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$Id$
Explicit Event Loop test.
This is a test of the methods work_pending() and perform_work() methods of the orb.
The simple time server, instead of calling orb->run(), has an loop in which
work_pending() and perform_work() are called explicitly. Its usage is specified
below.
______________________________________________________________________________
This test has been adapted from code in chapter 3 of "Advanced CORBA
Programming with C++" by Michi Henning and Steve Vinoski. Copyright 1999.
Addison-Wesley, Reading, MA. To make the examples work with TAO, some minor
modifications to the source code have been made, with permission, by Mike
Moran <mm4@cs.wustl.edu>. All of these changes are documented in the file
CHANGES in this directory.
______________________________________________________________________________
Summary:
This is the simple time server given in chapter 3 of the book.
There is a server process which holds a servant object which can return
the current Greenwich time, and a client process which can acess this
object.
Building:
This test uses the ACE_TRY macros, and does not need to use native
C++ exceptions. Make sure to use TAO_FLAG Ge=1 to ensure that
CORBA::Environment variables are created in the IDL generated stubs
and skeletons.
With GNU make, simply type
% make
to create the executable server and client
server:
The server takes no parameters nor command line options and returns an
IOR to stdout. The server then waits infinitely for clients requests.
client:
The client takes an IOR from the command line, prints out the current
time, and terminates.
run_test.pl:
This is currently a UNIX only script! It starts up the server, redirecting
stdout to a file, then passes the file's contents to the command line of
the client. After the client terminates, the server is killed.
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