Save data for later offline use or enable fast reporting from the cache. Autocache: Automatically cache data to a lightweight database.See Caching Data to configure replication and caching for a range of scenarios common to remote data access. See SQL Compliance for a syntax reference and code examples outlining the supported SQL. This enables any MySQL or SQL Server client to connect, from PHP applications, SQL Server linked servers, and so on. The SQL Gateway listens for incoming MySQL and SQL Server connections and brokers the SQL request to the ODBC data source. See SQL Gateway to configure MySQL or SQL Server entry points for 1010data on your server, using the included CData SQL Gateway application. See Create a Linked Server for more information. The connection can be made locally or to the Gateway located on a separate machine. SQL Server treats the CData SQL Gateway as a linked SQL Server instance, so you can write full SQL queries to query your 1010data data without losing performance as would happen connecting to an ODBC data source directly. You can use SQL Linked Server to connect to the CData SQL Gateway. See the 1010data integration guides for information on connecting from other applications. See Using the ODBC Driver (from Code) to connect to 1010data from the following programming languages and for information on the supported interfaces: See Using the ODBC Driver (from Tools) for information on using the ODBC driver in some of the popular applications and programming languages that connect via ODBC. See Getting Started to create an ODBC data source name (DSN) and connect to 1010data from your platform. Drivers for Windows, Linux, and macOS/OS X.Supports the Unicode ODBC APIs and ODBC 3.8.Supports 32-bit and 64-bit applications.Access, analyze, and report on data with your SQL-based tool of choice.The driver hides the complexity of accessing data and provides additional powerful security features, smart caching, batching, socket management, and more. Applications can then access 1010data as a traditional database. The driver wraps the complexity of accessing 1010data data in a standard ODBC driver compliant with ODBC 3.8. Specify additional segments after the account locator.The ODBC Driver for 1010data 2020 enables real-time access to 1010data data, directly from any applications that support ODBC connectivity, the most widely supported interface for connecting applications with data. The account uses a different cloud provider, you need to If the account is in a different region or if Note that testodbc2 uses an account in the AWS US West (Oregon) region. Testodbc2 uses the account locator xy12345 as the account identifier. Testodbc1 uses an account identifier that uses anĪccount identifier that specifies the account myaccount in the organization The following example illustrates an odbc.ini file that configures two data sources that use different forms of an For details about the parameters that can be set for each DSN, see ODBC Configuration and Connection Parameters. Parameters are specified in the form of =. Any connection parameters you add to the DSN do not need to be specified in the ODBC connect string.Īny additional parameters, such as default role, database, and warehouse. ĭirectory path and name of the driver file, in the form of Driver = /opt/snowflake/snowflakeodbc/lib/universal/libSnowflake.dylib.Ĭonnection parameters, such as server and uid (user login name). If you are creating the first DSNįor the driver, you must manually create the odbc.ini file and add the entry to the file.ĭSN name and driver name (Snowflake), in the form of =. If a user or system DSN has already been created for the driver, add the new entry to the odbc.ini file that already exists in the corresponding directory for the type of DSN you are creating. Creating a DSN by Adding an Entry in the odbc.ini File ¶
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