import { describe, it } from 'node:test';
import { strict as assert } from 'node:assert';
import { HierarchyProcessor } from '../../src/utils/hierarchy.js';
/**
* Debug Scenario Unit Tests
* These tests validate the functionality that was originally in debug scripts
* but focus on unit-testable components that don't require API calls
*/
describe('Debug Scenario Unit Tests', () => {
// Sample test data similar to what debug scripts would encounter
const sampleDebugSuites = [
{ id: 605, name: 'Root Suite', parentSuiteId: null, relativePosition: 1 },
{ id: 609, name: 'Parent Suite', parentSuiteId: 605, relativePosition: 1 },
{ id: 657, name: 'Child Suite', parentSuiteId: 609, relativePosition: 1 },
{ id: 736, name: 'Feature Suite', parentSuiteId: 657, relativePosition: 1 },
{ id: 999, name: 'Orphaned Suite', parentSuiteId: 888, relativePosition: 1 } // Parent doesn't exist
];
describe('Hierarchy Processing Debug Scenarios', () => {
it('should find target suites correctly', () => {
const targetSuiteIds = [605, 609, 657, 736];
const foundSuites = new Map();
sampleDebugSuites.forEach(suite => {
if (targetSuiteIds.includes(suite.id)) {
foundSuites.set(suite.id, suite);
}
});
assert.equal(foundSuites.size, 4);
assert.ok(foundSuites.has(605));
assert.ok(foundSuites.has(609));
assert.ok(foundSuites.has(657));
assert.ok(foundSuites.has(736));
});
it('should handle hierarchy processing with complete chain', () => {
const processedSuites = HierarchyProcessor.setRootParentsToSuites(sampleDebugSuites);
assert.equal(processedSuites.length, sampleDebugSuites.length);
// Check specific suite 736 (feature suite from debug scenarios)
const suite736 = processedSuites.find(s => s.id === 736);
assert.ok(suite736);
assert.equal(suite736.rootSuiteId, 605); // Should trace back to root
assert.equal(suite736.rootSuiteName, 'Root Suite');
assert.equal(suite736.parentSuiteName, 'Child Suite');
});
it('should calculate correct root IDs for debug scenario chain', () => {
const rootMapping = HierarchyProcessor.calculateRootSuiteIds(sampleDebugSuites);
assert.equal(rootMapping.get(605), 605); // Root maps to itself
assert.equal(rootMapping.get(609), 605); // Child maps to root
assert.equal(rootMapping.get(657), 605); // Grandchild maps to root
assert.equal(rootMapping.get(736), 605); // Feature suite maps to root
assert.equal(rootMapping.get(999), 999); // Orphaned suite maps to itself
});
it('should generate correct suite paths for debug scenarios', () => {
const path605 = HierarchyProcessor.generateSuitePath(605, sampleDebugSuites);
const path736 = HierarchyProcessor.generateSuitePath(736, sampleDebugSuites);
const path999 = HierarchyProcessor.generateSuitePath(999, sampleDebugSuites);
assert.equal(path605, 'Root Suite');
assert.equal(path736, 'Root Suite > Parent Suite > Child Suite > Feature Suite');
assert.equal(path999, 'Unknown Suite (888) > Orphaned Suite'); // Shows missing parent
});
it('should build suite tree correctly for debug scenarios', () => {
const tree = HierarchyProcessor.buildSuiteTree(sampleDebugSuites);
// Should have 2 root suites: 605 (valid root) and 999 (orphaned)
assert.equal(tree.length, 2);
const rootSuite = tree.find(s => s.id === 605);
const orphanedSuite = tree.find(s => s.id === 999);
assert.ok(rootSuite);
assert.ok(orphanedSuite);
// Check the hierarchy depth under root suite
assert.equal(rootSuite.children?.length, 1); // One direct child (609)
const childSuite609 = rootSuite.children?.[0];
assert.equal(childSuite609?.id, 609);
assert.equal(childSuite609?.children?.length, 1); // One child (657)
const childSuite657 = childSuite609?.children?.[0];
assert.equal(childSuite657?.id, 657);
assert.equal(childSuite657?.children?.length, 1); // One child (736)
const childSuite736 = childSuite657?.children?.[0];
assert.equal(childSuite736?.id, 736);
assert.equal(childSuite736?.children?.length, 0); // Leaf node
});
});
describe('Java Approach Method Validation', () => {
it('should implement parent-child mapping correctly', () => {
const parentChildMap = HierarchyProcessor.buildParentChildMap(sampleDebugSuites);
assert.equal(parentChildMap.get(609), 605);
assert.equal(parentChildMap.get(657), 609);
assert.equal(parentChildMap.get(736), 657);
assert.equal(parentChildMap.get(999), 888); // Orphaned suite
assert.ok(!parentChildMap.has(605)); // Root suite has no parent
});
it('should find root suites using Java approach', () => {
const parentChildMap = HierarchyProcessor.buildParentChildMap(sampleDebugSuites);
const root605 = HierarchyProcessor.getRoot(parentChildMap, 605);
const root736 = HierarchyProcessor.getRoot(parentChildMap, 736);
const root999 = HierarchyProcessor.getRoot(parentChildMap, 999);
assert.equal(root605, 605); // Root maps to itself
assert.equal(root736, 605); // Feature suite maps to root
assert.equal(root999, 888); // Orphaned suite maps to missing parent (circular protection)
});
it('should get root suites correctly', () => {
const rootSuites = HierarchyProcessor.getRootSuites(sampleDebugSuites);
assert.equal(rootSuites.length, 1); // Only 605 is a true root (999 has a parent, even if missing)
assert.equal(rootSuites[0].id, 605);
assert.equal(rootSuites[0].name, 'Root Suite');
});
it('should find suite names by ID', () => {
const name605 = HierarchyProcessor.getSuiteNameById(sampleDebugSuites, 605);
const name736 = HierarchyProcessor.getSuiteNameById(sampleDebugSuites, 736);
const nameNotFound = HierarchyProcessor.getSuiteNameById(sampleDebugSuites, 123);
assert.equal(name605, 'Root Suite');
assert.equal(name736, 'Feature Suite');
assert.equal(nameNotFound, '');
});
});
describe('Orphaned Suite Handling', () => {
it('should handle missing parent suites gracefully', () => {
const orphanedOnlySuites = [
{ id: 1, name: 'Valid Root', parentSuiteId: null },
{ id: 2, name: 'Orphaned Child', parentSuiteId: 999 }
];
const levels = HierarchyProcessor.calculateSuiteLevels(orphanedOnlySuites);
assert.equal(levels.get(1), 0); // Valid root
assert.equal(levels.get(2), 0); // Orphaned treated as root level
const rootMapping = HierarchyProcessor.calculateRootSuiteIds(orphanedOnlySuites);
assert.equal(rootMapping.get(1), 1); // Valid root
assert.equal(rootMapping.get(2), 2); // Orphaned maps to itself
});
it('should build tree with orphaned suites', () => {
const mixedSuites = [
{ id: 1, name: 'Root', parentSuiteId: null },
{ id: 2, name: 'Child', parentSuiteId: 1 },
{ id: 3, name: 'Orphan', parentSuiteId: 999 }
];
const tree = HierarchyProcessor.buildSuiteTree(mixedSuites);
assert.equal(tree.length, 2); // Root + Orphan at root level
const rootSuite = tree.find(s => s.id === 1);
const orphanSuite = tree.find(s => s.id === 3);
assert.ok(rootSuite);
assert.ok(orphanSuite);
assert.equal(rootSuite.children?.length, 1); // Has child 2
assert.equal(orphanSuite.children?.length, 0); // No children
});
});
describe('Performance Characteristics', () => {
it('should handle large suite sets efficiently', () => {
// Generate a large set of suites for performance testing
const largeSuiteSet: Array<{id: number, name: string, parentSuiteId: number | null, relativePosition: number}> = [];
const rootCount = 10;
const childrenPerSuite = 5;
const maxDepth = 4;
let suiteId = 1;
// Generate root suites
for (let r = 0; r < rootCount; r++) {
largeSuiteSet.push({
id: suiteId++,
name: `Root Suite ${r}`,
parentSuiteId: null,
relativePosition: r
});
}
// Generate children recursively
function addChildren(parentId: number, depth: number) {
if (depth >= maxDepth) return;
for (let c = 0; c < childrenPerSuite; c++) {
largeSuiteSet.push({
id: suiteId++,
name: `Suite ${suiteId - 1}`,
parentSuiteId: parentId,
relativePosition: c
});
addChildren(suiteId - 1, depth + 1);
}
}
// Add children to first few roots
for (let r = 1; r <= 3; r++) {
addChildren(r, 0);
}
console.log(` Generated ${largeSuiteSet.length} suites for performance test`);
const startTime = Date.now();
// Test hierarchy processing performance
const processed = HierarchyProcessor.setRootParentsToSuites(largeSuiteSet);
const tree = HierarchyProcessor.buildSuiteTree(largeSuiteSet);
const endTime = Date.now();
const processingTime = endTime - startTime;
console.log(` Processed ${largeSuiteSet.length} suites in ${processingTime}ms`);
assert.equal(processed.length, largeSuiteSet.length);
assert.equal(tree.length, rootCount); // All root suites should be at top level
assert.ok(processingTime < 5000, 'Should process large suite set quickly'); // 5 second limit
// Verify a few key properties
processed.forEach(suite => {
assert.ok(typeof suite.rootSuiteId === 'number');
assert.ok(typeof suite.treeNames === 'string');
});
});
});
describe('Data Consistency Validation', () => {
it('should maintain data consistency across different processing methods', () => {
// Test that different hierarchy methods produce consistent results for valid hierarchies
// Note: Orphaned suites may be handled differently by different methods, which is acceptable
const validHierarchySuites = sampleDebugSuites.filter(s => s.id !== 999); // Exclude orphaned suite
const rootMapping1 = HierarchyProcessor.calculateRootSuiteIds(validHierarchySuites);
const processedSuites = HierarchyProcessor.setRootParentsToSuites(validHierarchySuites);
// Compare results from different methods for valid suites
validHierarchySuites.forEach(suite => {
const processed = processedSuites.find(s => s.id === suite.id);
assert.ok(processed);
const rootFromMapping = rootMapping1.get(suite.id);
const rootFromProcessed = processed.rootSuiteId;
assert.equal(rootFromMapping, rootFromProcessed,
`Root ID mismatch for suite ${suite.id}: mapping=${rootFromMapping}, processed=${rootFromProcessed}`);
});
// Test that orphaned suites are handled (though methods may differ in approach)
const orphanedSuite = { id: 999, name: 'Orphaned Suite', parentSuiteId: 888, relativePosition: 1 };
const orphanedRootMapping = HierarchyProcessor.calculateRootSuiteIds([orphanedSuite]);
const orphanedProcessed = HierarchyProcessor.setRootParentsToSuites([orphanedSuite]);
// Both methods should handle orphaned suite without crashing
assert.ok(orphanedRootMapping.has(999));
assert.ok(orphanedProcessed.find(s => s.id === 999));
});
it('should handle edge cases consistently', () => {
const edgeCaseSuites = [
{ id: 1, name: 'Normal Root', parentSuiteId: null },
{ id: 2, name: 'Self Referencing', parentSuiteId: 2 }, // Self reference
{ id: 3, name: 'Missing Parent', parentSuiteId: 999 }, // Missing parent
{ id: 4, name: 'Empty Name', parentSuiteId: 1 }
];
// Should not crash or infinite loop
const processed = HierarchyProcessor.setRootParentsToSuites(edgeCaseSuites);
const tree = HierarchyProcessor.buildSuiteTree(edgeCaseSuites);
const rootMapping = HierarchyProcessor.calculateRootSuiteIds(edgeCaseSuites);
assert.equal(processed.length, edgeCaseSuites.length);
assert.ok(tree.length > 0);
assert.ok(rootMapping.size > 0);
// Self-referencing suite should be treated as root
assert.equal(rootMapping.get(2), 2);
// Missing parent suite should be treated as root
assert.equal(rootMapping.get(3), 3);
});
});
});
console.log('✅ Debug scenario unit tests ready for validation');