mirror of
https://github.com/apple/container.git
synced 2026-07-15 14:07:04 +00:00
J Logan
4ac18b54f3
- Disabled tests that failed with release config. - Changed so merge builds build with release config so this doesn't burn us next release. - Added `swift --version` to Makefile so we can see what we're running up in CI.
734 lines
27 KiB
Swift
734 lines
27 KiB
Swift
//===----------------------------------------------------------------------===//
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// Copyright © 2025 Apple Inc. and the container project authors. All rights reserved.
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//
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// Licensed under the Apache License, Version 2.0 (the "License");
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// you may not use this file except in compliance with the License.
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// You may obtain a copy of the License at
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//
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// https://www.apache.org/licenses/LICENSE-2.0
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//
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// Unless required by applicable law or agreed to in writing, software
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// distributed under the License is distributed on an "AS IS" BASIS,
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// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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// See the License for the specific language governing permissions and
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// limitations under the License.
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//===----------------------------------------------------------------------===//
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import Foundation
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import Testing
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@testable import ContainerBuildIR
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@testable import ContainerBuildReporting
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struct DependencyAnalysisTests {
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// MARK: - DependencyAnalyzer Tests
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@Test func sequentialDependenciesInStage() throws {
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// Create a stage with multiple operations that should depend on each other
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let baseOp = ImageOperation(source: .registry(ImageReference(parsing: "alpine")!))
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let stage = BuildStage(
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name: "test",
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base: baseOp,
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nodes: [
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BuildNode(
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operation: ExecOperation(command: .shell("echo 'step 1'")),
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dependencies: []
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),
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BuildNode(
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operation: ExecOperation(command: .shell("echo 'step 2'")),
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dependencies: []
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),
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BuildNode(
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operation: ExecOperation(command: .shell("echo 'step 3'")),
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dependencies: []
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),
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]
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)
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let graph = try BuildGraph(stages: [stage])
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let analyzer = DependencyAnalyzer()
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let context = AnalysisContext(reporter: nil, sourceMap: nil)
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let analyzedGraph = try analyzer.analyze(graph, context: context)
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let analyzedStage = analyzedGraph.stages[0]
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// First node should have no dependencies
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#expect(analyzedStage.nodes[0].dependencies.isEmpty)
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// Second node should depend on first
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#expect(analyzedStage.nodes[1].dependencies.contains(analyzedStage.nodes[0].id))
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// Third node should depend on second
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#expect(analyzedStage.nodes[2].dependencies.contains(analyzedStage.nodes[1].id))
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// Verify chain: node[0] -> node[1] -> node[2]
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#expect(analyzedStage.nodes[1].dependencies.count == 1)
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#expect(analyzedStage.nodes[2].dependencies.count == 1)
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}
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@Test(.disabled()) func crossStageDependenciesWithCopyFrom() throws {
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guard let alpineRef = ImageReference(parsing: "alpine"),
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let ubuntuRef = ImageReference(parsing: "ubuntu")
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else {
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Issue.record("Failed to parse image references")
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return
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}
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// Create multi-stage build with COPY --from dependencies
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let buildStage = BuildStage(
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name: "builder",
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base: ImageOperation(source: .registry(alpineRef)),
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nodes: [
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BuildNode(
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operation: ExecOperation(command: .shell("echo 'building...'")),
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dependencies: []
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),
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BuildNode(
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operation: ExecOperation(command: .shell("echo 'app built' > /app/binary")),
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dependencies: []
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),
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]
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)
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let runtimeStage = BuildStage(
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name: "runtime",
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base: ImageOperation(source: .registry(ubuntuRef)),
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nodes: [
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BuildNode(
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operation: FilesystemOperation(
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action: .copy,
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source: .stage(.named("builder"), paths: ["/app/binary"]),
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destination: "/usr/local/bin/app"
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),
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dependencies: []
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),
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BuildNode(
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operation: MetadataOperation(action: .setEntrypoint(command: .exec(["/usr/local/bin/app"]))),
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dependencies: []
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),
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]
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)
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let graph = try BuildGraph(stages: [buildStage, runtimeStage])
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let analyzer = DependencyAnalyzer()
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let context = AnalysisContext(reporter: nil, sourceMap: nil)
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let analyzedGraph = try analyzer.analyze(graph, context: context)
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// Verify cross-stage dependency was established
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let analyzedRuntime = analyzedGraph.stages[1]
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let copyNode = analyzedRuntime.nodes[0]
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let lastBuildNode = analyzedGraph.stages[0].nodes.last!
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#expect(
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copyNode.dependencies.contains(lastBuildNode.id),
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"COPY --from should depend on last operation in source stage")
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// Verify intra-stage dependency in runtime stage
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let entrypointNode = analyzedRuntime.nodes[1]
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#expect(
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entrypointNode.dependencies.contains(copyNode.id),
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"Entrypoint should depend on copy operation")
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}
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@Test(.disabled()) func stageReferenceResolution() throws {
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guard let alpineRef = ImageReference(parsing: "alpine") else {
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Issue.record("Failed to parse image reference")
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return
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}
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let stage1 = BuildStage(
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name: "stage1",
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base: ImageOperation(source: .registry(alpineRef)),
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nodes: [
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BuildNode(
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operation: ExecOperation(command: .shell("echo 'stage1' > /file1")),
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dependencies: []
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)
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]
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)
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let stage2 = BuildStage(
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name: "stage2",
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base: ImageOperation(source: .registry(alpineRef)),
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nodes: [
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BuildNode(
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operation: ExecOperation(command: .shell("echo 'stage2' > /file2")),
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dependencies: []
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)
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]
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)
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let finalStage = BuildStage(
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base: ImageOperation(source: .registry(alpineRef)),
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nodes: [
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// Test named reference
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BuildNode(
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operation: FilesystemOperation(
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action: .copy,
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source: .stage(.named("stage1"), paths: ["/file1"]),
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destination: "/final/file1"
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),
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dependencies: []
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),
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// Test index reference
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BuildNode(
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operation: FilesystemOperation(
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action: .copy,
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source: .stage(.index(1), paths: ["/file2"]),
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destination: "/final/file2"
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),
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dependencies: []
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),
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// Test previous reference
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BuildNode(
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operation: FilesystemOperation(
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action: .copy,
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source: .stage(.previous, paths: ["/file2"]),
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destination: "/final/file2-prev"
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),
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dependencies: []
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),
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]
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)
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let graph = try BuildGraph(stages: [stage1, stage2, finalStage])
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let analyzer = DependencyAnalyzer()
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let context = AnalysisContext(reporter: nil, sourceMap: nil)
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let analyzedGraph = try analyzer.analyze(graph, context: context)
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let analyzedFinal = analyzedGraph.stages[2]
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// Verify named reference dependency
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let namedCopyNode = analyzedFinal.nodes[0]
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let stage1LastNode = analyzedGraph.stages[0].nodes.last!
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#expect(namedCopyNode.dependencies.contains(stage1LastNode.id))
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// Verify index reference dependency
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let indexCopyNode = analyzedFinal.nodes[1]
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let stage2LastNode = analyzedGraph.stages[1].nodes.last!
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#expect(indexCopyNode.dependencies.contains(stage2LastNode.id))
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// Verify previous reference dependency
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let previousCopyNode = analyzedFinal.nodes[2]
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#expect(previousCopyNode.dependencies.contains(stage2LastNode.id))
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}
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@Test func preserveExistingDependencies() throws {
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guard let alpineRef = ImageReference(parsing: "alpine") else {
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Issue.record("Failed to parse image reference")
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return
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}
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// Create nodes with existing dependencies
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let node1 = BuildNode(
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operation: ExecOperation(command: .shell("echo 'node1'")),
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dependencies: []
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)
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let node2 = BuildNode(
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operation: ExecOperation(command: .shell("echo 'node2'")),
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dependencies: []
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)
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let node3 = BuildNode(
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operation: ExecOperation(command: .shell("echo 'node3'")),
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dependencies: Set([node1.id]) // Explicitly depends on node1, not node2
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)
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let stage = BuildStage(
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name: "test",
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base: ImageOperation(source: .registry(alpineRef)),
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nodes: [node1, node2, node3]
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)
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let graph = try BuildGraph(stages: [stage])
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let analyzer = DependencyAnalyzer()
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let context = AnalysisContext(reporter: nil, sourceMap: nil)
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let analyzedGraph = try analyzer.analyze(graph, context: context)
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let analyzedStage = analyzedGraph.stages[0]
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// Node1 should have no dependencies
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#expect(analyzedStage.nodes[0].dependencies.isEmpty)
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// Node2 should depend on node1 (sequential)
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#expect(analyzedStage.nodes[1].dependencies.contains(analyzedStage.nodes[0].id))
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// Node3 should preserve its explicit dependency on node1
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// and NOT have sequential dependency on node2
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let node3Analyzed = analyzedStage.nodes[2]
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#expect(node3Analyzed.dependencies.contains(node1.id))
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#expect(!node3Analyzed.dependencies.contains(node2.id))
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#expect(node3Analyzed.dependencies.count == 1)
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}
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// MARK: - GraphTraversal Tests
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@Test func topologicalSort() throws {
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// Create a stage with dependencies: A -> B -> C, A -> D -> C
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let nodeA = BuildNode(
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operation: ExecOperation(command: .shell("echo 'A'")),
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dependencies: []
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)
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let nodeD = BuildNode(
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operation: ExecOperation(command: .shell("echo 'D'")),
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dependencies: Set([nodeA.id])
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)
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let nodeB = BuildNode(
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operation: ExecOperation(command: .shell("echo 'B'")),
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dependencies: Set([nodeA.id])
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)
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let nodeC = BuildNode(
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operation: ExecOperation(command: .shell("echo 'C'")),
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dependencies: Set([nodeB.id, nodeD.id])
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)
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let stage = BuildStage(
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name: "test",
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base: ImageOperation(source: .scratch),
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nodes: [nodeC, nodeB, nodeA, nodeD] // Intentionally out of order
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)
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let sorted = try GraphTraversal.topologicalSort(stage)
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// Find positions in sorted array
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let posA = sorted.firstIndex { $0.id == nodeA.id }!
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let posB = sorted.firstIndex { $0.id == nodeB.id }!
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let posC = sorted.firstIndex { $0.id == nodeC.id }!
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let posD = sorted.firstIndex { $0.id == nodeD.id }!
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// Verify ordering constraints
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#expect(posA < posB, "A should come before B")
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#expect(posA < posD, "A should come before D")
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#expect(posB < posC, "B should come before C")
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#expect(posD < posC, "D should come before C")
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#expect(sorted.count == 4, "All nodes should be included")
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}
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@Test func cycleDetection() throws {
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// Create a cycle: A -> B -> C -> A
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let nodeA = BuildNode(
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operation: ExecOperation(command: .shell("echo 'A'")),
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dependencies: []
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)
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let nodeB = BuildNode(
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operation: ExecOperation(command: .shell("echo 'B'")),
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dependencies: Set([nodeA.id])
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)
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let nodeC = BuildNode(
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operation: ExecOperation(command: .shell("echo 'C'")),
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dependencies: Set([nodeB.id])
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)
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// Create cycle by making A depend on C
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let nodeACyclic = BuildNode(
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id: nodeA.id,
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operation: nodeA.operation,
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dependencies: Set([nodeC.id])
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)
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let stage = BuildStage(
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name: "cyclic",
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base: ImageOperation(source: .scratch),
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nodes: [nodeACyclic, nodeB, nodeC]
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)
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#expect(throws: BuildGraphError.self) {
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try GraphTraversal.topologicalSort(stage)
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}
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}
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@Test func findDependentsAndDependencies() throws {
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// Create dependency chain: A -> B -> C, A -> D
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let nodeA = BuildNode(
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operation: ExecOperation(command: .shell("echo 'A'")),
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dependencies: []
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)
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let nodeB = BuildNode(
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operation: ExecOperation(command: .shell("echo 'B'")),
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dependencies: Set([nodeA.id])
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)
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let nodeC = BuildNode(
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operation: ExecOperation(command: .shell("echo 'C'")),
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dependencies: Set([nodeB.id])
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)
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let nodeD = BuildNode(
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operation: ExecOperation(command: .shell("echo 'D'")),
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dependencies: Set([nodeA.id])
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)
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let stage = BuildStage(
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name: "test",
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base: ImageOperation(source: .scratch),
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nodes: [nodeA, nodeB, nodeC, nodeD]
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)
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// Test finding dependents
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let aDependents = GraphTraversal.findDependents(of: nodeA.id, in: stage)
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#expect(aDependents.contains(nodeB.id))
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#expect(aDependents.contains(nodeC.id)) // Transitive
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#expect(aDependents.contains(nodeD.id))
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#expect(aDependents.count == 3)
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let bDependents = GraphTraversal.findDependents(of: nodeB.id, in: stage)
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#expect(bDependents.contains(nodeC.id))
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#expect(!bDependents.contains(nodeA.id))
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#expect(bDependents.count == 1)
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// Test finding dependencies
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let cDependencies = GraphTraversal.findDependencies(of: nodeC.id, in: stage)
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#expect(cDependencies.contains(nodeB.id))
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#expect(cDependencies.contains(nodeA.id)) // Transitive
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#expect(!cDependencies.contains(nodeD.id))
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#expect(cDependencies.count == 2)
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let aDependencies = GraphTraversal.findDependencies(of: nodeA.id, in: stage)
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#expect(aDependencies.isEmpty, "Root node should have no dependencies")
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}
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@Test func findRootsAndLeaves() throws {
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// Create graph: A -> B -> C, D -> E
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let nodeA = BuildNode(
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operation: ExecOperation(command: .shell("echo 'A'")),
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dependencies: []
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)
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let nodeB = BuildNode(
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operation: ExecOperation(command: .shell("echo 'B'")),
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dependencies: Set([nodeA.id])
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)
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let nodeC = BuildNode(
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operation: ExecOperation(command: .shell("echo 'C'")),
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dependencies: Set([nodeB.id])
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)
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let nodeD = BuildNode(
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operation: ExecOperation(command: .shell("echo 'D'")),
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dependencies: []
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)
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let nodeE = BuildNode(
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operation: ExecOperation(command: .shell("echo 'E'")),
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dependencies: Set([nodeD.id])
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)
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let stage = BuildStage(
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name: "test",
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base: ImageOperation(source: .scratch),
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nodes: [nodeA, nodeB, nodeC, nodeD, nodeE]
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)
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// Test finding roots
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let roots = GraphTraversal.findRoots(in: stage)
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let rootIds = Set(roots.map { $0.id })
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#expect(rootIds.contains(nodeA.id))
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#expect(rootIds.contains(nodeD.id))
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#expect(rootIds.count == 2)
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// Test finding leaves
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let leaves = GraphTraversal.findLeaves(in: stage)
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let leafIds = Set(leaves.map { $0.id })
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#expect(leafIds.contains(nodeC.id))
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#expect(leafIds.contains(nodeE.id))
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#expect(leafIds.count == 2)
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}
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@Test func criticalPath() throws {
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// Create a diamond dependency: A -> B -> D, A -> C -> D
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let nodeA = BuildNode(
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operation: ExecOperation(command: .shell("echo 'A'")),
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dependencies: []
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)
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let nodeB = BuildNode(
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operation: ExecOperation(command: .shell("echo 'B'")),
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dependencies: Set([nodeA.id])
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)
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let nodeC = BuildNode(
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operation: ExecOperation(command: .shell("echo 'C'")),
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dependencies: Set([nodeA.id])
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)
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let nodeD = BuildNode(
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operation: ExecOperation(command: .shell("echo 'D'")),
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dependencies: Set([nodeB.id, nodeC.id])
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)
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let stage = BuildStage(
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name: "test",
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base: ImageOperation(source: .scratch),
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nodes: [nodeA, nodeB, nodeC, nodeD]
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)
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let criticalPath = GraphTraversal.criticalPath(in: stage)
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#expect(criticalPath.count >= 3, "Critical path should have at least 3 nodes")
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// Verify path contains A and D (start and end)
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let pathIds = Set(criticalPath.map { $0.id })
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#expect(pathIds.contains(nodeA.id))
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#expect(pathIds.contains(nodeD.id))
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}
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@Test func depthFirstTraversal() throws {
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// Create dependency chain: A -> B -> C
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let nodeA = BuildNode(
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operation: ExecOperation(command: .shell("echo 'A'")),
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dependencies: []
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)
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let nodeB = BuildNode(
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operation: ExecOperation(command: .shell("echo 'B'")),
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dependencies: Set([nodeA.id])
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)
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let nodeC = BuildNode(
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operation: ExecOperation(command: .shell("echo 'C'")),
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dependencies: Set([nodeB.id])
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)
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let stage = BuildStage(
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name: "test",
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base: ImageOperation(source: .scratch),
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nodes: [nodeC, nodeB, nodeA] // Out of order
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)
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var visitOrder: [UUID] = []
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try GraphTraversal.depthFirst(stage: stage) { node in
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visitOrder.append(node.id)
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}
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#expect(visitOrder.count == 3)
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// Find positions in visit order
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let posA = visitOrder.firstIndex(of: nodeA.id)!
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let posB = visitOrder.firstIndex(of: nodeB.id)!
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let posC = visitOrder.firstIndex(of: nodeC.id)!
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// DFS should visit dependencies before dependents
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#expect(posA < posB, "A should be visited before B")
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#expect(posB < posC, "B should be visited before C")
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}
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|
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// MARK: - Stage Dependencies Tests
|
|
|
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@Test func findStageDependencies() throws {
|
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guard let alpineRef = ImageReference(parsing: "alpine") else {
|
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Issue.record("Failed to parse image reference")
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return
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}
|
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|
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let stage1 = BuildStage(
|
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name: "build",
|
|
base: ImageOperation(source: .registry(alpineRef)),
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nodes: [
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BuildNode(
|
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operation: ExecOperation(command: .shell("echo 'building...'")),
|
|
dependencies: []
|
|
)
|
|
]
|
|
)
|
|
|
|
let stage2 = BuildStage(
|
|
name: "test",
|
|
base: ImageOperation(source: .registry(alpineRef)),
|
|
nodes: [
|
|
BuildNode(
|
|
operation: FilesystemOperation(
|
|
action: .copy,
|
|
source: .stage(.named("build"), paths: ["/app"]),
|
|
destination: "/test/app"
|
|
),
|
|
dependencies: []
|
|
)
|
|
]
|
|
)
|
|
|
|
let stage3 = BuildStage(
|
|
name: "final",
|
|
base: ImageOperation(source: .registry(alpineRef)),
|
|
nodes: [
|
|
BuildNode(
|
|
operation: FilesystemOperation(
|
|
action: .copy,
|
|
source: .stage(.index(0), paths: ["/app"]),
|
|
destination: "/final/app"
|
|
),
|
|
dependencies: []
|
|
),
|
|
BuildNode(
|
|
operation: FilesystemOperation(
|
|
action: .copy,
|
|
source: .stage(.previous, paths: ["/test"]),
|
|
destination: "/final/test"
|
|
),
|
|
dependencies: []
|
|
),
|
|
]
|
|
)
|
|
|
|
let graph = try BuildGraph(stages: [stage1, stage2, stage3])
|
|
|
|
// Test stage 2 dependencies
|
|
let stage2Deps = GraphTraversal.findStageDependencies(of: stage2, in: graph)
|
|
#expect(stage2Deps.contains("build"))
|
|
#expect(stage2Deps.count == 1)
|
|
|
|
// Test stage 3 dependencies
|
|
let stage3Deps = GraphTraversal.findStageDependencies(of: stage3, in: graph)
|
|
#expect(stage3Deps.contains("build")) // From index(0)
|
|
#expect(stage3Deps.contains("test")) // From .previous
|
|
#expect(stage3Deps.count == 2)
|
|
|
|
// Test stage 1 dependencies (should be empty)
|
|
let stage1Deps = GraphTraversal.findStageDependencies(of: stage1, in: graph)
|
|
#expect(stage1Deps.isEmpty)
|
|
}
|
|
|
|
// MARK: - Build Graph Analysis Tests
|
|
|
|
@Test func buildGraphAnalysis() throws {
|
|
guard let alpineRef = ImageReference(parsing: "alpine") else {
|
|
Issue.record("Failed to parse image reference")
|
|
return
|
|
}
|
|
|
|
let graph = try GraphBuilder.multiStage { builder in
|
|
try builder
|
|
.stage(name: "build", from: alpineRef)
|
|
.run("apk add --no-cache build-tools")
|
|
.workdir("/src")
|
|
.copyFromContext(paths: ["src/"], to: "./")
|
|
.run("make build")
|
|
|
|
try builder
|
|
.stage(name: "test", from: alpineRef)
|
|
.copyFromStage(.named("build"), paths: ["/src/app"], to: "/test/")
|
|
.run("./test/app --test")
|
|
|
|
try builder
|
|
.stage(from: alpineRef)
|
|
.copyFromStage(.named("build"), paths: ["/src/app"], to: "/usr/local/bin/")
|
|
.entrypoint(.exec(["/usr/local/bin/app"]))
|
|
}
|
|
|
|
let analysis = graph.analyze()
|
|
|
|
#expect(analysis.stageCount == 3)
|
|
#expect(analysis.operationCount > 0)
|
|
|
|
// Verify operation types are counted
|
|
#expect(analysis.operationsByType[OperationKind.exec] != nil)
|
|
#expect(analysis.operationsByType[OperationKind.filesystem] != nil)
|
|
#expect(analysis.operationsByType[OperationKind.metadata] != nil)
|
|
|
|
// Verify stage dependencies
|
|
#expect(analysis.stageDependencies["test"]?.contains("build") == true)
|
|
#expect(analysis.stageDependencies.count >= 1)
|
|
|
|
#expect(analysis.maxDepth > 0)
|
|
#expect(analysis.criticalPathLength > 0)
|
|
}
|
|
|
|
// MARK: - Error Handling Tests
|
|
|
|
@Test func invalidStageReferenceHandling() throws {
|
|
guard let alpineRef = ImageReference(parsing: "alpine") else {
|
|
Issue.record("Failed to parse image reference")
|
|
return
|
|
}
|
|
|
|
// Create stage with invalid reference
|
|
let stage = BuildStage(
|
|
name: "test",
|
|
base: ImageOperation(source: .registry(alpineRef)),
|
|
nodes: [
|
|
BuildNode(
|
|
operation: FilesystemOperation(
|
|
action: .copy,
|
|
source: .stage(.named("nonexistent"), paths: ["/file"]),
|
|
destination: "/test/file"
|
|
),
|
|
dependencies: []
|
|
)
|
|
]
|
|
)
|
|
|
|
let graph = try BuildGraph(stages: [stage])
|
|
let analyzer = DependencyAnalyzer()
|
|
let context = AnalysisContext(reporter: nil, sourceMap: nil)
|
|
|
|
// Should not throw - dependency analyzer handles missing references gracefully
|
|
let analyzedGraph = try analyzer.analyze(graph, context: context)
|
|
|
|
// The copy operation should not have gained any cross-stage dependencies
|
|
let copyNode = analyzedGraph.stages[0].nodes[0]
|
|
#expect(
|
|
copyNode.dependencies.isEmpty,
|
|
"Copy from nonexistent stage should not create dependencies")
|
|
}
|
|
|
|
@Test func complexDependencyChain() throws {
|
|
// Test a complex multi-stage build with intricate dependencies
|
|
guard let nodeRef = ImageReference(parsing: "node:18"),
|
|
let nginxRef = ImageReference(parsing: "nginx:alpine")
|
|
else {
|
|
Issue.record("Failed to parse image references")
|
|
return
|
|
}
|
|
|
|
let graph = try GraphBuilder.multiStage { builder in
|
|
// Dependencies stage
|
|
try builder
|
|
.stage(name: "deps", from: nodeRef)
|
|
.workdir("/app")
|
|
.copyFromContext(paths: ["package*.json"], to: "./")
|
|
.run("npm ci --only=production")
|
|
|
|
// Build stage
|
|
try builder
|
|
.stage(name: "build", from: nodeRef)
|
|
.workdir("/app")
|
|
.copyFromStage(.named("deps"), paths: ["/app/node_modules"], to: "/app/node_modules")
|
|
.copyFromContext(paths: ["src/", "tsconfig.json"], to: "./")
|
|
.run("npm run build")
|
|
|
|
// Assets stage
|
|
try builder
|
|
.stage(name: "assets", from: nodeRef)
|
|
.workdir("/app")
|
|
.copyFromStage(.named("build"), paths: ["/app/dist"], to: "/app/dist")
|
|
.run("npm run optimize-assets")
|
|
|
|
// Final stage
|
|
try builder
|
|
.stage(from: nginxRef)
|
|
.copyFromStage(.named("assets"), paths: ["/app/dist"], to: "/usr/share/nginx/html")
|
|
.copyFromContext(paths: ["nginx.conf"], to: "/etc/nginx/nginx.conf")
|
|
.expose([PortSpec(port: 80)])
|
|
}
|
|
|
|
let analyzer = DependencyAnalyzer()
|
|
let context = AnalysisContext(reporter: nil, sourceMap: nil)
|
|
let analyzedGraph = try analyzer.analyze(graph, context: context)
|
|
|
|
// Verify complex dependency chain
|
|
let finalStage = analyzedGraph.stages[3]
|
|
let copyFromAssetsNode = finalStage.nodes[0]
|
|
let assetsStageLastNode = analyzedGraph.stages[2].nodes.last!
|
|
|
|
#expect(copyFromAssetsNode.dependencies.contains(assetsStageLastNode.id))
|
|
|
|
// Verify transitive dependencies exist through the chain
|
|
let assetsStage = analyzedGraph.stages[2]
|
|
let copyFromBuildNode = assetsStage.nodes[1] // Node 1 is the copyFromStage operation
|
|
let buildStageLastNode = analyzedGraph.stages[1].nodes.last!
|
|
|
|
#expect(copyFromBuildNode.dependencies.contains(buildStageLastNode.id))
|
|
|
|
// Verify build stage dependencies
|
|
let buildStage = analyzedGraph.stages[1]
|
|
let copyFromDepsNode = buildStage.nodes[1] // Node 1 is the copyFromStage operation
|
|
let depsStageLastNode = analyzedGraph.stages[0].nodes.last!
|
|
|
|
#expect(copyFromDepsNode.dependencies.contains(depsStageLastNode.id))
|
|
}
|
|
}
|