Microsoft SQL Server data output

This article provides an introduction to Microsoft SQL Server along with a guide on creating a Microsoft SQL Server data output using Upsolver.

What is Microsoft SQL Server?

Microsoft SQL Server is a relational database management system developed by Microsoft. As a database server, it is a software product with the primary function of storing and retrieving data as requested by other software applications—which may run either on the same computer or on another computer across a network.

Create a Microsoft SQL Server data output

1. Go to the Outputs page and click New.

2. Select Microsoft SQL Server as your output type.

3. Name your output and select your Data Sources.

4. Select New to create a new table or Existing to output to an existing table. Then click Next.

If outputting to an existing table, complete the database options as prompted before clicking Next again. If necessary, create a new Microsoft SQL Server connection.

Click Properties to review this output's properties. See: Output properties

5. Click the information iconin the fields tree to view information about a field. The following will be displayed:

Density in Events

How many of the events in this data source include this field, expressed as a percentage (e.g. 20.81%).

Density in Data

The density in the hierarchy (how many of the events in this branch of the data hierarchy include this field), expressed a percentage.

Distinct Values

How many unique values appear in this field.

Total Values

The total number of values ingested for this field.

First Seen

The first time this field included a value, for example, a year ago.

Last Seen

The last time this field included a value, for example, 2 minutes ago.

Value Distribution

The percentage distribution of the field values. These distribution values can be exported by clicking Export.

Field Content Samples Over Time

A time-series graph of the total number of events that include the selected field.

Selected

The most recent data values for the selected field and columns. You can change the columns that appear by clicking Choose Columns.

6. Click the information iconnext to a hierarchy element (such as the overall data) to review the following metrics:

# of Fields

The number of fields in the selected hierarchy.

# of Keys

The number of keys in the selected hierarchy.

# of Arrays

The number of arrays in the selected hierarchy.

Fields Breakdown

A stacked bar chart (by data type) of the number of fields versus the density/distinct values or a stacked bar chart of the number of fields by data type.

Fields Statistics

A list of the fields in the hierarchy element, including Type, Density, Top Values, Key, Distinct Values, Array, First Seen, and Last Seen.

7. Click the plus iconin the fields tree to add a field from the data source to your output. This will be reflected under the Data Source Field in the Schema tab.

• If required, modify the column name under Schema Column.

• Additionally, click the gear iconto modify other details such as Column Type and Size.

• To remove a field, click the unlink iconto clear the column mapping then the garbage iconto drop the column.

Alternatively, add columns by clicking Add New Column.

• Provide a Column Name as well as select a Column Type.

  • If desired, give the column a Default Value then click Save.

• This column will now be added under the Data Source Field in the Schema tab.

Toggle from UI to SQL at any point to view the corresponding SQL code for your selected output.

You can also edit your output directly in SQL. See: Transform with SQL

8. Add any required calculated fields and review them in the Calculated Fields tab. See: Adding calculated fields

9. Add any required lookups and review them under the Calculated Fields tab.

Adding Lookups

• from data sources

• from lookup tables

• from reference data

10. Through the Filters tab, add a filter like WHERE in SQL to the data source. See: Adding filters

11. Click Make Aggregated to turn the output into an aggregated output. Read the warning before clicking OK and then add the required aggregation. This aggregation field will then be added to the Schema tab. See: Aggregation functions

12. In the Aggregation Calculated Fields area under the Calculated Fields tab, add any required calculated fields on aggregations. See: Functions, Aggregation functions

13. To keep only the latest event per upsert key, click More > Manage Upserts then select the following:

• Keys: A unique key identifying a row in the table.

• Deletions: The delete key (events with the value true in their deletion key field will be deleted).

See: Data types and features, How do upserts work?

Click Preview at any time to view a preview of your current output.

14. Click Run and fill out the following fields:

• Microsoft SQL Server Connection: How to create a new SQL Server connection

• Schema

• Table Name

• Intermediate Storage Location: Where Upsolver will store the intermediate bulk files which it will then load into Microsoft SQL Server

See: Running an output, Database output options

15. Click Next and complete the following:

Compute Cluster

Select the compute cluster to run the calculation on. Alternatively, click the drop-down and create a new compute cluster.

Processing Time Range

The range of data to process. This can start from the data source beginning, now, or a custom date and time. This can never end, end now or end at a custom date and time.

16. Finally, click Deploy to run the output. It will show as Running in the output panel and is now live in production and consumes compute resources.

You have now successfully outputted your table to your Microsoft SQL Server database.