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libtrivfs contains two ways of managing more than one port class and
bucket. There is the old way of using a statically allocated array
with explicit length, and the new way with dynamically allocated
vectors.
Converting all users to the new way of handling multiple classes
and/or buckets, we can simplify the code in libtrivfs. In many cases,
the code will be simpler and more expressive for the user.
This also fixes a mild bug. The classes and buckets given to
`trivfs_startup' end up in the dynamic vectors too, making the object
lookup code use the more complicated code path.
* pflocal/pflocal.c: Convert to dynamic classes and buckets.
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GNU MIG recently gained support for emitting x_server_routine
declarations in the generated server header file. Using this
declaration, the x_server_routine functions can be inlined into the
demuxer function.
* pflocal/demuxer.c: Include the mig-generated server headers.
* pflocal/sserver.c: Likewise.
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Handle multiple request types as recommended by the Mach Server
Writer's Guide section 4, subsection "Handling Multiple Request
Types". This avoids initializing the reply message in every X_server
function. The reply message has already been properly initialized in
libports, so there is no need to call mig_reply_setup.
* pflocal/pflocal.c (pf_demuxer): Improve the demuxer function.
* pflocal/sserver.c (sock_demuxer): Likewise.
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* pflocal.c (main): Fix return type to int, and use return.
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* pflocal.c (main): New args for
ports_manage_port_operations_multithread.
* sserver.c (handle_sock_requests): Likewise.
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(thread_cancel): Function deleted.
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(main): Don't bother parsing options, since we don't have any.
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