PureYAML/Tests/ValidationModelTests.swift
Mihaela Mihaljevic bf2dc4ece7 refactor(validation): rename framework to match the validation idiom
The validation module already implemented the composable-rule idiom under
its own names (Check/Issue/SubjectContext) and a value-type Validator with
duplicated traversal machinery per layer. Renamed the core types to the
canonical names (Validation/ValidationError/ValidationErrorCollection/
ValidationContext/BuiltinValidation/AnyValidation), converted Validator to
a reference-type class with the two-tier default-rule split, and genericized
it over both Subject and Document via a new Traversable protocol so the
model and tagged layers share one walk engine instead of two copies. Wired
the JSON-representability rule set into the same shape and closed the two
missing pieces (unwrap combinator, JSON coverage/config-pin tests).
2026-07-12 18:10:00 +02:00

94 lines
3.4 KiB
Swift

@testable import PureYAML
import Testing
@Suite("Validation Model")
struct ValidationModelTests {
@Test("Validation result separates errors and warnings")
func test_validationResultSeparatesErrorsAndWarnings() {
let error = PureYAML.Validation.ValidationError(severity: .error, reason: "error")
let warning = PureYAML.Validation.ValidationError(severity: .warning, reason: "warning")
let result = PureYAML.Validation.Result([error, warning])
#expect(result.isValid == false)
#expect(result.errors == [error])
#expect(result.warnings == [warning])
#expect(!result.errors.contains(warning))
#expect(!result.warnings.contains(error))
}
@Test("Validation paths describe roots keys and indexes", arguments: [
ValidationPathCase(
name: "root",
path: .root,
expectedDescription: "$",
isRoot: true,
),
ValidationPathCase(
name: "single key",
path: .root.appending(.key("title")),
expectedDescription: "$.title",
isRoot: false,
),
ValidationPathCase(
name: "nested index",
path: .root
.appending(.key("routes"))
.appending(.index(1))
.appending(.key("name")),
expectedDescription: "$.routes[1].name",
isRoot: false,
),
ValidationPathCase(
name: "quoted slash key",
path: .root
.appending(.key("/users"))
.appending(.key("get.method")),
expectedDescription: "$[\"/users\"][\"get.method\"]",
isRoot: false,
),
ValidationPathCase(
name: "quoted empty key",
path: .root.appending(.key("")),
expectedDescription: "$[\"\"]",
isRoot: false,
),
ValidationPathCase(
name: "escaped quoted key",
path: .root
.appending(.key("quote\"slash\\line\nnext\tend")),
expectedDescription: "$[\"quote\\\"slash\\\\line\\nnext\\tend\"]",
isRoot: false,
),
])
func test_validationPathsDescribeRootsKeysAndIndexes(testCase: ValidationPathCase) {
#expect(testCase.path.description == testCase.expectedDescription)
#expect(testCase.path.isRoot == testCase.isRoot)
}
@Test("Validation issue descriptions include severity reason and path")
func test_validationIssueDescriptionsIncludeSeverityReasonAndPath() {
let issue = PureYAML.Validation.ValidationError(
severity: .error,
reason: "Duplicate mapping key 'title'",
path: .init([.key("title")]),
)
#expect(issue.description == "Duplicate mapping key 'title' at path: $.title")
}
@Test("Validation issue collection describes all failures")
func test_validationIssueCollectionDescription() {
let collection = PureYAML.Validation.ValidationErrorCollection([
.init(severity: .error, reason: "first", path: .root),
.init(severity: .warning, reason: "second", path: .init([.key("name")])),
])
#expect(collection.description == """
first at root of document
second at path: $.name
""")
#expect(collection.description.contains("first"))
#expect(!collection.description.contains("info:"))
}
}