The trainer focused on each persons requirements for the course and tuned the material to suit our goals.
Daniel Watkins - Daido Industrial Bearings Europe Ltd
Microsoft Visual Studio courses
|ddavsvbsqls||Developing Desktop Applications with Visual Studio 2012, VB.NET and SQL Server 2012||21 hours||This course is divided into 3 main sections and is made up of a mixture of presentations and practical exercises. VB.NET Language in Visual Studio 2012 VB.NET Object Orientation VB.NET and Sql Server 2012 Part I. VB.NET Language in Visual Studio 2012 Module 1. Introduction to Visual Basic 2012 The Object-Oriented Programming The Visual Studio 2012 IDE Creating a new Application Using the Help System Module 2. The Microsoft .NET Framework The .NET Framework Classes Executing the Code Common Language Runtime Code Loading and Execution Application Isolation Security Interoperability Exception Handling Module 3. The Visual Basic 2012 Language Data Types Storing Variables Using Methods Making Decisions Working with Data Structures Using Arrays, Enumerations and Collections Module 4. Building Windows Applications Responding to Events Creating the Toolbar Creating the Status Bar Using Multiple Forms OpenFileDialog and SaveDialog controls PrintDialog and FolderBrowserDialog controls Understanding Menu Features Creating Menus Context Menus Part II. VB.NET Object Orientation Module 5. Building Objects Understanding Objects Encapsulation Methods and Properties Managing Events Building Classes Using Constructors Managing Inheritance Module 6. Advanced Language Constructs Using Lambda Expressions Using Async and Wait Using Iterators Module 7. Exception Handling and Debugging Handling Exceptions Try, Catch, Finally The Throw Keyword The Exit Try Statement Using Exit Try Statement Using Exception Properties Logging Errors Module 8. Parallel Programming Using Tasks and Threads Launching Parallel Tasks Transforming Sequential Code to Parallel Code Parallelizing Loops Specifying the Desired Degree of Parallelism Creating and Managing Tasks Part III. VB.NET and Sql Server 2012 Module 9. Database Programming with Sql Server 20012 and ADO.NET The ADO.NET architecture The Connection class The Command and DataReader Classes The ExecuteReader(), ExecuteScalar(), ExecuteNonQuery() methods Using Parameterized Commands Calling Stored Procedure Managing Transactions Module 10. Data Components and the DataSet Building a Data Access Component Managing Disconnected Data The DataSet Class The DataAdapter Class: Filling a DataSet, working with Multiple Tables and Relationships The DataView Class Module 11. Using Data Binding Basic Data Binding Data Source Controls The SqlDataSource Inserting, Updating, Deleting and Selecting records|
|vsvb||Visual Studio with VB.Net||21 hours||Introduction to Visual Studio This unit provides a hands-on, fast-paced opportunity for experienced developers to learn how to use some of the new productivity features in Visual Studio . It provides an introduction to the use of some language enhancements such as generics, and the use of code snippets. This unit is also designed as an introduction to the workshop learning format. After completing this unit, students will be able to: Build collections using generics Use existing code snippets in code and create new code snippets Use My classes to access system and application resources Object-Oriented Design The following topics are covered in this unit: Designing Classes Object-Oriented Programming Concepts Advanced Object-Oriented Programming Concepts After completing this unit, you will be able to: Describe the basics of object-oriented design. Explain the concepts of encapsulation, inheritance, interfaces, and polymorphism. Create classes based on use cases. Model classes for use in .NET by using Visio. Object-Oriented Programming The following topics are covered in this unit: Defining Classes Creating and Destroying Objects Inheritance Interfaces Working with Classes After completing this unit, you will be able to: Define classes. Instantiate and use objects in client code. Create classes that use inheritance. Define interfaces and use polymorphism. Create shared members. Create class events and handle them from a client application. Using ADO.NET The following topics are covered in this unit: ADO.NET Overview .NET Data Providers The DataSet Object Data Designers and Data Binding XML Integration After completing this unit, you will be able to: List the benefits of ADO.NET. Create applications by using ADO.NET. List the main ADO.NET objects and their functions. Use Visual Studio .NET data designers and data binding. Explain how XML integrates with ADO.NET. Building Data Components in Visual Studio This unit provides an opportunity for experienced developers to create data access code using new features in Visual Studio . After completing this unit, students will be able to: Create data components using Visual Studio Edit data components using Visual Studio wizards and designers Write asynchronous ADO.NET code Consuming and Creating XML Web Services This unit explains the steps that are necessary to access a Web service from an ASP.NET page and then incorporate that data into the Web application. The new features in Visual Studio related to web services will be discussed. After completing this unit, students will be able to: Describe the purpose and process behind calling an XML Web service from a Web Form. Call an XML Web service directly from a browser by using Hypertext Transfer Protocol (HTTP). Create a Web reference proxy for an XML Web service Web method and call the method from a Web Form. Use the templates in Visual Studio .NET to create an XML Web service. Building Presentation Layer Applications with Windows Forms This unit provides an opportunity for experienced developers to build rich client applications using the new productivity features in the Visual Studio IDE, and the new controls in the .NET Framework. It also gives students an introduction to the new ClickOnce deployment technology for Windows Forms applications. ClickOnce makes it easy to deploy Windows Forms applications to multiple clients via a Web server, including the ability to automatically update clients when application changes occur. After completing this unit, students will be able to: Build Windows Forms applications using Visual Studio Create databound forms using the RAD databinding features of the IDE Generate Master-Detail forms using Visual Studio SmartTags Create databound forms that bind to data components Deploy a Windows Forms application from a Web server using ClickOnce Write an application that automatically updates on multiple clients when a new version is deployed Customizing Windows Forms and Controls This unit explains how to develop custom Microsoft Windows Forms and controls. Students will learn how to develop user controls, use GDI+ operations, and create new controls that inherit from the Control class. In addition, it demonstrates how to create a nonrectangular Windows Form and how to add features such as attributes and Toolbox bitmaps to controls. After completing this unit, students will be able to: Explain the methods of authoring controls for Windows Forms Draw a user interface by using GDI+. Create a control that inherits from an existing control. Create a nonrectangular Windows Form. Create a custom user control. Performing Asynchronous Tasks by Using Multithreaded Techniques This unit demonstrates how to create Microsoft Windows Forms applications that can run tasks in the background. It explains how to make use of the asynchronous methods and other features of components that support the Asynchronous Pattern for Components. Students will also learn how to use the classes in the System.Threading namespace to run one or more tasks in the background by using multiple threads in an application. After completing this unit, students will be able to: Explain the concepts and processes that are involved in performing asynchronous programming. Load a bitmap into a Windows Forms application asynchronously. Perform multiple simultaneous calculations on a form by using multithreading.|
|advancedcsharp||Advanced Programming in C#||35 hours||C# is an efficient, object-oriented language for developing applications on the Microsoft .NET platform. This course introduces advanced features of C#, examines its usage as both a desktop application programming language and a web programming language for solving real-world problems. Programming techniques and principals are demonstrated and practiced through in-class hands-on exercises and walk-throughs. Audience Developers / programmers Format of the course C# advanced principles are discussed as participants step through the creation of a real-world application. Introduction to advanced programming in C# and .NET Working with Visual Studio Windows Forms programming Multithreading in C# Handling graphics with GDI+ Attributes, exception handlers and event logging Fetching type information with Reflection Dynamic Types Accessing the file system Working with Streams, Threads, and Tasks Asynchronous programming with async and await Implementing roles-based and code access security Debugging and compiling your application C# for creating ASP.NET web applications Web methods, Web services, and asynchronous Web services Deploying your application|
|advcfnd||Advanced Core Foundations of .NET 2.0 Development||14 hours||Module 1. Processes, AppDomains, and Object Contexts Interacting with Processes Under the .NET Platform Enumerating Running Processes Investigating a Process’s Thread Set Investigating a Process’s Module Set Starting and Stopping Processes Programmatically Understanding .NET Application Domains Enumerating a Process’s AppDomains Programmatically Creating New AppDomains Programmatically Unloading AppDomains Understanding Object Context Boundaries Defining a Context-Bound Object Inspecting an Object’s Context Module 2. Building Multithreaded Applications The Process/AppDomain/Context/Thread Relationship The Problem of Concurrency The Role of Thread Synchronization Invoking a Method Asynchronously Synchronizing the Calling Thread The Role of the AsyncCallback Delegate The Role of the AsyncResult Class The System.Threading Namespace The System.Threading.Thread Class Programmatically Creating Secondary Threads Synchronization Using the C# lock Keyword Synchronization Using the System.Threading.Monitor Type Programming with Timer Callbacks Module 3. ADO.NET: The Connected Layer A High-Level Definition of ADO.NET Understanding ADO.NET Data Providers Additional ADO.NET Namespaces The Types of the System.Data Namespace Abstracting Data Providers Using Interfaces Understanding the Connected Layer of ADO.NET Working with Connection Objects Working with ConnectionStringBuilder Objects Working with Command Objects Working with Data Readers Obtaining Multiple Result Sets Using a Data Reader Working with Parameterized Command Objects Executing a Stored Procedure Asynchronous Data Access Using SqlCommand Understanding Database Transactions Key Members of an ADO.NET Transaction Object Module 4. ADO.NET: The Disconnected Layer Understanding the Disconnected Layer of ADO.NET Understanding the Role of the DataSet Key Properties of the DataSet Key Methods of the DataSet Working with DataColumns Working with DataRows Working with DataTables Serializing DataTable/DataSet Objects As XML Serializing DataTable/DataSet Objects in a Binary Format Working with the DataView Type Filling DataSet/DataTable Objects Using Data Adapters Navigating Multitabled DataSet Objects|