Posted on May 31, 2022 at 12:47 PM
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These capabilities are made available through the use of a set of plugins. Plugins serve as a link between our web application and the native features of the device. Ionic Native, with TypeScript interfaces and enterprise-supported versions for teams who want the benefit of Ionic, manages ongoing updates, security patches, and compatibility.
You’ve just read about how great Cordova is because it allows you to create mobile applications without learning how to code natively. While this is correct, a few prerequisites must be met before Cordova can work its magic. Native Apache Cordova developers use mobile software development kits (SDKs) to interact with their platform of choice. Apple, Google, Microsoft, and other device manufacturers provide SDKs to developers to create applications for their platforms. Some are entirely free. Some necessitate registration. Finally, the SDK is required to get your creation onto the device (or emulator) of your choice.
Apache Cordova has three basic requirements at a high level.
This article will go over these requirements in detail and walk you through setting them up.
So, which SDK are you going to use in this case? Android. While iOS is the most popular platform, working with it necessitates using a computer running OS X. Android’s SDK works with Windows, Mac OS X, and Linux. Everything you’ll learn in this article can be applied to any platform that Apache Cordova apps support, but this write-up will walk you through installing the Android SDK. After you’ve installed the Android SDK, I’ll walk you through the additional requirements for Android development.
To get started with the Android SDK, navigate to http://developer.android.com/sdk/index.html. It is the SDK’s main landing page, and it provides a few options. The default option is a version of the SDK with Android Studio. While Android Studio is a good editor, you most likely have a preferred editor. To get to the SDK Tools Only section, scroll down to Other Download Options.
The next piece of software you shall require is Git, a popular source-control tool that you almost certainly already have installed. If you do, jump to the next section. If you aren’t already using Git, you should consider doing so at some point. Many open-source software developers operate git servers to host their work, and the Git command line will be your primary (but not only) method of downloading those packages. If you aren’t using source control, you should start. Of course, that’s a topic for another book, but consider this your forewarning. You don’t need to learn Git, just like you don’t need to know Apache Ant; it’s another tool used by Apache Cordova Developers. Git’s website is www.git-scm.com, and the Downloads page is http://git-scm.com/downloads.
Node.js is well-known for including a tool known as npm, which stands for Node Package Manager. NPM is a simple tool for installing software and all of its dependencies. Because of this ease of use, many people have created programs that can be installed using npm, precisely what Apache Cordova Developers have done. Installing Node to get npm will most likely be helpful, as you will most likely encounter other applications requiring you to use npm to install them. Go to https://nodejs.org and click the big, green Install button. (Node, like other sites, automatically detects your operating system, so if you need another platform, click the Downloads button.)
Finally, after completing all of the prerequisites, you are ready to install Cordova. The good news is that you won’t have to worry about any of those tools in the future (for the most part), allowing you to focus on learning to build Apache Cordova Apps.
Because you just installed Apache Cordova, you don’t need to worry about updating it right now, but you’ll probably want to do so later. Updating the program is as simple as switching from install to update. Type npm update -g Cordova (or sudo npm update -g Cordova) to update Cordova. If Cordova hasn’t been updated, this command has no effect.
Creating your very first Apache Cordova apps project
Go to the directory where you keep your source code and run the following command:
Cordova $ Make a hello com. example file. hello HelloWorld
Be patient as the command may take some time to complete. When the power is running with the ‘-d’ option, it displays information about its progress.
The first argument, hello, specifies a directory for your project to be created. Cordova will create this directory if it does not already exist. Its www. subdirectory contains your application’s home page and various resources organized under CSS, js, and img, which adhere to standard web development file naming conventions. These assets will be kept on the device’s local filesystem rather than being served remotely. The config.xml file contains critical metadata for creating and distributing the application.
The second argument is the .com example. Hello, assign a reverse domain-style identifier to your project. This argument is optional, but only if the third argument is omitted because the ideas are positional. You can change the value in the config.xml file, but be aware that it may be used in code generated outside of config.xml, like Java package names. The default value is given, but it is advised that you change it to something more appropriate.
The third argument, HelloWorld, specifies the display title of the application. It is an optional argument. You can change the value later in the config.xml file, but be aware that it may be used in code generated outside config.xml, such as Java class names. The default value is HelloCordova, but it is recommended to change it to something more appropriate.
Let’s quickly revise the main points of this article: Apache Cordova, its features, and how to install it. Then we discovered that for Android development, Cordova requires the following.
We could talk tech all day. But we’d like to do things too,
like everything we’ve been promising out here.