Golang Professional Training


For the best Golang Certification Training Online, Max OnlineTrainings is the best place to acquire the skills. We offer you the real time skills and expertise on the Golang programming language which has been discovered by Google. It is one among the fastest growing language which has a speedy popularity too.

If you have already worked with the C language or UNIX or UTF 8 then the Golang Training can actually help you to go further in your career.

Things included in Golang Online Training course

  • The basic syntax of the programming language with the control structures of the language too.
  • You can learn to apply the concurrency model and help build parallel system too.
  • Based on the use of the packages the code organization can be done
  • Building and compilation of the project with the Go runtime.
  • Insight of the critical designs in this language
  • Grasping of the purpose of the programming language.


Need a very basic knowledge on the programming languages like the C and JavaScript. If you are form such background and is taking up the Golang Certification Course online, then you will surely be high in your career path in coming time.

What you will learn in Golang Online course

Mainly the Golang course online in India has been divided into parts where you can learn the entire language like the experts stepwise. With the advanced steps you will be learning more about the language and gets deeper into its application. It starts with the basic knowledge about the language, and then comes with the functions, methods and interfaces of the programming language.

The advanced level of the Go programming is to implementation of the language in concurrent programming language.

So if you are looking for a jump in your career and is waiting eagerly for it, just take up the Golang Training Online surely it will be quite easy to get the push for you career and boost up the package.

GO is an open source programming language developed at Google. It is also known as Golang. This language is designed primarily for system programming.

Go programming language is designed by Robert Griesemer, Rob Pike, and Ken Thompson. It is developed at Google Inc. in 2009.

Because Go is an open source programming language so, it is very easy to build simple, reliable and efficient software.

Go programs are made up of packages. The program starts running in package main. This program is using the packages with import paths "fmt" and "math/rand".

Yes! Go is a case sensitive programming language.

Go programming language doesn't provide support for generic programming.

A workspace contains Go code. A workspace is a directory hierarchy with three directories at its root.

  • "src" directory contains GO source files organized into packages.
  • "pkg" directory contains package objects.
  • "bin" directory contains executable commands

A string literals specifies a string constant that is obtained from concatenating a sequence of characters.

There are two types of string literals:

  • Raw string literals: The value of raw string literals are character sequence between back quotes ". Its value is specified as a string literal that composed of the uninterrupted character between quotes.
  • Interpreted string literals: It is shown between double quotes " ". The value of the literal is specified as text between the double quotes which may not contain newlines.

The GOPATH environment variable specifies the location of the workspace. You must have to set this environment variable while developing Go code.

"false" is the default value of type "bool".

Advantages/ Benefits of Go programming language:

  • Go is fast and compiles very quickly.
  • It supports concurrency at the language level.
  • It has Garbage collection.
  • It supports various safety features and CSP-style concurrent programming features.
  • Strings and Maps are built into the language.
  • Functions are first class objects in this language.

Static type variable declaration is used to provide assurance to the compiler that there is one variable in the given type and name so that there is no need for compiler to know complete detail about the variable for further processing. A variable declaration has its meaning at the time of compilation only, compiler needs actual variable declaration at the time of linking of the program.

A list of built-in supports in Go:

  • Container: container/list,container/heap
  • Web Server: net/http
  • Cryptography: Crypto/md5 ,crypto/sha1
  • Compression: compress/ gzip
  • Database: database/sql

The break statement is used to terminate the for loop or switch statement and transfer execution to the statement immediately following the for loop or switch.

A dynamic type variable declaration needs a compiler to interpret the type of variable according to the value passed to it. Compilers don't need a variable to have type statically as a necessary requirement.

The continue statement facilitates the loop to skip the remainder of its body and immediately retest its condition prior to reiterating.

In Go, a pointer is represented by using the *(asterisk) character followed by the type of the stored value.

The goto statement is used to transfer control to the labeled statement.

Go programming language doesn't provide support for method overloading

Yes. A short variable declaration := can be used only inside a function.

Golang course topics:

  • Idiom Syntax
  • Interfaces and Embedding
  • Array and methods
  • Slices & Maps
  • Concurrency pattern
  • Standard library
  • Testing method
  • Debugging
  • Channels and Race Conditions
  • Error Handling
  • Packing & Exporting
  • About Project structure
  • Using Pointers