opensandbox-code-interpreter 0.1.0

OpenSandbox Code Interpreter Python SDK - Advanced code execution with persistent contexts

Alibaba Code Interpreter SDK for Python

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A Python SDK for executing code in secure, isolated sandboxes. It provides a high-level API for running Python, Java, Go, TypeScript, and other languages safely, with support for code execution contexts.

Prerequisites

This SDK requires a Docker image containing the Code Interpreter runtime environment. You must use the opensandbox/code-interpreter image (or a derivative) which includes pre-installed runtimes for Python, Java, Go, Node.js, etc.

For detailed information about supported languages and versions, refer to the Environment Documentation.

Installation

pip

pip install opensandbox-code-interpreter

uv

uv add opensandbox-code-interpreter

Quick Start

The following example demonstrates how to create a sandbox with a specific runtime configuration and execute a simple script.

import asyncio
from datetime import timedelta

from code_interpreter import CodeInterpreter, SupportedLanguage
from opensandbox import Sandbox
from opensandbox.config import ConnectionConfig


async def main() -> None:
    # 1. Configure connection
    config = ConnectionConfig(
        domain="api.opensandbox.dev",
        api_key="your-api-key",
        request_timeout=timedelta(seconds=60),
    )

    # 2. Create a Sandbox with the code-interpreter image + runtime versions
    sandbox = await Sandbox.create(
        "opensandbox/code-interpreter:latest",
        connection_config=config,
        entrypoint=["/opt/opensandbox/code-interpreter.sh"],
        env={
            "PYTHON_VERSION": "3.11",
            "JAVA_VERSION": "17",
            "NODE_VERSION": "20",
            "GO_VERSION": "1.24",
        },
    )

    # 3. Use async context manager to ensure local resources are cleaned up
    async with sandbox:
        # 4. Create CodeInterpreter wrapper
        interpreter = await CodeInterpreter.create(sandbox=sandbox)

        # 5. Create an execution context (Python)
        context = await interpreter.codes.create_context(SupportedLanguage.PYTHON)

        # 6. Run code
        result = await interpreter.codes.run(
            "import sys\nprint(sys.version)\nresult = 2 + 2\nresult",
            context=context,
        )

        # 7. Print output
        if result.result:
            print(result.result[0].text)

        # 8. Cleanup remote instance (optional but recommended)
        await interpreter.kill()


if __name__ == "__main__":
    asyncio.run(main())

Synchronous Quick Start

If you prefer a synchronous API, use SandboxSync + CodeInterpreterSync:

from datetime import timedelta

import httpx
from code_interpreter import CodeInterpreterSync
from opensandbox import SandboxSync
from opensandbox.config import ConnectionConfigSync

config = ConnectionConfigSync(
    domain="api.opensandbox.dev",
    api_key="your-api-key",
    request_timeout=timedelta(seconds=60),
    transport=httpx.HTTPTransport(limits=httpx.Limits(max_connections=20)),
)

sandbox = SandboxSync.create(
    "opensandbox/code-interpreter:latest",
    connection_config=config,
    entrypoint=["/opt/opensandbox/code-interpreter.sh"],
    env={"PYTHON_VERSION": "3.11"},
)
with sandbox:
    interpreter = CodeInterpreterSync.create(sandbox=sandbox)
    result = interpreter.codes.run("result = 2 + 2\nresult")
    if result.result:
        print(result.result[0].text)
    interpreter.kill()

Runtime Configuration

Docker Image

The Code Interpreter SDK relies on a specialized environment. Ensure your sandbox provider has the opensandbox/code-interpreter image available.

Language Version Selection

You can specify the desired version of a programming language by setting the corresponding environment variable when creating the Sandbox.

Language	Environment Variable	Example Value	Default (if unset)
Python	PYTHON_VERSION	3.11	Image default
Java	JAVA_VERSION	17	Image default
Node.js	NODE_VERSION	20	Image default
Go	GO_VERSION	1.24	Image default

Usage Examples

1. Java Code Execution

from code_interpreter import SupportedLanguage

ctx = await interpreter.codes.create_context(SupportedLanguage.JAVA)
execution = await interpreter.codes.run(
    (
        'System.out.println("Calculating sum...");\n'
        + "int a = 10;\n"
        + "int b = 20;\n"
        + "int sum = a + b;\n"
        + 'System.out.println("Sum: " + sum);\n'
        + "sum"
    ),
    context=ctx,
)

print(execution.id)
for msg in execution.logs.stdout:
    print(msg.text)

2. Python with State Persistence

Variables defined in one execution are available in subsequent executions within the same context.

from code_interpreter import SupportedLanguage

ctx = await interpreter.codes.create_context(SupportedLanguage.PYTHON)

await interpreter.codes.run(
    "users = ['Alice', 'Bob', 'Charlie']\nprint(len(users))",
    context=ctx,
)

result = await interpreter.codes.run(
    "users.append('Dave')\nprint(users)\nresult = users\nresult",
    context=ctx,
)

3. Streaming Output Handling

Handle stdout/stderr and execution events in real-time.

from opensandbox.models.execd import ExecutionHandlers
from code_interpreter import SupportedLanguage

async def on_stdout(msg):
    print("STDOUT:", msg.text)

async def on_stderr(msg):
    print("STDERR:", msg.text)

handlers = ExecutionHandlers(on_stdout=on_stdout, on_stderr=on_stderr)

ctx = await interpreter.codes.create_context(SupportedLanguage.PYTHON)
await interpreter.codes.run(
    "import time\nfor i in range(5):\n    print(i)\n    time.sleep(0.5)",
    context=ctx,
    handlers=handlers,
)

4. Multi-Language Context Isolation

Different languages run in isolated environments.

from code_interpreter import SupportedLanguage

py_ctx = await interpreter.codes.create_context(SupportedLanguage.PYTHON)
go_ctx = await interpreter.codes.create_context(SupportedLanguage.GO)

await interpreter.codes.run("print('Running in Python')", context=py_ctx)
await interpreter.codes.run(
    "package main\nfunc main() { println(\"Running in Go\") }",
    context=go_ctx,
)

Notes

• Lifecycle: CodeInterpreter wraps an existing Sandbox instance and reuses its connection configuration.
• Asyncio/event loop: avoid sharing long-lived clients across multiple event loops (e.g. pytest-asyncio defaults).