package org.jboss.as.clustering.jgroups.subsystem;
import static org.jboss.as.controller.descriptions.ModelDescriptionConstants.FAILURE_DESCRIPTION;
import static org.jboss.as.controller.descriptions.ModelDescriptionConstants.OUTCOME;
import static org.jboss.as.controller.descriptions.ModelDescriptionConstants.RESULT;
import static org.jboss.as.controller.descriptions.ModelDescriptionConstants.SUCCESS;
import org.jboss.as.subsystem.test.KernelServices;
import org.jboss.dmr.ModelNode;
import org.junit.Assert;
import org.junit.Test;
/**
* Test case for testing individual management operations.
*
* @author Richard Achmatowicz (c) 2011 Red Hat Inc.
*/
public class OperationsTestCase extends OperationTestCaseBase {
// subsystem test operations
static final ModelNode readSubsystemDefaultStackOp = getSubsystemReadOperation(ModelKeys.DEFAULT_STACK);
static final ModelNode writeSubsystemDefaultStackOp = getSubsystemWriteOperation(ModelKeys.DEFAULT_STACK, "new-default");
// stack test operations
static final ModelNode addStackOp = getProtocolStackAddOperation("maximal2");
// addStackOpWithParams calls the operation below to check passing optional parameters
// /subsystem=jgroups/stack=maximal2:add(transport={type=UDP},protocols=[{type=MPING},{type=FLUSH}])
static final ModelNode addStackOpWithParams = getProtocolStackAddOperationWithParameters("maximal2");
static final ModelNode removeStackOp = getProtocolStackRemoveOperation("maximal2");
// transport test operations
static final ModelNode readTransportTypeOp = getTransportReadOperation("maximal", ModelKeys.TYPE);
static final ModelNode readTransportRackOp = getTransportReadOperation("maximal", ModelKeys.RACK);
static final ModelNode writeTransportRackOp = getTransportWriteOperation("maximal", ModelKeys.RACK, "new-rack");
static final ModelNode readTransportPropertyOp = getTransportPropertyReadOperation("maximal", "enable_bundling");
static final ModelNode writeTransportPropertyOp = getTransportPropertyWriteOperation("maximal", "enable_bundling", "false");
static final ModelNode addTransportOp = getTransportAddOperation("maximal2", "UDP");
// addTransportOpWithProps calls the operation below to check passing optional parameters
// /subsystem=jgroups/stack=maximal2/transport=UDP:add(properties=[{A=>a},{B=>b}])
static final ModelNode addTransportOpWithProps = getTransportAddOperationWithProperties("maximal2", "UDP");
static final ModelNode removeTransportOp = getTransportRemoveOperation("maximal2", "UDP");
// protocol test operations
static final ModelNode readProtocolTypeOp = getProtocolReadOperation("maximal", "MPING", ModelKeys.TYPE);
static final ModelNode readProtocolSocketBindingOp = getProtocolReadOperation("maximal", "MPING", ModelKeys.SOCKET_BINDING);
static final ModelNode writeProtocolSocketBindingOp = getProtocolWriteOperation("maximal", "MPING", ModelKeys.SOCKET_BINDING, "new-socket-binding");
static final ModelNode readProtocolPropertyOp = getProtocolPropertyReadOperation("maximal", "MPING", "name");
static final ModelNode writeProtocolPropertyOp = getProtocolPropertyWriteOperation("maximal", "MPING", "name", "new-value");
static final ModelNode addProtocolOp = getProtocolAddOperation("maximal2", "MPING");
// addProtocolOpWithProps calls the operation below to check passing optional parameters
// /subsystem=jgroups/stack=maximal2:add-protocol(type=MPING, properties=[{A=>a},{B=>b}])
static final ModelNode addProtocolOpWithProps = getProtocolAddOperationWithProperties("maximal2", "MPING");
static final ModelNode removeProtocolOp = getProtocolRemoveOperation("maximal2", "MPING");
/*
* Tests access to subsystem attributes
*/
@Test
public void testSubsystemReadWriteOperations() throws Exception {
// Parse and install the XML into the controller
String subsystemXml = getSubsystemXml() ;
// KernelServices servicesA = super.installInController(subsystemXml) ;
KernelServices servicesA = createKernelServicesBuilder(null).setSubsystemXml(subsystemXml).build();
// read the default stack
ModelNode result = servicesA.executeOperation(readSubsystemDefaultStackOp);
Assert.assertEquals(result.get(FAILURE_DESCRIPTION).asString(),SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("maximal", result.get(RESULT).resolve().asString());
// write the default stack
result = servicesA.executeOperation(writeSubsystemDefaultStackOp);
Assert.assertEquals(result.get(FAILURE_DESCRIPTION).asString(),SUCCESS, result.get(OUTCOME).asString());
// re-read the default stack
result = servicesA.executeOperation(readSubsystemDefaultStackOp);
Assert.assertEquals(result.get(FAILURE_DESCRIPTION).asString(),SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("new-default", result.get(RESULT).asString());
}
/*
* Tests access to transport attributes
*/
@Test
public void testTransportReadWriteOperation() throws Exception {
// Parse and install the XML into the controller
String subsystemXml = getSubsystemXml() ;
KernelServices servicesA = createKernelServicesBuilder(null).setSubsystemXml(subsystemXml).build();
// read the transport type attribute
ModelNode result = servicesA.executeOperation(readTransportTypeOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("TCP", result.get(RESULT).asString());
// read the transport rack attribute
result = servicesA.executeOperation(readTransportRackOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("rack1", result.get(RESULT).resolve().asString());
// write the rack attribute
result = servicesA.executeOperation(writeTransportRackOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
// re-read the rack attribute
result = servicesA.executeOperation(readTransportRackOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("new-rack", result.get(RESULT).asString());
}
@Test
public void testTransportReadWriteWithParameters() throws Exception {
// Parse and install the XML into the controller
String subsystemXml = getSubsystemXml() ;
KernelServices servicesA = createKernelServicesBuilder(null).setSubsystemXml(subsystemXml).build();
Assert.assertTrue("Could not create services",servicesA.isSuccessfulBoot());
// add a protocol stack specifying TRANSPORT and PROTOCOLS parameters
ModelNode result = servicesA.executeOperation(addStackOpWithParams);
Assert.assertEquals(result.get(FAILURE_DESCRIPTION).asString(),SUCCESS, result.get(OUTCOME).asString());
// read the transport type attribute
result = servicesA.executeOperation(readTransportTypeOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("TCP", result.get(RESULT).asString());
// write the rack attribute
result = servicesA.executeOperation(writeTransportRackOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
// re-read the rack attribute
result = servicesA.executeOperation(readTransportRackOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("new-rack", result.get(RESULT).asString());
}
@Test
public void testTransportPropertyReadWriteOperation() throws Exception {
// Parse and install the XML into the controller
String subsystemXml = getSubsystemXml() ;
KernelServices servicesA = createKernelServicesBuilder(null).setSubsystemXml(subsystemXml).build();
// read the enable_bundling transport property
ModelNode result = servicesA.executeOperation(readTransportPropertyOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("true", result.get(RESULT).resolve().asString());
// write the enable_bundling transport property
result = servicesA.executeOperation(writeTransportPropertyOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
// re-read the enable_bundling transport property
result = servicesA.executeOperation(readTransportPropertyOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("false", result.get(RESULT).asString());
}
@Test
public void testProtocolReadWriteOperation() throws Exception {
// Parse and install the XML into the controller
String subsystemXml = getSubsystemXml() ;
KernelServices servicesA = createKernelServicesBuilder(null).setSubsystemXml(subsystemXml).build();
// add a protocol stack specifying TRANSPORT and PROTOCOLS parameters
ModelNode result = servicesA.executeOperation(addStackOpWithParams);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
// read the transport type attribute
result = servicesA.executeOperation(readProtocolTypeOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("MPING", result.get(RESULT).asString());
// read the socket binding attribute
result = servicesA.executeOperation(readProtocolSocketBindingOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("jgroups-mping", result.get(RESULT).asString());
// write the attribute
result = servicesA.executeOperation(writeProtocolSocketBindingOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
// re-read the attribute
result = servicesA.executeOperation(readProtocolSocketBindingOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("new-socket-binding", result.get(RESULT).asString());
}
@Test
public void testProtocolPropertyReadWriteOperation() throws Exception {
// Parse and install the XML into the controller
String subsystemXml = getSubsystemXml() ;
KernelServices servicesA = createKernelServicesBuilder(null).setSubsystemXml(subsystemXml).build();
// read the name protocol property
ModelNode result = servicesA.executeOperation(readProtocolPropertyOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("value", result.get(RESULT).resolve().asString());
// write the property
result = servicesA.executeOperation(writeProtocolPropertyOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
// re-read the property
result = servicesA.executeOperation(readProtocolPropertyOp);
Assert.assertEquals(SUCCESS, result.get(OUTCOME).asString());
Assert.assertEquals("new-value", result.get(RESULT).asString());
}
}