Positive Quadrant Technologies LLP

MODULE 1: GO PROGRAMMING - OVERVIEW

MODULE 2: GO PROGRAMMING – ENVIRONMENT SETUP

MODULE 3: GO PROGRAMMING – PROGRAM STRUCTURE

MODULE 4: GO PROGRAMMING – BASIC SYNTAX

MODULE 5: GO PROGRAMMING – DATA TYPES

MODULE 6: GO PROGRAMMING – VARIABLES

MODULE 7: GO PROGRAMMING – CONSTANTS

MODULE 8: GO PROGRAMMING – OPERATORS

MODULE 9: GO PROGRAMMING – DECISION MAKING

MODULE 10: GO PROGRAMMING – LOOPS

MODULE 11: GO PROGRAMMING – FUNCTIONS

MODULE 12: GO PROGRAMMING – SCOPE RULES

MODULE 13: GO PROGRAMMING – STRINGS

MODULE 14: GO PROGRAMMING – ARRAYS

MODULE 15: GO PROGRAMMING – POINTERS

MODULE 16: GO PROGRAMMING – STRUCTURES

MODULE 17: GO PROGRAMMING – SLICES

MODULE 18: GO PROGRAMMING – RANGE

MODULE 19: GO PROGRAMMING – MAPS

MODULE 20: GO PROGRAMMING – RECURSION

MODULE 21: GO PROGRAMMING – ERROR HANDLING

MODULE 22: GO PROGRAMMING – TYPE CASTING

MODULE 23: GO PROGRAMMING – INTERFACES

Rs.25000

Concurrency Support: Goroutines and channels facilitate easy and efficient concurrency
It allowing concurrent execution of tasks without the complexity of traditional threading
Go has a clean and minimalist syntax
Its simplicity encourages writing clear and concise code
Go comes with automatic memory management through garbage collection
Go compiles quickly to machine code
Go offers a rich standard library that covers a wide range of functionalities
Go's garbage collector efficiently manages memory
preventing common memory-related issues such as dangling pointers and memory leaks
Multiple Return Values: Functions in Go can return multiple values
Go's interface system allows for flexible and dynamic code design through interface composition
Go is known for its fast execution speed
making it suitable for performance-critical applications such as web servers
Go provides powerful concurrency primitives such as mutexes
Go has a vibrant and growing community with a rich ecosystem of third-party libraries and frameworks
Go promotes explicit error handling through its built-in error type