Dev_Joe

https://play.google.com/store/apps/details?id=com.conduit.apps_49674ffd6f2143e3a6e6ae063272bf75.app

http://codepen.io/ionic/pen/GgwVON

Programming Construct Both programming language makes use of constructs in controlling the flow of the execution of a program based on whether a certain condition is satisfied or not. They both make use of the selection, looping and branching constructs.  Selection construct - which executes a particular block based on a Boolean condition, example of selection construct similar in both languages are: if, if… else, switch…case constructs.  If selection construct   int num = -4;  if (num < 0)  {   Console.WriteLine(“The number is negative”);  }  Looping construct - which enables you to iteratively or repeatedly execute a single statement or a block of statements,example of looping construct similar in both C# and Java are: while, do...while, for, enhanced for looping construct.  public int val = 1;  while (val <= 10)   {    Console.WriteLine(num);    val++;   }  } ...

COMPARISON TABLE  Expressions and operators     Java     C#  Arithmetic operators                Yes      Yes  Logical operators                     Yes      Yes  Bitwise logic operators             Yes      Yes  Conditional                             Yes Yes  String concatenation                    Yes     ...

Variables and Operators Data Types   Brief Similarity on variables and operators   Both C# and Java are Type-Safe Languages   Java and C# were designed to be type-safe. An illegal cast will be caught at compile time if it can be shown that the cast is illegal; or an exception will be thrown at runtime if the object cannot be cast to the new type. Type safety is therefore important because it not only forces a developer to write more correct code, but also helps a system become more secure from unscrupulous individuals. Unified type system  Both languages are statically typed with class-based object orientation. In Java the primitive types are special in that they are not object-oriented and they could not have been defined using the language itself. They also do not share a common ancestor with reference types. The Java reference types all derive from a common root type. C# has a unified type system in which all types (besides unsafe pointers[12])...