Final Exam: Software Architect Overview/Description Expected Duration Lesson Objectives Course Number Expertise Level Overview/Description Final Exam: Software Architect will test your knowledge and application of the topics presented throughout the Software Architect track of the Skillsoft Aspire Developer to Software Architect Journey.
Expected Duration (hours)
0.0
Lesson Objectives Final Exam: Software Architect
adopt pipelines in a Python app to send batches of Redis commands to a Redis server
compare list and set data structures and apply the Redis CLI commands that apply to sets
coordinate messaging between a collection of Redis clients by setting up a consumer group
create and update numeric data in Redis
create a new user using ACL commands
create a new user with a specific set of permissions using ACL commands
describe the properties of sorted sets and illustrate how they contrast with regular Redis sets
describe the steps involved in defining and executing transactions in Redis
describe the types of data that can be stored in Redis and the properties of the different data structures
describe the use cases of the Redis data store
detail the features of list structures in Redis and illustrate the types of operations that can be performed with them
detail the processes of client tracking and server-assisted client-side caching in Redis
detail the use cases of the Redis data store
distinguish between list and set data structures and apply the Redis CLI commands that apply to sets
download and install Redis on your machine
establish a master-slave relationship between a Redis server and its replica
explain how permissions can be applied to users using ACL categories
extract elements from Redis list individually
extract elements from Redis list individually or in bulk
identify the content and format of stream data structures in Redis and illustrate how to set up Redis streams
identify the features of list structures in Redis and illustrate the types of operations that can be performed with them
identify the processes of client tracking and server-assisted client-side caching in Redis
identify the properties of sorted sets and illustrate how they contrast with regular Redis sets
identify the types of data that can be stored in Redis and the properties of the different data structures
identify the use cases of the Redis data store
illustrate how permissions can be applied to users using ACL categories
illustrate the processes of client tracking and server-assisted client-side caching in Redis
illustrate the steps involved in defining and executing transactions in Redis
implement a subscription to multiple Pub/Sub channels that match a pattern
implement Pub/Sub in a Python app to subscribe to a messaging channel and retrieve messages
implement set operations such as union, intersection, and set difference on Redis sets
implement the built-in lock available in the python-redis-lock package to ensure thread-safe access to a shared Redis resource
implement the redis-py package to connect to a Redis server from a Python app
install and use Redis on your machine
install Redis on your machine
invoke create, read, update and delete operations from the Redis CLI
modify the elements in a sorted set
optimize mass insert operations in Redis by using the pipe mode feature of the Redis CLI
perform set operations such as union, intersection, and set difference on Redis sets
publish to Pub/Sub channels using the Redis CLI
read data from a Redis stream using the XREAD command
recognize how Redis supports connections via various clients
recognize the content and format of stream data structures in Redis and illustrate how to set up Redis streams
recognize the features of list structures in Redis and illustrate the types of operations that can be performed with them
remove and modify the elements in a sorted set
retrieve data from a Redis stream using the XREAD command
set up a duplicate copy of a Redis server as a precursor to creating a replica
set up a master-slave relationship between a Redis server and its replica
set up a subscription to multiple Pub/Sub channels that match a pattern
subscribe to Pub/Sub channels using the Redis CLI
update numeric data in Redis
use ACL commands to create a new user with a specific set of permissions
use a duplicate copy of a Redis server as a precursor to creating a replica
use mass insert operations in Redis by using the pipe mode feature of the Redis CLI
use pipelines in a Python app to send batches of Redis commands to a Redis server
use Pub/Sub in a Python app to subscribe to a messaging channel and retrieve messages
use the built-in lock available in the python-redis-lock package to ensure thread-safe access to a shared Redis resource
use the Redis hash structure to extract data in the form of a map
use the Redis hash structure to store and extract data in the form of a map
use the redis-py package to connect to a Redis server from a Python app
Course Number: it_fedaa_04_enus
Expertise Level
Intermediate