Overview: TimeIQ training assists clients interested in maintaining the efficient vector manipulation of FAME in a distributed Java-based architecture. With the information covered in this course, developers will have a solid understanding of areas where they can leverage TimeIQ within their current Java development environments. The course includes hands-on exercises.

Duration: 1 day of TimeIQ training with 1/2 of the course being lecture and 1/2 being hands-on exercises.

Prerequisites: Software developers attending the TimeIQ training session will benefit from prior experience in both Java and FAME technologies.

Objective: Users will gain an understanding of FAME in Java-based architecture.

Agenda:

1. TimeIQ Basics
• Review the classic FAME Architecture.
• Describe the TimeIQ Architecture.
• Describe TimeIQ licensing.
2. TimeIQ Persistence
• Describe the Persistence class hierarchy along with a discussion on each class.
• Describe the access mode property on a DataStore.
• Describe WildCard searching within TimeIQ..
• Describe the ScreeningCriteria class.
3. Objects - Series and Scalars
• Describe the TiqObject class.
• Describe the TiqView class hierarchy.
• Describe the metadata available for a TiqObject.
4. Retrieving Data
• Describe the getTiqObjectCopy method.
• Describe the methods for retrieving data from a Scalar object.
• Describe the methods for retrieving data from a Series object.
• Describe the TiqConstants class for status handling and missing codes.
5. Calendars and TimeScaling
• Describe the RegularCalander and SimpleCalendar classes.
• Describe the classes and methods used for convert a series from one frequency to another.
• Describe the TiqTechnique class along with the Basis and Observed Attributes.
6. Functors
• Explain the concept of a Functor.
• Describe the TimeScale Functor.
• Describe some available Analytical Functors.
7. Comparison and Which Functors
• Describe the Comparison Functor.
• Describe the Which Functor.
8. remEval
• Describe the remEval method and Analytical Connections.
• Describe how to run 4GL code through TimeIQ.
9. Writing and Modifying Objects
• Describe the access modes available for writing.
• Describe the Transaction Process with begin, commit and rollback methods
• Describe how to update objects within a database.
10. User Defined Functors
• Describe User Defined Functors classes.
• Describe the User Defined Functor types.
11. TimeIQ Enterprise Enhancements
• Describe the features available within TimeIQ Enterprise.
• Describe how to create and use a Connection Pool.

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