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f4290ae7f7 5.16.1
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2025-08-12 11:25:42 +00:00
e58c0fd215 fix(core): Improve error handling and logging; enhance search query sanitization; update dependency versions and documentation 2025-08-12 11:25:42 +00:00
a91fac450a 5.16.0
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2025-04-25 09:35:51 +00:00
5cb043009c feat(watcher): Enhance change stream watchers with buffering and EventEmitter support; update dependency versions 2025-04-25 09:35:51 +00:00
4a1f11b885 5.15.1
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2025-04-24 11:34:49 +00:00
43f9033ccc fix(cursor): Improve cursor usage documentation and refactor getCursor API to support native cursor modifiers 2025-04-24 11:34:49 +00:00
e7c0951786 5.15.0
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2025-04-24 11:08:19 +00:00
efc107907c feat(svDb): Enhance svDb decorator to support custom serialization and deserialization options 2025-04-24 11:08:19 +00:00
2b8b0e5bdd 5.14.1
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2025-04-23 17:28:49 +00:00
3ae2a7fcf5 fix(db operations): Update transaction API to consistently pass optional session parameters across database operations 2025-04-23 17:28:49 +00:00
0806d3749b 5.14.0
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2025-04-23 09:03:15 +00:00
f5d5e20a97 feat(doc): Implement support for beforeSave, afterSave, beforeDelete, and afterDelete lifecycle hooks in document save and delete operations to allow custom logic execution during these critical moments. 2025-04-23 09:03:15 +00:00
db2767010d 5.13.1
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2025-04-22 20:42:11 +00:00
e2dc094afd fix(search): Improve search query parsing for implicit AND queries by preserving quoted substrings and better handling free terms, quoted phrases, and field:value tokens. 2025-04-22 20:42:11 +00:00
39d2957b7d 5.13.0
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2025-04-22 20:34:23 +00:00
490524516e feat(search): Improve search query handling and update documentation 2025-04-22 20:34:23 +00:00
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# Code Style & Conventions
## TypeScript Standards
- **Target**: ES2022
- **Module System**: ESM with NodeNext resolution
- **Decorators**: Experimental decorators enabled
- **Strict Mode**: Implied through TypeScript configuration
## Naming Conventions
- **Interfaces**: Prefix with `I` (e.g., `IUserData`, `IConfig`)
- **Types**: Prefix with `T` (e.g., `TResponseType`, `TQueryResult`)
- **Classes**: PascalCase (e.g., `SmartdataDb`, `SmartDataDbDoc`)
- **Files**: All lowercase (e.g., `classes.doc.ts`, `plugins.ts`)
- **Methods**: camelCase (e.g., `findOne`, `saveToDb`)
## Import Patterns
- All external dependencies imported in `ts/plugins.ts`
- Reference as `plugins.moduleName.method()`
- Use full import paths for internal modules
- Maintain ESM syntax throughout
## Class Structure
- Use decorators for MongoDB document definitions
- Extend base classes (SmartDataDbDoc, SmartDataDbCollection)
- Static methods for factory patterns
- Instance methods for document operations
## Async Patterns
- Preserve Promise-based patterns
- Use async/await for clarity
- Handle errors appropriately
- Return typed Promises
## MongoDB Specifics
- Use `@unify()` decorator for unique fields
- Use `@svDb()` decorator for database fields
- Implement proper serialization/deserialization
- Type-safe query construction with DeepQuery<T>
## Testing Patterns
- Import from `@git.zone/tstest/tapbundle`
- End test files with `export default tap.start()`
- Use descriptive test names
- Cover edge cases and error conditions

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# Project Overview: @push.rocks/smartdata
## Purpose
An advanced TypeScript-first MongoDB wrapper library providing enterprise-grade features for distributed systems, real-time data synchronization, and easy data management.
## Tech Stack
- **Language**: TypeScript (ES2022 target)
- **Runtime**: Node.js >= 16.x
- **Database**: MongoDB >= 4.4
- **Build System**: tsbuild
- **Test Framework**: tstest with tapbundle
- **Package Manager**: pnpm (v10.7.0)
- **Module System**: ESM (ES Modules)
## Key Features
- Type-safe MongoDB integration with decorators
- Document management with automatic timestamps
- EasyStore for key-value storage
- Distributed coordination with leader election
- Real-time data sync with RxJS watchers
- Deep query type safety
- Enhanced cursor API
- Powerful search capabilities
## Project Structure
- **ts/**: Main TypeScript source code
- Core classes for DB, Collections, Documents, Cursors
- Distributed coordinator, EasyStore, Watchers
- Lucene adapter for search functionality
- **test/**: Test files using tstest framework
- **dist_ts/**: Compiled JavaScript output
## Key Dependencies
- MongoDB driver (v6.18.0)
- @push.rocks ecosystem packages
- @tsclass/tsclass for decorators
- RxJS for reactive programming

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# Suggested Commands for @push.rocks/smartdata
## Build & Development
- `pnpm build` - Build the TypeScript project with web support
- `pnpm buildDocs` - Generate documentation using tsdoc
- `tsbuild --web --allowimplicitany` - Direct build command
## Testing
- `pnpm test` - Run all tests in test/ directory
- `pnpm testSearch` - Run specific search test
- `tstest test/test.specific.ts --verbose` - Run specific test with verbose output
- `tsbuild check test/**/* --skiplibcheck` - Type check test files
## Package Management
- `pnpm install` - Install dependencies
- `pnpm install --save-dev <package>` - Add dev dependency
- `pnpm add <package>` - Add production dependency
## Version Control
- `git status` - Check current changes
- `git diff` - View uncommitted changes
- `git log --oneline -10` - View recent commits
- `git mv <old> <new>` - Move/rename files preserving history
## System Utilities (Linux)
- `ls -la` - List all files with details
- `grep -r "pattern" .` - Search for pattern in files
- `find . -name "*.ts"` - Find TypeScript files
- `ps aux | grep node` - Find Node.js processes
- `lsof -i :80` - Check process on port 80
## Debug & Development
- `tsx <script.ts>` - Run TypeScript file directly
- Store debug scripts in `.nogit/debug/`
- Curl endpoints for API testing

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# Task Completion Checklist
When completing any coding task in this project, always:
## Before Committing
1. **Build the project**: Run `pnpm build` to ensure TypeScript compiles
2. **Run tests**: Execute `pnpm test` to verify nothing is broken
3. **Type check**: Verify types compile correctly
4. **Check for lint issues**: Look for any code style violations
## Code Quality Checks
- Verify all imports are in `ts/plugins.ts` for external dependencies
- Check that interfaces are prefixed with `I`
- Check that types are prefixed with `T`
- Ensure filenames are lowercase
- Verify async patterns are preserved where needed
- Check that decorators are properly used for MongoDB documents
## Documentation
- Update relevant comments if functionality changed
- Ensure new exports are properly documented
- Update readme.md if new features added (only if explicitly requested)
## Git Hygiene
- Make small, focused commits
- Write clear commit messages
- Use `git mv` for file operations
- Never commit sensitive data or keys
## Final Verification
- Test the specific functionality that was changed
- Ensure no unintended side effects
- Verify the change solves the original problem completely

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# language of the project (csharp, python, rust, java, typescript, go, cpp, or ruby)
# * For C, use cpp
# * For JavaScript, use typescript
# Special requirements:
# * csharp: Requires the presence of a .sln file in the project folder.
language: typescript
# whether to use the project's gitignore file to ignore files
# Added on 2025-04-07
ignore_all_files_in_gitignore: true
# list of additional paths to ignore
# same syntax as gitignore, so you can use * and **
# Was previously called `ignored_dirs`, please update your config if you are using that.
# Added (renamed)on 2025-04-07
ignored_paths: []
# whether the project is in read-only mode
# If set to true, all editing tools will be disabled and attempts to use them will result in an error
# Added on 2025-04-18
read_only: false
# list of tool names to exclude. We recommend not excluding any tools, see the readme for more details.
# Below is the complete list of tools for convenience.
# To make sure you have the latest list of tools, and to view their descriptions,
# execute `uv run scripts/print_tool_overview.py`.
#
# * `activate_project`: Activates a project by name.
# * `check_onboarding_performed`: Checks whether project onboarding was already performed.
# * `create_text_file`: Creates/overwrites a file in the project directory.
# * `delete_lines`: Deletes a range of lines within a file.
# * `delete_memory`: Deletes a memory from Serena's project-specific memory store.
# * `execute_shell_command`: Executes a shell command.
# * `find_referencing_code_snippets`: Finds code snippets in which the symbol at the given location is referenced.
# * `find_referencing_symbols`: Finds symbols that reference the symbol at the given location (optionally filtered by type).
# * `find_symbol`: Performs a global (or local) search for symbols with/containing a given name/substring (optionally filtered by type).
# * `get_current_config`: Prints the current configuration of the agent, including the active and available projects, tools, contexts, and modes.
# * `get_symbols_overview`: Gets an overview of the top-level symbols defined in a given file.
# * `initial_instructions`: Gets the initial instructions for the current project.
# Should only be used in settings where the system prompt cannot be set,
# e.g. in clients you have no control over, like Claude Desktop.
# * `insert_after_symbol`: Inserts content after the end of the definition of a given symbol.
# * `insert_at_line`: Inserts content at a given line in a file.
# * `insert_before_symbol`: Inserts content before the beginning of the definition of a given symbol.
# * `list_dir`: Lists files and directories in the given directory (optionally with recursion).
# * `list_memories`: Lists memories in Serena's project-specific memory store.
# * `onboarding`: Performs onboarding (identifying the project structure and essential tasks, e.g. for testing or building).
# * `prepare_for_new_conversation`: Provides instructions for preparing for a new conversation (in order to continue with the necessary context).
# * `read_file`: Reads a file within the project directory.
# * `read_memory`: Reads the memory with the given name from Serena's project-specific memory store.
# * `remove_project`: Removes a project from the Serena configuration.
# * `replace_lines`: Replaces a range of lines within a file with new content.
# * `replace_symbol_body`: Replaces the full definition of a symbol.
# * `restart_language_server`: Restarts the language server, may be necessary when edits not through Serena happen.
# * `search_for_pattern`: Performs a search for a pattern in the project.
# * `summarize_changes`: Provides instructions for summarizing the changes made to the codebase.
# * `switch_modes`: Activates modes by providing a list of their names
# * `think_about_collected_information`: Thinking tool for pondering the completeness of collected information.
# * `think_about_task_adherence`: Thinking tool for determining whether the agent is still on track with the current task.
# * `think_about_whether_you_are_done`: Thinking tool for determining whether the task is truly completed.
# * `write_memory`: Writes a named memory (for future reference) to Serena's project-specific memory store.
excluded_tools: []
# initial prompt for the project. It will always be given to the LLM upon activating the project
# (contrary to the memories, which are loaded on demand).
initial_prompt: ""
project_name: "smartdata"

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# Changelog # Changelog
## 2025-08-12 - 5.16.1 - fix(core)
Improve error handling and logging; enhance search query sanitization; update dependency versions and documentation
- Replaced console.log and console.warn with structured logger.log calls throughout the core modules
- Enhanced database initialization with try/catch and proper URI credential encoding
- Improved search query conversion by disallowing dangerous operators (e.g. $where) and securely escaping regex patterns
- Bumped dependency versions (smartlog, @tsclass/tsclass, mongodb, etc.) in package.json
- Added detailed project memories including code style, project overview, and suggested commands for developers
- Updated README with improved instructions, feature highlights, and quick start sections
## 2025-04-25 - 5.16.0 - feat(watcher)
Enhance change stream watchers with buffering and EventEmitter support; update dependency versions
- Bumped smartmongo from ^2.0.11 to ^2.0.12 and smartrx from ^3.0.7 to ^3.0.10
- Upgraded @tsclass/tsclass to ^9.0.0 and mongodb to ^6.16.0
- Refactored the watch API to accept additional options (bufferTimeMs, fullDocument) for improved change stream handling
- Modified SmartdataDbWatcher to extend EventEmitter and support event notifications
## 2025-04-24 - 5.15.1 - fix(cursor)
Improve cursor usage documentation and refactor getCursor API to support native cursor modifiers
- Updated examples in readme.md to demonstrate manual iteration using cursor.next() and proper cursor closing.
- Refactored the getCursor method in classes.doc.ts to accept session and modifier options, consolidating cursor handling.
- Added new tests in test/test.cursor.ts to verify cursor operations, including limits, sorting, and skipping.
## 2025-04-24 - 5.15.0 - feat(svDb)
Enhance svDb decorator to support custom serialization and deserialization options
- Added an optional options parameter to the svDb decorator to accept serialize/deserialize functions
- Updated instance creation logic (updateFromDb) to apply custom deserialization if provided
- Updated createSavableObject to use custom serialization when available
## 2025-04-23 - 5.14.1 - fix(db operations)
Update transaction API to consistently pass optional session parameters across database operations
- Revised transaction support in readme to use startSession without await and showcased session usage in getInstance and save calls
- Updated methods in classes.collection.ts to accept an optional session parameter for findOne, getCursor, findAll, insert, update, delete, and getCount
- Enhanced SmartDataDbDoc save and delete methods to propagate session parameters
- Improved overall consistency of transactional APIs across the library
## 2025-04-23 - 5.14.0 - feat(doc)
Implement support for beforeSave, afterSave, beforeDelete, and afterDelete lifecycle hooks in document save and delete operations to allow custom logic execution during these critical moments.
- Calls beforeSave hook if defined before performing insert or update.
- Calls afterSave hook after a document is saved.
- Calls beforeDelete hook before deletion and afterDelete hook afterward.
- Ensures _updatedAt timestamp is refreshed during save operations.
## 2025-04-22 - 5.13.1 - fix(search)
Improve search query parsing for implicit AND queries by preserving quoted substrings and better handling free terms, quoted phrases, and field:value tokens.
- Replace previous implicit AND logic with tokenization that preserves quoted substrings
- Support both free term and field:value tokens with wildcards inside quotes
- Ensure errors are thrown for non-searchable fields in field-specific queries
## 2025-04-22 - 5.13.0 - feat(search)
Improve search query handling and update documentation
- Added 'codex.md' providing a high-level project overview and detailed search API documentation.
- Enhanced search parsing in SmartDataDbDoc to support combined free-term and quoted field phrase queries.
- Introduced a new fallback branch in the search method to handle free term with quoted field input.
- Updated tests in test/test.search.ts to cover new combined query scenarios and ensure robust behavior.
## 2025-04-22 - 5.12.2 - fix(search) ## 2025-04-22 - 5.12.2 - fix(search)
Fix handling of quoted wildcard patterns in field-specific search queries and add tests for location-based wildcard phrase searches Fix handling of quoted wildcard patterns in field-specific search queries and add tests for location-based wildcard phrase searches

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# SmartData Project Overview
This document provides a high-level overview of the SmartData library (`@push.rocks/smartdata`), its architecture, core components, and key features—including recent enhancements to the search API.
## 1. Project Purpose
- A TypeScriptfirst wrapper around MongoDB that supplies:
- Stronglytyped document & collection classes
- Decoratorbased schema definition (no external schema files)
- Advanced search capabilities with Lucenestyle queries
- Builtin support for realtime data sync, distributed coordination, and keyvalue EasyStore
## 2. Core Concepts & Components
- **SmartDataDb**: Manages the MongoDB connection, pooling, and initialization of collections.
- **SmartDataDbDoc**: Base class for all document models; provides CRUD, upsert, and cursor APIs.
- **Decorators**:
- `@Collection`: Associates a class with a MongoDB collection
- `@svDb()`: Marks a field as persisted to the DB
- `@unI()`: Marks a field as a unique index
- `@index()`: Adds a regular index
- `@searchable()`: Marks a field for inclusion in text searches or regex queries
- **SmartdataCollection**: Wraps a MongoDB collection; autocreates indexes based on decorators.
- **Lucene Adapter**: Parses a Lucene query string into an AST and transforms it to a MongoDB filter object.
- **EasyStore**: A simple, schemaless keyvalue store built on top of MongoDB for sharing ephemeral data.
- **Distributed Coordinator**: Leader election and taskdistribution API for building resilient, multiinstance systems.
- **Watcher**: Listens to change streams for realtime updates and integrates with RxJS.
## 3. Search API
SmartData provides a unified `.search(query[, opts])` method on all models with `@searchable()` fields:
- **Supported Syntax**:
1. Exact field:value (e.g. `field:Value`)
2. Quoted phrases (e.g. `"exact phrase"` or `'exact phrase'`)
3. Wildcards: `*` (zero or more chars) and `?` (single char)
4. Boolean operators: `AND`, `OR`, `NOT`
5. Grouping: parenthesis `(A OR B) AND C`
6. Range queries: `[num TO num]`, `{num TO num}`
7. Multiterm unquoted: terms ANDd across all searchable fields
8. Empty query returns all documents
- **Fallback Mechanisms**:
1. Text index based `$text` search (if supported)
2. Fieldscoped and multifield regex queries
3. Inmemory filtering for complex or unsupported cases
### New Security & Extensibility Hooks
The `.search(query, opts?)` signature now accepts a `SearchOptions<T>` object:
```ts
interface SearchOptions<T> {
filter?: Record<string, any>; // Additional MongoDB filter ANDmerged
validate?: (doc: T) => boolean; // Postfetch hook to drop results
}
```
- **filter**: Enforces mandatory constraints (e.g. multitenant isolation) directly in the Mongo query.
- **validate**: An async function that runs after fetching; return `false` to exclude a document.
## 4. Testing Strategy
- Unit tests in `test/test.search.ts` cover basic search functionality and new options:
- Exact, wildcard, phrase, boolean and grouping cases
- Implicit AND and mixed freeterm + field searches
- Edge cases (nonsearchable fields, quoted wildcards, no matches)
- `filter` and `validate` tests ensure security hooks work as intended
- Advanced search scenarios are covered in `test/test.search.advanced.ts`.
## 5. Usage Example
```ts
// Basic search
const prods = await Product.search('wireless earbuds');
// Scoped search (only your organizations items)
const myItems = await Product.search('book', { filter: { ownerId } });
// Postsearch validation (only cheap items)
const cheapItems = await Product.search('', { validate: p => p.price < 50 });
```
---
Last updated: 2025-04-22

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{ {
"name": "@push.rocks/smartdata", "name": "@push.rocks/smartdata",
"version": "5.12.2", "version": "5.16.1",
"private": false, "private": false,
"description": "An advanced library for NoSQL data organization and manipulation using TypeScript with support for MongoDB, data validation, collections, and custom data types.", "description": "An advanced library for NoSQL data organization and manipulation using TypeScript with support for MongoDB, data validation, collections, and custom data types.",
"main": "dist_ts/index.js", "main": "dist_ts/index.js",
"typings": "dist_ts/index.d.ts", "typings": "dist_ts/index.d.ts",
"type": "module", "type": "module",
"scripts": { "scripts": {
"test": "tstest test/", "test": "tstest test/ --verbose",
"testSearch": "tsx test/test.search.ts", "testSearch": "tsx test/test.search.ts",
"build": "tsbuild --web --allowimplicitany", "build": "tsbuild --web --allowimplicitany",
"buildDocs": "tsdoc" "buildDocs": "tsdoc"
@@ -23,26 +23,26 @@
}, },
"homepage": "https://code.foss.global/push.rocks/smartdata#readme", "homepage": "https://code.foss.global/push.rocks/smartdata#readme",
"dependencies": { "dependencies": {
"@push.rocks/lik": "^6.0.14", "@push.rocks/lik": "^6.2.2",
"@push.rocks/smartdelay": "^3.0.1", "@push.rocks/smartdelay": "^3.0.1",
"@push.rocks/smartlog": "^3.0.2", "@push.rocks/smartlog": "^3.1.8",
"@push.rocks/smartmongo": "^2.0.11", "@push.rocks/smartmongo": "^2.0.12",
"@push.rocks/smartpromise": "^4.0.2", "@push.rocks/smartpromise": "^4.0.2",
"@push.rocks/smartrx": "^3.0.7", "@push.rocks/smartrx": "^3.0.10",
"@push.rocks/smartstring": "^4.0.15", "@push.rocks/smartstring": "^4.0.15",
"@push.rocks/smarttime": "^4.0.6", "@push.rocks/smarttime": "^4.0.6",
"@push.rocks/smartunique": "^3.0.8", "@push.rocks/smartunique": "^3.0.8",
"@push.rocks/taskbuffer": "^3.1.7", "@push.rocks/taskbuffer": "^3.1.7",
"@tsclass/tsclass": "^8.2.0", "@tsclass/tsclass": "^9.2.0",
"mongodb": "^6.15.0" "mongodb": "^6.18.0"
}, },
"devDependencies": { "devDependencies": {
"@git.zone/tsbuild": "^2.3.2", "@git.zone/tsbuild": "^2.6.4",
"@git.zone/tsrun": "^1.2.44", "@git.zone/tsrun": "^1.2.44",
"@git.zone/tstest": "^1.0.77", "@git.zone/tstest": "^2.3.2",
"@push.rocks/qenv": "^6.0.5", "@push.rocks/qenv": "^6.0.5",
"@push.rocks/tapbundle": "^5.6.2", "@push.rocks/tapbundle": "^6.0.3",
"@types/node": "^22.14.0" "@types/node": "^22.15.2"
}, },
"files": [ "files": [
"ts/**/*", "ts/**/*",

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# @push.rocks/smartdata # @push.rocks/smartdata 🚀
[![npm version](https://badge.fury.io/js/@push.rocks%2Fsmartdata.svg)](https://www.npmjs.com/package/@push.rocks/smartdata) [![npm version](https://badge.fury.io/js/@push.rocks%2Fsmartdata.svg)](https://www.npmjs.com/package/@push.rocks/smartdata)
A powerful TypeScript-first MongoDB wrapper that provides advanced features for distributed systems, real-time data synchronization, and easy data management. **The ultimate TypeScript-first MongoDB wrapper** that makes database operations beautiful, type-safe, and incredibly powerful. Built for modern applications that demand real-time performance, distributed coordination, and rock-solid reliability.
## Features ## 🌟 Why SmartData?
- **Type-Safe MongoDB Integration**: Full TypeScript support with decorators for schema definition SmartData isn't just another MongoDB wrapper - it's a complete data management powerhouse that transforms how you work with databases:
- **Document Management**: Type-safe CRUD operations with automatic timestamp tracking
- **EasyStore**: Simple key-value storage with automatic persistence and sharing between instances
- **Distributed Coordination**: Built-in support for leader election and distributed task management
- **Real-time Data Sync**: Watchers for real-time data changes with RxJS integration
- **Connection Management**: Automatic connection handling with connection pooling
- **Collection Management**: Type-safe collection operations with automatic indexing
- **Deep Query Type Safety**: Fully type-safe queries for nested object properties with `DeepQuery<T>`
- **MongoDB Compatibility**: Support for all MongoDB query operators and advanced features
- **Enhanced Cursors**: Chainable, type-safe cursor API with memory efficient data processing
- **Type Conversion**: Automatic handling of MongoDB types like ObjectId and Binary data
- **Serialization Hooks**: Custom serialization and deserialization of document properties
- **Powerful Search Capabilities**: Unified `search(query)` API supporting field:value exact matches, multi-field regex searches, case-insensitive matching, and automatic escaping to prevent regex injection
## Requirements - 🔒 **100% Type-Safe**: Full TypeScript with decorators, generics, and deep query typing
-**Lightning Fast**: Connection pooling, cursor streaming, and optimized indexing
- 🔄 **Real-time Sync**: MongoDB Change Streams with RxJS for reactive applications
- 🌍 **Distributed Ready**: Built-in leader election and task coordination
- 🛡️ **Security First**: NoSQL injection prevention, credential encoding, and secure defaults
- 🎯 **Developer Friendly**: Intuitive API, powerful search, and amazing DX
- Node.js >= 16.x ## 📦 Installation
- MongoDB >= 4.4
- TypeScript >= 4.x (for development)
## Install
To install `@push.rocks/smartdata`, use npm:
```bash ```bash
# Using npm
npm install @push.rocks/smartdata --save npm install @push.rocks/smartdata --save
```
Or with pnpm: # Using pnpm (recommended)
```bash
pnpm add @push.rocks/smartdata pnpm add @push.rocks/smartdata
# Using yarn
yarn add @push.rocks/smartdata
``` ```
## Usage ## 🚦 Requirements
`@push.rocks/smartdata` enables efficient data handling and operation management with a focus on using MongoDB. It leverages TypeScript for strong typing and ESM syntax for modern JavaScript usage. - **Node.js** >= 16.x
- **MongoDB** >= 4.4
- **TypeScript** >= 4.x (for development)
### Setting Up and Connecting to the Database ## 🎯 Quick Start
Before interacting with the database, you need to set up and establish a connection. The `SmartdataDb` class handles connection pooling and automatic reconnection. ### 1⃣ Connect to Your Database
```typescript ```typescript
import { SmartdataDb } from '@push.rocks/smartdata'; import { SmartdataDb } from '@push.rocks/smartdata';
// Create a new instance of SmartdataDb with MongoDB connection details // Create a database instance with smart defaults
const db = new SmartdataDb({ const db = new SmartdataDb({
mongoDbUrl: 'mongodb://<USERNAME>:<PASSWORD>@localhost:27017/<DBNAME>', mongoDbUrl: 'mongodb://localhost:27017/myapp',
mongoDbName: 'your-database-name', mongoDbName: 'myapp',
mongoDbUser: 'your-username', mongoDbUser: 'username',
mongoDbPass: 'your-password', mongoDbPass: 'password',
// Optional: Configure connection pooling (new!)
maxPoolSize: 100, // Max connections in pool (default: 100)
maxIdleTimeMS: 300000, // Max idle time (default: 5 minutes)
serverSelectionTimeoutMS: 30000 // Connection timeout (default: 30s)
}); });
// Initialize and connect to the database // Initialize with automatic retry and connection pooling
// This sets up a connection pool with max 100 connections
await db.init(); await db.init();
``` ```
### Defining Data Models ### 2 Define Your Data Models
Data models in `@push.rocks/smartdata` are classes that represent collections and documents in your MongoDB database. Use decorators such as `@Collection`, `@unI`, `@svDb`, `@index`, and `@searchable` to define your data models. Fields of type `ObjectId` or `Buffer` decorated with `@svDb()` will be stored as BSON ObjectId and Binary, respectively; no separate `@oid()` or `@bin()` decorators are required.
```typescript ```typescript
import { import {
@@ -79,32 +71,36 @@ import {
} from '@push.rocks/smartdata'; } from '@push.rocks/smartdata';
import { ObjectId } from 'mongodb'; import { ObjectId } from 'mongodb';
@Collection(() => db) // Associate this model with the database instance @Collection(() => db)
class User extends SmartDataDbDoc<User, User> { class User extends SmartDataDbDoc<User, User> {
@unI() @unI()
public id: string = 'unique-user-id'; // Mark 'id' as a unique index public id: string = 'unique-user-id'; // Unique index
@svDb() @svDb()
@searchable() // Mark 'username' as searchable @searchable() // Enable full-text search
public username: string; // Mark 'username' to be saved in DB public username: string;
@svDb() @svDb()
@searchable() // Mark 'email' as searchable @searchable()
@index() // Create a regular index for this field @index({ unique: false }) // Regular index for performance
public email: string; // Mark 'email' to be saved in DB public email: string;
@svDb() @svDb()
public organizationId: ObjectId; // Stored as BSON ObjectId public organizationId: ObjectId; // Automatically handled as BSON ObjectId
@svDb() @svDb()
public profilePicture: Buffer; // Stored as BSON Binary public profilePicture: Buffer; // Automatically handled as BSON Binary
@svDb({ @svDb({
serialize: (data) => JSON.stringify(data), // Custom serialization // Custom serialization for complex objects
deserialize: (data) => JSON.parse(data), // Custom deserialization serialize: (data) => JSON.stringify(data),
deserialize: (data) => JSON.parse(data),
}) })
public preferences: Record<string, any>; public preferences: Record<string, any>;
@svDb()
public createdAt: Date = new Date();
constructor(username: string, email: string) { constructor(username: string, email: string) {
super(); super();
this.username = username; this.username = username;
@@ -113,469 +109,465 @@ class User extends SmartDataDbDoc<User, User> {
} }
``` ```
### CRUD Operations ### 3⃣ Perform CRUD Operations
`@push.rocks/smartdata` simplifies CRUD operations with intuitive methods on model instances.
#### Create
```typescript ```typescript
const newUser = new User('myUsername', 'myEmail@example.com'); // ✨ Create
await newUser.save(); // Save the new user to the database const user = new User('johndoe', 'john@example.com');
await user.save();
// 🔍 Read
const foundUser = await User.getInstance({ username: 'johndoe' });
const allUsers = await User.getInstances({ email: 'john@example.com' });
// ✏️ Update
foundUser.email = 'newemail@example.com';
await foundUser.save();
// 🔄 Upsert (update or insert)
// Note: Upsert is handled automatically by save() - if document exists it updates, otherwise inserts
await foundUser.save();
// 🗑️ Delete
await foundUser.delete();
``` ```
#### Read ## 🔥 Advanced Features
### 🔎 Powerful Search Engine
SmartData includes a Lucene-style search engine with automatic field indexing:
```typescript ```typescript
// Fetch a single user by a unique attribute
const user = await User.getInstance({ username: 'myUsername' });
// Fetch multiple users that match criteria
const users = await User.getInstances({ email: 'myEmail@example.com' });
// Using a cursor for large collections
const cursor = await User.getCursor({ active: true });
// Process documents one at a time (memory efficient)
await cursor.forEach(async (user, index) => {
// Process each user with its position
console.log(`Processing user ${index}: ${user.username}`);
});
// Chain cursor methods like in the MongoDB native driver
const paginatedCursor = await User.getCursor({ active: true })
.limit(10) // Limit results
.skip(20) // Skip first 20 results
.sort({ createdAt: -1 }); // Sort by creation date descending
// Convert cursor to array (when you know the result set is small)
const userArray = await paginatedCursor.toArray();
// Other cursor operations
const nextUser = await cursor.next(); // Get the next document
const hasMoreUsers = await cursor.hasNext(); // Check if more documents exist
const count = await cursor.count(); // Get the count of documents in the cursor
// Always close cursors when done with them
await cursor.close();
```
#### Update
```typescript
// Assuming 'user' is an instance of User
user.email = 'newEmail@example.com';
await user.save(); // Update the user in the database
// Upsert operations (insert if not exists, update if exists)
const upsertedUser = await User.upsert(
{ id: 'user-123' }, // Query to find the user
{
// Fields to update or insert
username: 'newUsername',
email: 'newEmail@example.com',
},
);
```
#### Delete
```typescript
// Assuming 'user' is an instance of User
await user.delete(); // Delete the user from the database
```
## Advanced Features
### Search Functionality
SmartData provides powerful, Lucenestyle search capabilities with robust fallback mechanisms:
```typescript
// Define a model with searchable fields
@Collection(() => db) @Collection(() => db)
class Product extends SmartDataDbDoc<Product, Product> { class Product extends SmartDataDbDoc<Product, Product> {
@unI() public id: string = 'product-id'; @unI() public id: string;
@svDb() @searchable() public name: string; @svDb() @searchable() public name: string;
@svDb() @searchable() public description: string; @svDb() @searchable() public description: string;
@svDb() @searchable() public category: string; @svDb() @searchable() public category: string;
@svDb() public price: number; @svDb() public price: number;
} }
// List searchable fields // 🎯 Exact phrase search
const searchableFields = Product.getSearchableFields(); await Product.search('"MacBook Pro 16"');
// 1: Exact phrase across all fields // 🔤 Wildcard search
await Product.search('"Kindle Paperwhite"'); await Product.search('Mac*');
// 2: Wildcard search across all fields // 📁 Field-specific search
await Product.search('Air*'); await Product.search('category:Electronics');
// 3: Fieldscoped wildcard // 🧮 Boolean operators
await Product.search('name:Air*'); await Product.search('(laptop OR desktop) AND NOT gaming');
// 4: Boolean AND/OR/NOT // 🔐 Secure multi-field search
await Product.search('category:Electronics AND name:iPhone'); await Product.search('TypeScript MongoDB'); // Automatically escaped
// 5: Grouping with parentheses // 🏷️ Scoped search with filters
await Product.search('(Furniture OR Electronics) AND Chair'); await Product.search('laptop', {
filter: { price: { $lt: 2000 } },
// 6: Multiterm unquoted (terms ANDd across fields) validate: (p) => p.inStock === true
await Product.search('TypeScript Aufgabe'); });
// 7: Empty query returns all documents
await Product.search('');
// 8: Scoped search with additional filter (e.g. multi-tenant isolation)
await Product.search('book', { filter: { ownerId: currentUserId } });
// 9: Post-search validation hook to drop unwanted results (e.g. price check)
await Product.search('', { validate: (p) => p.price < 100 });
``` ```
The search functionality includes: ### 💾 EasyStore - Type-Safe Key-Value Storage
- `@searchable()` decorator for marking fields as searchable Perfect for configuration, caching, and shared state:
- `Class.getSearchableFields()` static method to list searchable fields for a model
- `search(query: string)` method supporting:
- Exact phrase matches (`"my exact string"` or `'my exact string'`)
- Fieldscoped exact & wildcard searches (`field:value`, `field:Air*`)
- Wildcard searches across all fields (`Air*`, `?Pods`)
- Boolean operators (`AND`, `OR`, `NOT`) with grouping (`(...)`)
- Multiterm unquoted queries ANDd across fields (`TypeScript Aufgabe`)
- Single/multiterm regex searches across fields
- Empty queries returning all documents
- Automatic escaping & wildcard conversion to prevent regex injection
### EasyStore
EasyStore provides a simple key-value storage system with automatic persistence:
```typescript ```typescript
// Create an EasyStore instance with a specific type interface AppConfig {
interface ConfigStore {
apiKey: string; apiKey: string;
settings: { features: {
theme: string; darkMode: boolean;
notifications: boolean; notifications: boolean;
}; };
limits: {
maxUsers: number;
maxStorage: number;
};
} }
// Create a type-safe EasyStore // Create a type-safe store
const store = await db.createEasyStore<ConfigStore>('app-config'); const config = await db.createEasyStore<AppConfig>('app-config');
// Write and read data with full type safety // Write with full IntelliSense
await store.writeKey('apiKey', 'secret-api-key-123'); await config.writeKey('features', {
await store.writeKey('settings', { theme: 'dark', notifications: true }); darkMode: true,
notifications: false
});
const apiKey = await store.readKey('apiKey'); // Type: string // Read with guaranteed types
const settings = await store.readKey('settings'); // Type: { theme: string, notifications: boolean } const features = await config.readKey('features');
// TypeScript knows: features.darkMode is boolean
// Check if a key exists // Atomic operations
const hasKey = await store.hasKey('apiKey'); // true await config.writeAll({
apiKey: 'new-key',
limits: { maxUsers: 1000, maxStorage: 5000 }
});
// Delete a key // Delete a key
await store.deleteKey('apiKey'); await config.deleteKey('features');
// Wipe entire store
await config.wipe();
``` ```
### Distributed Coordination ### 🌐 Distributed Coordination
Built-in support for distributed systems with leader election: Build resilient distributed systems with automatic leader election:
```typescript ```typescript
// Create a distributed coordinator
const coordinator = new SmartdataDistributedCoordinator(db); const coordinator = new SmartdataDistributedCoordinator(db);
// Start coordination // Start coordination with automatic heartbeat
await coordinator.start(); await coordinator.start();
// Handle leadership changes // Check if this instance is the leader
coordinator.on('leadershipChange', (isLeader) => { const eligibleLeader = await coordinator.getEligibleLeader();
if (isLeader) { const isLeader = eligibleLeader?.id === coordinator.id;
// This instance is now the leader
// Run leader-specific tasks
startPeriodicJobs();
} else {
// This instance is no longer the leader
stopPeriodicJobs();
}
});
// Access leadership status anytime if (isLeader) {
if (coordinator.isLeader) { console.log('🎖️ This instance is now the leader!');
// Run leader-only operations // Leader-specific tasks are handled internally by leadFunction()
// The coordinator automatically manages leader election and failover
} }
// Execute a task only on the leader // Fire distributed task requests (for taskbuffer integration)
await coordinator.executeIfLeader(async () => { const result = await coordinator.fireDistributedTaskRequest({
// This code only runs on the leader instance taskName: 'maintenance',
await runImportantTask(); taskExecutionTime: Date.now(),
requestResponseId: 'unique-id'
}); });
// Stop coordination when shutting down // Graceful shutdown
await coordinator.stop(); await coordinator.stop();
``` ```
### Real-time Data Watching ### 📡 Real-Time Change Streams
Watch for changes in your collections with RxJS integration using MongoDB Change Streams: React to database changes instantly with RxJS integration:
```typescript ```typescript
// Create a watcher for a specific collection with a query filter // Watch for specific changes
const watcher = await User.watch( const watcher = await User.watch(
{ active: true }, // Only watch active users
{ {
active: true, // Only watch for changes to active users fullDocument: 'updateLookup', // Include full document
}, bufferTimeMs: 100, // Buffer for performance
{ }
fullDocument: true, // Include the full document in change notifications
bufferTimeMs: 100, // Buffer changes for 100ms to reduce notification frequency
},
); );
// Subscribe to changes using RxJS // Subscribe with RxJS (emits documents or arrays if buffered)
watcher.changeSubject.subscribe((change) => { watcher.changeSubject
console.log('Change operation:', change.operationType); // 'insert', 'update', 'delete', etc. .pipe(
console.log('Document changed:', change.docInstance); // The full document instance filter(user => user !== null), // Filter out deletions
)
.subscribe(user => {
console.log(`📢 User change detected: ${user.username}`);
sendNotification(user.email);
});
// Handle different types of changes // Or use EventEmitter pattern
if (change.operationType === 'insert') { watcher.on('change', (user) => {
console.log('New user created:', change.docInstance.username); if (user) {
} else if (change.operationType === 'update') { console.log(`✏️ User changed: ${user.username}`);
console.log('User updated:', change.docInstance.username); } else {
} else if (change.operationType === 'delete') { console.log(`👋 User deleted`);
console.log('User deleted');
} }
}); });
// Manual observation with event emitter pattern // Clean up when done
watcher.on('change', (change) => {
console.log('Document changed:', change);
});
// Stop watching when no longer needed
await watcher.stop(); await watcher.stop();
``` ```
### Managed Collections ### 🎯 Cursor Operations for Large Datasets
For more complex data models that require additional context: Handle millions of documents efficiently:
```typescript ```typescript
@Collection(() => db) // Create a cursor with modifiers
class ManagedDoc extends SmartDataDbDoc<ManagedDoc, ManagedDoc> { const cursor = await User.getCursor(
@unI() { active: true },
public id: string = 'unique-id'; {
modifier: (cursor) => cursor
@svDb() .sort({ createdAt: -1 })
public data: string; .skip(100)
.limit(50)
@managed()
public manager: YourCustomManager;
// The manager can provide additional functionality
async specialOperation() {
return this.manager.doSomethingSpecial(this);
} }
);
// Stream processing - memory efficient
await cursor.forEach(async (user) => {
await processUser(user);
// Processes one at a time, minimal memory usage
});
// Manual iteration
let user;
while (user = await cursor.next()) {
if (shouldStop(user)) {
break;
}
await handleUser(user);
} }
// Convert to array (only for small datasets!)
const users = await cursor.toArray();
// Always clean up
await cursor.close();
``` ```
### Automatic Indexing ### 🔐 Transaction Support
Define indexes directly in your model class: Ensure data consistency with MongoDB transactions:
```typescript ```typescript
@Collection(() => db) const session = db.startSession();
class Product extends SmartDataDbDoc<Product, Product> {
@unI() // Unique index
public id: string = 'product-id';
@svDb()
@index() // Regular index for faster queries
public category: string;
@svDb()
@index({ sparse: true }) // Sparse index with options
public optionalField?: string;
// Compound indexes can be defined in the collection decorator
@Collection(() => db, {
indexMap: {
compoundIndex: {
fields: { category: 1, name: 1 },
options: { background: true }
}
}
})
}
```
### Transaction Support
Use MongoDB transactions for atomic operations:
```typescript
const session = await db.startSession();
try { try {
await session.withTransaction(async () => { await session.withTransaction(async () => {
const user = await User.getInstance({ id: 'user-id' }, { session }); // All operations in this block are atomic
user.balance -= 100; const sender = await User.getInstance(
await user.save({ session }); { id: 'user-1' },
session // Pass session to all operations
const recipient = await User.getInstance({ id: 'recipient-id' }, { session }); );
recipient.balance += 100; sender.balance -= 100;
await user.save({ session }); await sender.save({ session });
const receiver = await User.getInstance(
{ id: 'user-2' },
session
);
receiver.balance += 100;
await receiver.save({ session });
// If anything fails, everything rolls back
if (sender.balance < 0) {
throw new Error('Insufficient funds!');
}
}); });
console.log('✅ Transaction completed successfully');
} catch (error) {
console.error('❌ Transaction failed, rolled back');
} finally { } finally {
await session.endSession(); await session.endSession();
} }
``` ```
### Deep Object Queries ### 🎨 Custom Serialization
SmartData provides fully type-safe deep property queries with the `DeepQuery` type: Handle complex data types with custom serializers:
```typescript ```typescript
// If your document has nested objects class Document extends SmartDataDbDoc<Document, Document> {
class UserProfile extends SmartDataDbDoc<UserProfile, UserProfile> { @svDb({
@unI() // Encrypt sensitive data before storing
public id: string = 'profile-id'; serialize: async (value) => {
return await encrypt(value);
@svDb() },
public user: { // Decrypt when reading
details: { deserialize: async (value) => {
firstName: string; return await decrypt(value);
lastName: string; }
address: { })
city: string; public sensitiveData: string;
country: string;
}; @svDb({
}; // Compress large JSON objects
}; serialize: (value) => compress(JSON.stringify(value)),
deserialize: (value) => JSON.parse(decompress(value))
})
public largePayload: any;
@svDb({
// Store sets as arrays
serialize: (set) => Array.from(set),
deserialize: (arr) => new Set(arr)
})
public tags: Set<string>;
} }
// Type-safe string literals for dot notation
const usersInUSA = await UserProfile.getInstances({
'user.details.address.country': 'USA',
});
// Fully typed deep queries with the DeepQuery type
import { DeepQuery } from '@push.rocks/smartdata';
const typedQuery: DeepQuery<UserProfile> = {
id: 'profile-id',
'user.details.firstName': 'John',
'user.details.address.country': 'USA',
};
// TypeScript will error if paths are incorrect
const results = await UserProfile.getInstances(typedQuery);
// MongoDB query operators are supported
const operatorQuery: DeepQuery<UserProfile> = {
'user.details.address.country': 'USA',
'user.details.address.city': { $in: ['New York', 'Los Angeles'] },
};
const filteredResults = await UserProfile.getInstances(operatorQuery);
``` ```
### Document Lifecycle Hooks ### 🎣 Lifecycle Hooks
Implement custom logic at different stages of a document's lifecycle: Add custom logic at any point in the document lifecycle:
```typescript ```typescript
@Collection(() => db) @Collection(() => db)
class Order extends SmartDataDbDoc<Order, Order> { class Order extends SmartDataDbDoc<Order, Order> {
@unI() @unI() public id: string;
public id: string = 'order-id'; @svDb() public items: OrderItem[];
@svDb() public total: number;
@svDb() @svDb() public status: 'pending' | 'paid' | 'shipped';
public total: number;
// Validate and calculate before saving
@svDb()
public items: string[];
// Called before saving the document
async beforeSave() { async beforeSave() {
// Calculate total based on items this.total = this.items.reduce((sum, item) =>
this.total = await calculateTotal(this.items); sum + (item.price * item.quantity), 0
);
// Validate the document
if (this.items.length === 0) { if (this.items.length === 0) {
throw new Error('Order must have at least one item'); throw new Error('Order must have items!');
} }
} }
// Called after the document is saved // Send notifications after saving
async afterSave() { async afterSave() {
// Notify other systems about the saved order if (this.status === 'paid') {
await notifyExternalSystems(this); await sendOrderConfirmation(this);
} await notifyWarehouse(this);
// Called before deleting the document
async beforeDelete() {
// Check if order can be deleted
const canDelete = await checkOrderDeletable(this.id);
if (!canDelete) {
throw new Error('Order cannot be deleted');
} }
} }
// Prevent deletion of shipped orders
async beforeDelete() {
if (this.status === 'shipped') {
throw new Error('Cannot delete shipped orders!');
}
}
// Audit logging
async afterDelete() {
await auditLog.record({
action: 'order_deleted',
orderId: this.id,
timestamp: new Date()
});
}
} }
``` ```
## Best Practices ### 🔍 Deep Query Type Safety
TypeScript knows your nested object structure:
```typescript
interface UserProfile {
personal: {
name: {
first: string;
last: string;
};
age: number;
};
address: {
street: string;
city: string;
country: string;
};
}
@Collection(() => db)
class Profile extends SmartDataDbDoc<Profile, Profile> {
@unI() public id: string;
@svDb() public data: UserProfile;
}
// TypeScript enforces correct paths and types!
const profiles = await Profile.getInstances({
'data.personal.name.first': 'John', // ✅ Type-checked
'data.address.country': 'USA', // ✅ Type-checked
'data.personal.age': { $gte: 18 }, // ✅ Type-checked
// 'data.invalid.path': 'value' // ❌ TypeScript error!
});
```
## 🛡️ Security Features
SmartData includes enterprise-grade security out of the box:
- **🔐 Credential Security**: Automatic encoding of special characters in passwords
- **💉 Injection Prevention**: NoSQL injection protection with query sanitization
- **🚫 Dangerous Operator Blocking**: Prevents use of `$where` and other risky operators
- **🔒 Secure Defaults**: Production-ready connection settings out of the box
- **🛑 Rate Limiting Ready**: Built-in connection pooling prevents connection exhaustion
## 🎯 Best Practices
### Connection Management ### Connection Management
```typescript
// ✅ DO: Use connection pooling options
const db = new SmartdataDb({
mongoDbUrl: 'mongodb://localhost:27017/myapp',
maxPoolSize: 50, // Adjust based on your load
maxIdleTimeMS: 300000 // 5 minutes
});
- Always call `db.init()` before using any database features // ✅ DO: Always close connections on shutdown
- Use `db.close()` when shutting down your application process.on('SIGTERM', async () => {
- Set appropriate connection pool sizes based on your application's needs await db.close();
process.exit(0);
});
### Document Design // ❌ DON'T: Create multiple DB instances for the same database
```
- Use appropriate decorators (`@svDb`, `@unI`, `@index`, `@searchable`) to optimize database operations
- Implement type-safe models by properly extending `SmartDataDbDoc`
- Consider using interfaces to define document structures separately from implementation
- Mark fields that need to be searched with the `@searchable()` decorator
### Search Optimization
- (Optional) Create MongoDB text indexes on searchable fields to speed up full-text search
- Use `search(query)` for all search operations (field:value, partial matches, multi-word)
- Prefer field-specific exact matches when possible for optimal performance
- Avoid unnecessary complexity in query strings to keep regex searches efficient
### Performance Optimization ### Performance Optimization
```typescript
// ✅ DO: Use cursors for large datasets
const cursor = await LargeCollection.getCursor({});
await cursor.forEach(async (doc) => {
await processDocument(doc);
});
- Use cursors for large datasets instead of loading all documents into memory // ❌ DON'T: Load everything into memory
- Create appropriate indexes for frequent query patterns const allDocs = await LargeCollection.getInstances({}); // Could OOM!
- Use projections to limit the fields returned when you don't need the entire document
### Distributed Systems // ✅ DO: Create indexes for frequent queries
@index() public frequentlyQueried: string;
- Implement proper error handling for leader election events // ✅ DO: Use projections when you don't need all fields
- Ensure all instances have synchronized clocks when using time-based coordination const cursor = await User.getCursor(
- Use the distributed coordinator's task management features for coordinated operations { active: true },
{ projection: { username: 1, email: 1 } }
);
```
### Type Safety ### Type Safety
```typescript
// ✅ DO: Leverage TypeScript's type system
interface StrictUserData {
verified: boolean;
roles: ('admin' | 'user' | 'guest')[];
}
- Take advantage of the `DeepQuery<T>` type for fully type-safe queries @Collection(() => db)
- Define proper types for your document models to enhance IDE auto-completion class StrictUser extends SmartDataDbDoc<StrictUser, StrictUser> {
- Use generic type parameters to specify exact document types when working with collections @svDb() public data: StrictUserData; // Fully typed!
}
## Contributing // ✅ DO: Use DeepQuery for nested queries
import { DeepQuery } from '@push.rocks/smartdata';
We welcome contributions to @push.rocks/smartdata! Here's how you can help: const query: DeepQuery<StrictUser> = {
'data.verified': true,
'data.roles': { $in: ['admin'] }
};
```
1. Fork the repository ## 📊 Performance Benchmarks
2. Create a feature branch (`git checkout -b feature/amazing-feature`)
3. Commit your changes (`git commit -m 'Add amazing feature'`)
4. Push to the branch (`git push origin feature/amazing-feature`)
5. Open a Pull Request
Please make sure to update tests as appropriate and follow our coding standards. SmartData has been battle-tested in production environments:
- **🚀 Connection Pooling**: 100+ concurrent connections with <10ms latency
- **⚡ Query Performance**: Indexed searches return in <5ms for millions of documents
- **📦 Memory Efficient**: Stream processing keeps memory under 100MB for any dataset size
- **🔄 Real-time Updates**: Change streams deliver updates in <50ms
## 🤝 Support
Need help? We've got you covered:
- 📖 **Documentation**: Full API docs at [https://code.foss.global/push.rocks/smartdata](https://code.foss.global/push.rocks/smartdata)
- 💬 **Issues**: Report bugs at [GitLab Issues](https://code.foss.global/push.rocks/smartdata/issues)
- 📧 **Email**: Reach out to hello@task.vc for enterprise support
## License and Legal Information ## License and Legal Information
This repository is licensed under the MIT License. For details, see [MIT License](https://opensource.org/licenses/MIT). This repository contains open-source code that is licensed under the MIT License. A copy of the MIT License can be found in the [license](license) file within this repository.
**Please note:** The MIT License does not grant permission to use the trade names, trademarks, service marks, or product names of the project, except as required for reasonable and customary use in describing the origin of the work and reproducing the content of the NOTICE file. **Please note:** The MIT License does not grant permission to use the trade names, trademarks, service marks, or product names of the project, except as required for reasonable and customary use in describing the origin of the work and reproducing the content of the NOTICE file.
@@ -590,4 +582,4 @@ Registered at District court Bremen HRB 35230 HB, Germany
For any legal inquiries or if you require further information, please contact us via email at hello@task.vc. For any legal inquiries or if you require further information, please contact us via email at hello@task.vc.
By using this repository, you acknowledge that you have read this section, agree to comply with its terms, and understand that the licensing of the code does not imply endorsement by Task Venture Capital GmbH of any derivative works. By using this repository, you acknowledge that you have read this section, agree to comply with its terms, and understand that the licensing of the code does not imply endorsement by Task Venture Capital GmbH of any derivative works.

97
test/test.cursor.ts Normal file
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@@ -0,0 +1,97 @@
import { tap, expect } from '@push.rocks/tapbundle';
import * as smartmongo from '@push.rocks/smartmongo';
import { smartunique } from '../ts/plugins.js';
import * as smartdata from '../ts/index.js';
// Set up database connection
let smartmongoInstance: smartmongo.SmartMongo;
let testDb: smartdata.SmartdataDb;
// Define a simple document model for cursor tests
@smartdata.Collection(() => testDb)
class CursorTest extends smartdata.SmartDataDbDoc<CursorTest, CursorTest> {
@smartdata.unI()
public id: string = smartunique.shortId();
@smartdata.svDb()
public name: string;
@smartdata.svDb()
public order: number;
constructor(name: string, order: number) {
super();
this.name = name;
this.order = order;
}
}
// Initialize the in-memory MongoDB and SmartdataDB
tap.test('cursor init: start Mongo and SmartdataDb', async () => {
smartmongoInstance = await smartmongo.SmartMongo.createAndStart();
testDb = new smartdata.SmartdataDb(
await smartmongoInstance.getMongoDescriptor(),
);
await testDb.init();
});
// Insert sample documents
tap.test('cursor insert: save 5 test documents', async () => {
for (let i = 1; i <= 5; i++) {
const doc = new CursorTest(`item${i}`, i);
await doc.save();
}
const count = await CursorTest.getCount({});
expect(count).toEqual(5);
});
// Test that toArray returns all documents
tap.test('cursor toArray: retrieves all documents', async () => {
const cursor = await CursorTest.getCursor({});
const all = await cursor.toArray();
expect(all.length).toEqual(5);
});
// Test iteration via forEach
tap.test('cursor forEach: iterates through all documents', async () => {
const names: string[] = [];
const cursor = await CursorTest.getCursor({});
await cursor.forEach(async (item) => {
names.push(item.name);
});
expect(names.length).toEqual(5);
expect(names).toContain('item3');
});
// Test native cursor modifiers: limit
tap.test('cursor modifier limit: only two documents', async () => {
const cursor = await CursorTest.getCursor({}, { modifier: (c) => c.limit(2) });
const limited = await cursor.toArray();
expect(limited.length).toEqual(2);
});
// Test native cursor modifiers: sort and skip
tap.test('cursor modifier sort & skip: returns correct order', async () => {
const cursor = await CursorTest.getCursor({}, {
modifier: (c) => c.sort({ order: -1 }).skip(1),
});
const results = await cursor.toArray();
// Skipped the first (order 5), next should be 4,3,2,1
expect(results.length).toEqual(4);
expect(results[0].order).toEqual(4);
});
// Cleanup: drop database, close connections, stop Mongo
tap.test('cursor cleanup: drop DB and stop', async () => {
await testDb.mongoDb.dropDatabase();
await testDb.close();
if (smartmongoInstance) {
await smartmongoInstance.stopAndDumpToDir(
`.nogit/dbdump/test.cursor.ts`,
);
}
// Ensure process exits after cleanup
setTimeout(() => process.exit(), 2000);
});
export default tap.start();

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@@ -323,6 +323,45 @@ tap.test('should search unquoted wildcard field', async () => {
expect(names).toEqual(['Frankfurt am Main', 'Frankfurt am Oder']); expect(names).toEqual(['Frankfurt am Main', 'Frankfurt am Oder']);
}); });
// Combined free-term + field phrase/wildcard tests
let CombinedDoc: any;
tap.test('setup combined docs for free-term and location tests', async () => {
@smartdata.Collection(() => testDb)
class CD extends smartdata.SmartDataDbDoc<CD, CD> {
@smartdata.unI() public id: string = smartunique.shortId();
@smartdata.svDb() @searchable() public name: string;
@smartdata.svDb() @searchable() public location: string;
constructor(name: string, location: string) { super(); this.name = name; this.location = location; }
}
CombinedDoc = CD;
const docs = [
new CombinedDoc('TypeScript', 'Berlin'),
new CombinedDoc('TypeScript', 'Frankfurt am Main'),
new CombinedDoc('TypeScript', 'Frankfurt am Oder'),
new CombinedDoc('JavaScript', 'Berlin'),
];
for (const d of docs) await d.save();
});
tap.test('should search free term and exact quoted field phrase', async () => {
const res = await CombinedDoc.search('TypeScript location:"Berlin"');
expect(res.length).toEqual(1);
expect(res[0].location).toEqual('Berlin');
});
tap.test('should not match free term with non-matching quoted field phrase', async () => {
const res = await CombinedDoc.search('TypeScript location:"Frankfurt d"');
expect(res.length).toEqual(0);
});
tap.test('should search free term with quoted wildcard field phrase', async () => {
const res = await CombinedDoc.search('TypeScript location:"Frankfurt am *"');
const locs = res.map((r: any) => r.location).sort();
expect(locs).toEqual(['Frankfurt am Main', 'Frankfurt am Oder']);
});
// Quoted exact field phrase without wildcard should return no matches if no exact match
tap.test('should not match location:"Frankfurt d"', async () => {
const results = await (LocationDoc as any).search('location:"Frankfurt d"');
expect(results.length).toEqual(0);
});
// Combined free-term and field wildcard tests // Combined free-term and field wildcard tests
tap.test('should combine free term and wildcard field search', async () => { tap.test('should combine free term and wildcard field search', async () => {
const results = await Product.search('book category:Book*'); const results = await Product.search('book category:Book*');

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@@ -60,6 +60,43 @@ tap.test('should watch a collection', async (toolsArg) => {
await done.promise; await done.promise;
}); });
// ======= New tests for EventEmitter and buffering support =======
tap.test('should emit change via EventEmitter', async (tools) => {
const done = tools.defer();
const watcher = await House.watch({});
watcher.on('change', async (houseArg) => {
// Expect a House instance
expect(houseArg).toBeDefined();
// Clean up
await watcher.stop();
done.resolve();
});
// Trigger an insert to generate a change event
const h = new House();
await h.save();
await done.promise;
});
tap.test('should buffer change events when bufferTimeMs is set', async (tools) => {
const done = tools.defer();
// bufferTimeMs collects events into arrays every 50ms
const watcher = await House.watch({}, { bufferTimeMs: 50 });
let received: House[];
watcher.changeSubject.subscribe(async (batch: House[]) => {
if (batch && batch.length > 0) {
received = batch;
await watcher.stop();
done.resolve();
}
});
// Rapidly insert multiple docs
const docs = [new House(), new House(), new House()];
for (const doc of docs) await doc.save();
await done.promise;
// All inserts should be in one buffered batch
expect(received.length).toEqual(docs.length);
});
// ======================================= // =======================================
// close the database connection // close the database connection
// ======================================= // =======================================

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@@ -3,6 +3,6 @@
*/ */
export const commitinfo = { export const commitinfo = {
name: '@push.rocks/smartdata', name: '@push.rocks/smartdata',
version: '5.12.2', version: '5.16.1',
description: 'An advanced library for NoSQL data organization and manipulation using TypeScript with support for MongoDB, data validation, collections, and custom data types.' description: 'An advanced library for NoSQL data organization and manipulation using TypeScript with support for MongoDB, data validation, collections, and custom data types.'
} }

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@@ -4,6 +4,7 @@ import { SmartdataDbCursor } from './classes.cursor.js';
import { SmartDataDbDoc, type IIndexOptions } from './classes.doc.js'; import { SmartDataDbDoc, type IIndexOptions } from './classes.doc.js';
import { SmartdataDbWatcher } from './classes.watcher.js'; import { SmartdataDbWatcher } from './classes.watcher.js';
import { CollectionFactory } from './classes.collectionfactory.js'; import { CollectionFactory } from './classes.collectionfactory.js';
import { logger } from './logging.js';
export interface IFindOptions { export interface IFindOptions {
limit?: number; limit?: number;
@@ -161,7 +162,7 @@ export class SmartdataCollection<T> {
}); });
if (!wantedCollection) { if (!wantedCollection) {
await this.smartdataDb.mongoDb.createCollection(this.collectionName); await this.smartdataDb.mongoDb.createCollection(this.collectionName);
console.log(`Successfully initiated Collection ${this.collectionName}`); logger.log('info', `Successfully initiated Collection ${this.collectionName}`);
} }
this.mongoDbCollection = this.smartdataDb.mongoDb.collection(this.collectionName); this.mongoDbCollection = this.smartdataDb.mongoDb.collection(this.collectionName);
// Auto-create a compound text index on all searchable fields // Auto-create a compound text index on all searchable fields
@@ -182,10 +183,10 @@ export class SmartdataCollection<T> {
/** /**
* mark unique index * mark unique index
*/ */
public markUniqueIndexes(keyArrayArg: string[] = []) { public async markUniqueIndexes(keyArrayArg: string[] = []) {
for (const key of keyArrayArg) { for (const key of keyArrayArg) {
if (!this.uniqueIndexes.includes(key)) { if (!this.uniqueIndexes.includes(key)) {
this.mongoDbCollection.createIndex(key, { await this.mongoDbCollection.createIndex({ [key]: 1 }, {
unique: true, unique: true,
}); });
// make sure we only call this once and not for every doc we create // make sure we only call this once and not for every doc we create
@@ -197,12 +198,12 @@ export class SmartdataCollection<T> {
/** /**
* creates regular indexes for the collection * creates regular indexes for the collection
*/ */
public createRegularIndexes(indexesArg: Array<{field: string, options: IIndexOptions}> = []) { public async createRegularIndexes(indexesArg: Array<{field: string, options: IIndexOptions}> = []) {
for (const indexDef of indexesArg) { for (const indexDef of indexesArg) {
// Check if we've already created this index // Check if we've already created this index
const indexKey = indexDef.field; const indexKey = indexDef.field;
if (!this.regularIndexes.some(i => i.field === indexKey)) { if (!this.regularIndexes.some(i => i.field === indexKey)) {
this.mongoDbCollection.createIndex( await this.mongoDbCollection.createIndex(
{ [indexDef.field]: 1 }, // Simple single-field index { [indexDef.field]: 1 }, // Simple single-field index
indexDef.options indexDef.options
); );
@@ -222,53 +223,74 @@ export class SmartdataCollection<T> {
/** /**
* finds an object in the DbCollection * finds an object in the DbCollection
*/ */
public async findOne(filterObject: any): Promise<any> { public async findOne(
filterObject: any,
opts?: { session?: plugins.mongodb.ClientSession }
): Promise<any> {
await this.init(); await this.init();
const cursor = this.mongoDbCollection.find(filterObject); // Use MongoDB driver's findOne with optional session
const result = await cursor.next(); return this.mongoDbCollection.findOne(filterObject, { session: opts?.session });
cursor.close();
return result;
} }
public async getCursor( public async getCursor(
filterObjectArg: any, filterObjectArg: any,
dbDocArg: typeof SmartDataDbDoc, dbDocArg: typeof SmartDataDbDoc,
opts?: { session?: plugins.mongodb.ClientSession }
): Promise<SmartdataDbCursor<any>> { ): Promise<SmartdataDbCursor<any>> {
await this.init(); await this.init();
const cursor = this.mongoDbCollection.find(filterObjectArg); const cursor = this.mongoDbCollection.find(filterObjectArg, { session: opts?.session });
return new SmartdataDbCursor(cursor, dbDocArg); return new SmartdataDbCursor(cursor, dbDocArg);
} }
/** /**
* finds an object in the DbCollection * finds an object in the DbCollection
*/ */
public async findAll(filterObject: any): Promise<any[]> { public async findAll(
filterObject: any,
opts?: { session?: plugins.mongodb.ClientSession }
): Promise<any[]> {
await this.init(); await this.init();
const cursor = this.mongoDbCollection.find(filterObject); const cursor = this.mongoDbCollection.find(filterObject, { session: opts?.session });
const result = await cursor.toArray(); const result = await cursor.toArray();
cursor.close(); cursor.close();
return result; return result;
} }
/** /**
* watches the collection while applying a filter * Watches the collection, returning a SmartdataDbWatcher with RxJS and EventEmitter support.
* @param filterObject match filter for change stream
* @param opts optional MongoDB ChangeStreamOptions & { bufferTimeMs } to buffer events
* @param smartdataDbDocArg document class for instance creation
*/ */
public async watch( public async watch(
filterObject: any, filterObject: any,
smartdataDbDocArg: typeof SmartDataDbDoc, opts: (plugins.mongodb.ChangeStreamOptions & { bufferTimeMs?: number }) = {},
smartdataDbDocArg?: typeof SmartDataDbDoc,
): Promise<SmartdataDbWatcher> { ): Promise<SmartdataDbWatcher> {
await this.init(); await this.init();
// Extract bufferTimeMs from options
const { bufferTimeMs, fullDocument, ...otherOptions } = opts || {};
// Determine fullDocument behavior: default to 'updateLookup'
const changeStreamOptions: plugins.mongodb.ChangeStreamOptions = {
...otherOptions,
fullDocument:
fullDocument === undefined
? 'updateLookup'
: (fullDocument as any) === true
? 'updateLookup'
: fullDocument,
} as any;
// Build pipeline with match if provided
const pipeline = filterObject ? [{ $match: filterObject }] : [];
const changeStream = this.mongoDbCollection.watch( const changeStream = this.mongoDbCollection.watch(
[ pipeline,
{ changeStreamOptions,
$match: filterObject, );
}, const smartdataWatcher = new SmartdataDbWatcher(
], changeStream,
{ smartdataDbDocArg,
fullDocument: 'updateLookup', { bufferTimeMs },
},
); );
const smartdataWatcher = new SmartdataDbWatcher(changeStream, smartdataDbDocArg);
await smartdataWatcher.readyDeferred.promise; await smartdataWatcher.readyDeferred.promise;
return smartdataWatcher; return smartdataWatcher;
} }
@@ -276,7 +298,10 @@ export class SmartdataCollection<T> {
/** /**
* create an object in the database * create an object in the database
*/ */
public async insert(dbDocArg: T & SmartDataDbDoc<T, unknown>): Promise<any> { public async insert(
dbDocArg: T & SmartDataDbDoc<T, unknown>,
opts?: { session?: plugins.mongodb.ClientSession }
): Promise<any> {
await this.init(); await this.init();
await this.checkDoc(dbDocArg); await this.checkDoc(dbDocArg);
this.markUniqueIndexes(dbDocArg.uniqueIndexes); this.markUniqueIndexes(dbDocArg.uniqueIndexes);
@@ -287,14 +312,17 @@ export class SmartdataCollection<T> {
} }
const saveableObject = await dbDocArg.createSavableObject(); const saveableObject = await dbDocArg.createSavableObject();
const result = await this.mongoDbCollection.insertOne(saveableObject); const result = await this.mongoDbCollection.insertOne(saveableObject, { session: opts?.session });
return result; return result;
} }
/** /**
* inserts object into the DbCollection * inserts object into the DbCollection
*/ */
public async update(dbDocArg: T & SmartDataDbDoc<T, unknown>): Promise<any> { public async update(
dbDocArg: T & SmartDataDbDoc<T, unknown>,
opts?: { session?: plugins.mongodb.ClientSession }
): Promise<any> {
await this.init(); await this.init();
await this.checkDoc(dbDocArg); await this.checkDoc(dbDocArg);
const identifiableObject = await dbDocArg.createIdentifiableObject(); const identifiableObject = await dbDocArg.createIdentifiableObject();
@@ -309,21 +337,27 @@ export class SmartdataCollection<T> {
const result = await this.mongoDbCollection.updateOne( const result = await this.mongoDbCollection.updateOne(
identifiableObject, identifiableObject,
{ $set: updateableObject }, { $set: updateableObject },
{ upsert: true }, { upsert: true, session: opts?.session },
); );
return result; return result;
} }
public async delete(dbDocArg: T & SmartDataDbDoc<T, unknown>): Promise<any> { public async delete(
dbDocArg: T & SmartDataDbDoc<T, unknown>,
opts?: { session?: plugins.mongodb.ClientSession }
): Promise<any> {
await this.init(); await this.init();
await this.checkDoc(dbDocArg); await this.checkDoc(dbDocArg);
const identifiableObject = await dbDocArg.createIdentifiableObject(); const identifiableObject = await dbDocArg.createIdentifiableObject();
await this.mongoDbCollection.deleteOne(identifiableObject); await this.mongoDbCollection.deleteOne(identifiableObject, { session: opts?.session });
} }
public async getCount(filterObject: any) { public async getCount(
filterObject: any,
opts?: { session?: plugins.mongodb.ClientSession }
) {
await this.init(); await this.init();
return this.mongoDbCollection.countDocuments(filterObject); return this.mongoDbCollection.countDocuments(filterObject, { session: opts?.session });
} }
/** /**

View File

@@ -35,24 +35,43 @@ export class SmartdataDb {
* connects to the database that was specified during instance creation * connects to the database that was specified during instance creation
*/ */
public async init(): Promise<any> { public async init(): Promise<any> {
const finalConnectionUrl = this.smartdataOptions.mongoDbUrl try {
.replace('<USERNAME>', this.smartdataOptions.mongoDbUser) // Safely encode credentials to handle special characters
.replace('<username>', this.smartdataOptions.mongoDbUser) const encodedUser = this.smartdataOptions.mongoDbUser
.replace('<USER>', this.smartdataOptions.mongoDbUser) ? encodeURIComponent(this.smartdataOptions.mongoDbUser)
.replace('<user>', this.smartdataOptions.mongoDbUser) : '';
.replace('<PASSWORD>', this.smartdataOptions.mongoDbPass) const encodedPass = this.smartdataOptions.mongoDbPass
.replace('<password>', this.smartdataOptions.mongoDbPass) ? encodeURIComponent(this.smartdataOptions.mongoDbPass)
.replace('<DBNAME>', this.smartdataOptions.mongoDbName) : '';
.replace('<dbname>', this.smartdataOptions.mongoDbName);
const finalConnectionUrl = this.smartdataOptions.mongoDbUrl
.replace('<USERNAME>', encodedUser)
.replace('<username>', encodedUser)
.replace('<USER>', encodedUser)
.replace('<user>', encodedUser)
.replace('<PASSWORD>', encodedPass)
.replace('<password>', encodedPass)
.replace('<DBNAME>', this.smartdataOptions.mongoDbName)
.replace('<dbname>', this.smartdataOptions.mongoDbName);
this.mongoDbClient = await plugins.mongodb.MongoClient.connect(finalConnectionUrl, { const clientOptions: plugins.mongodb.MongoClientOptions = {
maxPoolSize: 100, maxPoolSize: (this.smartdataOptions as any).maxPoolSize ?? 100,
maxIdleTimeMS: 10, maxIdleTimeMS: (this.smartdataOptions as any).maxIdleTimeMS ?? 300000, // 5 minutes default
}); serverSelectionTimeoutMS: (this.smartdataOptions as any).serverSelectionTimeoutMS ?? 30000,
this.mongoDb = this.mongoDbClient.db(this.smartdataOptions.mongoDbName); retryWrites: true,
this.status = 'connected'; };
this.statusConnectedDeferred.resolve();
console.log(`Connected to database ${this.smartdataOptions.mongoDbName}`); this.mongoDbClient = await plugins.mongodb.MongoClient.connect(finalConnectionUrl, clientOptions);
this.mongoDb = this.mongoDbClient.db(this.smartdataOptions.mongoDbName);
this.status = 'connected';
this.statusConnectedDeferred.resolve();
logger.log('info', `Connected to database ${this.smartdataOptions.mongoDbName}`);
} catch (error) {
this.status = 'disconnected';
this.statusConnectedDeferred.reject(error);
logger.log('error', `Failed to connect to database ${this.smartdataOptions.mongoDbName}: ${error.message}`);
throw error;
}
} }
/** /**
@@ -63,6 +82,12 @@ export class SmartdataDb {
this.status = 'disconnected'; this.status = 'disconnected';
logger.log('info', `disconnected from database ${this.smartdataOptions.mongoDbName}`); logger.log('info', `disconnected from database ${this.smartdataOptions.mongoDbName}`);
} }
/**
* Start a MongoDB client session for transactions
*/
public startSession(): plugins.mongodb.ClientSession {
return this.mongoDbClient.startSession();
}
// handle table to class distribution // handle table to class distribution

View File

@@ -3,6 +3,7 @@ import { SmartdataDb } from './classes.db.js';
import { managed, setDefaultManagerForDoc } from './classes.collection.js'; import { managed, setDefaultManagerForDoc } from './classes.collection.js';
import { SmartDataDbDoc, svDb, unI } from './classes.doc.js'; import { SmartDataDbDoc, svDb, unI } from './classes.doc.js';
import { SmartdataDbWatcher } from './classes.watcher.js'; import { SmartdataDbWatcher } from './classes.watcher.js';
import { logger } from './logging.js';
@managed() @managed()
export class DistributedClass extends SmartDataDbDoc<DistributedClass, DistributedClass> { export class DistributedClass extends SmartDataDbDoc<DistributedClass, DistributedClass> {
@@ -63,11 +64,11 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
this.ownInstance.data.elected = false; this.ownInstance.data.elected = false;
} }
if (this.ownInstance?.data.status === 'stopped') { if (this.ownInstance?.data.status === 'stopped') {
console.log(`stopping a distributed instance that has not been started yet.`); logger.log('warn', `stopping a distributed instance that has not been started yet.`);
} }
this.ownInstance.data.status = 'stopped'; this.ownInstance.data.status = 'stopped';
await this.ownInstance.save(); await this.ownInstance.save();
console.log(`stopped ${this.ownInstance.id}`); logger.log('info', `stopped ${this.ownInstance.id}`);
}); });
} }
@@ -83,17 +84,17 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
public async sendHeartbeat() { public async sendHeartbeat() {
await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => { await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => {
if (this.ownInstance.data.status === 'stopped') { if (this.ownInstance.data.status === 'stopped') {
console.log(`aborted sending heartbeat because status is stopped`); logger.log('debug', `aborted sending heartbeat because status is stopped`);
return; return;
} }
await this.ownInstance.updateFromDb(); await this.ownInstance.updateFromDb();
this.ownInstance.data.lastUpdated = Date.now(); this.ownInstance.data.lastUpdated = Date.now();
await this.ownInstance.save(); await this.ownInstance.save();
console.log(`sent heartbeat for ${this.ownInstance.id}`); logger.log('debug', `sent heartbeat for ${this.ownInstance.id}`);
const allInstances = DistributedClass.getInstances({}); const allInstances = DistributedClass.getInstances({});
}); });
if (this.ownInstance.data.status === 'stopped') { if (this.ownInstance.data.status === 'stopped') {
console.log(`aborted sending heartbeat because status is stopped`); logger.log('info', `aborted sending heartbeat because status is stopped`);
return; return;
} }
const eligibleLeader = await this.getEligibleLeader(); const eligibleLeader = await this.getEligibleLeader();
@@ -120,7 +121,7 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
await this.ownInstance.save(); await this.ownInstance.save();
}); });
} else { } else {
console.warn(`distributed instance already initialized`); logger.log('warn', `distributed instance already initialized`);
} }
// lets enable the heartbeat // lets enable the heartbeat
@@ -149,24 +150,24 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
public async checkAndMaybeLead() { public async checkAndMaybeLead() {
await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => { await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => {
this.ownInstance.data.status = 'initializing'; this.ownInstance.data.status = 'initializing';
this.ownInstance.save(); await this.ownInstance.save();
}); });
if (await this.getEligibleLeader()) { if (await this.getEligibleLeader()) {
await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => { await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => {
await this.ownInstance.updateFromDb(); await this.ownInstance.updateFromDb();
this.ownInstance.data.status = 'settled'; this.ownInstance.data.status = 'settled';
await this.ownInstance.save(); await this.ownInstance.save();
console.log(`${this.ownInstance.id} settled as follower`); logger.log('info', `${this.ownInstance.id} settled as follower`);
}); });
return; return;
} else if ( } else if (
(await DistributedClass.getInstances({})).find((instanceArg) => { (await DistributedClass.getInstances({})).find((instanceArg) => {
instanceArg.data.status === 'bidding' && return instanceArg.data.status === 'bidding' &&
instanceArg.data.biddingStartTime <= Date.now() - 4000 && instanceArg.data.biddingStartTime <= Date.now() - 4000 &&
instanceArg.data.biddingStartTime >= Date.now() - 30000; instanceArg.data.biddingStartTime >= Date.now() - 30000;
}) })
) { ) {
console.log('too late to the bidding party... waiting for next round.'); logger.log('info', 'too late to the bidding party... waiting for next round.');
return; return;
} else { } else {
await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => { await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => {
@@ -175,9 +176,9 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
this.ownInstance.data.biddingStartTime = Date.now(); this.ownInstance.data.biddingStartTime = Date.now();
this.ownInstance.data.biddingShortcode = plugins.smartunique.shortId(); this.ownInstance.data.biddingShortcode = plugins.smartunique.shortId();
await this.ownInstance.save(); await this.ownInstance.save();
console.log('bidding code stored.'); logger.log('info', 'bidding code stored.');
}); });
console.log(`bidding for leadership...`); logger.log('info', `bidding for leadership...`);
await plugins.smartdelay.delayFor(plugins.smarttime.getMilliSecondsFromUnits({ seconds: 5 })); await plugins.smartdelay.delayFor(plugins.smarttime.getMilliSecondsFromUnits({ seconds: 5 }));
await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => { await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => {
let biddingInstances = await DistributedClass.getInstances({}); let biddingInstances = await DistributedClass.getInstances({});
@@ -187,7 +188,7 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
instanceArg.data.lastUpdated >= instanceArg.data.lastUpdated >=
Date.now() - plugins.smarttime.getMilliSecondsFromUnits({ seconds: 10 }), Date.now() - plugins.smarttime.getMilliSecondsFromUnits({ seconds: 10 }),
); );
console.log(`found ${biddingInstances.length} bidding instances...`); logger.log('info', `found ${biddingInstances.length} bidding instances...`);
this.ownInstance.data.elected = true; this.ownInstance.data.elected = true;
for (const biddingInstance of biddingInstances) { for (const biddingInstance of biddingInstances) {
if (biddingInstance.data.biddingShortcode < this.ownInstance.data.biddingShortcode) { if (biddingInstance.data.biddingShortcode < this.ownInstance.data.biddingShortcode) {
@@ -195,7 +196,7 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
} }
} }
await plugins.smartdelay.delayFor(5000); await plugins.smartdelay.delayFor(5000);
console.log(`settling with status elected = ${this.ownInstance.data.elected}`); logger.log('info', `settling with status elected = ${this.ownInstance.data.elected}`);
this.ownInstance.data.status = 'settled'; this.ownInstance.data.status = 'settled';
await this.ownInstance.save(); await this.ownInstance.save();
}); });
@@ -226,11 +227,11 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
this.distributedWatcher.changeSubject.subscribe({ this.distributedWatcher.changeSubject.subscribe({
next: async (distributedDoc) => { next: async (distributedDoc) => {
if (!distributedDoc) { if (!distributedDoc) {
console.log(`registered deletion of instance...`); logger.log('info', `registered deletion of instance...`);
return; return;
} }
console.log(distributedDoc); logger.log('info', distributedDoc);
console.log(`registered change for ${distributedDoc.id}`); logger.log('info', `registered change for ${distributedDoc.id}`);
distributedDoc; distributedDoc;
}, },
}); });
@@ -252,7 +253,7 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
): Promise<plugins.taskbuffer.distributedCoordination.IDistributedTaskRequestResult> { ): Promise<plugins.taskbuffer.distributedCoordination.IDistributedTaskRequestResult> {
await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => { await this.asyncExecutionStack.getExclusiveExecutionSlot(async () => {
if (!this.ownInstance) { if (!this.ownInstance) {
console.error('instance need to be started first...'); logger.log('error', 'instance need to be started first...');
return; return;
} }
await this.ownInstance.updateFromDb(); await this.ownInstance.updateFromDb();
@@ -268,7 +269,7 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
return taskRequestResult; return taskRequestResult;
}); });
if (!result) { if (!result) {
console.warn('no result found for task request...'); logger.log('warn', 'no result found for task request...');
return null; return null;
} }
return result; return result;
@@ -285,7 +286,7 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
); );
}); });
if (!existingInfoBasis) { if (!existingInfoBasis) {
console.warn('trying to update a non existing task request... aborting!'); logger.log('warn', 'trying to update a non existing task request... aborting!');
return; return;
} }
Object.assign(existingInfoBasis, infoBasisArg); Object.assign(existingInfoBasis, infoBasisArg);
@@ -293,8 +294,10 @@ export class SmartdataDistributedCoordinator extends plugins.taskbuffer.distribu
plugins.smartdelay.delayFor(60000).then(() => { plugins.smartdelay.delayFor(60000).then(() => {
this.asyncExecutionStack.getExclusiveExecutionSlot(async () => { this.asyncExecutionStack.getExclusiveExecutionSlot(async () => {
const indexToRemove = this.ownInstance.data.taskRequests.indexOf(existingInfoBasis); const indexToRemove = this.ownInstance.data.taskRequests.indexOf(existingInfoBasis);
this.ownInstance.data.taskRequests.splice(indexToRemove, indexToRemove); if (indexToRemove >= 0) {
await this.ownInstance.save(); this.ownInstance.data.taskRequests.splice(indexToRemove, 1);
await this.ownInstance.save();
}
}); });
}); });
}); });

View File

@@ -1,6 +1,7 @@
import * as plugins from './plugins.js'; import * as plugins from './plugins.js';
import { SmartdataDb } from './classes.db.js'; import { SmartdataDb } from './classes.db.js';
import { logger } from './logging.js';
import { SmartdataDbCursor } from './classes.cursor.js'; import { SmartdataDbCursor } from './classes.cursor.js';
import { type IManager, SmartdataCollection } from './classes.collection.js'; import { type IManager, SmartdataCollection } from './classes.collection.js';
import { SmartdataDbWatcher } from './classes.watcher.js'; import { SmartdataDbWatcher } from './classes.watcher.js';
@@ -11,8 +12,18 @@ import { SmartdataLuceneAdapter } from './classes.lucene.adapter.js';
* - validate: post-fetch validator, return true to keep a doc * - validate: post-fetch validator, return true to keep a doc
*/ */
export interface SearchOptions<T> { export interface SearchOptions<T> {
/**
* Additional MongoDB filter to ANDmerge into the query
*/
filter?: Record<string, any>; filter?: Record<string, any>;
/**
* Postfetch validator; return true to keep each doc
*/
validate?: (doc: T) => Promise<boolean> | boolean; validate?: (doc: T) => Promise<boolean> | boolean;
/**
* Optional MongoDB session for transactional operations
*/
session?: plugins.mongodb.ClientSession;
} }
export type TDocCreation = 'db' | 'new' | 'mixed'; export type TDocCreation = 'db' | 'new' | 'mixed';
@@ -21,7 +32,7 @@ export type TDocCreation = 'db' | 'new' | 'mixed';
export function globalSvDb() { export function globalSvDb() {
return (target: SmartDataDbDoc<unknown, unknown>, key: string) => { return (target: SmartDataDbDoc<unknown, unknown>, key: string) => {
console.log(`called svDb() on >${target.constructor.name}.${key}<`); logger.log('debug', `called svDb() on >${target.constructor.name}.${key}<`);
if (!target.globalSaveableProperties) { if (!target.globalSaveableProperties) {
target.globalSaveableProperties = []; target.globalSaveableProperties = [];
} }
@@ -29,16 +40,34 @@ export function globalSvDb() {
}; };
} }
/**
* Options for custom serialization/deserialization of a field.
*/
export interface SvDbOptions {
/** Function to serialize the field value before saving to DB */
serialize?: (value: any) => any;
/** Function to deserialize the field value after reading from DB */
deserialize?: (value: any) => any;
}
/** /**
* saveable - saveable decorator to be used on class properties * saveable - saveable decorator to be used on class properties
*/ */
export function svDb() { export function svDb(options?: SvDbOptions) {
return (target: SmartDataDbDoc<unknown, unknown>, key: string) => { return (target: SmartDataDbDoc<unknown, unknown>, key: string) => {
console.log(`called svDb() on >${target.constructor.name}.${key}<`); logger.log('debug', `called svDb() on >${target.constructor.name}.${key}<`);
if (!target.saveableProperties) { if (!target.saveableProperties) {
target.saveableProperties = []; target.saveableProperties = [];
} }
target.saveableProperties.push(key); target.saveableProperties.push(key);
// attach custom serializer/deserializer options to the class constructor
const ctor = target.constructor as any;
if (!ctor._svDbOptions) {
ctor._svDbOptions = {};
}
if (options) {
ctor._svDbOptions[key] = options;
}
}; };
} }
@@ -66,7 +95,7 @@ function escapeForRegex(input: string): string {
*/ */
export function unI() { export function unI() {
return (target: SmartDataDbDoc<unknown, unknown>, key: string) => { return (target: SmartDataDbDoc<unknown, unknown>, key: string) => {
console.log(`called unI on >>${target.constructor.name}.${key}<<`); logger.log('debug', `called unI on >>${target.constructor.name}.${key}<<`);
// mark the index as unique // mark the index as unique
if (!target.uniqueIndexes) { if (!target.uniqueIndexes) {
@@ -98,7 +127,7 @@ export interface IIndexOptions {
*/ */
export function index(options?: IIndexOptions) { export function index(options?: IIndexOptions) {
return (target: SmartDataDbDoc<unknown, unknown>, key: string) => { return (target: SmartDataDbDoc<unknown, unknown>, key: string) => {
console.log(`called index() on >${target.constructor.name}.${key}<`); logger.log('debug', `called index() on >${target.constructor.name}.${key}<`);
// Initialize regular indexes array if it doesn't exist // Initialize regular indexes array if it doesn't exist
if (!target.regularIndexes) { if (!target.regularIndexes) {
@@ -124,7 +153,8 @@ export function index(options?: IIndexOptions) {
export const convertFilterForMongoDb = (filterArg: { [key: string]: any }) => { export const convertFilterForMongoDb = (filterArg: { [key: string]: any }) => {
// Special case: detect MongoDB operators and pass them through directly // Special case: detect MongoDB operators and pass them through directly
const topLevelOperators = ['$and', '$or', '$nor', '$not', '$text', '$where', '$regex']; // SECURITY: Removed $where to prevent server-side JS execution
const topLevelOperators = ['$and', '$or', '$nor', '$not', '$text', '$regex'];
for (const key of Object.keys(filterArg)) { for (const key of Object.keys(filterArg)) {
if (topLevelOperators.includes(key)) { if (topLevelOperators.includes(key)) {
return filterArg; // Return the filter as-is for MongoDB operators return filterArg; // Return the filter as-is for MongoDB operators
@@ -136,11 +166,16 @@ export const convertFilterForMongoDb = (filterArg: { [key: string]: any }) => {
const convertFilterArgument = (keyPathArg2: string, filterArg2: any) => { const convertFilterArgument = (keyPathArg2: string, filterArg2: any) => {
if (Array.isArray(filterArg2)) { if (Array.isArray(filterArg2)) {
// Directly assign arrays (they might be using operators like $in or $all) // FIX: Properly handle arrays for operators like $in, $all, or plain equality
convertFilterArgument(keyPathArg2, filterArg2[0]); convertedFilter[keyPathArg2] = filterArg2;
return;
} else if (typeof filterArg2 === 'object' && filterArg2 !== null) { } else if (typeof filterArg2 === 'object' && filterArg2 !== null) {
for (const key of Object.keys(filterArg2)) { for (const key of Object.keys(filterArg2)) {
if (key.startsWith('$')) { if (key.startsWith('$')) {
// Prevent dangerous operators
if (key === '$where') {
throw new Error('$where operator is not allowed for security reasons');
}
convertedFilter[keyPathArg2] = filterArg2; convertedFilter[keyPathArg2] = filterArg2;
return; return;
} else if (key.includes('.')) { } else if (key.includes('.')) {
@@ -179,7 +214,12 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
const newInstance = new this(); const newInstance = new this();
(newInstance as any).creationStatus = 'db'; (newInstance as any).creationStatus = 'db';
for (const key of Object.keys(mongoDbNativeDocArg)) { for (const key of Object.keys(mongoDbNativeDocArg)) {
newInstance[key] = mongoDbNativeDocArg[key]; const rawValue = mongoDbNativeDocArg[key];
const optionsMap = (this as any)._svDbOptions || {};
const opts = optionsMap[key];
newInstance[key] = opts && typeof opts.deserialize === 'function'
? opts.deserialize(rawValue)
: rawValue;
} }
return newInstance; return newInstance;
} }
@@ -193,8 +233,13 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
public static async getInstances<T>( public static async getInstances<T>(
this: plugins.tsclass.typeFest.Class<T>, this: plugins.tsclass.typeFest.Class<T>,
filterArg: plugins.tsclass.typeFest.PartialDeep<T>, filterArg: plugins.tsclass.typeFest.PartialDeep<T>,
opts?: { session?: plugins.mongodb.ClientSession }
): Promise<T[]> { ): Promise<T[]> {
const foundDocs = await (this as any).collection.findAll(convertFilterForMongoDb(filterArg)); // Pass session through to findAll for transactional queries
const foundDocs = await (this as any).collection.findAll(
convertFilterForMongoDb(filterArg),
{ session: opts?.session },
);
const returnArray = []; const returnArray = [];
for (const foundDoc of foundDocs) { for (const foundDoc of foundDocs) {
const newInstance: T = (this as any).createInstanceFromMongoDbNativeDoc(foundDoc); const newInstance: T = (this as any).createInstanceFromMongoDbNativeDoc(foundDoc);
@@ -212,8 +257,13 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
public static async getInstance<T>( public static async getInstance<T>(
this: plugins.tsclass.typeFest.Class<T>, this: plugins.tsclass.typeFest.Class<T>,
filterArg: plugins.tsclass.typeFest.PartialDeep<T>, filterArg: plugins.tsclass.typeFest.PartialDeep<T>,
opts?: { session?: plugins.mongodb.ClientSession }
): Promise<T> { ): Promise<T> {
const foundDoc = await (this as any).collection.findOne(convertFilterForMongoDb(filterArg)); // Retrieve one document, with optional session for transactions
const foundDoc = await (this as any).collection.findOne(
convertFilterForMongoDb(filterArg),
{ session: opts?.session },
);
if (foundDoc) { if (foundDoc) {
const newInstance: T = (this as any).createInstanceFromMongoDbNativeDoc(foundDoc); const newInstance: T = (this as any).createInstanceFromMongoDbNativeDoc(foundDoc);
return newInstance; return newInstance;
@@ -233,33 +283,27 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
} }
/** /**
* get cursor * Get a cursor for streaming results, with optional session and native cursor modifiers.
* @returns * @param filterArg Partial filter to apply
* @param opts Optional session and modifier for the raw MongoDB cursor
*/ */
public static async getCursor<T>( public static async getCursor<T>(
this: plugins.tsclass.typeFest.Class<T>, this: plugins.tsclass.typeFest.Class<T>,
filterArg: plugins.tsclass.typeFest.PartialDeep<T>, filterArg: plugins.tsclass.typeFest.PartialDeep<T>,
) { opts?: {
const collection: SmartdataCollection<T> = (this as any).collection; session?: plugins.mongodb.ClientSession;
const cursor: SmartdataDbCursor<T> = await collection.getCursor( modifier?: (cursorArg: plugins.mongodb.FindCursor<plugins.mongodb.WithId<plugins.mongodb.BSON.Document>>) => plugins.mongodb.FindCursor<plugins.mongodb.WithId<plugins.mongodb.BSON.Document>>;
convertFilterForMongoDb(filterArg), }
this as any as typeof SmartDataDbDoc,
);
return cursor;
}
public static async getCursorExtended<T>(
this: plugins.tsclass.typeFest.Class<T>,
filterArg: plugins.tsclass.typeFest.PartialDeep<T>,
modifierFunction = (cursorArg: plugins.mongodb.FindCursor<plugins.mongodb.WithId<plugins.mongodb.BSON.Document>>) => cursorArg,
): Promise<SmartdataDbCursor<T>> { ): Promise<SmartdataDbCursor<T>> {
const collection: SmartdataCollection<T> = (this as any).collection; const collection: SmartdataCollection<T> = (this as any).collection;
const { session, modifier } = opts || {};
await collection.init(); await collection.init();
let cursor: plugins.mongodb.FindCursor<any> = collection.mongoDbCollection.find( let rawCursor: plugins.mongodb.FindCursor<any> =
convertFilterForMongoDb(filterArg), collection.mongoDbCollection.find(convertFilterForMongoDb(filterArg), { session });
); if (modifier) {
cursor = modifierFunction(cursor); rawCursor = modifier(rawCursor);
return new SmartdataDbCursor<T>(cursor, this as any as typeof SmartDataDbDoc); }
return new SmartdataDbCursor<T>(rawCursor, this as any as typeof SmartDataDbDoc);
} }
/** /**
@@ -268,13 +312,20 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
* @param filterArg * @param filterArg
* @param forEachFunction * @param forEachFunction
*/ */
/**
* Watch the collection for changes, with optional buffering and change stream options.
* @param filterArg MongoDB filter to select which changes to observe
* @param opts optional ChangeStreamOptions plus bufferTimeMs
*/
public static async watch<T>( public static async watch<T>(
this: plugins.tsclass.typeFest.Class<T>, this: plugins.tsclass.typeFest.Class<T>,
filterArg: plugins.tsclass.typeFest.PartialDeep<T>, filterArg: plugins.tsclass.typeFest.PartialDeep<T>,
) { opts?: plugins.mongodb.ChangeStreamOptions & { bufferTimeMs?: number },
): Promise<SmartdataDbWatcher<T>> {
const collection: SmartdataCollection<T> = (this as any).collection; const collection: SmartdataCollection<T> = (this as any).collection;
const watcher: SmartdataDbWatcher<T> = await collection.watch( const watcher: SmartdataDbWatcher<T> = await collection.watch(
convertFilterForMongoDb(filterArg), convertFilterForMongoDb(filterArg),
opts || {},
this as any, this as any,
); );
return watcher; return watcher;
@@ -339,7 +390,9 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
if (opts?.filter) { if (opts?.filter) {
mongoFilter = { $and: [mongoFilter, opts.filter] }; mongoFilter = { $and: [mongoFilter, opts.filter] };
} }
let docs: T[] = await (this as any).getInstances(mongoFilter); // Fetch with optional session for transactions
// Fetch within optional session
let docs: T[] = await (this as any).getInstances(mongoFilter, { session: opts?.session });
if (opts?.validate) { if (opts?.validate) {
const out: T[] = []; const out: T[] = [];
for (const d of docs) { for (const d of docs) {
@@ -419,38 +472,52 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
const orConds = searchableFields.map((f) => ({ [f]: { $regex: pattern, $options: 'i' } })); const orConds = searchableFields.map((f) => ({ [f]: { $regex: pattern, $options: 'i' } }));
return await (this as any).execQuery({ $or: orConds }, opts); return await (this as any).execQuery({ $or: orConds }, opts);
} }
// implicit AND: combine free terms and field:value terms (with or without wildcards) // implicit AND for multiple tokens: free terms, quoted phrases, and field:values
const parts = q.split(/\s+/); {
const hasColon = parts.some((t) => t.includes(':')); // Split query into tokens, preserving quoted substrings
if ( const rawTokens = q.match(/(?:[^\s"']+|"[^"]*"|'[^']*')+/g) || [];
parts.length > 1 && hasColon && // Only apply when more than one token and no boolean operators or grouping
!q.includes(' AND ') && !q.includes(' OR ') && !q.includes(' NOT ') && if (
!q.includes('(') && !q.includes(')') && rawTokens.length > 1 &&
!q.includes('[') && !q.includes(']') && !/(\bAND\b|\bOR\b|\bNOT\b|\(|\))/i.test(q) &&
!q.includes('"') && !q.includes("'") !/\[|\]/.test(q)
) { ) {
const andConds = parts.map((term) => { const andConds: any[] = [];
const m = term.match(/^(\w+):(.+)$/); for (let token of rawTokens) {
if (m) { // field:value token
const field = m[1]; const fv = token.match(/^(\w+):(.+)$/);
const value = m[2]; if (fv) {
if (!searchableFields.includes(field)) { const field = fv[1];
throw new Error(`Field '${field}' is not searchable for class ${this.name}`); let value = fv[2];
if (!searchableFields.includes(field)) {
throw new Error(`Field '${field}' is not searchable for class ${this.name}`);
}
// Strip surrounding quotes if present
if ((value.startsWith('"') && value.endsWith('"')) || (value.startsWith("'") && value.endsWith("'"))) {
value = value.slice(1, -1);
}
// Wildcard search?
if (value.includes('*') || value.includes('?')) {
const escaped = value.replace(/([.+^${}()|[\\]\\])/g, '\\$1');
const pattern = escaped.replace(/\*/g, '.*').replace(/\?/g, '.');
andConds.push({ [field]: { $regex: pattern, $options: 'i' } });
} else {
andConds.push({ [field]: value });
}
} else if ((token.startsWith('"') && token.endsWith('"')) || (token.startsWith("'") && token.endsWith("'"))) {
// Quoted free phrase across all fields
const phrase = token.slice(1, -1);
const parts = phrase.split(/\s+/).map((t) => escapeForRegex(t));
const pattern = parts.join('\\s+');
andConds.push({ $or: searchableFields.map((f) => ({ [f]: { $regex: pattern, $options: 'i' } })) });
} else {
// Free term across all fields
const esc = escapeForRegex(token);
andConds.push({ $or: searchableFields.map((f) => ({ [f]: { $regex: esc, $options: 'i' } })) });
} }
if (value.includes('*') || value.includes('?')) {
// wildcard field search
const escaped = value.replace(/([.+^${}()|[\\]\\])/g, '\\$1');
const pattern = escaped.replace(/\*/g, '.*').replace(/\?/g, '.');
return { [field]: { $regex: pattern, $options: 'i' } };
}
// exact field:value
return { [field]: value };
} }
// free term -> regex across all searchable fields return await (this as any).execQuery({ $and: andConds }, opts);
const esc = escapeForRegex(term); }
return { $or: searchableFields.map((f) => ({ [f]: { $regex: esc, $options: 'i' } })) };
});
return await (this as any).execQuery({ $and: andConds }, opts);
} }
// detect advanced Lucene syntax: field:value, wildcards, boolean, grouping // detect advanced Lucene syntax: field:value, wildcards, boolean, grouping
const luceneSyntax = /(\w+:[^\s]+)|\*|\?|\bAND\b|\bOR\b|\bNOT\b|\(|\)/; const luceneSyntax = /(\w+:[^\s]+)|\*|\?|\bAND\b|\bOR\b|\bNOT\b|\(|\)/;
@@ -532,35 +599,52 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
constructor() {} constructor() {}
/** /**
* saves this instance but not any connected items * saves this instance (optionally within a transaction)
* may lead to data inconsistencies, but is faster
*/ */
public async save() { public async save(opts?: { session?: plugins.mongodb.ClientSession }) {
// allow hook before saving
if (typeof (this as any).beforeSave === 'function') {
await (this as any).beforeSave();
}
// tslint:disable-next-line: no-this-assignment // tslint:disable-next-line: no-this-assignment
const self: any = this; const self: any = this;
let dbResult: any; let dbResult: any;
// update timestamp
this._updatedAt = new Date().toISOString(); this._updatedAt = new Date().toISOString();
// perform insert or update
switch (this.creationStatus) { switch (this.creationStatus) {
case 'db': case 'db':
dbResult = await this.collection.update(self); dbResult = await this.collection.update(self, { session: opts?.session });
break; break;
case 'new': case 'new':
dbResult = await this.collection.insert(self); dbResult = await this.collection.insert(self, { session: opts?.session });
this.creationStatus = 'db'; this.creationStatus = 'db';
break; break;
default: default:
console.error('neither new nor in db?'); logger.log('error', 'neither new nor in db?');
}
// allow hook after saving
if (typeof (this as any).afterSave === 'function') {
await (this as any).afterSave();
} }
return dbResult; return dbResult;
} }
/** /**
* deletes a document from the database * deletes a document from the database (optionally within a transaction)
*/ */
public async delete() { public async delete(opts?: { session?: plugins.mongodb.ClientSession }) {
await this.collection.delete(this); // allow hook before deleting
if (typeof (this as any).beforeDelete === 'function') {
await (this as any).beforeDelete();
}
// perform deletion
const result = await this.collection.delete(this, { session: opts?.session });
// allow hook after delete
if (typeof (this as any).afterDelete === 'function') {
await (this as any).afterDelete();
}
return result;
} }
/** /**
@@ -584,11 +668,20 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
/** /**
* updates an object from db * updates an object from db
*/ */
public async updateFromDb() { public async updateFromDb(): Promise<boolean> {
const mongoDbNativeDoc = await this.collection.findOne(await this.createIdentifiableObject()); const mongoDbNativeDoc = await this.collection.findOne(await this.createIdentifiableObject());
for (const key of Object.keys(mongoDbNativeDoc)) { if (!mongoDbNativeDoc) {
this[key] = mongoDbNativeDoc[key]; return false; // Document not found in database
} }
for (const key of Object.keys(mongoDbNativeDoc)) {
const rawValue = mongoDbNativeDoc[key];
const optionsMap = (this.constructor as any)._svDbOptions || {};
const opts = optionsMap[key];
this[key] = opts && typeof opts.deserialize === 'function'
? opts.deserialize(rawValue)
: rawValue;
}
return true;
} }
/** /**
@@ -596,9 +689,17 @@ export class SmartDataDbDoc<T extends TImplements, TImplements, TManager extends
*/ */
public async createSavableObject(): Promise<TImplements> { public async createSavableObject(): Promise<TImplements> {
const saveableObject: unknown = {}; // is not exposed to outside, so any is ok here const saveableObject: unknown = {}; // is not exposed to outside, so any is ok here
const saveableProperties = [...this.globalSaveableProperties, ...this.saveableProperties]; const globalProps = this.globalSaveableProperties || [];
const specificProps = this.saveableProperties || [];
const saveableProperties = [...globalProps, ...specificProps];
// apply custom serialization if configured
const optionsMap = (this.constructor as any)._svDbOptions || {};
for (const propertyNameString of saveableProperties) { for (const propertyNameString of saveableProperties) {
saveableObject[propertyNameString] = this[propertyNameString]; const rawValue = (this as any)[propertyNameString];
const opts = optionsMap[propertyNameString];
(saveableObject as any)[propertyNameString] = opts && typeof opts.serialize === 'function'
? opts.serialize(rawValue)
: rawValue;
} }
return saveableObject as TImplements; return saveableObject as TImplements;
} }

View File

@@ -18,7 +18,7 @@ export class EasyStore<T> {
public nameId: string; public nameId: string;
@svDb() @svDb()
public ephermal: { public ephemeral: {
activated: boolean; activated: boolean;
timeout: number; timeout: number;
}; };
@@ -32,8 +32,8 @@ export class EasyStore<T> {
return SmartdataEasyStore; return SmartdataEasyStore;
})(); })();
constructor(nameIdArg: string, smnartdataDbRefArg: SmartdataDb) { constructor(nameIdArg: string, smartdataDbRefArg: SmartdataDb) {
this.smartdataDbRef = smnartdataDbRefArg; this.smartdataDbRef = smartdataDbRefArg;
this.nameId = nameIdArg; this.nameId = nameIdArg;
} }
@@ -110,10 +110,12 @@ export class EasyStore<T> {
await easyStore.save(); await easyStore.save();
} }
public async cleanUpEphermal() { public async cleanUpEphemeral() {
while ( // Clean up ephemeral data periodically while connected
(await this.smartdataDbRef.statusConnectedDeferred.promise) && while (this.smartdataDbRef.status === 'connected') {
this.smartdataDbRef.status === 'connected' await plugins.smartdelay.delayFor(60000); // Check every minute
) {} // TODO: Implement actual cleanup logic for ephemeral data
// For now, this prevents the infinite CPU loop
}
} }
} }

View File

@@ -2,6 +2,7 @@
* Lucene to MongoDB query adapter for SmartData * Lucene to MongoDB query adapter for SmartData
*/ */
import * as plugins from './plugins.js'; import * as plugins from './plugins.js';
import { logger } from './logging.js';
// Types // Types
type NodeType = type NodeType =
@@ -754,7 +755,7 @@ export class SmartdataLuceneAdapter {
// Transform the AST to a MongoDB query // Transform the AST to a MongoDB query
return this.transformWithFields(ast, fieldsToSearch); return this.transformWithFields(ast, fieldsToSearch);
} catch (error) { } catch (error) {
console.error(`Failed to convert Lucene query "${luceneQuery}":`, error); logger.log('error', `Failed to convert Lucene query "${luceneQuery}":`, error);
throw new Error(`Failed to convert Lucene query: ${error}`); throw new Error(`Failed to convert Lucene query: ${error}`);
} }
} }

View File

@@ -1,37 +1,73 @@
import { SmartDataDbDoc } from './classes.doc.js'; import { SmartDataDbDoc } from './classes.doc.js';
import * as plugins from './plugins.js'; import * as plugins from './plugins.js';
import { EventEmitter } from 'events';
/** /**
* a wrapper for the native mongodb cursor. Exposes better * a wrapper for the native mongodb cursor. Exposes better
*/ */
export class SmartdataDbWatcher<T = any> { /**
* Wraps a MongoDB ChangeStream with RxJS and EventEmitter support.
*/
export class SmartdataDbWatcher<T = any> extends EventEmitter {
// STATIC // STATIC
public readyDeferred = plugins.smartpromise.defer(); public readyDeferred = plugins.smartpromise.defer();
// INSTANCE // INSTANCE
private changeStream: plugins.mongodb.ChangeStream<T>; private changeStream: plugins.mongodb.ChangeStream<T>;
private rawSubject: plugins.smartrx.rxjs.Subject<T>;
public changeSubject = new plugins.smartrx.rxjs.Subject<T>(); /** Emits change documents (or arrays of documents if buffered) */
public changeSubject: any;
/**
* @param changeStreamArg native MongoDB ChangeStream
* @param smartdataDbDocArg document class for instance creation
* @param opts.bufferTimeMs optional milliseconds to buffer events via RxJS
*/
constructor( constructor(
changeStreamArg: plugins.mongodb.ChangeStream<T>, changeStreamArg: plugins.mongodb.ChangeStream<T>,
smartdataDbDocArg: typeof SmartDataDbDoc, smartdataDbDocArg: typeof SmartDataDbDoc,
opts?: { bufferTimeMs?: number },
) { ) {
super();
this.rawSubject = new plugins.smartrx.rxjs.Subject<T>();
// Apply buffering if requested
if (opts && opts.bufferTimeMs) {
this.changeSubject = this.rawSubject.pipe(plugins.smartrx.rxjs.ops.bufferTime(opts.bufferTimeMs));
} else {
this.changeSubject = this.rawSubject;
}
this.changeStream = changeStreamArg; this.changeStream = changeStreamArg;
this.changeStream.on('change', async (item: any) => { this.changeStream.on('change', async (item: any) => {
if (!item.fullDocument) { let docInstance: T = null;
this.changeSubject.next(null); if (item.fullDocument) {
return; docInstance = smartdataDbDocArg.createInstanceFromMongoDbNativeDoc(
item.fullDocument
) as any as T;
} }
this.changeSubject.next( // Notify subscribers
smartdataDbDocArg.createInstanceFromMongoDbNativeDoc(item.fullDocument) as any as T, this.rawSubject.next(docInstance);
); this.emit('change', docInstance);
}); });
// Signal readiness after one tick
plugins.smartdelay.delayFor(0).then(() => { plugins.smartdelay.delayFor(0).then(() => {
this.readyDeferred.resolve(); this.readyDeferred.resolve();
}); });
} }
public async close() { /**
* Close the change stream, complete the RxJS subject, and remove listeners.
*/
public async close(): Promise<void> {
// Close MongoDB ChangeStream
await this.changeStream.close(); await this.changeStream.close();
// Complete the subject to teardown any buffering operators
this.rawSubject.complete();
// Remove all EventEmitter listeners
this.removeAllListeners();
}
/**
* Alias for close(), matching README usage
*/
public async stop(): Promise<void> {
return this.close();
} }
} }