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A cluster consists of two or more nodes that offer services to the network, which consists of a number of resources such as an IP address, le server, network name, disk, or other back-of ce component (such as an Exchange 2007 or SQL component) that are collected into a cluster group To clarify, a one-node cluster is technically possible, which might be used to take advantage of the cluster service capability to restart an application if it fails, but this is uncommon and gives no protection from hardware failures Although active and passive nodes have been discussed, in reality, you can con gure multiple services and applications within a cluster that can be hosted on different nodes in the cluster At any time, every node might be running a speci c server or application Ensure that the resources in the cluster nodes are suf cient to run the services and applications from other nodes in the cluster in the event of a planned failover of services and applications for maintenance purposes, or in the event of server failure Figure 18-16 shows the basic structure of a cluster: a cluster name, IP address, and a pool of shared storage that is detected as available for all the nodes speci ed during the cluster creation process Depending on the quorum model, some of this shared storage might be used as a witness disk The nodes in the cluster communicate constantly via a heartbeat to ensure nodes are available In the event of a change in cluster status, such as a node becoming unavailable or network problems stopping the cluster nodes from communicating, the cluster goes into quorum arbitration, where nodes ght for which partition has quorum Here, the remaining nodes ght out to decide who should be hosting which services and applications to avoid split-brain Split-brain is when multiple nodes in a cluster.

enum completion_status { COMPLETED_YES, COMPLETED_NO, COMPLETED_MAYBE }; #define SYSEX(NAME) exception NAME { unsigned long minor; completion_status completed; }

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try to bring online the same service or application, which then causes the nodes to try and bring online the same resources More importantly, consider that NodeA hosts SQL and is writing to the database on shared storage, and NodeB also hosts SQL and is writing to the same database on the same shared storage; because of this, you can get asynchronous data writing, which means corruption This is why the quorum is vital to ensuring you always have a majority for the cluster to function, and why you often have a shared disk or le share that can be used in arbitration If the cluster nodes cannot communicate with each other, they can still communicate with a shared disk or share to help decide where ownership of services and applications should be

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To expect a sequence of invocations, create a Sequence object, write the expectations in the expected order, and add an inSequence() clause to each relevant expectation Expectations in a sequence can have any invocation count For example:

FIGURE 18-16 Basic architecture of a cluster Imagine you have a cluster of four nodes without any shared disk or le share that can be used for the quorum and arbitration If a split occurs, and

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SYSEX(BAD_CONTEXT); SYSEX(BAD_INV_ORDER); SYSEX(BAD_OPERATION); SYSEX(BAD_PARAM); SYSEX(BAD_TYPECODE); SYSEX(COMM_FAILURE); SYSEX(DATA_CONVERSION); SYSEX(FREE_MEM); SYSEX(IMP_LIMIT); SYSEX(INITIALIZE); SYSEX(INTERNAL); SYSEX(INTF_REPOS); SYSEX(INVALID_TRANSACTION); SYSEX(INV_FLAG); SYSEX(INV_IDENT); SYSEX(INV_OBJREF); SYSEX(INV_POLICY); SYSEX(MARSHAL); SYSEX(NO_IMPLEMENT); SYSEX(NO_MEMORY); SYSEX(NO_PERMISSION); SYSEX(NO_RESOURCES); SYSEX(NO_RESPONSE); SYSEX(OBJECT_NOT_EXIST); SYSEX(OBJ_ADAPTER); // // // // // // // // // // // // // // // // // // // // // // // // // error processing context object routine invocations out of order invalid operation an invalid parameter was passed bad typecode communication failure data conversion error cannot free memory violated implementation limit ORB initialization failure ORB internal error interface repository unavailable invalid TP context passed invalid flag was specified invalid identifier syntax invalid object reference invalid policy override error marshaling param/result implementation unavailable memory allocation failure no permission for operation out of resources for request response not yet available no such object object adapter failure

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