This course provides information about how to create advanced stored processes that prompt the user for input and create different types of output.

The self-study e-learning includes:

• Annotatable course notes in PDF format.
• Virtual lab time to practice.

Aprenda a

• Create and register stored processes from SAS programs.
• Design dynamic stored processes that prompt users to enter parameter values.
• Create different types of stored process output.
• Use an input data source for the stored process.

A quién va dirigido

Power users who use SAS Enterprise Business Intelligence or SAS Office Analytics

Formatos disponibles	Duración
Presencial:	2.0 días
Live Web:	4 sesiones de medio día
e-learning:	14 horas/180 día licencia

This course builds on the knowledge gained by completing the SAS Office Analytics: Introducción course or the SAS Office Analytics: Fast Track course. That knowledge is required. To be completely successful in this course, an understanding of SAS programming and the SAS macro language is also required. You can gain the necessary SAS programming knowledge by completing the Programación SAS 1: Introducción course and the Macro Lenguaje SAS 1 course.

Este curso utiliza SAS Analytics Platform, SAS Office Analytics software.

Investigating SAS Stored Process Programming Concepts

• Exploring SAS Stored Process fundamentals.
• Constructing a stored process using a SAS program.
• Working with dependent prompts.

Prompting the User for Information

• Investigating the SAS prompting framework.
• Working with prompt macro variables.
• Using multi-value prompts.
• Working with shared prompts.
• Controlling user selections.

Working with Stored Process Output

• Investigating programming techniques.
• Enhancing stored process output.
• Chaining stored processes.
• Creating different output formats.

Extending Stored Process Functionality

• Using SAS tables as input data.
• Running a stored process from SAS program code.
• Using a Microsoft Excel worksheet as input data.

Appendix A

• Emailing stored process output.