visitproject
Enables LangGraph applications to use MCP tools to access legacy databases and file data from supply chain systems.
Provides MCP tools to query and interact with MySQL databases, enabling AI agents to access legacy supply chain data.
Provides MCP tools to query and interact with PostgreSQL databases, enabling AI agents to access legacy supply chain data.
Provides MCP tools to query and interact with SQLite databases, enabling AI agents to access legacy supply chain data.
Click on "Install Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@visitprojectexpose my legacy PostgreSQL orders database as MCP tools"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
visitproject
Convert legacy enterprise systems into standard MCP servers for AI agents. Point
visitprojectat a database, get atools/listof every table exposed as a parameterised MCP tool. No SQL, no ad-hoc glue code, no; DROP TABLErisks.
visitproject - DB-to-MCP adapter for AI agents
=============================================
DB-TO-MCP FILE-TO-MCP MCP-SERVER-OVER-STDIO
(stage 2 ✅) (stage 3) (stage 4 + TUI gateway)What is visitproject?
Most enterprise systems (WMS, OMS, TMS, BMS, ERPs) are decades old: closed databases, file drops, no public APIs. AI agents can't talk to them without a custom integration for every system.
visitproject is the opposite: a single CLI that points at a database
and emits a standards-compliant
Model Context Protocol tools/list —
one MCP tool per table operation, all parameterised, all safe.
Stage | Command | Status |
1 |
| ✅ shipped |
2 |
| ✅ shipped (this release) |
3 |
| 🔜 |
4 |
| 🔜 |
Related MCP server: AutoMCP
Stage 2 quickstart — DB-to-MCP in 30 seconds
git clone https://github.com/linmy666/visitproject
cd visitproject
npm install --include=dev
npm run build
# Generate the example database
node scripts/seed-example-db.js
# → wrote examples/sample.db (4 tables: users, products, orders, line_items)
# Emit MCP tool JSON for every table in the database
node dist/cli/index.js db --type sqlite --conn sqlite:examples/sample.db --print | head -40
# Or get a human-readable summary
node dist/cli/index.js db --type sqlite --conn sqlite:examples/sample.db
# → [stage 2] 16 MCP tool(s) generated for sqlite://examples/sample.db
# • db_select_line_items — Read rows from table 'line_items'. …
# • db_insert_line_items — Insert one row into table 'line_items'.
# • db_update_line_items — Update rows in table 'line_items' matching …
# • db_delete_line_items — Delete rows from table 'line_items' matching …
# • db_select_orders — Read rows from table 'orders'. …
# … (16 tools total: 4 tables × 4 operations)Filtering to a subset of tables
node dist/cli/index.js db --type sqlite --conn sqlite:examples/sample.db \
--tables users,orders --print
# → only db_{select,insert,update,delete}_{users,orders} appear (8 tools)Architecture
┌──────────────────────────────────────────────────────────────────┐
│ L4 TUI Dashboard + AI Safety Gateway [stage 4] │
│ (blessed dashboard, real-time MCP traffic, Y/N circuit- │
│ breaker before any write tool fires) │
├──────────────────────────────────────────────────────────────────┤
│ L3 MCP Server on stdio [stage 4] │
│ (@modelcontextprotocol/sdk Server + transport) │
├──────────────────────────────────────────────────────────────────┤
│ L2 Resource Pipeline (File-to-MCP) [stage 3] │
│ (chokidar watcher → CSV/XLSX parse → MCP Resources) │
├──────────────────────────────────────────────────────────────────┤
│ L1 DB-to-MCP Adapter [stage 2 ✅] │
│ ┌─────────────┐ ┌──────────────┐ ┌──────────────────────┐ │
│ │ SqliteAdapter│ │ buildWhere() │ │ toolsForAdapter() │ │
│ │ (better-sql3)│ │ (whitelist) │ │ → JSON Schema + name │ │
│ └─────────────┘ └──────────────┘ └──────────────────────┘ │
└──────────────────────────────────────────────────────────────────┘Safety guarantees (stage 2)
Parameterised queries everywhere.
buildWhere()produces?-placeholder SQL with a parallelparamsarray. Identifiers go through a strict ASCII whitelist (/^[a-zA-Z_][a-zA-Z0-9_$]*$/).No raw
; DROP TABLEstyle attacks. A condition referencing a non-whitelisted column throwsDbError(UNKNOWN_COLUMN). A column with;or--or a hyphen failsvalidateIdentifier()withDbError(INVALID_IDENTIFIER).Bounded reads.
SELECTalways appendsLIMIT ?(clamped to 1-1000). Truncation is signalled to the LLM viaSelectResult.truncated = true.No naked
DELETE/UPDATE. Both require awhereclause; emptywhereis rejected withDbError(QUERY_REJECTED).MAX_PARAMS = 64hard cap on total placeholders per query.
Tests
npm test59/59 tests passing across 5 suites:
test/db/schema.test.ts— 13 tests for SQLite type parsing + identifier whitelist (covers injection attack vectors)test/db/sqlite.test.ts— 15 tests for SqliteAdapter (connection lifecycle, listTables, describeTable, select/insert/update/delete)test/db/query.test.ts— 14 tests for buildWhere (all operators, whitelist enforcement, MAX_PARAMS, like/in edge cases)test/db/mcp-tools.test.ts— 8 tests for toolsForTable and toolsForAdapter (per-table tool count, JSON Schema shape, enums, integration)test/unit/cli.test.ts— 9 tests for commander wiring (stage 1 smoke tests + stage 2 db subcommand end-to-end via a seeded SQLite file)
Module layout
src/
├── cli/
│ └── index.ts # commander entry point
├── db/ # stage 2: DB-to-MCP
│ ├── adapter.ts # DbAdapter interface (SQL injection boundary)
│ ├── schema.ts # PRAGMA table_info parsing + type normalisation
│ ├── sqlite.ts # SqliteAdapter (better-sqlite3)
│ ├── query.ts # buildWhere() — parameterised WHERE builder
│ ├── mcp-tools.ts # table → McpTool[] (JSON Schema)
│ └── index.ts # public surface (barrel)
├── filewatch/ # stage 3: File-to-MCP (placeholder)
├── server/ # stage 4: stdio MCP server (placeholder)
├── tui/ # stage 4: blessed TUI (placeholder)
└── util/Requirements
Node.js ≥ 18
TypeScript 5.6+ (build only)
npm 9+
Native build toolchain (Xcode CLT on macOS) — required by
better-sqlite3
If npm install is run with --ignore-scripts and you later need
better-sqlite3, run npm run build-release inside node_modules/better-sqlite3.
Roadmap
✅ Stage 1: scaffold, CLI skeleton, tests
✅ Stage 2 (this release): DB-to-MCP — introspect tables, generate MCP Tool JSON, parameterise queries (no SQL injection), MySQL/PostgreSQL adapters in 2.5
🔜 Stage 3: File-to-MCP — chokidar watcher + CSV/XLSX parser
🔜 Stage 4: Stdio MCP server + blessed TUI dashboard + Y/N circuit-breaker for write tools
License
MIT. See LICENSE.
Contact
Lin Ruihan — chuiniu@me.com — github.com/linmy666
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