Author: dave.joubert@googlemail.com
Alexandre Ferrieux made a significant contribution
in re-writing the decode routines, which provided a
speed increase of about 10 times.

These routines implements the OSC protocol in TCL.
They requires at least Tcl 8.0 because they uses binary
strings. It also needs tcludp to run the client and server.

Usage: Please look at
http://en.wikipedia.org/wiki/OpenSound_Control
and
http://opensoundcontrol.org/osc-application-areas
for the kind of programs that you can now talk to
from TCL.

Notes:
oscPack.tcl , oscUnpack.tcl - routines to convert between
OSC messages and TCL data types. No attempt has been made
to handle IEEE 32bit and IEEE 64bit floating point correctly.
These routines will FAIL (I repeat FAIL) if used between
machines that do not have the same OS and underlying TCL
implementation. If someone has access to code that will ensure
the correct conversion routines, please let me know.

osctime.tcl - routines to convert back and forth between
the 'normal' epoch, and SNTP epoch, as well as handling
the time expressed as a 64bit number vs the usual 32
format (which only handles second). The accuracy of these
routines are suspect, since they only use the internal clock,
not a SNTP server. The library is also slow to start up,
at least 7 seconds, as it attempts to establish how accurate
the internal clock is, and tries to sync up clicks vs the
normal clock.

recievetest.tcl - a mini OSC receiver for debug purposes.
It waits around for UDP packets, and unpacks them.

sendtest.tcl - a mini OSC sender. It is hardwired to send a 
series of test messages, and it NOT interactive.

selftest.tcl - a loopback test that does not require udp

musys.conf.tcl - sample UDP configuration