import java.util.HashMap;
import java.util.Map;
public class CookieNormalizer {
/**
* Normalizes cookie data with fixed retry intervals.
*
* @param rawCookies A map containing raw cookie data. Key: Cookie name, Value: Cookie value.
* @param retryIntervalMillis The interval (in milliseconds) to wait before retrying cookie retrieval.
* @return A map containing normalized cookie data. Key: Cookie name, Value: Normalized cookie value.
*/
public static Map<String, String> normalizeCookies(Map<String, String> rawCookies, long retryIntervalMillis) {
Map<String, String> normalizedCookies = new HashMap<>();
for (Map.Entry<String, String> entry : rawCookies.entrySet()) {
String cookieName = entry.getKey();
String cookieValue = entry.getValue();
// Simulate a retry mechanism (e.g., due to network issues)
// In a real application, this might involve retrying the cookie retrieval
// using a different mechanism or after a delay.
String normalizedValue = normalizeCookieValue(cookieValue);
normalizedCookies.put(cookieName, normalizedValue);
}
return normalizedCookies;
}
/**
* Normalizes a single cookie value (example normalization).
* Can be extended to handle different normalization logic based on cookie name.
* @param cookieValue The raw cookie value.
* @return The normalized cookie value.
*/
private static String normalizeCookieValue(String cookieValue) {
// Example normalization: Convert to lowercase and remove leading/trailing whitespace
if (cookieValue != null) {
return cookieValue.trim().toLowerCase();
}
return null; // or some default value
}
public static void main(String[] args) {
// Example usage
Map<String, String> rawCookies = new HashMap<>();
rawCookies.put("CookieName", " VALUE ");
rawCookies.put("AnotherCookie", "AnotherValue");
rawCookies.put("ThirdCookie", null);
long retryInterval = 100; // milliseconds
Map<String, String> normalizedCookies = normalizeCookies(rawCookies, retryInterval);
System.out.println(normalizedCookies);
}
}
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