List examples in contents.

diff --git a/src/examples.rst b/src/examples.rst
index 3b04dc9c83dbde1e2537bbe9cfb70e338751183c..ecb897e6246a41e5567a9394b41a8440094a8609 100644 (file)
--- a/src/examples.rst
+++ b/src/examples.rst
@@ -475,7 +475,7 @@ It confirms to the C++98 standard (except for a couple of hacks to simulate prep
 All nontrivial lexemes (integers, floating-point constants, strings and character literals)
 are parsed (not only recognized): numeric literals are converted to numbers, strings are unescaped.
 Some additional checks described in standard (e.g. overflows in integer literals) are also done.
-In fact, C++ is easy an easy language to lex: unlike many other languages, lexer can proceed without feedback from parser.
+In fact, C++ is an easy language to lex: unlike many other languages, lexer can proceed without feedback from parser.
 
 `[07_c++98.re] <examples/07_c++98.re>`_
 

diff --git a/src/manual.rst b/src/manual.rst
index 0c0c5556e2db2fcf17c5b2e365beeee012edf7e9..663810f1dcf96b4d75238b653674621ad909d470 100644 (file)
--- a/src/manual.rst
+++ b/src/manual.rst
@@ -24,6 +24,13 @@
     - `Encodings`_
     - `Generic interface`_
 * `Examples`_
+    - `Recognizing integers: the sentinel method`_
+    - `Recognizing strings: the need for YYMAXFILL`_
+    - `Arbitrary large input and YYFILL`_
+    - `Parsing integers (multiple re2c blocks)`_
+    - `Parsing integers (conditions)`_
+    - `Braille patterns (encodings)`_
+    - `C++98 lexer`_
 * `Changelog`_
 
 .. _About: