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The upcoming sections walk you through how to remove a node. You begin by removing disabling and removing the targeted node s listener, as in this example: [oracle@london1 ~]$ srvctl config listener -a Name: LISTENER Network: 1, Owner: oracle Home: <CRS home> /u01/app/crs/ on node(s) london2,london1 End points: TCP:1521 Now disable and stop the listener on london2 as the owner of the resource: [oracle@london1 ~]$ srvctl disable listener -l LISTENER -n london2 [oracle@london1 ~]$ srvctl stop listener -l LISTENER -n london2 Next, you need to update inventory on the node to be deleted. You can skip this step if the node to be deleted no longer exists. The inventory.xml file showed this content before the updateNodeList command (this example has been shortened to show the RDBMS home only): [oracle@london2 ContentsXML]$ cat inventory.xml < xml version="1.0" standalone="yes" > <!-- Copyright (c) 1999, 2009, Oracle. All rights reserved. --> <!-- Do not modify the contents of this file by hand. --> <INVENTORY> <HOME NAME="OraDb11g_home1" LOC="/u01/app/oracle/product/11.2.0/dbhome_1"

Java applications come in two general forms: Java servlets and Java beans A Java servlet is a Java application that communicates with HTTP It can be launched in response to a URL from a browser and will usually generate a page of HTML in reply Java servlets are used for writing user interface code Java beans do not do user interface work They are software constructs that manipulate data, and you communicate with them by sending them messages that ask them to do something, using protocols such as RMI (Remote Method Invocation) or JMS (Java Message Service) Java beans then come in several forms A session bean contains code that implements application logic An entity bean represents data; it will be populated with a row from a database.

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Now, let s start the newly configured sendmail daemon. This can be achieved with the init script, typically /etc/init.d/sendmail or /etc/rc.d/init.d/sendmail, depending on which flavor of Linux operating system you ve chosen. For example, to start sendmail with the init script, you might try the following command: [curtis@mail mail]$ sudo /etc/init.d/sendmail start or to stop sendmail, use this command: [curtis@mail mail]$ sudo /etc/init.d/sendmail stop On Fedora Core, you can use the shortcut command called service, which makes it a little easier to use the init scripts without having to guess or type the whole path to the init script: [curtis@mail mail]$ sudo service sendmail start

communication overall. Many switches allow a higher than the standard MTU range of 1500-9000 bytes to be sent in one frame, making it a jumbo frame. Note that jumbo frames aren t routable; unfortunately, this means they can t be used on a public network. When deciding to use jumbo frames, it is important to ensure that all cluster nodes use the same MTU. We explained in the introduction on individual database server nodes that components should be redundant, and that the network interface cards should definitely be among those redundant components. Combining multiple network ports to a logical unit is referred to as bonding in Linux. Unlike many other operating systems, network cards can be bonded without having to purchase additional software. A new master device, bond, will be created that enslaves two or more network cards. Once completed, the bonded network device will route all network traffic into and out of the server. You should not bond network ports of the same network interface card.

Infiniband is a popular implementation of a remote direct memory access architecture (RDMA) It is a high-speed interconnect commonly associated with high-performance computing (HPC) environments According to http://openfabricsorg/, the majority of all clusters in the Top500 HPC list use this implementation RDMA enables parallel, direct, memory-to-memory transfers between the nodes in the cluster, and it requires dedicated RDMA adapters, switches, and software It also avoids the CPU processing and context switching overheads associated with Ethernet-based implementations There are two different ways to implement Infiniband interconnects on Linux The first way is referred to as IP over Infiniband (IPoIB) and speaking in greatly simplified terms it replaces Ethernet for the media access control and link-layer control layers Since the Internet Protocol remains, the network protocol use of IPoIB is completely transparent to applications The IPoIB implementation offers significant performance improvements over Ethernet connections.

Starting sendmail: Starting sm-client: or to stop sendmail, you can use the following command: [curtis@mail mail]$ sudo service sendmail stop

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