Masterclass Shift Left: Accelerated Software Testing
- Descrição
- Currículo
- FAQ
- Revisões
Welcome to the “TestOPS Shift Left: Accelerating Quality and Efficiency” course, an in-depth exploration of the fundamentals and best practices for optimizing the software development lifecycle by identifying and addressing potential issues at earlier stages. This comprehensive course aims to equip you with the knowledge, skills, and tools needed to effectively integrate the Shift Left approach into your development processes, ultimately saving time, resources, and improving the overall quality of your software products.
We will examine the importance of code quality in the Shift Left approach. You will learn how to enforce best practices, such as code reviews, static analysis, blocking PRs and test-driven development, to ensure your codebase remains maintainable, scalable, and free from defects. By embracing these practices, you can reduce the likelihood of introducing new issues and improve the overall stability of your software.
In our chapter on automation efficiency, we will focus on leveraging automation tools and strategies to optimize your development process. By automating repetitive tasks, such as testing, integration, and deployment, you can streamline your pipeline and minimize the risk of human error. We will also discuss how to select the right tools and techniques for your specific project needs, ensuring that your team can work more efficiently and effectively.
Lastly, our course will provide you with an in-depth understanding of various prevention techniques, including vulnerability scanning, threat modeling, and secure coding practices. You will learn how to proactively identify and mitigate potential security risks, ensuring that your software is not only high-performing but also secure from potential threats.
By the end of this course, you will have gained a comprehensive understanding of the Shift Left approach, empowering you to create more efficient development pipelines, reduce risk, and deliver high-quality, reliable software products that meet the ever-evolving needs of your users.
-
1
Introduction -
2
About your instructor
-
3
Project used for Shift Left Approach Live Demo
-
4
6 Minute Shift Left Challenge
-
5
Trends - 3 powerful studies to keep you informed and connected
Understand the trends in software quality engineering with 3 powerful resources:
1. State of Devops
2. World Quality Report
3. Continuous Testing Report
-
10
Chapter Introduction
-
11
What is shift Left approach
-
12
Examples of Shift Left Actions
-
13
Benefits of Shift Left
-
14
Enabler of Shift Left - Automation
-
15
Demo - Example of "Automation" Enabler
-
16
Enabler of Shift Left - Bottom-Up approach
-
17
Demo - Example of "Bottom-Up Approach" Enabler
-
18
Enabler of Shift Left - Quality Policies
-
19
Demo - Example of "Quality Policies" Enabler
-
20
Enabler of Shift Left - Reutilization
-
21
Demo - Example of "Reutilization" Enabler
-
22
Enabler of Shift Left - Built in Quality
-
23
Test Driven Development TDD- a preventive approach
-
24
Demo - VS Code - Java - Test Driven Development
-
25
What is Shift Right
-
26
Why is shift Left Approach so powerful?
-
27
Chapter intro
-
28
The Test Pyramid
-
29
Martin Fowler's Test Pyramidhttps://martinfowler.com/articles/practical-test-pyramid.html
-
30
Ice Cream Cone Antipattern
-
31
Unit Tests
-
32
Integration Tests
-
33
API / Contract Tests
-
34
UI Tests
-
35
Practical Example Test Pyramid - Java
-
36
Test Pyramid Knowledge check
Verify your knowledge in the breakdown of the testing pyramid.
-
37
Branching - Introduction
-
38
Demo - Git - VS Code - GitHub - Branching - Merges - Pull Requests
-
39
Branching - Important Metrics for Branches
-
40
Branching - Strategies and tips
-
41
Chapter Intro
-
42
Devops introduction
-
43
Continuous Integration Concept
-
44
[Demo - Github] Practical Example - Blocking for poor coding practices
-
45
[Demo - Github] - Blocking for Failing Tests
-
46
[Demo - Github] - Blocking for Code Coverage
-
47
[Demo - Github] - Blocking for Vulnerabilities
-
48
Practical Example - Validation Build
-
49
Continuous Integration Quiz
-
50
Continuous Deployment Pipe
-
51
[Demo - Github] - Continuous Deployment with automated Tests
-
52
The Nightly Build Pipe
-
53
[Demo - Github] - The nightly run Pipeline
-
54
QE/QA Pipeline Design Advice
-
55
Design a Practical Automated Testing Pipeline
-
56
Knowledge Check
-
57
Automated Test Types
-
58
Cost and Speed Comparison API vs UI Automated Tests
-
59
Case Study - API and UI Test Automation Approach
-
60
Test Automation Framework Design
-
61
Chapter Intro
-
62
Feature Environment
-
63
[Demo - Github] - Creating a feature Environment
-
64
Environments - On Demand
-
65
Environments - On Demand - How to make it work
-
66
Automated Environment Validation
-
67
GitOPS - Safe changes to Configuration
-
68
Infrastructure Tests - Scalability / HA
-
69
Quiz: Environments
-
70
What is Performance Testing
-
71
What does shift left on performance actually mean
-
72
Shift Left - Integrate Performance Testing into CI/CD
-
73
What is Google Lighthouse
-
74
Integrate Google Lighthouse into the IDE
-
75
Blocking for Bad Performance - Lighthouse
-
76
What is Grafana K6
-
77
Install Grafana K6
-
78
Running the first Tests with K6
-
79
Integrating K6 into Github
-
80
Running Delta Validation Tests
-
81
Demo - Performance Validations at CI Level
-
82
Aid in tooling and framework Assessment
-
83
Generate Cucumber Feature Files
-
84
Generate Cucumber files with project context
-
85
Generate Automated Tests with Chat GPT
-
86
Generate Automated Tests with project context
-
87
Using AI to add jobs in CI/CD pipeline
-
88
Using AI for setting up performance testing pipelines
-
89
Using AI as a way to understand code
-
90
Using AI to calculate Unit Test coverage
-
91
Using AI to investigate unit test efficiency
