Proxy for Feeld

Start the program and add a template. Click on it twice to open a window. Here you need to specify the path to the file with the proxy and save the settings. Enter the following format in the file: HTTPS - 195.3.218.232:8000 - if the proxy is bound to your IP, or login:[email protected]:8000 - if you use a proxy with username and password authentication. Under "Settings" click on "Default", or fill everything in manually, and then confirm the changes you made.

Proxy servers are of the following types:
FTP proxy designed to send data to FTP servers.
CGI proxy, which is used to browse web services in a browser. You do not need to configure any settings. All actions are performed anonymously. Often such proxies are designed in the form of a page where you have to specify the address of a desired site.
SMTP, POP3 and IMAP proxy are designed for sending and receiving email.
HTTP and HTTPS proxies are for scrolling web services.
Socks proxy are used as an anonymizer. No one will know about the user's actions.

To see the proxy server address on your PS, you need to do the following steps:

Launch PlayStation 4.
In the "Library" category, go to "Settings".
Select "Network.
Click on "Establish an Internet connection.
Select "Use LAN cable" or "Use Wi-Fi". In the second case, select an access point and specify the password. On a new page, select "Special". In categories "IP-address settings", click on the item "Automatic". You do not need to specify the DHCP hostname.
DNS settings - "Automatic".
MTU settings - "Automatic".
In the "Proxy Server" section, click on "Use".
On the page that opens, the data of the proxy server will be specified.

In a Java application, the parsing of JSON data can take place in different layers depending on the architectural pattern you are following. Here are common layers where JSON parsing can occur:

1. Data Access Layer (DAO):

   • If your application follows a traditional layered architecture, you might perform JSON parsing in the Data Access Layer. In this layer, you can convert JSON data received from external sources (e.g., a RESTful API) into Java objects before persisting them to a database.

2. Service Layer:

   • JSON parsing can also be done in the Service Layer. Services may receive JSON data from various sources and convert it into domain objects or DTOs (Data Transfer Objects) before interacting with the business logic or data access layer.

3. Controller/Endpoint Layer:

   • In a web-based application, such as a Spring MVC or Spring Boot application, JSON parsing is often done in the controllers or endpoints. Incoming JSON requests from clients are converted into Java objects to be processed by the business logic.

4. Model Layer:

   • In some cases, especially when dealing with serialization/deserialization within the application itself, JSON parsing can take place in the Model Layer. For example, converting Java objects to JSON for sending responses to clients or vice versa.

5. External Libraries/Utilities:

   • JSON parsing can also be delegated to external libraries or utility classes. This is common when using libraries like Jackson, Gson, or other JSON processing libraries. These libraries provide convenient methods for converting JSON to Java objects and vice versa.

6. Middleware Layer:

   • In a middleware layer, JSON parsing might occur as part of transforming data between different systems or components. For example, in an ESB (Enterprise Service Bus) scenario where data needs to be transformed from one format to another.

7. Integration Layer:

   • If your application integrates with external services or APIs that exchange data in JSON format, the integration layer might handle JSON parsing to transform the data into a format suitable for internal processing.

The choice of the layer depends on your application's design, the responsibilities of each layer, and the architectural patterns you are following. In modern Java applications, using dedicated JSON processing libraries like Jackson or Gson is a common practice, and the parsing often occurs in the layers that interact with external data sources or clients.

Using MetaMask in Selenium involves interacting with the MetaMask extension within a browser controlled by Selenium WebDriver. Below is an example using Python and Chrome WebDriver to automate MetaMask interactions

1. Install Required Packages

Make sure you have Selenium and the appropriate WebDriver for your browser installed. You can install them using:

pip install selenium

Download the ChromeDriver executable and make sure it's in your system's PATH or provide the path explicitly.

2. Install MetaMask Extension

Ensure that the MetaMask extension is installed in your browser. You can install it from the Chrome Web Store.

3. Example Script

Here's a basic example script using Python and Chrome WebDriver to interact with MetaMask:

from selenium import webdriver
from selenium.webdriver.common.by import By
import time

# Create a WebDriver instance (assuming Chrome in this example)
driver = webdriver.Chrome()

try:
    # Navigate to a website that uses MetaMask (e.g., a dApp)
    driver.get("https://example.com")

    # Wait for MetaMask to load (adjust wait time based on your system and network speed)
    time.sleep(5)

    # Find and click the MetaMask extension icon
    metamask_icon = driver.find_element(By.CSS_SELECTOR, ".icon-container")
    metamask_icon.click()

    # Switch to the MetaMask popup window
    driver.switch_to.window(driver.window_handles[-1])

    # Perform MetaMask interactions (e.g., login, transaction)
    # Example: Find and click the "Connect" button
    connect_button = driver.find_element(By.XPATH, "//button[contains(text(), 'Connect')]")
    connect_button.click()

    # Wait for MetaMask interactions to complete (adjust wait time based on your actions)
    time.sleep(5)

    # Close the MetaMask popup window
    driver.close()

    # Switch back to the original window
    driver.switch_to.window(driver.window_handles[0])

    # Continue with other actions on the original website

finally:
    # Close the browser window
    driver.quit()

4. Customize the Script

Customize the script based on the specific MetaMask actions you want to perform. For example, you might need to handle MetaMask login, transaction confirmations, etc.

Use appropriate locators (CSS selectors, XPaths, etc.) to identify MetaMask elements.

Adjust wait times based on your system and network speed.

5. Execute the Script

Run the script, and it should automate interactions with MetaMask while navigating a website that integrates MetaMask functionality.

Remember that browser automation, including interacting with extensions like MetaMask, should be done responsibly and in compliance with the terms of service of the websites and extensions involved. Automated interactions with MetaMask might trigger security measures, so use such automation for testing and development purposes only.