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  • Full Stack Development Explained
    Software development is a fast-paced, exciting field that reflects the centrality of software in today's world. From smartphones to organizational productivity to AI applications, the famous 2011 claim made by venture capitalist Marc Andreessen still rings true: “Software is eating the world.” As a result, the term "full stack" has gained significant traction in technology circles in recent years. But what exactly is full stack development and what does it mean to be a full stack developer?     What is full stack development? Full stack development encompasses the complete process of application software development, including both the front-end and back-end development. The front end consists of the user interface (or UI), and the back end handles the business logic and application workflows that run behind the scenes. Full stack developers possess the skills and knowledge to work across the entire technology stack, enabling seamless user experiences and developing robust backends.  
    By: Ashika Mendis
    Thursday, Feb 20, 2025
    +1
  • The degree to which attention impacts a student’s academic and social performance is related to the interactions between the student’s academic and behavioral needs and the environmental demands. Therefore, it is not unusual for the student to perform differently across settings. For example, a student with ADHD may experience academic success in elementary school; however, when he enters middle school, the increased academic and organizational demands may increase his need for additional academic and behavioral supports.
    By: Anne Miller vijayalaxmi Santosh Mhetre
    Wednesday, Feb 19, 2025
    +2
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  • Phase 1: Functional Testing Before you create your first performance tests, you want to ensure that all of your application server's required functions are up and running and available, and you want to ensure that the user interface (UI) is behaving as expected. Start by recording GUI Functional Tests to test the user's experience with the UI in an actual web browser. Phase 2: Service Virtualization After verifying your application server is functioning as expected, you're ready to move on to simulating some tests. BlazeMeter's Service Virtualization allow you to test even when you don't have access to a full test environment. You can run a virtual service to deploy transactions, which are typically a subset of transactions in a particular service. Once a virtual service is created and running, you can associate it with your test, embed it in your test scripts, or provide it during test execution. Phase 3: Performance Testing You've verified your application server is functioning as expected, and you've virtualized some tests to get an idea of what deploying transactions against your services will look like. Now it's time to jump into real Performance Testing! Performance Testing via the BlazeMeter cloud is how you ensure that your application server will be able to handle the full load of users performing various actions all at once as soon as your application goes live. The Performance tab will provide you with a wide range of options for testing, starting with either running a single performance test or a combination of a multiple performance tests executed simultaneously, which we refer to as a Multi-Test. Cloud testing leverages cloud computing resources and models to enable all aspects of load testing in a highly cost-effective manner. With cloud testing, you have unlimited resources at your disposal. You can perform all Performance Testing activities in the cloud with features such as real-time reporting. Phase 4: API Monitoring You've verified that your application is both functioning properly and ready to perform well under load, so going forward, you'll want to keep an ever-watchful eye on your application server so as to avoid any surprise outages in the future. Downtime can have a far-reaching impact on any business. Without proper visibility into the traffic running through your apps and infrastructure, diagnosing and solving the problem means using up valuable time and resources. BlazeMeter's API Monitoring surfaces issues directly from the internal and third-party APIs that power your apps and infrastructure. It works by running API monitors -- either from around the globe or from within your infrastructure -- on a continuous schedule to give you visibility into API problems so you can prevent, identify and solve them fast -- before your customers notice.
    By: Monika Dhakate..
    Wednesday, Feb 12, 2025
    +2
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  • The Continuous Testing Journey -- Article
    Phase 1: Functional Testing Before you create your first performance tests, you want to ensure that all of your application server's required functions are up and running and available, and you want to ensure that the user interface (UI) is behaving as expected. Start by recording GUI Functional Tests to test the user's experience with the UI in an actual web browser. Phase 2: Service Virtualization After verifying your application server is functioning as expected, you're ready to move on to simulating some tests. BlazeMeter's Service Virtualization allow you to test even when you don't have access to a full test environment. You can run a virtual service to deploy transactions, which are typically a subset of transactions in a particular service. Once a virtual service is created and running, you can associate it with your test, embed it in your test scripts, or provide it during test execution. Phase 3: Performance Testing You've verified your application server is functioning as expected, and you've virtualized some tests to get an idea of what deploying transactions against your services will look like. Now it's time to jump into real Performance Testing! Performance Testing via the BlazeMeter cloud is how you ensure that your application server will be able to handle the full load of users performing various actions all at once as soon as your application goes live. The Performance tab will provide you with a wide range of options for testing, starting with either running a single performance test or a combination of a multiple performance tests executed simultaneously, which we refer to as a Multi-Test. Cloud testing leverages cloud computing resources and models to enable all aspects of load testing in a highly cost-effective manner. With cloud testing, you have unlimited resources at your disposal. You can perform all Performance Testing activities in the cloud with features such as real-time reporting. Phase 4: API Monitoring You've verified that your application is both functioning properly and ready to perform well under load, so going forward, you'll want to keep an ever-watchful eye on your application server so as to avoid any surprise outages in the future. Downtime can have a far-reaching impact on any business. Without proper visibility into the traffic running through your apps and infrastructure, diagnosing and solving the problem means using up valuable time and resources. BlazeMeter's API Monitoring surfaces issues directly from the internal and third-party APIs that power your apps and infrastructure. It works by running API monitors -- either from around the globe or from within your infrastructure -- on a continuous schedule to give you visibility into API problems so you can prevent, identify and solve them fast -- before your customers notice.
    By: Anne Miller vijayalaxmi Santosh Mhetre
    Wednesday, Feb 12, 2025
    +2
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  • The Continuous Testing Journey -- oppportunity
    Phase 1: Functional TestingBefore you create your first performance tests, you want to ensure that all of your application server's required functions are up and running and available, and you want to ensure that the user interface (UI) is behaving as expected.Start by recording GUI Functional Tests to test the user's experience with the UI in an actual web browser.Phase 2: Service VirtualizationAfter verifying your application server is functioning as expected, you're ready to move on to simulating some tests. BlazeMeter's Service Virtualization allow you to test even when you don't have access to a full test environment.You can run a virtual service to deploy transactions, which are typically a subset of transactions in a particular service. Once a virtual service is created and running, you can associate it with your test, embed it in your test scripts, or provide it during test execution.Phase 3: Performance TestingYou've verified your application server is functioning as expected, and you've virtualized some tests to get an idea of what deploying transactions against your services will look like. Now it's time to jump into real Performance Testing!Performance Testing via the BlazeMeter cloud is how you ensure that your application server will be able to handle the full load of users performing various actions all at once as soon as your application goes live. The Performance tab will provide you with a wide range of options for testing, starting with either running a single performance test or a combination of a multiple performance tests executed simultaneously, which we refer to as a Multi-Test.Cloud testing leverages cloud computing resources and models to enable all aspects of load testing in a highly cost-effective manner. With cloud testing, you have unlimited resources at your disposal. You can perform all Performance Testing activities in the cloud with features such as real-time reporting.Phase 4: API MonitoringYou've verified that your application is both functioning properly and ready to perform well under load, so going forward, you'll want to keep an ever-watchful eye on your application server so as to avoid any surprise outages in the future.Downtime can have a far-reaching impact on any business. Without proper visibility into the traffic running through your apps and infrastructure, diagnosing and solving the problem means using up valuable time and resources. BlazeMeter's API Monitoring surfaces issues directly from the internal and third-party APIs that power your apps and infrastructure.It works by running API monitors -- either from around the globe or from within your infrastructure -- on a continuous schedule to give you visibility into API problems so you can prevent, identify and solve them fast -- before your customers notice.
    By: Anne Miller vijayalaxmi Santosh Mhetre
    Wednesday, Feb 12, 2025
    +2
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  • The Continuous Testing Journey --- Pathways
    Phase 1: Functional Testing
    Before you create your first performance tests, you want to ensure that all of your application server's required functions are up and running and available, and you want to ensure that the user interface (UI) is behaving as expected.

    Start by recording GUI Functional Tests to test the user's experience with the UI in an actual web browser.


    Phase 2: Service Virtualization
    After verifying your application server is functioning as expected, you're ready to move on to simulating some tests. BlazeMeter's Service Virtualization allow you to test even when you don't have access to a full test environment.

    You can run a virtual service to deploy transactions, which are typically a subset of transactions in a particular service. Once a virtual service is created and running, you can associate it with your test, embed it in your test scripts, or provide it during test execution.


    Phase 3: Performance Testing
    You've verified your application server is functioning as expected, and you've virtualized some tests to get an idea of what deploying transactions against your services will look like. Now it's time to jump into real Performance Testing!

    Performance Testing via the BlazeMeter cloud is how you ensure that your application server will be able to handle the full load of users performing various actions all at once as soon as your application goes live. The Performance tab will provide you with a wide range of options for testing, starting with either running a single performance test or a combination of a multiple performance tests executed simultaneously, which we refer to as a Multi-Test.

    Cloud testing leverages cloud computing resources and models to enable all aspects of load testing in a highly cost-effective manner. With cloud testing, you have unlimited resources at your disposal. You can perform all Performance Testing activities in the cloud with features such as real-time reporting.


    Phase 4: API Monitoring
    You've verified that your application is both functioning properly and ready to perform well under load, so going forward, you'll want to keep an ever-watchful eye on your application server so as to avoid any surprise outages in the future.

    Downtime can have a far-reaching impact on any business. Without proper visibility into the traffic running through your apps and infrastructure, diagnosing and solving the problem means using up valuable time and resources. BlazeMeter's API Monitoring surfaces issues directly from the internal and third-party APIs that power your apps and infrastructure.

    It works by running API monitors -- either from around the globe or from within your infrastructure -- on a continuous schedule to give you visibility into API problems so you can prevent, identify and solve them fast -- before your customers notice.
    Posted by: Blazemeter - The Complete Continuous Testing Platform
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    The Continuous Testing Journey
    Phase 1: Functional Testing
    Before you create your first performance tests, you want to ensure that all of your application server's required functions are up and running and available, and you want to ensure that the user interface (UI) is behaving as expected.

    Start by recording GUI Functional Tests to test the user's experience with the UI in an actual web browser.


    Phase 2: Service Virtualization
    After verifying your application server is functioning as expected, you're ready to move on to simulating some tests. BlazeMeter's Service Virtualization allow you to test even when you don't have access to a full test environment.

    You can run a virtual service to deploy transactions, which are typically a subset of transactions in a particular service. Once a virtual service is created and running, you can associate it with your test, embed it in your test scripts, or provide it during test execution.


    Phase 3: Performance Testing
    You've verified your application server is functioning as expected, and you've virtualized some tests to get an idea of what deploying transactions against your services will look like. Now it's time to jump into real Performance Testing!

    Performance Testing via the BlazeMeter cloud is how you ensure that your application server will be able to handle the full load of users performing various actions all at once as soon as your application goes live. The Performance tab will provide you with a wide range of options for testing, starting with either running a single performance test or a combination of a multiple performance tests executed simultaneously, which we refer to as a Multi-Test.

    Cloud testing leverages cloud computing resources and models to enable all aspects of load testing in a highly cost-effective manner. With cloud testing, you have unlimited resources at your disposal. You can perform all Performance Testing activities in the cloud with features such as real-time reporting.


    Phase 4: API Monitoring
    You've verified that your application is both functioning properly and ready to perform well under load, so going forward, you'll want to keep an ever-watchful eye on your application server so as to avoid any surprise outages in the future.

    Downtime can have a far-reaching impact on any business. Without proper visibility into the traffic running through your apps and infrastructure, diagnosing and solving the problem means using up valuable time and resources. BlazeMeter's API Monitoring surfaces issues directly from the internal and third-party APIs that power your apps and infrastructure.

    It works by running API monitors -- either from around the globe or from within your infrastructure -- on a continuous schedule to give you visibility into API problems so you can prevent, identify and solve them fast -- before your customers notice.
    Posted by: Blazemeter - The Complete Continuous Testing Platform
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  • Phase 1: Functional Testing Before you create your first performance tests, you want to ensure that all of your application server's required functions are up and running and available, and you want to ensure that the user interface (UI) is behaving as expected. Start by recording GUI Functional Tests to test the user's experience with the UI in an actual web browser. Phase 2: Service Virtualization After verifying your application server is functioning as expected, you're ready to move on to simulating some tests. BlazeMeter's Service Virtualization allow you to test even when you don't have access to a full test environment. You can run a virtual service to deploy transactions, which are typically a subset of transactions in a particular service. Once a virtual service is created and running, you can associate it with your test, embed it in your test scripts, or provide it during test execution. Phase 3: Performance Testing You've verified your application server is functioning as expected, and you've virtualized some tests to get an idea of what deploying transactions against your services will look like. Now it's time to jump into real Performance Testing! Performance Testing via the BlazeMeter cloud is how you ensure that your application server will be able to handle the full load of users performing various actions all at once as soon as your application goes live. The Performance tab will provide you with a wide range of options for testing, starting with either running a single performance test or a combination of a multiple performance tests executed simultaneously, which we refer to as a Multi-Test. Cloud testing leverages cloud computing resources and models to enable all aspects of load testing in a highly cost-effective manner. With cloud testing, you have unlimited resources at your disposal. You can perform all Performance Testing activities in the cloud with features such as real-time reporting. Phase 4: API Monitoring You've verified that your application is both functioning properly and ready to perform well under load, so going forward, you'll want to keep an ever-watchful eye on your application server so as to avoid any surprise outages in the future. Downtime can have a far-reaching impact on any business. Without proper visibility into the traffic running through your apps and infrastructure, diagnosing and solving the problem means using up valuable time and resources. BlazeMeter's API Monitoring surfaces issues directly from the internal and third-party APIs that power your apps and infrastructure. It works by running API monitors -- either from around the globe or from within your infrastructure -- on a continuous schedule to give you visibility into API problems so you can prevent, identify and solve them fast -- before your customers notice.
    By: Anne Miller vijayalaxmi Santosh Mhetre
    Wednesday, Feb 12, 2025
    +2
    post image
  • Organizational Supports for ADHD Students
    https://venturit.atlassian.net/browse/IT-3829a for diagnosing ADHD listthree types of ADHD and the accompanying characteristics. Predominantly inattentive type.The student may:o submit inaccurate or incomplete work,o have difficulty attending to conversations, activities, or tasks,
    By: Anne Miller vijayalaxmi Santosh Mhetre
    Tuesday, Jan 28, 2025
    +1
  • Cooperative Learning
    Carefully structured cooperative learning groups in which each student is assigned a role and has clear expectations for desired outcomes are very helpful for students with ADHD. The more structured the cooperative activity, the more likely it is that these students will succeed.  
    By: Anne Miller vijayalaxmi Santosh Mhetre
    Friday, Jan 3, 2025
    +2
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  • The degree to & attention impacts a student’s academic and social performance is related to the interactions between the student’s academic and behavioral needs and the environmental demands. Therefore, it is not unusual for the student to perform differently across settings. For example, a student with ADHD may experience academic success in elementary school; however, when he enters middle school, the increased academic and organizational demands may increase his need for additional academic and behavioral supports.
    By: Anne Miller vijayalaxmi Santosh Mhetre
    Wednesday, Dec 18, 2024
    +1
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  • Provide text alternatives for any non-text content so that it can be changed into other forms people
    All non-text content that is presented to the user has a text alternative that serves the equivalent purpose, except for the situations listed below. Controls, Input If non-text content is a control or accepts user input, then it has a name that describes its purpose. (Refer to Success Criterion 4.1.2 for additional requirements for controls and content that accepts user input.) Time-Based Media If non-text content is time-based media, then text alternatives at least provide descriptive identification of the non-text content. (Refer to Guideline 1.2 for additional requirements for media.) Test If non-text content is a test or exercise that would be invalid if presented in text, then text alternatives at least provide descriptive identification of the non-text content. Sensory If non-text content is primarily intended to create a specific sensory experience, then text alternatives at least provide descriptive identification of the non-text content.
    By: Anne Miller vijayalaxmi Santosh Mhetre
    Wednesday, Dec 4, 2024
    +1
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