @samp{(WIDTH HEIGHT)}
Width and height in millimeters as @samp{(@var{width} @var{height})}
@item frames
List of frames dominated by the physical monitor
List of frames that this physical monitor dominates (see below).
@item name
Name of the physical monitor as a string
Name of the physical monitor as @var{string}.
@end table
where X, Y, WIDTH, and HEIGHT are integers. @samp{name} is optional.
@var{x}, @var{y}, @var{width}, and @var{height} are integers.
@samp{name} may not be present.
A frame is dominated by a physical monitor when either the
largest area of the frame resides in the monitor, or the monitor
is the closest to the frame if the frame does not intersect any
physical monitors. Every non-tip frame (including invisible one)
in a graphical display is dominated by exactly one physical
monitor at a time, though it can span multiple (or no) physical
monitors.
@var{display} defaults to the selected frame's display.
A frame is @dfn{dominated} by a physical monitor when either the
largest area of the frame resides in that monitor, or (if the frame
does not intersect any physical monitors) that monitor is the closest
to the frame. Every (non-tooltip) frame (whether visible or not) in a
graphical display is dominated by exactly one physical monitor at a
time, though the frame can span multiple (or no) physical monitors.
@end defun
@defun frame-monitor-attributes &optional frame
This function returns the attributes of the physical monitor
dominating @var{frame}, which defaults to the selected frame.
A frame is dominated by a physical monitor when either the
largest area of the frame resides in the monitor, or the monitor
is the closest to the frame if the frame does not intersect any
physical monitors.
dominating (see above) @var{frame}, which defaults to the selected frame.
@end defun
@node Frame Parameters

2
doc/lispref/functions.texi
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@ -1232,7 +1232,7 @@ global value of @var{place}. Whereas if @var{place} is of the form
@code{(local @var{symbol})}, where @var{symbol} is an expression which returns
the variable name, then @var{function} will only be added in the
current buffer. Finally, if you want to modify a lexical variable, you will
have to use @code{(var @var{VARIABLE})}.
have to use @code{(var @var{variable})}.
Every function added with @code{add-function} can be accompanied by an
association list of properties @var{props}. Currently only two of those

9
doc/lispref/modes.texi
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@ -2221,13 +2221,10 @@ is the same as for @code{mode-line-format} (@pxref{Mode Line Data}).
It is normally @code{nil}, so that ordinary buffers have no header line.
@end defvar
The function @code{window-header-line-height} returns the height of
the header line:
@defun window-header-line-height &optional window
Return the height of @var{window}'s header line, in pixels.
@var{window} must be a live window. If @var{window} is @code{nil} or
omitted, it will be the selected window.
This function returns the height in pixels of @var{window}'s header
line. @var{window} must be a live window, and defaults to the
selected window.
@end defun
A window that is just one line tall never displays a header line. A

49
doc/lispref/windows.texi
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@ -451,7 +451,7 @@ This function returns the total height, in lines, of the window
the selected window. If @var{window} is an internal window, the return
value is the total height occupied by its descendant windows.
If a window's pixel height is not an integral multiple of its frame's
If a window's pixel height is not an integral multiple of its frame's
default character height, the number of lines occupied by the window is
rounded internally. This is done in a way such that, if the window is a
parent window, the sum of the total heights of all its child windows
@ -462,13 +462,12 @@ vertically combined and has a right sibling, the topmost row of that
sibling can be calculated as the sum of this window's topmost row and
total height (@pxref{Coordinates and Windows})
If the optional argument @var{round} equals @code{ceiling}, this
If the optional argument @var{round} is @code{ceiling}, this
function returns the smallest integer larger than @var{window}'s pixel
height divided by the character height of @var{window}'s frame; if it is
@code{floor}, it returns the largest integer smaller than @var{window}'s
pixel height divided by the character height of @var{window}'s frame.
Any other value of @var{round} means to return the internal value of the
total height of @var{window}.
height divided by the character height of its frame; if it is
@code{floor}, it returns the largest integer smaller than said value;
with any other @var{round} it returns the internal value of
@var{windows}'s total height.
@end defun
@cindex window width
@ -484,7 +483,7 @@ This function returns the total width, in columns, of the window
the selected window. If @var{window} is internal, the return value is
the total width occupied by its descendant windows.
If a window's pixel width is not an integral multiple of its frame's
If a window's pixel width is not an integral multiple of its frame's
character width, the number of lines occupied by the window is rounded
internally. This is done in a way such that, if the window is a parent
window, the sum of the total widths of all its children internally
@ -493,15 +492,9 @@ windows have the same pixel width, their internal total widths may
differ by one column. This means also, that if this window is
horizontally combined and has a right sibling, the leftmost column of
that sibling can be calculated as the sum of this window's leftmost
column and total width (@pxref{Coordinates and Windows}).
If the optional argument @var{round} is @code{ceiling}, this function
will return the smallest integer larger than @var{window}'s pixel width
divided by the character width of @var{window}'s frame; if it is
@code{floor}, it returns the largest integer smaller than @var{window}'s
pixel width divided by the character width of @var{window}'s frame. Any
other value of @var{round} means to return the internal total width of
@var{window}.
column and total width (@pxref{Coordinates and Windows}). The
optional argument @var{round} behaves as it does for
@code{window-total-height}.
@end defun
@defun window-total-size &optional window horizontal round
@ -510,8 +503,7 @@ width in columns of the window @var{window}. If @var{horizontal} is
omitted or @code{nil}, this is equivalent to calling
@code{window-total-height} for @var{window}; otherwise it is equivalent
to calling @code{window-total-width} for @var{window}. The optional
argument @code{ROUND} is handled as for @code{window-total-height} and
@code{window-total-width}.
argument @var{round} behaves as it does for @code{window-total-height}.
@end defun
The following two functions can be used to return the total size of a
@ -754,8 +746,8 @@ tall; and a minimum-width window as one consisting of fringes, margins,
a scroll bar and a right divider (if any), plus a text area two columns
wide.
If the optional argument @code{pixelwise} is non-@code{nil},
@var{delta} will be interpreted as pixels.
If the optional argument @var{pixelwise} is non-@code{nil},
@var{delta} is interpreted as pixels.
@end defun
@defun window-resize window delta &optional horizontal ignore pixelwise
@ -779,7 +771,7 @@ values of the option @code{window-combination-resize} and the
combination limits of the involved windows; in some cases, it may alter
both edges. @xref{Recombining Windows}. To resize by moving only the
bottom or right edge of a window, use the function
@code{adjust-window-trailing-edge}, below.
@code{adjust-window-trailing-edge}.
@end defun
@c The commands enlarge-window, enlarge-window-horizontally,
@ -792,8 +784,8 @@ If optional argument @var{horizontal} is non-@code{nil}, it instead
moves the right edge by @var{delta} columns. If @var{window} is
@code{nil}, it defaults to the selected window.
If the optional argument @code{pixelwise} is non-@code{nil},
@var{delta} will be interpreted as pixels.
If the optional argument @var{pixelwise} is non-@code{nil},
@var{delta} is interpreted as pixels.
A positive @var{delta} moves the edge downwards or to the right; a
negative @var{delta} moves it upwards or to the left. If the edge
@ -807,17 +799,16 @@ window is fixed-size), it may resize other windows.
@cindex pixelwise, resizing windows
@defopt window-resize-pixelwise
If the value of this option is non-@code{nil}, windows are resized in
If the value of this option is non-@code{nil}, Emacs resizes windows in
units of pixels. This currently affects functions like
@code{split-window} (@pxref{Splitting Windows}), @code{maximize-window},
@code{minimize-window}, @code{fit-window-to-buffer},
@code{shrink-window-if-larger-than-buffer} (all listed below) and
@code{fit-frame-to-buffer} (@pxref{Size and Position}).
Note that when a frame's pixel size is not a multiple of the frame's
character size, at least one window may get resized pixelwise even if
this option is @code{nil}. The default value of this option is
@code{nil}.
Note that when a frame's pixel size is not a multiple of its character
size, at least one window may get resized pixelwise even if this
option is @code{nil}. The default value is @code{nil}.
@end defopt
The following commands resize windows in more specific ways. When

4
doc/misc/ChangeLog
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@ -1,3 +1,7 @@
2014-10-04 Glenn Morris <rgm@gnu.org>
* vip.texi (Other Vi Commands): Markup fix.
2014-10-03 Bastien Guerry <bzg@gnu.org>
* org.texi (Key bindings and useful functions): Fix typo.

2
doc/misc/vip.texi
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@ -1561,7 +1561,7 @@ assigned to a function that just beeps (@code{vip-nil}).
@end example
VIP uses a special local keymap to interpret key strokes you enter in vi
mode. The following keys are bound to @var{nil} in the keymap. Therefore,
mode. The following keys are bound to @code{nil} in the keymap. Therefore,
these keys are interpreted by the global keymap of Emacs. We give below a
short description of the functions bound to these keys in the global
keymap. See GNU Emacs Manual for details.

5
lisp/ChangeLog
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@ -1,3 +1,8 @@
2014-10-04 Glenn Morris <rgm@gnu.org>
* frame.el (frame-monitor-attributes)
(display-monitor-attributes-list): Doc fixes.
2014-10-04 Stefan Monnier <monnier@iro.umontreal.ca>
Merge trivially safe differences from standalone CC-mode.

22
lisp/frame.el
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@ -1276,7 +1276,7 @@ bars (top, bottom, or nil)."
(defun frame-monitor-attributes (&optional frame)
"Return the attributes of the physical monitor dominating FRAME.
If FRAME is omitted, describe the currently selected frame.
If FRAME is omitted or nil, describe the currently selected frame.
A frame is dominated by a physical monitor when either the
largest area of the frame resides in the monitor, or the monitor
@ -1554,16 +1554,15 @@ If DISPLAY is omitted or nil, it defaults to the selected frame's display."
(defun display-monitor-attributes-list (&optional display)
"Return a list of physical monitor attributes on DISPLAY.
Each element of the list represents the attributes of each
physical monitor. The first element corresponds to the primary
monitor.
If DISPLAY is omitted or nil, it defaults to the selected frame's display.
Each element of the list represents the attributes of a physical
monitor. The first element corresponds to the primary monitor.
Attributes for a physical monitor is represented as an alist of
attribute keys and values as follows:
The attributes for a physical monitor are represented as an alist
of attribute keys and values as follows:
geometry -- Position and size in pixels in the form of
(X Y WIDTH HEIGHT)
workarea -- Position and size of the workarea in pixels in the
geometry -- Position and size in pixels in the form of (X Y WIDTH HEIGHT)
workarea -- Position and size of the work area in pixels in the
form of (X Y WIDTH HEIGHT)
mm-size -- Width and height in millimeters in the form of
(WIDTH HEIGHT)
@ -1576,11 +1575,10 @@ with (*) are optional.
A frame is dominated by a physical monitor when either the
largest area of the frame resides in the monitor, or the monitor
is the closest to the frame if the frame does not intersect any
physical monitors. Every non-tip frame (including invisible one)
physical monitors. Every (non-tooltip) frame (including invisible ones)
in a graphical display is dominated by exactly one physical
monitor at a time, though it can span multiple (or no) physical
monitors.
If DISPLAY is omitted or nil, it defaults to the selected frame's display."
monitors."
(let ((frame-type (framep-on-display display)))
(cond
((eq frame-type 'x)