Developing Windows applications using C# and Windows Forms
This 5 day course covers the C# language and its use for Windows desktop applications using Windows Forms. A basic knowledge of programming is assumed, though not any particular language. We offer alternative courses for web and WPF applications, and several optional modules can be added to match your particular requirements.
The 5 day course costs £3200 in total for up to 6 students, plus VAT and the instructor's reasonable expenses. Each student beyond 6 would cost £25 for the additional course materials. If you are interested in this course, please contact us by email at firstname.lastname@example.org or by phone on +44 (0)1285 713297.
Introducing C# and .Net
Layout and white space. Blocks, braces and semicolons. Classes, methods and the use of '.'. The Main method. Basic input and output. Compiling and running programs.
Variable types and sizes. Integer versus floating point. Local variables and scope. Declaring and initializing variables. Operators. Pre and post increment operators. Strings and characters. Special characters and escape sequences. Verbatim literal strings.
if and else. The for loop. while and do while. The switch statement. Conditional expressions. Writing and calling methods. Passing arguments by value, ref and out. Returning values. Method overloading.
Building a graphical user interface. Event handling. Control types and dialogs. Validation. Dynamic control creation. User interface methodologies. Holding objects in lists. Graphics and drawing.
Object Oriented Programming
Data types and nullable types. Value and reference types. Implicit types. Classes, objects and the use of 'new'. Encapsulation. The heap and the stack. Strings and StringBuilders. Collections, generics and concurrency. Arrays, jagged arrays and Indexers. Namespaces, 'using' and assemblies. Attributes.
Inheritance and the use of 'virtual' and 'override'. Benefits of inheritance. Hiding and the other use of 'new'. Abstract classes. Constructors and initialization. Casting, 'as' and 'is'.
The benefits of interfaces. Interfaces vs classes. Defining and implementing an interface. Common interfaces and the ubiquitous IEnumerable. Sorting and finding.
How exception handling works. try...catch and throw. Handling multiple exception types. try...finally and 'using'. Deriving exception classes.
Files, Streams and Networking
The. Net Stream architecture. Streams, Readers and Writers. Serialization and SOAP. The Socket and Tcp classes. Basic network communication. Clients and multithreaded servers.
Form and control inheritance. Custom controls. Distributing controls.
Databases and ADO.Net
Connections, commands and readers. DataSets and adapters. Typed DataSets. DataSource controls. Data-aware controls and grids. Stored procedures and transactions. Designing and implementing multi-tier applications.
LINQ and Entity Framework
How LINQ works. Implicitly-typed variables and Lambda expressions. The LINQ syntax. Using LINQ with collections, databases and XML. The ADO.Net Entity Framework. Using LINQ with entities. Parallel LINQ (PLINQ).
async and await. Parallel execution. Parallel For and ForEach. Tasks, threads and the thread pool. Controlling and synchronizing tasks and threads. .Net 4 synchronization mechanisms. Monitors. Asynchronous methods in .Net. Using callbacks. Cross-thread calls and the user interface.
Advanced Language Features
Optional and named parameters. Multiple return values using value tuples. Extension methods. Structs. Delegates. Anonymous methods and lambda expressions. Memory management and the workings of the garbage collector. Calling legacy and unmanaged code. Using unsafe code. The Marshal and IntPtr types. Operator overloading and indexers.
The Dynamic Language Runtime
Supporting dynamic languages. The dynamic keyword. Comparing dynamic and object. ExpandoObject. DynamicObject. Office support.