oozoofrog

try:
    import lldb
except:
    pass
import textwrap
import hashlib

from collections import namedtuple

object_register = ""

oozoofrog

extension Notification.Name {
    static let testNotification: Notification.Name = .init("TestNotification")
}

final class NotificationConcurrencyTests: XCTestCase {

    func testWaitNotification() async throws {
        let expect = XCTestExpectation(description: "DisposableNotification")
        let queue = DispatchQueue(label: "test", attributes: .concurrent)
        for _ in 0...10 {

oozoofrog

public extension NotificationCenter {
    private class FirstReceiver: NSObject {

        let notificationName: Notification.Name

        init(_ name: Notification.Name) {
            notificationName = name
            super.init()
        }

oozoofrog

final class PreviewView: UIView, LayoutBuilding {
    
    var capTop = true {
        didSet {
            UIView.animate(withDuration: 1.0) {
                self.updateLayout()
            }
        }
    }
    

oozoofrog

Debugging the Swift Toolchain

Use these steps to debug components of the Swift toolchain. This allows you to see Swift's source code from the debugger – instead of disassembly. The debugger can also provide some variable names and values. This has been initially tested with libswiftCore.dylib.

These instructions were updated as of Swift 5.2.1.

Prerequisites

oozoofrog

import Cocoa

var str = "궉토abcd스234꾹타ㅎ하후훼의"
extension Collection {
    var toArray: [Element] {
        return Array(self)
    }
}

protocol UnicodeScalarCreatable {

oozoofrog

Keybase proof

I hereby claim:

• I am rollmind on github.
• I am rollmind (https://keybase.io/rollmind) on keybase.
• I have a public key ASDHVKuqfnxsGNBCmHuUiLoLqU4GdFa6tJUiK3tKYF95vgo

To claim this, I am signing this object:

oozoofrog

struct Be<Value> {
	let value: Value
}

protocol BeAddible {
	var be: Be<Self> { get }
}

extension Be where Value: Comparable {

oozoofrog

let scheduler = ConcurrentDispatchQueueScheduler.init(qos: DispatchQoS.userInteractive)
let a = Observable<Int>.just(3).delay(3, scheduler: scheduler).debug("A")
let b = Observable<Int>.just(2).delay(2, scheduler: scheduler).debug("B")
// observable의 stream은 3을 전달. error 없음, XCTWaiter.Result는 completed
XCTRxHandle(testcase: self, timeout: 5, observable: a, value: {
	XCTAssertEqual($0, 3)
}, error: {
	XCTAssertNil($0)
}, result: {
	XCTAssertEqual($0, .completed)

oozoofrog

public func XCTRxHandle<Element>(_ description: String = "XCTAssertForRx", testcase: XCTestCase, timeout: TimeInterval = 1, queue: DispatchQueue = DispatchQueue(label: "Rx queue"), observable: Observable<Element>, trigger: @autoclosure @escaping () -> Void = {}(), value onNext: @escaping (Element?) -> Void = { _ in }, completed: @autoclosure @escaping () -> Void = {}(), error onError: @escaping (Error?) -> Void = { _ in }, result: (XCTWaiter.Result) -> Void = { _ in } ) {
	let expect = testcase.expectation(description: description)
	expect.assertForOverFulfill = false
	let bag = DisposeBag()
	queue.async {
		observable.subscribe({ (event) in
			switch event {
			case .error(let error):
				onError(error)