VMaskTextField is a custom text field for iOS applications that offers flexible formatting and masking of user-input text based on predefined patterns. This can help with formatting phone numbers, credit card inputs, or any other form of text input requiring a unique format. It can be added to your program using Cocoapods by including ‘VMaskTextField’ in your Podfile. After installation, the framework can be imported, and instances of VMaskTextField can be created either programmatically or via the Interface Builder. The user can customize the look of the text field, set the mask pattern, and handle user interactions via delegate methods. The VMaskTextField framework provides a streamlined and efficient method of formatting and masking user input in your iOS applications …
Welcome to the documentation for VOGOPlayerCoreFifa, a powerful media player framework designed to integrate high-quality video playback capabilities into your iOS applications. From playing various video formats and controlling video playback to implementing innovative features and ensuring a seamless user experience, VOGOPlayerCoreFifa caters to all. To install, begin by downloading the VOGOPlayerCoreFifa framework package, extract it and copy the .framework file to your Xcode project directory. Subsequent steps then involve adding the framework to the settings in your Xcode project and importing it in your code. Once installed, you can initialize an instance of the VOGOPlayerCoreFifa class, load a video from a URL into the player, control video playback with ‘play’, ‘pause’, ‘stop’ actions amongst others, register to receive and handle playback events, and customize the appearance and design of the player to align it with your app’s interface. VOGOPlayerCoreFifa also let you implement advanced features like subtitle tracks, audio tracks, video filters, and playback quality selection. A section of the documentation is also dedicated to providing a basic code snippet that illustrates the usage of VOGOPlayerCoreFifa. For a detailed information on classes, methods and properties provided by VOGOPlayerCoreFifa, please refer to the official API documentation. Frequently asked questions about …
The VOKMockUrlProtocol framework is a valuable tool for anyone needing to test network connections and responses within iOS applications. Users can install it via CocoaPods or manually simply by adding the framework to their projects. For mock network responses, VOKMockUrlProtocol provides a straightforward method that allows users to simulate specific URLs in their testing environment. Each mock response is represented by a `VOKMockUrlResponse` object that comprises parameters to match URLs, specify the response body, the HTTP status code and any additional headers required. Finally, when testing is finished, users can easily revert to default networking behavior by calling the `VOKMockUrlProtocol.reset()` method in their test teardown …
VPAttributedFormat is a potent library for formatting attributed strings in iOS applications. Created specifically for Objective-C, it allows users to efficiently apply various formatting options to strings, such as changing font size, text color, and more. It comes with an intuitive API, making string formatting a breeze. VPAttributedFormat is easily integrable and user-friendly, with an array of features that simplify attributed string formatting. It comes with a handful of methods that apply different format types to the strings. To use, simply import the VPAttributedFormat framework into your view controller, generate an instance, and apply the desired formatting. It supports iOS 9.0 or later and requires Objective-C. Its availability is under the MIT license …
Vulcan is an open-source development tool designed for simplifying the process of building maintainable and scalable web applications. The tool combines the power of React, GraphQL, and Meteor to efficiently create and deploy robust web applications. Key features include React to build rich, interactive web components, GraphQL for efficient data manipulation, Meteor for seamless handling of the server-side, integrated testing, and modularity for customizations. To use Vulcan, install it, create a project, configure the settings, start the development server, and build and deploy your application. Community support options include Vulcan forum, GitHub Issues, and Vulcan Slack channel. Vulcan revolutionizes web application development and makes the process straightforward, modern, and more efficient …
WaitSpinner is an iOS library designed to handle and display activity indicators or loading spinners in your app. Incorporating WaitSpinner into an iOS app project is pretty straightforward, typically done using CocoaPods. Showing and hiding the spinner in your code can easily be done using the ‘show’ and ‘hide’ methods. The appearance of the spinner can be customized according to preferences in terms of color, size, and fadeInDuration. WaitSpinner encourages code contributions from the developer community and is distributed under the MIT license …
Walker is a versatile library designed to enhance the walking experiences in iOS applications. With Walker, developers can create detailed step-by-step guides, present navigation instructions, and incorporate indoor mapping functionalities. Installation of Walker is straightforward, simply add the code ‘pod Walker’ to your Podfile and run ‘pod install’ in the terminal. Walker presents an easy-to-understand API for creating engaging walking experiences. Some of the comprehensive features include the ability to design step-by-step guides effectively navigating users through complex tasks, provision of navigation instructions utilizing robust routing algorithms, and the integration of indoor mapping features. The latter delivers precise and consistent indoor navigation, making it possible to develop immersive walking experiences indoors. For any issues using Walker, ensure you have the latest version installed, check for any known issues in the documentation and reach out to the Walker support team if the issues persist. Walker, thus, comes as a comprehensive solution to develop walking experiences, making it an excellent addition to your iOS app development project …
The Wallet framework is a versatile tool for managing digital transactions. It’s simple to integrate into your project, offering features such as secure transactions, various currency support, transaction history, and customization. Start by downloading and installing Wallet in your development environment, then explore Wallet’s features and functionalities. To use, create an instance of Wallet, configure your settings, and start making transactions utilizing the provided methods and APIs. For a better understanding, examples of common Wallet uses are provided. With Wallet, managing your digital transactions is effortless. Refer to this complete documentation for more detailed information …
WatchShaker is a simple library designed to detect shakes and wrist movements on an Apple Watch. It comes with a variety of useful features, including shake detection, wrist flick detection, customizable sensitivity, delegate methods, support for complications, and seamless integration into existing Apple Watch apps. It offers an efficient way to add gesture-based interactions to your watchOS apps. To install, simply download the WatchShaker framework, add it to your Xcode project, import the WatchShaker module in your Swift file, and set up the WatchShaker class. You can also customize the sensitivity levels for shake and flick events, and enable complications support if necessary …
Wave is a powerful audio editing framework developed for iOS and macOS applications. It equips developers with the required tools and features needed to manipulate audio signals and integrate audio features into apps. Wave can be easily installed via CocoaPods, with an easy setup process for your Xcode workspace. The framework provides various functionalities such as audio manipulation, analysis and real-time processing. Developers can load and save audio files in multiple formats, modify audio parameters, apply different effects and transformations, and perform comprehensive audio analyses such as Fourier analysis. Furthermore, it supports real-time audio processing which includes live audio playback, recording and streaming. Wave also comes packaged with a set of comprehensive examples to get developers started, demonstrating the framework’s diverse capabilities like audio visualization, recording and playback. More detailed information on classes, methods and functions is available in the official API reference. Start exploring the possibilities of audio manipulation and analysis with Wave today! …
WebHere is a powerful and flexible framework for developing web apps within iOS. The framework allows you to seamlessly integrate web content into your iOS app, creating rich and interactive user experiences. It supports various web technologies such as HTML, CSS, and JavaScript, and features a robust and extensible API. The guide illustrates the steps to start using WebHere in your project, detailed customization options and provides an API reference for complete details on all the available classes, methods, and properties of the framework …
WebPKit is an influential framework that allows the integration of WebP image formats into iOS applications. This guide gives a detailed description on how to implement WebPKit in your iOS project to fully exploit the features of this advanced image format. The prerequisites include having Xcode installed on your system, basic understanding of iOS app development and internet connectivity. After successful installation, there are steps that guide you on how to incorporate the WebP image format, handling the WebP events, and important notes to help in optimizing your experience with WebP images …
This is an introduction to the WebRTC Documentation, a comprehensive guide to understanding and utilizing WebRTC, an open-source project that offers real-time communication capabilities through simple APIs for web browsers and mobile applications. This manual includes information about how to get started with the basics – installation, configuration, and understanding the different APIs. You will also find helpful guides and tutorials on features such as audio and video calling, data sharing, handling NAT issues, and securing your applications, along with a detailed API reference section. It also connects you to the developer community and support platforms, and provides guidance on how to contribute to the WebRTC project …
CocoaDocs – The premier documentation hub for Cocoa developers. Dive into comprehensive guides, API references, and up-to-date resources tailored for seamless iOS and macOS development …
WFOAuth2 is a powerful OAuth 2.0 client library specifically made for iOS and macOS, providing easy and secure authentication and authorization for various OAuth 2.0 providers. It has key features like simplified OAuth 2.0 authentication process, secure token management, and error handling. Getting started with WFOAuth2 involves setting up configuration, performing authentication requests, and accessing protected resources. Advanced topics include token refreshing, custom network requests and error handling to ensure a smooth implementation of OAuth 2.0 authentication. With WFOAuth2, you can leverage the power of OAuth 2.0 providers in a secure and seamless manner …
WHC_AutoLayoutKit is a powerful, user-friendly auto layout library for iOS, perfect for creating and managing Auto Layout constraints in a more efficient and less error-prone way. Its features include easy syntax for creating constraints, support for UIView and NSLayoutAnchor, automatic constraint activation and deactivation, and more. Installation is a breeze via Cocoapods, and it supports both Objective-C and Swift. Example usage and comprehensive documentation are provided, making it easy even for beginners to get started. WHC_AutoLayoutKit is released under the MIT License …
Welcome to the documentation for WHC_Debuger, a powerful debugging tool for iOS developers. In this guide, you’ll find detailed information and instructions on how to integrate and use WHC_Debuger in your projects. To install WHC_Debuger using Cocoapods, add this to your `Podfile`: “`ruby pod ‘WHC_Debuger’, ‘~> 1.0’ “` For manual installation, download the WHC_Debuger framework from its GitHub page and add it to your Xcode project. To use WHC_Debuger in your project, simply import it at the top of your source files: “`swift import WHC_Debuger “` In order to engage Debug Mode, call the `enableDebugMode()` method. WHC_Debuger comes with built-in logging functions for debugging and logging information. It also allows you to set breakpoints in your code for debugging purposes. For a detailed account of the classes, methods, and properties available in WHC_Debuger, please refer to the official documentation on GitHub. Contributions and bug reports are welcome. If you run into trouble or have suggestions for improvements, please visit the GitHub repository and submit an issue or pull request. We hope you find WHC_Debuger a valuable asset to your iOS development work. Happy Debugging! …
The WHC KeyboardManager is a library that simplifies keyboard handling in your iOS app, enhancing user experience by efficiently managing keyboard events. For installation, navigate to your Xcode project root directory and run the ‘pod ‘WHC_KeyboardManager” command in your terminal. The library provides various features like automatic adjustment of the scroll view’s content inset and scroll indicator insets during keyboard appearance/disappearance, handling tap and swipe gestures to dismiss the keyboard, and much more. It includes delegate methods like ‘keyboardWillShow(with height: CGFloat)’ and ‘keyboardWillHide()’ to handle keyboard events. After successfully integrating the WHC KeyboardManager into your iOS app, you can refer to the examples provided for usage demonstrations …
WHC_Layout is a dynamic Auto Layout library designed for iOS developers. It simplifies the management of UI elements, making it easy to create responsive and adaptive interfaces. Its features include automatic layout calculation, flexible constraint definition, and the creation of adaptive layouts that adjust according to different screen sizes and orientations. WHC_Layout also provides convenience methods for creating common layout patterns, saving you valuable time and effort. To use WHC_Layout, you can install it via CocoaPods and then integrate it into your project. The library offers an easy-to-use syntax, allowing you to start creating layout constraints with great ease. Moreover, it provides a wide range of methods for defining layout constraints like leading, trailing, top, bottom, width, height, centerX, and centerY. WHC_Layout has a strong community backing, and you can refer to GitHub for detailed documentation and examples, as well as to share ideas, contribute to development, and get support. Overall, WHC_Layout simplifies the creation of complex and responsive layouts, helping you create stunning user interfaces for iOS applications …
This excerpt provides comprehensive information about the WHC Model, a powerful framework that simplifies data modeling and storage in iOS applications. The documentation explains how to install and set up the framework in a project, create a model class, and map properties. In addition, it offers guidance on saving and retrieving data. Developers have been encouraged to explore the official WHC Model documentation for more advanced usage and additional features. Links to the WHC Model GitHub repository, usage guide, and examples and code samples have been provided for further reference …
The WHC_ModelSqliteKit library provides developers with a simple, easy-to-use interface for managing SQLite databases within their iOS applications. From installation to integration, it assists greatly in performing database operations, data migration and handling concurrent operations whilst maintaining data integrity. Instructions for quick start, features and installation are provided within this documentation. Take charge of your database management today by integrating WHC_ModelSqliteKit into your iOS application for robust, efficient SQLite handling …
CocoaDocs, an informative website, hosts documentation about a variety of libraries and frameworks utilized in Cocoa development. A library showcased on the site, WHC_PageViewKit, is being reestablished from scratch due to information loss. WHC_PageViewKit is a flexible, Swift-written library assisting developers in the tactic yet straightforward implementation of and customization to page view controllers. This tool hosts a myriad of features, including infinite page handling, distinctive scrolling modes, full customization of appearance, and memory efficient handling for large data sets all corresponding to an easy integration process. Advanced usage of WHC_PageViewKit gives way for furthered customization and sophisticated transitions. The prolific feature set and extensive customization options make WHC_PageViewKit a valuable asset in iOS application development, offering engaging, interactive user experiences …
“When” is a versatile date and time library for developers who work in various programming languages such as JavaScript, Python, and Ruby. It provides easy tools for manipulating and comparing dates and times, converting between time zones, and working with intervals and durations. With its powerful features and extensive support across programming languages, it is an essential tool for developers who frequently work with date and time data. The library provides extensive documentation and has an active community for support …
Whisper is a lightweight framework that simplifies the development of social networking applications. Features include user authentication, activity feeds, direct messaging, content sharing, and advanced privacy controls. The framework is scalable and offers localization support. Using Whisper involves installing it via Cocoapods, importing the required modules, and generating a WhisperClient instance for connection. Users can authenticate, register, and manipulate profile information through specific methods. Social features include following and friending systems and direct messaging options. More resources can be found in the official documentation and GitHub repository …
“Willow is a powerful and intuitive framework for building user interfaces in Swift. With its declarative syntax, you can effortlessly create reusable and customizable UI components. Willow also guarantees efficient performance for seamless user experiences and offers flexibility for customization. It also integrates smoothly with existing Swift projects. This article provides you with a step-by-step guide on how to get started and use Willow, complete with examples. For concerns, the Willow community is always ready to offer support.” …
WistiaKit presents an effortless way of incorporating Wistia’s video features into your iOS apps. This potent iOS API makes it possible to embed Wistia videos, play directly from Wistia CDN, track video analytics, and much more. The installation process is typically done via CocoaPods, after which the integration process can begin. This article also provides insightful details about tracking video analytics, customizing your video player, and getting access to support materials …
Welcome to the WJHXCTest library documentation! This guide provides details on installation, getting started, usage, examples, API references, frequently asked questions, and support for this library. Perfect for developers, this guide makes integrating the WJHXCTest library into your Xcode projects a breeze. The detailed installation steps and examples provided help you understand how to implement and use the library effectively in your code …
The WKWebViewJavascriptBridge is a robust library that bridges the gap between JavaScript in a WKWebView and native Objective-C or Swift code. It offers simplified bi-directional communication, an easy set-up process, and high degree of customization, among other features. Users can install the library via Xcode and make use of the diverse range of communication options between JavaScript and native code. This includes sending messages, registering JavaScript handlers, and even utilizing native promises and async/await patterns for asynchronous communication. In case of troubleshooting, users are advised to refer to the official documentation or community forums for assistance. This tool, therefore, provides a highly effective solution for developers who seek to create powerfully interactive iOS applications …
WKZombie is a Swift framework for iOS that allows developers to interact with and automate web content, including JavaScript-based pages. With it, developers can simulate user interactions like filling out forms, clicking buttons, and extracting information with ease. It offers AJAX handling for dynamic interactions, customizable interception of network requests and responses, seamless integration with unit testing, and full compatibility with modern iOS webviews. To get started, one can install it via CocoaPods, import the WKZombie framework into Swift files, and start using it to automate web content. Whether for extracting information, navigating complex web structures, or performing user interactions, WKZombie offers a comprehensive solution. Therefore, WKZombie greatly simplifies the web automation process …
Welcome to the WLHelpers library documentation. To start utilizing this library, you first need to install it by using one of several available methods: through CocoaPods or a manual installation. For CocoaPods, simply add the line ‘pod ‘WLHelpers” to your Podfile. Alternatively, you can manually install the library by downloading the latest release from the WLHelpers GitHub repository and dragging and dropping the “WLHelpers” folder into your Xcode project. Once installed, you begin the usage by importing the WLHelpers module in your Swift file using ‘import WLHelpers’. Now, you are free to explore and use the many functions provided by the WLHelpers such as network requests, data parsing and more. WLHelpers provides a variety of features to streamline your coding process, including network request handling, JSON parsing utilities, date and time manipulation functions, string manipulation utilities, and image loading with caching. More comprehensive details about the available functions and classes in WLHelpers can be found in the API reference guide linked [here](https://example.com/wlhelpers-api-reference). With the WLHelpers library, you can simplify and accelerate your development process. If you encounter any problems or have any queries, refer back to the instruction manual or feel free to reach out to our support team. Happy …
WootricSDK is a software development kit that allows developers to incorporate Wootric’s customer feedback and Net Promoter Score (NPS) survey functionalities into their iOS apps. The SDK’s features include easy integration of customer feedback and NPS surveys, collection of actionable feedback, measurement of customer satisfaction, identification of improvement areas, and customization of survey appearance. To use WootricSDK, developers need to sign up for a Wootric account, install the SDK, and customize surveys. Advanced features for advanced customization and integration are also available. For support, developers can visit the official Wootric SDK documentation or contact the support team …
The WPMediaPicker documentation provides a comprehensive guide on how to best use this WordPress plugin. This plugin offers a robust media picker interface and allows seamless management of media files on a WordPress site. Installation steps are clearly defined, along with details regarding requirements. An introductory guide talks about the configuration of media picker settings and usage within the site. Methods to add and display media are also discussed along with a dedicated section for asking and answering common questions related to the plugin. Regular updates and customization aspects are also touched upon …
WRLD is a robust SDK that equips developers with the tools to create interactive 3D maps for web and mobile applications. It offers a wealth of features including real-time location updates, customizable map styling, indoor and outdoor mapping, and efficient routing and navigation. Not only is WRLD highly detailed and accurate, it also provides a flexible platform that integrates seamlessly with existing projects, making it a top choice for developers. Registration is simple, and users have full access to documentation, allowing for a thorough understanding of the SDK’s capacities. With its extensive capabilities and user-friendly platform, WRLD provides a comprehensive tool for creating interactive, location-based experiences …
WTRequestCenter is a powerful and lightweight library for managing network requests in iOS apps. This easy-to-integrate and well-documented library supports all common HTTP methods (GET, POST, PUT, DELETE) and offers both asynchronous and synchronous request options. It also allows for flexible handling of JSON and XML responses, easy management of file uploads, and customizable timeout intervals. To use WTRequestCenter, simply clone the repository, add it to your Xcode project, and set up the appropriate build rules. Once set up, it provides a simple API for making network requests and specifying additional parameters …
WXTabBarController is a flexible and customizable tab bar controller designed for iOS applications. It allows you to quickly and easily implement tab-based navigation, offering end-users a familiar and intuitive interface. Key features of WXTabBarController include: – Quick and simple setup and configuration – Customizable layouts and appearances – High performance and smooth transition animations – Supports storyboard and programmatic implementation – Effortless integration with UIKit frameworks – Comprehensive code examples and detailed documentation Implementing WXTabBarController in your project is as easy as 1-2-3: Step 1: Integrate the WXTabBarController framework into your project. You can do this manually or via a dependency management tool like CocoaPods. Step 2: Import the WXTabBarController module in your view controller with the line `import WXTabBarController`. Step 3: Instantiate WXTabBarController and designate it as your application’s root view controller. See the example below: “`Swift let tabBarController = WXTabBarController() window?.rootViewController = tabBarController window?.makeKeyAndVisible() “` WXTabBarController boasts a range of customization features to adapt the tab bar controller to match your application’s aesthetics. You can adjust the number of items in the tab bar or modify individual tab bar items by tweaking their title, image, selectedImage properties. You are also able to modify the tab bar item’s appearance, …
WZDraggableSwitchHeaderView is an iOS library that provides a draggable switch-like header view. The library can be installed via Cocoapods and used in either Objective-C or Swift. This documentation offers a guide on how to import the library, create an instance, configure the properties, and add the view to your project. WZDraggableSwitchHeaderView offers various delegate methods and comes with two predefined styles- default and customizable. You can customize properties such as the switch color, title font, and background color …
XCDLumberjackNSLogger is a powerful logging framework designed to integrate with Apple’s CocoaLumberjack and provide additional logging functionalities to NSLogger. It enhances the potential of CocoaLumberjack by adding support for logging to NSLogger. With seamless setup and configuration, this library enables messages to be logged directly to NSLogger from CocoaLumberjack. The installation process requires CocoaPods and involves addition of the ‘XCDLumberjackNSLogger’ pod to your ‘Podfile’. This document provides a guide on the installation and usage of XCDLumberjackNSLogger along with the avenue for contributions to the project …
XCDYouTubeKit is an open-source Objective-C library that simplifies integration of YouTube video playback and downloading capabilities into iOS applications. It offers a simple and intuitive API for managing video playback and extracting video metadata. Installation involves adding the package dependency via Xcode using the repository URL: https://github.com/0xced/XCDYouTubeKit.git. Video playback can be facilitated through creating an instance of XCDYouTubeVideoPlayerViewController and presenting it. The library also allows for video metadata to be extracted through the XCDYouTubeClient class. Additional features include handling YouTube playlists, accessing closed captions and subtitles, and customizing the video player interface. XCDYouTubeKit requires iOS 10.0 or later, Xcode 10.2 or later, and Swift 4.2 or later. It is positioned as a robust tool for integrating YouTube video playback and downloading capabilities into iOS applications, given its user-friendly API and comprehensive features. For further information, please refer to the official XCDYouTubeKit GitHub repository and the examples provided therein …
XCFit’s documentation page is a comprehensive resource for anyone interested in integrating Fitnesse into iOS, watchOS, and tvOS application development. Learn about XCFit’s installation options via Homebrew, CocoaPods, Ruby Gems, or manual installation. Discover how to create automation scenarios, build UI test steps, run acceptance tests in continuous integration and generate living documentation using XCFit. Commonly asked questions are addressed, and Version history is regularly updated. For more in-depth knowledge or support, users can use the provided contact information. Contributions to the XCFit Github Repository are welcomed …
This documentation provides a comprehensive guide to using the XCServerAPI module. The XCServerAPI allows interactivity with the Xcode server API, a tool which enhances project productivity. The document includes necessary requirements for installation, user instructions, a detailed list of REST API endpoints, as well as the appropriate resources and support links for additional queries or concerns …
This excerpt provides documentation for XCTest+OHHTTPStubSuiteCleanUp, a useful library that extends the XCTest framework to include additional functionalities for unit testing in iOS projects. The documentation explains the installation process, usage, and provides an example to illustrate its functionality. The library integrates with OHHTTPStubs, which allows for the stubbing of network requests and simplifies the cleanup process after each test. The excerpt also links to further resources for more detailed information …
Welcome to the XFCrystalKit documentation page! This is where you can find detailed information about XFCrystalKit, a robust iOS framework designed for creating captivating user interfaces with crystal-like effects. Regardless of your coding experience, this documentation provides everything you need to successfully incorporate XFCrystalKit within your iOS projects. Installation is pretty simple and straightforward. Begin by opening your project within Xcode. From the menu bar, click on “File”, select “Swift Packages” then choose “Add Package Dependency”. In the search bar that pops up, input this URL: https://github.com/xfathi/XFCrystalKit, and choose the latest version of XFCrystalKit. Finally, pick your target(s) and click “Finish”. The XFCrystalKit offers a myriad of features. These include: – Crystal-like effects: It helps in the creation of brilliant crystal-like effects with different configurations and animations. – Customizable properties: The appearance of the crystal view can be modified by adjusting properties like colors, opacity, and shapes. – Touch interactions: Touch interactions can be enabled for personalized user experiences. – Animation support: The crystal view can easily be animated using preset or custom animations. For a more comprehensive understanding of XFCrystalKit’s features, refer to the official documentation. The documentation supplies exhaustive explanations and examples to help you maximally leverage XFCrystalKit …
XFDialogBuilder is a powerful library for creating and customizing dialogs in iOS apps. It supports a range of dialog types, including alert dialogs, action sheets, and toast messages. To use it in your project, you’ll need to install it and import it into your code files. Once setup, you can create dialogs with just a few lines of code. You can also customize the dialog’s appearance, from text and background colors to button styles. Detailed information and example projects can be found on the XFDialogBuilder GitHub repository and CocoaPods page …
XFLegoVIPER is a robust framework designed for building practical, scalable, and maintainable iOS applications using the VIPER architecture. It equips developers with a comprehensive set of tools and conventions to build applications more efficiently and faster. To get started with XFLegoVIPER, you must first install the framework using CocoaPods. Post-installation, project structure setup is necessary, adopting VIPER structure for modular development. A command-line tool provided by XFLegoVIPER facilitates automatic generation of necessary files for a new module, which significantly speeds up the development process. Once the module structure is set up, you’ll then address implementing the VIPER components. These include defining the user interface and handling user interactions (View), managing business logic and data processing (Interactor), and mediating between the View and the Interactor (Presenter). You’d also be responsible for representing the data model used within your module (Entity), and handling navigation and flow between modules (Routing). XFLegoVIPER is not just about modular application development, but also about enhancing code quality and productivity. It offers advanced features to aid this process, including dependency injection, modularization, and automatic code generation. These features encourage code reusability, enhance testability and maintainability, thereby contributing to overall code quality. In summary, XFLegoVIPER provides a powerful …
XFSettings is a robust library for managing application settings in Xamarin.Forms projects. It simplifies the handling of user preferences, configurations, and other app-specific settings across various platforms. Key features include cross-platform support, encryption for secure settings, easy integration, and customizable UI components. This documentation provides a step-by-step approach on how to set up, install, and use XFSettings, including a guide on how to use the advanced features like encrypted settings and setting changes handling. Start using XFSettings today for your Xamarin.Forms project and experience its strengths first-hand …
The XHLaunchAd is an all-in-one ad framework for iOS apps that offers a seamless integration process and an easily customizable interface. By using XHLaunchAd, you can display static images or videos as launch ads, customize ad display duration, skip button, and countdown label, support ad caching for improved performance, handle ad events, and much more. The framework is compatible with both Objective-C and Swift and provides various customization options to enhance your launch ads. If you encounter any issues or errors while using XHLaunchAd, specific troubleshooting steps are available …
XHLaunchAd is a robust and user-friendly iOS library designed to facilitate the integration of launch ads into your app, providing either full screen or banner ads. This is an excellent tool to monetize your app or display promotional content to your users. Key features of XHLaunchAd include easy integration of ads, support for multiple ad formats (images and videos), customizable ad content and appearance, flexibility in ad display options, and compatibility with well-known ad networks like Google AdMob. Installing XHLaunchAd involves ensuring that your project meets certain requirements (iOS 8.0 or later, Xcode 12.0 or later, and Swift 4.2 or later), adding the XHLaunchAd podfile to the project, and importing the library into your code. Using XHLaunchAd is straightforward, requiring initialisation of the launch ad, display of the ads in-app, and customization of the ad content and appearance. Ad actions like clicks or closes can be handled by implementing the XHLaunchAdDelegate methods. XHLaunchAd even supports advanced integration options with Google AdMob, allowing you to display Google’s mobile ads in your app with relative ease. In conclusion, XHLaunchAd is an excellent tool for monetizing your iOS applications and promoting your content, facilitating seamless ad integration with minimal effort …
XHNetworkCache is a powerful caching library for iOS. It facilitates efficient caching of your app’s network responses, enhancing both performance and user experience. The library supports both memory and disk caching, and streamline cache management automatically. Incorporation of XHNetworkCache into your project is effortless, as it easily meshes with existing networking libraries. It can be easily installed through CocoaPods by adding ‘pod ‘XHNetworkCache” to your Podfile and running the command ‘pod install’. Alternatively, you can manually download the library files from the GitHub repository and integrate them into your Xcode project. Usage of XHNetworkCache is intuitive. You can cache a network response using ‘[[XHNetworkCache sharedCache] cacheData:response forKey:@”responseKey”];’. Cached response can be retrieved using ‘id cachedResponse = [[XHNetworkCache sharedCache] cachedDataForKey:@”responseKey”];’. Furthermore, customization of cache expiration policies is facilitated through the ‘XHNetworkCacheDelegate’ protocol. By incorporating XHNetworkCache into your project, you can streamline network request and improve user experience in your app with its enhanced network data caching capability …
XHPayKit is a comprehensive payment integration library for iOS apps. This documentation provides a detailed guide on how to incorporate payment functionality into your iOS app using XHPayKit, which is compatible with iOS 11.0 or above, Xcode 10.0 or above, and Swift 5.0 or above. The featured payment options include Apple Pay, Credit Card, PayPal, and Google Pay. To begin using XHPayKit, you simply need to install the XHPayKit dependency in your project and import the XHPayKit module into the appropriate Swift file. This guide includes specific instructions for integrating different payment platforms and how to handle successful and failed payments …
XHToast is a lightweight and customizable Toast library for iOS that provides a handy way to showcase temporary alerts or messages to users. This library can be installed using CocoaPods or manually be integrated into a project. Once installed, you can display a simple toast message using the XHToast command or modify various aspects of the alert’s appearance and functionality using XHToastConfig. Overall, XHToast is a versatile and user-friendly tool for displaying short-term notifications in iOS applications, which can be personalized to fit a broad range of scenarios …
XHToastSwift is a Swift library that provides an efficient way to display toast messages in iOS applications. It replicates the traditional Android Toast functionality by showing brief, customizable messages at the bottom of the screen. To install, simply add `pod ‘XHToastSwift’` to your Podfile and run `pod install` in the terminal. Usage is just as straightforward: import the library via `import XHToastSwift`, and call `self.view.makeToast(“This is a toast message”)` to display a toast message. For customization, the library allows adjustments for toast duration, color, text, font size, and font type. For a detailed guide of all available properties and methods, developers can visit the full documentation [here](https://cocoadocs.org/docsets/XHToastSwift). XHToastSwift is undoubtedly a valuable addition to any iOS developer’s toolkit considering its easy-to-use API and myriad of customization options …
The excerpt provides a guide on how to use XHVersion, a framework for version management in iOS applications. It introduces the tool, explains how to get started, describes its features and components, and gives examples on how it can be used …
“` XHWebImageAutoSize A Powerful Image Auto-Size Solution for iOS XHWebImageAutoSize is a highly efficient and customizable library, designed for iOS developers, that automatically resizes and displays images retrieved from the web. With XHWebImageAutoSize, you can seamlessly integrate image loading and resizing capabilities into your iOS applications, enhancing the user experience. Features and Benefits Highlights the key features and benefits of using XHWebImageAutoSize Efficient and Fast: XHWebImageAutoSize uses advanced caching techniques and intelligent algorithms to deliver high-performance image resizing and loading, resulting in faster loading times and reduced bandwidth usage. … Installation To integrate XHWebImageAutoSize into your iOS project, follow these steps: Open your project in Xcode. … Usage To utilize XHWebImageAutoSize in your iOS project, follow these steps: Import the XHWebImageAutoSize library into your project. // Swift import XHWebImageAutoSize // Objective-C @import XHWebImageAutoSize; … Examples Here are a few examples demonstrating the usage of XHWebImageAutoSize: Loading an image from a URL and displaying it within a UIImageView: … Conclusion With XHWebImageAutoSize, you can effortlessly integrate efficient and automatic image resizing and loading capabilities into your iOS applications. By following the installation and usage instructions provided, you’ll be on your way to enhancing your app’s performance and delivering a seamless user …
The excerpt of documentation guides the user through the xKey framework which securely manages and stores encryption keys. It supports various encryption algorithms and integrates effortlessly with existing projects. The installation process either uses CocoaPods or a manual inclusion of the framework to a project. The documentation also guides the user through the process of creating an xKey instance, generating a key, encrypting and decrypting data. The framework also offers additional functionalities like key rotation, key management and error handling …
Introduction XLFacility is an innovative and versatile logging framework designed specifically for Objective-C and Swift. Boasting impressive compatibility features, it enables a seamless operation across several Apple platforms including macOS, iOS, watchOS, and tvOS. Key Features Efficiency and lightweight operations distinguish it as a superior logging framework. Supports both Objective-C and Swift languages. Features comprehensive compatibility with numerous Apple platforms. Provides a flexible log level filtering system. Allows customization of logging destinations. Guarantees safe operation with thread-safe features. Offers simple integration into existing projects. Installation XLFacility can be installed easily using CocoaPods. Simply add the line ‘pod ‘XLFacility” to your Podfile and run the command ‘pod install’ in your project directory. Usage Before implementing XLFacility in your project, ensure the library is well imported. XLFacility allows convenient and easy-to-understand logging messages with commands like ‘XLLogger.log(“This is a log message.”)’ and ‘XLLogger.warning(“This is a warning message.”)’. Log Level Filtering XLFacility goes a notch higher by allowing users to filter log messages based on their severity or importance level. Interestingly, all log levels are enabled by default. Custom Logging Destinations With XLFacility, you can decide where your log messages get stored, providing an organized and more personalized logging operation. Example: Adding a …
XMNetworking is a robust networking library specifically designed for iOS and written in Swift. It makes network-related tasks effortless by offering an array of efficient tools and abstractions for managing network requests and handling responses. Some of its remarkable features include support for various request methods like GET, POST, PUT, DELETE, and more; JSON serialization and deserialization; efficient response handling; response caching; and extensive error handling. XMNetworking can be smoothly integrated into your iOS project using CocoaPods or Swift Package Manager (SPM). It also has an efficient response and error handling system – offering properties like HTTP status code, response data, and headers for response handling, and providing detailed information in case of a network failure or error. Other features include response caching for network optimization and ability to track and cancel ongoing requests. XMNetworking encourages community contributions and is available under the MIT license …
“YapAnimator is a powerful animation library for iOS that provides an easy and intuitive way to create eye-catching animations, seamless transitions, and interactive features in your app. Use the YapAnimator’s methods to animate properties like position, scale, and rotation. With a touch of a command, you can also add interactive elements such as tap and pan gestures to any view in your app. For more advanced animation techniques, you can even create custom animations using keyframes, group multiple animations together, and chain animations to create complex sequences.” …
YapDatabaseExtensions is an extension library designed to enhance the performance of YapDatabase, a key-value store for iOS and macOS. The library provides enhanced querying capabilities, enables batch operations, and integrates smoothly with YapDatabase’s snapshot and versioning features. Installation is simple using CocoaPods, and usage involves importing YapDatabase.YapDatabaseExtensions, then utilizing the extension and convenience methods provided. These methods simplify common tasks, streamline database operations, and ensure consistent data integrity …
YapImageManager is a robust library designed for efficient management and display of images in iOS applications. Some of its salient features include efficient image caching, image downloading with progress notifications, automatic cache eviction policies, thumbnail generation and display, compatibility with multiple image sources and customizable options for cache size and memory limits. The library can be easily integrated with your iOS projects and also supports popular image loading frameworks such as SDWebImage and AFNetworking. Suitable for iOS 9.0 and above, YapImageManager is released under the MIT license …
YCMatrix is a dynamic library for iOS development specializing in matrix and linear algebra operations. It allows the swift completion of a variety of mathematical calculations pertaining to matrices, vectors, and linear equations. Developers can install YCMatrix via CocoaPods or through manual installation by downloading the YCMatrix framework from its official GitHub repository. YCMatrix simplifies the process of creating and initializing matrices, and presents numerous matrix operations like addition, subtraction, multiplication, transposition, determinant calculation, and inversion. Moreover, YCMatrix also supports operations on vectors. Therefore, it’s a substantial tool for iOS projects involving complex mathematical calculations …
YiRefresh is a user-friendly, open-source iOS refresh component that allows developers to incorporate update functionality into their applications. Featuring both header and footer refresh options, it is primarily used with UITableView and UICollectionView. YiRefresh has numerous advantages including straightforward integration, Swift-based efficiency and complete accessibility due to its open-source nature. Developers can download, install and refer to the YiRefreshDemo for knowledge about its application. With continuous community support for improvement, YiRefresh is an asset for enhancing user interactions and the overall efficiency in iOS development …
This introductory documentation provides an overview of YJCocoa, a powerful framework for iOS and macOS applications. It guides you through the installation and configuration process, outlines the usage of key functionalities, and provides examples of use-cases. It is a beneficial resource for understanding the features of YJCocoa and using them in application development. For further queries or assistance, users are directed to refer to the official YJCocoa documentation or get in touch with the support team …
YLMoment is a powerful library for handling dates and times within iOS and macOS applications. It offers functionalities such as date and time parsing, formatting for display, timezone conversions, and date/time manipulations. Installation can be executed either through CocoaPods or by downloading the source code from the official GitHub repository. The ease of usage starts with importing the YLMoment module into your Swift file and then creating an instance with the preferred date/time. Developers can then manipulate, compare, or format dates and times. Additional resources are available on their GitHub page and YLMoment documentation. YL Moment’s intuitive API and extensive features can significantly boost productivity when working with dates and times …
This excerpt is a guide on how to use YLProgressBar, a custom progress bar library for iOS developed using Swift. This library allows you to implement and customize a progress bar in your iOS project. The excerpt covers how to install YLProgressBar, use it, and troubleshoot any issues that may arise. It also gives a preview of some advanced features offered by YLProgressBar. After going through this guide, you should be able to successfully install, use and customize your progress bars using YLProgressBar in your iOS projects …
YLTCPBroadcaster is a utility library for sending information between devices using TCP/IP sockets. It can be installed using CocoaPods and integrated into your project by importing the library. You can create an instance of YLTCPBroadcaster and start broadcasting messages, with the ability to change the port number as desired. The utility provides several methods such as startBroadcastingWithPort:, stopBroadcasting, sendDataToAllClients:, sendData:toClientWithAddress:, and delegate. It also supports delegation to receive updates and handle events. You can stop the broadcasting using the stopBroadcasting method. The documentation provides a code snippet example on how to use YLTCPBroadcaster …
The excerpt for this documentation details the YMValidator, which is a library designed to validate user input in iOS applications. This guide includes instructions on how to install YMValidator either using Cocoapods or manual installation. It also explains how to import the module, create an instance of the validator, and start validating user input. Different validation rules such as email, password, phone number, URL, and custom validations are offered and can be tailored to project requirements. Advanced features are also available for complex scenarios including conditional validation, validation groups, error messages, and asynchronous validation …
The YNExpandableCell is a custom table view cell for iOS that enhances the user interface of applications by allowing expansion and contraction of the cell to show or hide additional information. It can be installed via CocoaPods, a dependency manager for Objective-C and Swift. It’s easy to use and offers features like customizable expandable cells and compatibility with Swift. YNExpandableCell adds versatility to your iOS applications by effectively managing screen space …
YOChartImageKit is a comprehensive library designed for generating visually pleasing and customizable chart images in iOS applications. It supports various chart types including bar, line, pie charts, and scatter plots. The library facilitates the addition of graph features such as labels, titles and legends, as well as data annotations and tooltips. Installation is simple, it involves integrating YOChartImageKit into your Xcode application project and importing the module into your Swift file. Customization is a key feature, with numerous options to adapt color, style, data label appearances and the addition of animations. For more detailed instructions, consult the official YOChartImageKit GitHub repository …
“Welcome to the Yoshi documentation! This guide provides all the necessary information to get started with Yoshi. If you’re new to this, this section will help you set up the framework quickly. The installation steps include downloading the latest version from the official website, extracting the downloaded archive and copying the Yoshi folder into your project directory. Before you start, you might need to configure Yoshi by modifying the necessary settings found in the Yoshi configuration file located at config/yoshi.php. Creating a Yoshi object is as simple as using ‘new Yoshi()’. Yoshi provides various methods to perform different tasks and this documentation covers the basic usage and the core features it provides. Yoshi has guides on various topics related to the framework, assisting you to gain a deeper understanding of its capabilities. For any issues or errors, refer to the troubleshooting section. You should now have an understanding of Yoshi and how to utilize its features. For further questions, feel free to ask. There are additional resources such as the Yoshi Official Documentation and the Example Website to provide extended assistance.” …
The provided documentation is a guide for using the YoutubePlayer-in-WKWebView library that enables embedding of YouTube videos in WKWebView components. It describes installation and usage steps along with other details like code examples and requirements. The requirements for using this library are iOS 11.0+, Swift 5.0+, Xcode 11+, and Webkit framework. It also mentions that this library is released under the MIT License. Follow the guide to control and customize video playback in your iOS apps effectively …
YTKKeyValueStore_Swift is a handy library that provides a lightweight wrapper around Key-Value Store, simplifying data management in Swift applications. The Swift-based library allows you to store, retrieve, update, and delete data in a Key-Value format. The CocoaPods installable platform is easy to integrate into your Xcode project and provides easy file operations. Once initialized, you can proceed to put and get data from your instance, using a simple key-value pair operation. Updating, deleting and counting data in your store is as easy as running a simple function. This versatile Key-Value store makes data management a breeze in your swift application …
YTKNetwork is a powerful, lightweight, high-performance iOS network library which simplifies and enhances HTTP requests. Built atop AFNetworking, it allows the user to conveniently manage the request lifecycle and control network errors. The software can be installed using CocoaPods, Carthage, or manually from the GitHub repository. After installation, create a new subclass of YTKRequest and override methods like requestUrl, requestMethod and requestArgument, then use the start method to send the request. Other advanced features include request callbacks, request groups, serializer, reachability, file upload, and SSL pinning. Support and a strong community can be found on GitHub …
YTKNetwork is a high-level request utility that builds upon AFNetworking aiming to streamline network request handling within business development operations. It provides an intuitive interface for defining and handling network requests. Features include clear request interfaces, easy chaining of request operations through dependencies, custom retry mechanisms for failed requests, SSL pinning for enhanced security, block-based responses and error handling, automatic URL encoding for parameters, and batch request handling with callbacks. YTKNetwork can be installed using CocoaPods and importing it to the framework. Users can create, send, chain requests and handle requests callbacks by sub-classing from the YTKBaseRequest class and overwriting necessary methods. It provides enhanced security with SSL pinning. For further procedures and examples, users are recommended to visit its official GitHub repository. YTKNetwork is released under the MIT license …
YTVimeoExtractor is a powerful tool for iOS developers which allows seamless Vimeo video extraction in iOS applications. It uses Vimeo’s API to fetch Vimeo video URLs along with other essential information like video title, duration, and thumbnail. The YTVimeoExtractor pod is installed via CocoaPods, a renowned dependency manager for Swift and Objective-C Cocoa projects. Usage is simple and involves importing YTVimeoExtractor and then using it to fetch the Vimeo video URL. This tool simplifies the otherwise complex process and offers great convenience and high performance …
The YWeatherAPI library offers easy access to weather data from the Yahoo Weather API service. With this library, developers can retrieve up-to-the-minute weather conditions, forecasts, and plenty more for any global location. This library requires no authentication or API keys, making it simple to fetch weather data at will. It provides functionalities like fetching weather conditions for multiple locales, temperature unit conversions, localized weather condition descriptions, and access to weather image icons. If any issues arise while using the YWeatherAPI library, there are several troubleshooting tips provided such as ensuring a stable internet connection, correctly importing the YWeatherAPI module, verifying that the target device has internet connectivity, and more. Explore the library’s documentation to thoroughly understand its usage and capabilities …
YYAsyncLayer is an effective, flexible alternative to the standard Core Animation CALayer typically used for asynchronous drawing. The main benefit of YYAsyncLayer is ensuring smooth rendering, which is crucial when dealing with complex graphics or extensive datasets. The library utilizes advanced strategies such as texture uploading, multithreading, and double-buffering to meet high performance needs. It’s highly compatible with Core Animation and can be introduced effortlessly into existing projects due to its highly configurable nature and customizable settings. The key features guaranteed by YYAsyncLayer include: – High performance for complex graphics and extensive datasets – Asynchronous rendering for smoother user interaction – Advanced rendering techniques like texture uploading and double-buffering – Compatibility with Core Animation – Simple integration into existing projects – Customizability and high configurability according to your preferences and requirements To install YYAsyncLayer, you’d need to: 1. Add the line ‘pod ‘YYAsyncLayer” to your Podfile 2. Run the command ‘pod install’ 3. Open your project in Xcode 4. Import the library into your code with ‘#import ‘ In terms of usage, it’s straightforward: 1. Create a subclass of YYAsyncLayer, providing your custom drawing code within the ‘void displayTask(YYAsyncLayerDisplayTask *task)’ method 2. Generate an instance of your custom layer and …
YYCache is a high-performance cache library designed for iOS and macOS applications. This cache library provides a fast and efficient mechanism, supporting caching for all types of data including objects, strings, images and more. It’s also equipped with automated memory management to prevent excessive memory usage, offers thread-safe implementation for multi-threaded environments and supports expiration time and disk persistence. It is a library that features convenient methods for caches such as clearing, removing and checking. Installing it using Cocoapods and Carthage is made simple with a single line of code. Starting to use YYCache in your project requires two steps. Import the module in your file and create an instance of YYCache. Key methods of the YYCache API include storing, retrieving and clearing objects in the cache as well as checking the cache status. In conclusion, YYCache is an invaluable tool that provides a significant performance improvement in your iOS and macOS applications through its efficient caching mechanism and easy to use API …
YYCategories is a valuable collection of categories for UIKit and Foundation classes in the Swift language. These categories facilitate tasks in Swift development and can be easily integrated into your project through CocoaPods. Some of the YYCategories extensions include String+YYAdditions in Foundation and UIApplication+YYAdditions, UIColor+YYAdditions and UIDevice+YYAdditions in UIKit. Open to contributions, you can make improvements by submitting an issue or pull request on the GitHub repository. And to top it off, all these come under the easy-to-use MIT license …
YYDispatchQueuePool is a class in the YYDispatchQueuePool framework which provides a convenient way to manage and reuse dispatch queues in iOS and macOS applications. Instead of creating and destroying dispatch queues, YYDispatchQueuePool helps in reusing these queues which in turn enhance the performance of the application while reducing the unnecessary overhead. Its usage in an application involves creating an instance of YYDispatchQueuePool, obtaining a queue from the pool, performing tasks on the obtained queue, and ultimately releasing it back to the pool when not needed …
The `YYDispatchQueuePool` framework is a tool for managing multiple dispatch queues in iOS applications. Not only does it manage dispatch queues efficiently, but it also enhances performance of concurrent operations and prevents the creation and destruction of excessive threads. Using `YYDispatchQueuePool` involves initializing an instance of its class and defining the number of dispatch queues it should manage. Once initialized, dispatch queues can be retrieved from the pool for execution. Proper management of dispatched operations is crucial and when the pool is not needed, resources should be released by assigning `nil` to the `queuePool` instance. This effective management of multiple dispatch queues can optimize resource utilization and boost performance …
YYImage is a robust iOS framework that enhances image handling capabilities within an iOS application. It offers a range of features such as efficient image decoding and encoding, support for animated images, image modification, creation of thumbnails, advanced image caching, image format conversion, and memory optimization, among others. Developers can easily install and use YYImage in their projects, allowing more customizations and overall image handling efficiency. Whether the need is for decoding, encoding, modification, or optimization of images, YYImage covers all bases …
YYKeyboardManager is a powerful iOS tool designed to manage keyboard notifications and animation of views. It ensures efficient handling of the keyboard’s appearance or dismissal, preventing issues often seen with ScrollView content. Key features include the smooth animation of views due to keyboard shifts, customizable animation, and proficient handling of ScrollView content overlap issues. Installation is simple through CocoaPods, and usage is straightforward, allowing developers to integrate it into their projects easily. This tool is ideal for iOS developers in need of effective keyboard notification management for a seamless user interface …
YYKeyboardManager is a widely-used Swift library that provides an easy and efficient way to manage keyboard visibility and input accessory views in iOS applications. It comes with a simple API that can handle various keyboard events while also adjusting UI elements to ensure that developers can create a smooth user experience. Among the key features of YYKeyboardManager are automatically handling the keyboard’s visibility based on user interactions, allowing for the customization of the input accessory view for the keyboard, and providing flexible APIs for managing keyboard-related events. It also supports keyboard dismissal on a background tap and works cohesively with both Objective-C and Swift projects. To install, you can integrate YYKeyboardManager into your project using CocoaPods. You just need to add the command `pod ‘YYKeyboardManager’` to your Podfile. If you prefer not to use CocoaPods, you can add the source files directly to your project. You can begin using YYKeyboardManager by following these steps: 1. Import the framework in your Swift file: `import YYKeyboardManager` 2. Enable the Keyboard Manager in your AppDelegate using the command: `YYKeyboardManager.shared().isEnabled = true` 3. To customize the input accessory view for the keyboard, implement the `YYKeyboardObserver` protocol in your view controller. 4. YYKeyboardManager provides various …
YYKit is a powerful iOS development library, offering a wide range of features and tools for building advanced applications. Installation is simple, either through CocoaPods or Carthage, with guides provided for both. Usage of YYKit is as straightforward as importing the required modules and starting to invoke its features, which include asynchronous image loading, JSON serialization, text attributes, and image processing functions. Further resources such as the complete source code, detailed API documentation, and community forums are also available. Please note, YYKit is released under the MIT license …
YYModel is a high-performance Objective-C and Swift open-source library for JSON to model conversions. Its key functionalities include automatic JSON to model conversion, support for complex mappings, automatic type inference, and a suite of handy model methods. YYModel can be installed using CocoaPods, Carthage, Swift Package Manager, or manually. Developers can then readily implement its powerfully convenient JSON model mapping capabilities within their code. Moreover, examples of its major use cases are shared for developers’ ease. The library appreciates feedback and welcomes contributions through its GitHub repository …
YYText is a text framework development for iOS that offers the ability to create complex text layouts and effects. This efficient library helps in text rendering, managing editable text views, implementing custom text attributes, and supporting text attachments. YYText was built by ibiere, a Swift language enthusiast with the intention of offering a performance-oriented and practical framework for text layout and rendering. Key features include efficient text rendering, rich text support with custom attributes, vertical form layout, text container controlling and editing capabilities, and text truncation and highlight support. The framework can be installed via CocoaPods and can be imported in any project with an import command. Additional documentation and opportunities for contribution can be found on its official GitHub repository …
YYWebImage is an open-source framework for asynchronous image loading and caching for iOS apps. Its major strengths include asynchronous image loading, built-in caching system, progressive decoding, support for animated image formats like GIF, memory management, image processing, and integration with SwiftUI. The installation process is simple and can be done via CocoaPods, Carthage or manual installation. Notable contributors to the project include @contributor1, @contributor2, and @contributor3. With YYWebImage, handling image loading for your apps becomes more efficient and robust, resulting in improved performance and user experience …
ZallDataSDK is a comprehensive software development kit that helps developers to easily integrate superior data analytics and business intelligence capabilities into their applications. The SDK is designed for large-scale datasets and offers a variety of features to facilitate data analysis, visualization, and reporting. Key features include complex data analytics, data visualization, comprehensive reporting, seamless integration, advanced data security, and scalability. The installation and usage of ZallDataSDK are straightforward, with detailed instructions provided. Comprehensive documentation for further information is available online, and a support team is reachable via email for any issues or questions …
This is a comprehensive guide to using Zephyr, a software development tool. It includes detailed information about various features such as test case management, release tracking, test execution tracking, and integration with other popular software tools. The guide also provides step-by-step instructions for installing and configuring Zephyr, understanding its user interface, and effectively managing and tracking test cases and releases. Additional resources such as tips, FAQs, and links to the Zephyr support community are also included …
ZFDownload is an adept file download manager for iOS, conceived to provide a smooth user experience. Its robust features and enhanced flexibility make it a preferred option for developers. This guide will help you navigate through and efficiently utilise the features of the ZFDownload library. There are various noteworthy features offered by ZFDownload: – Easy integration that allows for a seamless and hassle-free setup in your iOS projects. – Comprehensive file management functionality which aids downloading, uploading and organising files with little effort. – Download queue system that permits queuing multiple files for downloading and managing them efficiently. – The ability to resume interrupted downloads without having to start fresh, thereby enhancing the user experience. – Support for background downloading, allowing downloads to continue when the app is in the background or closed. – Users can pause and resume their downloads anytime, providing more control and flexibility over their downloads. – Accurate progress tracking that keeps the user informed about the download status of each file. – Customisable user interface to match your app’s design, ensuring a consistent user experience. To install ZFDownload in your iOS project: 1. Using CocoaPods, add the following line to your `Podfile`: “` pod ‘ZFDownload’ …
ZFDragableModalTransition is a custom modal transition animation library for seamlessly presenting view controllers. With features such as interactive transitions, customizable modal view properties, direction-based transition support, gesture handling and dismiss animation, it offers significant flexibility. Installing it is via Cocoapods and usage involves importing the module, setting the modalPresentationStyle to custom, assigning an instance of ZFDragableModalTransition as the transitioningDelegate, adjusting properties and finally presenting the view controller. You can customize even further by adjusting properties for the modal view, animation duration and damping. This customization and ease of integration makes ZFDragableModalTransition perfect for enhancing user experience in projects …
ZFPlayer is a dynamic media player for iOS applications, boasting a host of features that enable easy playback of audio and video files. Its design is user-friendly and customizable, making it an ideal choice for developers looking to incorporate a flexible media player into their apps. From supporting a myriad of media formats and playback commands, gesture-led control functions, to background playback and streaming media from URLs – the ZFPlayer offers an impressively comprehensive suite of functionalities. To begin using ZFPlayer, you simply need to install it as a dependency in your project’s Podfile, import the module into your view controller, set up an instance of ZFPlayerView with custom settings, add the player view as a subview, and use the appropriate methods to manage the player. Various code examples are provided to guide you through the process of initiating and managing the ZFPlayer, including setting up an instance with a specific frame, configuring the player view, and introducing media URL to be played. In conclusion, ZFPlayer is a robust and feature-rich media player platform for iOS apps. By following the instructions detailed in this guide, developers can easily incorporate ZFPlayer into their projects, facilitating high-quality audio and video playback for …
ZFWKWebView is a cohesive framework that simplifies the integration of web views into iOS apps, offering features like seamless integration, support for URL-based requests, easy authentication methods, JavaScript interactions, and more. The framework can be installed using CocoaPods, Carthage, or manually from the GitHub repository. To use ZFWKWebView, install the framework, import it into your file, and initialize an instance. Load web content, handle navigation, execute various JavaScript interactions, customize the web view, handle events and more. In case of any issues during usage, support is available via email. ZFWKWebView is licensed under the MIT license …
This excerpt provides an introduction to ZIPFoundation – a Swift framework aimed at managing ZIP archives. It includes instructions for installing the framework into a project, whether through using CocoaPods, Swift Package Manager, or manual installation. It walks through how to use ZIPFoundation, including importing the framework, creating a ZIP archive, adding files to said archive, extracting files from the archive, and working with included entries. Further resources are referenced such as the official GitHub repository, API reference, sample projects, and community support. The excerpt concludes by emphasizing ZIPFoundation’s utility for managing ZIP archives in Swift projects and the rich resources available to users to fully utilize this tool …
ZipUtilities is a versatile library that allows iOS developers to work seamlessly with zip archives. Its features include file compression and decompression, creation and extraction of zip archives, file management within zip archives, password protection, and support for zip64 format. It simplifies the process of handling zip files by providing an easy-to-use interface and ensuring a high performance with low memory usage. ZipUtilities can be integrated into your iOS project through CocoaPods or manual installation. It supports both the zip and gz file formats for compression and decompression …
ZLPhotoBrowser is an iOS photo browser and viewer that provides high-performance photo browsing, support for both local and remote images, thumbnail grid view, customizable UI elements, and flexible photo data source handling. To implement it, integrate ZLPhotoBrowser into your iOS project using CocoaPods or a manual installation. You can then start using ZLPhotoBrowser in your app by importing the framework, configuring the photo data source, and displaying the photo browser. For personalized results, customizable options are also provided to tailor the appearance of the browser. This tool is designed to equip your iOS app with a seamless and efficient photo browsing experience for users …
ZLPhotoBrowser-objc is an Objective-C library used for displaying and browsing photos in iOS apps. The tool not only allows image zooming and sliding between images, but also offers customizable UI elements. You can either manually add the source files to your project or install it via CocoaPods. For manual installation, download the latest version from the GitHub repository and add the source files to your project. If you’re using CocoaPods, add the line “pod ‘ZLPhotoBrowser-objc'” to your Podfile and run “pod install” in the terminal. To use ZLPhotoBrowser-objc, initialize an instance of ZLPhotoBrowser, set up your data source by implementing the ZLPhotoBrowserDataSource protocol, and use the ZLPhotoBrowserDelegate for further customization. You can present the photo browser either modally or by pushing it onto a navigation stack. For more details, refer to the GitHub repository or the CocoaDocs documentation …
This documentation provides a comprehensive guide on how to use the ZoomTransitioning library in iOS app development to create smooth and interactive zoom transitions between view controllers. The document offers step-by-step instructions on how to install and integrate ZoomTransitioning into your Xcode project using CocoaPods or manually installing it. After the installation process, the user is guided on the usage of the ZoomTransitioning library, detailing how to import the required module, implement the ZoomTransitionSourceDelegate protocol, and employ the required delegate methods. Additional configurations for transition behavior are also outlined, offering customization to suit specific requirements. The document concludes with a note of congratulation for the successful implementation and an invitation for the user to explore further information at the official GitHub repository …
ZOZolaZoomTransition is an iOS library that provides a customizable zoom transition effect between view controllers. This document offers the official guide on how to integrate and use it in your respective projects. To install, you need to use CocoaPods and add `pod ‘ZOZolaZoomTransition’` line to your Podfile. Once installed, import the library into your project and configure settings according to your requirement. An example of a sample implementation is provided to offer a clear understanding of usage. The guide ends with a congratulatory note on successful integration of ZOZolaZoomTransition into an iOS application. For a more detailed guide on usage and modifications, the rest of the document referring to the official documentation of the library helps to access and understand the available resources …
