
This thing really cuts IPs in seconds, and it teaches you how to make a switch.
Ever seen a light switch? It toggles on and off with a snap. Now here's an even better feature--IP Switch ButtonThe first thing you need to do is to get a proxy IP address. We do data collection of old iron understand, encounter anti-climbing mechanism is like a crash, this time to rely on proxy IP to break the game. But the traditional method to manually change the code with parameters, troublesome to death.
To give a real scenario: Zhang San is doing a certain treasure commodity comparison, each time to catch 20 pages to be blocked. Use ouripipgoThe dynamic residential IP, with its own switching API, directly insert a button in the code. Monitoring the 403 status code automatically retry, switching speed faster than a delivery boy turn around.
import requests
from time import sleep
def ip_switcher():
ipipgo's unique API.
return requests.get("https://api.ipipgo.com/rotate").json()['proxy']
while True.
Try: resp = requests.get("".json(['proxy'])
resp = requests.get('target url', proxies={'http': ip_switcher()})
print(resp.text)
except Exception as e.
print(f "Crashed! {str(e)}")
sleep(0.5) Retry interval faster than bubbles
Scene of the Four Vajra Protectors
This second cut function is not a fancy, the actual test of the most useful in these scenarios:
| take | point of pain | prescription |
|---|---|---|
| Multi-account operation | Platform detects same IP login | Automatically change to a new IP every time you log in |
| data acquisition | Anti-crawl rules for target websites | Immediate switching of triggered bans |
| advertising placement | Requires different geographic IP testing | Switch city nodes on demand |
| game multiplayer | Multiple characters with the same IP are blocked | Separate IPs for different game windows |
Guide to avoiding pitfalls: this configuration is reliable
Don't think that you can just buy a proxy and play second cut, there's something to be said here:
1. To choose the imageipipgorounding嘲笑嘲笑嘲笑嘲笑嘲笑嘲笑Dynamic massive IP poolservice providers, don't use those small-time shared IPs
2. API response speed must be within 300ms, otherwise the switch is not as fast as a snail.
3. The need for supportconcurrent switching, multiple missions running at the same time without fighting
4. Built-in failure retry mechanism, as tenacious as the undefeatable little strong man
Focusing on point 4: a good service provider will bring their ownautomatic fuseFunction. Assuming that a certain IP suddenly jerks off, the system will automatically quarantine the bad IP, just like giving antipyretics to a sick server, and then pulling it back to work when it recovers.
question-and-answer session
Q: Will switching IPs disconnect the network?
A: Use ipipgo'sTunnel Proxy ModelThe switching is like changing lanes, the passenger (your request) doesn't feel the bumps at all!
Q: How often can I cut?
A: real test ipipgo support3-5 times per secondSwitch, quicker than the blink of an eye. But don't fiddle around with business requirements to
Q: How is IP quality guaranteed?
A: Remember three numbers:99.91 TP3T availability,40ms average latency,Tens of millions of IP pools. This is the basic operation of ipipgo, which is hard to do in other homes
Hands-On: Make a Physical Toggle Button
Here comes the geek play! Get an IoT device with buttons (like a Raspberry Pi) and hook up the ipipgo API:
import RPi.GPIO as GPIO
import subprocess
GPIO.setmode(GPIO.BCM)
GPIO.setup(18, GPIO.IN, pull_up_down=GPIO.PUD_UP)
def switch_ip(channel).
subprocess.run(['curl', 'https://api.ipipgo.com/rotate-force'])
GPIO.add_event_detect(18, GPIO.FALLING, callback=switch_ip, bouncetime=200)
pass Keep the program running.
pass Keep the program running
The button is connected to pin 18 to force an IP change every time the button is tapped, suitable for scenarios that require emergency switching, such as suddenly having to test the IP effect of a specific region.
Finally, to say a big truth: the technology is no longer good, but also have to choose the right service provider. I have used seven or eight proxy services, and in the end, they lock up!ipipgoJust three things - the IP inventory is big enough, the switching is silky smooth enough, and the after-sales response is quicker than a drop-shot. Especially the one they haveIntelligent Routingfunction, can automatically match the optimal node, the real proxy IP play understand.

