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/*
This source file is part of the Swift.org open source project
Copyright (c) 2021-2023 Apple Inc. and the Swift project authors
Licensed under Apache License v2.0 with Runtime Library Exception
See https://swift.org/LICENSE.txt for license information
See https://swift.org/CONTRIBUTORS.txt for Swift project authors
*/
import Foundation
import Markdown
/// An overview of the educational materials under a specific technology or technology area.
public final class Technology: Semantic, DirectiveConvertible, Abstracted, Redirected {
public static let directiveName = "Tutorials"
public static let introducedVersion = "5.5"
public let originalMarkup: BlockDirective
/// The name of the technology.
public let name: String
/// The ``Intro`` section for this technology.
public let intro: Intro
/// The sections that outline the technology.
public let volumes: [Volume]
/// Additional resources to aid in learning the technology.
public let resources: Resources?
override var children: [Semantic] {
return [intro] + volumes as [Semantic] + (resources.map { [$0] } ?? [])
}
public var abstract: Paragraph? {
return intro.content.first as? Paragraph
}
public let redirects: [Redirect]?
init(originalMarkup: BlockDirective, name: String, intro: Intro, volumes: [Volume], resources: Resources?, redirects: [Redirect]?) {
self.originalMarkup = originalMarkup
self.name = name
self.intro = intro
self.volumes = volumes
self.resources = resources
self.redirects = redirects
}
enum Semantics {
enum Name: DirectiveArgument {
static let argumentName = "name"
}
}
public convenience init?(from directive: BlockDirective, source: URL?, for bundle: DocumentationBundle, in context: DocumentationContext, problems: inout [Problem]) {
precondition(directive.name == Technology.directiveName)
let arguments = Semantic.Analyses.HasOnlyKnownArguments<Technology>(severityIfFound: .warning, allowedArguments: [Semantics.Name.argumentName]).analyze(directive, children: directive.children, source: source, for: bundle, in: context, problems: &problems)
Semantic.Analyses.HasOnlyKnownDirectives<Technology>(severityIfFound: .warning, allowedDirectives: [Intro.directiveName, Volume.directiveName, Chapter.directiveName, Resources.directiveName, Redirect.directiveName]).analyze(directive, children: directive.children, source: source, for: bundle, in: context, problems: &problems)
let requiredName = Semantic.Analyses.HasArgument<Technology, Semantics.Name>(severityIfNotFound: .warning).analyze(directive, arguments: arguments, problems: &problems)
let requiredIntro = Semantic.Analyses.HasExactlyOne<Technology, Intro>(severityIfNotFound: .warning).analyze(directive, children: directive.children, source: source, for: bundle, in: context, problems: &problems).0
var volumes: [Volume]
var remainder: MarkupContainer
(volumes, remainder) = Semantic.Analyses.HasAtLeastOne<Technology, Volume>(severityIfNotFound: nil).analyze(directive, children: directive.children, source: source, for: bundle, in: context, problems: &problems)
// Retrieve chapters outside volumes.
let chapters: [Chapter]
(chapters, remainder) = Semantic.Analyses.HasAtLeastOne<Technology, Chapter>(severityIfNotFound: nil).analyze(directive, children: directive.children, source: source, for: bundle, in: context, problems: &problems)
if !chapters.isEmpty {
if !volumes.isEmpty {
// If there are Volumes, diagnose isolated chapters.
problems.append(contentsOf:
chapters.map { chapter in
Problem(diagnostic: Technology.isolatedChapterDiagnostic(isolatedChapter: chapter, source: source, range: chapter.originalMarkup.range), possibleSolutions: [])
}
)
} else {
volumes.append(
// Create an anonymous volume.
Volume(originalMarkup: directive, name: nil, image: nil, content: MarkupContainer(), chapters: chapters, redirects: [])
)
}
}
let resources: Resources?
(resources, remainder) = Semantic.Analyses.HasExactlyOne<Technology, Resources>(severityIfNotFound: nil).analyze(directive, children: remainder, source: source, for: bundle, in: context, problems: &problems)
let redirects: [Redirect]
(redirects, remainder) = Semantic.Analyses.HasAtLeastOne<Chapter, Redirect>(severityIfNotFound: nil).analyze(directive, children: remainder, source: source, for: bundle, in: context, problems: &problems)
guard let name = requiredName,
let intro = requiredIntro else {
return nil
}
self.init(originalMarkup: directive, name: name, intro: intro, volumes: volumes, resources: resources, redirects: redirects.isEmpty ? nil : redirects)
}
static func isolatedChapterDiagnostic(isolatedChapter: Chapter, source: URL?, range: SourceRange?) -> Diagnostic {
return Diagnostic(
source: source,
severity: .warning,
range: range,
identifier: "org.swift.docc.Technology.IsolatedChapter",
summary: "Chapter should be in a \(Volume.directiveName.singleQuoted); either organize all Chapters in Volumes, or place them directly under your \(Technology.directiveName.singleQuoted)"
)
}
public override func accept<V: SemanticVisitor>(_ visitor: inout V) -> V.Result {
return visitor.visitTechnology(self)
}
}
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