/**
* Main method test of single update for IP deployment time example
*
* @param url Database JDBC URL to connect with
* @param username Database username
* @param password Database password
* @param providerId ID of example provider
* @param serviceId ID of example service
* @throws InitialisationException thrown on failure to initialise class due to invalid input
* parameters
*/
private static void singleUpdateIpDeployment(
String url, String username, String password, String providerId, String serviceId)
throws InitialisationException {
// The risk value to set in this example
final double riskValue = 1.0;
// GRAPHTYPE_IP_DEPLOYMENT_SLA_RISKLEVEL
RiskPropagator riskPropagator =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_IP,
RiskPropagator.SERVICEPHASE_DEPLOYMENT,
providerId,
serviceId,
RiskPropagator.GRAPHTYPE_IP_DEPLOYMENT_SLA_RISKLEVEL);
riskPropagator.setRiskValue(riskValue);
riskPropagator.addRiskValue();
}
/**
* Main method test of continuous update for SP operation time example
*
* @param url Database JDBC URL to connect with
* @param username Database username
* @param password Database password
* @param providerId ID of example provider
* @param serviceId ID of example service
* @throws InitialisationException thrown on failure to initialise class due to invalid input
* parameters
*/
private static void continuousUpdateSpOperation(
String url, String username, String password, String providerId, String serviceId)
throws InitialisationException {
// The risk values to set in this example
final double initialRiskValue = 1.0;
final double newRiskValueOne = 1.1;
// GRAPHTYPE_SP_OPERATION_SLA_RISKLEVEL
RiskPropagator riskPropagator =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_SP,
RiskPropagator.SERVICEPHASE_OPERATION,
providerId,
serviceId,
RiskPropagator.GRAPHTYPE_SP_OPERATION_SLA_RISKLEVEL);
// Initial value we want to save
riskPropagator.setRiskValue(initialRiskValue);
// Check to see riskPropagatorOne is running (i.e this would be used
// in a while loop to start the riskPropagator instance once only
// instead of duplicating code outside the while loop to set the
// first risk value)
if (!riskPropagator.isExecuting()) {
// Start up the thread committing the initial value to the
// database
riskPropagator.start();
}
try {
// Let the riskPropagator commit this value some more
Thread.sleep(THREAD_SLEEP_LONG);
// New value we want to set some time later
riskPropagator.setRiskValue(newRiskValueOne);
Thread.sleep(THREAD_SLEEP_LONG);
// Check to see if the thread is still running before we try to kill
// it
if (riskPropagator.isExecuting()) {
// Stop the thread from committing values to the database
riskPropagator.kill();
}
} catch (InterruptedException e) {
LOGGER.error("RiskPropagator Test: Thread interrupted", e);
return;
}
}
/**
* Main method test of continuous update for IP operation time example
*
* @param url Database JDBC URL to connect with
* @param username Database username
* @param password Database password
* @param providerId ID of example provider
* @param serviceId ID of example service
* @throws InitialisationException thrown on failure to initialise class due to invalid input
* parameters
*/
private static void continuousUpdateIpOperation(
String url, String username, String password, String providerId, String serviceId)
throws InitialisationException {
/** NOTE: See continuousUpdateSpOperation() for detailed explanation of code and annotations. */
// The risk values to set in this example
final double initialRiskValue = 1.0;
final double newRiskValueOne = 1.1;
final double newRiskValueTwo = 1.2;
final double newRiskValueThree = 1.3;
final double newRiskValueFour = 1.4;
// Concurrently add values for:
// GRAPHTYPE_IP_OPERATION_PHYSICAL_HOST_RISKLEVEL
// GRAPHTYPE_IP_OPERATION_VIRTUAL_MACHINE_RISKLEVEL
// GRAPHTYPE_IP_OPERATION_SLA_RISKLEVEL
// GRAPHTYPE_IP_OPERATION_TOTAL_RISKLEVEL
RiskPropagator riskPropagatorOne =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_IP,
RiskPropagator.SERVICEPHASE_OPERATION,
providerId,
serviceId,
RiskPropagator.GRAPHTYPE_IP_OPERATION_PHYSICAL_HOST_RISKLEVEL);
riskPropagatorOne.setRiskValue(initialRiskValue);
RiskPropagator riskPropagatorTwo =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_IP,
RiskPropagator.SERVICEPHASE_OPERATION,
providerId,
serviceId,
RiskPropagator.GRAPHTYPE_IP_OPERATION_VIRTUAL_MACHINE_RISKLEVEL);
riskPropagatorTwo.setRiskValue(initialRiskValue);
RiskPropagator riskPropagatorThree =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_IP,
RiskPropagator.SERVICEPHASE_OPERATION,
providerId,
serviceId,
RiskPropagator.GRAPHTYPE_IP_OPERATION_SLA_RISKLEVEL);
riskPropagatorThree.setRiskValue(initialRiskValue);
RiskPropagator riskPropagatorFour =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_IP,
RiskPropagator.SERVICEPHASE_OPERATION,
providerId,
serviceId,
RiskPropagator.GRAPHTYPE_IP_OPERATION_TOTAL_RISKLEVEL);
riskPropagatorFour.setRiskValue(initialRiskValue);
if (!riskPropagatorOne.isExecuting()) {
riskPropagatorOne.start();
}
if (!riskPropagatorTwo.isExecuting()) {
riskPropagatorTwo.start();
}
if (!riskPropagatorThree.isExecuting()) {
riskPropagatorThree.start();
}
if (!riskPropagatorFour.isExecuting()) {
riskPropagatorFour.start();
}
try {
Thread.sleep(THREAD_SLEEP_LONG);
riskPropagatorOne.setRiskValue(newRiskValueOne);
riskPropagatorTwo.setRiskValue(newRiskValueTwo);
riskPropagatorThree.setRiskValue(newRiskValueThree);
riskPropagatorFour.setRiskValue(newRiskValueFour);
Thread.sleep(THREAD_SLEEP_LONG);
if (riskPropagatorOne.isExecuting()) {
riskPropagatorOne.kill();
}
if (riskPropagatorTwo.isExecuting()) {
riskPropagatorTwo.kill();
}
if (riskPropagatorThree.isExecuting()) {
riskPropagatorThree.kill();
}
if (riskPropagatorFour.isExecuting()) {
riskPropagatorFour.kill();
}
} catch (InterruptedException e) {
LOGGER.error("RiskPropagator Test: Thread interrupted", e);
return;
}
}
/**
* Main method test of single update for SP deployment time example
*
* @param url Database JDBC URL to connect with
* @param username Database username
* @param password Database password
* @param providerIdOne ID of first example provider
* @param serviceIdOne ID of first example service
* @param providerIdTwo ID of second example provider
* @param serviceIdTwo ID of second example service
* @throws InitialisationException thrown on failure to initialise class due to invalid input
* parameters
*/
private static void singleUpdateSpDeployment(
String url,
String username,
String password,
String providerIdOne,
String serviceIdOne,
String providerIdTwo,
String serviceIdTwo)
throws InitialisationException {
// The risk value to set in this example
final double riskValue = 1.0;
// Test with an EXISTING provider and service ID
// GRAPHTYPE_SP_DEPLOYMENT_RELATIVE_IP_SLA_RISKLEVEL
RiskPropagator riskPropagator;
riskPropagator =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_SP,
RiskPropagator.SERVICEPHASE_DEPLOYMENT,
// Test with an existing provider ID
providerIdOne,
// Test with an existing service ID
serviceIdOne,
RiskPropagator.GRAPHTYPE_SP_DEPLOYMENT_RELATIVE_IP_SLA_RISKLEVEL);
// Set the value we want to save
riskPropagator.setRiskValue(riskValue);
// Commit the value to the database
riskPropagator.addRiskValue();
// Test with an NON-EXISTENT provider and service ID
// GRAPHTYPE_SP_DEPLOYMENT_RELATIVE_IP_SLA_RISKLEVEL
riskPropagator =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_SP,
RiskPropagator.SERVICEPHASE_DEPLOYMENT,
// Test with an non-existent provider ID
providerIdTwo,
// Test with an non-existent service ID
serviceIdTwo,
RiskPropagator.GRAPHTYPE_SP_DEPLOYMENT_RELATIVE_IP_SLA_RISKLEVEL);
// Set the value we want to save
riskPropagator.setRiskValue(riskValue);
// Commit the value to the database
riskPropagator.addRiskValue();
// GRAPHTYPE_SP_DEPLOYMENT_NORMALISED_SLA_RISKLEVEL
riskPropagator =
new RiskPropagator(
url,
username,
password,
RiskPropagator.PROVIDERTYPE_SP,
RiskPropagator.SERVICEPHASE_DEPLOYMENT,
providerIdTwo,
serviceIdTwo,
RiskPropagator.GRAPHTYPE_SP_DEPLOYMENT_NORMALISED_SLA_RISKLEVEL);
riskPropagator.setRiskValue(riskValue);
riskPropagator.addRiskValue();
}