IP | Country | PORT | ADDED |
---|---|---|---|
50.171.122.30 | us | 80 | 6 minutes ago |
122.116.29.68 | tw | 4145 | 6 minutes ago |
185.162.60.6 | hu | 8080 | 6 minutes ago |
50.175.212.79 | us | 80 | 6 minutes ago |
152.32.129.54 | hk | 8090 | 6 minutes ago |
154.16.146.41 | us | 80 | 6 minutes ago |
102.213.22.59 | za | 8080 | 6 minutes ago |
203.99.240.179 | jp | 80 | 6 minutes ago |
78.80.228.150 | cz | 80 | 6 minutes ago |
103.118.47.243 | kh | 8080 | 6 minutes ago |
125.228.143.207 | tw | 4145 | 6 minutes ago |
203.95.198.35 | kh | 8080 | 6 minutes ago |
196.11.183.160 | za | 8080 | 7 minutes ago |
203.99.240.182 | jp | 80 | 7 minutes ago |
128.140.113.110 | de | 5678 | 7 minutes ago |
51.79.248.208 | sg | 36910 | 7 minutes ago |
219.79.87.158 | hk | 8080 | 7 minutes ago |
154.65.39.7 | sn | 80 | 7 minutes ago |
49.13.28.157 | de | 5567 | 7 minutes ago |
188.112.179.204 | lv | 80 | 7 minutes ago |
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In web development, the style.left property refers to the left offset position of an element within its containing element. The value of style.left is a string that represents the distance from the element's left edge to the left edge of its containing element. This distance can be specified using various units, such as pixels, percentages, or other length units.
When you retrieve style.left in JavaScript, you get a string representation of this distance. For example:
var element = document.getElementById('exampleElement');
var leftValue = element.style.left; // Returns a string like "10px" or "50%"
To perform numerical calculations or comparisons with the left offset, you might want to parse this string and extract the numeric value. Parsing involves removing the unit (e.g., "px" or "%") and converting the remaining part to a numeric value.
Here's an example of how you can parse the style.left value in JavaScript:
var element = document.getElementById('exampleElement');
var leftValue = element.style.left;
// Parse the numeric value
var parsedLeft = parseFloat(leftValue);
// Now parsedLeft is a numeric value representing the left offset
console.log(parsedLeft);
By parsing the value, you can use it in mathematical operations or make comparisons. Keep in mind that parsing might return NaN (Not a Number) if the value is not a valid number, so it's important to handle such cases appropriately.
To run Firefox with Selenium and connected extensions, you'll need to use the FirefoxDriverService and FirefoxOptions. You can also set the path to the Firefox executable and the path to the extensions' .xpi files using the FirefoxBinary and FirefoxProfile classes. Here's an example of how to do this:
Install the required NuGet packages:
Install-Package OpenQA.Selenium.Firefox.WebDriver -Version 3.141.0
Install-Package OpenQA.Selenium.Support.UI -Version 3.141.0
Create a method to add extensions to the Firefox profile:
using OpenQA.Selenium;
using OpenQA.Selenium.Firefox;
using System.IO;
using System.Linq;
public static IWebDriver CreateFirefoxDriverWithExtensions(string[] extensionPaths)
{
var firefoxOptions = new FirefoxOptions();
var firefoxBinary = new FirefoxBinary(Path.GetDirectoryName(FirefoxDriverService.DefaultServicePath));
var firefoxProfile = new FirefoxProfile();
// Add extensions to the Firefox profile
foreach (var extensionPath in extensionPaths)
{
var extensionFile = new FileInfo(extensionPath);
if (extensionFile.Exists)
{
firefoxProfile.AddExtension(extensionPath);
}
}
firefoxOptions.BinaryLocation = firefoxBinary.Path;
firefoxOptions.Profile = firefoxProfile;
// Start the FirefoxDriverService with the specified Firefox binary
var driverService = FirefoxDriverService.CreateDefaultService(firefoxBinary.Path, FirefoxDriverService.DefaultPort);
driverService.EnableVerboseLogging = true;
// Create the FirefoxDriver with the specified options
var driver = new FirefoxDriver(driverService, firefoxOptions);
return driver;
}
Use the CreateFirefoxDriverWithExtensions method in your test code:
using OpenQA.Selenium;
using System;
namespace SeleniumFirefoxExtensionsExample
{
class Program
{
static void Main(string[] args)
{
// Paths to the extensions' .xpi files
string[] extensionPaths = new[]
{
@"path\to\extension1.xpi",
@"path\to\extension2.xpi"
};
// Create the FirefoxDriver with connected extensions
using (var driver = CreateFirefoxDriverWithExtensions(extensionPaths))
{
// Set up the WebDriver
driver.Manage().Window.Maximize();
// Navigate to the target web page
driver.Navigate().GoToUrl("https://www.example.com");
// Perform any additional actions as needed
// Close the browser
driver.Quit();
}
}
}
}
In this example, we first create a method called CreateFirefoxDriverWithExtensions that takes an array of extension paths as input. Inside the method, we set up the FirefoxOptions, FirefoxBinary, and FirefoxProfile to include the specified extensions. Then, we start the FirefoxDriverService with the specified Firefox binary and create the FirefoxDriver with the specified options.
In the test code, we call the CreateFirefoxDriverWithExtensions method with the paths to the extensions' .xpi files and use the returned IWebDriver instance to interact with the browser.
Remember to replace "path\to\extension1.xpi" and "path\to\extension2.xpi" with the actual paths to the extensions' .xpi files you want to connect.
Setting up a proxy refers to the process of configuring a system or network to act as an intermediary between a client and a server, allowing for the routing of requests and responses through the proxy server. This can be done for various reasons, such as improving security, anonymity, or performance.
When a proxy is set up, the client sends its requests to the proxy server, which then forwards the requests to the appropriate server on behalf of the client. The proxy server can perform various tasks, such as caching, filtering, and authentication, before returning the response to the client.
There are different types of proxy servers, including HTTP, SOCKS, and Transparent proxies, each with its own set of features and use cases. Setting up a proxy can be done on various levels, such as on an individual computer, a local network, or a large-scale enterprise network.
To create your own proxy server, you can use open-source software such as Privoxy or Squid. Here's a step-by-step guide using Privoxy:
Install Privoxy: Download the latest version of Privoxy from the official website (https://www.privoxy.org/download/) and install it on your computer. The installation process varies depending on your operating system.
Configure Privoxy: After installing Privoxy, open the configuration file, usually located at /etc/privoxy/config.txt on Linux or C:\Program Files\Privoxy\config\config.txt on Windows. You can also find the configuration file in the installation directory.
Edit the configuration file: Open the configuration file in a text editor and make the following changes:
Uncomment the following line by removing the # symbol at the beginning:
listen-address 0.0.0.0
Uncomment the following line and change the port number if desired (e.g., 8118):
listen-port 8118
Uncomment the following line to enable HTTPS support:
forward-suffix .privoxy
Add the following line to forward requests to a specific destination server (replace
forward-suffix
Save the configuration file and restart Privoxy: Close the text editor and restart Privoxy to apply the changes. On Linux, you can use the following command:
sudo /etc/init.d/privoxy restart
On Windows, locate the Privoxy service in the Windows Services list and restart it.
Test your proxy server: Open a web browser and configure it to use your new proxy server (e.g., http://localhost:8118). Test by accessing a website to ensure that the proxy server is working correctly.
To connect your iPhone to a proxy server, follow these steps:
Open the "Settings" section. Go to the "Wi-Fi" tab. Next to your access point, click on the "i" button. Click on "Proxy settings". Use the manual setting and specify the proxy data. To specify a login and password from the proxy you should enable the "Authentication" option. Save the settings.
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