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/** * Serializable violation (stores schemaId instead of full schema) */interface CachedViolation { filePath: string; schemaId: string; field: string; type: ViolationType; message: string; expected?: string; actual?: string;}
/** * Per-file cache entry */interface CachedFileData { mtime: number; // file.stat.mtime when validated schemaIds: string[]; // Which schemas matched this file violations: CachedViolation[];}
/** * Full cache structure persisted to disk */interface ValidationCacheData { version: number; schemaHashes: Record<string, string>; // schemaId → hash settingsHash: string; // hash of relevant settings files: Record<string, CachedFileData>; // filePath → cache data}
const CACHE_VERSION = 1;
/** * Simple string hash function (djb2) */function hashString(str: string): string { let hash = 5381; for (let i = 0; i < str.length; i++) { hash = ((hash << 5) + hash) ^ str.charCodeAt(i); } return (hash >>> 0).toString(36);}
/** * Get all custom types referenced by a schema's fields (recursively) */export function getReferencedCustomTypes( fields: SchemaField[], allCustomTypes: CustomType[], visited: Set<string> = new Set()): CustomType[] { const result: CustomType[] = []; const typeMap = new Map(allCustomTypes.map(t => [t.name, t]));
function collectTypes(fieldList: SchemaField[]): void { for (const field of fieldList) { // Check field type const customType = typeMap.get(field.type); if (customType && !visited.has(customType.name)) { visited.add(customType.name); result.push(customType); // Recursively check this custom type's fields collectTypes(customType.fields); }
// Check array element type if (field.arrayElementType) { const arrayCustomType = typeMap.get(field.arrayElementType); if (arrayCustomType && !visited.has(arrayCustomType.name)) { visited.add(arrayCustomType.name); result.push(arrayCustomType); collectTypes(arrayCustomType.fields); } } } }
collectTypes(fields); return result;}
/** * Hash a schema including its referenced custom types */function hashSchema(schema: SchemaMapping, customTypes: CustomType[]): string { const referencedTypes = getReferencedCustomTypes(schema.fields, customTypes);
const toHash = { fields: schema.fields, query: schema.query, enabled: schema.enabled, propertyFilter: schema.propertyFilter, // Include full definitions of referenced custom types customTypes: referencedTypes.map(t => ({ name: t.name, fields: t.fields })) };
return hashString(JSON.stringify(toHash));}
/** * Hash the settings that affect validation */function hashSettings(settings: PropsecSettings): string { const toHash = { warnOnUnknownFields: settings.warnOnUnknownFields, allowObsidianProperties: settings.allowObsidianProperties, }; return hashString(JSON.stringify(toHash));}
/** * Convert a Violation to a CachedViolation (for serialization) */function toCachedViolation(v: Violation): CachedViolation { return { filePath: v.filePath, schemaId: v.schemaMapping.id, field: v.field, type: v.type, message: v.message, expected: v.expected, actual: v.actual, };}
/** * Convert a CachedViolation back to a Violation */function fromCachedViolation( cached: CachedViolation, schemaMap: Map<string, SchemaMapping>): Violation | null { const schema = schemaMap.get(cached.schemaId); if (!schema) return null; // Schema was deleted
return { filePath: cached.filePath, schemaMapping: schema, field: cached.field, type: cached.type, message: cached.message, expected: cached.expected, actual: cached.actual, };}
/** * Validation cache manager * Persists validation results to disk and intelligently invalidates on changes */export class ValidationCache { private app: App; private settings: () => PropsecSettings; private cachePath: string; private data: ValidationCacheData; private dirty: boolean = false; private saveTimeout: number | null = null;
constructor(app: App, pluginId: string, settings: () => PropsecSettings) { this.app = app; this.settings = settings; this.cachePath = `${app.vault.configDir}/plugins/${pluginId}/validation-cache.json`; this.data = this.emptyCache(); }
private emptyCache(): ValidationCacheData { return { version: CACHE_VERSION, schemaHashes: {}, settingsHash: "", files: {}, }; }
/** * Load cache from disk */ async load(): Promise<boolean> { try { const startTime = performance.now(); const raw = await this.app.vault.adapter.read(this.cachePath); const readTime = performance.now();
const parsed = JSON.parse(raw) as unknown as ValidationCacheData; const parseTime = performance.now();
if (parsed.version !== CACHE_VERSION) { debug("Cache version mismatch, starting fresh"); return false; }
this.data = parsed; const fileCount = Object.keys(this.data.files).length; debug(`Loaded cache: ${fileCount} files, read=${(readTime - startTime).toFixed(1)}ms, parse=${(parseTime - readTime).toFixed(1)}ms`); return true; } catch { // File doesn't exist or is corrupted return false; } }
/** * Save cache to disk (debounced) */ private scheduleSave(): void { this.dirty = true; if (this.saveTimeout) { window.clearTimeout(this.saveTimeout); } this.saveTimeout = window.setTimeout(() => { void this.saveToDisk(); }, 2000); }
/** * Save cache to disk immediately */ async saveToDisk(): Promise<void> { if (!this.dirty) return;
try { await this.app.vault.adapter.write( this.cachePath, JSON.stringify(this.data) ); this.dirty = false; debug("Propsec: Saved validation cache"); } catch (e) { console.error("Propsec: Failed to save validation cache", e); } }
/** * Force save on plugin unload */ async flush(): Promise<void> { if (this.saveTimeout) { window.clearTimeout(this.saveTimeout); this.saveTimeout = null; } await this.saveToDisk(); }
/** * Load cached violations optimistically (for preload before vault is ready). * Does NOT check mtimes or file existence - just loads what's cached. */ loadCachedViolations(): Violation[] { const settings = this.settings(); const schemaMap = new Map(settings.schemaMappings.map(s => [s.id, s]));
const violations: Violation[] = []; for (const fileData of Object.values(this.data.files)) { for (const cached of fileData.violations) { const v = fromCachedViolation(cached, schemaMap); if (v) violations.push(v); } } return violations; }
/** * Determine what needs to be revalidated based on current settings vs cached state. * Call this AFTER vault is ready (e.g., on layout ready). */ analyzeCache(): { filesToRevalidate: Set<string>; schemasToRevalidate: Set<string>; fullRevalidationNeeded: boolean; } { const settings = this.settings(); const currentSettingsHash = hashSettings(settings); const schemaMap = new Map(settings.schemaMappings.map(s => [s.id, s]));
// Check if global settings changed if (this.data.settingsHash !== currentSettingsHash) { debug("Settings changed, full revalidation needed"); this.data = this.emptyCache(); this.data.settingsHash = currentSettingsHash; return { filesToRevalidate: new Set(), schemasToRevalidate: new Set(), fullRevalidationNeeded: true, }; }
// Find schemas with changed hashes const invalidSchemaIds = new Set<string>(); const currentSchemaHashes: Record<string, string> = {};
for (const schema of settings.schemaMappings) { const currentHash = hashSchema(schema, settings.customTypes); currentSchemaHashes[schema.id] = currentHash;
if (this.data.schemaHashes[schema.id] !== currentHash) { invalidSchemaIds.add(schema.id); debug(`Propsec: Schema "${schema.name}" changed, will revalidate`); } }
// Check for deleted schemas for (const cachedSchemaId of Object.keys(this.data.schemaHashes)) { if (!schemaMap.has(cachedSchemaId)) { invalidSchemaIds.add(cachedSchemaId); debug(`Propsec: Schema ${cachedSchemaId} deleted`); } }
// Update stored hashes this.data.schemaHashes = currentSchemaHashes; this.dirty = true;
// Process cached files - check which need revalidation const filesToRevalidate = new Set<string>(); const filesToRemove: string[] = [];
for (const [filePath, fileData] of Object.entries(this.data.files)) { // Check if file still exists and mtime matches const abstractFile = this.app.vault.getAbstractFileByPath(filePath); if (!(abstractFile instanceof TFile)) { // File was deleted filesToRemove.push(filePath); continue; } if (abstractFile.stat.mtime !== fileData.mtime) { // File was modified externally filesToRevalidate.add(filePath); filesToRemove.push(filePath); continue; }
// Check if any of this file's schemas are invalidated if (fileData.schemaIds.some(id => invalidSchemaIds.has(id))) { filesToRevalidate.add(filePath); filesToRemove.push(filePath); } }
// Clean up invalidated entries for (const filePath of filesToRemove) { delete this.data.files[filePath]; }
this.scheduleSave();
return { filesToRevalidate, schemasToRevalidate: invalidSchemaIds, fullRevalidationNeeded: false, }; }
/** * Check if a file's cache entry is still valid (mtime matches) */ isFileValid(filePath: string, currentMtime: number): boolean { const cached = this.data.files[filePath]; return cached !== undefined && cached.mtime === currentMtime; }
/** * Get cached violations for a file (if valid) */ getFileViolations( filePath: string, currentMtime: number, schemaMap: Map<string, SchemaMapping> ): Violation[] | null { const cached = this.data.files[filePath]; if (!cached || cached.mtime !== currentMtime) { return null; }
const violations: Violation[] = []; for (const cv of cached.violations) { const v = fromCachedViolation(cv, schemaMap); if (v) violations.push(v); } return violations; }
/** * Update cache for a file after validation */ updateFile( filePath: string, mtime: number, schemaIds: string[], violations: Violation[] ): void { this.data.files[filePath] = { mtime, schemaIds, violations: violations.map(toCachedViolation), }; this.scheduleSave(); }
/** * Remove a file from cache (on delete) */ removeFile(filePath: string): void { if (this.data.files[filePath]) { delete this.data.files[filePath]; this.scheduleSave(); } }
/** * Update file path in cache (on rename) */ renameFile(oldPath: string, newPath: string): void { if (this.data.files[oldPath]) { const data = this.data.files[oldPath]; // Update filePath in violations data.violations = data.violations.map(v => ({ ...v, filePath: newPath, })); this.data.files[newPath] = data; delete this.data.files[oldPath]; this.scheduleSave(); } }
/** * Invalidate all files that matched a specific schema * Used when a schema is edited */ invalidateSchema(schemaId: string): string[] { const invalidatedFiles: string[] = [];
for (const [filePath, fileData] of Object.entries(this.data.files)) { if (fileData.schemaIds.includes(schemaId)) { invalidatedFiles.push(filePath); delete this.data.files[filePath]; } }
if (invalidatedFiles.length > 0) { this.scheduleSave(); }
return invalidatedFiles; }
/** * Update the hash for a schema (after revalidation) */ updateSchemaHash(schema: SchemaMapping): void { this.data.schemaHashes[schema.id] = hashSchema(schema, this.settings().customTypes); this.scheduleSave(); }
/** * Clear entire cache, preserving settings hash */ clear(): void { this.data = this.emptyCache(); this.data.settingsHash = hashSettings(this.settings()); this.scheduleSave(); }
/** * Get cache statistics for debugging */ getStats(): { fileCount: number; schemaCount: number } { return { fileCount: Object.keys(this.data.files).length, schemaCount: Object.keys(this.data.schemaHashes).length, }; }}