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(DESCRIPTION = (ADDRESS = (PROTOCOL - TCP)(HOST - londona)(PORT - 1521)) (ADDRESS - (PROTOCOL - TCP)(HOST - london2)(P0RT = 1521)) (LOADJALANCE = ON) (FAILOVER = ON) (CONNECT_DATA (SERVICE_NAME = RAC) (FAILOVER_MODE = (TYPE = SELECT)(METHOD = BASIC)) ) ) When the L A B L N E parameter is set to ON, Oracle Net will select a node at random from the O D A AC list of addresses to establish a connection with the various listeners. No load metrics are used for distributing work. Client-side connection balancing works well if all instances are registered. Prior to Oracle 10.1, client-side connection balancing did not detect blocked, failed, or hung instances, which could lead to skewed connection loads on each node. In Oracle 10.1, the combination of Virtual IP (VIP) and Fast Application Notification (FAN) can be used to detect failed instances, resulting in a much more even distribution of connections across the nodes. There are, however, a number of problems with client-side connection balancing. For example, client-side connection balancing is unaware of the existing load on the nodes and therefore does not take account of how many other clients are currently connected to the node or of the current workload on the node. Another issue with client-side connection balancing is that the random algorithm is based on time slices that are relatively long. Therefore, if a large number of clients are attempting to connect concurrently, they may all be directed to the same node. This issue is particularly prevalent during scalability testing, where care must be taken to design tests that ramp up over a suitably long time period to ensure a realistic distribution of connections across all nodes in the cluster. Consequently, client-side connection balancing may be unsuitable for applications that add connections in batches.

Server-side connection balancing works differently in Oracle 10.1 and Oracle 10.2, as we discuss in the following sections. In both versions, server-side connection balancing is enabled when the L A _ A A C parameter is set to OFF in the tnsnames. ora file. O DB L N E Server-side connection balancing is generally preferable to client-side connection balancing, as the listener processes have information on blocked, failed, and hung instances, and they also have the current loading and session status for each instance. Oracle 10.1 Server-Side Connection Balancing In Oracle 10.1, server-side connection balancing is driven by metrics. Possible metrics are the workload per node (CPU / Run queue length) or the number of current connections. In server-side connection balancing, the TNS listener process performs intelligent load balancing when establishing connections between clients and servers. The database registers and reports load for both dedicated servers and shared servers (MTS).

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The transactional shutdown will disconnect all sessions that aren t doing anything but let other sessions finish their currently running statement or transaction before disconnecting them. This is the polite way to shut down a database. An immediate will disconnect all users immediately and roll back any currently active transactions. Either of these shutdown methods is clean. After the shutdown there are no incomplete transactions and all work is saved to the database. An abort will terminate the instance right away; no work is written to disk, no incomplete work is rolled back. The effect is exactly as though the power had been cut off or the server rebooted. There is nothing wrong with an abort, except that some maintenance work (such as backups) may not be possible until the instance recovery mechanism (invoked automatically after the next startup) has repaired the damage. An immediate or transactional shutdown may take a long time; abort is always virtually instantaneous. The fastest way to achieve a clean shutdown is first, abort the instance. Second, start it up in the restricted mode. This will trigger the instance recovery mechanism but prevent anyone from logging in. Third, shut down cleanly with immediate. A SQL*Plus script to do this is the following: connect sys/oracle as sysdba shutdown abort startup restrict shutdown immediate

Well-designed applications should connect once and remain connected because of the high cost of establishing a connection This behavior is typical of application designs that implement middle-tier connection pooling However, many applications still in use connect, execute a single statement or transaction, and then disconnect again The metric used to assign connections to instances should not vary over the lifetime of the connection If the connection is expected to persist for a relatively long time, the current workload on the node is not a good metric, as the workload could be highly variable over the lifetime of the connection Therefore, the connections should be distributed evenly across all nodes If each connection is expected to be long, then distribute the workload across all available nodes by setting the PREFER_LEAST_LOADED_NODE parameter to OFF in $TNS_ADMIN/listenerora.

bool, formatted as true or false string, formatted as its unescaped contents Any basic integer type (that is, sbyte, byte, int16, uint16, int32, uint32, int64, uint64, nativeint, or unativeint) formatted as a decimal integer, signed if the basic integer type is signed Any basic integer type formatted as an unsigned decimal integer Any basic integer type formatted as an unsigned hexadecimal, (a-f)/Hexadecimal (AF)/Octal integer Any basic floating-point type (that is, float or float32), formatted using a C-style floatingpoint format specification, signed value having the form [-]d.dddde[sign]ddd where d is a single decimal digit, dddd is one or more decimal digits, ddd is exactly three decimal digits, and sign is + or Any basic floating-point type, formatted using a C-style floating-point format specification, signed value having the form [-]dddd.dddd, where dddd is one or more decimal digits. The number of digits before the decimal point depends on the magnitude of the number, and the number of digits after the decimal point depends on the requested precision

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