C++ template argument list continuations. @ref{Class Symbols}.
@item inlambda
Analogous to @code{inclass} syntactic symbol, but used inside lambda
-(i.e., anonymous) functions. Only used in Pike mode. @ref{Statement
-Block Symbols}.
+(i.e., anonymous) functions. Used in C++ and Pike modes.
+@ref{Statement Block Symbols}.
@item lambda-intro-cont
Lines continuing the header of a lambda function, i.e., between the
@code{lambda} keyword and the function body. Only used in Pike mode.
indentation. An @code{inexpr-statement} syntactic element doesn't
contain an anchor position.
+C++11's lambda expressions involve a block inside a statement. For
+example:
+
+@example
+ 1: std::for_each(someList.begin(), someList.end(), [&total](int x) @{
+ 2: total += x;
+ 3: @});
+@end example
+
+Here a lambda expressions begins at the open bracket on line 1 and
+ends at the closing brace on line 3. Line 2, in addition to the
+familiar @code{defun-block-intro} syntactic element, is also prefixed
+by an @code{inlambda} element, which is typically used to indent the
+entire lambda expression to under the opening bracket.
+
In Pike code, there are a few other situations where blocks occur inside
statements, as illustrated here:
@xref{Getting Started}. This was a very common question.
+@item
+@emph{How do I stop my C++ lambda expressions being indented way over
+to the right?}
+
+Change the offset associated with @code{inlambda} from its default,
+the function @code{c-lineup-inexpr-block}, to 0. For example, if you
+are setting offsets in a hook function you might include the following
+line:
+
+@example
+(c-set-offset 'inlambda 0)
+@end example
+
+For details of the different ways you can make this setting,
+@ref{Config Basics}.
+
@item
@emph{How do I stop my code jumping all over the place when I type?}
(progn
(c-backward-token-2 1 nil lim)
(and
- (not (c-on-identifier))
+ (not (and (c-on-identifier)
+ (looking-at c-symbol-chars)))
(not (looking-at c-opt-op-identifier-prefix)))))))
(cons 'inlambda bracket-pos))
((and c-recognize-paren-inexpr-blocks