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| Writing a C# Program | |
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| Getting Ready to Program | |
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| A First Program | |
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| Problem Solving: Recipes | |
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| Algorithms-Being Precise | |
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| Implementing Our Algorithm in C# | |
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| Writing and Running a C# Program | |
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| Interrupting a Program | |
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| Typing an End-of-File Signal | |
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| Software Engineering: Style | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Native Types | |
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| Program Elements | |
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| Comments | |
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| Keywords | |
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| Identifiers | |
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| Literals | |
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| Operators and Punctuators | |
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| Console Input/Output | |
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| Program Structure | |
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| Redirection | |
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| Simple Types | |
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| Declaration and Initialization | |
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| The Implicit Conversions | |
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| The Explicit Conversions | |
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| Enumeration Types | |
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| Expressions | |
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| Precedence and Associativity of Operators | |
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| The Dot Operator name.name | |
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| Relational, Equality, and Logical Operators | |
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| Software Engineering: Debugging | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Statements | |
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| Assignment and Expressions | |
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| The Statement Block | |
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| The if and if-else Statements | |
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| The while Statement | |
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| The for Statement | |
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| The do Statement | |
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| The reak and continue Statements | |
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| The switch Statement | |
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| The goto Statement | |
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| Software Engineering: Debugging | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Methods: Functional Abstraction | |
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| Method Invocation | |
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| Static Method Definitions | |
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| The return statement | |
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| Scope of Variables | |
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| Top-Down Design | |
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| Problem Solving: Random Numbers | |
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| A Simulation: Probability Calculations | |
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| Invocation and Call-By-Value | |
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| Call-By-Reference | |
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| The out Parameter | |
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| Recursion | |
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| Problem Solving: Mathematical Methods | |
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| Method Overloading | |
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| Programming Style | |
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| Software Engineering: Program Correctness | |
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| Dr. P's Prescriptions | |
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| C# Compared with C++ and Java | |
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| Arrays | |
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| One-Dimensional Arrays | |
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| Indexing an Array Element | |
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| Array Initialization | |
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| Array Member Length | |
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| An Example: Summing an Array | |
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| Passing Arrays to Methods | |
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| The System.Array.Copy() Method | |
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| Finding the Minimum and Maximum of an Array | |
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| The foreach statement | |
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| Array Methods and Properties | |
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| A Simple Sorting Method | |
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| Searching an Ordered Array | |
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| Recoding BinarySearch recursively | |
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| Big-Oh: Choosing the Best Algorithm | |
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| Type and Array | |
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| Booleans: The Sieve of Eratosthenes | |
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| char:Counting characters with a buffer | |
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| double:Overloading Accumulate() | |
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| Two-Dimensional Arrays | |
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| Two-dimensional Initializer Lists | |
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| Jagged Two-dimensional arrays | |
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| An Elementary Simulation: The Game of Life | |
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| The Game of Life: Design | |
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| The Game of Life: Implementation | |
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| Software Engineering | |
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| Array loop idioms | |
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| Counting from Zero | |
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| Debugging and Testing Code | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Classes and Abstract Data Types | |
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| Type class , Operator dot, and new() | |
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| Member Access Operator | |
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| INSTANCE Methods | |
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| Access: Private and Public | |
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| An Example: Customer | |
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| Class Scope | |
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| The dot Operator, namespaces and class names | |
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| Nested Classes | |
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| The standard class string | |
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| An Example: Flushing | |
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| The this Reference | |
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| static Members | |
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| const Members | |
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| A Container Class Example: CharStack | |
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| Properties AND DATA Hiding | |
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| Software Engineering: Class Design | |
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| Trade-Offs in Design | |
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| Unified Modeling Language (UML) and Design | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Constructors, Conversions, and Operator Overloading | |
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| Classes with Constructors | |
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| The Default Constructor | |
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| Improving the Point Class | |
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| Constructing a Stack | |
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| The Copy Constructor | |
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| Classes with Destructors | |
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| Members That Are Class Types | |
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| Polymorphism Using Method Overloading | |
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| ADT Conversions | |
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| Overloading and Signature Matching | |
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| Overloading Operators | |
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| Unary Operator Overloading | |
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| Binary Operator Overloading | |
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| Static Constructors | |
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| Software Engineering: When to Use Overloading | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Inheritance | |
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| A Derived Class | |
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| More Unified Modeling Language (UML) | |
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| A Student ISA Person | |
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| virtual methods: Dynamic Determination | |
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| Overloading and Overriding Confusion | |
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| A Canonical Example: Class shape | |
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| Abstract Base Classes | |
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| Everyone's ancestor class Object | |
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| Methods and boxing/unboxing | |
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| Generic methods | |
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| An Example: Predator-Prey simulation | |
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| Interfaces | |
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| Interface and Multiple Inheritance | |
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| Odds and Ends | |
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| Sealed Classes | |
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| is and AS | |
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| internal access | |
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| Labeling derived methods new | |
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| Software Engineering: Inheritance and Design | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Input/Output | |
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| Console Output | |
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| Formatted Output | |
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| User-Defined Types: Output and Format() | |
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| ToString overriding | |
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| Creating a user defined format | |
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| Console Input | |
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| StandARd Methods for characters | |
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| Console Input for an Array | |
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| Files | |
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| Text Files | |
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| Example: A word count program | |
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| Network IO | |
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| Software Engineering: I/O | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Exceptions and Program Correctness | |
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| Using the Assert()method | |
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| C# Exceptions | |
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| Throwing Exceptions | |
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| Rethrown Exceptions | |
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| Exception Expressions | |
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| Exception Object Standard Methods | |
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| try Blocks | |
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| Handlers | |
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| Finally Code | |
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| Converting Assertions to Exceptions | |
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| Standard Exceptions | |
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| Software Engineering: Exception Objects | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| Container Classes | |
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| Self-Referential Structures | |
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| A Linked List Implementation of a Stack | |
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| A Doubly Linked List | |
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| More Operations on Lists | |
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| Implementing ToString()for Class IntDList | |
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| A Generic Stack | |
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| Iterators | |
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| Using Iterators to Implement the method Append() | |
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| Deleting objects | |
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| Software Engineering: Code Reuse | |
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| Dr. P's Prescriptions | |
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| C# Compared with Java and C++ | |
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| OOP Using C# | |
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| OOP Language Requirements | |
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| ADTs: Encapsulation and Data Hiding | |
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| Reuse and Inheritance | |
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| Polymorphism | |
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| OOP: The Dominant Programming Methodology | |
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| Designing with OOP in Mind | |
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| Class-Responsibility-Collaborator | |
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| CRC Cards | |
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| Design Patterns | |
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| A Further Assessment of C++ | |
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| Why C++ Is Better Than Java | |
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| A Short Rebuttal | |
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| Software Engineering: Last Thoughts | |
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| Dr. P's Prescriptions | |
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| C++ Compared with Java | |
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| ASCII Character C des | |
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| Operator Precedence and Associativity | |
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| String Library | |
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| Constructors | |
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| Methods | |
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| Global Operators | |
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| Visual Studio for C# | |
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| Advanced Topics | |
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| Preprocessor Directives | |
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| Debugging with assertions using diagnostics library | |
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| Delegates | |
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| Params Signature | |