DOCSLIB.ORG

Subject Module Project in Computer Science

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Subject Module Project in Computer Science Subject Module Project in Computer Science Exam group number: S2026631-3 Project title: Server Liquid Dispenser Group Members: Andreas Work - 66712 - [email protected] Bastian Inuk Christensen - 66523 - [email protected] Frida Valles Kirkegaard - 65451 - [email protected] Simon Damtoft Bjergø - 66818 - [email protected] Supervisor: Sune Thomas Bernth Nielsen Date: 03/06-2020 4th semester - spring Number of characters: 58.600 Number of standard pages: 25 Bjergø – 66818 S2026631-3 03-06-2020 Christensen – 66523 Roskilde University 4th semester Kirkegaard – 65451 Subject Module Project - CS Work – 66712 1.0 Abstract This paper seeks to streamline the process of ordering and automate the creation of drinks. While a machine for creating drinks was proposed was not completed. The paper starts out exploring the project management methodology. Here the project made use of user stories, Kanban and a use case diagram. User stories were used to find the scope of the project. Kanban was used for time management and use case diagram was used to further develop the use for the app. Only an app for android and server is made. The server is made in the language Swift using Vapor as a framework. The server would be used by admins or owners of the machines and would contain the drinks available. The server also contains a database of the users who signed up using the app. The app was made in the IDE android studio in the language Java. The app would be used by customers to sign up and order. The app and server communicate using HTTP headers. The project concludes with a system with the quintessential parts of the streamlining, but further development and a machine to create the drinks are needed, before real life implementation is possible. 2 Bjergø – 66818 S2026631-3 03-06-2020 Christensen – 66523 Roskilde University 4th semester Kirkegaard – 65451 Subject Module Project - CS Work – 66712 Tabel of Content 1.0 Abstract ................................................................................................................................................................................. 2 2.0 Introduction ......................................................................................................................................................................... 4 3.0 Problem formulation ........................................................................................................................................................... 5 4.0 Preparation .......................................................................................................................................................................... 5 4.1 User stories ................................................................................................................................................................................... 5 4.2 Kanban ......................................................................................................................................................................................... 8 4.3 Use case diagram ....................................................................................................................................................................... 10 5.0 The Server - Code Explanation ......................................................................................................................................... 11 5.1 What is a server? ........................................................................................................................................................................ 11 5.1.1 What is a database? .......................................................................................................................................................... 12 5.1.2 REST & API ........................................................................................................................................................................ 12 5.2 Language and Framework Choice ............................................................................................................................................. 13 5.2.1 Swift ................................................................................................................................................................................... 13 5.3 Communication with the Machine ............................................................................................................................................ 14 5.4 Communication with the App .................................................................................................................................................... 17 5.4.1 Algorithm .......................................................................................................................................................................... 17 5.5 Limitations of the Code .............................................................................................................................................................. 18 5.5.1 Known bugs of our Code ................................................................................................................................................... 19 5.6 Testing ........................................................................................................................................................................................ 19 6.0 The Autobar app - Code Explanation ............................................................................................................................... 22 6.1 Languages .................................................................................................................................................................................. 22 6.1.1 Java .................................................................................................................................................................................... 22 6.1.2 XML ResourCes .................................................................................................................................................................. 23 6.2 Main Activity .............................................................................................................................................................................. 23 6.2.1 ServerRequest ................................................................................................................................................................... 27 6.3 SignUpActivity ............................................................................................................................................................................ 28 6.3.1 LoginType ......................................................................................................................................................................... 28 6.4 MainMenuActivity ...................................................................................................................................................................... 30 6.5 SupportEmail ............................................................................................................................................................................. 33 6.6 OrderDrinkActivity .................................................................................................................................................................... 34 6.7 Testing ........................................................................................................................................................................................ 36 7.0 Discussion ........................................................................................................................................................................... 37 8.0 Conclusion .......................................................................................................................................................................... 38 9.0 Perspectivation .................................................................................................................................................................. 39 10.0 Bibliography .................................................................................................................................................................... 40 3 Bjergø – 66818 S2026631-3 03-06-2020 Christensen – 66523 Roskilde University 4th semester Kirkegaard – 65451 Subject Module Project - CS Work – 66712 Github Links This project has two accompanying git repositories, these can be found on the following links, marked which part of the project they belong to. The app and server can likewise be found in the zip file in the appendix. Server: https://github.com/BastianInuk/DrinkServer App: https://github.com/PlanInAdvanc/Drinkapp 2.0 Introduction In our everyday life, it is a very common occupation to go to bars and enjoy a good time with friends. But as technology develops, people are getting more impatient at the speed of a human, wanting everything, such as Cuba Libre, faster than ever. And in recent times, an even bigger problem, hygiene, has come up. For those reasons, this project seeks to find a way to streamline bars more efficiently, so it would make more money, satisfy customers and at the same time be more sanitizable. To do this, the concept coined ‘Autobar’ was created, where the customer could order
Load more

Recommended publications
  • Vapor 3.0 and Kitura 2.5
    Hands-On Server-Side Web Development with Swift Build dynamic web apps by leveraging two popular Swift web frameworks: Vapor 3.0 and Kitura 2.5 Angus Yeung BIRMINGHAM - MUMBAI Hands-On Server-Side Web Development with Swift Copyright © 2018 Packt Publishing All rights reserved. No part of this book may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, without the prior written permission of the publisher, except in the case of brief quotations embedded in critical articles or reviews. Every effort has been made in the preparation of this book to ensure the accuracy of the information presented. However, the information contained in this book is sold without warranty, either express or implied. Neither the author, nor Packt Publishing or its dealers and distributors, will be held liable for any damages caused or alleged to have been caused directly or indirectly by this book. Packt Publishing has endeavored to provide trademark information about all of the companies and products mentioned in this book by the appropriate use of capitals. However, Packt Publishing cannot guarantee the accuracy of this information. Commissioning Editor: Kunal Chaudhari Acquisition Editor: Karan Gupta Content Development Editor: Francis Carneiro Technical Editor: Akhil Nair Copy Editor: Safis Editing Project Coordinator: Pragati Shukla Proofreader: Safis Editing Indexer: Mariammal Chettiyar Graphics: Alishon Mendonsa Production Coordinator: Nilesh Mohite First published: November 2018 Production reference: 1301118 Published by Packt Publishing Ltd. Livery Place 35 Livery Street Birmingham B3 2PB, UK. ISBN 978-1-78934-117-1 www.packtpub.com mapt.io Mapt is an online digital library that gives you full access to over 5,000 books and videos, as well as industry leading tools to help you plan your personal development and advance your career.
    [Show full text]
  • A Web Framework for Web Development Using C++ and Qt
    C++ Web Framework: A Web Framework for Web Development using C++ and Qt Herik Lima1;2 and Marcelo Medeiros Eler1 1University of Sao˜ Paulo (EACH-USP), Sao˜ Paulo, SP, Brazil 2XP Inc., Sao˜ Paulo, SP, Brazil Keywords: Web, Framework, Development, C++. Abstract: The entry barrier for web programming may be intimidating even for skilled developers since it usually in- volves dealing with heavy frameworks, libraries and lots of configuration files. Moreover, most web frame- works are based on interpreted languages and complex component interactions, which can hurt performance. Therefore, the purpose of this paper is to introduce a lightweight web framework called C++ Web Framework (CWF). It is easy to configure and combine the high performance of the C++ language, the flexibility of the Qt framework, and a tag library called CSTL (C++ Server Pages Standard Tag Library), which is used to handle dynamic web pages while keeping the presentation and the business layer separated. Preliminary evaluation gives evidence that CWF is easy to use and present good performance. In addition, this framework was used to develop real world applications that support some business operations of two private organizations. 1 INTRODUCTION configuration files; and writing glue code to make multiple layers inter-operate (Vuorimaa et al., 2016). Web Applications have been adopted as the de facto In addition, many web frameworks present poor doc- platform to support business operations of all sort of umentation (Constanzo and Casas, 2016; Constanzo organizations for a long time. This has been even and Casas, 2019). more stimulated by the availability of modern frame- Those peculiar characteristics of web devel- works and tools (Chaubey and Suresh, 2001) along opment environments have many practical conse- side with the growth of technologies related to Soft- quences.
    [Show full text]
  • Parsing & Modeling Swift Systems
    Bachelor Thesis June 21, 2017 Parsing & Modeling Swift Systems Alessio Buratti Abstract Swift is an emerging programming language, mainly used to develop applications for Apple devices. It is widely used and its popularity is still increasing. We developed PMSS, a toolkit, written in Swift, that parses Swift applications and exports a model of their source code according to the FAMIX meta-modeling standard. These models can be analyzed using our iOS/macOS application or Moose, a language-independent platform for software and data analysis. Advisor Prof. Michele Lanza Assistant Roberto Minelli Advisor’s approval (Prof. Michele Lanza): Date: Contents 1 Introduction 2 1.1 Goal .............................................................2 1.2 Motivation . .2 2 State Of The Art 2 2.1 Related work . .2 3 Swift and the meta-modeling tools in a nutshell 3 3.1 The Swift Programming Language . .3 3.1.1 Some “Swifty” code examples . .3 3.2 FAMIX: a language independent meta-model . .5 3.3 MOOSE: a platform for software and data analysis . .6 4 PMSS: Parsing & Modeling Swift Systems 7 4.1 SourceKit: the core of Swift’s source code manipulation . .9 4.2 SourceKitten: high-level SourceKit interaction . .9 5 PMSS Model Visualizer: Our iOS and macOS Cocoa applications 14 5.1 iOS.............................................................. 14 5.2 macOS . 14 5.3 SceneKit: a high-level 3D graphics framework . 15 5.4 ARKit: augmented reality experience in any iOS application . 16 6 Conclusion 17 1 1 Introduction 1.1 Goal Software systems are constantly changing, old modules and components are being deprecated and replaced by more modern ones while new features are implemented and the existing ones are optimized.[7] Code maintenance is a complicated task, to be done, a deep knowledge and understanding of the system is necessary.[6] Reverse engineering is the process of analyze existing software systems and understand them.[3] Different tools can help the engineers to achieve this result.
    [Show full text]
  • Vytvoření Serverové Aplikace V Programovacím Jazyce Swift Development of Server Application in Swift Programming Language
    VYSOKÉ UČENÍ TECHNICKÉ V BRNĚ Fakulta elektrotechniky a komunikačních technologií BAKALÁŘSKÁ PRÁCE Brno, 2018 Martin Střálka VYSOKÉ UČENÍ TECHNICKÉ V BRNĚ BRNO UNIVERSITY OF TECHNOLOGY FAKULTA ELEKTROTECHNIKY A KOMUNIKAČNÍCH TECHNOLOGIÍ FACULTY OF ELECTRICAL ENGINEERING AND COMMUNICATION ÚSTAV TELEKOMUNIKACÍ DEPARTMENT OF TELECOMMUNICATIONS VYTVOŘENÍ SERVEROVÉ APLIKACE V PROGRAMOVACÍM JAZYCE SWIFT DEVELOPMENT OF SERVER APPLICATION IN SWIFT PROGRAMMING LANGUAGE BAKALÁŘSKÁ PRÁCE BACHELOR'S THESIS AUTOR PRÁCE Martin Střálka AUTHOR VEDOUCÍ PRÁCE doc. Ing. Jiří Hošek, Ph.D. SUPERVISOR BRNO 2018 Bakalářská práce bakalářský studijní obor Teleinformatika Ústav telekomunikací Student: Martin Střálka ID: 174403 Ročník: 3 Akademický rok: 2017/18 NÁZEV TÉMATU: Vytvoření serverové aplikace v programovacím jazyce Swift POKYNY PRO VYPRACOVÁNÍ: V bakalářské práci se student bude zabývat nejprve analýzou možnosti použití jazyka Swift pro vývoj serverových aplikací. Následně v jazyce SWIFT navrhne a vytvoří aplikaci pro REST komunikaci. Jako podklad bude sloužit popis již existující aplikace pro měření kvality mobilního internetového připojení. Vytvořená aplikace bude schopna komunikovat s databází a dle uživatelských požadavků vyčítat potřebné informace a ukládat je do XML / CSV souborů s požadovanou strukturou. DOPORUČENÁ LITERATURA: [1]The Swift Programming Language [online]. Swift 4.0. Cupertino: Apple, 2014 [cit. 2017-09-15]. Dostupné z: https://itunes.apple.com/cz/book/the-swift-programming-language-swift-4/id881256329?mt=11 [2]FLEMING, Candace C.
    [Show full text]
  • Swift for Linux Documentation
    Swift for Linux Documentation Ryan Gonzalez May 22, 2018 Contents: 1 What’s wrong? 3 1.1 Installing Swift..............................................3 1.2 Navigating the Ecosystem........................................4 1.3 Distributing Swift Applications.....................................6 1.4 Extra Credit: Swift on Other Distros...................................7 2 Indices and tables 11 i ii Swift for Linux Documentation Swift for Linux is a project aiming at making the experience of using the Swift programming language from Linux easier. Contents: 1 Swift for Linux Documentation 2 Contents: CHAPTER 1 What’s wrong? A lot! Apple only provides Swift binaries that run well on Ubuntu, and users of other distros will have a fun time trying to get them to work. It’s hard to share Swift applications you’ve built, and the majority of the ecosystem, being Mac-and-iOS-focused, tends to create libraries that don’t work under Linux. This guide is trying to be a central point for people trying to get a great Swift experience on their Linux systems. If you have anything you’d like to add, or if you notice a problem in this guide, feel free to submit an issue. Also, if you need help, try stopping by the unofficial Swift Discord. 1.1 Installing Swift Unfortunately, the official Swift binaries only work on Ubuntu, and they’re standalone binaries independent of any package manager. Here are steps on getting it to work on various distros/package tools. 1.1.1 Flatpak The easiest way to get started using Swift is via the Flatpak repo. Make sure you’ve followed the official Flatpak setup instructions.
    [Show full text]
  • Cocoaheads Aachen 2016-08, Server-Side Swift (Ullrich Platt, Michael
    CocoaHeads Aachen Server-side Swift 2016-08-25 Ullrich Platt, Michael Plagge CocoaHeads Aachen Agenda Motivation for Server-side Swift Concepts / Architecture(s) Pros & Cons Requirements Status In depth: Frameworks Overview Swift@IBM / Kitura Web Framework CocoaHeads Aachen • Server-side Swift (Ullrich Platt, Michael Plagge) • 2016-08-25 2 CocoaHeads Motivation Aachen Talking about Server-side Swift Personal motivation Reminiscence of WebObjects Web Frameworks Ruby on Rails CocoaHeads Aachen • Server-side Swift (Ullrich Platt, Michael Plagge) • 2016-08-25 3 CocoaHeads What it is about Aachen Concepts / Architecture(s) Creating Server Applications backend for mobile applications server-applications Running on Webservers Basically supporting the HTTP Interface CocoaHeads Aachen • Server-side Swift (Ullrich Platt, Michael Plagge) • 2016-08-25 4 CocoaHeads What it is about Aachen Concepts / Architecture(s) https://developer.apple.com/videos/play/wwdc2016/415 CocoaHeads Aachen • Server-side Swift (Ullrich Platt, Michael Plagge) • 2016-08-25 5 CocoaHeads What it is about Aachen Concepts / Architecture(s) https://developer.apple.com/videos/play/wwdc2016/415 CocoaHeads Aachen • Server-side Swift (Ullrich Platt, Michael Plagge) • 2016-08-25 6 CocoaHeads Pros & Cons Aachen Advantages Same... programming language development environment for server-side processing and for the client „Seamless Integration“ deployment to the server: Kitura, Heroku, Docker, ... locally: macOS CocoaHeads Aachen • Server-side Swift (Ullrich Platt, Michael Plagge) • 2016-08-25 7 CocoaHeads Pros & Cons Aachen Advantages Speed at runtime opposed to... Ruby, Python, PHP, ... during development same technology same people (full-stack developers) CocoaHeads Aachen • Server-side Swift (Ullrich Platt, Michael Plagge) • 2016-08-25 8 CocoaHeads Pros & Cons Aachen Advantages Safety null-pointers etc.
    [Show full text]
  • Facilitating Comprehension of Swift Programs
    Master Thesis Project Facilitating comprehension of Swift programs Author: Andrii Chernenko Supervisor: Prof. Welf Löwe External Supervisor: Dr. Rüdiger Lincke Reader: Dr. Diego Perez Palacin Semester: HT 2017 Course Code: 4DV50E, 15 credits Subject: Computer Science Abstract Program comprehension is the process of gaining knowledge about software system by extracting it from its source code or observing its behavior at runtime. Often, when documentation is unavailable or missing, this is the only reliable source of knowledge about the system, and the fact that up to 50% of total maintenance effort is spent understanding the system makes it even more important. The source code of large software systems contains thousands, sometimes millions of lines of code, motivating the need for automation, which can be achieved with the help of program comprehension tools. This makes comprehension tools an essential factor in the adoption of new programming languages. This work proposes a way to fill this gap in the ecosystem of Swift, a new, innovative programming language aiming to cover a wide range of applications while being safe, expressive, and performant. The proposed solution is to bridge the gap between Swift and VizzAnalyzer, a program analysis framework featuring a range of analyses and visualizations, as well as modular architecture which makes adding new analyses and visualizations easier. The idea is to define a formal model for representing Swift programs and mapping it to the common program model used by VizzAnalyzer as the basis for analyses and visualizations. In addition to that, this paper discusses the differences between Swift and programming languages which are already supported by VizzAnalyzer, as well as practical aspects of extracting the models of Swift programs from their source code.
    [Show full text]
  • Vapor Documentation Release 3.4.0.Prerelease
    Vapor Documentation Release 3.4.0.preRelease John Clyne, Scott Pearse, Samuel Li, Stanislaw Jaroszynski Sep 24, 2021 CONTENTS: 1 We need your feedback! 3 2 Vapor 3.4.0 is now Live! 5 3 Vapor 3 7 3.1 Downloads................................................7 3.2 Quick Start Guide............................................ 11 3.3 Getting Data into Vapor......................................... 13 3.4 Using Vapor 3.............................................. 18 3.5 Contributing to Vapor.......................................... 43 3.6 License and Citation........................................... 53 4 Indices and tables 57 i ii Vapor Documentation, Release 3.4.0.preRelease August 4, 2021 Download here Vapor’s release cycle is accelerating, and now 3.5.0 is live. New improvements include: - New particle data reader: Data Collection Particles (DCP) - New raw data reader: Brick of Values (BOV) - Easily, and visually save your state with the new Bookmarks feature - Further improvements that streamline Vapor’s GUI - Faster data access with OpenMP As well as many other reported issues, including the 1/4 canvas bug on BigSur. Thanks to users ViggoHanst and Fortran for reporting this. Thank you to everyone who has helped steer us by filling out our survey for 3.6 features. The survey is still live,so please fill it out if you have 5 minutes. Please engage us on our forum. Thank you! -The Vapor Team CONTENTS: 1 Vapor Documentation, Release 3.4.0.preRelease 2 CONTENTS: CHAPTER ONE WE NEED YOUR FEEDBACK! May 21, 2021 We are trying to prioritize new features for Vapor 3.6. Our goal has always been to support scientists and help them produce superior visualizations of their simulation data.
    [Show full text]
  • Swift 开源项 精选 Github
    Swift 开源项⽬精选 SwiftyJSON/SwiftyJSON saoudrizwan/DynamicJSON ➟ GitHub tristanhimmelman/ObjectMapper tristanhimmelman/AlamofireObjectMapper Codable alibaba/HandyJSON marmelroy/PhoneNumberKit jverkoey/BinaryCodable JohnSundell/Codextended malcommac/SwiftDate dreymonde/Time date & time naoty/Timepiece akosma/SwiftMoment hyperoslo/Cache nmdias/DefaultsKit cache radex/SwiftyUserDefaults apple/swift-syntax GitHawkApp/FlatCache NSHipster/SwiftSyntaxHighlighter FDD: MontanaFlossCo/Flint highlighter: JohnSundel/Splash Syntax data flow: ReSwift/ReSwift raywenderlich/swift-algorithm-club mxcl/PromiseKit elizabethsiegle/30-seconds-of-swift-code promises Foundation Thomvis/BrightFutures MobileTipsters/Swift-Daily-Tips task jianstm/Schedule AlexLittlejohn/ALCameraViewController ankurp/Dollar imaginary-cloud/CameraManager functional programming typelift/Swiftz live: shogo4405/HaishinKit.swift AVFoundation Flight-School/RegularExpressionDecoder recognition: dokun1/Lumina ReactiveX/RxSwift radio: analogcode/Swift-Radio-Pro reactive programming ReactiveCocoa/ReactiveCocoa MailOnline/ImageViewer JavasScript engine googleprojectzero/fuzzilli suzuki-0000/SKPhotoBrowser PhotoKit SwifterSwift/SwifterSwift ytakzk/Fusuma Media hyperoslo/Sugar AudioKit/AudioKit Core Audio duemunk/Async fulldecent/FDWaveformView dennisweissmann/DeviceKit lhc70000/iina extensions & syntactic sugar nvzqz/RandomKit mobileplayer/mobileplayer-ios Media Player yannickl/DynamicColor piemonte/Player Flinesoft/HandySwift audio: adamcichy/SwiftySound JohnSundell/Sweep JohnCoates/Aerial ScreenSaver
    [Show full text]
  • Web Services with Swift
    Steve Goodrich Server Side Swift With Vapor https://github.com/zepedebo/PwnedWatcher Server Side Swift With Vapor https://github.com/zepedebo/PwnedWatcher The Project: Build a database of email addresses and check them against haveibeenpwned.com https://github.com/zepedebo/PwnedWatcher The Technology https://github.com/zepedebo/PwnedWatcher Swift https://swift.org/ Swift Provides Modern approachable language Reasonably good tools Cross platform development Swift Playgrounds https://swift.org/ Vapor https://vapor.codes/ Vapor Provides: Vapor https://vapor.codes/ HTTP/HTTPS Endpoint Web Sockets Middleware Crypto Authentication Validation Session Multipart Data Management Routing Data Serialization Caching Templates Database Logging Async / Deserialization SQLite3 https://www.sqlite.org SQLite Provides: Ubiquitous Data Store SQLite3 Flexible https://www.sqlite.org No setup required Requirements (for macOS) Homebrew Xcode 9.3 or greater (https://brew.sh/) Check Your Xcode slc-steveg-orm:~ steveg$ xcode-select -p /Applications/Xcode-beta.app/Contents/Developer slc-steveg-orm:~ steveg$ sudo xcode-select -s /Applications/Xcode.app Install Vapor slc-steveg-orm:~ steveg$ brew install vapor/tap/vapor https://github.com/zepedebo/PwnedWatcher Pwned Watcher • Create a list of e-mail addresses • Check them against “';--have i been pwned?” • Display how many sites are a problem for me Demonstrates • Simple URL routing • Get and Post HTTP commands • MVC Architecture • Vapor Client calls to a RESTful API • Async Structure of a Vapor Project Generated with: vapor new --web WebHello Simplest Routing Structure of an Address The scheme The computer The application The service / api call https://haveibeenpwned.com:443/api/v2/breaches We are mainly concerned with this part Adding a route All routes start in routes.swift Simplest Route http://localhost/hello // routes.swift import Vapor public func routes(_ router: Router) throws { router.
    [Show full text]
  • 34SER L1 Laurentiu Narcis Zait
    Aalborg University Copenhagen Semester: ICTE4 A.C. Meyers Vænge 15 2450 København SV Title: Electric car fleet prediction by means of machine learning Secretary: Maiken Keller Project Period: 01.09.2018 – 06.06.2019 Semester Theme: Master thesis Abstract: Electric car rental companies print out Supervisor(s): every morning a list of cars that need to be Niels Koefoed put to recharge. Knud Erik Skouby As a starting point, the prototype will present the user with the shortest route Project group no.: 34SER L1 between the cars. This opens up the discussion about graph theory, or to rely Members rd on 3 party services such as Google Maps. (do not write CPR.nr.): On top of this route, the geographical location of each electric charger will be Laurentiu Narcis Zait added to the route generating algorithm. (20147152) This might change the order of the cars the person has to visit. By adding additional data and using machine learning on statistical data, the prototype will try to predict where there is a need for a rental car (which geographical area would make more sense to place the cars). Indirectly this could help the company increase its revenue. The project's prototype will be not a consumer facing product, but a product to be used inside a company. Pages: 54 Finished: 05.05.2019 All group member are collectively responsible for the content of the project report. Furthermore, each group member is liable for that there is no plagiarism in the report. Remember to accept the statement of truth when uploading the project to Digital Exam ELECTRIC CAR FLEET PREDICTION BY MEANS OF MACHINE LEARNING Laurentiu Narcis Zait Student nr.
    [Show full text]
  • Learn to Make Web Apps with Real-World Swift Projects Paul Hudson Contents
    HACKING WITH SWIFT 4&37&34*%& 48*'5 COMPLETE TUTORIAL COURSE Learn to make web apps with real-world Swift projects Paul Hudson Contents Preface 6 About this book Why does Kitura exist? A note for existing Swift developers Configuring your machine Introduction: Swift for Complete Beginners 21 How to install Xcode and create a playground Variables and constants Types of Data Operators String interpolation Arrays Dictionaries Conditional statements Loops Switch case Functions Optionals Optional chaining Enumerations Structs Classes Properties Static properties and methods Access control Polymorphism and typecasting Closures Wrap up Million Hairs 101 Setting up Swift packages explained Starting a server Routing user requests Writing HTML Matching custom routes Making it look good www.hackingwithswift.com 2 Wrap up CouchDB Poll 139 Setting up CouchDB from scratch Designing a JSON API Bringing CouchDB and Kitura together Creating CouchDB documents Casting a vote Wrap up Routing 178 Setting up Chaining routes Reading user data Routing regular expressions Wrap up Swift Fan Club 191 Setting up Listing forums Querying with a key Closures within closures Users and sessions Posting messages and replies Wrap up Meme Machine 237 Setting up Reading files from disk Multi-part form encoding Wrap up Templates 251 Setting up Recap on the basics Filters and tags Wrap up Barkr 265 Setting up www.hackingwithswift.com 3 An SQL primer Integrating MySQL with Kitura Generating tokens Reading insert IDs Over to you: fuzzy search Wrap up ASCII art 300 Setting up Updating
    [Show full text]