Add schema validation tests

Create automated tests to validate schema consistency across submission, version, and main entity tables. This includes checking for missing fields, data type mismatches, and correct field presence in critical functions. Also includes a pre-migration validation script and GitHub Actions workflow for automated checks.
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# Integration Tests
This directory contains integration tests for the ThrillWiki submission pipeline and data integrity.
## Schema Validation Tests
**File**: `schema-validation.test.ts`
### Purpose
Automated tests that validate schema consistency across the entire submission pipeline:
- **Submission Tables**: Ensures submission tables match their corresponding main entity tables
- **Version Tables**: Validates version tables have all main table fields plus version metadata
- **Critical Fields**: Checks for known problematic fields (e.g., `ride_type` vs `category`)
- **Function Alignment**: Verifies critical database functions exist and are accessible
### Why This Matters
The submission pipeline depends on exact schema alignment between:
1. Main entity tables (`parks`, `rides`, `companies`, `ride_models`)
2. Submission tables (`park_submissions`, `ride_submissions`, etc.)
3. Version tables (`park_versions`, `ride_versions`, etc.)
**Without these tests**, schema mismatches can cause:
- ❌ Approval failures with cryptic "column does not exist" errors
- ❌ Data loss when fields are missing from submission tables
- ❌ Version history corruption when fields don't match
- ❌ Production incidents that are difficult to debug
**With these tests**, we catch issues:
- ✅ During development, before they reach production
- ✅ In CI/CD, preventing bad migrations from deploying
- ✅ Immediately after schema changes, with clear error messages
### Test Categories
#### 1. Entity Table Validation
Compares main entity tables with their submission counterparts:
```typescript
parks park_submissions
rides ride_submissions
companies company_submissions
ride_models ride_model_submissions
```
**Checks**:
- All fields from main table exist in submission table (except excluded metadata)
- Data types match exactly
- Required fields are marked NOT NULL in both
#### 2. Version Table Validation
Ensures version tables have complete field coverage:
```typescript
parks park_versions
rides ride_versions
companies company_versions
ride_models ride_model_versions
```
**Checks**:
- All main table fields exist (accounting for known name variations)
- Version metadata fields are present (`version_id`, `version_number`, etc.)
- Change tracking fields are properly defined
#### 3. Critical Field Validation
Tests specific known problem areas:
**Critical Test Cases**:
-`rides` table does NOT have `ride_type` (prevents "column does not exist" error)
-`rides` table DOES have `category` as NOT NULL
-`ride_models` table has BOTH `category` and `ride_type`
- ✅ All entities have required base fields (`id`, `name`, `slug`, etc.)
- ✅ All submission tables have `submission_id` foreign key
#### 4. Function Alignment
Validates critical database functions:
- `create_entity_from_submission`
- `update_entity_from_submission`
- `process_approval_transaction`
#### 5. Field Name Variations
Documents and validates known column name differences:
```typescript
ride_versions.height_requirement_cm rides.height_requirement
ride_versions.gforce_max rides.max_g_force
ride_versions.inversions_count rides.inversions
ride_versions.height_meters rides.max_height_meters
ride_versions.drop_meters rides.drop_height_meters
```
### Running the Tests
**Run all schema validation tests:**
```bash
npm run test:schema
```
**Run specific test suite:**
```bash
npx playwright test schema-validation --grep "Entity Tables"
```
**Run in UI mode for debugging:**
```bash
npx playwright test schema-validation --ui
```
**Generate detailed report:**
```bash
npx playwright test schema-validation --reporter=html
```
### Environment Setup
These tests require:
- `SUPABASE_SERVICE_ROLE_KEY` environment variable
- Access to the Supabase project database
- Playwright test runner
**Example `.env.test`:**
```env
SUPABASE_SERVICE_ROLE_KEY=your_service_role_key_here
```
### Expected Output
**✅ All passing (healthy schema):**
```
✓ parks: submission table matches main table schema (245ms)
✓ rides: submission table matches main table schema (198ms)
✓ companies: submission table matches main table schema (187ms)
✓ ride_models: submission table matches main table schema (203ms)
✓ park_versions: has all main table fields plus version metadata (256ms)
✓ ride_versions: has all main table fields plus version metadata (234ms)
✓ rides table does NOT have ride_type column (145ms)
✓ rides table DOES have category column (NOT NULL) (152ms)
```
**❌ Failure example (schema mismatch):**
```
✕ rides: submission table matches main table schema (203ms)
Error: ride_submissions is missing fields: category
Expected: 0
Received: 1
```
### Continuous Integration
Add to your CI/CD pipeline:
```yaml
# .github/workflows/test.yml
- name: Run Schema Validation Tests
run: npm run test:schema
env:
SUPABASE_SERVICE_ROLE_KEY: ${{ secrets.SUPABASE_SERVICE_ROLE_KEY }}
```
This prevents schema mismatches from reaching production.
### When to Run
**Always run these tests:**
- ✅ After any database migration
- ✅ Before deploying submission pipeline changes
- ✅ After modifying entity schemas
- ✅ When adding new entity types
- ✅ In CI/CD for every pull request
**Especially critical after:**
- Adding/removing columns from entity tables
- Modifying data types
- Changing NOT NULL constraints
- Updating database functions
### Maintenance
**When adding new entity types:**
1. Add validation tests for the new entity
2. Add tests for submission table
3. Add tests for version table (if applicable)
4. Update this README
**When schema changes are intentional:**
1. Review failing tests carefully
2. Update `EXCLUDED_FIELDS` or `VERSION_METADATA_FIELDS` if needed
3. Document any new field name variations in `normalizeColumnName()`
4. Update `docs/submission-pipeline/SCHEMA_REFERENCE.md`
### Debugging Failed Tests
**"Missing fields" error:**
1. Check if field was recently added to main table
2. Verify migration added it to submission table too
3. Run migration to add missing field
4. Re-run tests
**"Type mismatch" error:**
1. Compare data types in both tables
2. Check for accidental type change in migration
3. Fix type inconsistency
4. Re-run tests
**"Column does not exist" in production:**
1. Run schema validation tests immediately
2. Identify which table is missing the field
3. Create emergency migration to add field
4. Deploy with high priority
### Related Documentation
- [Schema Reference](../../docs/submission-pipeline/SCHEMA_REFERENCE.md) - Complete field mappings
- [Submission Pipeline](../../docs/submission-pipeline/README.md) - Pipeline overview
- [Versioning System](../../docs/versioning/README.md) - Version table details
- [Moderation Workflow](../../docs/moderation/README.md) - Approval process
---
## Other Integration Tests
### Moderation Security Tests
**File**: `moderation-security.test.ts`
Tests role validation, lock enforcement, and rate limiting in the moderation system.
**Run:**
```bash
npx playwright test moderation-security
```
---
## Contributing
When adding new integration tests:
1. Follow existing test structure
2. Use descriptive test names
3. Add comments explaining what's being tested
4. Update this README
5. Ensure tests are idempotent (can run multiple times)
6. Clean up test data after completion

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import { test, expect } from '@playwright/test';
import { createClient } from '@supabase/supabase-js';
/**
* Schema Validation Tests
*
* These tests validate that submission tables, version tables, and main entity tables
* have consistent schemas to prevent field mismatches during the approval pipeline.
*
* Critical validations:
* 1. Submission tables must have all fields from main tables (except auto-generated)
* 2. Version tables must have all fields from main tables plus version metadata
* 3. Critical functions must reference correct column names
* 4. Required NOT NULL fields must be present in all tables
*/
const supabase = createClient(
'https://ydvtmnrszybqnbcqbdcy.supabase.co',
process.env.SUPABASE_SERVICE_ROLE_KEY || ''
);
interface ColumnDefinition {
column_name: string;
data_type: string;
is_nullable: string;
column_default: string | null;
}
interface TableSchema {
[columnName: string]: ColumnDefinition;
}
// Fields that are expected to be different or missing in submission tables
const EXCLUDED_FIELDS = [
'id', // Submission tables have their own ID
'created_at', // Managed differently in submissions
'updated_at', // Managed differently in submissions
'view_count_all', // Calculated fields not in submissions
'view_count_30d',
'view_count_7d',
'average_rating',
'review_count',
'installations_count', // Only for ride_models
'is_test_data', // Test data flag
];
// Version-specific metadata fields (expected to be extra in version tables)
const VERSION_METADATA_FIELDS = [
'version_id',
'version_number',
'change_type',
'change_reason',
'is_current',
'created_by',
'created_at',
'submission_id',
'is_test_data',
];
async function getTableSchema(tableName: string): Promise<TableSchema> {
const { data, error } = await supabase
.from('information_schema.columns' as any)
.select('column_name, data_type, is_nullable, column_default')
.eq('table_schema', 'public')
.eq('table_name', tableName);
if (error) throw error;
const schema: TableSchema = {};
data?.forEach((col: any) => {
schema[col.column_name] = col;
});
return schema;
}
function normalizeColumnName(name: string): string {
// Handle known version table variations
const mapping: { [key: string]: string } = {
'height_requirement_cm': 'height_requirement',
'gforce_max': 'max_g_force',
'inversions_count': 'inversions',
'height_meters': 'max_height_meters',
'drop_meters': 'drop_height_meters',
};
return mapping[name] || name;
}
test.describe('Schema Validation - Entity Tables', () => {
test('parks: submission table matches main table schema', async () => {
const mainSchema = await getTableSchema('parks');
const submissionSchema = await getTableSchema('park_submissions');
const mismatches: string[] = [];
const missingFields: string[] = [];
// Check each field in main table exists in submission table
for (const [fieldName, fieldDef] of Object.entries(mainSchema)) {
if (EXCLUDED_FIELDS.includes(fieldName)) continue;
if (!submissionSchema[fieldName]) {
missingFields.push(fieldName);
} else {
// Check data type matches
const mainType = fieldDef.data_type;
const submissionType = submissionSchema[fieldName].data_type;
if (mainType !== submissionType) {
mismatches.push(
`${fieldName}: main=${mainType}, submission=${submissionType}`
);
}
}
}
expect(missingFields,
`park_submissions is missing fields: ${missingFields.join(', ')}`
).toHaveLength(0);
expect(mismatches,
`park_submissions has type mismatches: ${mismatches.join('; ')}`
).toHaveLength(0);
});
test('rides: submission table matches main table schema', async () => {
const mainSchema = await getTableSchema('rides');
const submissionSchema = await getTableSchema('ride_submissions');
const mismatches: string[] = [];
const missingFields: string[] = [];
for (const [fieldName, fieldDef] of Object.entries(mainSchema)) {
if (EXCLUDED_FIELDS.includes(fieldName)) continue;
if (!submissionSchema[fieldName]) {
missingFields.push(fieldName);
} else {
const mainType = fieldDef.data_type;
const submissionType = submissionSchema[fieldName].data_type;
if (mainType !== submissionType) {
mismatches.push(
`${fieldName}: main=${mainType}, submission=${submissionType}`
);
}
}
}
expect(missingFields,
`ride_submissions is missing fields: ${missingFields.join(', ')}`
).toHaveLength(0);
expect(mismatches,
`ride_submissions has type mismatches: ${mismatches.join('; ')}`
).toHaveLength(0);
});
test('companies: submission table matches main table schema', async () => {
const mainSchema = await getTableSchema('companies');
const submissionSchema = await getTableSchema('company_submissions');
const mismatches: string[] = [];
const missingFields: string[] = [];
for (const [fieldName, fieldDef] of Object.entries(mainSchema)) {
if (EXCLUDED_FIELDS.includes(fieldName)) continue;
if (!submissionSchema[fieldName]) {
missingFields.push(fieldName);
} else {
const mainType = fieldDef.data_type;
const submissionType = submissionSchema[fieldName].data_type;
if (mainType !== submissionType) {
mismatches.push(
`${fieldName}: main=${mainType}, submission=${submissionType}`
);
}
}
}
expect(missingFields,
`company_submissions is missing fields: ${missingFields.join(', ')}`
).toHaveLength(0);
expect(mismatches,
`company_submissions has type mismatches: ${mismatches.join('; ')}`
).toHaveLength(0);
});
test('ride_models: submission table matches main table schema', async () => {
const mainSchema = await getTableSchema('ride_models');
const submissionSchema = await getTableSchema('ride_model_submissions');
const mismatches: string[] = [];
const missingFields: string[] = [];
for (const [fieldName, fieldDef] of Object.entries(mainSchema)) {
if (EXCLUDED_FIELDS.includes(fieldName)) continue;
if (!submissionSchema[fieldName]) {
missingFields.push(fieldName);
} else {
const mainType = fieldDef.data_type;
const submissionType = submissionSchema[fieldName].data_type;
if (mainType !== submissionType) {
mismatches.push(
`${fieldName}: main=${mainType}, submission=${submissionType}`
);
}
}
}
expect(missingFields,
`ride_model_submissions is missing fields: ${missingFields.join(', ')}`
).toHaveLength(0);
expect(mismatches,
`ride_model_submissions has type mismatches: ${mismatches.join('; ')}`
).toHaveLength(0);
});
});
test.describe('Schema Validation - Version Tables', () => {
test('park_versions: has all main table fields plus version metadata', async () => {
const mainSchema = await getTableSchema('parks');
const versionSchema = await getTableSchema('park_versions');
const missingFields: string[] = [];
// Check all main table fields exist in version table
for (const [fieldName] of Object.entries(mainSchema)) {
if (EXCLUDED_FIELDS.includes(fieldName)) continue;
const normalizedName = normalizeColumnName(fieldName);
if (!versionSchema[fieldName] && !versionSchema[normalizedName]) {
missingFields.push(fieldName);
}
}
// Check all version metadata fields exist
const missingMetadata: string[] = [];
for (const metaField of VERSION_METADATA_FIELDS) {
if (!versionSchema[metaField]) {
missingMetadata.push(metaField);
}
}
expect(missingFields,
`park_versions is missing main table fields: ${missingFields.join(', ')}`
).toHaveLength(0);
expect(missingMetadata,
`park_versions is missing version metadata: ${missingMetadata.join(', ')}`
).toHaveLength(0);
});
test('ride_versions: has all main table fields plus version metadata', async () => {
const mainSchema = await getTableSchema('rides');
const versionSchema = await getTableSchema('ride_versions');
const missingFields: string[] = [];
for (const [fieldName] of Object.entries(mainSchema)) {
if (EXCLUDED_FIELDS.includes(fieldName)) continue;
const normalizedName = normalizeColumnName(fieldName);
if (!versionSchema[fieldName] && !versionSchema[normalizedName]) {
missingFields.push(fieldName);
}
}
const missingMetadata: string[] = [];
for (const metaField of VERSION_METADATA_FIELDS) {
if (!versionSchema[metaField]) {
missingMetadata.push(metaField);
}
}
expect(missingFields,
`ride_versions is missing main table fields: ${missingFields.join(', ')}`
).toHaveLength(0);
expect(missingMetadata,
`ride_versions is missing version metadata: ${missingMetadata.join(', ')}`
).toHaveLength(0);
});
test('company_versions: has all main table fields plus version metadata', async () => {
const mainSchema = await getTableSchema('companies');
const versionSchema = await getTableSchema('company_versions');
const missingFields: string[] = [];
for (const [fieldName] of Object.entries(mainSchema)) {
if (EXCLUDED_FIELDS.includes(fieldName)) continue;
const normalizedName = normalizeColumnName(fieldName);
if (!versionSchema[fieldName] && !versionSchema[normalizedName]) {
missingFields.push(fieldName);
}
}
const missingMetadata: string[] = [];
for (const metaField of VERSION_METADATA_FIELDS) {
if (!versionSchema[metaField]) {
missingMetadata.push(metaField);
}
}
expect(missingFields,
`company_versions is missing main table fields: ${missingFields.join(', ')}`
).toHaveLength(0);
expect(missingMetadata,
`company_versions is missing version metadata: ${missingMetadata.join(', ')}`
).toHaveLength(0);
});
test('ride_model_versions: has all main table fields plus version metadata', async () => {
const mainSchema = await getTableSchema('ride_models');
const versionSchema = await getTableSchema('ride_model_versions');
const missingFields: string[] = [];
for (const [fieldName] of Object.entries(mainSchema)) {
if (EXCLUDED_FIELDS.includes(fieldName)) continue;
const normalizedName = normalizeColumnName(fieldName);
if (!versionSchema[fieldName] && !versionSchema[normalizedName]) {
missingFields.push(fieldName);
}
}
const missingMetadata: string[] = [];
for (const metaField of VERSION_METADATA_FIELDS) {
if (!versionSchema[metaField]) {
missingMetadata.push(metaField);
}
}
expect(missingFields,
`ride_model_versions is missing main table fields: ${missingFields.join(', ')}`
).toHaveLength(0);
expect(missingMetadata,
`ride_model_versions is missing version metadata: ${missingMetadata.join(', ')}`
).toHaveLength(0);
});
});
test.describe('Schema Validation - Critical Fields', () => {
test('rides table does NOT have ride_type column', async () => {
const ridesSchema = await getTableSchema('rides');
expect(ridesSchema['ride_type']).toBeUndefined();
});
test('rides table DOES have category column (NOT NULL)', async () => {
const ridesSchema = await getTableSchema('rides');
expect(ridesSchema['category']).toBeDefined();
expect(ridesSchema['category'].is_nullable).toBe('NO');
});
test('ride_models table DOES have both category and ride_type columns', async () => {
const rideModelsSchema = await getTableSchema('ride_models');
expect(rideModelsSchema['category']).toBeDefined();
expect(rideModelsSchema['category'].is_nullable).toBe('NO');
expect(rideModelsSchema['ride_type']).toBeDefined();
});
test('all entity tables have required base fields', async () => {
const requiredFields = ['id', 'name', 'slug', 'created_at', 'updated_at'];
const tables = ['parks', 'rides', 'companies', 'ride_models'];
for (const table of tables) {
const schema = await getTableSchema(table);
for (const field of requiredFields) {
expect(schema[field],
`${table} is missing required field: ${field}`
).toBeDefined();
}
}
});
test('all submission tables have submission_id foreign key', async () => {
const submissionTables = [
'park_submissions',
'ride_submissions',
'company_submissions',
'ride_model_submissions',
'photo_submissions',
];
for (const table of submissionTables) {
const schema = await getTableSchema(table);
expect(schema['submission_id'],
`${table} is missing submission_id foreign key`
).toBeDefined();
expect(schema['submission_id'].is_nullable).toBe('NO');
}
});
test('all version tables have version metadata fields', async () => {
const versionTables = [
'park_versions',
'ride_versions',
'company_versions',
'ride_model_versions',
];
const requiredVersionFields = [
'version_id',
'version_number',
'change_type',
'is_current',
];
for (const table of versionTables) {
const schema = await getTableSchema(table);
for (const field of requiredVersionFields) {
expect(schema[field],
`${table} is missing required version field: ${field}`
).toBeDefined();
}
}
});
});
test.describe('Schema Validation - Function Parameter Alignment', () => {
test('verify create_entity_from_submission function exists', async () => {
const { data, error } = await supabase
.rpc('pg_get_functiondef', {
funcid: 'create_entity_from_submission'::any
} as any)
.single();
// Function should exist (will error if not)
expect(error).toBeNull();
});
test('verify update_entity_from_submission function exists', async () => {
const { data, error } = await supabase
.rpc('pg_get_functiondef', {
funcid: 'update_entity_from_submission'::any
} as any)
.single();
// Function should exist (will error if not)
expect(error).toBeNull();
});
test('verify process_approval_transaction function exists', async () => {
const { data, error } = await supabase.rpc('pg_catalog.pg_function_is_visible', {
funcid: 'process_approval_transaction'::any
} as any);
// Function should be visible
expect(data).toBeTruthy();
});
});
test.describe('Schema Validation - Known Field Name Variations', () => {
test('ride_versions uses height_requirement_cm instead of height_requirement', async () => {
const versionSchema = await getTableSchema('ride_versions');
expect(versionSchema['height_requirement_cm']).toBeDefined();
expect(versionSchema['height_requirement']).toBeUndefined();
});
test('ride_versions uses gforce_max instead of max_g_force', async () => {
const versionSchema = await getTableSchema('ride_versions');
expect(versionSchema['gforce_max']).toBeDefined();
expect(versionSchema['max_g_force']).toBeUndefined();
});
test('ride_versions uses inversions_count instead of inversions', async () => {
const versionSchema = await getTableSchema('ride_versions');
expect(versionSchema['inversions_count']).toBeDefined();
expect(versionSchema['inversions']).toBeUndefined();
});
test('ride_versions uses height_meters instead of max_height_meters', async () => {
const versionSchema = await getTableSchema('ride_versions');
expect(versionSchema['height_meters']).toBeDefined();
expect(versionSchema['max_height_meters']).toBeUndefined();
});
test('ride_versions uses drop_meters instead of drop_height_meters', async () => {
const versionSchema = await getTableSchema('ride_versions');
expect(versionSchema['drop_meters']).toBeDefined();
expect(versionSchema['drop_height_meters']).toBeUndefined();
});
});
test.describe('Schema Validation - Submission Items', () => {
test('submission_items has all required foreign key columns', async () => {
const schema = await getTableSchema('submission_items');
const requiredFKs = [
'submission_id',
'park_submission_id',
'ride_submission_id',
'company_submission_id',
'ride_model_submission_id',
'photo_submission_id',
'timeline_event_submission_id',
'depends_on', // For dependency chain
];
for (const fk of requiredFKs) {
expect(schema[fk],
`submission_items is missing FK: ${fk}`
).toBeDefined();
}
});
test('submission_items has required metadata fields', async () => {
const schema = await getTableSchema('submission_items');
const requiredFields = [
'item_type',
'action_type',
'status',
'order_index',
];
for (const field of requiredFields) {
expect(schema[field],
`submission_items is missing field: ${field}`
).toBeDefined();
}
});
});