Introduction to GoLang

Kursinnehåll

Introduction to GoLang

Introduction to GoLang

1. Getting Started

What is Go Programming Language?Hello World Comments in Go Basics of Variables Modifying Variable Values Constants Basics of Operators & Expressions Challenge: Hello World Challenge: Comments in Go Challenge: Basics of Variables Challenge: Constants

2. Data Types

Integers Floating-Point Numbers Booleans Runes Strings Basic Type Casting String Formatting Challenge: String Formatting Practice

3. Control Structures

Comparison Operators Conditional Statements Conditional Chaining Logical Operators Switch Statement For Loop Break Statement Challenge: Practicing For Loop

4. Functions

Declaring and Defining Functions Local and Global Scopes Passing Data into the Functions Return Values from Functions Multiple Return Values Passing Functions as Arguments Challenge: Reviewing Concepts of Functions

5. Arrays and Slices

Declaring Arrays Accessing and Modifying Array Elements Slices Length vs Capacity Multi-Dimensional Arrays Iterating Over Arrays Passing Variable Number of Arguments into Functions Passing Arrays into Functions Challenge: Finding the Largest Element in a Grid

6. Intro to Structs & Maps

Creating Structs Creating Instances of Structs Data in Structs What are Maps?Map Declaration and Initialization Accessing Map Values Deleting Keys From Maps Challenge: Creating a Structure

What are Maps?

Maps are an implementation of hash maps in Golang. A hash map is a data structure that maps keys to values, where a key can be a value of a comparable data type, such as int, float, string, and so on. Values can range from simple string literals to arrays.

Note

In Go, a comparable datatype refers to a data type that supports comparison operations, such as equality and ordering. Comparable types are those that can be compared using the equality operators (== and !=) and the relational operators (<, <=, >, >=).

Below is a diagram representing a hash map:

In arrays, we use indexes to access the stored data at an index. In contrast, with maps, we use keys to access the corresponding values.

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Avsnitt 6. Kapitel 4

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Kursinnehåll

Introduction to GoLang

Introduction to GoLang

1. Getting Started

What is Go Programming Language?Hello World Comments in Go Basics of Variables Modifying Variable Values Constants Basics of Operators & Expressions Challenge: Hello World Challenge: Comments in Go Challenge: Basics of Variables Challenge: Constants

2. Data Types

Integers Floating-Point Numbers Booleans Runes Strings Basic Type Casting String Formatting Challenge: String Formatting Practice

3. Control Structures

Comparison Operators Conditional Statements Conditional Chaining Logical Operators Switch Statement For Loop Break Statement Challenge: Practicing For Loop

4. Functions

Declaring and Defining Functions Local and Global Scopes Passing Data into the Functions Return Values from Functions Multiple Return Values Passing Functions as Arguments Challenge: Reviewing Concepts of Functions

5. Arrays and Slices

Declaring Arrays Accessing and Modifying Array Elements Slices Length vs Capacity Multi-Dimensional Arrays Iterating Over Arrays Passing Variable Number of Arguments into Functions Passing Arrays into Functions Challenge: Finding the Largest Element in a Grid

6. Intro to Structs & Maps

Creating Structs Creating Instances of Structs Data in Structs What are Maps?Map Declaration and Initialization Accessing Map Values Deleting Keys From Maps Challenge: Creating a Structure

What are Maps?

Maps are an implementation of hash maps in Golang. A hash map is a data structure that maps keys to values, where a key can be a value of a comparable data type, such as int, float, string, and so on. Values can range from simple string literals to arrays.

Note

In Go, a comparable datatype refers to a data type that supports comparison operations, such as equality and ordering. Comparable types are those that can be compared using the equality operators (== and !=) and the relational operators (<, <=, >, >=).

Below is a diagram representing a hash map:

In arrays, we use indexes to access the stored data at an index. In contrast, with maps, we use keys to access the corresponding values.

Var allt tydligt?

Tack för dina kommentarer!

Avsnitt 6. Kapitel 4

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