SwiftTM Notes for Professionals book

What people are saying about Notes for Professionals books These free programming reference books are pretty nice http://books.goalkicker.com This is perfect for me who's learning to code! I just download PDF from GoalKicker.com and i look documentation so good and simple. Whoah, this is awesome! Thanks!!!!!! Thanks, Great Collection. Wow! Awesome resource. Thanks a lot! The SwiftTM Notes for Professionals book is compiled from Stack Overflow Documentation, the content is written by the beautiful people at Stack Overflow. Text content is released under Creative Commons BY-SA. See credits at the end of this book whom contributed to the various chapters. Images may be copyright of their respective owners unless otherwise specified Book created for educational purposes and is not affiliated with SwiftTM group(s), company(s) nor Stack Overflow. All trademarks belong to their respective company owners 291 pages, published on May 2018 Content list About Chapter 1: Getting started with Swift Language Section 1.1: Your first Swift program Section 1.2: Your first program in Swift on a Mac (using a Playground) Section 1.3: Your first program in Swift Playgrounds app on iPad Section 1.4: Installing Swift Section 1.5: Optional Value and Optional enum Chapter 2: Variables & Properties Section 2.1: Creating a Variable Section 2.2: Property Observers Section 2.3: Lazy Stored Properties Section 2.4: Property Basics Section 2.5: Computed Properties Section 2.6: Local and Global Variables Section 2.7: Type Properties Chapter 3: Numbers Section 3.1: Number types and literals Section 3.2: Convert numbers to/from strings Section 3.3: Rounding Section 3.4: Random number generation Section 3.5: Convert one numeric type to another Section 3.6: Exponentiation Chapter 4: Strings and Characters Section 4.1: String & Character Literals Section 4.2: Concatenate strings Section 4.3: String Encoding and Decomposition Section 4.4: Examine and compare strings Section 4.5: Reversing Strings Section 4.6: Check if String contains Characters from a Defined Set Section 4.7: String Iteration Section 4.8: Splitting a String into an Array Section 4.9: Unicode Section 4.10: Converting Swift string to a number type Section 4.11: Convert String to and from Data / NSData Section 4.12: Formatting Strings Section 4.13: Uppercase and Lowercase Strings Section 4.14: Remove characters from a string not defined in Set Section 4.15: Count occurrences of a Character into a String Section 4.16: Remove leading and trailing WhiteSpace and NewLine Chapter 5: Booleans Section 5.1: What is Bool? Section 5.2: Booleans and Inline Conditionals Section 5.3: Boolean Logical Operators Section 5.4: Negate a Bool with the prefix ! operator Chapter 6: Arrays Section 6.1: Basics of Arrays Section 6.2: Extracting values of a given type from an Array with flatMap(_:) Section 6.3: Combining an Array's elements with reduce(_:combine:) Section 6.4: Flattening the result of an Array transformation with flatMap(_:) Section 6.5: Lazily flattening a multidimensional Array with flatten() Section 6.6: Filtering out nil from an Array transformation with flatMap(_:) Section 6.7: Subscripting an Array with a Range Section 6.8: Removing element from an array without knowing it's index Section 6.9: Sorting an Array of Strings Section 6.10: Accessing indices safely Section 6.11: Filtering an Array Section 6.12: Transforming the elements of an Array with map(_:) Section 6.13: Useful Methods Section 6.14: Sorting an Array Section 6.15: Finding the minimum or maximum element of an Array Section 6.16: Modifying values in an array Section 6.17: Comparing 2 Arrays with zip Section 6.18: Grouping Array values Section 6.19: Value Semantics Section 6.20: Accessing Array Values Chapter 7: Tuples Section 7.1: What are Tuples? Section 7.2: Decomposing into individual variables Section 7.3: Tuples as the Return Value of Functions Section 7.4: Using a typealias to name your tuple type Section 7.5: Swapping values Section 7.6: Tuples as Case in Switch Chapter 8: Enums Section 8.1: Basic enumerations Section 8.2: Enums with associated values Section 8.3: Indirect payloads Section 8.4: Raw and Hash values Section 8.5: Initializers Section 8.6: Enumerations share many features with classes and structures Section 8.7: Nested Enumerations Chapter 9: Structs Section 9.1: Structs are value types Section 9.2: Accessing members of struct Section 9.3: Basics of Structs Section 9.4: Mutating a Struct Section 9.5: Structs cannot inherit Chapter 10: Sets Section 10.1: Declaring Sets Section 10.2: Performing operations on sets Section 10.3: CountedSet Section 10.4: Modifying values in a set Section 10.5: Checking whether a set contains a value Section 10.6: Adding values of my own type to a Set Chapter 11: Dictionaries Section 11.1: Declaring Dictionaries Section 11.2: Accessing Values Section 11.3: Change Value of Dictionary using Key Section 11.4: Get all keys in Dictionary Section 11.5: Modifying Dictionaries Section 11.6: Merge two dictionaries Chapter 12: Switch Section 12.1: Switch and Optionals Section 12.2: Basic Use Section 12.3: Matching a Range Section 12.4: Partial matching Section 12.5: Using the where statement in a switch Section 12.6: Matching Multiple Values Section 12.7: Switch and Enums Section 12.8: Switches and tuples Section 12.9: Satisfy one of multiple constraints using switch Section 12.10: Matching based on class - great for prepareForSegue Section 12.11: Switch fallthroughs Chapter 13: Optionals Section 13.1: Types of Optionals Section 13.2: Unwrapping an Optional Section 13.3: Nil Coalescing Operator Section 13.4: Optional Chaining Section 13.5: Overview - Why Optionals? Chapter 14: Conditionals Section 14.1: Optional binding and "where" clauses Section 14.2: Using Guard Section 14.3: Basic conditionals: if-statements Section 14.4: Ternary operator Section 14.5: Nil-Coalescing Operator Chapter 15: Error Handling Section 15.1: Error handling basics Section 15.2: Catching dierent error types Section 15.3: Catch and Switch Pattern for Explicit Error Handling Section 15.4: Disabling Error Propagation Section 15.5: Create custom Error with localized description Chapter 16: Loops Section 16.1: For-in loop Section 16.2: Repeat-while loop Section 16.3: For-in loop with filtering Section 16.4: Sequence Type forEach block Section 16.5: while loop Section 16.6: Breaking a loop Chapter 17: Protocols Section 17.1: Protocol Basics Section 17.2: Delegate pattern Section 17.3: Associated type requirements Section 17.4: Class-Only Protocols Section 17.5: Protocol extension for a specific conforming class Section 17.6: Using the RawRepresentable protocol (Extensible Enum) Section 17.7: Implementing Hashable protocol Chapter 18: Functions Section 18.1: Basic Use Section 18.2: Functions with Parameters Section 18.3: Subscripts Section 18.4: Methods Section 18.5: Variadic Parameters Section 18.6: Operators are Functions Section 18.7: Passing and returning functions Section 18.8: Function types Section 18.9: Inout Parameters Section 18.10: Throwing Errors Section 18.11: Returning Values Section 18.12: Trailing Closure Syntax Section 18.13: Functions With Closures Chapter 19: Extensions Section 19.1: What are Extensions? Section 19.2: Variables and functions Section 19.3: Initializers in Extensions Section 19.4: Subscripts Section 19.5: Protocol extensions Section 19.6: Restrictions Section 19.7: What are extensions and when to use them Chapter 20: Classes Section 20.1: Defining a Class Section 20.2: Properties and Methods Section 20.3: Reference Semantics Section 20.4: Classes and Multiple Inheritance Section 20.5: deinit Chapter 21: Type Casting Section 21.1: Downcasting Section 21.2: Type casting in Swift Language Section 21.3: Upcasting Section 21.4: Example of using a downcast on a function parameter involving subclassing Section 21.5: Casting with switch Chapter 22: Generics Section 22.1: The Basics of Generics Section 22.2: Constraining Generic Placeholder Types Section 22.3: Generic Class Examples Section 22.4: Using Generics to Simplify Array Functions Section 22.5: Advanced Type Constraints Section 22.6: Generic Class Inheritance Section 22.7: Use generics to enhance type-safety Chapter 23: OptionSet Section 23.1: OptionSet Protocol Chapter 24: Reading & Writing JSON Section 24.1: JSON Serialization, Encoding, and Decoding with Apple Foundation and the Swift Standard Library Section 24.2: SwiftyJSON Section 24.3: Freddy Section 24.4: JSON Parsing Swift 3 Section 24.5: Simple JSON parsing into custom objects Section 24.6: Arrow Chapter 25: Advanced Operators Section 25.1: Bitwise Operators Section 25.2: Custom Operators Section 25.3: Overflow Operators Section 25.4: Commutative Operators Section 25.5: Overloading + for Dictionaries Section 25.6: Precedence of standard Swift operators Chapter 26: Method Swizzling Section 26.1: Extending UIViewController and Swizzling viewDidLoad Section 26.2: Basics of Swift Swizzling Section 26.3: Basics of Swizzling - Objective-C Chapter 27: Reflection Section 27.1: Basic Usage for Mirror Section 27.2: Getting type and names of properties for a class without having to instantiate it Chapter 28: Access Control Section 28.1: Basic Example using a Struct Section 28.2: Subclassing Example Section 28.3: Getters and Setters Example Chapter 29: Closures Section 29.1: Closure basics Section 29.2: Syntax variations Section 29.3: Passing closures into functions Section 29.4: Captures, strong/weak references, and retain cycles Section 29.5: Using closures for asynchronous coding Section 29.6: Closures and Type Alias Chapter 30: Initializers Section 30.1: Convenience init Section 30.2: Setting default property values Section 30.3: Customizing initialization with parameters Section 30.4: Throwable Initilizer Chapter 31: Associated Objects Section 31.1: Property, in a protocol extension, achieved using associated object Chapter 32: Concurrency Section 32.1: Obtaining a Grand Central Dispatch (GCD) queue Section 32.2: Concurrent Loops Section 32.3: Running tasks in a Grand Central Dispatch (GCD) queue Section 32.4: Running Tasks in an OperationQueue Section 32.5: Creating High-Level Operations Chapter 33: Getting Started with Protocol Oriented Programming Section 33.1: Using protocols as first class types Section 33.2: Leveraging Protocol Oriented Programming for Unit Testing Chapter 34: Functional Programming in Swift Section 34.1: Extracting a list of names from a list of Person(s) Section 34.2: Traversing Section 34.3: Filtering Section 34.4: Using Filter with Structs Section 34.5: Projecting Chapter 35: Function as first class citizens in Swift Section 35.1: Assigning function to a variable Section 35.2: Passing function as an argument to another function, thus creating a Higher-Order Function Section 35.3: Function as return type from another function Chapter 36: Blocks Section 36.1: Non-escaping closure Section 36.2: Escaping closure Chapter 37: The Defer Statement Section 37.1: When to use a defer statement Section 37.2: When NOT to use a defer statement Chapter 38: Style Conventions Section 38.1: Fluent Usage Section 38.2: Clear Usage Section 38.3: Capitalization Chapter 39: NSRegularExpression in Swift Section 39.1: Extending String to do simple pattern matching Section 39.2: Basic Usage Section 39.3: Replacing Substrings Section 39.4: Special Characters Section 39.5: Validation Section 39.6: NSRegularExpression for mail validation Chapter 40: RxSwift Section 40.1: Disposing Section 40.2: RxSwift basics Section 40.3: Creating observables Section 40.4: Bindings Section 40.5: RxCocoa and ControlEvents Chapter 41: Swift Package Manager Section 41.1: Creation and usage of a simple Swift package Chapter 42: Working with C and Objective-C Section 42.1: Use a module map to import C headers Section 42.2: Using Objective-C classes from Swift code Section 42.3: Specify a bridging header to swiftc Section 42.4: Use the C standard library Section 42.5: Fine-grained interoperation between Objective-C and Swift Section 42.6: Using Swift classes from Objective-C code Chapter 43: Documentation markup Section 43.1: Class documentation Section 43.2: Documentation styles Chapter 44: Typealias Section 44.1: typealias for closures with parameters Section 44.2: typealias for empty closures Section 44.3: typealias for other types Chapter 45: Dependency Injection Section 45.1: Dependency Injection with View Controllers Section 45.2: Dependency Injection Types Chapter 46: Caching on disk space Section 46.1: Reading Section 46.2: Saving Chapter 47: Algorithms with Swift Section 47.1: Sorting Section 47.2: Insertion Sort Section 47.3: Selection sort Section 47.4: Asymptotic analysis Section 47.5: Quick Sort - O(n log n) complexity time Section 47.6: Graph, Trie, Stack Chapter 48: Swift Advance functions Section 48.1: Flatten multidimensional array Section 48.2: Introduction with advance functions Chapter 49: Completion Handler Section 49.1: Completion handler with no input argument Section 49.2: Completion handler with input argument Chapter 50: Swift HTTP server by Kitura Section 50.1: Hello world application Chapter 51: Generate UIImage of Initials from String Section 51.1: InitialsImageFactory Chapter 52: Design Patterns - Creational Section 52.1: Singleton Section 52.2: Builder Pattern Section 52.3: Factory Method Section 52.4: Observer Section 52.5: Chain of responsibility Section 52.6: Iterator Chapter 53: Design Patterns - Structural Section 53.1: Adapter Section 53.2: Facade Chapter 54: (Unsafe) Buer Pointers Section 54.1: UnsafeMutablePointer Section 54.2: Practical Use-Case for Buer Pointers Chapter 55: Cryptographic Hashing Section 55.1: HMAC with MD5, SHA1, SHA224, SHA256, SHA384, SHA512 (Swift 3) Section 55.2: MD2, MD4, MD5, SHA1, SHA224, SHA256, SHA384, SHA512 (Swift 3) Chapter 56: AES encryption Section 56.1: AES encryption in CBC mode with a random IV (Swift 3.0) Section 56.2: AES encryption in CBC mode with a random IV (Swift 2.3) Section 56.3: AES encryption in ECB mode with PKCS7 padding Chapter 57: PBKDF2 Key Derivation Section 57.1: Password Based Key Derivation 2 (Swift 3) Section 57.2: Password Based Key Derivation 2 (Swift 2.3) Section 57.3: Password Based Key Derivation Calibration (Swift 2.3) Section 57.4: Password Based Key Derivation Calibration (Swift 3) Chapter 58: Logging in Swift Section 58.1: dump Section 58.2: Debug Print Section 58.3: print() vs dump() Section 58.4: print vs NSLog Chapter 59: Memory Management Section 59.1: Reference Cycles and Weak References Section 59.2: Manual Memory Management Chapter 60: Performance Section 60.1: Allocation Performance Credits You may also like