IP | Country | PORT | ADDED |
---|---|---|---|
66.29.154.105 | us | 1080 | 38 minutes ago |
50.217.226.46 | us | 80 | 38 minutes ago |
89.145.162.81 | de | 1080 | 38 minutes ago |
50.172.39.98 | us | 80 | 38 minutes ago |
188.40.59.208 | de | 3128 | 38 minutes ago |
50.218.208.10 | us | 80 | 38 minutes ago |
50.145.218.67 | us | 80 | 38 minutes ago |
5.183.70.46 | ru | 1080 | 38 minutes ago |
50.149.13.195 | us | 80 | 38 minutes ago |
185.244.173.33 | ru | 8118 | 38 minutes ago |
41.230.216.70 | tn | 80 | 38 minutes ago |
213.33.126.130 | at | 80 | 38 minutes ago |
158.255.77.166 | ae | 80 | 38 minutes ago |
83.1.176.118 | pl | 80 | 38 minutes ago |
50.217.226.45 | us | 80 | 38 minutes ago |
194.182.178.90 | bg | 1080 | 38 minutes ago |
194.219.134.234 | gr | 80 | 38 minutes ago |
185.46.97.75 | ru | 1080 | 38 minutes ago |
103.118.46.176 | kh | 8080 | 38 minutes ago |
123.30.154.171 | vn | 7777 | 38 minutes ago |
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Checking proxies for spam is necessary to make sure that they are absolutely clean and are not included in any blacklists and spam databases. You can do it with the help of online checkers, which provide full information related to safety and anonymity of a proxy.
In JavaScript with Selenium, you can save and reuse cookies using the WebDriver's manage().getCookies() and manage().addCookie() methods. Here's a simple example:
const { Builder } = require('selenium-webdriver');
const firefox = require('selenium-webdriver/firefox');
// Create a new instance of the Firefox driver
const driver = new Builder()
.forBrowser('firefox')
.setFirefoxOptions(new firefox.Options().headless())
.build();
// Navigate to a webpage
async function navigateToPage() {
await driver.get('https://example.com');
}
// Save cookies
async function saveCookies() {
const cookies = await driver.manage().getCookies();
// Save the cookies to a file or some storage mechanism
// For simplicity, we'll just print them here
console.log('Cookies:', cookies);
}
// Reuse cookies
async function reuseCookies(savedCookies) {
// Delete existing cookies
await driver.manage().deleteAllCookies();
// Add the saved cookies to the browser session
for (const cookie of savedCookies) {
await driver.manage().addCookie(cookie);
}
// Navigate to a page to apply the cookies
await navigateToPage();
}
// Example usage
(async () => {
await navigateToPage(); // Navigate to the page and set some initial cookies
await saveCookies(); // Save the cookies
// Close and reopen the browser or navigate to a different page
// ...
// Reuse the saved cookies
await reuseCookies(savedCookies);
})();
The navigateToPage function navigates to a webpage and sets some initial cookies.
The saveCookies function retrieves the current cookies using manage().getCookies() and prints them. You would typically save them to a file or some storage mechanism.
The reuseCookies function deletes existing cookies, then adds the saved cookies back to the browser session using manage().addCookie(). It then navigates to a page to apply the cookies.
The example usage section demonstrates how to use these functions in a sequence.
XEvil is a captcha recognition software, and using it with Python involves interacting with the XEvil API. Typically, XEvil provides a DLL library, and you need to make API calls to it. However, note that XEvil is a third-party commercial product, and you should have the necessary license to use it.
Here is a basic outline of how you might interact with XEvil 4.0 from Python:
Download and Install XEvil 4.0:
Ensure you have a valid license for XEvil.
Download and install XEvil on your machine.
Identify XEvil API Documentation:
Refer to the documentation provided with XEvil, specifically the API documentation. This will guide you on how to make API calls to XEvil.
Make API Calls from Python:
Python does not have a direct interface for XEvil, so you might need to use an intermediary method, such as calling XEvil from the command line or using a wrapper library.
Example using subprocess to call XEvil from the command line:
import subprocess
def solve_captcha(image_path):
command = ["path/to/xevil.exe", "-solve", image_path]
result = subprocess.run(command, capture_output=True, text=True)
return result.stdout.strip()
captcha_result = solve_captcha("path/to/captcha_image.png")
print("Captcha Result:", captcha_result)
Handle Captcha Results:
The result from XEvil will typically be a string containing the recognized captcha text or some indication of success or failure.
Your Python script can then use this result as needed, for example, to submit a form with the recognized captcha.
Data parsing in most cases refers to the collection of technical or other information. For example, a local proxy server can be used for parsing "log data". That is, information about the work of the site, the application, which in the future will be useful for developers to find and fix various bugs.
In Key Collector settings, the user can specify parameters of the proxy server through which the program will connect to the network. In the application window, first select "Settings", then go to the "Network" tab and check "Use proxy". Its parameters can be set either manually or through a configuration file.
What else…