Tag: AutomationTesting

Top Software Testing Tools of 2022: An In-depth Guide for Streamlined QA Process

Software Testing is a key stage in the Software Development Life Cycle (SDLC) that ensures that applications function optimally and are free of defects. It requires powerful software testing tools to be executed efficiently. This article will delve into the top software testing tools available today that Quality Assurance professionals can leverage to streamline their testing activities.

Table Of Contents

I. Understanding the Importance of Software Testing Tools
II. A Look at Distinct Types of Testing Tools
III. Review of the Top 11 Software Testing Tools
IV. Key Factors to Consider in Selecting the Best Software Testing Tool
V. Identifying the Most In-Demand Testing Tools in 2022
VI. Conclusion
VII. FAQs

Understanding the Importance of Software Testing Tools

Software testing tools are integral to enhancing the performance of software applications, cutting down testing time, and delivering top-quality products. Functional and non-functional testing can be carried out by numerous software testing tools, both open-source and paid, available in the marketplace.

When a project is passed onto the testing team, the quality of the software is carefully inspected before it’s routed to the end user. Testers aim for minimal bugs and complications during the software release. To achieve this, they might opt to repeat testing whenever a bug is identified, until all bugs are completely eliminated, or use tools that expedite the testing process. The latter option, which involves automated software testing tools and manual debugging, will be our focus in this article.

A Look at Distinct Types of Testing Tools

There are various types of significant tools available in the market:

Functional Testing Tools

Functional testing tools are the oldest breed of tools that examine the software’s functionalities, mainly checking whether the feature works as expected when correct inputs are provided, and whether correct error messages are displayed for wrong inputs.

Non-Functional Testing Tools

Non-functional testing tools aim to enhance user experience by ensuring non-functional areas such as security, scalability, or efficiency are up to scratch.

Automation Testing Tools

Automation testing tools have shown impressive growth over the years. These tools have advanced from performing basic actions to automatically detecting UI elements, and in some cases, even doing away with programming as a medium between the computer and the tester.

Agile Testing Tools

Agile testing tools function as a bridge between developers and testers. These tools help streamline communication and contains necessary information, histories, and updates relevant to the testing process.

Review of the Top 11 Software Testing Tools

  1. Testsigma: A cloud-based, open-source tool that supports natural language processing, real devices, and mobile recording.
  2. testRigor: Supports various types of tests with simultaneous sessions and built-in native tools.
  3. Mabl: Known for its excellent UI, it provides features to accomplish end-to-end testing goals in lesser time.
  4. Kobiton: Provides real devices, device lab construction, scriptless, and scripted one test run everywhere.
  5. Autify: An AI-based/Self-healing tool that supports one test multiple browsers, step group, testing shadow DOM, and Email testing.
  6. Testim: It applies AI in understanding the test cases as the tester writes them.
  7. Kualitee: Supports reusability in repositories, defect management, furnishes mobile app-based manual, and automation support.
  8. Telerik Test Studio: It’s a hybrid test automation tool that allows testing software using codeless or scripted methods.
  9. QA Wolf: Provides 80% test coverage within 4 months and maintains this percentage even if your application grows.
  10. Appsurify TestBrain: It’s a tool that offers risk-based testing, machine learning-based testing, Shift-left testing, and pipeline optimization.
  11. aqua ALM: It’s a Highly scalable tool that tracks project progress, cloud and on-premise, and offers a chrome extension.

Key Factors to Consider in Selecting the Best Software Testing Tool

When selecting a software testing tool, consider factors such as the learning curve, support for the language or script-less tools, automation support, device support, pricing, types of testing supported, central data representation, integrations, and reporting.

Identifying the Most In-Demand Testing Tools in 2022

The most in-demand testing tools in 2022 are likely to be Codeless testing tools, Automation testing tools, and Security testing tools due to their convenience and high level of efficiency.

Conclusion

Software testing is a vital stage in the software development cycle, and choosing the right software testing tool can make a significant difference in software quality. With a myriad of tools available, it’s crucial to make an informed choice based on the specific needs of your project.

FAQs

  1. What are the types of testing?

    • Functional testing tools
    • Non-Functional testing tools
    • Automation testing tools
    • Agile testing tools

  2. What is Software Testing?
    It is a process of examining the software using various tools and methods to ascertain if it works as expected.

  3. What are the strategies in testing?
    The three types of testing strategies are Unit testing, Integration testing, and System testing.

  4. Why do we test software?
    Software testing is done to enhance product quality, grow business, build brand reputation, and save company costs in the long run.

Tags: #SoftwareTesting #TestingTools #FunctionalTesting #NonFunctionalTesting #AutomationTesting

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Future QA Tools & Automation Testing Trends: Revolutionizing Software Development in 2023

The software industry is undergoing rapid evolution, with Agile methodology taking the reigns for swift product releases. In an effort to deliver quality products speedily and affordably, organizations heavily rely on automation testing.

From creating test scripts from the developer perspective to moving on to end-to-end(e2e) visual layer testing for the users’ experience, the techniques have revolutionized. Today, automation testing is evolving like never before to accommodate the latest innovations in tech.

Let’s delve into the trends unfolding in the software testing market in 2023, along with some QA tools expected to boost your automation testing process.

Emerging Software Testing Trends in 2023

Quality Assurance (QA) is now not just about identifying bugs but also preventing them. Every stakeholder involved in the process is sharing the onus of assuring quality, leading to the need for convenient to use QA tools. To cater to this, the tech industry is launching trends that simplify the use of these tools. Here are some expected directions:

Customer Experience: A Rising Priority

Companies need to focus on their vision and the latest market trends to remain competent. Striking a balance between their product aspirations and customer satisfaction is paramount for growth.

No-code and Low-code Applications: The New Rage

With AI and visual modeling, low-code and no-code tools help simplify test case creation and expedite test runs. As these require minimal coding knowledge, manual testers and other professionals can actively participate in the QA process.

AI and ML in QA: Next Big Thing

Integrating AI and Machine Learning in QA tools has led to a massive boost in performance and productivity. These technologies aid in areas such as:

  • Self-healing automation test scripts: Self-healing denotes the automatic detection and resolution of failures in automated test scripts without human supervision.
  • Test case prioritization: ML algorithms can analyze test results, historical data, and usage patterns to optimize test execution and improve overall efficiency.
  • Test data generation: AI can automatically generate test data based on predefined criteria, simplifying testing applications with multiple inputs.

QAOps and Agile: The New Strategy

QAOps, an emerging practice, integrates QA into the software delivery pipelines, fostering better collaboration between QA, operations, and development teams.

Hyperautomation: The Future

Hyperautomation combines several automation tools such as AI, ML, Natural Language Processing, and Robotic Process Automation, utilizing AI-driven decision-making benefits.

Cloud-based Testing: New Norm

Cloud-based platforms offer scalability and growth options as needed. Several forthcoming QA tools are leveraging this tech.

Hallmarks of an Ideal Test Automation Tool

An excellent QA tool should feature:

  • Ease of Use
  • Integration
  • Scalability
  • Reporting
  • Customization
  • Collaboration
  • Security
  • Support

Different Forms of Automation Testing

Organizations use a combination of various automation testing types to ensure their applications meet quality and performance provisions:

  • Integration Testing
  • Functional Testing
  • Regression Testing
  • End-to-End Testing
  • Acceptance Testing
  • Performance Testing
  • Security Testing
  • User Acceptance Testing

Top 5 Distinguished QA Tools for 2023

Here are the top five QA tools brewing to transform testing in their domain:

  • LambdaTest
  • testRigor
  • Qase
  • Applitools
  • Mockaroo

Final Remarks

Automation testing is a crucial component of the software development process, witnessing increasing significance. Technological advancements and new emerging trends encourage QA teams to rethink traditional operation ways. In 2023, it’s imperative to stay updated with modern tools that can improvise your testing process, enhance your software’s quality, and eventually benefit your enterprise.

Tags: #AutomationTesting #SoftwareDevelopment #QualityAssurance #Trends2023

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Maximizing Efficiency with AI and ML in Automation Testing: A Complete Guide

In this world of rapid technology advancements, it’s critical to outline that the contribution of artificial intelligence (AI) and machine learning (ML) is extending well beyond generating creative content or unique artwork. A significant area where AI has made its impact felt is the realm of software testing and quality assurance (QA).

What is Automation Testing?

Let’s refresh our understanding of what automated software testing entails.

In the process of product testing, engineers use various approaches to ensure rigorous software analysis leading to optimal outcomes. Testing specialists manually craft and execute tests to detect bugs. Concurrently, quality assurance (QA) professionals strive to enhance the efficiency and security level of the entire development process.

However, despite the handy nature of manual testing for evaluating app features, it’s time-consuming, taking up to 35% of a test cycle. This is precisely where the role of skilled automation engineers becomes vital. They develop automated tools and strategies thereby eliminating the need for creating and running multiple test cases, which considerably optimizes the testing process.

Impact of Automation on the Testing Process

Implementing a test automation suite presents several opportunities such as expanded test coverage, decreased human errors, reduced risk of test failures, reusability of test cases, substantial budget savings, more structured test results, simplified test creation process, and automated CI/CD.

Given its benefits, it’s unsurprising that most IT companies dedicate between 30 to 50% of their QA resources to automated testing infrastructure and staffing.

Understanding Artificial Intelligence

Artificial intelligence is a groundbreaking technology that attempts to emulate human capabilities. Currently, the global AI market is worth over $142.3 billion. However, for clarity, it’s essential to differentiate between AI, machine learning, and deep learning.

  • Artificial Intelligence: It’s about instructing computers to simulate human intelligence by learning from algorithms and large data quantities.

  • Machine Learning: It involves training computers to learn from data procured via algorithms.

  • Deep Learning: This approach is based on algorithms with artificial neural networks similar to the human brain.

Why Use AI for Test Automation

There are compelling reasons to leverage AI in the software testing domain.

  • Enhanced Accuracy: With AI and ML capabilities, automated testing can effectively identify visual bugs and irregular patterns thereby improving software quality.

  • Faster Product Delivery: Automated maintenance with AI/ ML algorithms is an efficient method to accelerate delivery time.

  • Reduced Costs: Employing AI-enabled tools enable engineers to focus on complex issues while automating repetitive tasks, enabling cost reduction.

  • Extended Test Coverage: AI-powered test automation tools guarantee a more in-depth and broader scope of software analysis compared to traditional tools.

  • Real-time Feedback: AI-driven testing provides early-stage feedback enabling teams to save on effort and resources.

AI in Test Automation: Tools and Use Cases

AI-based test automation finds application in various areas. These include creating UI tests, automating API testing, regulating unit tests, and automating regression testing. Moreover, AI testing tools can speed up the self-healing process, reduce manual tasks, and also modify test scripts to accommodate code changes.

Key automated testing tools with AI capabilities are Appvance, Functionize, Parasoft, Applitools, and Testim.io.

Wrapping It Up

Harnessing the power of AI in automated testing is a progressive step in the QA & testing industry. It simplifies various processes and boosts the capabilities of engineers. With the right tools, AI-based automated testing enhances accuracy, minimizes costs, and quickens delivery times. However, it’s crucial to note while AI-powered tools optimize the test automation life-cycle, they still require human intervention and control for driving optimal results.

Tags: #AI, #AutomationTesting, #MachineLearning, #DeepLearning
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Top 20 Test Automation Tools for Enhanced Software Performance in 2023

As the software industry continues to grow, so does the need for automation testing tools. These tools play an essential role in refining the software quality and enhancing its performance by executing test cases and generating results without human intervention. This guide provides an in-depth insight into some of the top-notch test automation tools available for the year 2023 along with an effective mechanism for tool evaluation.

Evaluating Test Automation Tools

Before choosing a test automation tool, a specific set of criteria should be evaluated:

  • Budget allocation: Consider whether your team has a budget for licensed tools. Identify areas where you can use open-source tools or where it is crucial to invest in licensed ones.
  • Efficiency of the tool: Create small test cases for areas that might benefit from automation testing. Use the trial version of automation testing tools to run these tests. If the tool is efficient and beneficial for the software development process, consider making a purchase.
  • Tool compatibility: Check if the tool integrates well with your team’s software. It should meet your technical requirements like support for various programming languages and platform support.
  • Reporting mechanism: A good automation tool must provide an excellent reporting mechanism, CI/CD integrations, and technical support.

Automation Testing Tools for 2023

The market is flooded with various automation testing tools. Here are 20 of the best ones for 2023:

1. Percy and App Percy

Percy assists with visual test automation by taking screenshots, contrasting them with a baseline screenshot pixel by pixel, and flagging the visual changes. App Percy is built on similar lines.

2. Selenium

Selenium WebDriver allows test engineers to use a cloud Selenium Grid to execute tests without worrying about managing capacity or adding new devices.

3. Appium

Appium serves as a platform for communication between the user’s test script, the Appium server, and the device on which the script is being executed.

4. BrowserStack Automate & App Automate

These automation tools allow users to use a variety of automation frameworks and tools such as Cypress, Selenium, Puppeteer, Appium, and Playwright. They also offer parallel testing.

5. Storybook

Storybook is an excellent tool for visual testing. It is particularly useful when integrated with Percy.

6. Cucumber

The Cucumber framework allows software testers to write test scripts in plain English using the Behavioral Driven Development (BDD) Testing Framework.

7. Cypress

Cypress automation framework specializes in asynchronous testing and is compatible with various modern browsers.

8. Playwright

Playwright is an automation testing tool compatible with Windows, Linux, and macOS and can be integrated with primary CI/CD servers.

9. Puppeteer

Puppeteer is another great tool for automation testing. It can assist with performance testing.

10. Espresso

Espresso Android Testing Framework allows for automatic synchronization of test actions with the UI of the application.

11. XCUItest

XCUItest is integrated with Xcode allowing for seamless functioning.

12. TestNG

TestNG is designed to cover a range of test categories and it helps testers organize the test cases in a structured way.

13. JUnit

JUnit is an open-source testing framework known for identifying bugs early in the code.

14. Jest

Jest supports multiple projects in the same runner and customer resolvers such as Babel and Webpack.

15. Jasmine

Jasmine focuses on Behavioral Driven Development (BDD) and front-end testing.

16. Mocha

Mocha operates on Node.js and provides front-end and back-end asynchronous testing compatibility.

17. NightwatchJS

Nightwatch.js is known for its inbuilt command-line test runner suite that helps execute the automated tests.

18. Robot Framework

Robot Framework uses a keyword-driven approach, which allows testers to write tests using natural language syntax.

19. Pytest

Pytest is a popular testing framework for Python that simplifies the process of writing and running test cases.

20. NUnit

NUnit is known for its feature-packed Unit testing and is a popular choice among developers and testers when running Selenium Integrated browser tests.

Conclusion

The early integration of automation testing tools can prove beneficial for timely error detection and meeting deadlines. It is essential to select a tool that complements your project needs and requirements for efficient outcomes.

Tags: #AutomationTesting #SoftwareDevelopment #TestAutomationTools #SoftwareTesting

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Master Cypress: Top Automation Testing Courses for Tech Professionals

Are you an experienced or up-and-coming tech professional looking to enhance your automation testing skills? Then it’s time to dive into the world of Cypress, the revolutionary tool that’s transforming web automation testing. Be it UI testing, API testing, or building robust frameworks, the courses we’re about to introduce will equip you with all the necessary knowledge and expertise. So, let’s get started!

1. Cypress – Modern Automation Testing from Scratch + Frameworks

This intensive course represents a holistic approach to understanding Cypress. It is designed to empower you with the ability to build fast, reliable automation tests for any web application using Cypress. The course not only covers Cypress in depth but also emphasizes JavaScript basics. This ensures that you get a well-rounded understanding and are able to implement the finest coding practices for Cypress tests. Click here to discover more.

2. Cypress: Web Automation Testing from Zero to Hero

Especially designed for those who are fresh to programming, this course is your ideal starting point. It covers the fundamentals of JavaScript, setting up and configuring Cypress, and constructing locators for web elements utilizing Cypress’s vivid jQuery Selector Engine. By the end of this course, you will transform into a web automation testing wizard. Click here to start your journey now.

3. The Complete Cypress v12 Course: From Zero to Expert!

This one surely lives up to its name! It offers you a comprehensive understanding of Cypress, balancning between basic and advanced levels. By completion, you’ll be an expert at using Cypress for UI and API testing. The course specializes in teaching how to conduct XHR/API testing using Cypress. Click here to elevate your automation testing skills.

4. Cypress V12 + Docker + Cucumber + Jenkins

Imagine combining the power of top-notch automation tools into one efficient framework, that’s what this course equips you with. You’ll get to dive into the deep end with Cypress V12, Docker, Cucumber and Jenkins. In addition to mastering Cypress, you’ll unravel the power of Docker for test execution, and Cucumber for BDD-style testing. Click here to rise up to complex automation challenges.

5. Automated Software Testing with Cypress

This professional course is designed to help you conquer Cypress 12+ from beginner to advanced levels. You’ll develop proficiency in interacting with web elements for successful web testing, and build a solid automation framework using Page Object Model best practices. This course is your route to standing unmatched in Cypress skills. Click here to enhance your toolkit.

It’s time to level up your automation testing career! Don’t miss these fantastic courses to learn in-demand skills that are highly valued in the tech industry. Take your first step toward a promising future by mastering Cypress automation testing!

Tags: #AutomationTesting #CypressCourses #JavaScript #TechCareer

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Browser Automation Tools for 2023: Detailed Review and Comparison of Selenium, Cypress, and Playwright

Every modern development team and organization needs to know about browser automation. This is because it is one of the most critical aspects of software development that aids in improving the software quality and the speed of delivery. In this context, there are three primary browser automation tools that you need to be aware of – Selenium, Cypress, and Playwright.

An Overview of Automation Testing

Automation testing is crucial as it helps in accelerating the testing process. It examines whether the results generated by specific code lines match the expected results. Automation testing helps improve efficiency, accuracy, coverage of tests, and it is highly cost-effective and reliable.

Automation testing diagram

Keeping this in mind, let us delve deeper into the big three – Selenium, Cypress, and Playwright.

Selenium: The Groundbreaking Automation Tool

Selenium has had a major impact on the automation testing world despite not initially being designed as a testing tool. It boasted features such as multiple language support, an array of browser support, maximum community engagement, and being entirely open source.

Pros of Selenium:

  • Multi-language support
  • Wide range of browser support
  • Large user community
  • Recognized standard

Cons of Selenium:

  • Slow execution
  • Complexity in setting up
  • Occurrence of Flaky tests

Cypress: The Developer-Focused Testing Tool

Cypress is entirely focused on developers and was built with the aim of improving the reliability and speed of automated testing. It has a completely different approach to testing as compared to Selenium, and runs inside the browser for executing precise automation.

Pros of Cypress:

  • Focused on front end developers
  • Provides detailed error messages
  • Automatic recording of video on test run

Cons of Cypress:

  • Limited browser support
  • The only language supported is JavaScript
  • Certain functionality requires relevant plugin knowledge

Playwright: The Latest in Browser Automation

Playwright is a new cross-browser automation library developed for end-to-end testing. It provides the ability to emulate mobile browsers and comes with multiple benefits like supporting multi-tab and multi-user scenarios, and provides new browser contexts for each test.

Pros of Playwright:

  • Supports multiple programming languages
  • Can emulate mobile browsers
  • Auto-wait functionality

Cons of Playwright:

  • Smaller community
  • Complexity in API
  • Less intuitive syntax for beginners

Comparison of Selenium, Cypress, and Playwright

| Feature | Selenium | Cypress | Playwright |
| — | — | — | — |
| Development and History | Developed in 2004 at ThoughtWorks, Selenium WebDriver later followed it. It has a large ecosystem and is a W3C standard. | Started in 2015, built to improve reliability and speed in automated testing. Runs inside the browser. | Developed by Microsoft in 2019, aims for e2e testing and auto-waits for elements to be ready. |
| Language Support | Supports multiple languages like Java, C#, Python, Ruby, and JavaScript. | JavaScript only. | Supports multiple languages like TypeScript, JavaScript, Python, Java, and C#. |
| Browser Support | Supports many browsers, including Chrome, Firefox, Safari, IE, and Opera. | Limited browser support. | Supports Chromium, WebKit, and Firefox and can emulate natives mobile browsers. |
| Community | Has the largest community with plenty of resources for solutions. | Over 5 million weekly downloads and over 43,000 GitHub stars. | Relatively smaller community due to recent market debut. |
| Drawbacks | Slow execution can lead to flaky tests and complexity in setup. | Limitations require knowledge of relevant plugin. | API may appear complex to beginners. |
| Additional Features | Can be extended with drivers, bindings, plugins, and frameworks, being a W3C standard. | Provides a real-time view of tests with a simple yet powerful API along with a rich library of plugins. | Ability to emulate mobile browsers, auto-wait functionality, can support multi-tab and multi-user scenarios. |

The Best Advice for Automating Your Tests

The choice of automation tool largely depends on your team structure and the project requirements. If you are a tester, you might want to start with Selenium. For front-end developers, Cypress might be more suitable. SDETs might be more inclined towards Playwright.

Before you make a decision, it is always recommended to run a 2-week proof-of-concept with any tool involving the whole team to see how it performs in your environment.

tags: #Selenium #Cypress #Playwright #AutomationTesting #2023FutureTrends

[Reference Link](!https://testguild.com/top-3-automation-testing-tools/)

Comparative Analysis: Selenium VS Cypress for Web Automation Testing

In the domain of website testing, two tools – Selenium and Cypress, have gained the spotlight due to their remarkable and contrasting characteristics. This blog post seeks to delve deep into the distinct features, benefits, and limitations of the two, and provide a clearer picture when one should opt for Selenium or Cypress.

Introduction to Selenium and Cypress

Selenium follows a modular architecture and has been the go-to tool for web automation testing. It is an independent application that runs on a machine and executes remote commands to evaluate website performance.

However, Cypress entered the scenario to ameliorate some of Selenium’s limitations and leverage the nuances of contemporary web architecture. The tool, built on node.js, operates as an npm module instead of an independent application.

Operational Difference

While most automation tools run separately from the application or browsers, Cypress unfolds a novel way of operation. It assimilates itself inside the browser and influences website components directly, making it convenient to stub or mock your tests by manipulating the DOM directly.

Benefits of Using Cypress

As this technological realm is highly dynamic, tools with extended benefits always enjoy user preference. Some of the advantages of using Cypress include:

Easy to Update

Cypress comes as an npm module, which enables different versions of the tool to operate across various repositories. This makes updating the tool effortless.

Easy Operation

Cypress is constructed as an all-in-one testing framework, aiming to minimize the complexity of the overall testing framework.

Speed and Reliability

Running within the browser makes Cypress highly reliable and promotes quicker execution of tests. However, it doesn’t support parallel execution as well and would require multiple browser instances for parallel operation.

Advanced Mocking and Stubbing

Cypress’s ability to manipulate the DOM directly makes the mocking and stubbing process more straightforward.

Automatic Waiting and Real-time Reloading

Cypress is designed with asynchronous operations in mind, providing a better deal against asynchronous operations than Selenium. It also offers features like automatic waiting and real-time reloading.

Built-in Debugging

Cypress comes with a built-in debugging feature, promising an optimized testing experience.

Limitations of Cypress

Despite its numerous benefits, Cypress is not free from drawbacks:

Limited Cross-browser Support

Support for parallel testing, mobile testing, integration with other tools is quite limited in Cypress.

Lack of Parallel Testing

Cypress isn’t as effective in parallel executions and hence multiple browser instances are required for performing parallel tasks.

Limited Mobile Testing

Compared to Selenium, Cypress’s performance in mobile testing is not quite up to the mark.

When to Choose Cypress

Opt for Cypress when your application-under-test is mainly web and node-JS based, your automation scripts need to operate directly within the CI/CD pipelines, and you are clear about your mocking and stubbing requirements to substantially ameliorate execution speed. However, Cypress may not be the best choice if traceability to your requirements or manual tests is vital to you.

Conclusion

Cypress, with its unique capabilities, offers a fresh and powerful approach to end-to-end testing for web applications. Its built-in features and distinct operation model provide developers with increased control over their test automation scripts. However, careful consideration of the tool’s limitations is imperative to leverage its benefits fully.

With these insights, it should be easier to make an informed choice between Selenium and Cypress based on the particular needs of your testing environment.

Tags: #Selenium #Cypress #AutomationTesting #WebApplication

[Reference Link](!https://www.linkedin.com/pulse/pros-cons-different-ui-automation-test-tools-cypress-craig-risi)