token

refresh_Token

email

password

user_name

name

user_type

genre_id

topic

movie_url

movie_id

reviewer_id

review

user_email

user_password

genreNewName

movieNewName

movieName

genreName

review_id

Gain insights into building robust APIs with Go and MongoDB. Learn about CRUD operations, authentication, integration, and enhance your skills with practical examples and hands-on exercises.

shiveDocker5.tar.gz

Shive Job

Shive Job-copy

Shive Job-copy-copy

test job

test job-copy

API Development in Go using MongoDB is a comprehensive course that focuses on building robust application programming interfaces (APIs) using the Go programming language and MongoDB as the underlying database.

The course is structured in a sequential manner to provide a step-by-step understanding of API development in Go using MongoDB. You’ll be introduced to Go programming, integrating MongoDB with Go, designing and implementing CRUD operations, and handling authentication and authorization. Practical examples and hands-on exercises are provided, throughout the course, to reinforce the concepts and enhance the learning experience.

After completing this course, you’ll gain hands-on knowledge of the Go programming language and MongoDB, as well as proficiency in API development. Overall, this course provides a solid foundation for individuals aspiring to excel in API development using the Go programming language and MongoDB.

API Development in Go Using MongoDB

## Data

**Data** is facts about any object under evaluation. For example, let's review the features of an imaginary park bench. 

We could state that the bench has the following attributes:
- It's green
- It has shaky legs
- It's rusty
 
All of these characteristics are data about the park bench.


## Databases

**Databases** are data containers. Assume we have a jar of cookies; that jar is the database because it contains the cookies, and the cookies are the data. Databases can store various types of data, just like how we can keep various types of cookies in the same jar: chocolate, milk chocolate, and mango (mango cookies? yum!).

A database's five major components are data, query language, hardware, software, and the system:

- **Data:** The information that the database must manage and process. For example, data could be information about students or faculty in a university department.

- **Query language:** A collection of instructions that enables us to control and manage a database's content. For instance, instructions to add new data, modify existing data, read data, and even delete data. SQL is an example of a database language.

- **Procedures:** Guidelines for database users.

- **Hardware:** Consists of computer systems that store and maintain databases.

-  **Software:** The primary element. It comprises the applications needed to access the data as well as the operating system, network software, and database software that's utilized to share the data with other users.

# Data

**Data** is facts about any object under evaluation. For example, let's review the features of an imaginary park bench. 

We could state that the bench has the following attributes:
- It's green
- It has shaky legs
- It's rusty
 
All of these characteristics are data about the park bench.


# Databases

**Databases** are data containers. Assume we have a jar of cookies; that jar is the database because it contains the cookies, and the cookies are the data. Databases can store various types of data, just like how we can keep various types of cookies in the same jar: chocolate, milk chocolate, and mango (mango cookies? yum!).

A database's five major components are data, query language, hardware, software, and the system:

- **Data:** The information that the database must manage and process. For example, data could be information about students or faculty in a university department.

- **Query language:** A collection of instructions that enables us to control and manage a database's content. For instance, instructions to add new data, modify existing data, read data, and even delete data. SQL is an example of a database language.

- **Procedures:** Guidelines for database users.

- **Hardware:** Consists of computer systems that store and maintain databases.

-  **Software:** The primary element. It comprises the applications needed to access the data as well as the operating system, network software, and database software that's utilized to share the data with other users.

Basics of Databases

Recap of Go Programming

Introduction to Mongo DB

API Guidelines

User Management

Genre Operations

Movie Records

Movie Reviews

Appendix

Wrap Up

Build a Programmer Skill Querying Website with React and Golang

Basics of Databases

Data

Databases