memcache

import memcache import os import json # Ensure a memcached server is running, e.g., on 127.0.0.1:11211. # Operations will silently fail (returning None/False) if no server is reachable. # Configuration for memcached servers. Allows environment override. MEMCACHED_SERVERS = os.environ.get('MEMCACHED_SERVERS', '127.0.0.1:11211').split(',') # Initialize the client with best practices: binary protocol and JSON serialization. # This avoids pickle security issues and improves interoperability. mc = memcache.Client( MEMCACHED_SERVERS, debug=0, # Set to 1 for more verbose debugging output binary=True, # Use binary protocol for better performance and features serializer=json.dumps, deserializer=json.loads ) key = "my_test_key" value = {"data": "hello world", "count": 123, "status": True} # Set a value, storing it for 60 seconds if mc.set(key, value, time=60): print(f"Set key '{key}' with value: {value}") else: print(f"Failed to set key '{key}'. Check server connection.") # Get a value retrieved_value = mc.get(key) if retrieved_value is not None: print(f"Retrieved key '{key}': {retrieved_value}") else: print(f"Failed to retrieve key '{key}' or key not found.") # Delete a value if mc.delete(key): print(f"Deleted key '{key}'.") else: print(f"Failed to delete key '{key}' or key was not present.") # Try getting it again to confirm deletion retrieved_value_after_delete = mc.get(key) if retrieved_value_after_delete is None: print(f"Key '{key}' is confirmed deleted (returned None).")