[allocator.requirements], [res.on.arguments] qualify std::move

Author: jwakely

source/lib-intro.tex

@@ -1804,13 +1804,13 @@
   Shall not exit via an exception.\br
   post: \tcode{Y(a) == b}, \tcode{a == X(b)} &  \\ \rowsep
 
-\tcode{X u(move(a));}      \br
-\tcode{X u = move(a);}     &
+\tcode{X u(std::move(a));}  \br
+\tcode{X u = std::move(a);} &
                             &
   Shall not exit via an exception.\br
   post: \tcode{a1} equals the prior value of \tcode{a}. & \\ \rowsep
 
-\tcode{X u(move(b));}       &
+\tcode{X u(std::move(b));}  &
                             &
   Shall not exit via an exception.\br
   post: \tcode{a} equals the prior value of \tcode{X(b)}. & \\ \rowsep
@@ -2421,7 +2421,7 @@
 \tcode{A} is bound, the argument binds to an lvalue reference~(\ref{temp.deduct.call})
 and thus is not covered by the previous sentence. \exitnote \enternote If a program casts
 an lvalue to an xvalue while passing that lvalue to a library function (e.g. by calling the function
-with the argument \tcode{move(x)}), the program
+with the argument \tcode{std::move(x)}), the program
 is effectively asking that function to treat that lvalue as a temporary. The implementation
 is free to optimize away aliasing checks which might be needed if the argument was
 an lvalue. \exitnote