IBM InfoSphere DataStage v11.5 - Advanced Data Processing

Unit 1 –Accessing databasesTopic 1:  Connector stage overview• Use Connector stages to read from and write to relational tables• Working with the Connector stage propertiesTopic 2:  Connector stage functionality• Before / After SQL• Sparse lookups• Optimize insert/update performanceTopic 3:  Error handling in Connector stages• Reject links• Reject conditionsTopic 4:  Multiple input links• Designing jobs using Connector stages with multiple input links• Ordering records across multiple input linksTopic 5:  File Connector stage• Read and write data to Hadoop file systemsDemonstration 1: Handling database errorsDemonstration 2:  Parallel jobs with multiple Connector input linksDemonstration 3:  Using the File Connector stage to read and write HDFS files

Unit 2 – Processing unstructured dataTopic 1:  Using the Unstructured Data stage in DataStage jobs• Extract data from an Excel spreadsheet• Specify a data range for data extraction in an Unstructured Data stage• Specify document properties for data extraction.Demonstration 1:  Processing unstructured data

Unit 3 – Data maskingTopic 1:  Using the Data Masking stage in DataStage jobs• Data masking techniques• Data masking policies• Applying policies for masquerading context-aware data types• Applying policies for masquerading generic data types• Repeatable replacement• Using reference tables• Creating custom reference tablesDemonstration 1: Data masking

Unit 4 – Using data rulesTopic 1:  Introduction to data rules• Using the Data Rules Editor• Selecting data rules• Binding data rule variables• Output link constraints• Adding statistics and attributes to the output informationTopic 2:  Use the Data Rules stage to valid foreign key references in source dataTopic 3:  Create custom data rulesDemonstration 1:  Using data rules

Unit 5 – Processing XML dataTopic 1:  Introduction to the Hierarchical stage• Hierarchical stage Assembly editor• Use the Schema Library Manager to import and manage XML schemasTopic 2:  Composing XML data• Using the HJoin step to create parent-child relationships between input lists• Using the Composer stepTopic 3:  Writing Hierarchical data to a relational tableTopic 4:  Using the Regroup stepTopic 5:  Consuming XML data• Using the XML Parser step• Propagating columnsTopic 6:  Transforming XML data• Using the Aggregate step• Using the Sort step• Using the Switch step• Using the H-Pivot stepDemonstration 1:  Importing XML schemasDemonstration 2: Compose hierarchical dataDemonstration 3: Consume hierarchical dataDemonstration 4:  Transform hierarchical data

Unit 6:  Updating a star schema databaseTopic 1:  Surrogate keys• Design a job that creates and updates a surrogate key source key file from a dimension tableTopic 2:  Slowly Changing Dimensions (SCD) stage• Star schema databases• SCD stage Fast Path pages• Specifying purpose codes• Dimension update specification• Design a job that processes a star schema database with Type 1 and Type 2 slowly changing dimensionsDemonstration 1: Build a parallel job that updates a star schema database with two dimensions

Experienced DataStage developers seeking training in more advanced DataStage job techniques and who seek techniques for working with complex types of data resources.

DataStage Essentials course or equivalent.

• Use Connector stages to read from and write to database tables
• Handle SQL errors in Connector stages
• Use Connector stages with multiple input links
• Use the File Connector stage to access Hadoop HDFS data
• Optimize jobs that write to database tables
• Use the Unstructured Data stage to extract data from Excel spreadsheets
• Use the Data Masking stage to mask sensitive data processed within a DataStage job
• Use the Hierarchical stage to parse, compose, and transform XML data
• Use the Schema Library Manager to import and manage XML schemas
• Use the Data Rules stage to validate fields of data within a DataStage job
• Create custom data rules for validating data
• Design a job that processes a star schema data warehouse with Type 1 and Type 2 slowly changing dimensions