From: Matthias Troyer (troyer_at_[hidden])
Date: 2003-09-04 10:22:13
I'm also impressed by how much effort you have invested and am working
myself through the documentation now. I will have a number of questions
regarding your resolution of some of my concerns from the last review,
and wonder whether I should send you the list in private or openly on
the list here? I assume that currently we are at an informal discussion
stage and not in a formal review?
On Wednesday, Sep 3, 2003, at 19:18 Europe/Zurich, Robert Ramey wrote:
> Fellow boosters,
> I have just uploaded a draft version of the serialization library to
> the files section under the file name serialization10.zip.
> I have successfuly compiled, linked, and run all code and tests on
> MSVC 7.0. I believe that with a few changes, the system could be made
> work with MSVC 6.0 as well.
> I have successfuly compiled all code and tests with GCC version
> 3.2.1 under cygwin. I am currently attempting to get tests to link and
> I have only built debug versions. In my experience this is not
> enough. Release builds and test are required.
> Differences from Previous Versions
> I believe this version of the serialization library addresses all
> issues raised in the review of the previous version undertaken in
> November 2002
> Much finer grained modularity. Library consists of 109 source and
> header files as opposed to a handful before.
> More complete testing. 46 different tests are included. The
> majority are run with each different type of archive.
> Archives use templates rather than virtual inheritance for their
> implementation. This has the following effects:
> Code runs measurably faster.
> Since primitives are generated from templates, all the
> non-standard variations such as _int64, long long are taken care of
> automatically. Before it was a big
> headache to figure which set of functions should be code for which
> Should permit easier derivation from existing archive classes.
> Classes to be serialized can be assigned traits to control
> serialization . For example, this permits suppression of class
> information and/or tracking on a class by class basis.
> Default runtime typing can be replaced with a custom
> implementation on a class by class basis.
> Polymorphic base classes serialized through a pointers can be
> related to an external key (e.g. class name), as opposed to "forward
> declaring" them.
> An XML Archive implemention is now included. Othogonality
> between serialization specification and archive selection has been
> maintained. That, is any class for which serialization has been
> specified can be serialized to any archive type without any changes in
> serialization or archive code.
> Full integration into the boost build, and test system via
> Please feel free to examine, build and / or test. I look forward to
> your comments.
> Robert Ramey
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