Oracle Sql Developer Ldap Error Code 32
an Integration Project Creating and Reverse-Engineering an LDAP Directory Designing an Interface Troubleshooting 24.1 Introduction Oracle Data Integrator supports LDAP directories integration using the Oracle Data Integrator Driver for LDAP. 24.1.1 Concepts The LDAP concepts map the Oracle Data Integrator concepts as follows: An LDAP directory tree, more specifically the entry point to this LDAP tree, corresponds to a data server in Oracle Data Integrator. Within this data server, a single schema maps the content of the LDAP directory tree. The Oracle Data Integrator Driver for LDAP (LDAP driver) loads the hierarchical structure of the LDAP tree into a relational schema. This relational schema is a set of tables that can be queried or modified using standard SQL statements. The relational schema is reverse-engineered as a data model in ODI, with tables, columns, and constraints. This model is used like a normal relational data model in ODI. Any changes performed in the relational schema data (insert/update) is immediately impacted by the driver in the LDAP data. See Appendix A, "Oracle Data Integrator Driver for LDAP Reference" for more information on this driver. 24.1.2 Knowledge Modules Oracle Data Integrator does not provide specific Knowledge Modules (KM) for the LDAP technology. You can use LDAP as a SQL data server. LDAP data servers support both the technology-specific KMs sourcing or targeting SQL data servers, as well as the generic KMs. See Chapter 4, "Generic SQL" or the technology chapters for more information on these KMs. 24.2 Installation and Configuration Make sure you have read the information in this section before you start working with the LDAP technology. System Requirements Technologic Specific Requirements Connectivity Requirements 24.2.1 System Requirements Before performing any installation you should read t
About the Author Introduction Anyone who has ever worked with the Oracle Database is most likely familiar with the tnsnames.ora file. The tnsnames.ora file is a text file that contains client side definitions for net service names, sometimes call aliases, needed to log in to an Oracle instance. This provides local name resolution by mapping net service names to connect description information for Oracle instances; similar to how the local hosts file for an operating system maps machine names to IP addresses. The tnsnames.ora file is commonly found in its default https://docs.oracle.com/cd/E14571_01/integrate.1111/e12644/ldap.htm location under the ORACLE_HOME/network/admin directory. One of the advantages of using a local tnsnames.ora file is that it is easy to create and edit entries. This is especially true when there are only a few entries to maintain and the file only needs to be distributed to a small number of Oracle client machines. The primary disadvantage of local naming is when there http://www.idevelopment.info/data/Oracle/DBA_tips/LDAP/LDAP_8.shtml are a large number of client machines on the network, say 100 or even a 1000 clients, each required to have their own tnsnames.ora file. This problem gets compounded when frequent changes to the tnsnames.ora are required as a result of adding or moving database and the file has to be re-distributed to those clients. A more efficient solution is to centralize the list of database names in a repository that every Oracle client can access. In this article, I will demonstrate how to configure Oracle database naming in an LDAP directory. LDAP is for tnsnames.ora what DNS is for a local hosts file like /etc/hosts. Similar to how the local tnsnames.ora file works, when a client performs a lookup for a net server name in LDAP, it is given the appropriate connect descriptor information for the Oracle instance or service name. Support for net service name resolution through LDAP started in Net8 with Oracle database release 8.1.6. Note that the name Net8 was changed to Oracle Net in Oracle9i. Oracle Net runs on both the client machine and the database server and allows transparent database
run Sybase procedures (or Microsoft SQL Server I suppose), you cannot use the BEGIN / DECLARE / EXEC in anonymous blocks begin print 'HELLO' end Error starting at line : 1 in command - begin print 'HELLO' end Error report - Incorrect syntax near the keyword http://laurentschneider.com/wordpress/category/sql-developer 'begin'. exec p Error starting at line : 1 in command - exec p Error report http://oracleandting.blogspot.com/2012/10/troubleshooting-sql-developer_23.html - Incorrect syntax near the keyword 'BEGIN'. Ô rage ô désespoir! But actually there is a way to twist the syntax so that it does not look like an oracle exec ! But in fact you create a procedure with CREATE PROCEDURE and end the procedure with a slash. Within the procedure you can use all the keywords you want. To call a procedure, oracle sql do not use the exec keyword set echo on drop procedure p1 / drop procedure p2 / create procedure p1 as return 123 / create procedure p2 as declare @x int, @y varchar(255) exec @x = p1 set @y = convert(varchar(255), @x) print @y / p2 > drop procedure p1 procedure P1 dropped. > drop procedure p2 procedure P2 dropped. > create procedure p1 as return 123 PROCEDURE P1 compiled > create procedure p2 as declare @x int, @y varchar(255) oracle sql developer exec @x = p1 set @y = convert(varchar(255), @x) print @y PROCEDURE P2 compiled > p2 123 Okay, it looks a bit like a sqlplus mutant, but it does the trick sometimes when you need to only call a procedure and get it's return code. The sames applies for other rdbms, here db2 set echo on drop procedure p / CREATE PROCEDURE P LANGUAGE SQL P1: BEGIN DECLARE X int; END P1 / call p > drop procedure p procedure P dropped. > CREATE PROCEDURE P LANGUAGE SQL P1: BEGIN DECLARE X int; END P1 PROCEDURE P compiled > call p call p UPDATE: check dermotoneill for additional tricks! Share this:ShareLinkedInGoogleTwitterFacebookEmailPrintLike this:Like Loading... Author Laurent SchneiderPosted on March 13, 2014March 15, 2014Categories sql developerTags DB2, sybaseLeave a comment on execute Sybase procedures from Oracle SQL Developer Configure ORACLE_HOME for SQL Developer The release V4.0 of sql developer is available for download : oracle.com/technetwork/developer-tools/sql-developer/downloads The doc is there : docs.oracle.com/cd/E39885_01/index.htm And read Jeff Smith twit's and blog I requested some time ago a 64bit Windows version with JDK on Oracle SQL Developer Exchange and once again it got accepted. Okay, I have on my PC two Oracle homes : one for 32 bits and one for 64 bits. The 32 bits is first in PATH. When I start SQL Developer, I could not use the OCI thick driver which is required when connecting via LDAP or TNSNAMES. SQL Develope
It won't tell you how to set up a connection because that is already well covered online help (Start with the Getting Started topic and follow the link from there.) The article is limited to the SQL Developer BASIC connection type. That is a simple JDBC type 4 connection with no additional authentication or security options, and no additional oracle client software. What is a connection? When you connect to an oracle instance using SQL Developer, you are making a TCP/IP connection to a specific host, on a specific port, and to a named instance or service. These are the parameters you supply when creating a basic connection in SQLDeveloper. host This can be a hostname or an IP address. If you use a hostname, including localhost, your workstation must be able to resolve it to an IP address. port This is the TCP port on the host which is listening for oracle connections. It is usually 1521, but not always. SID This the instance name of the database service This is the service name under which the database is available. It is often the same as the SID, but may not be. These details should be available from your DBA, or from when you created a database. In the remainder of this article there is an assumption that you have the correct details. There is always the possibility that you have the wrong information or have mistyped something. If a test fails, re-check your information before investigating other causes. The database host and your workstation may be the same machine — you may have SQL Developer installed on the database host, or you may have an oracle database installed on your PC — but you still need a TCP/IP connection. In this article I will use the terms host and workstation to distinguish the two. Connection Errors This is not a comprehensive list of oracle errors, or even all errors relevant to SQL Developer connections. See the Oracle Error messages reference manaual for all error messages. Client Side Errors These are errors caused by issues on the workstation, or somewhere between the workstation and the host. If you get either of these errors, follow the troubleshooting tips at Basic Network Connectivity Below Status : Failure -Test failed: IO Error: The Network Adapter could not establish the connection An error was encountered performing the req