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Both user-defined and shell variables are local to the process that declares them first. If you want these variables to be accessible to a shell script that you want to execute from your login shell, you need to explicitly make the variables available to the calling environment of the child process. You can make a variable s value available to child processes by using the export command in the Korn and BASH shells. In the C shell, you use the setenv command to do the same thing. Here s an example that shows how to use the export command to make the value of a variable available to a child process: $ export ORACLE_HOME =/u03/app/oracle/product/11.1.0/orcl The following sequence would achieve the same results as the preceding export command: $ ORACLE_HOME =/u03/app/oracle/product/11.1.0/orcl $ export ORACLE_HOME In the C shell, you use the setenv command to set a variable s value, as shown here: $ setenv ORACLE_HOME= /u03/app/oracle/product/10.2.0/orcl

You may have up to ten LMSn processes per instance..

Note UNIX programs and commands can be run in two entirely different ways: interactive mode is when you log in and type your commands directly to the screen; batch mode is when you run your commands or an entire program at once, usually by using executable shell scripts in the form of UNIX text files.

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ops$tkyte@ORA10GR1> insert into t values ( 'abcdefgh' ); insert into t values ( 'abcdefgh' ) * ERROR at line 1: ORA-01465: invalid hex number The RAW type may be indexed and used in predicates it is as functional as any other datatype. However, you must take care to avoid unwanted implicit conversions, and you must be aware that they will occur. I prefer and recommend using explicit conversions in all cases, which can be performed using the following built-in functions: HEXTORAW: To convert strings of hexadecimal characters to the RAW type RAWTOHEX: To convert RAW strings to hexadecimal strings The RAWTOHEX function is invoked implicitly by SQL*Plus when it fetches a RAW type into a string, and the HEXTORAW function is invoked implicitly when inserting the string. It is a good practice to avoid implicit conversions and to always be explicit when coding. So the previous examples could have been written as follows: ops$tkyte@ORA10GR1> select rawtohex(raw_data) from t; RAWTOHEX(RAW_DATA) -------------------------------FD1EB03D3718077BE030007F01002FF5 ops$tkyte@ORA10GR1> insert into t values ( hextoraw('abcdef') ); 1 row created.

Let s look at the implications of multi-versioning: read-consistent queries and non-blocking reads. If you are not familiar with multi-versioning, what you see in the following code might be surprising. For the sake of simplicity, assume the table we are reading stores one row per database block (the smallest unit of storage in the database), and that we are full-scanning the table in this example. The table we will query is a simple ACCOUNTS table. It holds balances in accounts for a bank. It has a very simple structure: create table accounts ( account_number number primary key, account_balance number ); In reality the ACCOUNTS table would have hundreds of thousands of rows in it, but for simplicity we re just going to consider a table with four rows, as shown in Table 1-1. (We will visit this example in more detail in 7 Concurrency and Multi-versioning. ) Table 1-1. Accounts Table Contents

Type env at the system prompt, and your entire set of environment variables will scroll by on the screen. Here s an example: $ env PATH=/usr/bin:/usr/ccs/bin:/user/config/bin ORACLE_PATH=/u01/app/oracle/admin/dba/sql ORACLE_HOME=/u01/app/oracle/product/11.1.0/db_1 ORACLE_SID=prod1 TNS_ADMIN=/u01/app/oracle/product/network TERM=vt100 $

To see the value of one specific environment variable, rather than the entire set (which can be a fairly long list in a real-world production system), you can ask the shell to print the variable s value to the screen by using the echo command: $ echo $ORACLE_HOME /u01/app/oracle/product/11.1.0/db_1 $ Note that in the echo command, the $ precedes the environment name so that the command will print the value of the variable, not the name of the variable itself.

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etc) It covers a SQL MM (multimedia) type, object-relational types, and so on No vendor is certifying databases to be SQL99 Core or Enhanced compliant and, in fact, I know of no vendor who is even claiming that their product is fully compliant with either level of conformance In addition to SQL syntactic differences, implementation differences, and differences in performance of the same query in different databases, there are the issues of concurrency controls, isolation levels, query consistency, and so on We ll cover these items in some detail in 7 and see how their differences may affect you SQL92/SQL99 attempts to give a straightforward definition of how a transaction should work and how isolation levels are to be implemented, but in the end, you ll get different results from different databases It is all due to the implementation.

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