📄 perf_server_reqreply.cc
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// perf_oneway_ser.cc// The server for the TestOneway example.// The executable file generated from this code should be registered // (under the name 'TestReqReply') using the 'putit' command.#include <stream.h>#include <stdlib.h>#include "perf_server_t.hh"int main() { /* create a TestReqReply object, myTest - using the implementation class * TestReqReply_template. * Because the TIE approach is being used, we need to create a TIE object: */ TestReqReply_ptr myTest = new TIE_TestReqReply(TestReqReply_templated)(new TestReqReply_templated()); /* dkv: let's work via IORs saved in file but not via repository */ char TestReqReply_IOR_file[512]; char *base_dir = getenv ("ISPORB_BASE_DIR"); FILE *TestReqReply_f; if (base_dir == NULL) { printf (" Set ISPORB_BASE_DIR variable first (see \"INSTALL\").\n"); exit (0); } strcpy (TestReqReply_IOR_file, base_dir); strcat (TestReqReply_IOR_file, "/src/examples/perf/orbix20/IORs/TestReqReply"); if ((TestReqReply_f = fopen (TestReqReply_IOR_file, "w")) == NULL) { printf ("Can not open file %s for writing\n", TestReqReply_IOR_file); exit (0); } CORBA2::String_var TestReqReply_IOR = CORBA::Orbix.object_to_string (myTest); fputs (TestReqReply_IOR, TestReqReply_f); fclose (TestReqReply_f); /* end of added by dkv */ try { CORBA::Environment bugFixEnv; // tell Orbix that we have completed the server's initialisation: CORBA::Orbix.impl_is_ready("TestReqReply", bugFixEnv); } catch (CORBA::SystemException &sysEx) { cerr << "Unexpected system exception" << endl; cerr << &sysEx; exit(1); } catch(...) { // an error occured calling impl_is_ready() - output the error. cout << "Unexpected exception" << endl; exit(1); } // impl_is_ready() returns only when Orbix times-out an idle server // (or an error occurs). cout << "server exiting" << endl; return 0;}
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