How to solve image captcha with Python

Solving image captcha, image captcha, captcha image with Python, image captcha python solver

⚙️ Prerequisites

Python installed
Capsolver API key

🤖 Step 1: Install Necessary Packages

Execute the following commands to install the required packages:

pip install capsolver

👨‍💻 Python Code for solve image captcha

Here's a Python sample script to accomplish the task:

import capsolver
import base64
from io import BytesIO

# Change to your key
capsolver.api_key = "Your Key"
## The image in base64
def to_base64(image_location, is_url=True):
    try:
        if is_url:
            response = requests.get(image_location)
            if response.status_code == 200:
                image_bytes = BytesIO(response.content)
            else:
                return "Unable to fetch image. Status code: " + str(response.status_code)
        else:
            with open(image_location, 'rb') as image_file:
                image_bytes = BytesIO(image_file.read())

        base64_string = base64.b64encode(image_bytes.read()).decode('utf-8')
        return base64_string
    except Exception as e:
        return str(e)

def solve_imagecaptcha(module, base64Image):
    solution = capsolver.solve({
        "type": "ImageToTextTask",
        "module": module,
        "body": base64Image
    })
    return solution



def main():

    imageBase64 = "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"
    ## Variable with the base64 image directly
    print("Solving imageCaptcha with base64 image...")
    solution = solve_imagecaptcha(module="queueit", base64Image=imageBase64 )
    print("Solution: ", solution)

    ## Variable with the image URL and convert it to base64
    # imageUrl = "https://www.google.com/recaptcha/api2/demo"
    # imageUrlBase64 = to_base64(imageUrl, is_url=True)
    # print("Solving imageCaptcha with base64 image...")
    # solution = solve_imagecaptcha(module="queueit", base64Image=imageUrlBase64 )
    # print("Solution: ", solution)

    ## Variable with the image PATH and convert it to base64
    # imagePath = "image.jpg"
    # imagePathBase64 = to_base64(imageUrl, is_url=False)
    # print("Solving imageCaptcha with base64 image...")
    # solution = solve_imagecaptcha(module="queueit", base64Image=imagePathBase64 )
    # print("Solution: ", solution)

if __name__ == "__main__":
    main()