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This process implements the resource plans that may be configured for a database instance. It sets the resource plans in place and performs various operations related to enforcing/implementing those resource plans. The resource manager allows the administrators of a database to have fine grained control over the resources used by the database instance, by applications accessing the database, or by individual users accessing the database.

The next issue people confront frequently is that the maximum length in bytes of a VARCHAR2 is 4,000, and in a CHAR it is 2,000: ops$tkyte@O10GUTF> declare 2 l_data varchar2(4000 char); 3 l_ch varchar2(1 char) := unistr( '\00d6' ); 4 begin 5 l_data := rpad( l_ch, 4000, l_ch ); 6 insert into t ( c ) values ( l_data ); 7 end; 8 / declare * ERROR at line 1: ORA-01461: can bind a LONG value only for insert into a LONG column ORA-06512: at line 6 That shows that a 4,000-character string that is really 8,000 bytes long cannot be stored permanently in a VARCHAR2(4000 CHAR) field It fits in the PL/SQL variable because in PL/SQL a VARCHAR2 is allowed to be up to 32KB in size However, when it is stored in a table, the hard limit is 4,000 bytes.

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You must be aware of the following restrictions on encrypting tablespaces. You Can t encrypt a temporary or an undo tablespace. Can t change the security key of an encrypted tablespace. Can t encrypt an external table.

As with TDE, you need to create an Oracle Wallet to implement tablespace encryption. Therefore, let s first create an Oracle Wallet before exploring how to encrypt a tablespace.

This process provides, as expected by its name, a general task execution thread for the database. The main goal of this process is to offload potentially blocking processing (processing that would cause a process to stop while it occurs) from some other process and perform it in the background. For example, if the main ASM process needs to perform some blocking file operation, but that operation could safely be done in the background (ASM can safely continue processing before the operation completes), then the ASM process may request the GEN0 process to perform this operation and let GEN0 notify it upon completion. It is similar in nature to the slave processes described further below.

We can store 2,000 of these characters successfully: ops$tkyte@O10GUTF> declare 2 l_data varchar2(4000 char); 3 l_ch varchar2(1 char) := unistr( '\00d6' ); 4 begin 5 l_data := rpad( l_ch, 2000, l_ch ); 6 insert into t ( c ) values ( l_data ); 7 end; 8 / PL/SQL procedure successfully completed ops$tkyte@O10GUTF> select length( c ), lengthb( c ) 2 from t 3 where c is not null; LENGTH(C) LENGTHB(C) ---------- ---------2000 4000 And as you can see, they consume 4,000 bytes of storage..

Tablespace encryption uses Oracle Wallets to store the encryption master keys. Oracle Wallets could be either encryption wallets or auto-open wallets. When you start the database, the auto-open wallet opens automatically, but you must open the encryption wallet yourself. Oracle recommends that you use an encryption wallet for tablespace encryption, unless you re dealing with a Data Guard setup, where it s better to use the auto-open wallet. Earlier in this chapter, I showed you how to create an Oracle Wallet by using the OWM. However, you can also create an Oracle Wallet through the mkstore command at the operating system level or through executing a special SQL*Plus command. Here s an example showing how to use the mkstore command from the operating system command line to create an Oracle Wallet: $ mkstore -wrl $ORACLE_BASE/admin/$ORACLE_SID/wallet -create Enter password:****** Enter password again:****** You can also create the wallet easily by executing the following command in SQL*Plus: SQL> alter system set encryption key identified by "password" The previous command creates an Oracle Wallet if there isn t one already and adds a master key to that wallet. By default, Oracle stores the Oracle Wallet, which is simply an operating system file named ewallet.pl2, in an operating system determined location. You can, however, specify a location for the file by setting the parameter encryption_wallet_location in the sqlnet.ora file, as shown here: ENCRYPTION_WALLET_LOCATION = (SOURCE= (METHOD=file) (METHOD_DATA= (DIRECTORY=/apps/oracle/general/wallet)

Depending on the features of Oracle you are using, other focused processes may be visible. Some are listed here with a brief description of their function.

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