Javascript

Learn the basics of CSS Filters

Oct 28, 2019

5 min read

We never thought we could so easily kick up the visuals of our documents. Well now we can! CSS Filters are really cool visual effects, and the most fun part of CSS.

Now, without trying our hands at Photoshop or any other editing tool, we can give the same effects to our images using the CSS Filters.

The Blur Effect - The blur effect can be applied to an element using the blur() function. This function accepts CSS length value as a parameter which defines the blur radius. A larger value will create more blur. If no parameter is provided, then a value 0 is used.

.image-1 {
  -webkit-filter: blur(0|2px|5px); 
  filter: blur(0|2px|5px);
}

Image Brightness - The brightness() function can be used to set the brightness of an image. A value of 0% will create an image that is completely black. A value greater than 100% completely brightens the image while 100% or 1 leaves the image unchanged. Negative values are not allowed as a parameter to this function.

.image-1 {
  -webkit-filter: brightness(50%|100%|200%); 
  filter: brightness(50%|100%|200%);
}

Image Contrast - The contrast() function is used to adjust the contrast on an image. A value of 0% will create an image that is completely black. A value greater than 100% completely brightens the image while 100% or 1 leaves the image unchanged.

.image-1 {
  -webkit-filter: contrast(50%|100%|200%); 
  filter: contrast(50%|100%|200%);
}

Opacity - The opacity() function applies transparency to an image. Values between 0% and 100% are linear multipliers on the effect. The opacity filter effect is measured by the level of range from completely transparent to completely opaque.

.image-1 {
  -webkit-filter: opacity(10%|40%|80%); 
  filter: opacity(10%|40%|80%);
}

The Sepia Effect - The sepia filter effect is a brownish-grey to dark yellowish-brown tone imparted to an element and is expressed in percentages from 0% to 100%.

.image-1 {
  -webkit-filter: sepia(10%|40%|80%); 
  filter: sepia(10%|40%|80%);
}

Drop Shadow - This adds to a shadow to the image and is similar to what box-shadow does.

.image-1{
  drop-shadow(0);
}

.image-2 {
  -webkit-filter: drop-shadow(4px 4px 10px yellow);
  filter: drop-shadow(4px 4px 10px yellow);
}

.image-3 {
  -webkit-filter: drop-shadow(8px 8px 12px yellow);
  filter: drop-shadow(8px 8px 12px yellow);
}

Grayscale - The grayscale() CSS function converts the input image to grayscale. Values between 0% and 100% are linear multipliers on the effect.

.image-1 {
  -webkit-filter: grayscale(50%|100%|200%); 
  filter: grayscale(50%|100%|200%);
}

Hue Rotation - The CSS hue-rotate() function is used with the filter property to apply a hue rotation an image. A hue rotation is where you specify an angle around the color circle that the input samples will be adjusted by.

The CSS hue-rotate() function requires an argument to tell it how much to rotate the hue by.

.image-1 {
  -webkit-filter: hue-rotate(0|100deg|250deg); 
  filter: hue-rotate(0|100deg|250deg);
}

The Invert Effect - The invert() CSS function inverts the color samples in the input image. 0% (0) is the default and represents the original image. 100% will make the image completely inverted. Negative values are not allowed.

.image-1 {
  -webkit-filter: invert(0|40%|80%); 
  filter: invert(0|40%|80%);
}

Saturate - The saturate filter is used to vary the intensity of color in the element. A saturated element has overly bright colors; you can increase saturation on under-exposed images or vice versa. The amount of saturation can be expressed in percentages, where a value of 0% is completely un-saturated, and a value of 100% leaves the input unchanged.

.image-1 {
  -webkit-filter: saturate(10%|150%|350%); 
  filter: saturate(10%|150%|350%);
}

The CSS filters show the evolution of effects from SVG format and how effective they are. They make the images look more impactful with minimum efforts. Each filter has an essential purpose to apply the effect to a graphics element or container element

Current browser and user agent support can be found from the [@_"Can I use..." table for CSS3 Filter Effects] (https://caniuse.com/#search=css%20filter);

This Dot is a consultancy dedicated to guiding companies through their modernization and digital transformation journeys. Specializing in replatforming, modernizing, and launching new initiatives, we stand out by taking true ownership of your engineering projects.

We love helping teams with projects that have missed their deadlines or helping keep your strategic digital initiatives on course. Check out our case studies and our clients that trust us with their engineering.

Introducing the All New SvelteKit and SCSS Kit for starter.dev

Introduction At This Dot Labs, we love Svelte. We've even created a starter.dev kit for SvelteKit that you can use to scaffold your next frontend project using SCSS, TypeScript, Vitest and Storybook. What is starter.dev? Starter.dev helps developers get started building web apps with a variety of frameworks, showcasing how various libraries can fit together to solve similar problems. To do that, This Dot Labs has built a series of showcase apps that recreate the experience of using GitHub. What is SvelteKit? How is it unique? SvelteKit is a full-stack framework that gives you the best of both worlds: the page is server-side rendered on your first visit, but when you navigate to other pages, they are client-side rendered. SvelteKit gives you levers for your pages to use SSR (server-side rendering), CSR (client-side rendering), SSG (static site generation), SPA (single page application) & MPA (multi page application). The core of SvelteKit provides a highly configurable rendering engine. Why SvelteKit and not Svelte? SvelteKit isn’t built on top of Svelte, but it’s a backend web framework where Svelte is used as the view layer. In theory, you could rip it out and replace it with another component framework that supports server-side rendering, and the same is true for other web frameworks. This allows us to deploy everything as a Node server, or even use Vercel and serverless functions. Other reasons to use SvelteKit include: 1. Pages (file based routing) 2. Endpoints (API routes) 3. Nested layouts (way more powerful than just nesting files because the segment of the URL maps to your component hierarchy) 4. Hot module replacement (instant updates in the browser when you make a change preserving application state) 5. Preprocessing (TypeScript, SCSS, and Pug among others) 6. Building component libraries (creating and publishing npm packages) 7. Deployment options (adapters for any platform) Building a SvelteKit showcase presented several challenges given its uniqueness and different approach to building web apps. This blog post details what we chose to include in our SvelteKit GitHub clone, and how we integrated them. Project Structures and Naming Conventions SvelteKit has unique conventions in its project structure and naming conventions. Project Files src This is the meat of the project: - lib contains your library code, which can be imported via the $lib alias, or packaged up for distribution using svelte-package. It can be imported by using the $lib/* alias. - server contains your server-only library code. SvelteKit will prevent you from importing these in client code. - components contain single responsibility components that are imported in our routes. They typically contain three files: .spec.ts for unit tests, .svelte and .stories.ts for storybook stories. Barrel files were not necessary here. - images contains images that can be imported, and used in the project. - stores contains state that needs to be accessed by multiple unrelated components, or by a regular JS module. - styles contains styles that can be imported in our Svelte applications. - params contains any param matchers your app needs - routes contains the routes of your application - app.html is your page template — an HTML document containing the following placeholders: - %sveltekit.head% — link and script elements needed by the app, plus any head content - %sveltekit.body% — the markup for a rendered page. This should live inside a or other element, rather than directly inside the body element, to prevent bugs caused by browser extensions injecting elements that are then destroyed by the hydration process. SvelteKit will warn you in development if this is not the case - %sveltekit.assets% — either paths.assets, if specified, or a relative path to paths.base - %sveltekit.nonce% — a CSP nonce for manually included links and scripts, if used - hooks.server.ts contains your application's hooks static Any static assets that should be served as-is, like robots.txt or favicon.png, go in here. svelte.config.js This file contains your Svelte and SvelteKit configuration. tsconfig.json Since SvelteKit relies on certain configuration being set a specific way, it generates its own .svelte-kit/tsconfig.json file, which your own config extends. vite.config.js A SvelteKit project is really just a Vite project that uses the @sveltejs/kit/vite plugin, along with any other Vite configuration. Routing To get a deep dive of how routing works with SvelteKit, please check out this article. SCSS SvelteKit supports a number of CSS preprocessors. For people who are new to Svelte or SvelteKit, the syntax for using SCSS or SASS is simple, just need to add the lang="sass" attribute to the style tag. ` ` Then add SCSS support with the svelte-preprocess package. ` Why SCSS and not Tailwind? Tailwind CSS has been used by several other starter kits. We otherwise decided to go with SCSS as the syntax is simple and easily understood by even beginners. Vitest Test Driven Development (TDD) is one of the best ways to ensure your code works like it's supposed to work. It can also help you create reliable builds during continuous deployments. Vitest is an up-and-coming testing framework which has similar functionality to Jest. Since we are using Vite as our build tool for Svelte in this kit, Vitest has very good integration with Vite, and offers a similar testing environment without needing extra configuration. To test Svelte components that seemed to be hard to test. Such as two-way bindings, name slots, Context API, etc., we need to add more configuration. We added @testing-library/svelte, jsdom and @testing-library/jest-dom that allow for similar functionality as Jest. ` We ensured the $lib alias is supported in our tests by resolving the alias in our vite.config.ts. We also added a setupTest.ts to add @testing-library/jest-dom matchers & mocks of SvelteKit modules. ` ` If you want to see some test recipes you can use on your SvelteKit projects, check out our SvelteKit-SCSS Github showcase. Storybook Like many of the other starter.dev kits, the SvelteKit starter uses Storybook to interactively view and build components in isolation. For more information on Storybook and SvelteKit visit the article. Linting ESLint and Prettier are useful tools for keeping the project neat and consistent among multiple contributors. To quickly format your project, run: ` Running ESLint and Prettier as part of your git workflow is important because it helps you fail fast. This helps us, as contributors, to have a more consistent production codebase. We achieved this in our SvelteKit-SCSS Github showcase with the help of Husky, lint-staged and Prettier. How does lint-staged work? It's specifically designed to work on "staged" files, which are files you've changed or created, but haven't yet committed to your project. Working on staged files limits the number of files you need to lint at any given time, and makes the workflow faster. We configured lint-staged in our package.json. This runs Prettier pre-commit, and ensures the code is up to our ESLint standards. ` The commands you configure will run "pre-commit". As you're attempting to commit files to your project you'll see ESLint run in your terminal. Once it's done you may have successfully committed, or find yourself with linting errors you need to fix before you're able to commit the code. This works hand-in-hand with husky. Husky uses distinct bash files with filenames that match the workflow step they correspond to, e.g. "pre-commit". ` Running ESLint, or Prettier as part of your git workflow is important because it helps you fail fast, which helps contributors have a more consistent production codebase. Conclusion SvelteKit is a relatively new and novel framework. The structure represents our best judgment of how a basic SvelteKit application should be. We welcome everyone to take a look, and contribute back to the SvelteKit-SCSS and our SvelteKit-SCSS Github showcase if you have any improvements that you would like to propose!...

Apr 12, 2023

7 mins

SvelteCSS

How to add Dark Mode in your Web Application

How to Create Dark/Light Mode in your JavaScript project? Providing our visitors with the ability to toggle between white and dark themes has become one of the most important features of all time. In this article, we will cover the requirements to develop a persistent theme for your website successfully. The code provided as part of this article will be technology agnostic and can be used with all major front-end frameworks such as Vue, React, or Svelte. TL;DR If you are in a rush and just want access to the code, you can grab it from this Stackblitz: Light / Dark theme functionality in Vanilla JS. What is White/Dark Mode Before we jump into the code, we should first explain what the meaning behind the feature name "White/Dark Mode is". This feature was first introduced in our Operating system by allowing users to change their default theme into Dark Mode, After this, Dark Mode has slowly made its way into our most used applications and websites as users expected to have a consistent look from their native application to Web App equivalent. Providing "White/Dark mode" in your site means giving the user the ability to toggle their theme to either align to the Operating system theme settings or override it from the Web App UI. The above example shows the feature on thisdot.co triggered by the little toggle button available within the main navbar. Implementing Dark Mode with Javascript This feature has two main implementation levels. The first is the ability to assign the theme directly from the Operating System preferences, while the second combines the feature of the first plus the ability to override that feature from the UI. Some websites just offer the first option and allow the site to emulate the OS preferences, even if this is mostly fine for most users, in this post, we will develop the second option as it is the most complicated approach and, therefore the most complete. The development of this feature is going to be divided into the following steps: - Ensure CSS variables drive our application - Create a second set of variables for a dark theme - Create logic to read user preferences - Create logic to override the theme preference - Make our theme selection persistent Let's dive into the code with our first step and initialize our application. Move all styles into CSS variables We are going to start our application by initializing a plain VanillaJs Stackblitz. This creates a simple project with an index.js file that includes our HTML and a style.css file that includes our global styles. To be able to have a good starting point for our post, we are going to add some more elements on the main page of the app and then define some CSS variables to make our example more appealing. First, we are going to clean our index.js and just leave the style import: ` Then, we are going to change our index.html with the following content: ` And finally, define some CSS variables and styles in style.css: ` If you are new to CSS variables, you can read more about them in the MDN docs: Using CSS custom properties. There is one point to clarify regarding CSS variables and their naming convention. Because the color held within our variables will change (for example from red to blue), the variable name should be based on the color "role" (eg primary, shadow, border") and not on the actual color "blue, green". In our example, we can see this naming convention in action as the variables are called "primary", "secondary" and "background". The above should output a very simple but colorful design: Create a second set of variables for the dark theme Now that our basic application is set, it is time to create a second set of variables to be able to define the difference between the light and dark theme. As you may notice, the CSS variables are not a must for this to work, but having all the variables set makes the maintenance of the site much easier than having to update color and styles scattered around. We are returning to our style.css file and updating a few of the CSS properties. These variables will just be updated if the body has a specific class dark associated with it: ` As the above code shows, because we are just overriding the variables, we do not actually need to redeclare them all and we can just declare the variables that we wish to update. If we would go back and add a class of "dark" to our body in index.html we would see the following output: As you can see, both white themes are fully set up and working. All that is left is creating the logic that can handle the theme toggle, but before we do so, there is one more change to add to our CSS. In fact, some components, such as form controls and scrollbar, use a property called "color-scheme" to change their theme, to give this a try, we will add an in our HTML: ` Then, let's see how this would look in our design: The input is showing a white theme even if the dark theme is selected, and this is happening because we are not changing the "color-scheme" that is what is used for the form input. Let's fix this by adding another CSS variable and a CSS declaration within our body: ` With the above code, the "color-scheme" variable will be changed to align with our overall theme, as shown below: Note that settings can be overridden on a component-by-component level. In fact, if you would like to always display the white theme for a button or field, you can just redeclare the "color-scheme" and apply it to the CSS selection of your choice. It is now time to move forward and include some JS to make the toggling automatic. Create logic to read user preferences It is now time to write some JavaScript and make our application dynamic. In this first logical step, we are going to read our Operating System color preference and use it to toggle the class assigned to our body. To do so, we are going to use the "matchMedia" method to read the "prefer-color-scheme" just like shown in the code below: ` The next step is to assign or remove the class from our body depending on the preferred scheme: ` Let's see if this works. If you are on Mac you can change the preferences by following the following steps: 1) System settings 2) Appearance 3) Change the appearance If you change the preferences and refresh your application, you should be able to see the application changing on the fly. Create logic to override the theme preference Having to change the full OS just for a single Website theme preference may be a little bit too much. So, in this step, we are going to enhance our logic to be able to override the preferences. First, we are going to add a simple button in the HTML called Toggle Theme: ` Now, it is time to update the logic. First, we need to allow a way to override the preferences. We can do this by adding an argument to our updateScheme function: ` The above code just adds a global variable called selectedTheme and then, as we previously mentioned, adds a parameter of overrideScheme to our method and finally makes sure we use this variable if available selectedTheme = overriddenScheme || preferredScheme. The next step requires us to be able to update our selectedTheme on a button click: ` With the above code added to our application, we could override the system preferences, but unfortunately, our work is not completed. The logic we wrote above is not persistent, and the theme selection will be lost if we refresh the page. Make our theme selection persistent In this last step, we are going to save our selectedTheme in localStorage using the documentation provided in the MDN documentation: Local Storage. First, let's save the selectedTheme into local storage by using localStorage.setItem: ` Then make sure we read this value on load using localStorage.getItem: ` After the above changes, you should be able to toggle the theme, refresh the page and be able to see the correct theme loaded up for you. NOTE: Due to the way StackBlitz loads the JS, there will be a small flash, but if you would place this code in the head that flash should be extremely minimal. What about the images You may have noticed that we have left the image unchanged between the different themes. This was, unfortunately not by choice, as there is no native way to swap images when using class-based theming. If you were just to implement the theme based on System Preference, you could declare different images using the media query (prefers-color-scheme: dark). This would allow you to declare images like this: ` The above code will show day.jpg if your theme settings are light or night.jpg if dark. If you would like to implement something similar with a class-based theme, you will have to create a custom image component in your framework of choice that loads the correct theme, but this is outside this tutorial's scope. Conclusion It is now time to conclude this post and leave you to go and apply what we learned in your Web applications. Implementing this feature is quite simple, and it helps to improve your user's experience. The code we have written above is available on StackBlitz: Light / Dark theme functionality in Vanilla JS. But let's see it in action in: So, in this article, we have introduced CSS variables and ensured our design colors were driven solely by them. We created an override for this variable using a class-based approach; we then learned how some elements, such as input fields, can change the theme using the "color-theme" property. We then moved into the JS, where we used the media query "prefers-color-scheme" to read the user Operating System theme preferences and, last but not least, created a live toggle that would create and save a personal preference in LocalStorage....

Dec 26, 2023

9 mins

JavaScriptCSSHTML

6 Steps to AI Adoption: Building with AI APIs

Tracy Lee, Jerome Hardaway, and Rob Ocel continue their six part series on the six steps for AI adoption. In this episode they discuss AI API integration and better building with AI models. One key takeaway was the importance of choosing the right tools for specific tasks. Jerome emphasized the significance of using content moderation APIs for filtering inappropriate content as an example. These tools help developers improve user experiences by ensuring content accuracy and appropriateness. However, Jerome also warned against blindly relying on AI tools and encouraged programmers to assess their benefits and limitations before implementation. The discussion also touched on how AI impacts coding abilities and problem-solving. AI-powered tools can boost developer productivity by automating repetitive tasks and offering helpful suggestions. Yet, it's important to strike a balance and not become overly dependent on AI, which could hinder critical thinking and problem-solving skills crucial for programmers. One challenge discussed was the difficulty of working with poorly documented APIs, which makes it hard for developers to understand and utilize AI tools effectively. While AI has the potential to enhance productivity and user experiences, it's important for developers to choose the right tools and avoid over-reliance. By carefully evaluating AI tools and investing in clear documentation, developers can leverage AI effectively to improve their coding abilities and problem-solving skills. Download this episode here!...

Apr 15, 2024

2 mins

AIArtificial Intelligence

JSR - The cross-platform package manager for ESM

JSR - The cross-platform package manager for ESM Move over NPM, there’s a new package manager in town. JSR is a new open-source package registry for JavaScript and TypeScript. This particular release has caught my attention, and I’m excited to explore if and where JSR fits into our overflowing ecosystem. Setting the stage The JSR website has a page called Why JSR? I want to explore the _why_ a little bit further. I think that the _why_ points to JSR potentially being the future of the JavaScript ecosystem. NPM and JavaScript modules If you’ve found yourself confused about publishing and consuming packages and modules in the modern ESM era, you’re not alone. When NodeJS was created, there was no standard for JS modules. Node introduced CommonJS modules, and NPM provided a way to publish and consume these modules in our applications. It’s been years now since ES Modules became a standard and we are still in a weird module purgatory with no clear end in sight. JSR represents a fresh start, free from the baggage of the Node and NPM ecosystems. JavaScript runtimes and interoperability New JavaScript runtimes are popping up every year. WinterCG (_Web-interoperable Runtimes Community Group)_ was started to improve interoperability for the various runtimes with some standard APIs. Node has made steps towards this goal, but it might never get all the way there and NPM is coupled pretty tightly to that ecosystem. JSR supports several runtimes (depending on the package). This is a huge opportunity for it to become the package manager for the ecosystem at large. See cross-runtime support section for more details. NPM Compatibility JSR doesn’t end up being a complete departure from NPM since it includes an NPM compatibility layer. The docs highlight some limitations and provide deeper technical details on how this piece works. The simple overview is that you can install and use packages from JSR to a Node/NPM based project. The packages will get added to your package.json and node_modules directory. About the same as any package installed from NPM. JSR Overview At a high level, JSR is very similar to NPM. You can search for packages on the website. You can publish packages to their registry, and you can download packages from it as well. We touched on the two major features that set it apart from NPM: It only supports ESModules, and it has cross-runtime support. In the rest of the article we’ll explore the essentials (package management) and also some other really great features that feel like are bringing the JS package management ecosystem up to speed with our modern workflows. Native TypeScript I have to say I’m not surprised by this feature, considering JSR was developed by the same people behind Deno (a runtime that supports TS natively). It’s a great feature. If you haven’t figured it out yet TypeScript is a big deal and doesn’t seem to be fading away anytime soon. So what exactly does TS support look like in a package manager, though? If your runtime supports TypeScript natively (like Deno) - it can consume the TS files in your package directly. For environments that don’t, it will automatically compile your code to JavaScript and package it with type declaration files (.d.ts). Pretty, stinking, cool. The docs include a page called “about slow types”. It is probably worth a read on its own ,but the TLDR is that JSR will analyze your TS code and penalize you in certain ways if you have some type code that it considers to be slow. On the page, it outlines exactly what these penalties are, as well as what it considers slow types to be. Slow types will also come into play when we get into package scoring later in the article. Packages The docs have a page dedicated to packages. It covers some important stuff like deleting packages, versioning, documentation, and publishing. We’ll touch on some of it with an emphasis on the things that are done differently or better than with NPM. jsr.json file jsr.json is a configuration file that specifies a name, version, and exports of a package. It doesn’t include a list of dependencies like you would have in a package.json file. This is a configuration file for a package to be published to JSR. JSR dependencies are defined in an import map file or a package.json file, depending on the runtime. Adding packages to a project Adding packages to your project will vary depending on your target runtime. Here’s an example of installing it for Deno and NPM using various package managers. For Deno, an import map entry is created. For NPM, it gets installed as an NPM package using the JSR NPM compatibility layer. ` If the runtime has native JSR support, you don’t need to explicitly install packages. You can important them using the jsr: scheme. ` As you can see semantic versioning is supported and works similarly to NPM. Publishing packages If you want to publish a package to JSR, there are many important rules you need to be aware of. I recommend reading “Publishing packages” before moving forward with this. The main things to note are: ESModules only, npm packages are supported, JSR packages are supported, and node APIs are supported. So there aren’t many constraints. You just need to understand how exactly to do these things. IE: how do I use NPM dependencies, how do the imports work, etc? Once you’ve got all that down, you will be ready to publish your first package to JSR 😃 Documentation JSR emphasizes quality package documentation. It’s one of the factors in their package scoring algorithm, which we will discuss shortly. The important parts of a package’s documentation include: * a README.md file * symbol documentation - functions, interfaces, classes, etc * module documentation - docs for each exported module in a package The symbol and module documentation are written using JSDoc. The JSR website generates some nice documentation based on these 3 pieces on your package page. This means you can understand a package's entire public API without ever leaving jsr.io. Browser support The cross-runtime support is amazing, but I was curious where the original JavaScript runtime fit (the browser). According to the documentation: “You can use JSR with any tool that supports ES modules, and either has native support for JSR or supports npm packages using node_modules.” Since modern web browsers support ES modules, I will count this as JSR support. From what I can tell, though, there is one caveat. To include a module on a web page, we need a URL to download it from. Can we publish our package to JSR and use it to load a module via a script tag? According to the JSR usage policy, no. The “Unacceptable use” section states: “It is not acceptable to use JSR as a CDN for serving assets directly to web applications in a browser, except for development purposes.” So, it seems that this is a no-go for now. We will probably need to wait a bit for CDN services like jsdelivr to pull packages from the JSR registry, similar to what they do with NPM currently. Other notable features We’ve covered the most important bits about package management, TS support, NPM compatibility, etc. But there are still a few unique features that add an extra bit of sparkle to JSR. Scoring We mentioned earlier that documentation plays a part in a scoring algorithm. JSR analyzes all of the packages published to its registry and assigns them a score based on certain criteria: documentation, best practices, discoverability, and compatibility. This score is shown with every package listed on the website. You can also add a shiny badge to your README if you’re particularly proud of something. It’s still early on, so it’s likely this will evolve as time goes on. It’s an interesting gimmick, at the very least! Summary I am excited to have a new cross-platform compatible package manager that only supports ESM. As useful as NPM has been all these years, it carries a lot of baggage from “the olden days”. JSR’s native TypeScript support and reliance on modern standards is a breath of fresh air. It feels like I can publish a simple package without much ceremony. I’m excited to release my first package to JSR soon :)...

Apr 12, 2024

6 mins

JSRJavaScript

Learn the basics of CSS Filters

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JSR - The cross-platform package manager for ESM