build.tar.gz

string-hash-rest-api

string-hash-example

string-hash-example-hash

set-sorted-set-leaderboard-app

set-sorted-set-example-set

set-sorted-set-example-sortedset

welcome-example

messaging-list-app

messaging-chat-app

string-hash-solution-1-deprecated

set-sorted-set-solution-1-deprecated

messaging-streams-app

core-features-keyspace-notifications-app

core-features-lua-run

core-features-lua-eval

core-features-lua-incrby-impl

core-features-scan-scan

core-features-scan-sscan

core-features-scan-hscan

core-features-scan-zscan

redis-streams-example

redis-list-example

geo-store-locator

geospatial-code-snippets

hll-top-products-app

hll-code-snippets

distributed-redis-example-sharding

distributed-redis-example-multikey

distributed-redis-example-hashtag

redisearch-app

redisearch-examples

Geospatial

challenges

Test challenges

string-hash-solution-1

set-sorted-set-solution-1

Redis is an open-source, in-memory key-value data structure store that belongs to the NoSQL category of databases. Go is a programming language known for its performance, simplicity, and reliability. Redis can be used as a high-performance in-memory cache, a message broker and streaming engine. This course teaches you how to use Redis with Go to build practical applications.

In this course, you’ll learn Redis data types, such as string and Hash. Then, you’ll cover data structures. Moreover, you’ll learn about Redis messaging through list, Pub/Sub and streams. You will also cover Redis’ core features, such as Redis pipeline, notifications, and Lua scripting. This course will finish with geospatial indexes, Redis Cluster and RediSearch. 
 
This course will give you the ability to build practical applications with Redis and Go. 
You will gain an understanding of how to choose the appropriate Redis data structures and features, as well as enable you to architect scalable applications.

Building Practical Applications with Redis Using Go


Which command is used to add entries to a Redis stream?

Which command is used to add entries to a Redis stream?

**(True or False)** A stream ID is autogenerated if it's  not passed in the call to the `XAdd` method.

(True or False) A stream ID is autogenerated if it’s not passed in the call to the <code>XAdd</code> method.

Which special IDs are used to refer to the minimum and maximum IDs (respectively) while invoking the `XRange` method?

Which special IDs are used to refer to the minimum and maximum IDs (respectively) while invoking the <code>XRange</code> method?

**(True or False)** The `XGroup Create` method can be used to create a consumer in the specified consumer group.

(True or False) The <code>XGroup Create</code> method can be used to create a consumer in the specified consumer group.

**(Select all that apply.)** Which commands can be used to transfer the ownership of a stream message that is in the pending entries list?

(Select all that apply.) Which commands can be used to transfer the ownership of a stream message that is in the pending entries list?

Which pattern is Redis Pub/Sub based on?

**(True or False)** The `XPut` method is used to add events to a Redis stream.

(True or False) The <code>XPut</code> method is used to add events to a Redis stream.

To get the length of the number of items of a consumer.

To fetch the pending entries list associated with a consumer group.

What is the <code>XPending</code> method used for?

What is the `XGroup Create` method used to create?

What is the <code>XGroup Create</code> method used to create?

**(True or False)** With the `XReadGroup` method, all the consumers receive the same set of messages.

(True or False) With the <code>XReadGroup</code> method, all the consumers receive the same set of messages.

Welcome!

Working with String and Hash Data Types

Using Set and Sorted Set

Messaging with Redis

Core Redis Features

Geospatial Indexes and Probabilistic Data Structures

Running Redis Across Multiple Servers

Redis Modules in Action

Wrapping Up

Final Project

Quiz: Redis Messaging