Boost is comes already configured -for most common compilers and platforms; you should be able to use boost "as -is". Since the compiler is -configured separately from the standard library, the default configuration -should work even if you replace the compiler's standard -library with a third-party standard library (like STLport).
+Boost is comes already configured for most common compilers +and platforms; you should be able to use boost "as is". +Since the compiler is configured separately from the standard +library, the default configuration should work even if you +replace the compiler's standard library with a third-party +standard library (like STLport). +
-Using boost "as is" without trying to reconfigure is the recommended method -for using boost. You can, however, run the configure script if you want to, and there are regression tests +
Using boost "as is" without trying to reconfigure is +the recommended method for using boost. You can, however, run the +configure script if you want to, and there are regression tests provided that allow you to test the current boost configuration with your particular compiler setup.
-Boost library users can request support for additional compilers or platforms -by visiting our -Tracker and submitting a support request.
+Boost library users can request support for additional +compilers or platforms by visiting our Tracker +and submitting a support request.
-Boost library implementations access configuration macros via #include <boost/config.hpp>.
Boost library implementations access configuration macros via #include
+<boost/config.hpp>.
Boost library users are never required to #include <boost/config.hpp>,
-and are discouraged from doing so on their own. It is an implementation detail
-which is subject to change, and thus should not be depended upon by users.
Boost library users are never required to #include
+<boost/config.hpp>, and are discouraged from doing
+so on their own. It is an implementation detail which is subject
+to change, and thus should not be depended upon by users.
void f() {}
+ The compiler does not allow
+ a void function to return the result of calling another
+ void function. void f() {}
void g() { return f(); }