is running properly. Note that the disk space required by a ``lean''
bootstrap is approximately independent of the number of stages.
-@item stage@var{N}-bubble (@var{N} = 1@dots{}4)
+@item stage@var{N}-bubble (@var{N} = 1@dots{}4, profile, feedback)
Rebuild all the stages up to @var{N}, with the appropriate flags,
``bubbling'' the changes as described above.
-@item all-stage@var{N} (@var{N} = 1@dots{}4)
+@item all-stage@var{N} (@var{N} = 1@dots{}4, profile, feedback)
Assuming that stage @var{N} has already been built, rebuild it with the
appropriate flags. This is rarely needed.
regardless of how it itself was compiled.
@item profiledbootstrap
-Builds a compiler with profiling feedback information. For more
-information, see
+Builds a compiler with profiling feedback information. In this case,
+the second and third stages are named @samp{profile} and @samp{feedback},
+respectively. For more information, see
@ref{Building,,Building with profile feedback,gccinstall,Installing GCC}.
@item restrap
Restart a bootstrap, so that everything that was not built with
the system compiler is rebuilt.
-@item stage@var{N}-start (@var{N} = 1@dots{}4)
+@item stage@var{N}-start (@var{N} = 1@dots{}4, profile, feedback)
For each package that is bootstrapped, rename directories so that,
for example, @file{gcc} points to the stage@var{N} GCC, compiled
with the stage@var{N-1} GCC@footnote{Customarily, the system compiler