最新章節

• Summary
• DetailsViewController
• TableView delegates and DataSource
• IBActions
• MasterViewController
• ViewControllers

• Summary 更新時間：2021-07-02 23:55:18
• DetailsViewController
• TableView delegates and DataSource
• IBActions
• MasterViewController
• ViewControllers
• Views
• Actions
• Store
• States
• Lenses
• Listing Todo items
• Creating a Todo item
• WebServiceManager
• Conforming to the request protocol
• The request protocol
• Communication
• viewModel
• Using Argo models
• <|| operator
• <|? operator
• <| operator
• <*> operator
• <^> operator
• Operators
• Models
• Configuration
• iOS application development
• Updating a Todo item
• Deleting an item and deleting all Todo items
• Getting a specific Todo item
• Getting a list of Todo items
• Posting a new Todo item
• Controller
• Store
• Model
• Backend development
• SPM
• Request data
• JSON
• Routing
• Vapor
• Backend
• Tools
• Error management and exception handling
• Cross-cutting concerns
• Third-party libraries/frameworks
• Communication between layers
• Communication
• Manager
• Actions
• Store
• State
• ViewController
• Views
• Models
• Frontend
• High-level design
• Requirements
• Case Study - Developing an iOS Application with FP and OOP Paradigms
• Summary
• Visitor pattern
• Virtual proxy pattern
• Observer pattern
• Command pattern
• Strategy pattern
• OOP design patterns - a FP perspective
• Name abstraction at a function/method level
• Reduction of the number of object/class definitions
• Architectural effects
• Function partial applications and currying
• Operation compositions and sequence comprehensions
• Generic iterator operations
• Code abstraction at a function/method level
• Idiomatic effects
• Effects of having FP capabilities in OOP
• FP support
• FP-OOP interrelation tools
• Closures
• First-class values
• FP paradigm availability
• Granularity mismatch
• Problems
• Mixing OOP and FP
• An example
• Schedulers
• Disposables
• Properties
• Actions
• Lifetimes
• Observers
• Signal producers
• Pipes
• Signals
• Events
• Building blocks of FRP
• Functional reactive programming
• Conforming to a protocol
• Associated types
• Protocol inheritance
• Protocol extensions
• Protocol composition
• POP paradigms
• POP
• Declarative design
• Closure of operations
• Conceptual contours
• Assertions
• Side-effect-free functions
• Intention-revealing interface
• Domain events
• Immutable value objects
• Aggregate
• Building blocks
• Premise
• Concepts
• DDD
• The FP counterpart
• DIP
• The FP counterpart
• ISP
• The FP counterpart
• LSP
• The FP counterpart
• OCP
• The FP counterpart
• SRP
• OOP design principles
• Dynamic binding
• Polymorphism
• When to inherit
• Issues and alternatives
• Composite reuse
• Visibility
• Static
• Singleness
• Design constraints
• Overriding
• Inheritance
• Classes
• Objects
• OOP paradigms
• Best of Both Worlds and Combining FP Paradigms with OOP
• Summary
• Lens composition
• Lenses
• Copy constructors
• Copy constructors and lenses
• Testability
• Side-effects and unintended consequences
• An example
• Cases for mutability
• Compiler optimization
• State comparison
• Caching
• Exception handling and error management
• Parallelization
• Failure atomicity
• Avoiding identity mutability
• Avoiding temporal coupling
• Low coupling
• Referential transparency
• Thread safety
• Benefits of immutability
• Reference types versus value types
• Weak versus strong immutability
• Immutable variables
• Immutability
• Importance of Immutability
• Summary
• Lazy lists
• Stacks
• map filter and reduce
• isEmpty
• Elements
• Size
• Contains
• Cons
• Empty LinkedList
• Lists
• Empty
• Elements
• Size
• The contains method
• Binary Search Trees
• The contains method
• Trees
• Monoids
• Semigroups
• Functional Data Structures
• Summary
• try?
• try!
• Error handling
• Multiple optional value mapping
• Optional mapping
• Dealing with Optionals' functionally
• Optional chaining
• Nil-coalescing
• Implicitly-unwrapped optionals
• Guard
• Optional binding
• nil checking
• Force unwrapping
• Unwrapping optionals
• Optional types
• Dealing with Optionals
• Summary
• Partitioning an array
• Removing duplicates in an array
• Removing nil values from an array
• Sum and product of an array
• Practical examples
• The zip function
• Chaining higher-order functions
• The join function
• The apply function
• The flatten function in terms of reduce
• The flatMap function in terms of reduce
• The filter function in terms of reduce
• The map function in terms of reduce
• The reduce function
• The filter function
• The flatMap method
• The map function
• Monads
• Applicative Functors
• Functors
• Higher-kinded types
• Map Filter and Reduce
• Summary
• Generics manifesto
• Subclassing Generic classes
• Extending Generic types
• Type erasure
• Associated type protocols
• Generic data structures
• The where clauses
• Type constraints
• What are Generics and what kind of problems do they solve?
• Generics and Associated Type Protocols
• Summary
• The expression pattern
• Type casting patterns
• The optional pattern
• The enumeration case pattern
• The tuple pattern
• The identifier pattern
• The value-binding pattern
• The wildcard pattern
• Patterns and pattern matching
• Pattern matching
• The algebra of data types
• Composite types with variants
• Composite types
• Simple types
• Algebraic data types
• Nesting and containing enumerations
• Raw values
• Associated values
• Defining enumerations
• Enumerations and Pattern Matching
• Summary
• Type checking and casting
• Equatable and Comparable
• Equality versus identity
• Using value and reference types
• Threats
• Testability
• Interchangeability
• Isolation
• Behaviour
• Value type characteristics
• Copying reference types
• Copying
• Mixing value and reference types
• Value and reference type constants
• Value versus reference types
• Kinds of types
• Types and Type Casting
• Summary
• Memoization
• Tail recursion
• Recursion
• Function currying
• Capturing values
• Closure syntax
• Closures
• A composed function with custom operator
• Custom operator definition
• Allowed operators
• Custom operators
• Function composition
• Higher-order functions
• First-class functions
• Function types
• Pure functions
• Defining and using nested functions
• Returning values from functions
• Defining and using variadic functions
• Defining and using function parameters
• Calling functions
• Best practices in function definition
• Syntax
• What is a function?
• Functions and Closures
• Summary
• Error handling
• Access control
• Protocol extensions
• Extensions
• Protocols as types
• Protocols
• Nested types
• Any and AnyObject
• Automatic Reference Counting
• De-initialization
• Initialization
• Inheritance
• Subscripts
• Methods
• Property observers
• Properties
• Identity operators
• Choosing between classes and structures
• Classes versus structures
• Classes and structures
• Generics
• Enumerations
• The reduce function
• The filter function
• The map function
• The map filter and reduce functions
• Closures
• Functions
• Guard
• Switch
• if
• The stride functions
• while loops
• for loops
• Control flows
• Collections
• String comparison
• String interpolation
• Concatenating strings and characters
• Empty Strings
• String literals
• Immutability
• Strings and characters
• Basic operators
• Optionals
• Tuples
• Immutability
• Type casting
• Type aliases
• Type annotation
• Type inference
• Types
• Language basics
• REPL and Playground
• Automatic Reference Counting
• Objective-C and Swift bridging headers
• Extensions
• Optional chaining
• Generics
• Pattern matching
• Subscripts
• Closures
• Higher-order functions
• First-class functions
• Stateless programming
• Immutability
• Type safety and type inference
• Modern syntax
• Swift features
• The Swift programming language
• What is FP?
• Why functional programming matters
• Getting Started with Functional Programming in Swift
• Questions
• Piracy
• Errata
• Downloading the color images of this book
• Downloading the example code
• Customer support
• Reader feedback
• Conventions
• Who this book is for
• What you need for this book
• What this book covers
• Preface
• Dedication
• Customer Feedback
• www.PacktPub.com
• About the Reviewer
• About the Author
• Credits
• 版權信息
• 封面

• 封面
• 版權信息
• Credits
• About the Author
• About the Reviewer
• www.PacktPub.com
• Customer Feedback
• Dedication
• Preface
• What this book covers
• What you need for this book
• Who this book is for
• Conventions
• Reader feedback
• Customer support
• Downloading the example code
• Downloading the color images of this book
• Errata
• Piracy
• Questions
• Getting Started with Functional Programming in Swift
• Why functional programming matters
• What is FP?
• The Swift programming language
• Swift features
• Modern syntax
• Type safety and type inference
• Immutability
• Stateless programming
• First-class functions
• Higher-order functions
• Closures
• Subscripts
• Pattern matching
• Generics
• Optional chaining
• Extensions
• Objective-C and Swift bridging headers
• Automatic Reference Counting
• REPL and Playground
• Language basics
• Types
• Type inference
• Type annotation
• Type aliases
• Type casting
• Immutability
• Tuples
• Optionals
• Basic operators
• Strings and characters
• Immutability
• String literals
• Empty Strings
• Concatenating strings and characters
• String interpolation
• String comparison
• Collections
• Control flows
• for loops
• while loops
• The stride functions
• if
• Switch
• Guard
• Functions
• Closures
• The map filter and reduce functions
• The map function
• The filter function
• The reduce function
• Enumerations
• Generics
• Classes and structures
• Classes versus structures
• Choosing between classes and structures
• Identity operators
• Properties
• Property observers
• Methods
• Subscripts
• Inheritance
• Initialization
• De-initialization
• Automatic Reference Counting
• Any and AnyObject
• Nested types
• Protocols
• Protocols as types
• Extensions
• Protocol extensions
• Access control
• Error handling
• Summary
• Functions and Closures
• What is a function?
• Syntax
• Best practices in function definition
• Calling functions
• Defining and using function parameters
• Defining and using variadic functions
• Returning values from functions
• Defining and using nested functions
• Pure functions
• Function types
• First-class functions
• Higher-order functions
• Function composition
• Custom operators
• Allowed operators
• Custom operator definition
• A composed function with custom operator
• Closures
• Closure syntax
• Capturing values
• Function currying
• Recursion
• Tail recursion
• Memoization
• Summary
• Types and Type Casting
• Kinds of types
• Value versus reference types
• Value and reference type constants
• Mixing value and reference types
• Copying
• Copying reference types
• Value type characteristics
• Behaviour
• Isolation
• Interchangeability
• Testability
• Threats
• Using value and reference types
• Equality versus identity
• Equatable and Comparable
• Type checking and casting
• Summary
• Enumerations and Pattern Matching
• Defining enumerations
• Associated values
• Raw values
• Nesting and containing enumerations
• Algebraic data types
• Simple types
• Composite types
• Composite types with variants
• The algebra of data types
• Pattern matching
• Patterns and pattern matching
• The wildcard pattern
• The value-binding pattern
• The identifier pattern
• The tuple pattern
• The enumeration case pattern
• The optional pattern
• Type casting patterns
• The expression pattern
• Summary
• Generics and Associated Type Protocols
• What are Generics and what kind of problems do they solve?
• Type constraints
• The where clauses
• Generic data structures
• Associated type protocols
• Type erasure
• Extending Generic types
• Subclassing Generic classes
• Generics manifesto
• Summary
• Map Filter and Reduce
• Higher-kinded types
• Functors
• Applicative Functors
• Monads
• The map function
• The flatMap method
• The filter function
• The reduce function
• The map function in terms of reduce
• The filter function in terms of reduce
• The flatMap function in terms of reduce
• The flatten function in terms of reduce
• The apply function
• The join function
• Chaining higher-order functions
• The zip function
• Practical examples
• Sum and product of an array
• Removing nil values from an array
• Removing duplicates in an array
• Partitioning an array
• Summary
• Dealing with Optionals
• Optional types
• Unwrapping optionals
• Force unwrapping
• nil checking
• Optional binding
• Guard
• Implicitly-unwrapped optionals
• Nil-coalescing
• Optional chaining
• Dealing with Optionals' functionally
• Optional mapping
• Multiple optional value mapping
• Error handling
• try!
• try?
• Summary
• Functional Data Structures
• Semigroups
• Monoids
• Trees
• The contains method
• Binary Search Trees
• The contains method
• Size
• Elements
• Empty
• Lists
• Empty LinkedList
• Cons
• Contains
• Size
• Elements
• isEmpty
• map filter and reduce
• Stacks
• Lazy lists
• Summary
• Importance of Immutability
• Immutability
• Immutable variables
• Weak versus strong immutability
• Reference types versus value types
• Benefits of immutability
• Thread safety
• Referential transparency
• Low coupling
• Avoiding temporal coupling
• Avoiding identity mutability
• Failure atomicity
• Parallelization
• Exception handling and error management
• Caching
• State comparison
• Compiler optimization
• Cases for mutability
• An example
• Side-effects and unintended consequences
• Testability
• Copy constructors and lenses
• Copy constructors
• Lenses
• Lens composition
• Summary
• Best of Both Worlds and Combining FP Paradigms with OOP
• OOP paradigms
• Objects
• Classes
• Inheritance
• Overriding
• Design constraints
• Singleness
• Static
• Visibility
• Composite reuse
• Issues and alternatives
• When to inherit
• Polymorphism
• Dynamic binding
• OOP design principles
• SRP
• The FP counterpart
• OCP
• The FP counterpart
• LSP
• The FP counterpart
• ISP
• The FP counterpart
• DIP
• The FP counterpart
• DDD
• Concepts
• Premise
• Building blocks
• Aggregate
• Immutable value objects
• Domain events
• Intention-revealing interface
• Side-effect-free functions
• Assertions
• Conceptual contours
• Closure of operations
• Declarative design
• POP
• POP paradigms
• Protocol composition
• Protocol extensions
• Protocol inheritance
• Associated types
• Conforming to a protocol
• Functional reactive programming
• Building blocks of FRP
• Events
• Signals
• Pipes
• Signal producers
• Observers
• Lifetimes
• Actions
• Properties
• Disposables
• Schedulers
• An example
• Mixing OOP and FP
• Problems
• Granularity mismatch
• FP paradigm availability
• First-class values
• Closures
• FP-OOP interrelation tools
• FP support
• Effects of having FP capabilities in OOP
• Idiomatic effects
• Code abstraction at a function/method level
• Generic iterator operations
• Operation compositions and sequence comprehensions
• Function partial applications and currying
• Architectural effects
• Reduction of the number of object/class definitions
• Name abstraction at a function/method level
• OOP design patterns - a FP perspective
• Strategy pattern
• Command pattern
• Observer pattern
• Virtual proxy pattern
• Visitor pattern
• Summary
• Case Study - Developing an iOS Application with FP and OOP Paradigms
• Requirements
• High-level design
• Frontend
• Models
• Views
• ViewController
• State
• Store
• Actions
• Manager
• Communication
• Communication between layers
• Third-party libraries/frameworks
• Cross-cutting concerns
• Error management and exception handling
• Tools
• Backend
• Vapor
• Routing
• JSON
• Request data
• SPM
• Backend development
• Model
• Store
• Controller
• Posting a new Todo item
• Getting a list of Todo items
• Getting a specific Todo item
• Deleting an item and deleting all Todo items
• Updating a Todo item
• iOS application development
• Configuration
• Models
• Operators
• <^> operator
• <*> operator
• <| operator
• <|? operator
• <|| operator
• Using Argo models
• viewModel
• Communication
• The request protocol
• Conforming to the request protocol
• WebServiceManager
• Creating a Todo item
• Listing Todo items
• Lenses
• States
• Store
• Actions
• Views
• ViewControllers
• MasterViewController
• IBActions
• TableView delegates and DataSource
• DetailsViewController
• Summary 更新時間：2021-07-02 23:55:18