F# Programming Langauge Course And Certification
What is F# or F-Sharp?
F# Programming is designed and developed by the F# Software Foundation, Microsoft and other open contributors. An open-source, cross-platform compiler for F# is made available from the F# Software Foundation.
F# Development Tools
F# Programming is a fully supported language in the following development tools:
1. Microsoft Visual Studio
2. Xamarin Studio
6. MBrace, and
Plug-ins supporting F# are found in many widely used code editors, most notably the Ionide extension for Atom and Visual Studio Code, and its integrations for other editors such as Vim, Sublime Text, Emacs, and Rider
F# is a member of the ML language family and it came up as a .NET Framework implementation of a core of the programming language OCaml. It has also been greatly impacted by languages like C#, Python, Scala, Haskell, and Erlang.
Functional Programming handles computer programs like mathematical functions. In functional programming, the main focus would be on the constants and functions, instead of just on variables and data states. Because functions and constants are things that don’t change throughout the code. Also In Functional programming, you will write modular programs, for example, the programs would be made up of reusable functions that can take other functions as its input.
Why Study F#
There are many reasons to study F# and some of them are:
1. Ease of learning, much simpler and easy to understand code syntax.
2. F# has a very powerful development environment for Windows clients and other server-side applications.
3. F# is a functional software programming language, this feature ensure that applications you write is modular and extensive.
4. Job opportunity and career advancement.
Features of F# Programming Language
There are lots of features of F# and some of them are:
1. Conciseness: F# presents software developers with a clean and nice code syntax to write no curly brackets, no semicolons and so on as seen in most languages. Also, you don't have to specify the data type in your code just because of type inference. Moreover, you can finish your code in a lesser amount of line as compared to other programming languages.
2. Convenience: Common programming tasks are very much simpler to implement in F#. You can easily structure and process your complex code problems. Since functions are its first-class object so it is very easy to create a powerful and reusable code module by defining functions that make use of other functions as its parameter.
3. Correctness: F# comes with a powerful data type system that helps to deal with commonly found in programming such as null reference exception, etc. F# is a strongly typed language and this helps developers to write error-free code. It is easily caught at compile time as a type error so the developer would quickly fix it as the code would not compile.
4. Concurrency: F# comes with a number of built-in functions and libraries to handle the programming system when multiprocessing has occurred. F# also offers support for asynchronous programming, message queuing system, and various modules to support event handling. Data stored in F# is immutable by default so sharing of data is very safe. It avoids lock during the communication of code.
5. Completeness: F# is a functional programming language but it also offers support for other programming approaches such as object-oriented approach, imperative, etc. these make it easier to communicate with other domains. Essentially, we can say that F# is designed to be a hybrid programming language by which you can do almost everything that you can do with other programming languages such as C#, Java, etc.
Benefits of F# Programming Language
There are lots of benefits and advantages of learning F# and some of them are:
1. F# is a simple language that is very easy to learn and easily accessible to most software developers.
2. F# has a strong development environment for Windows clients and various server applications.
3. Programmers who know F# are generally considered to be well above average.
4. F# is an interactive language, these means that its code runs immediately in the IDE. this makes F# ideal to be used for testing and scripting.
5. F# implements static type checking and this helps to catch lots of errors at compile time.
6. F# has an automatic generalization which means that functions are automatically made generic by the compiler whenever it is possible.
7. F# is a functional programming language, this makes code to be easily reused.
F# Programming Course Outline
F# - Introduction/Overview
F# - Environment Setup
F# - Program Structure
F# - Basic Syntax
F# - Data Types
F# - Variables
F# - Operators
F# - Decision Making
F# - Loops
F# - Functions
F# - Strings
F# - Options
F# - Tuples
F# - Records
F# - Lists
F# - Sequences
F# - Sets
F# - Maps
F# - Discriminated Unions
F# - Mutable Data
F# - Arrays
F# - Mutable Lists
F# - Mutable Dictionary
F# - Basic I/O
F# - Generics
F# - Delegates
F# - Enumerations
F# - Pattern Matching
F# - Exception Handling
F# - Classes
F# - Structures
F# - Operator Overloading
F# - Inheritance
F# - Interfaces
F# - Events
F# - Modules
F# - Namespaces
F# - Video Lectures
F# - Exams and Certification