SAP Training Courses ABAP 6.10
ABAP stands for Advanced Business Application Programming. It is a programming language  developed by SAP. These systems are used by companies to track all information related to the business integrating finance, sales, and materials data
. ABAP/4 is the programming language used for the thousand tiny embedded programs called transactions that make up the application. The /4 means it is a fourth generation language.
ABAP is code written in an interpretive language similar to COBOL in syntax. The language can be coded to look almost like COBOL. Its use allows SAP customers to extend the functionality
of the base product.
SAP is very flexible, it can be used for specific business functions rather than the whole enterprise and can be modified for the companies specific needs. Every SAP installation has its
own specific configuration and set of functions.
Our training courses include
- Interactive full multimedia training on CD-ROM or online.
- Course contains interactive exercises to practice one's skills
- Review Questions
- Does not require SAP software
- Compatible with any Windows Operating System
Details
SAP ABAP Training Includes the Following Courses
ABAP 6.10 Overview Training CD $139.00
 Course Overview
The purpose of this course is to provide an overview of the SAP programming language ABAP 6.10. The course will show the
structural pre-requisites, which are important to develop a programme with ABAP/4.
Learn To
- Architecture of SAP R/3 Programs.
- ABAP in the SAP R/3 System.
- Work Processes.
- Program Flow and Program Types.
- Workbench in SAP R/3.
- ABAP Workbench.
- General Program Conventions.
- Program Structure with Example.
- Program Structure.
Audience
This training course has been primarily designed for employees of the system administration and the system service team. Moreover the course has been designed for anyone of the project
team who has to create special demands. Participants should have basic knowledge of Windows or other graphical user interfaces (GUI).
Total Learning Time
3 to 4 hours
Objectives
Unit 1: Architecture of SAP R/3 Programs 1.5 - 2 hours
- ABAP in the SAP R/3 System.
- Architecture of SAP R/3 Applications.
- Database Layer.
- Application Layer.
- Presentation Layer.
- Work Processes.
- Work Processes.
- Screen Processor.
- ABAP Processor.
- Types of Work Process.
- Program Flow and Program Types.
- Flow of ABAP Programs.
- Executable Programs.
- Non-Executable Programs.
Unit 2: Workbench in SAP R/3 1.5 - 2 hours
- Workbench.
- Dictionary.
- ABAP Editor.
- Class Builder.
- Function Builder.
- Screen Painter.
- Menu Painter.
- Object Navigator.
- General Program Conventions.
- Naming and Programming Conventions.
- Keywords, Statements, and Comments.
- Types of ABAP Program.
- Program Structure with Example.
- Program Structure.
- Creating a Program.
- Creating a Declaration Part.
- Creating a Processing Block.
- Inserting an IF Statement.
- Compiling and Executing Programs.
ABAP Reporting 6.10 Training CD $139.00
Course Overview
The course ABAP reporting 6.10 will show the trainee how to integrate reports in SAP R/3. The user will be introduced to batch input programming and evaluation as well as being introduced to
the ALV grid control and shown what it can be used for.
Learn To
- Integrating Reports in SAP R/3.
- Area Menus.
- Transactions.
- Creating User-Specific Menus.
- Batch Input.
- Working with Files.
- Batch Input Programming.
- ALV Grid Control.
- ALV Grid Control: Details.
- Simple Program with ALV Grid Control.
Audience
This course has been primarily designed for employees of the system administration and the system service team. Moreover the course has been designed for anyone of the project team
who has to create special demands. This course has been developed for end users who are already involved with the system administration or who are involved with the development of
client specific SAP adoption. Participants should have basic knowledge of Windows or other graphical user interfaces (GUI).
Total Training Time
4.5 to 6 hours
Objectives
Unit 1: Integrating reports in SAP R/3 1.5 - 2 hours
- Area Menus.
- Creating Area Menus.
- Area Menu Entries.
- Appending Reports to an Area Menu.
- Deleting Area Menus and Reports.
- Transactions.
- Creating Transactions.
- Transactions: Change, Copy, Delete.
- Creating User-Specific Menus.
- Creating User-Specific Roles.
- Assigning an Area Menu to a Role.
- Assigning Transactions to the Role Menu.
- Creating Authorizations.
- Assigning Roles to a User.
Unit 2: Batch input 1.5 - 2 hours
- Working with Files.
- Sequential and Local Files.
- Files on the Application Server.
- Files on the Presentation Server.
- Batch Input Programming.
- Process Description.
- Preparing Data Transfer.
- Using the Transaction Recorder.
- Creating Conversion Programs.
- Choosing the Data Transfer Method.
- Batch Input Monitoring.
Unit 3: ALV Grid control 1.5 - 2 hours
- ALV Grid Control: Details.
- ALV Grid Control Screen Layout.
- Simple Program with ALV Grid Control.
- Creating a Program.
- Creating an ALV Grid Control.
- List Displays in the ALV Grid Control.
- Creating a Menu Bar.
14338 - ABAP Web Application Server Development CD $139.00
Course Overview
The course Web Application Server Development provides an overview of the architecture of the SAP Web AS and explains the differences between the SAP Web Application Server and the
SAP Internet Transaction Server (ITS). Furthermore, the user will be introduced to the concept on which the programming model of the Web Application Server is based.
Learn To
- SAP WebAS: Architecture.
- Architecture.
- ITS versus the Web Application Server.
- SAP WebAS: Programming Model.
- Introduction: Business Server Pages.
- Business Server Page Events.
- Data Administration for BSPs.
- User Dialogs.
- Developing BSP Applications.
- Session Handling.
Audience
The Computer Based Training (CBT) course SAP Web Application Server Development is aimed at developers who want to program Web applications on the SAP Web Application Server
platform. Participants should have basic knowledge of Windows or other graphical user interfaces (GUI).
Total Learning Time
3 to 4 hours
Objectives
Unit 1: SAP WebAS: Architecture 1.5 - 2 hours
- Architecture.
- Web Application Server Architecture.
- Internet Communication Manager (ICM).
- Internet Communication Framework (ICF).
- ITS versus the Web Application Server.
- ITS versus the Web Application Server.
Unit 2: SAP WebAS: Programming Model 1.5 - 2 hours
- Introduction: Business Server Pages.
- Definition of BSP Applications.
- Structure of a Business Server Page.
- Application Classes.
- Page Fragments.
- MIME Objects.
- Themes.
- Navigation Structure.
- Business Server Pages – Example.
- Business Server Page Events.
- Event Concept.
- Event Handlers.
- Events – Example.
- Data Administration for BSPs.
- Data Definition and Visibility.
- User Dialogs.
- Supporting User Entries.
- Defining Subsequent Pages Statically.
- Processing User Entries.
- Defining Subsequent Pages Dynamically.
- Data Transfer Between BSPs.
- Dialog – Example.
- Developing BSP Applications.
- Web Application Builder.
- MIME Repository.
- BAPI Explorer.
- Online Text Repository.
- Session Handling.
- Stateful and Stateless Mode.
- Stateless Mode: Transfer Information.
14339 - ABAP Objects 6.10 Overview CD $139.00
Course Overview
The course ABAP Objects 6.10 Overview describes the programming concepts used in SAP. It also explains a number of basic object-oriented concepts, and provides a brief introduction to
the conceptual phase of ABAP Object program systems. The course also provides a detailed description of the object-oriented programming concept. It also discusses the special features of
the object-oriented concept and explains how similar code can be combined.
Learn To
- Introduction to Object-Oriented Programming.
- ABAP Programming Models.
- Analysis and Design.
- Concept of Object-Oriented Programming.
- Classes and Their Components.
- Working with Objects/Objects in Real Applications.
- Concept Specifications.
Audience
The Computer Based Training (CBT) course SAP Web Application Server Development is aimed at developers working in an SAP environment, as well as at members of project teams working
in the concept phase. Participants should have basic knowledge of Windows or other graphical user interfaces (GUI).
Total Learning Time
3 to 4 hours
Objectives
Unit 1: Introduction to Object-Oriented Programming 1.5 - 2 hours
- ABAP Programming Models.
- Procedural Programming Method.
- Object-Oriented Programming Method.
- Programming a Bicycle.
- Analysis and Design.
- Class Diagram.
- Sequence Diagram.
Unit 2: Concept of Object-Oriented Programming 1.5 - 2 hours
- Classes and Their Components.
- Objects and Classes.
- Class Component: Attribute.
- Class Component: Method.
- Class Component: Event.
- Working with Objects/Objects in Real Applications.
- Instantiating and Deleting Objects.
- Working with Objects.
- Working with Objects – Example.
- Concept Specifications.
- Inheritance.
- Casting.
- Polymorphism.
- Interfaces.
Internetworking Technologies - Part 3
Course Overview
This is the third course in a four-part series on Internetworking Technologies 2.0. This series will help students to understand terms, concepts, technologies, and devices commonly used in
networking. This course will cover Internet protocols, NetWare protocols, and AppleTalk.
Learn To
- Identify Internet protocol basics including addressing and routing.
- Identify the basic operation of a NetWare-based client server environment.
- Identify the characteristics of Internetwork Packet Exchange (IPX), Novell IPX data encapsulation, Service Advertisement Protocol (SAP) filters, SAP transport layer
protocols, and upper layer protocols and services.
- Identify AppleTalk network components.
- Identify the components of Systems Network Architecture (SNA).
- Identify routed protocols including DECnet, VIP, and XNS.
Audience
This course is intended for anyone who wants to understand internetworking and individuals who are new to networking. Familiarity with upgrading, administering, and GUI-based PC
maintenance tasks is helpful. System administrators, network administrators, network specialists, network designers, and network technicians will benefit from this course. In addition,
students should have taken the first two parts of this series (courses 20011 and 20012) prior to taking this course. This course will help candidates prepare for Exam 640-607 for the Cisco
Certified Network Associate (CCNA) certification.
Total Learning Time
6 to 8 hours
Training Objectives
Unit 1: Internet Protocols 1.5 - 2 hours
- Identify examples of routed and routing protocols.
- Select the features of Internet Protocol (IP).
- Match each IP packet field with its function.
- Identify the features of IP addresses.
- Label each IP address class with its class name.
- Identify the benefits of using IP subnet addresses.
- Sequence the steps for a router to determine a subnetwork address.
- Calculate a Class C subnet address.
- Sequence the steps in Address Resolution Protocol (ARP).
- Match each type of Internet Control Message Protocol (ICMP) message packet with its function.
- Identify OSI network layer protocols.
- Match OSI transport layer protocols with their features.
- Match each upper-layer component of the OSI protocol suite with its OSI model layer.
- Identify features of TCP in the IP environment.
- Match each TCP packet field with its description.
- Compare the features of User Datagram Protocol (UDP) with those of TCP.
- Match each upper-layer protocol with its functions.
Unit 2: NetWare Protocols 1.5 - 2 hours
- Identify the attributes of NetWare protocols.
- Identify the media access protocols that NetWare supports.
- Identify the characteristics of Internetwork Packet Exchange (IPX).
- Match each IPX encapsulation type with its NetWare description.
- Label each IPX packet field characteristic with its field name.
- Sequence the steps of SAP operation.
- Identify the characteristics of Sequenced Packet Exchange (SPX).
- Match the name of each NetWare upper layer protocol service with its set of characteristics.
- Match the name of each NetWare upper layer protocol service with its set of characteristics.
Unit 3: AppleTalk 1 - 2 hours
- Identify the parts of a network address training.
- Identify the description of nodes and zones in an AppleTalk network.
- Identify the functions of sockets in AppleTalk networks.
- Sequence the process to assign a network address.
- Match the types of networks in AppleTalk with descriptions.
- Identify the features of LocalTalk Link-Access Protocol (LLAP).
- Identify the common characteristics of Link-Access Protocols (LAPs) in EtherTalk, TokenTalk and FDDITalk.
- Identify the functions of the AARP (AppleTalk Address Resolution Protocol) process given a scenario.
- Identify the purpose of the Address Mapping Table (AMT).
- Identify the key functions of Datagram Delivery Protocol (DDP).
- Identify the functions of Routing Table Maintenance Protocol (RTMP) routing tables.
- Match the functions of Name Binding Protocol (NBP) with their descriptions.
- Identify the implementation components of AppleTalk Update-Based Routing Protocol (AURP).
Unit 4: IBM SNA Protocols 1 hour
- Match System Network Architecture (SNA) layers with their functions.
- Match the IBM SNA physical entities with their functions.
- Select the SNA Data-Link Control (DLC) layer-supported media types.
- Match each network addressable unit (NAU) type with its function.
- Identify the SNA code category.
- Match each peer-based SNA networking communication concept with its function.
- Match APPN node types with their functions.
- Identify the configuration services of IBM APPN.
- Identify the key functions of IBM APPN Directory Services.
- Match each element of APPN topology and routing services with its characteristic.
- Label the Basic Information Unit (BIU) field descriptions with their appropriate field names.
Unit 5: Other Routed Protocols 1 hour
- Match the Phase IV DNA layers with the roughly corresponding OSI model.
- Identify the protocol suites that are implemented by DECnet/OSI.
- Label the XNS protocol stack that roughly corresponds to the OSI model.
- Match each XNS network and transport layer protocol with its functions.
- Match each XNS upper-layer protocol with its functions.
- Match each feature of Banyan VINES with its description.
- Match Banyan VINES protocol stack layers with their functions.
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