STUDY SUBJECT PROGRAMME 
                  Subject       Subject group    Credits 
                  code 
                         
                    INF2010           C              4 ECTS 
                         
                  Title 
                  C IR DUOMENŲ STRUKTŪROS 
                  Title in English 
                  C AND DATA STRUCTURES 
                  Subject annotation in English  
                  The course is appointed for analysis of dotNet platform data structures and for using these structures in C# 
                  programs. During the course student will gain knowledge on the hierarchical structure of dotNet classes, CTS 
                  data types specification and principles of design of multiplatform programs. Properties, attributes, and interfaces 
                  of C# classes, collections, delegates, iterators, tools for generic programming, development of  Windows GUI 
                  and tools for analysis of Windows File System are examined too. The course structure consists of lectures, 
                  laboratory works in computer classroom, as well as individual work.  
                  Necessary background knowledge for the study of the subject 
                  Programming Fundamentals, Object Oriented Programming.   
                  Study outcomes  
                  Subject goal: Provide knowledge on main dotNet platform principles and development of dotNet applications, 
                  using  internal  library  tools  and  user  defined  collections,  implementation  of  generic  programming  and  GUI 
                  development tools.  
                  Outcomes (projected skills): 
                  After accomplishing the course, the students will be able to:  
                         Understand structural principles used in middleware and dotNet platform;  
                         Understand the properties and possibilities of dotNet classes;  
                         Prepare specification and realization of C# classes for different applications;  
                         Understand tools for design and application of collections and templates;  
                         Design OS Windows applications and GUI for them. 
                  Subject contents  
                  1. Middleware and dotNet platform and hierarchical structure of dotNet classes; 
                  2.  Specifications  for  dotNet  integrated  programming  languages,  object  model  of  C#  programs  and  
                  System.Console class; 
                  3. Primitive data types and CTS specifications. Defining structure of class and access modifiers; 
                  4. Tools for text data representation and analysis, String class and data type conversions; 
                  5. Creating objects, constructors and initializers, This keyword, using static members and methods, read-only 
                  data, destroying objects; 
                  6. Arrays, accessing array elements, foreach statement, multidimentional and jagged arrays; 
                  7. Working with interfaces. Defining and implementing interfaces, interfaces as parameters and return values; 
                  8. Collections. Interfaces of the System.Collection class.  ArrayList, Queue, Stack types, their  methods and 
                  applications Dictionaries  and  their applications;  
                  9. Building  a custom collection. Boxing and unboxing. Creating generic structures, classes and interfaces; 
                  10. Delegates and events. Defining delegate and System.Delegate base class, generic delegates. Understanding 
                  C# events and event handling; 
                  11.  Creating  Windows  Forms  Applications  and  controls,  dialog  boxes,  handling  Windows  files,  recursing 
                  through the subdirectories, manipulation with files. 
                  Study hours  
                  Lectures – 30 hours. 
                  Laboratory works – 30 hours. 
                  Individual work, including preparation for laboratory works, midterm and final exams – 60 hours. 
                  Evaluation of study results 
                  Final assessment sums the assessments of written final examination (50%), written mid-term examination 
                        (17%) and assessment of laboratory works (33%). 
                        Literature 
                        Main: 
                        1.  C#  Programming  Guide.-  Free  access  in  Web:  http://msdn.microsoft.com/en-us/library/67ef8sbd.aspx 
                        (2008.11.20). 
                        2.    C#      Tutorial.-      Free     access      in     Web:           http://www.devhood.com/training_modules/dist-
                        a/LearningCSharp/learningcsharp.htm (2008.11.20). 
                        Supplementary: 
                        1. Bishop J. C# 3.0 Design Patterns.- O’Reilly, 2005. 
                        2. Heilsberg A. ir kiti. The C# Programming Language (3rd Edition).- Addison-Wesley, 2003. 
                        3. Nagel Ch. Professional C# 2008.- Wiley Publishing, 2008.  
                        4. Richter J. CLR via C#, Second Edition - Microsoft Press, 2006. 
                        5. Troelsen N. Pro C# 2008 and the .NET 3.5 Platform.- Springer, 2007. 
                        6. Watson K ir kiti. Beginning Microsoft Visual C# 2008.- Wiley Publishing, 2008.  
                        Programme prepared by 
                        Doc. Dr. Antanas Vidžiūnas, Department of Applied Informatics