a multi-objective bisexual reproduction genetic algorithm for ...

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// Start GASS server
if (! startGassServer(m_proxy)) {
throw new Exception("Unable to stat GASS server.");
}
// setup Job Output listeners
initJobOutListeners();
// Append GASS URL to job String so we can get some output back
String newRSL = null;
// if non-batch, then get some output back
if ( !m_batch) {
newRSL = "&" + RSL.substring(0, RSL.indexOf('&')) +
"(rsl_substitution=(GLOBUSRUN_GASS_URL " + m_gassURL + "))" +
RSL.substring(RSL.indexOf('&') + 1, RSL.length()) +
"(stdout=$(GLOBUSRUN_GASS_URL)/dev/stdout-" + m_jobid + ")" +
"(stderr=$(GLOBUSRUN_GASS_URL)/dev/stderr-" + m_jobid + ")";
}
else {
// format batching RSL so output can be retrieved later on using any GTK commands
newRSL = RSL +
"(stdout=x-gass-cache://$(GLOBUS_GRAM_JOB_CONTACT)stdout anExtraTag)"
+ "(stderr=x-gass-cache://$(GLOBUS_GRAM_JOB_CONTACT)stderr anExtraTag)";
}
m_job = new GramJob(newRSL);
// set proxy. CoG kit and user credentials must be installed and set
// up properly
m_job.setCredentials(m_proxy);
// if non-batch then listen for output
jobListeners=new InteractiveJobListener(false);
m_job.addListener(jobListeners);
System.out.println("Sending job request to: " + m_remoteHost);
m_job.request(m_remoteHost, m_batch, false);
m_jobOutput = "Job sent. url=" + m_job.getIDAsString();
}
catch (Exception ex) {