Advanced C# Programming Training: Programming Extended Features

In this course, you will apply C# extended features, including definitive coverage Language Integrated Query (LINQ), to streamline the use of C# as both an object-oriented and a first-class data-manipulation language. C# is layered on top of Microsoft’s highly successful .NET Framework. With the advent of Core, the extra dimensions of portability and openness have been added. As a result, different language features are required to effectively leverage the integration of programs with both .NET Framework and Core, including specialized C# keywords, advanced lambda expressions, extension methods, generic classes and delegates, universal functions, and anonymous types. In particular, to optimize data access, productivity, and overall application performance.

Advanced C# Programming Delivery Methods

• In-Person

• Online

Advanced C# Programming Course Benefits

• Streamline data-centric applications with C# extended features and the Entity Framework (EF)
• Integrate Microsoft Core with .NET Framework applications for high-performance data access
• Exploit LINQ keywords and full-stack capabilities including queries, grouping and joins
• Generate dynamic enumerations in developer-written generic classes

• Leverage continued support with after-course one-on-one instructor coaching and computing sandbox

Advanced C# Programming Course Outline

Important Course Information

Prerequisites

• You should know how to:
  • Construct, compile, and execute C# Windows Forms and/or Web applications using the Visual Studio integrated environment
  • Design and implement a modestly complex (1000+ lines) program in the C# language
  • Apply solid object-oriented development techniques, including encapsulation, inheritance, interfaces, and polymorphism
  • Produce applications that employ key parts of the .NET framework library

Module 1: Harnessing C# Language Features

Language shortcuts

• Applying auto-implemented and lambda generated properties
• Benefiting from dynamic and implied-type declaration

Streamlining program logic

• Instantiating entity objects
• Simplifying construction with object initializers

Module 2: Employing Extension Methods for Middle-Tier Data Manipulation

Filtering and ordering data with lambda expressions

• Passing lambda expressions to methods (behavior vs. data)
• Calling Count, Reverse, Union, Except and other extension methods

Applying extended features

• Making code more flexible with delegates
• Parameterizing delegates and lambda expressions
• Streamlining code with Func generic delegates

Module 3: Leveraging LINQ Query Keywords

Syntax and semantics

• Coding LINQ queries
• Filtering with from , where , orderby and group
• Performing inner and outer joins

Iterating collections

• Interfacing between C# and LINQ using IEnumerable and IQueryable
• Issuing queries on entity and spatial types

Module 4: Attaching to Databases via the Entity Framework

Connecting to and reading from a database

• Inheriting Core DbContext objects
• Correlating entity classes and data tables
• Executing stored procedures and table-valued functions

Object Relational Mapping

• Employing code-first and database first mapping to generate entity classes
• Optimizing complex mapping including many to many and database inheritance

Updating a database

• Inserting, updating and deleting data when Core is integrated with .NET Framework
• Error handling and exceptions
• Committing and rolling back transactions

Module 5: Enumerations and Generic Classes

Dynamic Enumeration

• Comparing IEnumerable and IEnumerator
• The yield keyword

Module 6: Processing Data with LINQ Queries

Advanced LINQ techniques

• Creating anonymous query results
• Retrieving composite views using nested from clauses