Files
SwiftFormat/Sources/OptionDescriptor.swift
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2024-04-06 19:55:14 +01:00

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Swift

//
// OptionDescriptor.swift
// SwiftFormat
//
// Created by Vincent Bernier on 10-02-18.
// Copyright © 2018 Nick Lockwood.
//
// Distributed under the permissive MIT license
// Get the latest version from here:
//
// https://github.com/nicklockwood/SwiftFormat
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in all
// copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
// SOFTWARE.
//
import Foundation
class OptionDescriptor {
enum ArgumentType: EnumAssociable {
/// index 0 is official value, others are acceptable
case binary(true: [String], false: [String])
case `enum`([String])
case text
case int
case array
case set
}
let argumentName: String // command-line argument; must not change
fileprivate(set) var propertyName = "" // internal property; ok to change this
let displayName: String
let help: String
fileprivate(set) var deprecationMessage: String?
let toOptions: (String, inout FormatOptions) throws -> Void
let fromOptions: (FormatOptions) -> String
private(set) var type: ArgumentType
var isDeprecated: Bool {
deprecationMessage != nil
}
var isRenamed: Bool {
isDeprecated && Descriptors.all.contains(where: {
$0.propertyName == propertyName && $0.argumentName != argumentName
})
}
var defaultArgument: String {
fromOptions(FormatOptions.default)
}
func validateArgument(_ arg: String) -> Bool {
var options = FormatOptions.default
return (try? toOptions(arg, &options)) != nil
}
fileprivate func renamed(to newPropertyName: String) -> OptionDescriptor {
propertyName = newPropertyName
deprecationMessage = "Use --\(newPropertyName) instead."
return self
}
var isSetType: Bool {
guard case .set = type else {
return false
}
return true
}
init(argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, Bool>,
trueValues: [String],
falseValues: [String])
{
assert(argumentName.count <= Options.maxArgumentNameLength)
assert(argumentName == argumentName.lowercased())
self.argumentName = argumentName
self.displayName = displayName
self.help = help
self.deprecationMessage = deprecationMessage
type = .binary(true: trueValues, false: falseValues)
toOptions = { value, options in
switch value.lowercased() {
case let value where trueValues.contains(value):
options[keyPath: keyPath] = true
case let value where falseValues.contains(value):
options[keyPath: keyPath] = false
default:
throw FormatError.options("")
}
}
fromOptions = { options in
options[keyPath: keyPath] ? trueValues[0] : falseValues[0]
}
}
init<T>(argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, T>,
fromArgument: @escaping (String) -> T?,
toArgument: @escaping (T) -> String)
{
self.argumentName = argumentName
self.displayName = displayName
self.help = help
self.deprecationMessage = deprecationMessage
type = .text
toOptions = { key, options in
guard let value = fromArgument(key) else {
throw FormatError.options("")
}
options[keyPath: keyPath] = value
}
fromOptions = { options in
toArgument(options[keyPath: keyPath])
}
}
convenience init(argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, String>,
options: KeyValuePairs<String, String>)
{
let map: [String: String] = Dictionary(options.map { ($0, $1) }, uniquingKeysWith: { $1 })
let keys = Array(map.keys).sorted()
self.init(argumentName: argumentName,
displayName: displayName,
help: help,
deprecationMessage: deprecationMessage,
keyPath: keyPath,
fromArgument: { map[$0.lowercased()] },
toArgument: { value in
if let key = map.first(where: { $0.value == value })?.key {
return key
}
let fallback = FormatOptions.default[keyPath: keyPath]
if let key = map.first(where: { $0.value == fallback })?.key {
return key
}
return keys[0]
})
type = .enum(keys)
}
convenience init(argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, Int>)
{
self.init(
argumentName: argumentName,
displayName: displayName,
help: help,
deprecationMessage: deprecationMessage,
keyPath: keyPath,
fromArgument: { Int($0).map { max(0, $0) } },
toArgument: { String($0) }
)
type = .int
}
init<T: RawRepresentable>(argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, T>,
type: ArgumentType,
altOptions: [String: T] = [:]) where T.RawValue == String
{
self.argumentName = argumentName
self.displayName = displayName
self.help = help
self.deprecationMessage = deprecationMessage
self.type = type
toOptions = { rawValue, options in
guard let value = T(rawValue: rawValue) ?? T(rawValue: rawValue.lowercased()) ??
altOptions[rawValue] ?? altOptions[rawValue.lowercased()]
else {
throw FormatError.options("")
}
options[keyPath: keyPath] = value
}
fromOptions = { options in
options[keyPath: keyPath].rawValue
}
}
@_disfavoredOverload
convenience init<T: RawRepresentable>(
argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, T>
) where T.RawValue == String {
self.init(
argumentName: argumentName,
displayName: displayName,
help: help,
deprecationMessage: deprecationMessage,
keyPath: keyPath,
type: .text
)
}
convenience init<T: RawRepresentable & CaseIterable>(
argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, T>,
altOptions: [String: T] = [:]
) where T.RawValue == String {
self.init(
argumentName: argumentName,
displayName: displayName,
help: help,
deprecationMessage: deprecationMessage,
keyPath: keyPath,
type: .enum(T.allCases.map { $0.rawValue }),
altOptions: altOptions
)
}
init(argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, [String]>,
validate: @escaping (String) throws -> Void = { _ in })
{
self.argumentName = argumentName
self.displayName = displayName
self.help = help
self.deprecationMessage = deprecationMessage
type = .array
toOptions = { value, options in
let values = parseCommaDelimitedList(value)
for (index, value) in values.enumerated() {
if values[0 ..< index].contains(value) {
throw FormatError.options("Duplicate value '\(value)'")
}
try validate(value)
}
options[keyPath: keyPath] = values
}
fromOptions = { options in
options[keyPath: keyPath].joined(separator: ",")
}
}
init(argumentName: String,
displayName: String,
help: String,
deprecationMessage: String? = nil,
keyPath: WritableKeyPath<FormatOptions, Set<String>>,
validate: @escaping (String) throws -> Void = { _ in })
{
self.argumentName = argumentName
self.displayName = displayName
self.help = help
self.deprecationMessage = deprecationMessage
type = .set
toOptions = { value, options in
let values = parseCommaDelimitedList(value)
try values.forEach(validate)
options[keyPath: keyPath] = Set(values)
}
fromOptions = { options in
options[keyPath: keyPath].sorted().joined(separator: ",")
}
}
}
let Descriptors = _Descriptors()
private var _allDescriptors: [OptionDescriptor] = {
var descriptors = [OptionDescriptor]()
for (label, value) in Mirror(reflecting: Descriptors).children {
guard let name = label, var descriptor = value as? OptionDescriptor else {
continue
}
if descriptor.propertyName.isEmpty {
descriptor.propertyName = name
}
descriptors.append(descriptor)
}
return descriptors
}()
private var _descriptorsByName: [String: OptionDescriptor] = Dictionary(uniqueKeysWithValues: _allDescriptors.map { ($0.argumentName, $0) })
private let _formattingDescriptors: [OptionDescriptor] = {
let internalDescriptors = Descriptors.internal.map { $0.argumentName }
return _allDescriptors.filter { !internalDescriptors.contains($0.argumentName) }
}()
extension _Descriptors {
var formatting: [OptionDescriptor] {
_formattingDescriptors
}
var `internal`: [OptionDescriptor] {
[
experimentalRules,
fragment,
ignoreConflictMarkers,
swiftVersion,
]
}
/// An Array of all descriptors
var all: [OptionDescriptor] { _allDescriptors }
/// A Dictionary of descriptors by name
var byName: [String: OptionDescriptor] {
_descriptorsByName
}
}
struct _Descriptors {
let lineAfterMarks = OptionDescriptor(
argumentName: "lineaftermarks",
displayName: "Blank line after \"MARK\"",
help: "Insert blank line after \"MARK:\": \"true\" (default) or \"false\"",
keyPath: \.lineAfterMarks,
trueValues: ["true"],
falseValues: ["false"]
)
let indent = OptionDescriptor(
argumentName: "indent",
displayName: "Indent",
help: "Number of spaces to indent, or \"tab\" to use tabs",
keyPath: \.indent,
fromArgument: { arg in
switch arg.lowercased() {
case "tab", "tabs", "tabbed":
return "\t"
default:
return Int(arg).flatMap { $0 > 0 ? String(repeating: " ", count: $0) : nil }
}
},
toArgument: { $0 == "\t" ? "tab" : String($0.count) }
)
let linebreak = OptionDescriptor(
argumentName: "linebreaks",
displayName: "Linebreak Character",
help: "Linebreak character to use: \"cr\", \"crlf\" or \"lf\" (default)",
keyPath: \.linebreak,
options: ["cr": "\r", "lf": "\n", "crlf": "\r\n"]
)
let allowInlineSemicolons = OptionDescriptor(
argumentName: "semicolons",
displayName: "Semicolons",
help: "Allow semicolons: \"never\" or \"inline\" (default)",
keyPath: \.allowInlineSemicolons,
trueValues: ["inline"],
falseValues: ["never", "false"]
)
let spaceAroundOperatorDeclarations = OptionDescriptor(
argumentName: "operatorfunc",
displayName: "Operator Functions",
help: "Spacing for operator funcs: \"spaced\" (default) or \"no-space\"",
keyPath: \.spaceAroundOperatorDeclarations,
trueValues: ["spaced", "space", "spaces"],
falseValues: ["no-space", "nospace"]
)
let useVoid = OptionDescriptor(
argumentName: "voidtype",
displayName: "Void Type",
help: "How void types are represented: \"void\" (default) or \"tuple\"",
keyPath: \.useVoid,
trueValues: ["void"],
falseValues: ["tuple", "tuples", "()"]
)
let indentCase = OptionDescriptor(
argumentName: "indentcase",
displayName: "Indent Case",
help: "Indent cases inside a switch: \"true\" or \"false\" (default)",
keyPath: \.indentCase,
trueValues: ["true"],
falseValues: ["false"]
)
let trailingCommas = OptionDescriptor(
argumentName: "commas",
displayName: "Commas",
help: "Commas in collection literals: \"always\" (default) or \"inline\"",
keyPath: \.trailingCommas,
trueValues: ["always", "true"],
falseValues: ["inline", "false"]
)
let truncateBlankLines = OptionDescriptor(
argumentName: "trimwhitespace",
displayName: "Trim White Space",
help: "Trim trailing space: \"always\" (default) or \"nonblank-lines\"",
keyPath: \.truncateBlankLines,
trueValues: ["always"],
falseValues: ["nonblank-lines", "nonblank", "non-blank-lines", "non-blank",
"nonempty-lines", "nonempty", "non-empty-lines", "non-empty"]
)
let allmanBraces = OptionDescriptor(
argumentName: "allman",
displayName: "Allman Braces",
help: "Use allman indentation style: \"true\" or \"false\" (default)",
keyPath: \.allmanBraces,
trueValues: ["true", "enabled"],
falseValues: ["false", "disabled"]
)
let fileHeader = OptionDescriptor(
argumentName: "header",
displayName: "Header",
help: "Header comments: \"strip\", \"ignore\", or the text you wish use",
keyPath: \.fileHeader
)
let ifdefIndent = OptionDescriptor(
argumentName: "ifdef",
displayName: "Ifdef Indent",
help: "#if indenting: \"indent\" (default), \"no-indent\" or \"outdent\"",
keyPath: \.ifdefIndent
)
let wrapArguments = OptionDescriptor(
argumentName: "wraparguments",
displayName: "Wrap Arguments",
help: "Wrap all arguments: \"before-first\", \"after-first\", \"preserve\"",
keyPath: \.wrapArguments
)
let wrapEnumCases = OptionDescriptor(
argumentName: "wrapenumcases",
displayName: "Wrap Enum Cases",
help: "Wrap enum cases: \"always\" (default) or \"with-values\"",
keyPath: \.wrapEnumCases
)
let wrapParameters = OptionDescriptor(
argumentName: "wrapparameters",
displayName: "Wrap Parameters",
help: "Wrap func params: \"before-first\", \"after-first\", \"preserve\"",
keyPath: \.wrapParameters
)
let wrapCollections = OptionDescriptor(
argumentName: "wrapcollections",
displayName: "Wrap Collections",
help: "Wrap array/dict: \"before-first\", \"after-first\", \"preserve\"",
keyPath: \.wrapCollections
)
let wrapTypealiases = OptionDescriptor(
argumentName: "wraptypealiases",
displayName: "Wrap Typealiases",
help: "Wrap typealiases: \"before-first\", \"after-first\", \"preserve\"",
keyPath: \.wrapTypealiases
)
let wrapReturnType = OptionDescriptor(
argumentName: "wrapreturntype",
displayName: "Wrap Return Type",
help: "Wrap return type: \"if-multiline\", \"preserve\" (default)",
keyPath: \.wrapReturnType
)
let wrapEffects = OptionDescriptor(
argumentName: "wrapeffects",
displayName: "Wrap Function Effects (throws, async)",
help: "Wrap effects: \"if-multiline\", \"never\", \"preserve\"",
keyPath: \.wrapEffects
)
let wrapConditions = OptionDescriptor(
argumentName: "wrapconditions",
displayName: "Wrap Conditions",
help: "Wrap conditions: \"before-first\", \"after-first\", \"preserve\"",
keyPath: \.wrapConditions
)
let wrapTernaryOperators = OptionDescriptor(
argumentName: "wrapternary",
displayName: "Wrap Ternary Operators",
help: "Wrap ternary operators: \"default\", \"before-operators\"",
keyPath: \.wrapTernaryOperators
)
let closingParenOnSameLine = OptionDescriptor(
argumentName: "closingparen",
displayName: "Closing Paren Position",
help: "Closing paren position: \"balanced\" (default) or \"same-line\"",
keyPath: \.closingParenOnSameLine,
trueValues: ["same-line"],
falseValues: ["balanced"]
)
let uppercaseHex = OptionDescriptor(
argumentName: "hexliteralcase",
displayName: "Hex Literal Case",
help: "Casing for hex literals: \"uppercase\" (default) or \"lowercase\"",
keyPath: \.uppercaseHex,
trueValues: ["uppercase", "upper"],
falseValues: ["lowercase", "lower"]
)
let uppercaseExponent = OptionDescriptor(
argumentName: "exponentcase",
displayName: "Exponent Case",
help: "Case of 'e' in numbers: \"lowercase\" or \"uppercase\" (default)",
keyPath: \.uppercaseExponent,
trueValues: ["uppercase", "upper"],
falseValues: ["lowercase", "lower"]
)
let decimalGrouping = OptionDescriptor(
argumentName: "decimalgrouping",
displayName: "Decimal Grouping",
help: "Decimal grouping,threshold (default: 3,6) or \"none\", \"ignore\"",
keyPath: \.decimalGrouping
)
let fractionGrouping = OptionDescriptor(
argumentName: "fractiongrouping",
displayName: "Fraction Grouping",
help: "Group digits after '.': \"enabled\" or \"disabled\" (default)",
keyPath: \.fractionGrouping,
trueValues: ["enabled", "true"],
falseValues: ["disabled", "false"]
)
let exponentGrouping = OptionDescriptor(
argumentName: "exponentgrouping",
displayName: "Exponent Grouping",
help: "Group exponent digits: \"enabled\" or \"disabled\" (default)",
keyPath: \.exponentGrouping,
trueValues: ["enabled", "true"],
falseValues: ["disabled", "false"]
)
let binaryGrouping = OptionDescriptor(
argumentName: "binarygrouping",
displayName: "Binary Grouping",
help: "Binary grouping,threshold (default: 4,8) or \"none\", \"ignore\"",
keyPath: \.binaryGrouping
)
let octalGrouping = OptionDescriptor(
argumentName: "octalgrouping",
displayName: "Octal Grouping",
help: "Octal grouping,threshold (default: 4,8) or \"none\", \"ignore\"",
keyPath: \.octalGrouping
)
let hexGrouping = OptionDescriptor(
argumentName: "hexgrouping",
displayName: "Hex Grouping",
help: "Hex grouping,threshold (default: 4,8) or \"none\", \"ignore\"",
keyPath: \.hexGrouping
)
let hoistPatternLet = OptionDescriptor(
argumentName: "patternlet",
displayName: "Pattern Let",
help: "let/var placement in patterns: \"hoist\" (default) or \"inline\"",
keyPath: \.hoistPatternLet,
trueValues: ["hoist"],
falseValues: ["inline"]
)
let stripUnusedArguments = OptionDescriptor(
argumentName: "stripunusedargs",
displayName: "Strip Unused Arguments",
help: "\"closure-only\", \"unnamed-only\" or \"always\" (default)",
keyPath: \.stripUnusedArguments
)
let elseOnNextLine = OptionDescriptor(
argumentName: "elseposition",
displayName: "Else Position",
help: "Placement of else/catch: \"same-line\" (default) or \"next-line\"",
keyPath: \.elseOnNextLine,
trueValues: ["next-line", "nextline"],
falseValues: ["same-line", "sameline"]
)
let guardElsePosition = OptionDescriptor(
argumentName: "guardelse",
displayName: "Guard Else Position",
help: "Guard else: \"same-line\", \"next-line\" or \"auto\" (default)",
keyPath: \.guardElsePosition
)
let explicitSelf = OptionDescriptor(
argumentName: "self",
displayName: "Self",
help: "Explicit self: \"insert\", \"remove\" (default) or \"init-only\"",
keyPath: \.explicitSelf
)
let selfRequired = OptionDescriptor(
argumentName: "selfrequired",
displayName: "Self Required",
help: "Comma-delimited list of functions with @autoclosure arguments",
keyPath: \FormatOptions.selfRequired
)
let throwCapturing = OptionDescriptor(
argumentName: "throwcapturing",
displayName: "Throw Capturing",
help: "List of functions with throwing @autoclosure arguments",
keyPath: \FormatOptions.throwCapturing
)
let asyncCapturing = OptionDescriptor(
argumentName: "asynccapturing",
displayName: "Async Capturing",
help: "List of functions with async @autoclosure arguments",
keyPath: \FormatOptions.asyncCapturing
)
let importGrouping = OptionDescriptor(
argumentName: "importgrouping",
displayName: "Import Grouping",
help: "\"testable-first/last\", \"alpha\" (default) or \"length\"",
keyPath: \FormatOptions.importGrouping,
altOptions: [
"alphabetized": .alpha,
"alphabetical": .alpha,
"testable-top": .testableFirst,
"testable-bottom": .testableLast,
]
)
let trailingClosures = OptionDescriptor(
argumentName: "trailingclosures",
displayName: "Trailing Closure Functions",
help: "Comma-delimited list of functions that use trailing closures",
keyPath: \FormatOptions.trailingClosures
)
let neverTrailing = OptionDescriptor(
argumentName: "nevertrailing",
displayName: "Never Trailing Functions",
help: "List of functions that should never use trailing closures",
keyPath: \FormatOptions.neverTrailing
)
let xcodeIndentation = OptionDescriptor(
argumentName: "xcodeindentation",
displayName: "Xcode Indentation",
help: "Match Xcode indenting: \"enabled\" or \"disabled\" (default)",
keyPath: \.xcodeIndentation,
trueValues: ["enabled", "true"],
falseValues: ["disabled", "false"]
)
let tabWidth = OptionDescriptor(
argumentName: "tabwidth",
displayName: "Tab Width",
help: "The width of a tab character. Defaults to \"unspecified\"",
keyPath: \.tabWidth,
fromArgument: { $0.lowercased() == "unspecified" ? 0 : Int($0).map { max(0, $0) } },
toArgument: { $0 > 0 ? String($0) : "unspecified" }
)
let maxWidth = OptionDescriptor(
argumentName: "maxwidth",
displayName: "Max Width",
help: "Maximum length of a line before wrapping. defaults to \"none\"",
keyPath: \.maxWidth,
fromArgument: { $0.lowercased() == "none" ? 0 : Int($0).map { max(0, $0) } },
toArgument: { $0 > 0 ? String($0) : "none" }
)
let smartTabs = OptionDescriptor(
argumentName: "smarttabs",
displayName: "Smart Tabs",
help: "Align code independently of tab width. defaults to \"enabled\"",
keyPath: \.smartTabs,
trueValues: ["enabled", "true"],
falseValues: ["disabled", "false"]
)
let assetLiteralWidth = OptionDescriptor(
argumentName: "assetliterals",
displayName: "Asset Literals",
help: "Color/image literal width. \"actual-width\" or \"visual-width\"",
keyPath: \.assetLiteralWidth
)
let noSpaceOperators = OptionDescriptor(
argumentName: "nospaceoperators",
displayName: "No-space Operators",
help: "Comma-delimited list of operators without surrounding space",
keyPath: \FormatOptions.noSpaceOperators,
validate: {
switch $0 {
case "?":
throw FormatError.options("Spacing around ? operator is not optional")
case ":":
break
case _ where !$0.isOperator:
throw FormatError.options("'\($0)' is not a valid infix operator")
default:
break
}
}
)
let spaceAroundRangeOperators = OptionDescriptor(
argumentName: "ranges",
displayName: "Ranges",
help: "Spacing for ranges: \"spaced\" (default) or \"no-space\"",
keyPath: \.spaceAroundRangeOperators,
trueValues: ["spaced", "space", "spaces"],
falseValues: ["no-space", "nospace"]
)
let noWrapOperators = OptionDescriptor(
argumentName: "nowrapoperators",
displayName: "No-wrap Operators",
help: "Comma-delimited list of operators that shouldn't be wrapped",
keyPath: \FormatOptions.noWrapOperators,
validate: {
switch $0 {
case ":", ";", "is", "as", "as!", "as?":
break
case _ where !$0.isOperator:
throw FormatError.options("'\($0)' is not a valid infix operator")
default:
break
}
}
)
let modifierOrder = OptionDescriptor(
argumentName: "modifierorder",
displayName: "Modifier Order",
help: "Comma-delimited list of modifiers in preferred order",
keyPath: \FormatOptions.modifierOrder,
validate: {
guard _FormatRules.mapModifiers($0) != nil else {
let names = _FormatRules.allModifiers
+ _FormatRules.semanticModifierGroups
let error = "'\($0)' is not a valid modifier"
guard let match = $0.bestMatches(in: names).first else {
throw FormatError.options(error)
}
throw FormatError.options("\(error) (did you mean '\(match)'?)")
}
}
)
let shortOptionals = OptionDescriptor(
argumentName: "shortoptionals",
displayName: "Short Optional Syntax",
help: "Use ? for optionals \"always\" or \"except-properties\" (default)",
keyPath: \.shortOptionals
)
let markTypes = OptionDescriptor(
argumentName: "marktypes",
displayName: "Mark Types",
help: "Mark types \"always\" (default), \"never\", \"if-not-empty\"",
keyPath: \.markTypes
)
let typeMarkComment = OptionDescriptor(
argumentName: "typemark",
displayName: "Type Mark Comment",
help: "Template for type mark comments. Defaults to \"MARK: - %t\"",
keyPath: \.typeMarkComment,
fromArgument: { $0 },
toArgument: { $0 }
)
let markExtensions = OptionDescriptor(
argumentName: "markextensions",
displayName: "Mark Extensions",
help: "Mark extensions \"always\" (default), \"never\", \"if-not-empty\"",
keyPath: \.markExtensions
)
let extensionMarkComment = OptionDescriptor(
argumentName: "extensionmark",
displayName: "Extension Mark Comment",
help: "Mark for standalone extensions. Defaults to \"MARK: - %t + %c\"",
keyPath: \.extensionMarkComment,
fromArgument: { $0 },
toArgument: { $0 }
)
let groupedExtensionMarkComment = OptionDescriptor(
argumentName: "groupedextension",
displayName: "Grouped Extension Mark Comment",
help: "Mark for extension grouped with extended type. (\"MARK: %c\")",
keyPath: \.groupedExtensionMarkComment,
fromArgument: { $0 },
toArgument: { $0 }
)
let markCategories = OptionDescriptor(
argumentName: "markcategories",
displayName: "Mark Categories",
help: "Insert MARK comments between categories (true by default)",
keyPath: \.markCategories,
trueValues: ["true"],
falseValues: ["false"]
)
let categoryMarkComment = OptionDescriptor(
argumentName: "categorymark",
displayName: "Category Mark Comment",
help: "Template for category mark comments. Defaults to \"MARK: %c\"",
keyPath: \.categoryMarkComment,
fromArgument: { $0 },
toArgument: { $0 }
)
let beforeMarks = OptionDescriptor(
argumentName: "beforemarks",
displayName: "Before Marks",
help: "Declarations placed before first mark (e.g. `typealias,struct`)",
keyPath: \.beforeMarks
)
let lifecycleMethods = OptionDescriptor(
argumentName: "lifecycle",
displayName: "Lifecycle Methods",
help: "Names of additional Lifecycle methods (e.g. `viewDidLoad`)",
keyPath: \.lifecycleMethods
)
let organizeTypes = OptionDescriptor(
argumentName: "organizetypes",
displayName: "Declaration Types to Organize",
help: "Declarations to organize (default: `class,actor,struct,enum`)",
keyPath: \.organizeTypes
)
let organizeStructThreshold = OptionDescriptor(
argumentName: "structthreshold",
displayName: "Organize Struct Threshold",
help: "Minimum line count to organize struct body. Defaults to 0",
keyPath: \.organizeStructThreshold
)
let organizeClassThreshold = OptionDescriptor(
argumentName: "classthreshold",
displayName: "Organize Class Threshold",
help: "Minimum line count to organize class body. Defaults to 0",
keyPath: \.organizeClassThreshold
)
let organizeEnumThreshold = OptionDescriptor(
argumentName: "enumthreshold",
displayName: "Organize Enum Threshold",
help: "Minimum line count to organize enum body. Defaults to 0",
keyPath: \.organizeEnumThreshold
)
let organizeExtensionThreshold = OptionDescriptor(
argumentName: "extensionlength",
displayName: "Organize Extension Threshold",
help: "Minimum line count to organize extension body. Defaults to 0",
keyPath: \.organizeExtensionThreshold
)
let funcAttributes = OptionDescriptor(
argumentName: "funcattributes",
displayName: "Function Attributes",
help: "Function @attributes: \"preserve\", \"prev-line\", or \"same-line\"",
keyPath: \.funcAttributes
)
let typeAttributes = OptionDescriptor(
argumentName: "typeattributes",
displayName: "Type Attributes",
help: "Type @attributes: \"preserve\", \"prev-line\", or \"same-line\"",
keyPath: \.typeAttributes
)
let varAttributes = OptionDescriptor(
argumentName: "varattributes",
displayName: "Var Attributes",
help: "Property @attributes: \"preserve\", \"prev-line\", or \"same-line\"",
keyPath: \.varAttributes
)
let yodaSwap = OptionDescriptor(
argumentName: "yodaswap",
displayName: "Yoda Swap",
help: "Swap yoda values: \"always\" (default) or \"literals-only\"",
keyPath: \.yodaSwap
)
let extensionACLPlacement = OptionDescriptor(
argumentName: "extensionacl",
displayName: "Extension Access Control Level Placement",
help: "Place ACL \"on-extension\" (default) or \"on-declarations\"",
keyPath: \.extensionACLPlacement
)
let redundantType = OptionDescriptor(
argumentName: "redundanttype",
displayName: "Redundant Type",
help: "\"inferred\", \"explicit\", or \"infer-locals-only\" (default)",
keyPath: \.redundantType
)
let emptyBracesSpacing = OptionDescriptor(
argumentName: "emptybraces",
displayName: "Empty Braces",
help: "Empty braces: \"no-space\" (default), \"spaced\" or \"linebreak\"",
keyPath: \.emptyBracesSpacing
)
let acronyms = OptionDescriptor(
argumentName: "acronyms",
displayName: "Acronyms",
help: "Acronyms to auto-capitalize. Defaults to \"ID,URL,UUID\"",
keyPath: \.acronyms
)
let indentStrings = OptionDescriptor(
argumentName: "indentstrings",
displayName: "Indent Strings",
help: "Indent multiline strings: \"false\" (default) or \"true\"",
keyPath: \.indentStrings,
trueValues: ["true", "enabled"],
falseValues: ["false", "disabled"]
)
let closureVoidReturn = OptionDescriptor(
argumentName: "closurevoid",
displayName: "Closure Void Return",
help: "Closure void returns: \"remove\" (default) or \"preserve\"",
keyPath: \.closureVoidReturn
)
let enumNamespaces = OptionDescriptor(
argumentName: "enumnamespaces",
displayName: "Convert namespaces types to enum",
help: "Change type to enum: \"always\" (default) or \"structs-only\"",
keyPath: \.enumNamespaces
)
let removeStartOrEndBlankLinesFromTypes = OptionDescriptor(
argumentName: "typeblanklines",
displayName: "Remove blank lines from types",
help: "\"remove\" (default) or \"preserve\" blank lines from types",
keyPath: \.removeStartOrEndBlankLinesFromTypes,
trueValues: ["remove"],
falseValues: ["preserve"]
)
let genericTypes = OptionDescriptor(
argumentName: "generictypes",
displayName: "Additional generic types",
help: "Semicolon-delimited list of generic types and type parameters",
keyPath: \.genericTypes,
fromArgument: { $0 },
toArgument: { $0 }
)
let useSomeAny = OptionDescriptor(
argumentName: "someany",
displayName: "Use `some Any`",
help: "Use `some Any` types: \"true\" (default) or \"false\"",
keyPath: \.useSomeAny,
trueValues: ["true", "enabled"],
falseValues: ["false", "disabled"]
)
let preserveAnonymousForEach = OptionDescriptor(
argumentName: "anonymousforeach",
displayName: "Anonymous forEach closures",
help: "Convert anonymous forEach: \"convert\" (default) or \"ignore\"",
keyPath: \.preserveAnonymousForEach,
trueValues: ["ignore", "preserve"],
falseValues: ["convert"]
)
let preserveSingleLineForEach = OptionDescriptor(
argumentName: "onelineforeach",
displayName: "Single-line forEach closures",
help: "Convert one-line forEach: \"convert\" or \"ignore\" (default)",
keyPath: \.preserveSingleLineForEach,
trueValues: ["ignore", "preserve"],
falseValues: ["convert"]
)
let preserveDocComments = OptionDescriptor(
argumentName: "doccomments",
displayName: "Doc comments",
help: "Doc comments: \"before-declarations\" (default) or \"preserve\"",
keyPath: \.preserveDocComments,
trueValues: ["preserve"],
falseValues: ["before-declarations", "declarations"]
)
// MARK: - Internal
let fragment = OptionDescriptor(
argumentName: "fragment",
displayName: "Fragment",
help: "Input is part of a larger file: \"true\" or \"false\" (default)",
keyPath: \.fragment,
trueValues: ["true", "enabled"],
falseValues: ["false", "disabled"]
)
let ignoreConflictMarkers = OptionDescriptor(
argumentName: "conflictmarkers",
displayName: "Conflict Markers",
help: "Merge-conflict markers: \"reject\" (default) or \"ignore\"",
keyPath: \.ignoreConflictMarkers,
trueValues: ["ignore", "true", "enabled"],
falseValues: ["reject", "false", "disabled"]
)
let swiftVersion = OptionDescriptor(
argumentName: "swiftversion",
displayName: "Swift Version",
help: "The version of Swift used in the files being formatted",
keyPath: \.swiftVersion
)
// MARK: - DEPRECATED
let indentComments = OptionDescriptor(
argumentName: "comments",
displayName: "Comments",
help: "Indenting of comment bodies: \"indent\" (default) or \"ignore\"",
deprecationMessage: "Relative indent within multiline comments is now preserved by default.",
keyPath: \.indentComments,
trueValues: ["indent", "indented"],
falseValues: ["ignore"]
)
let insertBlankLines = OptionDescriptor(
argumentName: "insertlines",
displayName: "Insert Lines",
help: "deprecated",
deprecationMessage: "Use '--enable blankLinesBetweenScopes' or '--enable blankLinesAroundMark' or '--disable blankLinesBetweenScopes' or '--disable blankLinesAroundMark' instead.",
keyPath: \.insertBlankLines,
trueValues: ["enabled", "true"],
falseValues: ["disabled", "false"]
)
let removeBlankLines = OptionDescriptor(
argumentName: "removelines",
displayName: "Remove Lines",
help: "deprecated",
deprecationMessage: "Use '--enable blankLinesAtStartOfScope' or '--enable blankLinesAtEndOfScope' or '--disable blankLinesAtStartOfScope' or '--disable blankLinesAtEndOfScope' instead.",
keyPath: \.removeBlankLines,
trueValues: ["enabled", "true"],
falseValues: ["disabled", "false"]
)
let experimentalRules = OptionDescriptor(
argumentName: "experimental",
displayName: "Experimental Rules",
help: "Experimental rules: \"enabled\" or \"disabled\" (default)",
deprecationMessage: "Use --enable to opt-in to rules individually.",
keyPath: \.experimentalRules,
trueValues: ["enabled", "true"],
falseValues: ["disabled", "false"]
)
// MARK: - RENAMED
let empty = OptionDescriptor(
argumentName: "empty",
displayName: "Empty",
help: "deprecated",
keyPath: \.useVoid,
trueValues: ["void"],
falseValues: ["tuple", "tuples"]
).renamed(to: "useVoid")
let hexLiterals = OptionDescriptor(
argumentName: "hexliterals",
displayName: "hexliterals",
help: "deprecated",
keyPath: \.uppercaseHex,
trueValues: ["uppercase", "upper"],
falseValues: ["lowercase", "lower"]
).renamed(to: "uppercaseHex")
let wrapElements = OptionDescriptor(
argumentName: "wrapelements",
displayName: "Wrap Elements",
help: "deprecated",
keyPath: \.wrapCollections
).renamed(to: "wrapCollections")
let specifierOrder = OptionDescriptor(
argumentName: "specifierorder",
displayName: "Specifier Order",
help: "deprecated",
keyPath: \FormatOptions.modifierOrder,
validate: {
guard _FormatRules.mapModifiers($0) != nil else {
throw FormatError.options("'\($0)' is not a valid specifier")
}
}
).renamed(to: "modifierOrder")
}