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Oracle8i On-Line Generic Documentation Release 3 8.1.7
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Oracle interMedia Audio, Image, and Video Java Classes Users Guide and Reference, Release 8.1.7
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Legato Storage Manager Command Reference Guide Release 8.1.7 for Windows 2000 and Windows NT
Oracle Message Broker 2.0.1.0 Installation Guide for Windows NT
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Oracle Procedural Gateway for APPC Installation and Configuration Guide Release 8.0.6.1.0 for HP9000 Series 700/800
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Long Raw data types can't be included from the CREATE TABLE AS syntax. This is documented inside the Oracle 7.3 or 8.0 Server SQL Reference Guide AS subquery clause explanation with the CREATE TABLE syntax. The INSERT INTO statement results inside same error see example. Use export/import to workaround this limitation of long raw usage.
SQL create table test2 as select col1 from test1;
SQL alter table test2 add col2 long raw;
You may now export from a single table test1 and import in to the other table test2.
More plus more we are using locally managed tablespaces. They offer a great deal of benefits, so just why should we not employ this new feature?
Some thoughts are needed whenever you decided to utilize Uniform Extent Allocation. With the uniform method, you specify a degree size if you create the tablespace, and all of extents for many objects created within that tablespace will likely be that size.
The uniform method also offers an enforcement mechanism, since t override the uniform extent dimensions of locally managed tablespaces if you create a schema object for example a table or perhaps index.
The goal would be to allocate as often disk space as really needed so when really used. With the uniform extent allocation you may calculate as well as estimate the quantity of extents you need to allocate. Gaps or unused disk space in the tablespace needs to be avoided.
Lets believe that we make a tablespace using the uniform extent size 1 MByte and 10 extents. Remember that locally managed tablespaces use another 64 KBytes and the Header Bitmap:
Note that most calculations are made in KBytes understanding that your chosen extent dimension is the multiple within your defined block size. The following statement creates this locally managed tablespace using a uniform extent sized 1 MByte:
EXTENT MANAGEMENT LOCAL UNIFORM SIZE 1024K;
If that you are including a STORAGE clause whenever you create tables or indexes, Oracle will allocate as often extents since you indicate to utilize. Table TAB1 will probably be allocated with one extent, table TAB2 too as you need no less than 100 KBytes. Table TAB3 will likely be created with two extents. This could be done by defining an INITIAL price of 2 MBytes.
SELECT segmentname, segmenttype, blocks, extents
SELECT tablespacename, bytes, blocks
That means within the tablespace UNITEST remain 1536 blocks available. How many extents are these blocks? This may be calculated by multiplying how many available blocks with the block size and divided from the extent size:
extents could possibly be used to load the whole tablespace.
If you look at the physical file size used by the tablespace UNITEST you are going to be surprised: Instead from the calculated 10304 KBytes 10551296 Bytes there is the disk file s sized 10555392 Bytes. Oracle allocates another block that may not be employed for object allocation. Some in the Oracle tools such as Tablespace Manger shows the whole number of blocks based on the disk file size. In our example this are 2577 blocks, but usable are simply 2576 blocks minus 64 KBytes for header bitmap.
Each extent dimensions are the multiple of your respective defined block size.
The usable tablespace dimensions are the multiple of your respective estimated variety of extents.
KBytes for that header bitmap HB to your usable tablespace size.
The physical file size adds one block AB towards the defined tablespace size.
In Oracle8i BLOBs Binary Large Objects works extremely well instead of LONG RAWs to hold binary unformatted data, like documents, images, car stereo. On the modern BLOB data type many with the former LONG RAW restrictions aren't valid anymore or longer to 4GB is usually stored. This tip shows how you can migrate LONG RAW columns to BLOBs.
It may be valued at to produce a separate tablespace to the LOBs bigger contents to achieve performance. The tables containing LOB columns is usually stored in addition to other tables inside a tablespace called tab in this particular sample. However the LOB columns referencing their data in the separate tablespace called btab here.
A new table has to be created containing the new BLOB column. Even if it's possible to add a BLOB column in an existing table we simply cannot migrate old LONG RAW data inside it. The required SQL function TOLOB works extremely well in SELECT subqueries of INSERT statements only.
id NUMBER10 CONSTRAINT nnnewdocsid NOT NULL,
LOBs normally do not use rollback segments. To maintain read consistency Oracle creates new LOB page versions when a lob changes. PCTVERSION could be the percentage of all used LOB data space that could be occupied by old versions of LOB data pages. As soon as old versions of LOB data pages begin to occupy a lot more than the PCTVERSION quantity of used LOB space, Oracle efforts to reclaim the previous versions and reuse them. In other words, PCTVERSION would be the percent of used LOB data blocks that's available for versioning old LOB data. The PCTVERSION may be set on the percentage of LOBs which are occasionally updated. If LOBs are inserted once and afterwards usually read only, 0% can be utilized.
If CACHE is specified Oracle places LOB pages inside buffer cache for faster access. NOCACHE may be used if you'll find occasionally no writes to stored LOBs and infrequently reads only. CACHE READ will work for busy read operations and infrequent writes.
Set CHUNK to the quantity of blocks of LOB data that will probably be accessed in the past. This reduces network roundtrip overheads. The INITIAL and NEXT storage parameters have to be greater than CHUNK DBBLOCKSIZE size. Use bigger CHUNKs if you can.
The default setting ENABLE STORAGE IN ROW stores LOBs under 4KB in the table and greater LOBs are automatically moved out from the row. This could be the recommended setting. DISABLE STORAGE IN ROW can be familiar with store all data beyond the rows. A lot of small LOBs inside of a table can decrease performance of table operations like full table scans or multi-row accesses.
Consider that CHUNK and ENABLE/DISABLE STORAGE IN ROW are not altered after table creation.
INSERT INTO newdocs id, bdata
To copy the info is easy. The SQL function TOLOB can be familiar with convert LONG RAW to BLOB. Its also possible to convert LONG to CLOB if need be. The main thing in the whole data migration is always to choose good storage parameter settings especially when a large number and larger LOBs in space need to be stored.
One choice for secure communication between your Net8 client and server is always to tunnel the communication from the Secure Shell protocol.
Conceptually, it truely does work like this. First, you install an SSH client for the local machine in places you run your Net8 client. You utilize the SSH client to find out an SSH connection for the remote host in which the Net8 server is running. You also make use of the SSH client to ascertain a listen using a local port for Net8 requests.
Heres the cool part: whenever you fire up your Net8 client, it connects towards the Net8 port on localhost - your machine - rather then connecting to port 143 using a remote server machine.
The SSH client then forwards everything it receives within the local Net8 port from the SSH session, or tunnel, towards the remote SSH daemon, which then forwards the data on the Net8 port for the remote host.
How does the SSH daemon within the receiving end get sound advice with all this Net8 information coming in internet marketing? Well, the details is part in the port-forwarding arrangement you gave the daemon once you first ecstatic the SSH session. For example, youd invoke SSH from the unix client machine similar to this
Tfhe command have to be invoked as root because root privilege is necessary to set up port forwarding. The -f option tells SSH to run inside the background after port forwarding may be established. -L localport:remotehost:remoteport specifies how the given port for the local client host would be to be forwarded for the given host and port about the remote side. In our example, we use port 5555 for the client and port 1521 within the database server 192.168.121.32
The server port have to be whichever port listens for Net8 requests 1521 on many systems. Depending for the SSH client, youll either be prompted on your password to log in for the SSHD 194.75.132.34 server when issuing the tunneling command, or youll ought to initiate a login manually to create the session, In all cases, youll have to work with SSH to log in for the remote host before you may use it to launder your connection. The entire Net8 port-forwarding scenario is shown inside next figure.
We begin with using lsof list open files, an application that informs you which open files and network connections participate in which processes. to confirm for software listening at local TCP port 5555. There is none. We confirm this by looking to telnet to localhost at port 555 without results.
At here, were sure that theres no activity, for example a listen or perhaps open connection, on port 555 on our local machine. That port is okay make use of. Next, we build the port forwarding by issuing an SSH command. Remember that you should be root to create port forwarding:
The tail - f/dev/null that any of us tacked within the end with the SSH command is simply low-overhead command to maintain the session open. We didnt want to help keep an actual shell session open and running inside the background if we didnt require it, therefore we used the tail command instead. You can verify with ps - ef, that this command is currently running inside background therefore you now have a perpetual Net8 connection through two firewalls - - cool isnt it?
Next you must setup your configuration file, then examine the connection with tnsping last but not least connect with sqlplus.
Starting with Release 7.1 of Oracle, users have gotten access to a function called an inline view. An inline view is really a view inside of a query. Using this feature, you may easily accomplish your task.
Every row from the report have to have access to the complete sum of sal. You can simply divide sum sal by that total, and youll use a number to display the percentage on the total.
column percentage format 99.9
select deptno, sumsal, sumsal/totsal100 PERCENTAGE
from emp, select sumsal totsal from emp
With Oracle8i Release 2 8.1.6 far better, you may calculate percentages by using the revolutionary analytic functions likewise. The query utilising an analytic function might look in this way:
column percentage format 99.9
select deptno, sumsal, ratiotoreportsumsal over100 PERCENTAGE
The query produces precisely the same answer nevertheless it does so well, given it does not ought to make two passes over the information to arrive at the result. Because the analytic functions are built-in, queries designed to use them will find a better solution more rapidly compared to pure SQL-based approach.
It is generally difficult to list all privileges and roles allotted to a specific user in a single select, since a privilege may be assigned to a part, which could be used on another role, which in turn might be assigned completely to another role, which may be granted a person. The following view lists all of the roles, all with the roles granted to people roles, and the like:
START WITH grantee uid OR grantee 1 sa, u2
GRANT SELECT ON userrolehierarchy TO PUBLIC;
That view is based for the existing data dictionary view, in case you make the new view as SYS, it's going to show the currently logged-in users their roles and all with the roles granted to prospects roles, and the like. Youll find this view to be very fast.
To get all of your respective table privileges, you want to do this:
SELECT DISTINCT privilege, owner, tablename
WHERE grantee IN SELECT FROM userrolehierarchy;
And to acquire all within your system privileges, for you to do this:
where grantee in choose between userrolehierarchy;
During a migration it could be important, that nobody can connect to your database. You may have two the opportunity to achieve this
An exclusive table lock will be the most restrictive mode of table lock, allowing the transaction maintain lock exclusive write access on the table. An exclusive table lock is acquired to get a table as follows:
SQL GRANT ALL ON emp TO PUBLIC;
Only one transaction can get an exclusive table lock to get a table. An exclusive table lock permits other transactions simply to query the table.
An exclusive table lock held with a transaction prohibits other transactions from performing almost any DML statement or placing any sort of lock about the table.
Oracle releases all locks acquired because of the statements in just a transaction if you either commit or roll back the transaction. Oracle also releases locks acquired after the savepoint when rolling back to your savepoint. However, only transactions not waiting with the previously locked resources can purchase locks within the now available resources. Waiting transactions continues to wait until as soon as the original transaction commits or rolls back completely.
You may make use of the RESTRICTED SESSION system privilege to change the database in single user mode for migrations.
Qllows only users with RESTRICTED SESSION system privilege to go online to Oracle. Existing sessions are certainly not terminated.
reverses the effect in the ENABLE RESTRICTED SESSION clause, allowing all users with CREATE SESSION system privilege to go browsing to Oracle. This would be the default.
You can employ this clause whether or not your instance contains the database dismounted or mounted, open or closed.
In an initial step prior to a migration, you shutdown the database an start it again to be sure that users are disconnected. Now revoke the RESTRICTED SESSION system privilege from most users, it privilege is commonly not used.
svrmgr SHUTDOWN IMMEDIATE;
svrmgr SPOOL revokerestrictedsession;
svrmgr ;
svrmgr ALTER SYSTEM ENABLE RESTRICTED SESSION;
As user SYS you'll be able to now perform the migration. If an ordinary user efforts to connect, he'll get the following error messge:
After the migration never to to forget, to disable the RESTRICTED SESSION system privilege
svrmgr ALTER SYSTEM DISABLE RESTRICTED SESSION;
This tip is produced by the Oracle Magazine, it shows the usage on the DBMSOBFUSCATIONTOOLKIT.
The DBMSOBFUSCATIONTOOLKIT could be the DES encryption package. This package shipped with Oracle8i Release 2 and later on. It provides first-time field-level encryption within the database. The trick to getting this package would be to make sure everything can be a multiple of eight. Both the key plus the input data need to have a length divisible by eight the key should be exactly 8 bytes long.
lstring VARCHAR225: hello world;
divisible by eight the key should be exactly 8 bytes long.
ldata: RPADlstring, TRUNCLENGTHlstring/818, CHR0;
LINElstring before encrypt: lstring;
DBMSOBFUSCATIONTOOLKIT. DESENCRYPT
encryptedstring lstring;
LINElstring ENCRYPTED: lstring;
DBMSOBFUSCATIONTOOLKIT. DESDECRYPT
LINElstring DECRYPT: LDATA;
PL/SQL procedure successfully completed.
You must protect and preserve your magickey 8 bytes of internet data that is employed to encrypt/decrypt your data. If it becomes compromised, your computer data is vulnerable.
The OPEN FOR clause allows to create dynamic SQL with variable table-, or column names that return multirow result sets. Lets take particular notice at OPEN FOR and multirow queries that has a concrete example. Create the following tables:
SQL create table emp10 as choose between emp where deptno 10;
SQL create table emp20 as pick from emp where deptno 20;
SQL create table emp30 as choose from emp where deptno 30;
TYPE refCur IS REF CURSOR;
EXIT WHEN empcv%NOTFOUND;
The first step in the dynamic multirow query is usually to define the cursor variable that can point for the result set from the System Global Area. We declare the cursor variable for example of a REF CURSOR type, and we must look at the question of whether to produce it strong or weak. A REF CURSOR is strong when it is strongly typed, which suggests the TYPE statement carries a RETURN clause defining what structure is allowable amount of items and datatypes for data fetched by using a cursor variable depending on this TYPE.
With dynamic SQL, however, you're not allowed to utilize strong REF CURSORs. At compile time, the query associated together with the REF CURSOR is simply string, therefore, the PL/SQL engine cannot validate the querys SELECT list is consistent together with the record structure within the REF CURSORs RETURN clause.
Once that is certainly done, we declare a record we can use to retrieve individual rows from any with the three tables seventy one tables have a similar structure, and then we can %ROWTYPE the record against any in the tables.
We must use dynamic SQL, since we're also constructing the name with the table every time we run this program. But dynamic SQL doesnt require any more inside the way of special code than we have just described. We can utilize the familiar explicit-cursor syntax unchanged for my cursor-variable-based code, as being the following lines demonstrate:
This tip emanates from Anirban Das, a Senior IA from Vernon Hills, IL. We have improved the SQL statement in most points, so WHERE clauses will probably be correctly executed.
In SQLPlus, it is often challenging to read the results of an SELECT FROM table statement ever since the output could wrap across multiple lines. For example, the traditional output of SELECT FROM dbausers could be:
The results will not be clearly readable.
Implementing this SQL script, the output can be:
This formats the outcome to 1 row per screen using the length of internet data in square braces. It also allows optional WHERE clause and ORDER BY.
Sometimes, the DBA must log right into a users account to produce a change, including to grant a privilege with a users table to a new user, but, might not know what a gamers password is, or, may need to generate changes into a set of users from your script, but, doesnt wish to include their passwords inside script itself. Oracle gives an undocumented identified by values clause within the alter user command that can be useful for this purpose. Since the dbausers table provides the encoded password for each and every user, this value can be utilized to generate an alter user command to reset users password returning to its original value. Then, from user system or any other DBA user, you may alter a persons password to your known value for example whatever, log to the users account using connect userid/whatever, result in the changes which can be needed, connect back for the system account, and run the generated alter user command to get the original password back.
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