Mary Turcotte

Mary Turcotte

1657000800

Svelte Plugin Rollup: Compile Svelte Components with Rollup

Undecided yet what bundler to use? We suggest using SvelteKit or Vite with vite-plugin-svelte.

rollup-plugin-svelte

Compile Svelte components.

Installation

npm install --save-dev svelte rollup-plugin-svelte

Note that we need to install Svelte as well as the plugin, as it's a 'peer dependency'.

Usage

// rollup.config.js
import svelte from 'rollup-plugin-svelte';
import resolve from '@rollup/plugin-node-resolve';

export default {
  input: 'src/main.js',
  output: {
    file: 'public/bundle.js',
    format: 'iife'
  },
  plugins: [
    svelte({
      // By default, all ".svelte" files are compiled
      extensions: ['.my-custom-extension'],

      // You can restrict which files are compiled
      // using `include` and `exclude`
      include: 'src/components/**/*.svelte',

      // Optionally, preprocess components with svelte.preprocess:
      // https://svelte.dev/docs#svelte_preprocess
      preprocess: {
        style: ({ content }) => {
          return transformStyles(content);
        }
      },

      // Emit CSS as "files" for other plugins to process. default is true
      emitCss: false,

      // Warnings are normally passed straight to Rollup. You can
      // optionally handle them here, for example to squelch
      // warnings with a particular code
      onwarn: (warning, handler) => {
        // e.g. don't warn on <marquee> elements, cos they're cool
        if (warning.code === 'a11y-distracting-elements') return;

        // let Rollup handle all other warnings normally
        handler(warning);
      },

      // You can pass any of the Svelte compiler options
      compilerOptions: {

        // By default, the client-side compiler is used. You
        // can also use the server-side rendering compiler
        generate: 'ssr',

        // ensure that extra attributes are added to head
        // elements for hydration (used with generate: 'ssr')
        hydratable: true,

        // You can optionally set 'customElement' to 'true' to compile
        // your components to custom elements (aka web elements)
        customElement: false
      }
    }),
    // see NOTICE below
    resolve({ browser: true }),
    // ...
  ]
}

NOTICE: You will need additional Rollup plugins. 
Alone, this plugin translates Svelte components into CSS and JavaScript files. 
You will need to include @rollup/plugin-node-resolve – and probably @rollup/plugin-commonjs – in your Rollup config.

Preprocessing and dependencies

If you are using the preprocess feature, then your callback responses may — in addition to the code and map values described in the Svelte compile docs — also optionally include a dependencies array. This should be the paths of additional files that the preprocessor result in some way depends upon. In Rollup 0.61+ in watch mode, any changes to these additional files will also trigger re-builds.

pkg.svelte

If you're importing a component from your node_modules folder, and that component's package.json has a "svelte" property...

{
  "name": "some-component",

  // this means 'some-component' resolves to 'some-component/src/SomeComponent.svelte'
  "svelte": "src/MyComponent.svelte"
}

...then this plugin will ensure that your app imports the uncompiled component source code. That will result in a smaller, faster app (because code is deduplicated, and shared functions get optimized quicker), and makes it less likely that you'll run into bugs caused by your app using a different version of Svelte to the component.

Conversely, if you're publishing a component to npm, you should ship the uncompiled source (together with the compiled distributable, for people who aren't using Svelte elsewhere in their app) and include the "svelte" property in your package.json.

If you are publishing a package containing multiple components, you can create an index.js file that re-exports all the components, like this:

export { default as Component1 } from './Component1.svelte';
export { default as Component2 } from './Component2.svelte';

and so on. Then, in package.json, set the svelte property to point to this index.js file.

Extracting CSS

By default (when emitCss: true) the CSS styles will be emitted into a virtual file, allowing another Rollup plugin – for example, rollup-plugin-css-only, rollup-plugin-postcss, etc. – to take responsibility for the new stylesheet. In fact, emitting CSS files requires that you use a Rollup plugin to handle the CSS. Otherwise, your build(s) will fail! This is because this plugin will add an import statement to import the emitted CSS file. It's not valid JS to import a CSS file into a JS file, but it allows the CSS to be linked to its respective JS file and is a common pattern that other Rollup CSS plugins know how to handle.

If you set emitCss: false and your Svelte components contain <style> tags, the compiler will add JavaScript that injects those styles into the page when the component is rendered. That's not the default, because it adds weight to your JavaScript, prevents styles from being fetched in parallel with your code, and can even cause CSP violations.

Author: sveltejs
Source code: https://github.com/sveltejs/rollup-plugin-svelte
License: MIT license

#javascript #Rollup #Svelte 

What is GEEK

Buddha Community

Svelte Plugin Rollup: Compile Svelte Components with Rollup
Mary Turcotte

Mary Turcotte

1657000800

Svelte Plugin Rollup: Compile Svelte Components with Rollup

Undecided yet what bundler to use? We suggest using SvelteKit or Vite with vite-plugin-svelte.

rollup-plugin-svelte

Compile Svelte components.

Installation

npm install --save-dev svelte rollup-plugin-svelte

Note that we need to install Svelte as well as the plugin, as it's a 'peer dependency'.

Usage

// rollup.config.js
import svelte from 'rollup-plugin-svelte';
import resolve from '@rollup/plugin-node-resolve';

export default {
  input: 'src/main.js',
  output: {
    file: 'public/bundle.js',
    format: 'iife'
  },
  plugins: [
    svelte({
      // By default, all ".svelte" files are compiled
      extensions: ['.my-custom-extension'],

      // You can restrict which files are compiled
      // using `include` and `exclude`
      include: 'src/components/**/*.svelte',

      // Optionally, preprocess components with svelte.preprocess:
      // https://svelte.dev/docs#svelte_preprocess
      preprocess: {
        style: ({ content }) => {
          return transformStyles(content);
        }
      },

      // Emit CSS as "files" for other plugins to process. default is true
      emitCss: false,

      // Warnings are normally passed straight to Rollup. You can
      // optionally handle them here, for example to squelch
      // warnings with a particular code
      onwarn: (warning, handler) => {
        // e.g. don't warn on <marquee> elements, cos they're cool
        if (warning.code === 'a11y-distracting-elements') return;

        // let Rollup handle all other warnings normally
        handler(warning);
      },

      // You can pass any of the Svelte compiler options
      compilerOptions: {

        // By default, the client-side compiler is used. You
        // can also use the server-side rendering compiler
        generate: 'ssr',

        // ensure that extra attributes are added to head
        // elements for hydration (used with generate: 'ssr')
        hydratable: true,

        // You can optionally set 'customElement' to 'true' to compile
        // your components to custom elements (aka web elements)
        customElement: false
      }
    }),
    // see NOTICE below
    resolve({ browser: true }),
    // ...
  ]
}

NOTICE: You will need additional Rollup plugins. 
Alone, this plugin translates Svelte components into CSS and JavaScript files. 
You will need to include @rollup/plugin-node-resolve – and probably @rollup/plugin-commonjs – in your Rollup config.

Preprocessing and dependencies

If you are using the preprocess feature, then your callback responses may — in addition to the code and map values described in the Svelte compile docs — also optionally include a dependencies array. This should be the paths of additional files that the preprocessor result in some way depends upon. In Rollup 0.61+ in watch mode, any changes to these additional files will also trigger re-builds.

pkg.svelte

If you're importing a component from your node_modules folder, and that component's package.json has a "svelte" property...

{
  "name": "some-component",

  // this means 'some-component' resolves to 'some-component/src/SomeComponent.svelte'
  "svelte": "src/MyComponent.svelte"
}

...then this plugin will ensure that your app imports the uncompiled component source code. That will result in a smaller, faster app (because code is deduplicated, and shared functions get optimized quicker), and makes it less likely that you'll run into bugs caused by your app using a different version of Svelte to the component.

Conversely, if you're publishing a component to npm, you should ship the uncompiled source (together with the compiled distributable, for people who aren't using Svelte elsewhere in their app) and include the "svelte" property in your package.json.

If you are publishing a package containing multiple components, you can create an index.js file that re-exports all the components, like this:

export { default as Component1 } from './Component1.svelte';
export { default as Component2 } from './Component2.svelte';

and so on. Then, in package.json, set the svelte property to point to this index.js file.

Extracting CSS

By default (when emitCss: true) the CSS styles will be emitted into a virtual file, allowing another Rollup plugin – for example, rollup-plugin-css-only, rollup-plugin-postcss, etc. – to take responsibility for the new stylesheet. In fact, emitting CSS files requires that you use a Rollup plugin to handle the CSS. Otherwise, your build(s) will fail! This is because this plugin will add an import statement to import the emitted CSS file. It's not valid JS to import a CSS file into a JS file, but it allows the CSS to be linked to its respective JS file and is a common pattern that other Rollup CSS plugins know how to handle.

If you set emitCss: false and your Svelte components contain <style> tags, the compiler will add JavaScript that injects those styles into the page when the component is rendered. That's not the default, because it adds weight to your JavaScript, prevents styles from being fetched in parallel with your code, and can even cause CSP violations.

Author: sveltejs
Source code: https://github.com/sveltejs/rollup-plugin-svelte
License: MIT license

#javascript #Rollup #Svelte 

Solwin Infotech

Solwin Infotech

1622722796

How To Customize WordPress Plugins? (4 Easy Ways To Do)

This is image title
WordPress needs no introduction. It has been in the world for quite a long time. And up till now, it has given a tough fight to leading web development technology. The main reason behind its remarkable success is, it is highly customizable and also SEO-friendly. Other benefits include open-source technology, security, user-friendliness, and the thousands of free plugins it offers.

Talking of WordPress plugins, are a piece of software that enables you to add more features to the website. They are easy to integrate into your website and don’t hamper the performance of the site. WordPress, as a leading technology, has to offer many out-of-the-box plugins.

However, not always the WordPress would be able to meet your all needs. Hence you have to customize the WordPress plugin to provide you the functionality you wished. WordPress Plugins are easy to install and customize. You don’t have to build the solution from scratch and that’s one of the reasons why small and medium-sized businesses love it. It doesn’t need a hefty investment or the hiring of an in-house development team. You can use the core functionality of the plugin and expand it as your like.

In this blog, we would be talking in-depth about plugins and how to customize WordPress plugins to improve the functionality of your web applications.

What Is The Working Of The WordPress Plugins?

Developing your own plugin requires you to have some knowledge of the way they work. It ensures the better functioning of the customized plugins and avoids any mistakes that can hamper the experience on your site.

1. Hooks

Plugins operate primarily using hooks. As a hook attaches you to something, the same way a feature or functionality is hooked to your website. The piece of code interacts with the other components present on the website. There are two types of hooks: a. Action and b. Filter.

A. Action

If you want something to happen at a particular time, you need to use a WordPress “action” hook. With actions, you can add, change and improve the functionality of your plugin. It allows you to attach a new action that can be triggered by your users on the website.

There are several predefined actions available on WordPress, custom WordPress plugin development also allows you to develop your own action. This way you can make your plugin function as your want. It also allows you to set values for which the hook function. The add_ action function will then connect that function to a specific action.

B. Filters

They are the type of hooks that are accepted to a single variable or a series of variables. It sends them back after they have modified it. It allows you to change the content displayed to the user.

You can add the filter on your website with the apply_filter function, then you can define the filter under the function. To add a filter hook on the website, you have to add the $tag (the filter name) and $value (the filtered value or variable), this allows the hook to work. Also, you can add extra function values under $var.

Once you have made your filter, you can execute it with the add_filter function. This will activate your filter and would work when a specific function is triggered. You can also manipulate the variable and return it.

2. Shortcodes

Shortcodes are a good way to create and display the custom functionality of your website to visitors. They are client-side bits of code. They can be placed in the posts and pages like in the menu and widgets, etc.

There are many plugins that use shortcodes. By creating your very own shortcode, you too can customize the WordPress plugin. You can create your own shortcode with the add_shortcode function. The name of the shortcode that you use would be the first variable and the second variable would be the output of it when it is triggered. The output can be – attributes, content, and name.

3. Widgets

Other than the hooks and shortcodes, you can use the widgets to add functionality to the site. WordPress Widgets are a good way to create a widget by extending the WP_Widget class. They render a user-friendly experience, as they have an object-oriented design approach and the functions and values are stored in a single entity.

How To Customize WordPress Plugins?

There are various methods to customize the WordPress plugins. Depending on your need, and the degree of customization you wish to make in the plugin, choose the right option for you. Also, don’t forget to keep in mind that it requires a little bit of technical knowledge too. So find an expert WordPress plugin development company in case you lack the knowledge to do it by yourself.

1. Hire A Plugin Developer3
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One of the best ways to customize a WordPress plugin is by hiring a plugin developer. There are many plugin developers listed in the WordPress directory. You can contact them and collaborate with world-class WordPress developers. It is quite easy to find a WordPress plugin developer.

Since it is not much work and doesn’t pay well or for the long term a lot of developers would be unwilling to collaborate but, you will eventually find people.

2. Creating A Supporting Plugin

If you are looking for added functionality in an already existing plugin go for this option. It is a cheap way to meet your needs and creating a supporting plugin takes very little time as it has very limited needs. Furthermore, you can extend a plugin to a current feature set without altering its base code.

However, to do so, you have to hire a WordPress developer as it also requires some technical knowledge.

3. Use Custom Hooks

Use the WordPress hooks to integrate some other feature into an existing plugin. You can add an action or a filter as per your need and improve the functionality of the website.

If the plugin you want to customize has the hook, you don’t have to do much to customize it. You can write your own plugin that works with these hooks. This way you don’t have to build a WordPress plugin right from scratch. If the hook is not present in the plugin code, you can contact a WordPress developer or write the code yourself. It may take some time, but it works.

Once the hook is added, you just have to manually patch each one upon the release of the new plugin update.

4. Override Callbacks

The last way to customize WordPress plugins is by override callbacks. You can alter the core functionality of the WordPress plugin with this method. You can completely change the way it functions with your website. It is a way to completely transform the plugin. By adding your own custom callbacks, you can create the exact functionality you desire.

We suggest you go for a web developer proficient in WordPress as this requires a good amount of technical knowledge and the working of a plugin.

Read More

#customize wordpress plugins #how to customize plugins in wordpress #how to customize wordpress plugins #how to edit plugins in wordpress #how to edit wordpress plugins #wordpress plugin customization

Joseph Murray

Joseph Murray

1624471200

Beginner's Guide to Compilation in Java

Java applications are complied to bytecode then JIT and JVM takes care of code execution. Here you will find some insights about how JIT compiler works.

I am guessing that many of you use Java as your primary language in your day-to-day work. Have you ever thought about why HotSpot is even called HotSpot or what the Tiered Compilation is and how it relates to Java? I will answer these questions and a few others through the course of this article. I will begin this by explaining a few things about compilation itself and the theory behind it.

Turning Source Code to Machine Code

In general, we can differentiate two basic ways of translating human readable code to instructions that can be understood by our computers:

Static (native, AOT) Compilation

  • After code is written, a compiler will take it and produce a binary executable file. This file will contain set of machine code instructions targeted for particular CPU architecture. Of course the same binary should be able to run on CPUs with similar set of instructions but in more complex cases your binary may fail to run and may require recompiling to meet server requirements. We lose the ability to run on multiple platforms for the benefit of faster execution on a dedicated platform.

Interpretation

  • Already existing source code will be run and turned into binary code line by line by the interpreter while the exact line is being executed. Thanks to this feature, the application may run on every CPU that has the correct interpreter. On the other hand, it will make the execution slower than in the case of statically compiled languages. We benefit from the ability to run on multiple platforms but lose on execution time.

As you can see both types have their advantages and disadvantages and are dedicated to specific use cases and will probably fail if not used in the correct case. You may ask – if there are only two ways does it mean that Java is an interpreted or a statically compiled language?

#java #jvm #compiler #graalvm #hotspot #compilation #jit compiler #native image #aot #tiered compilation

Lawrence Lesch

Lawrence Lesch

1678603800

Rollup Plugin for Typescript with Compiler Errors

Rollup-plugin-typescript2

Rollup plugin for typescript with compiler errors.

This is a rewrite of the original rollup-plugin-typescript, starting and borrowing from this fork.

This version is somewhat slower than the original, but it will print out TypeScript syntactic and semantic diagnostic messages (the main reason for using TypeScript after all).

Installation

# with npm
npm install rollup-plugin-typescript2 typescript tslib --save-dev
# with yarn
yarn add rollup-plugin-typescript2 typescript tslib --dev

Usage

// rollup.config.js
import typescript from 'rollup-plugin-typescript2';

export default {
    input: './main.ts',

    plugins: [
        typescript(/*{ plugin options }*/)
    ]
}

This plugin inherits all compiler options and file lists from your tsconfig.json file. If your tsconfig has another name or another relative path from the root directory, see tsconfigDefaults, tsconfig, and tsconfigOverride options below. This also allows for passing in different tsconfig files depending on your build target.

Some compiler options are forced

  • noEmitHelpers: false
  • importHelpers: true
  • noResolve: false
  • noEmit: false (Rollup controls emit)
  • noEmitOnError: false (Rollup controls emit. See #254 and the abortOnError plugin option below)
  • inlineSourceMap: false (see #71)
  • outDir: ./placeholder in cache root (see #83 and Microsoft/TypeScript#24715)
  • declarationDir: Rollup's output.file or output.dir (unless useTsconfigDeclarationDir is true in the plugin options)
  • moduleResolution: node (classic is deprecated. It also breaks this plugin, see #12 and #14)
  • allowNonTsExtensions: true to let other plugins on the chain generate typescript; update plugin's include filter to pick them up (see #111)

Some compiler options have more than one compatible value

  • module: defaults to ES2015. Other valid values are ES2020 and ESNext (required for dynamic imports, see #54).

Some options need additional configuration on plugin side

  • allowJs: lets TypeScript process JS files as well. If you use it, modify this plugin's include option to add "*.js+(|x)", "**/*.js+(|x)" (might also want to exclude "**/node_modules/**/*", as it can slow down the build significantly).

Compatibility

@rollup/plugin-node-resolve

Must be before rollup-plugin-typescript2 in the plugin list, especially when the browser: true option is used (see #66).

@rollup/plugin-commonjs

See the explanation for rollupCommonJSResolveHack option below.

@rollup/plugin-babel

This plugin transpiles code, but doesn't change file extensions. @rollup/plugin-babel only looks at code with these extensions by default: .js,.jsx,.es6,.es,.mjs. To workaround this, add .ts and .tsx to its list of extensions.

// ...
import { DEFAULT_EXTENSIONS } from '@babel/core';
// ...
	babel({
		extensions: [
			...DEFAULT_EXTENSIONS,
			'.ts',
			'.tsx'
		]
	}),
// ...

See #108

Plugin options

cwd: string

The current working directory. Defaults to process.cwd().

tsconfigDefaults: {}

The object passed as tsconfigDefaults will be merged with the loaded tsconfig.json. The final config passed to TypeScript will be the result of values in tsconfigDefaults replaced by values in the loaded tsconfig.json, replaced by values in tsconfigOverride, and then replaced by forced compilerOptions overrides on top of that (see above).

For simplicity and other tools' sake, try to minimize the usage of defaults and overrides and keep everything in a tsconfig.json file (tsconfigs can themselves be chained with extends, so save some turtles).

 let defaults = { compilerOptions: { declaration: true } };
 let override = { compilerOptions: { declaration: false } };

 // ...
 plugins: [
 	typescript({
 		tsconfigDefaults: defaults,
 		tsconfig: "tsconfig.json",
 		tsconfigOverride: override
 	})
 ]

This is a deep merge: objects are merged, arrays are merged by index, primitives are replaced, etc. Increase verbosity to 3 and look for parsed tsconfig if you get something unexpected.

tsconfig: undefined

Path to tsconfig.json. Set this if your tsconfig has another name or relative location from the project directory.

By default, will try to load ./tsconfig.json, but will not fail if the file is missing, unless the value is explicitly set.

tsconfigOverride: {}

See tsconfigDefaults.

check: true

Set to false to avoid doing any diagnostic checks on the code. Setting to false is sometimes referred to as transpileOnly by other TypeScript integrations.

verbosity: 1

  • 0 -- Error
  • 1 -- Warning
  • 2 -- Info
  • 3 -- Debug

clean: false

Set to true to disable the cache and do a clean build. This also wipes any existing cache.

cacheRoot: node_modules/.cache/rollup-plugin-typescript2

Path to cache. Defaults to a folder in node_modules.

include: [ "*.ts+(|x)", "**/*.ts+(|x)" ]

By default compiles all .ts and .tsx files with TypeScript.

exclude: [ "*.d.ts", "**/*.d.ts" ]

But excludes type definitions.

abortOnError: true

Bail out on first syntactic or semantic error. In some cases, setting this to false will result in an exception in Rollup itself (for example, unresolvable imports).

rollupCommonJSResolveHack: false

Deprecated. OS native paths are now always used since 0.30.0 (see #251), so this no longer has any effect -- as if it is always true.

objectHashIgnoreUnknownHack: false

The plugin uses your Rollup config as part of its cache key. object-hash is used to generate a hash, but it can have trouble with some uncommon types of elements. Setting this option to true will make object-hash ignore unknowns, at the cost of not invalidating the cache if ignored elements are changed.

Only enable this option if you need it (e.g. if you get Error: Unknown object type "xxx") and make sure to run with clean: true once in a while and definitely before a release. (See #105 and #203)

useTsconfigDeclarationDir: false

If true, declaration files will be emitted in the declarationDir given in the tsconfig. If false, declaration files will be placed inside the destination directory given in the Rollup configuration.

Set to false if any other Rollup plugins need access to declaration files.

typescript: peerDependency

If you'd like to use a different version of TS than the peerDependency, you can import a different TypeScript module and pass it in as typescript: require("path/to/other/typescript").

You can also use an alternative TypeScript implementation, such as ttypescript, with this option.

Must be TS 2.0+; things might break if the compiler interfaces changed enough from what the plugin was built against.

transformers: undefined

experimental, TypeScript 2.4.1+

Transformers will likely be available in tsconfig eventually, so this is not a stable interface (see Microsoft/TypeScript#14419).

For example, integrating kimamula/ts-transformer-keys:

 const keysTransformer = require('ts-transformer-keys/transformer').default;
 const transformer = (service) => ({
 	before: [ keysTransformer(service.getProgram()) ],
 	after: []
 });

 // ...
 plugins: [
 	typescript({ transformers: [transformer] })
 ]

Declarations

This plugin respects declaration: true in your tsconfig.json file. When set, it will emit *.d.ts files for your bundle. The resulting file(s) can then be used with the types property in your package.json file as described here.
By default, the declaration files will be located in the same directory as the generated Rollup bundle. If you want to override this behavior and instead use declarationDir, set useTsconfigDeclarationDir: true in the plugin options.

The above also applies to declarationMap: true and *.d.ts.map files for your bundle.

This plugin also respects emitDeclarationOnly: true and will only emit declarations (and declaration maps, if enabled) if set in your tsconfig.json. If you use emitDeclarationOnly, you will need another plugin to compile any TypeScript sources, such as @rollup/plugin-babel, rollup-plugin-esbuild, rollup-plugin-swc, etc. When composing Rollup plugins this way, rollup-plugin-typescript2 will perform type-checking and declaration generation, while another plugin performs the TypeScript to JavaScript compilation.
Some scenarios where this can be particularly useful: you want to use Babel plugins on TypeScript source, or you want declarations and type-checking for your Vite builds (NOTE: this space has not been fully explored yet).

Watch mode

The way TypeScript handles type-only imports and ambient types effectively hides them from Rollup's watch mode, because import statements are not generated and changing them doesn't trigger a rebuild.

Otherwise the plugin should work in watch mode. Make sure to run a normal build after watch session to catch any type errors.

Requirements

  • TypeScript 2.4+
  • Rollup 1.26.3+
  • Node 6.4.0+ (basic ES6 support)

Reporting bugs and Contributing

See CONTRIBUTING.md

Download Details:

Author: Ezolenko
Source Code: https://github.com/ezolenko/rollup-plugin-typescript2 
License: MIT license

#typescript #rollup #plugin 

Solwin Infotech

Solwin Infotech

1627038354

7 Best Video Player and Gallery Plugins for WordPress Website in 2021

When you want to watch a video, then you always choose to watch videos on YouTube and go for other popular streaming websites. Although such videos provide amazing watching experience and if you want to make own website that simply allows spectators to watch videos also. At that time you can prefer WordPress, even this is not only that, businesses which mostly tend to make video content and register them on their website. Therefore, you need video player WordPress plugins that makes simpler the entire procedures of dealing with videos on your website. Along with, you get remarkable video players that make an appealing appearance on your website.

Best Video Player WordPress Plugins

WP Video Lightbox

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WP Video LightboxWordPress plugin lets users insert videos right on top of any page by implementing a lightbox intersection screen. The plugin is very convenient when you are keen to show pictures, flash, YouTube, or Vimeo videos on your website. In addition, the plugin is fully approachable, thus, all mobile users like its amazing features.

The plugin assists you by automatically appealing the thumbnail for the Video which you make use of it, although you have a great choice to utilize your thumbnails if you wish for. The plugin also offers you an ideal alternative to restrict recommended video in the last part of a YouTube video, therefore your viewers will not to be unfocused. Additionally, you can buy antivirus online using Amazon Promo Code to protect your system form virus.

Portfolio Designer

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Portfolio Designer is a complete solution for developing an astonishing portfolio, galleries, as well showcase into the WordPress website. The plugin has in-built infinite layout styles such as grid, masonry, slider, WooCommerce, and justify. Additionally, it includes 50+ awesome hover and animation effects to captivate your website visitors instantly. This plugin supports audio and video formats to create fantastic galleries hassle-free.

The plugin has unlimited colors and design options that a user can modify smoothly and introduce the portfolio presentation vividly. It has 800+ Google web fonts, fancy box integration, support unlimited custom post, and so on. A user can get all the functionalities to build an attractive portfolio in just one plugin. With the Portfolio Designer WordPress plugin, there are no restrictions to display the portfolio or galleries to any website page. The plugin is also available in the lite version at the WordPress repository.

ARVE Advanced Responsive Video Embedder

This is image title

ARVE Advanced Responsive Video Embedder a well-known and great video implanting plugin for WordPress that is absolutely free of cost. The plugin is packed with multiple amazing features to grab each particular problem you are expected to expression by displaying such videos on your website.

Most importantly, this plugin allows to create the entire videos you insert into responsive videos and this is done just because of your mobile users can take pleasure such astounding experiences with hassle-free. Other alternatives comprise WYSIWYG support, auto-start videos, tweaking URL factors if you wish for, transforming video position, and lots more.

Find more plugins here.

#best wordpress plugins #best wp video plugin #video gallery wordpress plugin #wordpress gallery plugin #wordpress video plugin