Learners are required to have a Microsoft Account created prior to your course. Please note the email account used to subscribe for the Azure trial subscriptions will be locked and cannot be used again with any other Azure subscription. To avoid any impact caused by this, please create a new Microsoft Outlook/Hotmail/Live email account in order to register for your trial Azure subscription which is required for completion of the course labs
As you are attending a technical AFA course, you must have a dual-monitor setup. At least one monitor must have minimum screen size of 19' and resolution be a minimum of 1280x1024 with the vertical resolution (1024) being the most critical.
Please join the session using a wired USB headset with microphone attached and read through the PDF included with this email as this gives information on how to connect using your headset.
NB: This course is now based on .NET 4.7.1/C# 6.0 and Visual Studio 2017.
Microsoft's .NET Framework presents developers with unprecedented opportunities. From web applications to desktop and mobile platform applications - all can be built with equal ease, using substantially the same skill-set. But to make the most of this potential, developers must have a thorough grasp of core language skills and OO programming concepts.
This course concentrates on the C# programming language itself, to prepare delegates fully in readiness for exploring the
.NET Framework. No Object-Orientated knowledge is assumed - the course provides a suitable OO primer. From basic procedural syntax to sophisticated object-oriented programming techniques, delegates will learn how to write .NET applications with code that is robust and maintainable.
The course is presented as a mixture of lectures, demos and hands-on exercises. Practical sessions follow all main topics, designed to reinforce the points covered. Additional information is provided in appendices to extend the learning experience after the course has been completed.
The course provides a starting point for delegates wishing to undertake Microsoft exam 70-483 - Programming in C# although further study is likely to be required before sitting the exam.
This intensive course is intended for developers who will use C# to write .NET Framework applications and who are relatively new to the C# programming language.
Delegates looking to migrate their existing Java and/or C skills to C# should attend our QAJAVCSMIG - Migrating to C# for Java and C developers.
- Delegates must understand the fundamentals of programming. Delegates can gain this level of knowledge by attending QA's 'Programming Foundations' (QAPROGFOU) course.
- Delegates attending this course via Extended Classroom will be required to provide dual monitors.
- Before attending this class delegates must have a Microsoft account (signing up one is free). The instructions on how to set up a Microsoft account can be found here.
- Write code that includes sequence, selection and iteration constructs
- Create and use classes and structures (types), including fields, properties and methods
- Use private, internal, protected and public visibility modifiers
- Use exception-handling to create robust applications
- Create derived classes that inherit from custom-written or .NET Framework classes
- Create interfaces and apply techniques of polymorphism effectively and appropriately
- Work with generic types
- Leverage the power of C# features
- Use delegates
- Understand the event handling paradigm
- Use lambda expressions in C# code
- Use LINQ (Language Integrated Query)
- Efficiently manage resources
Module 1: Introduction to Object Orientation
- This ensures all delegates have a grounding in the principles of Object Orientation.
Module 2: OO and C Sharp
- Get started on how C# implements Object Orientation
Module 3: Introduction to .NET Visual Studio & C#
- The .NET Framework; The Common Language Runtime; The Common Type System
- C# Features; Introduction to namespaces and assemblies
- Get to know your way around Visual Studio
Module 4: Syntax I
- Procedures and statements; Data types; Declaring variables; Assignments
- Conversion; Arithmetic and other operators
- Flow of control constructs
- Passing parameters by value, by reference, named and optional parameters
Module 5: Syntax 2
- Type concepts; Classes; Reference types
- Fields, properties and methods
- Accessibility modifiers
- Object initialisation, Constructors and Constructor chaining
- Instance members; Keyword 'this'
- The 'null' reference
- const & readonly
- Enumerated types
Module 6: Collections
- Generic Collections
- Iterating collections
Module 7: Inheritance & Polymorphism
- Concept of inheritance; Substitutability; Extending a simple class
- 'virtual', 'override' and 'sealed' modifiers
- Abstract classes
- Upcasting and safe downcasting
Module 8: Interfaces
- Polymorphism with interfaces
- Multiple interfaces
Module 9: Delegates and Lambdas
- Delegates explained
- Working with delegates
- Creating your own delegate types
Module 10: Generic Delegates
- Using the framework-supplied generic delegates
Module 11: LINQ
- The language features behind LINQ
- The LINQ API and query pattern
- Grouping and Joins
Module 12: Handling Exceptions
- Errors vs. Exceptions
- The 'try', 'catch', 'finally' paradigm
- Using 'throw'
- Creating your own exceptions
- 'checked' and 'unchecked' expressions.
Module 13: Consuming Events
- Understanding events in .NET
- Writing event handlers
Module 14: Producing Events
- The event conventions
- Raising custom events
Module 15: Garbage Collection
- Garbage collection and its impact
- Finalizers; The 'Dispose' pattern; IDisposable
- The 'using' statement
Module 16: Reverse Engineer
- At the end of the course we reverse-engineer the resultant code and compare the results to the Class Diagram we produced near the beginning of the course.
Module 17: The Way Ahead
Appendix Module A: LINQ to Xml
- Producing and consuming XML using LINQ