Link SQL Analysis Services with FileMaker Pro

This article shows how to use the CData JDBC Driver for SQL Analysis Services to integrate with the External SQL Sources (ESS) feature in FileMaker Pro, which allows you to link records in FileMaker Pro with related records in your other operational data stores.

You will use the MySQL Remoting feature to access SQL Analysis Services as a remote MySQL database. The CData JDBC Driver for SQL Analysis Services implements both the JDBC and MySQL standards to integrate with applications like FileMaker Pro that support connections to traditional databases like MySQL but not generic JDBC connections.

Selecting a FileMaker Pro Integration

There are two data access modes in FileMaker Pro:

• Data Import: SQL Analysis Services data is copied into a FileMaker Pro database and can be refreshed on demand. To streamline this solution, use the CData ODBC driver, as FileMaker Pro supports ODBC natively, but it does not support JDBC. To use this approach, see ODBC SQL Analysis Services Integration in FileMaker Pro.
• ESS: Instead of working with a local copy of the data, you can use the JDBC driver to create an external SQL source. The remote data can be modified in FileMaker Pro and tables can be used in the relationships graph like standard FileMaker Pro tables.

Outlining the ESS Setup

The JDBC driver is part of a data access chain. Compared to a native ODBC integration, FileMaker Pro integrations that use MySQL remoting have several additional components. This article shows how to link each of the following components with FileMaker Pro:

1. The CData JDBC driver.
2. The CData MySQL Remoting daemon (included with the driver).
3. An ODBC driver for MySQL.

   On Windows, FileMaker Pro requires the official MySQL driver, the MySQL Connector\ODBC (currently, the best option is Connector\ODBC 8.0.11).

   On macOS, FileMaker Pro requires the Actual Technologies Open Databases ODBC driver.

4. An ODBC driver manager.

   On Windows, the driver manager is built in. On macOS, you will need to install a driver manager before installing the ODBC driver; install the iODBC driver manager.

Start the Remoting Daemon

Follow the steps below to enable the MySQL Remoting feature:

1. Open Terminal and change to the lib subfolder in the installation folder.

   $ cd "/Applications/CData/CData JDBC Driver for SQL Analysis Services/lib"
2. Edit the configuration file (cdata.jdbc.ssas.remoting.ini by default):
   • Update the [databases] section with the JDBC Connection URL for SQL Analysis Services: ssas = "User=myuseraccount;Password=mypassword;URL=http://localhost/OLAP/msmdpump.dll;"

     To connect, provide authentication and set the Url property to a valid SQL Server Analysis Services endpoint. You can connect to SQL Server Analysis Services instances hosted over HTTP with XMLA access. See the Microsoft documentation to configure HTTP access to SQL Server Analysis Services.

     To secure connections and authenticate, set the corresponding connection properties, below. The data provider supports the major authentication schemes, including HTTP and Windows, as well as SSL/TLS.

     • HTTP Authentication

       Set AuthScheme to "Basic" or "Digest" and set User and Password. Specify other authentication values in CustomHeaders.

     • Windows (NTLM)

       Set the Windows User and Password and set AuthScheme to "NTLM".

     • Kerberos and Kerberos Delegation

       To authenticate with Kerberos, set AuthScheme to NEGOTIATE. To use Kerberos delegation, set AuthScheme to KERBEROSDELEGATION. If needed, provide the User, Password, and KerberosSPN. By default, the data provider attempts to communicate with the SPN at the specified Url.

     • SSL/TLS:

       By default, the data provider attempts to negotiate SSL/TLS by checking the server's certificate against the system's trusted certificate store. To specify another certificate, see the SSLServerCert property for the available formats.

     You can then access any cube as a relational table: When you connect the data provider retrieves SSAS metadata and dynamically updates the table schemas. Instead of retrieving metadata every connection, you can set the CacheLocation property to automatically cache to a simple file-based store.

     See the Getting Started section of the CData documentation, under Retrieving Analysis Services Data, to execute SQL-92 queries to the cubes.

     See the help documentation for more information about the available connection properties and other configuration options for remoting.

3. Start the MySQL daemon by specifying the configuration file or settings on the command line. The example below uses the included sample configuration file.

   $ java -jar cdata.jdbc.ssas.jar -f "cdata.jdbc.ssas.remoting.ini"

Create the DSN

After connecting successfully to SQL Analysis Services and starting the MySQL daemon, create a MySQL ODBC data source. When working with ODBC data sources, you specify connection properties in a DSN (data source name).

If you have not already obtained an ODBC driver and driver manager, refer to "Outlining the ESS Setup" to determine the components supported for your platform.

macOS

Follow the steps below to use the iODBC graphical administrator tool:

1. Open iODBC by searching in the launchpad.
2. On the System DSN tab, click Add and select Actual Open Source Databases.
3. Provide the following information to complete the wizard:
   • Name: Enter the DSN.
   • Server: Enter 127.0.0.1 or the address of the machine where the MySQL daemon is running.
   • Port: Enter the port that the daemon is listening on. For example, 3306.
   • Database: Enter the name of a database specified in the config file for the daemon. For example, SSAS.
   • In the Metadata tab, check the boxes for:
     • "Ignore schema in column specifications"
     • "Don't use INFORMATION_SCHEMA for metadata"
4. Click Test Connection and enter your credentials in the dialog.

Windows

You can use the built-in Microsoft ODBC Data Source Administrator to create the ODBC DSN.

1. From the Control Panel, select Set Up Data Sources (ODBC). The ODBC Data Source Administrator is displayed.
2. On the System DSN tab, click Add and select the MySQL ODBC driver.
3. Provide the following information to complete the wizard:
   • Name: Enter the DSN.
   • Server: Enter 127.0.0.1 or the address of the machine where the MySQL daemon is running.
   • Port: Enter the port that the daemon is listening on. For example, 3306.
   • Database: Enter the name of a database specified in the config file for the daemon. For example, SSAS.
   • In the Metadata tab, check the boxes for:
     • "Ignore schema in column specifications"
     • "Don't use INFORMATION_SCHEMA for metadata"
4. Click Test Connection and enter your credentials in the dialog.

Create SQL Analysis Services Shadow Tables

Shadow tables exist in an external SQL source but can be used in much the same way as other tables in your FileMaker database; you can add them in the relationships graph, browse data, and create layouts on them.

1. Click File -> Manage -> Database.
2. On the Relationships tab of the resulting dialog, click the Add a Table button in the Table/Relationships section.
3. In the Data Source menu, select Add ODBC Data Source and then select the DSN you created in the previous section.

After specifying the username and password for the DSN, you can add SQL Analysis Services tables to the relationships graph. You can now scroll through, sort, and summarize SQL Analysis Services data by clicking View -> Browse Mode, just as you would a remote MySQL database.