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Exploring The Features And Flexibility Of Astro

Over the past few years, many new frontend frameworks have been released, offering developers a wide range of options to choose the one that best fits their projects. In this article, we will analyze Astro, an open-source project released with an MIT license. The first version, v1.0, was released in August 2022 as a web framework tailored for high-speed and content-focused websites.

One year later, in August 2023, they released Astro 3.0 with a lot of new features like view transitions, faster-rendering performance, SSR enhancements for serverless, and optimized build output, which we will cover later in the article. On October 12, 2023, they announced Astro 3.3 with exciting updates, such as the <Picture/> component for image handling.

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Integrating ChatGPT With ReactJS: A Comprehensive Guide

In the dynamic landscape of web development, creating interactive and engaging user experiences is a top priority. One powerful way to enhance user interaction is through the integration of natural language processing (NLP) capabilities into your web applications. Enter ChatGPT, a cutting-edge language model developed by OpenAI, and ReactJS, a popular JavaScript library for building user interfaces. In this comprehensive guide, we will explore the fundamentals of ChatGPT and delve into the step-by-step process of integrating it with ReactJS.

Understanding ChatGPT

What Is ChatGPT?

ChatGPT is a state-of-the-art language model developed by OpenAI. It is based on the GPT (Generative Pre-trained Transformer) architecture, which enables it to generate human-like text based on the input it receives. This model has been trained on diverse internet text, making it versatile and capable of understanding and generating content across a wide range of topics.

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A Complete Tutorial to Appium Capabilities for Mobile Automation

Capabilities are a set of parameters that describe the device on which the Appium test should run, along with the application to be used for testing. These capabilities must be provided to the Appium Server while creating the session. With these capabilities, the Appium Server parses them, creates the session with the target device described in the capabilities, and installs or launches the target application on the device before our test starts executing.

Before we go into more detail with capabilities, let’s first understand Appium. Appium is an open-source mobile application testing framework and a complete ecosystem to help automate Android and iOS applications categorized across different mobile-based applications, like Native, Web, and Hybrid. It also supports automating Smart TV and Windows and macOS-based desktop applications.

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AI Career Trends: What’s Hot in the World of Artificial Intelligence?

AI has significantly revolutionized our work and life in the past few decades. This groundbreaking technology has made what was once considered impossible become possible. From space exploration to melanoma detection or product recommendation systems as the simplest, its applications are recognized everywhere.

That being said, the growth and integration of AI in various industries have opened up exciting opportunities, making it unquestionably one of the hottest career trends of today. Indeed indicated that ML Engineers and Data Scientists held the top positions of Best Jobs during 2015-2018. Similarly, LinkedIn identified artificial intelligence practitioners as one of the rapidly expanding job roles in 2021.

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How to Stress Test a WordPress Website (2023)

Do you want to know how your site will perform in case of a traffic surge?

Stress testing a WordPress website will show how your website will perform under different situations. This way, you can ensure fast performance and resolve any issues.

In this article, we will show you how to stress test a WordPress website.

How to stress test a WordPress website

What is a WordPress Stress Test?

A WordPress stress test lets you see how your website will perform in high-traffic situations. It helps you prepare for spikes in traffic and see how your site handles the load.

Usually, the amount of traffic a website can withstand is determined by your WordPress hosting plan. However, stress testing helps find these limits and uncovers issues that might occur due to high traffic.

For instance, a sudden spike in traffic can cause your site to crash and utilize all the server resources. Similarly, you can also see which WordPress plugins, themes, code snippets, and images malfunction in extreme conditions.

With stress testing, you can easily fix any issues or correct a setting that might be misconfigured. As a result, you’ll offer a better user experience and be prepared for high-traffic situations.

That said, let’s see how to stress test a WordPress website.

Stress Testing a WordPress Website

When it comes to measuring the performance of your WordPress website, you’ll find lots of speed test tools, like PageSpeed Insights, Pingdom, or GTmetrix.

While these tools help find out how fast your site loads, they don’t tell you how a website will perform under high traffic.

To stress a WordPress site, we’ll be using Loader.io for this tutorial. It is a free tool that simulates high-traffic situations and performs a series of tests.

Sign Up for a Free Loader.io Account

First, you’ll need to visit the Loader.io website and create a free account. Simply click the ‘Sign Up Now’ button to get started.

Loader.io website

After that, you will see different pricing plans offered by the tool.

Go ahead and select the ‘Free’ pricing plan.

Select a pricing plan for Loader

Next, you can enter details to sign up for a new account.

Loader.io will ask for a company name, email address, and password. Once you’ve added these details, simply check the reCaptcha box and click the ‘Sign Up’ button.

Enter information to create a free loader account

You also receive a verification email. Simply check your inbox and click the link in the email to verify your account.

Adding a New Host to Loader.io

After that, you can set up a target host by clicking the ‘+ New Host’ button.

Click the new host button

Next, you’ll need to enter your domain name.

Once that’s done, simply click the ‘Next: Verify’ button.

Enter your domain name

Next, you will need to verify your domain. You can do this by verifying over HTTP or DNS.

For this tutorial, we will use the ‘Verify over HTTP’ option and download the verification file. Go ahead and click the ‘download’ link and save the file on your computer.

Download target verification token file

After downloading the file, you’ll need to upload it to your site’s root folder. This is usually called the ‘public_html’ folder.

To upload the file, you can use an FTP client. For more details, please see our guide on how to use FTP to upload files to WordPress.

Upload verification file to root folder

After uploading the file, you can return to the Loader.io website and click the ‘Verify’ button.

Upon verification, you should see a success message.

View successful verification message

Next, you’ll need to click the ‘New Test’ button and set up a stress test for your website.

Configuring Your Stress Test Settings

On the next screen, you can change the settings for your stress test. You can start by adding a name for your test.

Change stress test settings

After that, you’ll need to select the test type. Loader.io offers 3 test types, which include:

  • Clients per test – In this, you can test how your site will work when a specific number of visitors visit your site for a specified amount of time. You can set the number of clients and the duration.
  • Clients per second – This scenario will test your site for a specified number of client requests per second.
  • Maintain client load – Under this test type, a constant client count is maintained throughout the duration of the test. It stress tests your site when there is a constant load for a specific time.

We would recommend running multiple tests using each of these types. This will help uncover any issues that your site might encounter under different scenarios.

If you scroll down, then you’ll see Client Requests settings. For general testing, we recommend using the default settings and you don’t need to change anything.

Edit client request settings

Now, you’re ready to stress test your WordPress site. Go ahead and click the ‘Run test’ button.

Analyze Your Stress Test Results

Loader.io will run the stress test for your website and compile the results. You can then analyze them to see how your site performs under high-traffic situations.

For instance, you can start by looking at the average response time. The lower the response time, the faster your website’s loading speed.

In our testing, the average response time was 590 milliseconds or 0.59 seconds when 250 clients visited the site for 1 minute.

Stress test results

This is fairly decent reading and shows that the website didn’t slow down considerably under high load.

However, the maximum response time recorded was 10489 ms or 10.489 seconds. You can now look at the graph below to see when the response time jumps compared to the number of clients.

For instance, our testing showed that there was a spike when the number of clients exceeded 150 and the maximum response time was seen when the number of clients almost reached 200.

View stress test results graph

Using these insights, you will have a rough idea of how your site will perform when a certain number of people visit it.

You can now repeat this step and run multiple tests using different scenarios. For instance, try increasing the number of clients, testing the duration, and use different test types.

Tips to Improve Response Time & Boost Performance

If WordPress load tests show slow performance under high-traffic situations, then you can try different things to speed up your site.

Here are some tips for improving response time and handling high traffic load:

1. Upgrade Your WordPress Hosting Plan – If you’re using a hosting plan that has limits on the number of visitors per month, then consider upgrading to a higher hosting plan. This way, you’ll get more server resources and your site can handle extra traffic when there is a spike. You can also see our detailed comparison of the fastest WordPress hosting services to learn more.

2. Use a Caching Plugin – A caching plugin reduces the load on your site’s server and helps improve performance. It serves a static version of the site to users instead of going through the entire process of requesting a webpage. As a result, your site loads faster and you provide a better user experience.

3. Set Up a Content Delivery Network (CDN) – A CDN is a network of servers that deliver cached static content to users based on their location. It helps lower the load on your site server and improve the response time.

4. Optimize Your Images and Videos – Unoptimized images can lead to performance issues on your site and increase load on the server. To start, you can compress large image files to lower response time. If you’re hosting videos on your site, then consider uploading them to YouTube or Vimeo and embedding them in your content.

5. Remove Unused Plugins and Themes – If you have WordPress plugins and themes that are not in use or are resource-heavy, then consider removing them. They can slow down your WordPress site by loading unused scripts and utilizing a lot of server resources.

For more tips on improving your site’s performance, please see our guide to boost WordPress Speed and Performance.

We hope this article helped you learn how to stress test a WordPress website. You may also want to see our guide on the most common WordPress errors and how to fix them, and ultimate guide to WordPress SEO.

If you liked this article, then please subscribe to our YouTube Channel for WordPress video tutorials. You can also find us on Twitter and Facebook.

The post How to Stress Test a WordPress Website (2023) first appeared on WPBeginner.

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Enhancing Observability With AI/ML

This is an article from DZone's 2023 Observability and Application Performance Trend Report.

For more:


Read the Report

AIOps applies AI to IT operations, enabling agility, early issue detection, and proactive resolution to maintain service quality. AIOps integrates DataOps and MLOps, enhancing efficiency, collaboration, and transparency. It aligns with DevOps for application lifecycle management and automation, optimizing decisions throughout DataOps, MLOps, and DevOps. Observability for IT operations is a transformative approach that provides real-time insights, proactive issue detection, and comprehensive performance analysis, ensuring the reliability and availability of modern IT systems. 

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Automating Data

In today’s world, where information holds the highest precedence, it won’t be wrong to say, “Data is the new gold.” Every move we make now is a data point; running an errand to the supermarket where we earn points by scanning the app with our details filled out, making a reservation at a hotel, or signing up to watch a movie online, data today is digitized.

Importance of Digital Data

Until a decade ago, when paper records used to hold information, storing wasn’t the only problem; it needed to be organized for quick and easy access, but the major issue began when the number of records increased. 

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Painless Protection for Cloud-Native Apps Across the Lifecycle

Modern cloud-native applications built on containers, microservices, and serverless platforms have exploded in popularity. But this new decoupled architecture also creates major pain points around data protection and recovery.

Legacy backup solutions are siloed and lack context into the inner workings of cloud-native apps. Critical components go unprotected, leading to disruption when data loss or outages occur.

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The Zero Copy Principle With Apache Kafka

The Apache Kafka, a distributed event streaming technology, can process trillions of events each day and eventually demonstrate its tremendous throughput and low latency. That’s building trust and over 80% of Fortune 100 businesses use and rely on Kafka. To develop high-performance data pipelines, streaming analytics, data integration, etc., thousands of companies presently use Kafka around the globe. By leveraging the zero-copy principle, Kafka improves efficiency in terms of data transfer. In short, when doing computer processes, the zero-copy technique is employed to prevent the CPU from being used for data copying across memory regions. Additionally, it removes pointless data copies, conserving memory bandwidth and CPU cycles.

Broadly, the zero-copy principle in Apache Kafka refers to a technique used to improve the efficiency of data transfer between producers and consumers by minimizing the amount of data copying performed by the operating system. By minimizing the CPU and memory overhead involved in copying data across buffers, the zero-copy technique can be very helpful for high-throughput, low-latency systems like Kafka.

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An Efficient Design-to-Code Handoff Process Using Uno Platform For Figma

Effective collaboration between designers and developers is vital for creating a positive user experience, but bridging the gap between design and code can be challenging at the best of times. The handoff process often leads to communication gaps, inconsistencies, and, most importantly, lost productivity, causing frustration for both designers and developers.

When we try to understand where most of the time is spent building software applications, we will notice that a significant amount of it is lost due to a lack of true collaboration, miscommunication, and no single “source of truth.” As a result, we see designers creating great user experiences for clients and passing on their approved designs with little input from the developers. They then attempt to recreate the designs with their developer tools, resulting in a complicated, cost-intensive process and often unimplementable designs.

Developers and integrators are supposed to closely inspect a design and try to analyze all there is to it: the margins, spacing, alignments, the types of controls, and the different visual states that the user interface might go through (a loading state, a partial state, an error state, and so on) during the interactions with it, and then try to figure out how to write the code for this interface. Traditionally, this is the design handoff process and has long become the norm.

We at Uno Platform believe that a better, more pragmatic approach must exist. So, we focused on improving the workflow and adding the option to generate the code for the user interface straight from the design while allowing developers to build upon the generated code’s foundation and further expand it.

“When designers are fully satisfied with their designs, they create a document with all the details and digital assets required for the development team to bring the product to life. This is the design handoff process.”

— UX Design Institute, “How to create a design handoff for developers”

Let’s look at some of the problems associated with the handoff process and how the Uno Platform for Figma Plugin may help alleviate the pitfalls traditionally seen in this process.

Note: The Uno Platform Plugin for Figma is free, so if you’d like to try it while reading this article, you can install it right away. Uno Platform is a developer productivity platform that enables the creation of native mobile, web, desktop, and embedded apps using a single codebase. As part of its comprehensive tooling, Uno Platform offers the Uno Figma plugin, enabling easy translation of designs to code. (While Uno Platform is free and open-source, the plugin itself is free but not open-source.) If you want to explore the code or contribute to the Uno project, please visit the Uno Platform GitHub repository.

A significant factor in choosing our current development path lies in the belief that Figma outperforms the Sketch + Zeplin combination (and not only) because of its platform-agnostic nature. Being a web-based tool, Figma is more universal, while Sketch is limited to MacOS, and sharing designs with non-Mac developers necessitates using third-party software. Figma offers an all-in-one solution, making it a more convenient option.

In addition, Figma now also supports plugins, many of them assisting with the handoff process specifically. For example, Rogie King recently launched a plugin “Clippy — add attachments” that allows attachments to your Figma files, which is very useful during the handoff process. Of course, there are many others.

This and other factors “weighed” us towards Figma Design. And we aren’t alone; others have picked up Figma as their key design tool after doing some research and then trying things in practice.

“Comparing the must-haves against the features of a list of possible design apps we compiled (including Sketch, Axure RP, Framer, and more), Figma came out as the clear forerunner. We decided to proceed with a short-term trial to test Figma’s suitability, and we haven’t looked back since. It met all of our key feature requirements but surprised us with a lot of other things along the way.”

— Simon Harper, “Why we chose Figma as our primary design tool”
Working with the Uno Figma Plugin

1: Get Started with Uno Platform for Figma Plugin

Uno for Figma presents a significant advantage for teams that rely on Figma as their primary design tool.

By combining the familiarity and efficiency of Figma with the capabilities of the Uno Platform, designers can seamlessly continue working in a familiar environment that they are already comfortable with while knowing their designs will be integrated practically by their development team.

Getting started with the Uno Figma plugin is a straightforward process:

  1. Install the Uno Platform (Figma to C# or XAML) plugin.
  2. Open the Uno Platform Material Toolkit design file available from the Figma Community.

With the Uno Material Toolkit, you no longer need to design many of the components from scratch as the toolkit provides UI (user interface) controls designed specifically for multi-platform, responsive applications.

Note: To use the plugin, you must create your design inside the Uno Material Toolkit Figma file, using its components. Without it, the plugin won’t be able to generate any output, making it incompatible with existing Figma designs.

2: Setting Up Your Design

Once you have installed the Uno Platform for Figma plugin and opened the Material Toolkit design file, you can use the “Getting Started” page in the file layers to set up your design. The purpose of this page is to simplify the process of defining your application’s theme, colors, and font styles.

You can also use DSP Tooling in Uno.Material for Uno Platform applications. This feature has been one of the top requests from the Uno Platform community, and it is now available both as a package and as part of the App Template Wizard.

If you’re unfamiliar with DSP (Design System Packages), it’s essentially a repository of design assets, including icons, buttons, and other UI elements, accompanied by JSON files containing design system information. With a DSP, you can craft a personalized theme that aligns with your brand, effortlessly integrate it into your Uno Platform application through the Figma plugin, and implement theme changes across the entire user interface of your application.

The ability to import custom Design System Packages (DSPs) is a significant development for Uno Platform. With this feature, designers can create and manage their own design systems, which can be shared across projects and teams. This not only saves time but also ensures consistency across all design work. Additionally, it allows designers to maintain control over the design assets, making it easier to make updates and changes as needed.

Note: The “Getting Started” page offers step-by-step instructions for modifying the colors and fonts of the user interface, including previewing your overall theme. While you can modify these later, I’d recommend doing this right at the beginning of your project for better organization.

Afterward, create a new page and ensure that you begin by using the Standard Page Template provided in the Uno Toolkit components to start the design of your application. It’s essential to remember that you will have to detach the instance from the template to utilize it.

3: Start Creating The Design

Most Toolkit Components have variants that will act as time savers, allowing a single component to contain its various states and variations, with specific attributes that you may toggle on and off.

For example, button components have a Leading Icon variant so you can use the same element with or without icons throughout the design.

The Uno Toolkit provides a comprehensive library of pre-built components and templates that come with the appropriate layer structures to generate XAML (eXtensible Application Markup Language is Microsoft’s variant of XML for describing a graphic user interface) and C# markup and allows designers to preview their designs using the Uno plugin. This helps synchronize design and development efforts, maintain project consistency, and optimize code output. Furthermore, these components can be reused, making creating and managing consistent designs across multiple projects easier.

4: Live Preview Your App

The Previewer in the Uno Platform is a powerful tool that enables designers to troubleshoot their designs and catch issues before the handoff process starts, avoiding redundancy in communications with developers. It provides a live interactive preview of the translated look, behavior, and code of the application’s design, including all styling and layout properties. Designers can interact with their design as if it is a running app, scrolling through content and testing components to see how they behave.

To preview the designed user interface, follow these steps:

  1. In Figma, select the screen you want to preview.
  2. Right-click the screen → Plugins → Uno Platform (Figma to C# or XAML).
  3. Once the plugin has launched, select the Preview tab.
  4. Press the Refresh button.

Getting Started With The Tutorial: First Steps

If you’re new to using the Uno Platform for Figma plugin, the first step is to install it from the Figma community. After downloading the plugin, proceed with the following steps:

  1. Navigate to the Uno Material Toolkit File in the Figma community and select Open in Figma to start a new project.
  2. Setting up your project theme first is optional but recommended. You can set your desired theme from the Getting Started page (included in the file) or import a DSP (Design System Package) file to quickly transform your theme.
  3. Create a new page. Within the Resources tab of the menu, under Components, find and select the “Standard Page Template.”
  4. Right-click on the template and select Detach the instance.

These are the initial steps for all new projects using the Uno Platform for Figma plugin and Uno Material Toolkit — not only the steps for this tutorial. This workflow will set you on the right path to creating various mobile app designs effectively.

Designing With Uno Material Toolkit

You can follow along here with the Uno Flights file template, which you can use for reference. Please note that when building your UI design, you should only use components that are part of the material toolkit file. Refer to the components page to see the list of available components.

Step 1: Search Results, Sort, And Filter

First, implement the search results and the Sort and Filter action buttons by following these steps:

  1. Add a TextBox and change the placeholder text.
  2. In the TextBox properties, toggle on a leading/trailing icon. (optional)
  3. Add Text to display the number of results and the associated text. (Use Shift + A to add them to an Auto Layout.)
  4. Add an IconButton (use the components provided by the Material Toolkit) and swap the default icon to a Filter icon. Include accompanying Text for the icon, and group them within a frame with a horizontal Auto Layout.
  5. Repeat the previous step for the filter action, adding an IconButton with a filter icon accompanied by Text and placing them in an Auto Layout.
  6. Nest both actions within another Auto Layout.
  7. Finally, group the three sections (number of results, sort action, and filter action) into an Auto Layout.
  8. Add the SearchBox and your final Layout and nest them inside Content.Scrollable.

By following these steps, you should see a result similar to the example below:

Step 2: Flight Information

The Flight Itinerary block can be divided into three sections:

  • Flight Times and the ProgressBar are included in the first Auto Layout.
  • Airport and Flight Information are organized in a separate Auto Layout.
  • Airline Information and Flight Costs are presented in a third Auto Layout.

Flight Times and ProgressBar

  1. Insert two Text elements for arrival and departure times.
  2. Locate the ProgressBar component in the Resources tab and add it between the two times created.
  3. Group the three components (arrival time, ProgressBar, departure time) into an Auto Layout.
  4. Add an icon and swap the instance with a plane icon.
  5. Select the absolute position and place the plane icon at the beginning of the ProgressBar.

Flight Info

  1. Insert Text for your flight time and flight status.
  2. Apply an Auto Layout to organize them and set it to Fill.
  3. Proceed to add Text for the Airport initials.
  4. Combine the two Texts and the previously created Auto Layout into a new horizontal Auto Layout.

Airline Information

  1. Add the necessary Text for Airline Information and pricing.
  2. Select both Text elements and apply an Auto Layout to them.
  3. Set the frame of the Auto Layout to Fill.
  4. Adjust the horizontal gap as desired.

Select the three sections you want to modify:

  1. Add a new Auto Layout.
  2. Apply a Fill color to the new layout.
  3. Adjust the vertical and horizontal spacing according to your preference.
  4. Move your component to the Standard Page Template by dragging it below the content.Scrollable layer.

Step 3. Bottom TabBar

The Bottom TabBar is relatively simple to modify and is part of the Standard Page Template. To complete this section:

  1. Select each item from the Bottom TabBar.
  2. Expand it to the lowest icon layer.
  3. In the Design tab, replace the current instance with the appropriate one.
  4. Next, select the associated Text and update it to match the corresponding menu item.

Step 4. Preview, Export, And Transition From Figma To Visual Studio

Once the user interface design is finalized in Figma, the Uno Platform Plugin enables us to render and preview our application with the click of a button. Within the Previewer, you can interact with the components, such as clicking the buttons, scrolling, toggling various functionalities, and so on.

After previewing the app, we can examine the XAML code generated in the Export tab.

Open the Uno Figma Plugin (right-click the screen → Plugins → Uno Platform (Figma to C# or XAML).

For XAML

  1. You can change your namespace in the first tab (Properties) under Application (optional).
  2. Go to the Export tab and select Copy to Clipboard (bottom right button).
  3. Open Visual Studio and create a new project using the Uno App Template Wizard (this is where you will choose between using XAML or C# Markup for your user interface).
  4. Open your MainPage.xaml file, remove the existing code, and paste your exported code from the Uno Figma Plugin.
  5. Change your x:class and xmlns:local namespaces.
  6. Export the color override file and paste it into your ColorPaletteOverride.xaml.

For C# Markup

  1. Go to the Export tab and select all contents from the line after this to the semicolon ; at the end. (See the screenshot below.)
  2. Copy the selected code to the clipboard (Ctrl/Cmd + C on Win/Mac).
  3. In Visual Studio, create a new project using the Uno App Template Wizard. (This is where you will choose between using XAML or C# Markup for your user interface.)
  4. Open MainPage.cs and replace all the Page contents with the copied code.
  5. To set the appropriate font size for all buttons, access the MaterialFontsOverride.cs file in the Style folder. Go to the Figma Plugin, and in the Export tab, select Fonts Override File from the dropdown menu. Copy the content in the ResourceDictionary and replace it in your MaterialFontsOverride.cs.

Here’s an example of the generated XAML (and also C#) code that you can import into Microsoft Visual Studio:

⏬ flightXAML.txt (38 kB)

⏬ flightCsharp.txt (56 kB)

Conclusion

Harmonizing design and development is no easy task, and the nuances between teams make it so there is no one-size-fits-all solution. However, by focusing on the areas that most often affect productivity, the Uno Platform for Figma tool helps enhance designer-developer workflows. It facilitates the efficient creation of high-fidelity designs, interactive prototypes, and the export of responsive code, making the entire process more efficient.

The examples provided in the article primarily showcase working with mobile design versions. However, there are no limitations in the document or the generated code that restrict you from creating suitable versions for desktops, laptops, tablets, and just the world of the World Wide Web. Specify the desired resolutions and responsive elements (and how they should behave), and the designs you create should be easily adaptable across different platforms and screen sizes.

Further Reading

  • “Five is for 5X productivity. Announcing Uno Platform 5.0,” (Uno Platform )
    This article provides an overview of all the new features available in the Uno Platform, including the new Figma to C# Markup plugin feature.
  • “Intro to Figma for .NET Developers,” (Uno Platform )
    This article provides an overview of Figma and its features and how .NET developers can use it together with the Uno Platform to streamline their design-to-development workflows.
  • “Uno Platform 5.0 — Figma plugin, C# Markup, and Hot Reload showcase via Uno Tube Player sample app,” (YouTube)
    This is a short video highlight for Uno Platform v. 5.0, edited from the following steps in the Tube Player workshop (this is a Figma Design file which is part of the Tube Player workshop and is tailored to .NET developers specifically).
  • “Uno Platform for Figma — Uno Flight speed build,” (YouTube)
    A short video that shows the making of the Uno Flight app UI compressed into only a minute and a half.
  • “Building a Login Page with Uno Platform and Figma,” (Uno Platform)
    The Uno Platform’s plugin and toolkit offer a large library of ready-to-use components, allowing developers and designers to take advantage of a set of higher-level user interface controls designed specifically for multi-platform, responsive applications.
  • “Building a Profile Page with Uno Platform for Figma,” (Uno Platform)
    In this tutorial, you will learn how to build a completely functional Profile page using Figma and Uno Platform and how to generate responsive and extendable XAML code.
  • “Replicating Pet Adoption UI with Uno Platform and Figma,” (Uno Platform)
    This tutorial will walk you through creating a Pet Adopt user interface mobile screen and exporting your Figma designs into code, including setting up your Figma file and designing using Uno Material Toolkit components.
  • “From Figma to Visual Studio — Adding Back-End Logic to Goodreads App,” (Uno Platform)
    The Uno Platform has an XAML tab (which houses the generated code for the page you created in Figma) and a Themes tab (which houses the Resource Dictionary for the page you created). This tutorial contains a working Goodreads sample and provides many details as to using the XAML and Themes tabs.
  • “Replicating a Dating App UI with .NET, Uno Platform and Figma,” (Uno Platform)
    In this tutorial, you’ll learn how to use Uno Platform to create a dating app user interface, covering in detail various sections and components of the interface; at the end, you’ll also be able to export the design into Visual Studio Code.
  • “Getting Started with Uno Toolkit,” (Uno Platform)
    Detailed developer documentation pages for working with Uno Platform.
  • “The 12 best IDEs for programming,” Franklin Okeke
    To keep up with the fast pace of emerging technologies, there has been an increasing demand for IDEs among software development companies. We will explore the 12 best IDEs that currently offer valuable solutions to programmers.
  • “Why we chose Figma as our primary design tool,” Simon Harper (Purplebricks Digital)
    Comparing the must-haves against the features of a list of possible design apps we compiled (including Sketch, Axure RP, Framer, and more), Figma came out as the clear forerunner. It met all of our key feature requirements but surprised us with a lot of other things along the way.
  • “Why we switched to Figma as the primary design tool at Zomato,” Vijay Verma
    Before Figma, several other tools were used to facilitate the exchange of design mockups and updates; after Figma, the need to use other tools and services was reduced as everything comes in one single package.
  • “The Best Handoff Is No Handoff,” Vitaly Friedman (Smashing Magazine)
    Design handoffs are often inefficient and painful; they cause frustration, friction, and a lot of back and forth. Can we avoid them altogether? This article discusses in detail the “No Handoff” fluid model, where product and engineering teams work on the product iteratively all the time, with functional prototyping being the central method of working together.
  • “Designing A Better Design Handoff File In Figma,” Ben Shih (Smashing Magazine)
    Creating an effective handoff process from design to development is a critical step in any product development cycle. This article shares many practical tips to enhance the handoff process between design and development in product development, with guidelines for effective communication, documentation, design details, version control, and plugin usage.
  • “How I use Sketch with Zeplin to Design and Specify Apps,” Marc Decerle
    Sketch is a very powerful tool in combination with Zeplin. In this article, the author describes how he organizes his Sketch documents and how he uses Sketch in conjunction with Zeplin.
  • Design System Package (DSP)
    This document describes the Design System Package structure, including details on how each internal file or folder should be used.
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JPA Criteria With Pagination

In Java Persistence API (JPA) development, the flexibility and dynamism of queries play a pivotal role, especially when dealing with dynamic search interfaces or scenarios where the query structure is known only at runtime. The JPA Criteria Query emerges as a powerful tool for constructing such dynamic queries, allowing developers to define complex search criteria programmatically.

One critical aspect of real-world applications, particularly those involving user interfaces for specific record searches, is the implementation of pagination. Pagination not only enhances the user experience by presenting results in manageable chunks but also contributes to resource optimization on the application side.

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Create a Low-Code GPT AI App in Five Minutes

A GPT is basically a custom AI app allowing you to have ChatGPT interact with any API. This results in a completely new user interface, where you're using AI to interact with your application instead of a graphical user interface.

At AINIRO.IO, we're committed to delivering value and amazing tech based on AI, some examples being our ChatGPT chatbot, AI Search, and AI Expert Systems — And now we're adding a fourth type of application to our AI suite; "AI Apps."