IP | Country | PORT | ADDED |
---|---|---|---|
185.10.129.14 | ru | 3128 | 28 minutes ago |
125.228.94.199 | tw | 4145 | 28 minutes ago |
125.228.143.207 | tw | 4145 | 28 minutes ago |
39.175.77.7 | cn | 30001 | 28 minutes ago |
203.99.240.179 | jp | 80 | 28 minutes ago |
103.216.50.11 | kh | 8080 | 28 minutes ago |
122.116.29.68 | tw | 4145 | 28 minutes ago |
203.99.240.182 | jp | 80 | 28 minutes ago |
212.69.125.33 | ru | 80 | 28 minutes ago |
194.158.203.14 | by | 80 | 28 minutes ago |
50.175.212.74 | us | 80 | 28 minutes ago |
60.217.64.237 | cn | 35292 | 28 minutes ago |
46.105.105.223 | gb | 63462 | 28 minutes ago |
194.87.93.21 | ru | 1080 | 28 minutes ago |
54.37.86.163 | fr | 26701 | 28 minutes ago |
70.166.167.55 | us | 57745 | 28 minutes ago |
98.181.137.80 | us | 4145 | 28 minutes ago |
140.245.115.151 | sg | 6080 | 28 minutes ago |
50.207.199.86 | us | 80 | 28 minutes ago |
87.229.198.198 | ru | 3629 | 28 minutes ago |
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To connect to the Internet through a proxy server, you must authenticate with your username and password. This can be done by logging in automatically, by using a Windows agent, and by using a Web agent. With automatic login, as well as when using the Web-agent, you need to manually configure the address of the proxy server in your browser. The Windows agent does not require any special settings, because it sets up everything you need for work by itself.
It means a private proxy server used by several users. For example, one of them has bought a paid proxy and lets his friend use it for a fee. That is, he "shared" his proxy (shared means "common").
There are many free VPN services. But it is not safe to use them. After all, they are just engaged in parsing. That is, they collect information about users. Most often - their IP-addresses, as well as text data (these are search queries and their personal information).
It is recommended to use private IPv6 proxies with dedicated IP in order to work with Instagram correctly, and most importantly - securely. With such connection interception of traffic is practically impossible, directly Instagram also will not ban the connection.
In Python, when using socket module, both TCP and UDP sockets have different local addresses (laddr) because they serve different purposes and have different characteristics.
TCP (Transmission Control Protocol) is a connection-oriented protocol that ensures reliable, in-order, and error-checked delivery of data between the sender and receiver. It uses a connection establishment phase to establish a session between the sender and receiver, and it maintains a connection state throughout the data exchange.
UDP (User Datagram Protocol) is a connectionless protocol that provides a simple and fast way to send and receive data without the overhead of establishing and maintaining a connection. It does not guarantee the delivery, order, or error-checking of data packets.
Here are the main differences between TCP and UDP sockets in Python:
1. Local Address (laddr):
TCP Socket: The laddr for a TCP socket contains the IP address and port number of the local endpoint that is listening for incoming connections. This is the address and port that the server binds to and listens on for incoming connections.
UDP Socket: The laddr for a UDP socket contains the IP address and port number of the local endpoint that is sending or receiving data. This is the address and port that the client uses to send data or the server uses to receive data.
2. Connection:
TCP Socket: TCP sockets establish a connection between the client and server before data exchange.
UDP Socket: UDP sockets do not establish a connection; they send and receive data without a connection.
3. Reliability:
TCP Socket: TCP provides reliable, in-order, and error-checked data delivery.
UDP Socket: UDP does not guarantee data delivery, order, or error checking.
In summary, the different laddr values in TCP and UDP sockets are due to their different purposes and characteristics. TCP sockets use laddr to represent the listening endpoint, while UDP sockets use laddr to represent the sending or receiving endpoint.
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