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In the end, having libs{} be the DLL with import library being its member is
more natural than making libs{} the import library and having dll{} as its
member.
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Specifically:
* objso{} and libso{} target types have been renamed to objs{} and libs{}
* obje{} has been added (so now we have obje{}, obja{}, and objs{})
* obje{} is now used for building exe{}
* object file extensions have been changed to use "hierarchical extensions"
that reflect the extension of the corresponding exe/lib target (instead of
the -so suffix we used), specifically:
obje{}: foo.o, (UNIX), foo.exe.o (MinGW), foo.exe.obj (Windows)
obja{}: foo.a.o (UNIX, MinGW), foo.lib.obj (Windows)
objs{}: foo.so.o (UNIX), foo.dylib.o (Darwin), foo.dll.o (MinGW),
foo.dll.obj (Windows)
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Doing it in target::reset() (which is called by match()) didn't play well
with delegated recipes.
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This is necessary to get rid of bogus restarts in inject_prerequisites()
where it think a group member was updated since its state changed from
unknown to (group's) changed.
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We no longer enter paths from the src tree into scope map. Instead, targets
from the src tree now include their out tree directory (in essence their
"configuration"). This is then used to find a target's scope. See the
comment in class target for details.
The result of this change is that we can now again build multiple
configurations (out trees) for same project at once.
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