Programming

Programming

1. Language

   • Object is a unit within a computer program that has a state, and a behavior. I mean, it has a series of stored data and tasks you perform with that data at run time.
   • Methods Defined as a set of instructions you give to the class or object once created, inside (public static void main), the which is called when it is necessary to perform a Task.
   • loop is a repeated execution of a same or set of statements.
   • C++
     • has a focus on application development and more complex software, which requires, for example, a visual intervention. Graphic design programs are an example of using this programming language.
   • C
     • It is the second most widely used language in the world. Its use is also very varied and can be executed on most operating systems. It is commonly used in desktop applications.

2. process used to create some type of application or software, to materialize a concept or project that requires the use of a computer language in order to be carried out. It's something that's completely tied to the figure of the programmer.

   • programming languages that are quite common today. From those who are use to develop websites to employees to make video games, read on to know a lot of names: several examples of programming languages.

3. flowchart

   • it is a way to graphically represent an algorithm or process of some nature, through a series of structured and linked steps that allow its revision as a whole.
     • Symbology of a flowchart
       • start/end
       • Action or Process
       • Symbol of the Printed Document
       • Input / exit
       • Storage of Data

4. Tools to program

   • NetBeans is ideal for working with the language of JAVA development, as well as offering us excellent environment to program in PHP. add-ons for program in C++. TheNetBeans IDE is perfect. It has a excellent balance between an interface with multiple options and the editor can autocomplete our code.
   • Raptor: It's a mainly didactic software created by programmers Martin C. Carlisle, Terry Wilson, Jeff Humphries and Jason Moore, with the to support students in visualizing results of their algorithms without the need for write code.
   • Python is: Interpreted: Runs without being processed by the compiler and errors are detected at run time. Multiparadigma: Supports functional programming, imperative programming and object-oriented programming. Dynamic typing: Variables are checked at run time.

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