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When multiple Calendar servers communicate, they connect via stateful sessions in a similar fashion as when users connect to a server: each server acts as a client to the other servers. The servers use LDAP to communicate with an Oracle Internet Directory and whatever protocols are necessary to connect to e-mail or wireless services for delivering notifications to users. A point to note is that the international standards for diary-type applications are not yet fully developed. This applies particularly to communications protocols.

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open System.Configuration // get the connection string let connectionStringDetails = ConfigurationManager.ConnectionStrings.["MyConnectionString"] // print the details printfn "%s\r\n%s" connectionStringDetails.ConnectionString connectionStringDetails.ProviderName Executing the preceding code gives you the following results: Data Source=server; Initial Catalog=pubs; Integrated Security=SSPI; System.Data.SqlClient

fsck.ocfs The f sck. ocf s utility can be used to check an OCFSfilesystem on a specified partition. The syntax of fsck.ocfs is as follows:

usage: fsck.ocfs [options] device No heartbeat check -n Writeable -w Version -V verbose -V Quiet -q

There are six distinct daemon processes that make up a Calendar server, though you may well have several occurrences of each. Only two are always necessary, but you will use all six except in the simplest environments.

By default, f sck. ocf s will perform a read-only check. If you wish f sck. ocf s tofixany errors that it encounters, you must specify the following -w option:

CHAPTER 8 ORACLE CLUSTER FILE SYSTEM (OCRS)

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Caution Notice that I added spaces and newline characters to the configuration file to improve the formatting. This meant that I also had to add them to the connection string, which you can see when output to the console. Most libraries consuming the connection string will correct for this, but some might not, so be careful when formatting your configuration file.

mounted.ocfs You can use mounted. ocf s to check which nodes are currently mounting a specific device:

londonl # /sbin/mounted.ocfs /dev/sdal Device: /dev/sdal Label:/u02/oradata/RAC Id:BA77B9A6587A17722D288F6B198F7DOC Nodes:londonl-priv, london2-priv

The Calendar engine consists of a listener process and many child processes. The listener process monitors a TCP port for incoming connection requests from Calendar clients. It forks child processes (or threads on a Windows installation) for every session it establishes. Each of these child processes is a uniengd process. The child process is dedicated to the one session and handles all requests from its client until the session is terminated. The connection is persistent and stateful. If for any reason it is broken, the client must reconnect and establish a new session. One session (that is to say, one uniengd process) connects a user to one node. Even if the node is one of several nodes managed by the same server, the session can access directly only the one node against which it was spawned. As well as being responsible for all interaction with its client, the uniengd process also manages communication with remote Calendar servers on the client s behalf, communication with the directory server, and communication with the local node. It is the uniengd that reads and writes data from and to the Calendar node database. Communication with remote nodes, servers, and directories is mediated by the Calendar Synchronous Network Connection server (the uniscnd process). Contention problems that would be caused by multiple uniengd processes attempting to write to the database concurrently are solved by the Calendar Lock Manager (the unilckd process, which is required for the Calendar engine to function). All users initially contact the server through the listener process on the same port by default, port 5730.

resizeocfs The resizeocfs utility is a symbolic link to the tuneocf s utility. See the following section for further details. tuneocfs Use tuneocfs to accomplish the following: Change filesystem metadata, such asfilepermissions. Resize existing OCFS volumes. List and clear node configuration slots.

The syntax of tuneocf s is usage: tuneocfs [-F] [~g gid] [-h] [-1] [-n] [-N nodenum] [-p permissions] [-q] [-S size] [-U uid] [-V] device -F Force resize existing O F volume CS -g Group ID for the root directory to gid -h Help -1 List all the node configuration slots -n Query only -N Specifies node configuration slot to be cleared -p Change permissions for the root directory -q Quiet execution -S Set volume size for root directory e.g. 50G (M for mega, C for giga^ T for tera) -u Change user ID for the root directory -V Print version and exit

It s also possible to load configuration files associated with other programs, web applications, and even machine.config, which contains the default settings for .NET on a particular machine. You can query, update, and save these files. The following sample shows how to open machine.config and enumerate the various sections within it: open System.Configuration // open the machine config let config = ConfigurationManager.OpenMachineConfiguration() // print the names of all sections for x in config.Sections do printfn "%s" x.SectionInformation.Name

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