Sql azure odbc driver

Var _jq = []; var $ = function(fn) { _jq.push(fn); }; --> Support Ukraine in Her Fight for Freedom! --> Accessing the SQL Azure database can be fast and seamless by using the Open Database Connectivity (ODBC) solution. Providing full interoperability, the ODBC driver for SQL Azure allows you to access live SQL Azure data directly from Crystal Reports. It enables you to retrieve data to Crystal Reports, and review and modify these data right in this application.SQL Azure Key FeaturesOpen sourceLow memory leakage problemSupport for multiple table typesPlatform IndependentCrystal Reports Key Features Enterprise resource planningData integration and synchronizationReporting and analyticsExtensive business functionalityDirect ConnectionOur data connector enables various ODBC-aware applications to establish a direct connection to SQL Azure via TCP/IP to eliminate the need for a SQL Azure client. A direct connection increases the speed of data transmission between Crystal Reports and SQL Azure for real-time analytics. It streamlines the deployment process since there is no need to distribute any additional client-side software with the ODBC driver for SQL Azure.What are some reasons to choose Devart ODBC Driver for SQL Azure?IntegrationODBC Driver for SQL Azure is compatible with Crystal Reports allowing extraction of data by executing SQL statements.Platforms VarietyODBC Driver for SQL Azure can be used with 32-bit and 64-bit applications on both x32 and x64 platforms, so there is no need to additionally configure the driver, applications, or environment.Fully Unicode-Compliant DriverWith our fully Unicode-compliant driver, you can properly retrieve and modify any data in multilingual SQL Azure databases, regardless of their character set: Latin, Cyrillic, Hebrew, Chinese, etc., and in any language environment.How to download, install, and configure ODBC Driver for SQL Azure?Download the driver. Run the installer and follow the instructions in the wizard. Open ODBC Data Sources. In the System DSN tab, click Add. Select the needed driver and click Finish.In the License tab of the Configuration dialog, click Input Activation Key and enter your key. Click OK.In the General tab of the Configuration dialog, fill in the fields with the database connection data. To test the connectivity, click Test Connection. To save the DSN, click OK.To install and configure ODBC Driver for SQL Azure on macOS, download first the PKG file from the Devart website. Run the downloaded file and follow the instructions in the wizard. After installing the driver, run the 64-bit or 86-bit iODBC utility, find the needed driver, and click Configure. In the dialog box that appears, specify the required connection settings and click OK. To establish a connection to the data source, click Test.Installation of an ODBC driver on Ubuntu is carried out from the DEB package. Download the package that matches the bitness of your operating system.Then open the folder with the downloaded package, double-click the DEB package, and click Install.Open the Terminal and install the driver by using the following command.If you use CentOC, you need to download the RPM package of the corresponding bitness.After that, open the Konsole and navigate to the folder with the downloaded package specifying the

Path to the folder as a parameter of the cd command. Then, install the driver by using the following commands.To install the devartodbcsqlazure_i386.deb on a 32-bit system, use:use sudo dpkg -i devartodbcsqlazure_i386.debTo install the devartodbcsqlazure_amd64.deb on a 64-bit system, use:sudo dpkg -i devartodbcsqlazure_amd64.debFor more detailed information about installing and configuring ODBC Driver for SQL Azure on Ubuntu, go to the documentation.To install the devart-odbc-sqlazure.i386.rpm on a 32-bit system, use:sudo -rpm -ivh devart-odbc-sqlazure.i386.rpmTo install the devart-odbc-sqlazure.x86_64.rpm on a 64-bit system, use:sudo rpm -ivh devart-odbc-sqlazure.x86_64.rpmFor more detailed information about installing and configuring ODBC Driver for SQL Azure on Centos, go to the documentation.How to connect SAP Crystal Reports to SQL Azure data source and access data in 3 steps01. Install the driver and configure an ODBC data source. Start SAP Crystal Reports and select File -> New -> ... Report.02. In Report Creation Wizard select all Tables from the Data Source (s) you want to import. Then proceed via Next button to set up numerous report settings variables. Afterwards, select the report design and click Finish button.03. Interact with your report in any way you prefer.Advantages of Connectivity to SQL Azure from Crystal Reports via ODBC DriverSecure ConnectionEvery operation with SQL Azure becomes significantly faster using such capabilities of ourdriver as local data caching, connection pooling, and much more.Working with Crystal Reports using Multiple FunctionsUsing Crystal Reports, 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 SQL Azure from Crystal Reports on various platforms.Simple SQL Querying on Crystal Reports FilesCrystal Reports 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 Your Data with Crystal ReportsYou can share your data with other users in Crystal Reports quickly and easily. Upload your Crystal Reports data to the SharePoint lists so that it can be available for you and others to use to create reports, data models, dashboards, etc.Popular Crystal Reports Integrations Using ODBC Driver

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

Passer au contenu principal Ce navigateur n’est plus pris en charge. Effectuez une mise à niveau vers Microsoft Edge pour tirer parti des dernières fonctionnalités, des mises à jour de sécurité et du support technique. Télécharger un pilote ODBC pour SQL Server Article01/02/2025 Dans cet article -->S’applique à : SQL Server Base de données Azure SQL Azure SQL Managed Instance Azure Synapse Analytics Analytics Platform System (PDW) Point de terminaison d'analyse SQL dans Microsoft Fabric Entrepôt dans Microsoft Fabric Base de données SQL dans Microsoft FabricMicrosoft ODBC Driver for SQL Server est une bibliothèque de liens dynamiques (DLL) unique qui prend en charge l’exécution des applications utilisant les API en code natif pour se connecter à SQL Server. Utilisez Microsoft ODBC Driver 18 for SQL Server pour créer de nouvelles applications ou améliorer des applications existantes qui doivent tirer parti des fonctionnalités plus récentes de SQL Server.Téléchargement pour WindowsLe programme d’installation redistribuable pour Microsoft ODBC Driver 18 for SQL Server installe les composants clients, qui sont nécessaires au moment de l’exécution pour tirer parti des fonctionnalités les plus récentes de SQL Server. Il installe éventuellement les fichiers d’en-tête nécessaires au développement d’une application qui utilise l’API ODBC. À partir de la version 17.4.2, le programme d’installation comprend et installe également la Bibliothèque d’authentification Microsoft Active Directory (ADAL.dll).La version 18.4.1.1 constitue la dernière version en disponibilité générale (GA). Si vous possédez une version antérieure de Microsoft pilote ODBC 18 pour SQL Server, le processus d'installation de la version 18.4.1.1 effectue une mise à niveau vers la version 18.4.1.1. Microsoft ODBC Driver 18 for SQL Server peut être installé côte à côte avec Microsoft ODBC Driver 17 for SQL Server.Télécharger Microsoft ODBC Driver 18 for SQL Server (x64)Télécharger Microsoft ODBC Driver 18 for SQL Server (x86)Téléchargement de Microsoft pilote ODBC 18 for SQL Server (ARM64)RemarqueUtilisez le programme d’installation x86 pour les machines 32 bits ou le programme d’installation x64 pour installer les pilotes 64 bits et 32 bits sur une machine 64 bits.Informations sur la versionNuméro de version : 18.4.1.1Publication : 31 juillet 2024RemarqueSi vous accédez à cette page à partir d’une

Azure Database Support Blog 3 MIN READIn certain service requests, our customers encounter the following error while connecting to the database, similar like this one: "Connection failed: ('08001', '[08001] [Microsoft][ODBC Driver 17 for SQL Server]Named Pipes Provider: Could not open a connection to SQL Server [65]. (65) (SQLDriverConnect); [08001] [Microsoft][ODBC Driver 17 for SQL Server]Login timeout expired (0); [08001] [Microsoft][ODBC Driver 17 for SQL Server]A network-related or instance-specific error has occurred while establishing a connection to SQL Server. Server is not found or not accessible. Check if the instance name is correct and if SQL Server is configured to allow remote connections. For more information see SQL Server Books Online. (65)'. I would like to give some insights about this.The crucial point to mention is that Azure SQL Database only responds to TCP, and any attempt to use Named Pipes will result in an error.1. Understanding the Error Message:The error message encountered by our customer is typically associated with attempts to connect using the Named Pipes protocol, which Azure SQL Database does not support. It signifies a network-related or instance-specific error in establishing a connection to SQL Server, often caused by incorrect protocol usage.2. Azure SQL Database's Protocol Support:Azure SQL Database is designed to work exclusively with the TCP protocol for network communication. TCP is a reliable, standard network protocol that ensures the orderly and error-checked transmission of data between the server and client.3. Why Specify TCP in Connection Strings:Specifying "TCP:" in the server name within your connection strings ensures that the client application directly attempts to use the TCP protocol. This bypasses any default attempts to use Named Pipes, leading to a more straightforward and faster connection process.4. Error Diagnosis and Efficiency:By using TCP, any connectivity issues encountered will return errors specific to the TCP protocol, making diagnosis more straightforward. This direct approach eliminates the time spent on protocol negotiation and reduces the time to connect.5. Recommendations for Azure SQL Database Connectivity:Always use TCP in your connection strings when connecting to Azure SQL Database.Ensure that your client and network configuration are optimized for TCP/IP connectivity.Regularly update your ODBC drivers and client software to the latest versions to benefit from improved performance and security features.6. Prioritizing TCP to Avoid Unnecessary Delays in Connectivity:An important aspect to consider in database connectivity is the order in which different protocols are attempted by the client or application. Depending on the configuration, the client may try to connect using Named Pipes before or after TCP in the event of a connectivity issue. This can lead to unnecessary delays in the validation process.When Named Pipes is attempted first and fails (as it is unsupported in Azure SQL Database), the client then falls back to TCP,