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SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
SAP Power Designer
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SAP Power Designer

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16 Mart 2012 SAP

16 Mart 2012 SAP

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  • 1. Enterprise Data ManagementSAP ANALYTICS & INNOVATION FORUM 12Mehmet ÇAVUŞ, Sybase, Technical Consultant16.03.2012 1
  • 2. The Modeling Environment - DomainsThe Modeling Environment© 2012 SAP AG. All rights reserved. 2
  • 3. PowerDesigner Architecture© 2012 SAP AG. All rights reserved. 3
  • 4. Conceptual Model (CDM) / Logical Data Model(LDM) PowerDesigner Models Fulfills the following roles: – Represents the overall logical structure of a data, independent of any software or data storage structure - system and business domain, – Gives a formal representation of the data structure needed to run an enterprise or a business process/service, – Uses ER, Merise and IDEF1X notations, – Uses only one conceptual data diagram, – Represents the organization of data in a graphical format, – Imports/Exports Data Items and Entities from BPM© 2012 SAP AG. All rights reserved. 4
  • 5. Conceptual Data Model (CDM) / Logical Data Model(LDM) PowerDesigner Models Employee Employee Identifier <pi> ID <M> •Standard E/R modeling Employee Name <ai> NAME Employee Description <ai> L_TEXT Identifier_1 <pi> •Business rules, domains, data Identifier_2 <ai> ... items, entities, relationships, associations, identifiers, inheritance Sales Stock_ClerkSalary MNYCommission MNY Hourly Rate MNY •Supports one-to-many & many-to- Shipper many relationships Salary MNY •Automatic physical data model Orders generation OrderID <pi> ID <M> Description L_TEXT <M> Identifier_1 <pi> ... Customer Items Address ADDR ItemsID <pi> ID <M> CustomerID <pi> ID <M> Description L_TEXT Name MNY Identifier_1 <pi> Phone PHN ... Identifier_1 <pi> ...© 2012 SAP AG. All rights reserved. 5
  • 6. Physical Data Model (PDM)PowerDesigner ModelsRepresents the implementation of physical structure of a data for selected(R)DBMS including data storage structure and management choices orparameters (particularities of DBMS),It gives a formal representation of the physical data structure to be installedand actively used within the IT system,Uses standardized relational or multidimensional notation,The PDM fills the following roles:– Represents the organization of physical data in a graphical format,– Verifies the validity of data design for selected (R)DBMS,– Holds all (R)DBMS related choices and particularities,– Used for repository generation, synchronization and administration,– Facilitate O/R, used with framework, and R/R mapping from DWH© 2012 SAP AG. All rights reserved. 6
  • 7. Multi-Dimension Data Warehouse Design Star Schema Location Product Location ID integer <pk> Time Country varchar(30) Time ID integer <pk> Product ID integer <pk> City varchar(30) Year integer Name varchar(30) Month integer Day integer Sales Country_City_Location Sales ID integer <pk> Country ID <h:1> Product ID integer <fk1> Location ID integer <fk2> ... Country Name City ID City Name <h:2> Multi-dimension Country Country ID integer Country Name varchar(30) <pk> Zip Location ID <h:3> Model Hierarchy_1 <Default> <h> City Sales - Country_City_Location Product Category City ID integer <pk> Month_Time MonthCategory ID integer <pk> Country ID integer <fk> Month Number integer <pk> Month Number <h:1>Category Name varchar(30) City Name varchar(30) Month Name varchar(10) Sales Month Name Zip varchar(30) Sales - Month_Time Time ID <h:2> Sales ID Sales number Year Month Sales Day Location Time Hierarchy_1 <Default> <h> Product Location ID integer <pk> Sales - Product Category_Product Product ID integer <pk> Time ID integer <pk> City ID integer <fk> Category ID integer <fk> Month Number integer <fk> Name varchar(30) Year integer Month integer Product Category_Product Day integer Category ID <h:1> Snowflake Sales ID Sales integer <pk> Category Name Product ID Name <h:2> Schema Product ID integer <fk1> Location ID integer <fk2> ... Hierarchy_1 <Default> <h> © 2012 SAP AG. All rights reserved. 7
  • 8. Physical Data Model (PDM)PowerDesigner Models Oracle 8i, 8i2, 9i, 9i2, 10g, 10gR2 and 11g support •Bitmap join indexes Oracle Database Packages •Global Temporary Tables “Undo” Tablespaces and Storage Partitions •Abstract Data Types Oracle Materialized Views •Oracle Dimension support ... IBM DB/2 5.x, 6, 7, 8 and 9 for OS/390 and Common Server support •Detailed Tablespace definitions Column LOB options •Tables with Computed Columns Generated and Encrypted Value declarations, •DB/2 index Bind Packages DB/2 Materialized Query Tables ... Microsoft SQL Server 7.x, 2000, 2005 and 2008 support •Indexed Views with encryption options Multiple file definitions for filegroups •Row Global Unique Identifier Constraint and Collation names •Identity properties Replication settings •Microsoft Analysis Services including cubes ... Adabas, AS400, Informix, MySQL, Netezza, PostgreSQL, Teradata ...© 2012 SAP AG. All rights reserved. 8
  • 9. Data Movement Model (DMM)PowerDesigner ModelsHigh level physical view of information (data) movement/flow processes,either through replication or any other data flow, – Replication as a process where transactions performed on one (source)database are propagated asynchronously to one or more target database ina serialized manner,It gives physical view of information sources, destination, appliedtransformations, replication processes and source/destination datastructure mappings,Uses simple graphical notation,The DMM is used for the following roles:– To present data flows, transformations, data sources and destination,– To describe replication process for Replication Server or Mobilink,– To document DWH ETL/delivery flows and used mappings,– Allows direct access to every data model used within the flow© 2012 SAP AG. All rights reserved. 9
  • 10. Data Movement Model (DMM)PowerDesigner Models© 2012 SAP AG. All rights reserved. 10
  • 11. Impact Analysis in PowerDesigner© 2012 SAP AG. All rights reserved. 12
  • 12. PowerDesignerReporting – Report GeneratorPowerful report generator Multi-model Customizable Template-based Easy-to-use, drag-and-drop interfaceGenerates RTF or HTML© 2012 SAP AG. All rights reserved. 13
  • 13. Repository ArchitectureWe need a good metadata repository•Team development  Security to protect elements, core, library, etc.  Single source for all elements (find and reuse)•Model management  Versioning  Branching  Compare/Merge  Reporting Enterprise Glossary & Library. Impact Analysis in Repository.© 2012 SAP AG. All rights reserved. 14
  • 14. Repository Portal© 2012 SAP AG. All rights reserved. 15
  • 15. DataWarehousing Architecture 2 1© 2012 SAP AG. All rights reserved. 16
  • 16. Migrating an OLTP Database to a Data Warehouse To establish a data warehouse using an OLTP database I. Reverse engineer the OLTP database with statistics II. Generate/Create an DW Physical Data Model (PDM)  Modify DW model using indexes based on statistics, denormalization, etc...  Define the transformation between source and DW models using either mapping or DMM III. Generate the data warehouse IV. Move data from OLTP database to DW by  Generating export/import scripts to run on OLTP database and DW  Creating ETL templates© 2012 SAP AG. All rights reserved. 17
  • 17. 1- Reverse Engineering the OLTP Database with StatisticsPowerDesigner allows users to reverse engineer statistics data (number ofrows, number of distinct values for a column, …)© 2012 SAP AG. All rights reserved. 18
  • 18. 2- Generating Physical Data Model (PDM) for DWPowerDesigner allows users to generate new models using link and synchmethodology.© 2012 SAP AG. All rights reserved. 19
  • 19. >Define the transformation by DMM or Mapping© 2012 SAP AG. All rights reserved. 20
  • 20. 3- Generating the Data Warehouse DatabaseGenerate the data warehouse database using the Database>“GenerateDatabase” command.© 2012 SAP AG. All rights reserved. 21
  • 21. 4- Example of an Export & Load Script© 2012 SAP AG. All rights reserved. 22
  • 22. Powerdesigner ModelingInformation Architecture© 2012 SAP AG. All rights reserved. 23
  • 23. Our Customer’s Perspective…© 2012 SAP AG. All rights reserved. 24
  • 24. Turkcell Success Story “It was an amazing success ofTurkcell, the leading mobile phone operator in Turkey, Sybase PowerDesigner.”previously kept conceptual, logical, physical data,ETL process modeling, Yuksel Guler,source to target mapping relations information been inMicrosoft® Word, Visio and Excel. Using Sybase PowerDesigner, Turkcell Communication Service A.fi.,Turkcell is able to manage all modeling requirements Service and Product Developmentwithin BIS-Reengineering project.Business AdvantageTurkcell is able to develop impact analysis on changes madein any department, and provide information on changesthat affect underlying metadata.Key Benefits•Reduces business process modeling time by 40%•Saves 30% in labor efforts•Provides compatibility with other software•Increases specifications for projects in a single modeling tool•Synchronizes with Microsoft® Word for business process modeling (BPM)© 2012 SAP AG. All rights reserved. 25
  • 25. ConclusionUsing PowerDesigner and Model-Driven Approach can greatly accelerate thedevelopment, increase the productivity and reduce errors for data warehousedesign and implementation.© 2012 SAP AG. All rights reserved. 26
  • 26. Thank youMehmet ÇAVUŞTechnical Consultantmehmet.cavus@sybase.com.tr+90 (0) 212 351 27 30

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