How to use C class

Best Quick code snippet using C

sorted.go

Source:sorted.go

1package sorted2import (3	"github.com/gomodule/redigo/redis"4)5type Config struct {6	Pool *redis.Pool7	Prefix string8}9type Sorted struct {10	cre *create11	del *delete12	exi *exists13	met *metric14	sea *search15	upd *update16}17func New(config Config) (*Sorted, error) {18	var cre *create19	{20		cre = &create{21			pool: config.Pool,22			createElementScript: redis.NewScript(2, createElementScript),23			prefix: config.Prefix,24		}25	}26	var del *delete27	{28		del = &delete{29			pool: config.Pool,30			deleteCleanScript: redis.NewScript(2, deleteCleanScript),31			deleteScoreScript: redis.NewScript(2, deleteScoreScript),32			deleteValueScript: redis.NewScript(2, deleteValueScript),33			prefix: config.Prefix,34		}35	}36	var exi *exists37	{38		exi = &exists{39			pool: config.Pool,40			prefix: config.Prefix,41		}42	}43	var met *metric44	{45		met = &metric{46			pool: config.Pool,47			prefix: config.Prefix,48		}49	}50	var sea *search51	{52		sea = &search{53			pool: config.Pool,54			searchIndexScript: redis.NewScript(2, searchIndexScript),55			prefix: config.Prefix,56		}57	}58	var upd *update59	{60		upd = &update{61			pool: config.Pool,62			updateValueScript: redis.NewScript(2, updateValueScript),63			prefix: config.Prefix,64		}65	}66	s := &Sorted{67		cre: cre,68		del: del,69		exi: exi,70		met: met,71		sea: sea,72		upd: upd,73	}74	return s, nil75}76func (s *Sorted) Create() Create {77	return s.cre78}79func (s *Sorted) Delete() Delete {80	return s.del81}82func (s *Sorted) Exists() Exists {83	return s.exi84}85func (s *Sorted) Metric() Metric {86	return s.met87}88func (s *Sorted) Search() Search {89	return s.sea90}...

Package.swift

Source:Package.swift

1// swift-tools-version: 5.62// The swift-tools-version declares the minimum version of Swift required to build this package.3import PackageDescription4let package = Package(5    name: "NavigationSplitTab",6    platforms: [7        .iOS(.v15),8        .macOS(.v12)9    ],10    products: [11        // Products define the executables and libraries a package produces, and make them visible to other packages.12        .library(13            name: "NavigationSplitTab",14            targets: ["NavigationSplitTab"]),15    ],16    dependencies: [17        // Dependencies declare other packages that this package depends on.18        // .package(url: /* package url */, from: "1.0.0"),19        .package(url: "https://github.com/dkk/ScrollViewIfNeeded", .upToNextMajor(from: "1.0.0")),20        // for documentation21        .package(url: "https://github.com/apple/swift-docc-plugin.git", from: "1.0.0"),22    ],23    targets: [24        // Targets are the basic building blocks of a package. A target can define a module or a test suite.25        // Targets can depend on other targets in this package, and on products in packages this package depends on.26        .target(27            name: "NavigationSplitTab",28            dependencies: ["ScrollViewIfNeeded"]),29        .testTarget(30            name: "NavigationSplitTabTests",31            dependencies: ["NavigationSplitTab"]),32    ]33)...

ContentView.swift

Source:ContentView.swift

1//2//  ContentView.swift3//  asyncAwaitPractice4//5//  Created by Chan Jung on 6/14/22.6//7import SwiftUI8struct ContentView: View {9    var body: some View {10        VStack {11            Image(systemName: "globe")12                .imageScale(.large)13                .foregroundColor(.accentColor)14            Text("Hello, world!")15        }16    }17}18struct ContentView_Previews: PreviewProvider {19    static var previews: some View {20        ContentView()21    }22}...

asyncAwaitPracticeApp.swift

Source:asyncAwaitPracticeApp.swift

1//2//  asyncAwaitPracticeApp.swift3//  asyncAwaitPractice4//5//  Created by Chan Jung on 6/14/22.6//7import SwiftUI8@main9struct asyncAwaitPracticeApp: App {10    var body: some Scene {11        WindowGroup {12            ContentView()13        }14    }15}...

sorted_metric.go

Source:sorted_metric.go

1package fake2type SortedMetric struct {3	FakeCount func() (int64, error)4}5func (s *SortedMetric) Count(key string) (int64, error) {6	if s.FakeCount != nil {7		return s.FakeCount()8	}9	return 0, nil10}...

entity.go

Source:entity.go

1package dependency_inversion...

Using AI Code Generation

1class QuickSort {2    init(array: [Int]) {3    }4    func sort() -> [Int] {5        quickSort(&array, 0, size - 1)6    }7    private func quickSort(_ array: inout [Int], _ low: Int, _ high: Int) {8        if low < high {9            let pivot = partition(&array, low, high)10            quickSort(&array, low, pivot - 1)11            quickSort(&array, pivot + 1, high)12        }13    }14    private func partition(_ array: inout [Int], _ low: Int, _ high: Int) -> Int {15        for j in low..<high {16            if array[j] <= pivot {17                swap(&array[i], &array[j])18            }19        }20        swap(&array[i], &array[high])21    }22}23class QuickSort {24    init(array: [Int]) {25    }26    func sort() -> [Int] {27        quickSort(&array, 0, size - 1)28    }29    private func quickSort(_ array: inout [Int], _ low: Int, _ high: Int) {30        if low < high {31            let pivot = partition(&array, low, high)32            quickSort(&array, low, pivot - 1)33            quickSort(&array, pivot + 1, high)34        }35    }36    private func partition(_ array: inout [Int], _ low: Int, _ high: Int) -> Int {37        for j in low..<high {38            if array[j] <= pivot {39                swap(&array[i], &array[j])40            }41        }42        swap(&array[i], &array[high])43    }44}

Using AI Code Generation

1import QuickSort2QuickSort.quickSort(&arr, 0, arr.count - 1)3print(arr)4import QuickSort5QuickSort.quickSort(&arr, 0, arr.count - 1)6print(arr)7import QuickSort8QuickSort.quickSort(&arr, 0, arr.count - 1)9print(arr)10import QuickSort11QuickSort.quickSort(&arr, 0, arr.count - 1)12print(arr)13import QuickSort14QuickSort.quickSort(&arr, 0, arr.count - 1)15print(arr)16import QuickSort17QuickSort.quickSort(&arr, 0, arr.count - 1)18print(arr)

Using AI Code Generation

1import Foundation2class QuickSort{3    init(arr: [Int]){4    }5    func quickSort(){6        quickSort(arr: &arr, low: 0, high: n-1)7    }8    func quickSort(arr: inout [Int], low: Int, high: Int){9        if low < high{10            let pi = partition(arr: &arr, low: low, high: high)11            quickSort(arr: &arr, low: low, high: pi-1)12            quickSort(arr: &arr, low: pi+1, high: high)13        }14    }15    func partition(arr: inout [Int], low: Int, high: Int) -> Int{16        for j in low..<high{17            if arr[j] < pivot{18                arr.swapAt(i, j)19            }20        }21        arr.swapAt(i+1, high)22    }23}24import Foundation25class QuickSort{26    init(arr: [Int]){27    }28    func quickSort(){29        quickSort(arr: &arr, low: 0, high: n-1)30    }31    func quickSort(arr: inout [Int], low: Int, high: Int){32        if low < high{33            let pi = partition(arr: &arr, low: low, high: high)34            quickSort(arr: &arr, low: low, high: pi-1)35            quickSort(arr: &arr, low: pi+1, high: high)36        }37    }38    func partition(arr: inout [Int], low: Int, high: Int) -> Int{39        for j in low..<high{40            if arr[j] < pivot{41                arr.swapAt(i, j)42            }43        }44        arr.swapAt(i+1, high)45    }46}

Using AI Code Generation

1import Foundation2class QuickSort: Sort {3    init(array: [Int]) {4    }5    func sort() {6        quickSort(&array, 0, array.count - 1)7    }8    func quickSort(_ array: inout [Int], _ left: Int, _ right: Int) {9        if left < right {10            let pivot = partition(&array, left, right)11            quickSort(&array, left, pivot - 1)12            quickSort(&array, pivot + 1, right)13        }14    }15    func partition(_ array: inout [Int], _ left: Int, _ right: Int) -> Int {16        for j in left..<right {17            if array[j] <= pivot {18                array.swapAt(i, j)19            }20        }21        array.swapAt(i, right)22    }23}24import Foundation25class QuickSort: Sort {26    init(array: [Int]) {27    }28    func sort() {29        quickSort(&array, 0, array.count - 1)30    }31    func quickSort(_ array: inout [Int], _ left: Int, _ right: Int) {32        if left < right {33            let pivot = partition(&array, left, right)34            quickSort(&array, left, pivot - 1)35            quickSort(&array, pivot + 1, right)36        }37    }38    func partition(_ array: inout [Int], _ left: Int, _ right: Int) -> Int {39        for j in left..<right {40            if array[j] <= pivot {41                array.swapAt(i, j)42            }43        }44        array.swapAt(i, right)45    }46}47import Foundation48class QuickSort: Sort {49    init(array: [Int]) {50    }51    func sort() {

Using AI Code Generation

1import Foundation2func getQuickTimeVersion() -> Int {3    return GetQuickTimeVersion()4}5func getQuickTimeVersion2() -> Int {6    return GetQuickTimeVersion2()7}8func getQuickTimeVersion3() -> Int {9    return GetQuickTimeVersion3()10}11func getQuickTimeVersion4() -> Int {12    return GetQuickTimeVersion4()13}14func getQuickTimeVersion5() -> Int {15    return GetQuickTimeVersion5()16}17func getQuickTimeVersion6() -> Int {18    return GetQuickTimeVersion6()19}20func getQuickTimeVersion7() -> Int {21    return GetQuickTimeVersion7()22}23func getQuickTimeVersion8() -> Int {24    return GetQuickTimeVersion8()25}26func getQuickTimeVersion9() -> Int {27    return GetQuickTimeVersion9()28}29func getQuickTimeVersion10() -> Int {30    return GetQuickTimeVersion10()31}32func getQuickTimeVersion11() -> Int {33    return GetQuickTimeVersion11()34}35func getQuickTimeVersion12() -> Int {36    return GetQuickTimeVersion12()37}38func getQuickTimeVersion13() -> Int {39    return GetQuickTimeVersion13()40}41func getQuickTimeVersion14() -> Int {42    return GetQuickTimeVersion14()43}44func getQuickTimeVersion15() -> Int {45    return GetQuickTimeVersion15()46}47func getQuickTimeVersion16() -> Int {48    return GetQuickTimeVersion16()49}

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