1. Enter the batch proxy IP in the left input box
2. Select the region you want to test
3. Click Submit Test
4. The proxy IP detection results will be returned in the right column.
5. The system will not store any content you enter.
| IP address | state | Details |
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This is a reliable batch detection http proxy tool that not only helps users filter and manage proxy IPs efficiently, but also improves the convenience of work and life. Through this tool, users can quickly obtain accurate information about the effectiveness of proxy IPs, thereby making better use of network resources while ensuring security and efficiency.
The main function of this tool is to detect whether the HTTP proxy IP is available in batches. Users can enter a series of proxy IP information in the format of IP address:port:username:password (for example, 127.0.0.1:8080:account:password ), and then click Submit Query. The system will automatically detect the connection status of each proxy IP and return whether it can successfully connect to the proxy server.
enter:127.0.0.1:8080:account:password Format(Limited to 50 items maximum)
Enter proxy ip information:Users need to enter proxy IP information in batches in the provided input box. Each piece of information needs to be entered in the format of ip:port:username:password. Each entry can be distinguished by newlines or other separators.
Submit query:After the user completes input, click the "Submit Query" button. At this time, the backend server will receive this batch of proxy IP information.
Detecting agent connectivity:The backend program will use each proxy IP information to try to establish an http proxy connection. This step usually involves trying to connect to a preset external server to verify the proxy's validity and response time.
Return results:The detection results of each proxy IP will be collected and returned to the user. The results usually include the proxy IP's connectivity status (e.g. available, unavailable), response time and possible error messages.
Technical realizationTechnically, this tool can be implemented in multiple programming languages, such as python or node.js. The backend needs to process http requests, parse the proxy IP data entered by the user, and use the corresponding network library to establish a socks5 connection test. In addition, you can also consider using asynchronous processing technology to improve efficiency and response speed when processing a large number of proxy IPs.