Complete batch 012 (golden set diff) and 013 (advisory chat), fix build errors
Sprints completed: - SPRINT_20260110_012_* (golden set diff layer - 10 sprints) - SPRINT_20260110_013_* (advisory chat - 4 sprints) Build fixes applied: - Fix namespace conflicts with Microsoft.Extensions.Options.Options.Create - Fix VexDecisionReachabilityIntegrationTests API drift (major rewrite) - Fix VexSchemaValidationTests FluentAssertions method name - Fix FixChainGateIntegrationTests ambiguous type references - Fix AdvisoryAI test files required properties and namespace aliases - Add stub types for CveMappingController (ICveSymbolMappingService) - Fix VerdictBuilderService static context issue Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
This commit is contained in:
master
@@ -1,16 +1,16 @@
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// SPDX-License-Identifier: AGPL-3.0-or-later
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// Copyright © 2025-2026 StellaOps
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// Copyright (c) 2025-2026 StellaOps
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// Sprint: SPRINT_20260109_009_005_BE_vex_decision_integration
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// Task: Integration tests for VEX decision with hybrid reachability
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using System.Collections.Immutable;
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using FluentAssertions;
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using Microsoft.Extensions.Logging.Abstractions;
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using Microsoft.Extensions.Options;
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using MsOptions = Microsoft.Extensions.Options;
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using Moq;
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using StellaOps.Policy.Engine.Gates;
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using StellaOps.Policy.Engine.ReachabilityFacts;
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using StellaOps.Policy.Engine.Services;
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using StellaOps.Policy.Engine.Vex;
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using Xunit;
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namespace StellaOps.Policy.Engine.Tests.Vex;
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@@ -42,20 +42,20 @@ public sealed class VexDecisionReachabilityIntegrationTests
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var facts = new Dictionary<ReachabilityFactKey, ReachabilityFact>
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{
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[new(TestTenantId, "pkg:npm/lodash@4.17.20", "CVE-2024-0001")] = CreateFact(
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TestTenantId, "pkg:npm/lodash@4.17.20", "CVE-2024-0001",
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ReachabilityState.Unreachable,
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hasRuntime: true,
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confidence: 0.95m,
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latticeState: "CU"),
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confidence: 0.95m),
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[new(TestTenantId, "pkg:maven/log4j/log4j-core@2.14.1", "CVE-2024-0002")] = CreateFact(
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TestTenantId, "pkg:maven/log4j/log4j-core@2.14.1", "CVE-2024-0002",
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ReachabilityState.Reachable,
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hasRuntime: true,
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confidence: 0.99m,
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latticeState: "CR"),
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confidence: 0.99m),
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[new(TestTenantId, "pkg:pypi/requests@2.25.0", "CVE-2024-0003")] = CreateFact(
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TestTenantId, "pkg:pypi/requests@2.25.0", "CVE-2024-0003",
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ReachabilityState.Unknown,
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hasRuntime: false,
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confidence: 0.0m,
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latticeState: "U")
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confidence: 0.0m)
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};
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var factsService = CreateMockFactsService(facts);
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@@ -78,17 +78,17 @@ public sealed class VexDecisionReachabilityIntegrationTests
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result.Blocked.Should().BeEmpty();
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// Verify unreachable -> not_affected
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var lodashStatement = result.Document.Statements.Single(s => s.VulnId == "CVE-2024-0001");
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var lodashStatement = result.Document.Statements.Single(s => s.Vulnerability.Id == "CVE-2024-0001");
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lodashStatement.Status.Should().Be("not_affected");
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lodashStatement.Justification.Should().Be(VexJustification.VulnerableCodeNotInExecutePath);
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// Verify reachable -> affected
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var log4jStatement = result.Document.Statements.Single(s => s.VulnId == "CVE-2024-0002");
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var log4jStatement = result.Document.Statements.Single(s => s.Vulnerability.Id == "CVE-2024-0002");
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log4jStatement.Status.Should().Be("affected");
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log4jStatement.Justification.Should().BeNull();
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// Verify unknown -> under_investigation
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var requestsStatement = result.Document.Statements.Single(s => s.VulnId == "CVE-2024-0003");
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var requestsStatement = result.Document.Statements.Single(s => s.Vulnerability.Id == "CVE-2024-0003");
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requestsStatement.Status.Should().Be("under_investigation");
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}
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@@ -100,10 +100,10 @@ public sealed class VexDecisionReachabilityIntegrationTests
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var facts = new Dictionary<ReachabilityFactKey, ReachabilityFact>
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{
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[new(TestTenantId, "pkg:npm/vulnerable@1.0.0", "CVE-2024-1000")] = CreateFact(
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TestTenantId, "pkg:npm/vulnerable@1.0.0", "CVE-2024-1000",
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ReachabilityState.Unreachable,
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hasRuntime: true,
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confidence: 0.92m,
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latticeState: "CU",
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evidenceHash: expectedHash)
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};
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@@ -124,8 +124,8 @@ public sealed class VexDecisionReachabilityIntegrationTests
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// Assert
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result.Document.Should().NotBeNull();
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var statement = result.Document.Statements.Should().ContainSingle().Subject;
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statement.EvidenceBlock.Should().NotBeNull();
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statement.EvidenceBlock!.GraphHash.Should().Be(expectedHash);
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statement.Evidence.Should().NotBeNull();
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statement.Evidence!.GraphHash.Should().Be(expectedHash);
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}
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#endregion
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@@ -139,15 +139,16 @@ public sealed class VexDecisionReachabilityIntegrationTests
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var facts = new Dictionary<ReachabilityFactKey, ReachabilityFact>
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{
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[new(TestTenantId, "pkg:npm/critical@1.0.0", "CVE-2024-CRITICAL")] = CreateFact(
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TestTenantId, "pkg:npm/critical@1.0.0", "CVE-2024-CRITICAL",
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ReachabilityState.Reachable,
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hasRuntime: true,
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confidence: 0.99m,
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latticeState: "CR")
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confidence: 0.99m)
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};
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var factsService = CreateMockFactsService(facts);
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var gateEvaluator = CreateMockGateEvaluator(
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PolicyGateDecisionType.Block,
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blockedBy: "SecurityReviewGate",
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reason: "Requires security review for critical CVEs");
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var emitter = CreateEmitter(factsService, gateEvaluator);
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@@ -174,16 +175,16 @@ public sealed class VexDecisionReachabilityIntegrationTests
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var facts = new Dictionary<ReachabilityFactKey, ReachabilityFact>
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{
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[new(TestTenantId, "pkg:npm/medium@1.0.0", "CVE-2024-MEDIUM")] = CreateFact(
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TestTenantId, "pkg:npm/medium@1.0.0", "CVE-2024-MEDIUM",
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ReachabilityState.Unreachable,
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hasRuntime: true,
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confidence: 0.85m,
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latticeState: "CU")
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confidence: 0.85m)
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};
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var factsService = CreateMockFactsService(facts);
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var gateEvaluator = CreateMockGateEvaluator(
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PolicyGateDecisionType.Warn,
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reason: "Confidence below threshold");
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advisory: "Confidence below threshold");
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var emitter = CreateEmitter(factsService, gateEvaluator);
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var request = new VexDecisionEmitRequest
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@@ -215,7 +216,7 @@ public sealed class VexDecisionReachabilityIntegrationTests
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[InlineData("RU", "not_affected")]
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[InlineData("CR", "affected")]
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[InlineData("CU", "not_affected")]
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[InlineData("X", "under_investigation")] // Contested requires manual review
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// Note: "X" (Contested) maps to Unknown state and under_investigation status
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public async Task LatticeState_MapsToCorrectVexStatus(string latticeState, string expectedStatus)
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{
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// Arrange
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@@ -224,7 +225,6 @@ public sealed class VexDecisionReachabilityIntegrationTests
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"U" => ReachabilityState.Unknown,
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"SR" or "RO" or "CR" => ReachabilityState.Reachable,
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"SU" or "RU" or "CU" => ReachabilityState.Unreachable,
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"X" => ReachabilityState.Contested,
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_ => ReachabilityState.Unknown
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};
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@@ -240,10 +240,10 @@ public sealed class VexDecisionReachabilityIntegrationTests
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var facts = new Dictionary<ReachabilityFactKey, ReachabilityFact>
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{
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[new(TestTenantId, "pkg:test/lib@1.0.0", "CVE-TEST")] = CreateFact(
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TestTenantId, "pkg:test/lib@1.0.0", "CVE-TEST",
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state,
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hasRuntime: hasRuntime,
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confidence: confidence,
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latticeState: latticeState)
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confidence: confidence)
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};
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var factsService = CreateMockFactsService(facts);
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@@ -277,10 +277,10 @@ public sealed class VexDecisionReachabilityIntegrationTests
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var facts = new Dictionary<ReachabilityFactKey, ReachabilityFact>
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{
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[new(TestTenantId, "pkg:npm/overridden@1.0.0", "CVE-2024-OVERRIDE")] = CreateFact(
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TestTenantId, "pkg:npm/overridden@1.0.0", "CVE-2024-OVERRIDE",
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ReachabilityState.Reachable,
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hasRuntime: true,
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confidence: 0.99m,
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latticeState: "CR")
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confidence: 0.99m)
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};
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var factsService = CreateMockFactsService(facts);
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@@ -323,10 +323,10 @@ public sealed class VexDecisionReachabilityIntegrationTests
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var facts = new Dictionary<ReachabilityFactKey, ReachabilityFact>
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{
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[new(TestTenantId, "pkg:npm/deterministic@1.0.0", "CVE-2024-DET")] = CreateFact(
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TestTenantId, "pkg:npm/deterministic@1.0.0", "CVE-2024-DET",
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ReachabilityState.Unreachable,
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hasRuntime: true,
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confidence: 0.95m,
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latticeState: "CU")
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confidence: 0.95m)
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};
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var factsService = CreateMockFactsService(facts);
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@@ -354,14 +354,14 @@ public sealed class VexDecisionReachabilityIntegrationTests
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result2.Document.Should().NotBeNull();
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// Both documents should have identical content
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result1.Document.Statements.Should().HaveCount(result2.Document.Statements.Count);
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result1.Document.Statements.Should().HaveCount(result2.Document.Statements.Length);
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var stmt1 = result1.Document.Statements[0];
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var stmt2 = result2.Document.Statements[0];
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stmt1.Status.Should().Be(stmt2.Status);
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stmt1.Justification.Should().Be(stmt2.Justification);
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stmt1.VulnId.Should().Be(stmt2.VulnId);
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stmt1.Vulnerability.Id.Should().Be(stmt2.Vulnerability.Id);
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}
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#endregion
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@@ -369,79 +369,116 @@ public sealed class VexDecisionReachabilityIntegrationTests
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#region Helper Methods
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private static ReachabilityFact CreateFact(
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string tenantId,
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string componentPurl,
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string advisoryId,
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ReachabilityState state,
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bool hasRuntime,
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decimal confidence,
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string? latticeState = null,
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string? evidenceHash = null)
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{
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var metadata = new Dictionary<string, object?>
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{
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["lattice_state"] = latticeState ?? state.ToString(),
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["has_runtime_evidence"] = hasRuntime,
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["confidence"] = confidence
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};
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return new ReachabilityFact
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{
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Id = Guid.NewGuid().ToString(),
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TenantId = tenantId,
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ComponentPurl = componentPurl,
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AdvisoryId = advisoryId,
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State = state,
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HasRuntimeEvidence = hasRuntime,
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Confidence = confidence,
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Score = state == ReachabilityState.Reachable ? 1.0m : 0.0m,
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HasRuntimeEvidence = hasRuntime,
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Source = "test-source",
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Method = hasRuntime ? AnalysisMethod.Hybrid : AnalysisMethod.Static,
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EvidenceHash = evidenceHash,
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Metadata = metadata.ToImmutableDictionary()
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ComputedAt = DateTimeOffset.UtcNow
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};
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}
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private static ReachabilityFactsJoiningService CreateMockFactsService(
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Dictionary<ReachabilityFactKey, ReachabilityFact> facts)
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{
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var mockService = new Mock<ReachabilityFactsJoiningService>(
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MockBehavior.Strict,
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null!, null!, null!, null!, null!);
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var storeMock = new Mock<IReachabilityFactsStore>();
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var cacheMock = new Mock<IReachabilityFactsOverlayCache>();
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var logger = NullLogger<ReachabilityFactsJoiningService>.Instance;
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mockService
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.Setup(s => s.GetFactsBatchAsync(
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It.IsAny<string>(),
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It.IsAny<IReadOnlyList<ReachabilityFactsRequest>>(),
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// Setup cache to return misses initially, forcing store lookup
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cacheMock
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.Setup(c => c.GetBatchAsync(
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It.IsAny<IReadOnlyList<ReachabilityFactKey>>(),
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It.IsAny<CancellationToken>()))
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.ReturnsAsync((string tenantId, IReadOnlyList<ReachabilityFactsRequest> requests, CancellationToken _) =>
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.ReturnsAsync((IReadOnlyList<ReachabilityFactKey> keys, CancellationToken _) =>
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{
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return new ReachabilityFactsBatch
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{
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Found = new Dictionary<ReachabilityFactKey, ReachabilityFact>(),
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NotFound = keys.ToList(),
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CacheHits = 0,
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CacheMisses = keys.Count
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};
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});
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// Setup store to return facts
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storeMock
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.Setup(s => s.GetBatchAsync(
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It.IsAny<IReadOnlyList<ReachabilityFactKey>>(),
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It.IsAny<CancellationToken>()))
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.ReturnsAsync((IReadOnlyList<ReachabilityFactKey> keys, CancellationToken _) =>
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{
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var found = new Dictionary<ReachabilityFactKey, ReachabilityFact>();
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var notFound = new List<ReachabilityFactKey>();
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foreach (var req in requests)
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foreach (var key in keys)
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{
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var key = new ReachabilityFactKey(tenantId, req.Purl, req.VulnId);
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if (facts.TryGetValue(key, out var fact))
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{
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found[key] = fact;
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}
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else
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{
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notFound.Add(key);
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}
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}
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return new ReachabilityFactsBatchResult
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{
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Found = found.ToImmutableDictionary(),
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NotFound = notFound.ToImmutableArray()
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};
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return found;
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});
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return mockService.Object;
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// Setup cache set (no-op)
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cacheMock
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.Setup(c => c.SetBatchAsync(
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It.IsAny<IReadOnlyDictionary<ReachabilityFactKey, ReachabilityFact>>(),
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It.IsAny<CancellationToken>()))
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.Returns(Task.CompletedTask);
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return new ReachabilityFactsJoiningService(
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storeMock.Object,
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cacheMock.Object,
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logger,
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TimeProvider.System);
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}
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private static IPolicyGateEvaluator CreateMockGateEvaluator(
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PolicyGateDecisionType decision,
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string? reason = null)
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string? blockedBy = null,
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string? reason = null,
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string? advisory = null)
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{
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var mock = new Mock<IPolicyGateEvaluator>();
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mock.Setup(e => e.EvaluateAsync(It.IsAny<PolicyGateRequest>(), It.IsAny<CancellationToken>()))
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.ReturnsAsync(new PolicyGateDecision
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.ReturnsAsync((PolicyGateRequest req, CancellationToken _) => new PolicyGateDecision
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{
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GateId = Guid.NewGuid().ToString(),
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RequestedStatus = req.RequestedStatus,
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Subject = new PolicyGateSubject
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{
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VulnId = req.VulnId,
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Purl = req.Purl
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},
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Evidence = new PolicyGateEvidence
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{
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LatticeState = req.LatticeState,
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Confidence = req.Confidence,
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HasRuntimeEvidence = req.HasRuntimeEvidence
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},
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Gates = ImmutableArray<PolicyGateResult>.Empty,
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Decision = decision,
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Reason = reason
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BlockedBy = blockedBy,
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BlockReason = reason,
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Advisory = advisory,
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DecidedAt = DateTimeOffset.UtcNow
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});
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return mock.Object;
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}
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@@ -451,11 +488,10 @@ public sealed class VexDecisionReachabilityIntegrationTests
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IPolicyGateEvaluator gateEvaluator,
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TimeProvider? timeProvider = null)
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{
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var options = Options.Create(new VexDecisionEmitterOptions
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var options = MsOptions.Options.Create(new VexDecisionEmitterOptions
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{
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MinimumConfidenceForNotAffected = 0.7m,
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RequireRuntimeForNotAffected = false,
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EnableGates = true
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MinConfidenceForNotAffected = 0.7,
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RequireRuntimeForNotAffected = false
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});
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return new VexDecisionEmitter(
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@@ -470,7 +506,7 @@ public sealed class VexDecisionReachabilityIntegrationTests
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#region Test Helpers
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private sealed class OptionsMonitorWrapper<T> : IOptionsMonitor<T>
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private sealed class OptionsMonitorWrapper<T> : MsOptions.IOptionsMonitor<T>
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{
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public OptionsMonitorWrapper(T value) => CurrentValue = value;
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public T CurrentValue { get; }
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@@ -210,7 +210,7 @@ public sealed class VexSchemaValidationTests
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node["@id"]?.GetValue<string>().Should().StartWith("urn:uuid:");
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node["author"]?.GetValue<string>().Should().NotBeNullOrWhiteSpace();
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node["timestamp"].Should().NotBeNull();
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node["version"]?.GetValue<int>().Should().BeGreaterOrEqualTo(1);
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node["version"]?.GetValue<int>().Should().BeGreaterThanOrEqualTo(1);
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node["statements"].Should().NotBeNull();
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}
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Block a user