How to use defining class

Best Quick code snippet using defining

Restaurant.swift

Source:Restaurant.swift Github

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...23 var uniqueIdentifier: String? {24 guard let id = id else { return nil }25 return "\(id)"26 }27 var definingPeople: String? {28 var definingPeopleValues = [String]()29 if let firstDefiningPerson = firstDefiningPerson { definingPeopleValues.append("\(firstDefiningPerson)") }30 if let secondDefiningPerson = secondDefiningPerson { definingPeopleValues.append("\(secondDefiningPerson)") }31 if let thirdDefiningPerson = thirdDefiningPerson { definingPeopleValues.append("\(thirdDefiningPerson)") }32 return definingPeopleValues.isEmpty ? nil : definingPeopleValues.joined(separator: "\n")33 }34 var hours: String? {35 guard let openResults = openResults else { return nil }36 let splittedHours = openResults.split(separator: ",").map { $0.trimmingCharacters(in: .whitespacesAndNewlines) }37 return splittedHours.joined(separator: "\n")38 }39 private let menuPriceInformation: String?40 private let menuPriceRating: Int?41 private let rawEmail: String?42 private let firstDefiningPersonName: String?43 private let firstDefiningPersonTitle: String?44 private let secondDefiningPersonName: String?45 private let secondDefiningPersonTitle: String?46 private let thirdDefiningPersonName: String?...

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Contactbook.swift

Source:Contactbook.swift Github

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...35 }36 37 func addContact(contact: Contact) {38 self.contacts[contact.id] = contact39 if self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"] != nil {40 self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"]?.append(contact.id)41 }42 else {43 self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"] = [contact.id]44 }45 if (self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"]?.count ?? 0) > 1 {46 self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"]?.sort(by: { contacts[$0]!.defining < contacts[$1]!.defining })47 }48 if contact.defining.first?.lowercased() == "#" {49 contact.defining.remove(at: contact.defining.startIndex)50 }51 52 if contact.lastName == contact.defining {53 let normalText = "\(contact.firstName )"54 let normalString = NSMutableAttributedString(string: normalText)55 let boldText = "\(contact.lastName )"56 let attrs = [NSAttributedString.Key.font : UIFont.boldSystemFont(ofSize: 15)]57 let boldString = NSMutableAttributedString(string: boldText, attributes: attrs)58 normalString.append(NSMutableAttributedString(string: " "))59 normalString.append(boldString)60 contact.showString = normalString61 }62 else if contact.firstName == contact.defining {63 let boldText = "\(contact.firstName)"64 let attrs = [NSAttributedString.Key.font : UIFont.boldSystemFont(ofSize: 15)]65 let boldString = NSMutableAttributedString(string: boldText, attributes: attrs)66 contact.showString = boldString67 }68 else if contact.company == contact.defining {69 let boldText = "\(contact.company )"70 let attrs = [NSAttributedString.Key.font : UIFont.boldSystemFont(ofSize: 15)]71 let boldString = NSMutableAttributedString(string: boldText, attributes: attrs)72 contact.showString = boldString73 }74 else {75 let boldText = "\(contact.defining )"76 let attrs = [NSAttributedString.Key.font : UIFont.boldSystemFont(ofSize: 15)]77 let boldString = NSMutableAttributedString(string: boldText, attributes: attrs)78 contact.showString = boldString79 }80 sortLetters()81 82 }83 func removeContact(contact: Contact) {84 if self.contacts[contact.id] != nil {85 self.contacts[contact.id] = nil86 }87 if self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"] != nil {88 if self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"]?.contains(contact.id) != nil {89 self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"] = self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"]?.filter({ $0 != contact.id })90 if self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"]?.count == 0 {91 self.contactsByLetters["\(contact.defining.first?.lowercased() ?? " ")"] = nil92 }93 }94 }95 sortLetters()96 }97 98 99 func fillWithDefaultValues() {100 let c1 = Contact()101 102 c1.firstName = "John"103 c1.lastName = "Appleseed"104 c1.birthDate = "February 8"105 c1.defining = c1.lastName106 self.addContact(contact: c1)107 108 let c2 = Contact()109 c2.image = UIImage(systemName: "mic") ?? UIImage()110 c2.firstName = "Anna"111 c2.lastName = "Bell"112 c2.company = "company"113 c2.phoneNumbers = ["12345", "4646123", "134544", "1454545"]114 c2.emails = ["email1", "email2"]115 c2.birthDate = "March 5"116 c2.defining = c2.lastName117 self.addContact(contact: c2)118 119 let c3 = Contact()120 c3.firstName = "David"121 c3.lastName = "Taylor"122 c3.defining = c3.lastName123 self.addContact(contact: c3)124 125 let c4 = Contact()126 c4.firstName = "Anna"127 c4.lastName = "Haro"128 c4.defining = c4.lastName129 self.addContact(contact: c4)130 131 let c5 = Contact()132 c5.firstName = "Anna"133 c5.lastName = "Anna"134 c5.defining = c5.lastName135 self.addContact(contact: c5)136 137 }138}...

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LLVMInstruction+logRegisterUses.swift

Source:LLVMInstruction+logRegisterUses.swift Github

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1//2// LLVMInstruction+logRegisterUses.swift3// minic4//5// Created by Ethan Kusters on 5/9/20.6//7import Foundation8extension LLVMInstruction {9 func logRegisterUses() -> LLVMInstruction {10 switch(self) {11 case let .add(target, firstOp, secondOp, _),12 let .subtract(target, firstOp, secondOp, _),13 let .multiply(target, firstOp, secondOp, _),14 let .signedDivide(target, firstOp, secondOp, _),15 let .and(target, firstOp, secondOp, _),16 let .or(target, firstOp, secondOp, _),17 let .exclusiveOr(target, firstOp, secondOp, _),18 let .comparison(target, _, firstOp, secondOp, _):19 firstOp.addUse(by: self)20 secondOp.addUse(by: self)21 target.setDefiningInstruction(self)22 case let .conditionalBranch(conditional, _, _, _):23 conditional.addUse(by: self)24 case .unconditionalBranch:25 return self26 case let .load(target, srcPointer, _):27 srcPointer.addUse(self)28 target.setDefiningInstruction(self)29 case let .store(source, destPointer, _):30 source.addUse(by: self)31 destPointer.addUse(self)32 case let .getElementPointer(target, structureType, structurePointer, _, _):33 structureType.addUse(self)34 structurePointer.addUse(self)35 target.setDefiningInstruction(self)36 case let .returnValue(value, _):37 value.addUse(by: self)38 case let .allocate(target, _):39 target.setDefiningInstruction(self)40 case let .bitcast(target, source, _):41 source.addUse(by: self)42 target.setDefiningInstruction(self)43 case let .truncate(target, source, _):44 source.addUse(by: self)45 target.setDefiningInstruction(self)46 case let .zeroExtend(target, source, _):47 source.addUse(by: self)48 target.setDefiningInstruction(self)49 case let .call(target, _, arguments, _):50 arguments.forEach({$0.addUse(by: self)})51 target?.setDefiningInstruction(self)52 case let .phi(phiInstruction):53 phiInstruction.operands.map(\.value).forEach { $0.addUse(by: self) }54 phiInstruction.target.setDefiningInstruction(self)55 case let .move(target, source, _):56 target.setDefiningInstruction(self)57 source.addUse(by: self)58 case let .println(source, _):59 source.addUse(by: self)60 case let .print(source, _):61 source.addUse(by: self)62 case let .read(target, _):63 target.setDefiningInstruction(self)64 case .declareGlobal, .declareStructureType, .returnVoid:65 return self66 }67 68 return self69 }70}...

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defining

Using AI Code Generation

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1import Foundation2func quickSort<T: Comparable>(array: inout [T], low: Int, high: Int) {3 if low < high {4 let pi = partition(array: &array, low: low, high: high)5 quickSort(array: &array, low: low, high: pi - 1)6 quickSort(array: &array, low: pi + 1, high: high)7 }8}9func partition<T: Comparable>(array: inout [T], low: Int, high: Int) -> Int {10 for j in low..<high {11 if array[j] < pivot {12 (array[i], array[j]) = (array[j], array[i])13 }14 }15 (array[i + 1], array[high]) = (array[high], array[i + 1])16}17quickSort(array: &array, low: 0, high: array.count - 1)18print(array)19import Foundation20func quickSort<T: Comparable>(array: inout [T], low: Int, high: Int) {21 if low < high {22 let pi = partition(array: &array, low: low, high: high)23 quickSort(array: &array, low: low, high: pi - 1)24 quickSort(array: &array, low: pi + 1, high: high)25 }26}27func partition<T: Comparable>(array: inout [T], low: Int, high: Int) -> Int {28 for j in low..<high {29 if array[j] < pivot {30 (array[i], array[j]) = (array[j],

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defining

Using AI Code Generation

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1let quickSort = QuickSort()2quickSort.quickSort(array: inputArray)3let mergeSort = MergeSort()4mergeSort.mergeSort(array: inputArray)5let heapSort = HeapSort()6heapSort.heapSort(array: inputArray)7let bubbleSort = BubbleSort()8bubbleSort.bubbleSort(array: inputArray)9let selectionSort = SelectionSort()10selectionSort.selectionSort(array: inputArray)11let insertionSort = InsertionSort()12insertionSort.insertionSort(array: inputArray)13let radixSort = RadixSort()14radixSort.radixSort(array: inputArray)15let countingSort = CountingSort()16countingSort.countingSort(array: inputArray)

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defining

Using AI Code Generation

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1import Foundation2class QuickSort{3 func quickSort(_ array: [Int]) -> [Int] {4 guard array.count > 1 else { return array }5 let less = array.filter { $0 < pivot }6 let equal = array.filter { $0 == pivot }7 let greater = array.filter { $0 > pivot }8 return quickSort(less) + equal + quickSort(greater)9 }10}11import Foundation12class QuickSort{13 func quickSort(_ array: [Int]) -> [Int] {14 guard array.count > 1 else { return array }15 let less = array.filter { $0 < pivot }16 let equal = array.filter { $0 == pivot }17 let greater = array.filter { $0 > pivot }18 return quickSort(less) + equal + quickSort(greater)19 }20}21import Foundation22class QuickSort{23 func quickSort(_ array: [Int]) -> [Int] {24 guard array.count > 1 else { return array }25 let less = array.filter { $0 < pivot }26 let equal = array.filter { $0 == pivot }27 let greater = array.filter { $0 > pivot }28 return quickSort(less) + equal + quickSort(greater)29 }30}31import Foundation32class QuickSort{33 func quickSort(_ array: [Int]) -> [Int] {34 guard array.count > 1 else { return array }

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defining

Using AI Code Generation

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1import Foundation2class QuickSort{3 func sort(array: inout [Int], low: Int, high: Int){4 if low < high{5 let pi = partition(&array, low: low, high: high)6 sort(array: &array, low: low, high: pi - 1)7 sort(array: &array, low: pi + 1, high: high)8 }9 }10 func partition(_ array: inout [Int], low: Int, high: Int) -> Int{11 for j in low..<high{12 if array[j] < pivot{13 array.swapAt(i, j)14 }15 }16 array.swapAt(i + 1, high)17 }18}19let quickSort = QuickSort()20quickSort.sort(array: &array, low: 0, high: array.count - 1)21print("Array after sorting: \(array)")22import Foundation23class QuickSort{24 func sort(array: inout [Int], low: Int, high: Int){25 if low < high{

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defining

Using AI Code Generation

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1import Foundation2var quickSort = QuickSort(arr: arr)3quickSort.quickSort()4print("Sorted Array: \(quickSort.arr)")5import Foundation6var quickSort = QuickSort(arr: arr)7quickSort.quickSort()8print("Sorted Array: \(quickSort.arr)")9import Foundation10var quickSort = QuickSort(arr: arr)11quickSort.quickSort()12print("Sorted Array: \(quickSort.arr)")13import Foundation14var quickSort = QuickSort(arr: arr)15quickSort.quickSort()16print("Sorted Array: \(quickSort.arr)")17import Foundation18var quickSort = QuickSort(arr: arr)19quickSort.quickSort()20print("Sorted Array: \(quickSort.arr)")21import Foundation22var quickSort = QuickSort(arr: arr)23quickSort.quickSort()24print("Sorted Array: \(quickSort.arr)")25import Foundation26var quickSort = QuickSort(arr: arr)

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defining

Using AI Code Generation

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1var quickSort = QuickSort()2quickSort.sort(&arr)3print(arr)4var quickSort = QuickSort()5quickSort.sort(&arr)6print(arr)7var quickSort = QuickSort()8quickSort.sort(&arr)9print(arr)10var quickSort = QuickSort()11quickSort.sort(&arr)12print(arr)13var quickSort = QuickSort()14quickSort.sort(&arr)15print(arr)16var quickSort = QuickSort()17quickSort.sort(&arr)18print(arr)19var quickSort = QuickSort()20quickSort.sort(&arr)21print(arr)22var quickSort = QuickSort()23quickSort.sort(&arr)24print(arr)

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defining

Using AI Code Generation

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1let quickSort = QuickSort()2let sortedArray = quickSort.sort([4, 3, 2, 1])3print(sortedArray)4let quickSort = QuickSort()5let sortedArray = quickSort.sort([4, 3, 2, 1])6print(sortedArray)7let quickSort = QuickSort()8let sortedArray = quickSort.sort([4, 3, 2, 1])9print(sortedArray)10let quickSort = QuickSort()11let sortedArray = quickSort.sort([4, 3, 2, 1])12print(sortedArray)13let quickSort = QuickSort()14let sortedArray = quickSort.sort([4, 3, 2, 1])15print(sortedArray)16let quickSort = QuickSort()17let sortedArray = quickSort.sort([4, 3, 2, 1])18print(sortedArray)19let quickSort = QuickSort()20let sortedArray = quickSort.sort([4, 3, 2, 1])21print(sortedArray)22let quickSort = QuickSort()23let sortedArray = quickSort.sort([4, 3, 2, 1])24print(sortedArray)25let quickSort = QuickSort()26let sortedArray = quickSort.sort([4, 3, 2, 1])27print(sortedArray)28let quickSort = QuickSort()29let sortedArray = quickSort.sort([4, 3, 2,

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defining

Using AI Code Generation

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1func main(){2 print("Given array is")3 print(arr)4 quickSort(&arr, 0, n-1)5 print("Sorted array is")6 print(arr)7}

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