IP | Country | PORT | ADDED |
---|---|---|---|
65.108.159.129 | fi | 999 | 52 minutes ago |
39.175.77.7 | cn | 30001 | 52 minutes ago |
194.219.134.234 | gr | 80 | 52 minutes ago |
203.99.240.182 | jp | 80 | 52 minutes ago |
190.58.248.86 | tt | 80 | 52 minutes ago |
122.116.29.68 | tw | 4145 | 52 minutes ago |
195.23.57.78 | pt | 80 | 52 minutes ago |
213.143.113.82 | at | 80 | 52 minutes ago |
62.99.138.162 | at | 80 | 52 minutes ago |
50.168.72.113 | us | 80 | 52 minutes ago |
80.120.130.231 | at | 80 | 52 minutes ago |
125.228.143.207 | tw | 4145 | 52 minutes ago |
50.207.199.81 | us | 80 | 52 minutes ago |
85.114.53.166 | hr | 60606 | 52 minutes ago |
202.85.222.115 | cn | 18081 | 52 minutes ago |
80.120.49.242 | at | 80 | 52 minutes ago |
125.228.94.199 | tw | 4145 | 52 minutes ago |
213.33.126.130 | at | 80 | 52 minutes ago |
41.207.187.178 | tg | 80 | 52 minutes ago |
212.69.125.33 | ru | 80 | 52 minutes ago |
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To get the content of an HTML element (such as text inside a tag) using Selenium, you can use the text property of the WebElement. Here's an example in Python:
from selenium import webdriver
# Create a WebDriver instance (e.g., Chrome)
driver = webdriver.Chrome()
# Navigate to a webpage
driver.get("https://example.com")
# Find an element by its CSS selector (replace with your actual selector)
element = driver.find_element_by_css_selector("h1")
# Get the text content of the element
element_text = element.text
print("Element Text:", element_text)
# Close the browser when done
driver.quit()
In this example:
WebDriver
instance is created (using Chrome in this case).find_element_by_css_selector
. You can use other locators such as ID, class name, XPath, etc., based on your needs.text
property of the WebElement
is used to retrieve the text content of the element.Adjust the CSS selector in the find_element_by_css_selector
method to match the HTML element you want to extract content from.
Remember that the text
property returns the visible text of the element, excluding any hidden text or text inside child elements. If you need to capture all text content, including hidden elements, you may need to use other methods to extract HTML content and then parse it accordingly.
To work with browser extensions in Selenium, you can follow these steps:
1. Install the required browser extension: First, install the browser extension you want to work with. For example, if you want to work with the Google Chrome browser, you can install the extension using the Chrome Web Store.
2. Enable Developer Mode: To enable the use of browser extensions in Selenium, you need to enable Developer Mode in your browser. For example, in Chrome, go to the Extensions page (chrome://extensions/) and click the "Developer mode" toggle in the top right corner.
3. Load the extension into the browser: Once Developer Mode is enabled, you can load the extension into your browser. You can do this by clicking the "Load unpacked" button on the Extensions page and selecting the folder containing your extension.
4. Locate the extension ID: After loading the extension, you can find its ID by looking at the Extensions page. The ID is a unique identifier for the extension and will be used in Selenium code.
5. Update your Selenium code: In your Selenium code, you will need to add the extension ID to the Chrome options before launching the browser. For example, in Python, you can do this as follows:
from selenium import webdriver
# Set the path to the ChromeDriver executable
chrome_driver_path = "path/to/chromedriver"
# Set the extension ID
extension_id = "your-extension-id"
# Create a ChromeOptions object
chrome_options = webdriver.ChromeOptions()
# Add the extension ID to the ChromeOptions
chrome_options.add_extension(f"path/to/your-extension-folder/{extension_id}")
# Launch the browser with the extension
driver = webdriver.Chrome(executable_path=chrome_driver_path, options=chrome_options)
# Your Selenium code goes here
# Close the browser
driver.quit()
Replace path/to/chromedriver, your-extension-id, and path/to/your-extension-folder with the appropriate values for your setup.
By following these steps, you can work with browser extensions in Selenium and automate interactions with the extensions in your test scripts.
To send a SIP INVITE request to a server using UDP, you need to follow these steps:
1. Create a SIP INVITE message: The SIP INVITE message is a request to establish a new session between two parties. It contains the caller's contact information, the callee's contact information, and other relevant headers. You can use a library like Twisted or PySIP to create a SIP INVITE message in Python.
2. Set up a UDP socket: In Python, you can use the socket module to create a UDP socket. Create a socket object with the socket.SOCK_DGRAM parameter to indicate that it's a datagram socket.
import socket
# Create a UDP socket
udp_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
3. Configure the server address and port: You need to know the IP address and port number of the SIP server you want to send the INVITE message to.
# Server address and port
server_address = ('sip.server.ip', 5060)
4. Send the SIP INVITE message: Use the sendto method of the UDP socket to send the SIP INVITE message to the server.
# Send the SIP INVITE message to the server
udp_socket.sendto(sip_invite_message, server_address)
5.Close the UDP socket: After sending the SIP INVITE message, close the UDP socket to free up resources.
# Close the UDP socket
udp_socket.close()
Here's a complete example of sending a SIP INVITE message using UDP in Python:
SIP/2.0 200 OK
Via: SIP/2.0/UDP 192.168.1.1:5060;branch=z9hG4bKkDjgjhFg5
From: "John Doe" ;tag=12345
To: "Jane Smith"
Call-ID: 123456789012345
CSeq: 1 INVITE
Contact:
Content-Type: application/sdp
Content-Length: 200
v=0
o=JohnDoe 2890844526 2890844526 IN IP4 192.168.1.1
s=Example Session
c=IN IP4 192.168.1.1
t=0 0
m=audio 3456 RTP/AVPF 97
To count the number of lost packets over UDP, you can use a combination of network monitoring tools and custom scripts. Here's a step-by-step guide to help you achieve this:
1. Install a network monitoring tool:
You can use a network monitoring tool like Wireshark, tcpdump, or ngrep to capture the UDP packets on your network. These tools allow you to analyze the packets and identify lost packets.
2. Capture UDP packets:
Use the network monitoring tool to capture the UDP packets on the interface where the communication is taking place. For example, if you're monitoring a local server, you might use tcpdump with the following command:
tcpdump -i eth0 udp and host 192.168.1.100
Replace eth0 with the appropriate interface name and 192.168.1.100 with the IP address of the server you're monitoring.
3. Analyze the captured packets:
Once you have captured the UDP packets, analyze them to identify the lost packets. You can do this by looking for the sequence numbers in the UDP packets. If the sequence number of a packet is not consecutive to the previous packet, it means the packet was lost.
4. Write a custom script:
You can write a custom script in a language like Python to parse the captured packets and count the lost packets. Here's an example of a simple Python script that counts lost packets:
import re
def count_lost_packets(packet_data):
sequence_numbers = re.findall(r'UDP, src port \((\d+)\)', packet_data)
lost_packets = 0
for i in range(1, len(sequence_numbers)):
if int(sequence_numbers[i]) != int(sequence_numbers[i - 1]) + 1:
lost_packets += 1
return lost_packets
# Read the captured packets from a file
with open('captured_packets.txt', 'r') as file:
packet_data = file.read()
# Count the lost packets
lost_packets = count_lost_packets(packet_data)
print(f'Number of lost packets: {lost_packets}')
Replace 'captured_packets.txt' with the path to the file containing the captured packets.
5. Run the script:
Run the script to count the lost packets. The script will output the number of lost packets in the captured data.
Although free proxies are popular, they are far from being flawless in their work. Many of their IP addresses are blacklisted by popular resources, and the data transfer speed and stability are very unreliable. When choosing a proxy, keep in mind that the new version of IPv6 is not supported by most websites. Note also that proxies are divided into private and public, statistical and dynamic, and support different network protocols.
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