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First, an e-mail client initiates the network connection with the appropriate e-mail server. The clients know how to connect to the appropriate server because of the Domain Name Service (DNS), another Internet protocol. This piece will be discussed in much more detail later in this chapter. Once the Internet connection to the server is initiated, the client will cordially begin the SMTP conversation by transmitting the HELO command. Optionally, a well-behaved client will identify its domain when it initiates the conversation, so that the server knows who the client is. After the conversation is initiated by the client, the server decides whether or not to continue the conversation. If it chooses to do so, it will send the client an SMTP reply code letting the client know it s ready and willing to continue. If the client receives an affirmative response from the server, the client next indicates who is sending the e-mail with the MAIL command, which is typically the e-mail address of the original sender. Once again, the e-mail server will send an SMTP reply code back to the client indicating whether or not it s OK to proceed. If it s allowed to do so, the client can continue by sending the e-mail address of the recipient with the RCPT command. If there are multiple recipients, each recipient can be given with multiple RCPT commands. Once again, after each RCPT command, the server will send back an SMTP reply code indicating its acceptance or rejection of the recipient.

can use this to restart the cluster layer in a single command. In Grid Infrastructure 11.2, OHAS is comprised of the following daemons and services: The Grid Plug And Play (GPnP) daemon: This daemon maintains the Grid Plug and Play profile and coordinates distribution of updates across all nodes in the cluster. This helps ensure that all nodes have the current profile. The Grid Plug and Play profile essentially contains sufficient information to start Clusterware. In previous versions, this information could be stored directly in the OCR. However, in Oracle 11gR2, the OCR can optionally be stored in ASM, which means sufficient configuration information must be available to start ASM and to access the OCR. (The GPNP daemon is sometimes referred to by the initials, GPNPD). The Grid Interprocess Communication (GIPC) daemon: This daemon is new in Oracle 11gR2. The daemon process is gipcd, and it supports Grid Infrastructure Communication. Although this daemon is created when High Availability Services stack is started, GIPC has no functionality in this release. There are plans to activate GIPC in a future release. The multicast DNS (mDNS) service: This service manages name resolution and service discovery within the cluster. It resolves DNS requests on behalf of the Grid Naming Service (GNS). A separate daemon is created within the High Availability Services stack to support multicast DNS. The Grid Naming Service (GNS): This service performs name resolution within the cluster. It is implemented by the gnsd daemon, and it provides a gateway between the cluster mDNS service and the external DNS servers.

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The Cluster Ready Services stack builds on the services provided by the High Availability Services stack and requires that its services to be up and running. It is hinged on the Cluster Ready Services daemon. The following daemons and services are part of the Cluster Ready Services stack: Cluster Ready Services (CRS): This service manages high availability cluster operations. CRS is responsible for starting, stopping, monitoring, and failing over resources. The CRS service is implemented by the crsd daemon, which runs as the root user and is restarted automatically if it fails. The crsd daemon maintains the configuration information in the OCR, and it manages cluster resources based on that information. The OCR resource configuration includes definitions of dependencies on other cluster resources, timeouts, retries, assignment, and failover policies. If the cluster includes Oracle RAC, then CRS is responsible for monitoring Oracle RAC database instances, listeners, and services. It is also responsible for restarting these components in the event of a failure. In a single-instance Oracle Restart environment, application resources are managed by the ohasd daemon and crsd is not used.

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