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A resource is a memory structure that represents some component of the database to which access must be restricted or serialized. In other words, the resource can only be accessed by one process or one instance concurrently. If the resource is currently in use, other processes or instances needing to access the resource must wait in a queue until the resource becomes available.

An enqueue is a memory structure that serializes access to a particular resource. If the resource is only required by the local instance, then the enqueue can be acquired locally, and no coordination is necessary. However, if the resource is required by a remote instance, then the local enqueue must become global.

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l_body := l_body || utl_tcp.crlf; l_body := l_body || 'in order to complete your registration you will need to verify your email address.' || utl_tcp.crlf; l_body := l_body || utl_tcp.crlf; l_body := l_body || 'to verify your email address, simply click the link below, or copy it and paste it into the address field of your web browser.' || utl_tcp.crlf; l_body := l_body || utl_tcp.crlf; l_link := c_base_url || p_username || '&p_code=' || p_code; l_body := l_body || l_link || utl_tcp.crlf; l_body := l_body || utl_tcp.crlf; l_body := l_body || 'You only need to click this link once, and your account will be updated.' || utl_tcp.crlf; l_body := l_body || utl_tcp.crlf; l_body := l_body || 'You need to verify your email address within 5 days of receiving this mail.' || utl_tcp.crlf; apex_mail.send(p_to => p_email, p_from => c_from, p_body => l_body, p_subj => 'Your verification email'); apex_mail.push_queue(c_smtp_server, c_smtp_port); end send_verification_email; Notice that we call the apex_mail.push_queue procedure immediately after calling the apex_mail.send procedure. The send procedure just puts the mail into the APEX mail queue. Usually, a scheduled job will run every 10 or so minutes and push out all e-mail messages in the queue. Calling push_queue yourself sends the messages immediately, rather than waiting for the scheduled job. You can actually omit the hostname and port parameters from the apex_mail.push_queue procedure, since it picks up the server settings for those values (so you don t need to know them yourself). You may wish to work with your e-mail server administrator to determine the best option for your system. Here is an example of an e-mail message sent to a registering user. ============================================== = This Is an Automated Message, Do Not Reply = ==============================================

Every lock has a type, which is a two character alphabetic identifier (e.g., BL, CU, SE, NB). The number of lock types varies with each release. Some lock types are only used in RDBMS instances, others in ASM instances, and the remainder are used in both. Each lock type has two parameters, which are called tags. Each tag value is a 32-bit number. The tag values differ according to the lock type, but the name and the two tag values form a unique identifier for the lock. For example, for a library cache object L lock, the parameters represent a porB tion of the hash value for the object, which is derived from the object name. On the other hand, for a T M lock, thefirstparameter contains the object number, and the second parameter describes whether the object is a table or a partition. In Oracle 10.1 and above, the V L C _ Y E dynamic performance view summarizes all imple$ O KT P mented lock types. Some lock types, for example, the T transaction lock and the C cursor lock, only affect the X U local instance; therefore, they can be managed locally. Other lock types, such as the T table lock M and the all library cache locks and pins, must be observed by all instances in the database; therefore, they must be managed globally. The most common lock types seen in a RAC database are listed in Table 22-1. Table 22-1. Common Lock Types Type

Block (GCS) Cursor lock High water mark lock Library cache lock Library cache pin Dictionary cache lock Sequence cache Table lock Temporary segment Tablespace lock (for DDL) Transaction lock

Each RAC instance has its own library cache. The library cache contains all statements and packages currently in use by the instance. In addition, the library cache contains all objects that are referenced by these statements and packages. When a DML or DDL statement is parsed, all database objects that are referenced by that statement are locked using a library cache lock for the duration of the parse call. These objects include

Hello markw, Thanks for taking the time to register. In order to complete your registration you will need to verify your email address.

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