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Specification-to-Code Framework (S2C)

Purpose and Objectives

The Specification-to-Code Framework (S2C) creates software specifications in Markdown format containing complete implementation guidance. All specifications must be written in Markdown using English language exclusively to ensure consistent formatting, version control compatibility, universal readability across development tools and platforms, and clear communication across international development teams.

The objective is eliminating the gap between requirements and code by ensuring specifications include sufficient technical detail for developers to implement software without additional requirements gathering or clarification requests. S2C establishes standards for implementation-complete specifications that enable developers to immediately understand what code to write, which technologies to use, implement all interfaces without guesswork, handle all error conditions, and write validating tests.

Implementation-Ready Criteria

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internal protocol AnyParameter {
  var name: String { get }
  var optional: Bool { get }
  var type: Any.Type { get }
}

public struct Parameter<Value>: AnyParameter {
  public var name: String
  public var optional: Bool
  public var `default`: Value?

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#if os(macOS) || os(iOS) || os(tvOS) || os(watchOS)
import libkern // check on Linux

public enum AtomicFlag {
    
    public typealias Pointer = UnsafeMutablePointer<atomic_flag>
    
    @inline(__always)
    public static func make() -> Pointer {
        let pointer = Pointer.allocate(capacity: 1)

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import Foundation

public extension Data {
  func parse<T>(with parser: Parser<T>) -> T? {
    self.withUnsafeBytes { (bufferPointer) -> T? in
      var slice: Slice<Array<Byte>> = .init(bufferPointer)
      return parser.parse(&slice)
    }
  }
}

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import Foundation
import CoreData

// TODO: FIXME: minimal, naive implementation
internal final class EntityDecoder<EntityType: StorageEntity>: Decoder {
  
  private let managed: NSManagedObject

  public var codingPath: [CodingKey] = []
  

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import Foundation

public protocol Executor {
    func execute(_ task: @escaping () -> Void)
}

extension DispatchQueue: Executor {

    @inlinable public func execute(_ task: @escaping () -> Void) {
        async(execute: task)

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////////////////////////////////////////////////////////
//// From futura: https://github.com/miquido/futura ////
////////////////////////////////////////////////////////

import Darwin
import libkern

public enum Mutex {
    
    public typealias Pointer = UnsafeMutablePointer<pthread_mutex_t>

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public protocol FluidView: UIView {
    var id: UUID { get }
}
public protocol FluidViewLayoutModel {
    var id: UUID { get }
    var prefferedSize: CGSize? { get }
    var prefferedInsets: UIEdgeInsets? { get }
    var minimumSize: CGSize? { get }
    var maximumSize: CGSize? { get }
    func prepareView() -> FluidView

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import UIKit

// MARK: Corner rounding

public enum CornerRoundings {
    case none
    
    case all(CGFloat)
    
    case topLeft(CGFloat)

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// from: https://github.com/raywenderlich/swift-algorithm-club
public struct Heap<T> {
    
    /** The array that stores the heap's nodes. */
    var nodes = [T]()
    
    /**
     * Determines how to compare two nodes in the heap.
     * Use '>' for a max-heap or '<' for a min-heap,