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SQLMap API

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SQLMap is widely recognized for its capability to detect and exploit SQL injection vulnerabilities in web applications. Beyond its command-line utility, SQLMap offers an API that allows for integration into custom scripts or applications, providing a programmable interface to automate and extend SQL injection testing. This detailed guide explores the SQLMap API, offering practical examples to illustrate how developers and security professionals can leverage its features for enhanced security testing.

Introduction to the SQLMap API

The SQLMap API facilitates the execution of SQLMap's functionality programmatically, enabling automated SQL injection discovery and exploitation within custom workflows or security tools. This API is particularly useful for integrating SQL injection testing into continuous integration/continuous deployment (CI/CD) pipelines, automated security testing suites, or bespoke vulnerability assessment tools.

Setting Up the SQLMap API

Before diving into practical examples, it's crucial to set up the SQLMap API server. The API server is part of the SQLMap suite and can be started with the following command from the terminal:

python sqlmapapi.py -s

This command initiates an API server, listening for incoming requests. By default, it uses port 8775, but you can specify a different port with the -p option.

Basic Usage Example

Starting a Task

The first step in using the SQLMap API is to create a new task. This can be done by sending a request to the /task/new endpoint:

import requests

API_URL = "http://127.0.0.1:8775"
task_new_endpoint = f"{API_URL}/task/new"

response = requests.get(task_new_endpoint).json()
task_id = response.get('taskid')

print(f"New Task ID: {task_id}")

This Python script initiates a new task with the SQLMap API and retrieves a task ID, which is used for subsequent operations.

Setting Options and Starting the Scan

With a task created, the next step involves setting options for the SQL injection test and starting the scan:

# Set target URL and injection options
target_url = "http://example.com/vuln-page.php?id=1"
options = {
    "url": target_url
}
task_set_option_endpoint = f"{API_URL}/option/{task_id}/set"
scan_start_endpoint = f"{API_URL}/scan/{task_id}/start"

# Set options for the task
response = requests.post(task_set_option_endpoint, json=options)

# Start the scan
response = requests.post(scan_start_endpoint, json={"url": target_url}).json()
engineid = response.get('engineid')

print(f"Scan started with Engine ID: {engineid}")

This example sets the target URL and starts the SQL injection scan, using the task ID created earlier.

Checking Scan Status and Retrieving Results

To check the status of the scan and retrieve the results:

import time

status_endpoint = f"{API_URL}/scan/{task_id}/status"
data_endpoint = f"{API_URL}/scan/{task_id}/data"

# Poll the status endpoint until the scan is complete
while True:
    status = requests.get(status_endpoint).json().get('status')
    if status == 'terminated':
        break
    print(f"Scan status: {status}")
    time.sleep(5)

# Retrieve the results
data = requests.get(data_endpoint).json()
results = data.get('data')

print("Scan Results:")
print(results)

This script continuously polls the scan status until it's completed, then retrieves and prints the results.

Advanced Usage

The SQLMap API offers further capabilities, such as custom injection options, logging levels, and direct access to specific database objects. For complex scenarios, users can specify a wide range of SQLMap command-line options as JSON objects in the API request, offering unparalleled flexibility in automated SQL injection testing.

Conclusion

The SQLMap API opens up a world of possibilities for automating SQL injection testing within custom security applications or workflows. By incorporating the API into development and testing processes, organizations can enhance their security posture, identify vulnerabilities early, and mitigate potential risks efficiently. As with any powerful tool, ethical use and adherence to legal guidelines are paramount when conducting vulnerability assessments with SQLMap.

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