Odbc explorer

RequirementsIn order to avoid incorrect integration with MS SSMS, the working environment must meet the following conditions: The data source must be a configured system DSN. Refer to the Driver Configuration article to learn how to configure a System DSN The driver, studio, and SQL Server must be of the same bitness. For example, if you are using 64-bit SQL Server Management Studio on 64-bit Windows platform, then configure the 64-bit version of the driver using ODBC Administrator launched from %windir%\system32\odbcad32.exe. Otherwise, configure the driver using the 32-bit version of ODBC Administrator - launch it from %windir%\SysWOW64\odbcad32.exe. ODBC Driver for Oracle and SQL Server must be installed on the same computer. .NET Framework 4.5 must be installed on the computer. You can use the Microsoft SQL Server Management Studio to connect your Oracle data to an SQL Server instance. Linked Server is a tool of MS SQL Server that allows to execute distributed queries to refer tables stored on non-SQL Server datbase in a single query. With linked servers, you can execute commands against different data sources such as Oracle and merge them with your SQL Server database. You can create a linked server with one of these methods: by using the options in the Object Explorer or by executing stored procedures. Below are major advantages of using SQL Server Linked Servers to connect to Oracle:The ability to connect other database instances on the same or remote server.The ability to run distributed queries on heterogeneous data sources across the organization.The ability to work with diverse data sources in the same way.How to configure a SQL Server Linked Server to connect to OracleYou can follow the steps to create a linked server for Oracle in SQL Server Management Studio by using Object Explorer:Start your Management Studio and choose your SQL Server instance.In the Object Explorer pane, expand the Server Objects, right-click on Linked Servers and then click on New Linked Server.Configure your linked server in the dialog box:Give a name for your server in the Linked server field.Under Server type, select Other data source .Choose Microsoft OLE DB Provider for ODBC Drivers in the Provider drop-down list.In the Data source field, enter the name of your DSN, e.g. Devart ODBC Driver for Oracle . Alternatively, you can input the ODBC Driver connection string in the Provider field. The linked server will appear under the Linked Servers in the Object Explorer Pane.

Skip to main content This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. Download Microsoft Edge More info about Internet Explorer and Microsoft Edge Read in English Read in English Edit Share via Profiling ODBC Driver Performance (ODBC) Article01/10/2024 In this article -->Applies to: SQL Server Azure SQL Database Azure SQL Managed Instance Azure Synapse Analytics Analytics Platform System (PDW)The SQL Server ODBC driver has two driver-specific options for profiling the performance of the driver.The SQL Server ODBC driver can log performance statistics in file. The log file is a tab-delimited file that can be analyzed in any spreadsheet supporting tab-delimited files, such as Microsoft Excel.The driver can also log long-running queries (queries that do not get a response from the server in a specified length of time). These queries can later be analyzed by programmers and database administrators.In This SectionProfile Driver Performance Data (ODBC)Log Long-Running Queries (ODBC)See AlsoODBC How-to Topics --> Feedback Was this page helpful? Provide product feedback | Get help at Microsoft Q&A Additional resources In this article

Devart-odbc-firebird.x86_64.rpmFor more detailed information about installing and configuring ODBC Driver for Firebird on Centos, go to the documentation.How to connect MATLAB to Firebird data source and access data in 3 steps01. Install the ODBC driver and set up a Data Source Name (DSN). Then, in MATLAB, go to Apps > Database Explorer.02. To create a connection to the database, click Connect and select the needed one from the list of ODBC Data Sources.03. To view data, select a table in the Database Browser, enter your SQL query, and clickPreview Query.Advantages of Connectivity to Firebird from MATLAB via ODBC DriverSecure ConnectionEvery operation with Firebird becomes significantly faster using such capabilities of ourdriver as local data caching, connection pooling, and much more.Working with MATLAB using Multiple FunctionsUsing MATLAB, you can create tables, add data, select, delete, sort, edit, combine data from several database tables, and find unique values quickly and easily.ODBC ConformanceThe driver fully supports the ODBC interface, its data types, and functions. It offers advanced connection string parameters and allows any ODBC-compliant desktop or web application to connect to Firebird from MATLAB on various platforms.Simple SQL Querying on MATLAB FilesMATLAB processes SQL through its SQL dialect. Using ODBC connection, it is simple to execute different SQL queries to retrieve entire tables or specific columns from Excel, filter data, format data, numbers, etc.Cost-Effective DeploymentInstalling the driver is easy with the standalone installation file. There is no need in deploying and configuring any additional software which results in a reduction in deployment costs.Sharing

A MySQL table to a SQL server table.Now, open SSMS, and in Object Explorer, right-click the required database and select Data Pump > Import Data to open the Data Import wizard. This tool acts as a MySQL to SQL Server converter. On the Source file page of the wizard, select the ODBC source file format and click Next.On the ODBC options page, specify the configured ODBC data provider options for imported data:Under Data source specification, select ODBC Driver for MySQL from the Use system or user data source name dropdown list.Under Login information, enter the username and password to the MySQL server to which the ODBC driver is connected.Click Test Connection to verify that the connection has been successfully established. Then, click OK to close the pop-up window.On the Destination page, select a target table for data import:Under Source, you can view all the tables located on the sakila database of the connected MySQL server. Under Target, you can view the preselected SQL Server connection, a database, a schema, and a table to which the data can be imported.In our example, we select sakila.customer as a source table and import its data into a new table with the same name on the target server. You could also import data into an existing table.Switch to the Mapping page, where you can see the columns with the assigned data types in the upper grid and the preview mode in the lower grid. You can also change the data type for the selected column by clicking Edit on the toolbar. To proceed, click Next. The Modes page displays the import modes. Only Append mode becomes available if you migrate data to a new table. However, if you transfer data into an existing table – all modes will be available, allowing you to choose the most suitable option based on your specific requirements.On the Output page, the Import data directly to the database option is selected by default, and we leave it as is. You can also save the file for further use or open it in the internal editor to make changes.Finally, specify the error processing behavior and logging options and click Import. When the data import process has been finished, you will see the following result:Click Finish to close the wizard. Let’s now refresh Object Explorer to check that the data from the MySQL table has been imported to the SQL table. Then, in Object Explorer, expand the sakila database and retrieve data from the imported dbo.sakila.customer table.Great! The MySQL table data has been successfully transferred to the SQL Server table.ConclusionIn the article, we have covered the fundamentals of the data conversion process between MySQL and SQL Server. We have also delved into the main differences between these databases, explored potential issues that might happen during data migration, and provided a detailed, step-by-step guide for efficiently transferring data from a MySQL table to a SQL Server table. The Devart ODBC Driver for MySQL and Data Pump for SQL Server for data migration

If the software and operating system are compatible. 2. Ask about operating system patches. Patches can interfere with installs on otherwise supported operating systems. 3. Check file and directory permissions. 4. Use the Windows explorer or Unix df -k to check disk space. 5. Insure unnecessary processes are shutdown. 6. Determine how far the installation has progressed. Some Windows installers hang during registry update. However, the actual installation is complete and functional. 7. Attempt to recreate the problem in-house.Consultants should report persistent installation problems to the Tech Support Manager. These problems may indicate critical install bugs. Troubleshooting What Do I Do When The Installation Process Produces Errors? Use the following guidelines to eradicate installation problems: 1. Obtain the name of the installation file. Obtain the name and version of the operating system. (Use uname -a on Unix.) Compare the two resources to determine if the software and operating system are compatible. 2. Ask about operating system patches. Patches can interfere with installs on otherwise supported operating systems. 3. Check file and directory permissions. 4. Use the Windows explorer or Unix df -k to check disk space. 5. Insure unnecessary processes are shutdown. 6. Determine how far the installation has progressed. Some Windows installers hang during registry update. However, the actual installation is complete and functional. 7. Search OPIE for a description of the actual error. 8. Attempt to recreate the problem in-house.Consultants should report persistent installation problems to the Tech Support Manager. These problems may indicate critical install bugs. Troubleshooting What Do I Need To Test The JDBC-ODBC Bridge? You need a functional ODBC Data Source Name (DSN). This DSN may use OpenLink or non-OpenLink drivers. You need to install Sun's Java Runtime Environment (JRE) on the same machine as the ODBC Data Source. You need to install OpenLink's Single-Tier JDBC driver on the machine that contains the ODBC Data Source and the JRE. You need to run your JAVA application on the machine that contains OpenLink's Single-Tier JDBC driver. Troubleshooting What Do I Need To Test The ODBC-JDBC Bridge? You need JDBC drivers that connect to your target data source. You need to install your Single-Tier client driver or Multi-Tier server components (Request Broker & JDBC Bridge Agent) on the machine, which contains the JDBC connection URL. Your JDBC client application must reside on the machine that contains the Single-Tier client driver or the Multi-Tier client components. Troubleshooting What Do I Need To Test The ODBC-ODBC Bridge? You need 3rd party ODBC drivers that connect to your database; You need to install your Single-Tier driver or Multi-Tier driver server components (Request Broker & Generic ODBC Agent) on the machine, which contains the 3rd party ODBC drivers; Your client application must reside on the same machine as the Single-Tier driver or the Multi-Tier driver client components. Troubleshooting What Environment Variables Need To Be Set On Unix Systems? Users need to run openlink.sh or openlink.csh in the appropriate shell to set the following variables on all unix systems: CLASSPATH A JAVA

Skip to main content This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. Download Microsoft Edge More info about Internet Explorer and Microsoft Edge Read in English Read in English Edit Share via ODBC API Reference Article06/25/2024 In this article -->The articles in this section describe each ODBC function in alphabetical order. Each function is defined as a C programming language function. Descriptions include the following information:PurposeODBC versionStandard CLI conformance levelSyntaxArgumentsReturn valuesDiagnosticsComments about usage and implementationCode exampleReferences to related functionsThe standard CLI conformance level can be one of the following: ISO 92, Open Group, ODBC, or Deprecated. A function tagged as ISO 92-conformant also appears in Open Group version 1, because Open Group is a pure superset of ISO 92. A function tagged as Open Group-compliant also appears in ODBC 3.x, because ODBC 3.x is a pure superset of Open Group version 1. A function tagged as ODBC-compliant appears in neither standard. A function tagged as deprecated has been deprecated in ODBC 3.x.Handling of diagnostic information is described in the SQLGetDiagField Function function description. The text associated with SQLSTATE values is included to provide a description of the condition but isn't intended to prescribe specific text.NoteFor driver-specific information about ODBC functions, see the section for the driver.This section contains articles for the following functions:SQLAllocConnect FunctionSQLAllocEnv FunctionSQLAllocHandle FunctionSQLAllocStmt FunctionSQLBindCol FunctionSQLBindParameter FunctionSQLBrowseConnect FunctionSQLBulkOperations FunctionSQLCancel FunctionSQLCancelHandle FunctionSQLCloseCursor FunctionSQLColAttribute FunctionSQLColAttributes FunctionSQLColumnPrivileges FunctionSQLColumns FunctionSQLCompleteAsync FunctionSQLConnect FunctionSQLCopyDesc FunctionSQLDataSources FunctionSQLDescribeCol FunctionSQLDescribeParam FunctionSQLDisconnect FunctionSQLDriverConnect FunctionSQLDrivers FunctionSQLEndTran FunctionSQLError FunctionSQLExecDirect FunctionSQLExecute FunctionSQLExtendedFetch FunctionSQLFetch FunctionSQLFetchScroll FunctionSQLForeignKeys FunctionSQLFreeConnect FunctionSQLFreeEnv FunctionSQLFreeHandle FunctionSQLFreeStmt FunctionSQLGetConnectAttr FunctionSQLGetConnectOption FunctionSQLGetCursorName FunctionSQLGetData FunctionSQLGetDescField FunctionSQLGetDescRec FunctionSQLGetDiagField FunctionSQLGetDiagRec FunctionSQLGetEnvAttr FunctionSQLGetFunctions FunctionSQLGetInfo FunctionSQLGetStmtAttr FunctionSQLGetStmtOption FunctionSQLGetTypeInfo FunctionSQLMoreResults FunctionSQLNativeSql FunctionSQLNumParams FunctionSQLNumResultCols FunctionSQLParamData FunctionSQLParamOptions FunctionSQLPrepare FunctionSQLPrimaryKeys FunctionSQLProcedureColumns FunctionSQLProcedures FunctionSQLPutData FunctionSQLRowCount FunctionSQLSetConnectAttr FunctionSQLSetConnectOption FunctionSQLSetCursorName FunctionSQLSetDescField FunctionSQLSetDescRec FunctionSQLSetEnvAttr FunctionSQLSetParam FunctionSQLSetPos FunctionSQLSetScrollOptions FunctionSQLSetStmtAttr FunctionSQLSetStmtOption FunctionSQLSpecialColumns FunctionSQLStatistics FunctionSQLTablePrivileges FunctionSQLTables FunctionSQLTransact Function --> Feedback Was this page helpful? Provide product feedback | Get help at Microsoft Q&A Additional resources In this article