TEST_F(TestApplicationClient,TestGetApplicationReport){
ApplicationId appId;
ApplicationReport report = client->getApplicationReport(appId);
EXPECT_EQ(report.getUser(), "postgres");
EXPECT_EQ(report.getQueue(), "default");
EXPECT_EQ(report.getName(), "hawq");
EXPECT_EQ(report.getHost(), "master");
EXPECT_EQ(report.getRpcPort(), 8090);
EXPECT_FLOAT_EQ(report.getProgress(), 0.5);
}
int getApplicationReport(LibYarnClient_t *client,char *jobId,
LibYarnApplicationReport_t **applicationReport) {
string jobIdStr(jobId);
ApplicationReport applicationReportCpp;
int result = client->getApplicationReport(jobIdStr,applicationReportCpp);
if (result == FUNCTION_SUCCEEDED){
*applicationReport = (LibYarnApplicationReport_t *) malloc(sizeof (LibYarnApplicationReport_t));
(*applicationReport)->appId = applicationReportCpp.getApplicationId().getId();
(*applicationReport)->user = strdup(applicationReportCpp.getUser().c_str());
(*applicationReport)->queue = strdup(applicationReportCpp.getQueue().c_str());
(*applicationReport)->name = strdup(applicationReportCpp.getName().c_str());
(*applicationReport)->host = strdup(applicationReportCpp.getHost().c_str());
(*applicationReport)->port = applicationReportCpp.getRpcPort();
(*applicationReport)->url = strdup(applicationReportCpp.getTrackingUrl().c_str());
(*applicationReport)->status = applicationReportCpp.getYarnApplicationState();
(*applicationReport)->diagnostics = strdup(applicationReportCpp.getDiagnostics().c_str());
(*applicationReport)->startTime = applicationReportCpp.getStartTime();
(*applicationReport)->progress = applicationReportCpp.getProgress();
return FUNCTION_SUCCEEDED;
} else{
setErrorMessage(client->getErrorMessage());
return FUNCTION_FAILED;
}
}
