以下是示例代码： 上例中的用法将清除 cacheName 为 blogList 的缓存数据，与其配合的 CacheInterceptor 会 自动更新 cacheName 为 blogList 的缓存数据...cacheName = inv.getMethod().getAnnotation(CacheName.class); if (cacheName !...(CacheName.class); return (cacheName !...* 根据CacheName清除 * 必须配合 @CacheName 使用 */ public class RedisEvictInterceptor implements Interceptor...cacheName = inv.getMethod().getAnnotation(CacheName.class); if (cacheName !
, String key, T value) { Cache cache = checkCache(cacheName); Element e = new Element..., String key, T value, boolean eternal) { Cache cache = checkCache(cacheName); Element...(cacheName); Element e = cache.get(key); if (e !...void remove(String cacheName, String key) { Cache cache = checkCache(cacheName); cache.remove...void removeAll(String cacheName, Collection keys) { Cache cache = checkCache(cacheName
CacheManager.javapublic interface CacheManager { Cache getCache(String area, String cacheName...); void putCache(String area, String cacheName, Cache cache); BroadcastManager getBroadcastManager...) { return getCache(CacheConsts.DEFAULT_AREA, cacheName); } default void putCache(String...cacheName, Cache cache){ putCache(CacheConsts.DEFAULT_AREA, cacheName, cache); } /**... areaMap = getCachesByArea(area); areaMap.put(cacheName, cache); } @Override
, String key){ Cache cache = cacheManager.getCache(cacheName, String.class, BaseSystemObject.class...); return cache.get(key); } public List getAllCache(String cacheName){...List result = new ArrayList(); Cache cache = cacheManager.getCache(cacheName, String.class,...,key,value); } } public void deleteCache(String cacheName, String key) { if...= ConvertOp.convert2String(obj.get("cacheName")); String key = ConvertOp.convert2String
cacheName 缓存名称 * @param key 缓存key * @param value 缓存值 */ void set(String cacheName, String..., String key) { Assert.isTrue(StrUtil.isNotBlank(cacheName), "cacheName不能为空"); Assert.isTrue...).get(getCacheKey(cacheName, key)); if (value !...= getCacheKey(cacheName, key); CacheEnum cacheEnum = CacheEnum.getByCacheName(cacheName);...需要注意：在获得完整的缓存 key 的时候，我们其实对于缓存的 cacheName 做了验证，参见上代码块 21 行，不允许自己定义缓存的 cacheName，统一在枚举类中定义。
,Serializable key,Serializable value){ manager.getCache(cachename).put(new Element(key, value...)); } /** * 获取缓存cachename中key对应的value * @param cachename * @param key *...@return */ public static Serializable get(String cachename,Serializable key){ try {...的缓存 * @param cachename */ public static void clearCache(String cachename){ try...e.printStackTrace(); } } /** * 移除缓存cachename中key对应的value * @param cachename
; public DefaultCacheMonitor(String cacheName) { if (cacheName == null) { throw...new NullPointerException(); } this.cacheName = cacheName; resetStat(); }...public String getCacheName() { return cacheName; } public synchronized void resetStat...= cacheName; if (broadcastManager !...) { this(cacheManager, CacheConsts.DEFAULT_AREA, cacheName); } private Object convertKey
,String key,String value){ Cache cacheObj = getManager().getCache(cachename, String.class..., String.class); cacheObj.put(key, value); } public static String get(String cachename,String...key){ Cache cacheObj = getManager().getCache(cachename, String.class, String.class...); return cacheObj.get(key); } public static void remove(String cachename,String key){...getManager().getCache(cachename, String.class, String.class).remove(key); }}应用public void testEcache
, String key, Object value) { Cache cache = getCacheManager().getCache(cacheName); Element..., String key) { Cache cache = getCacheManager().getCache(cacheName); Element element...null : element.getObjectValue(); } public static Cache getCache(String cacheName) {...return getCacheManager().getCache(cacheName); } public static void remove(String cacheName,...String key) { Cache cache = getCacheManager().getCache(cacheName); cache.remove(key);
CacheManager.java public interface CacheManager { Cache getCache(String area, String cacheName...); void putCache(String area, String cacheName, Cache cache); BroadcastManager getBroadcastManager...) { return getCache(CacheConsts.DEFAULT_AREA, cacheName); } default void putCache(String...cacheName, Cache cache){ putCache(CacheConsts.DEFAULT_AREA, cacheName, cache); } /*...ConcurrentHashMap areaMap = getCachesByArea(area); areaMap.put(cacheName, cache
; public DefaultCacheMonitor(String cacheName) { if (cacheName == null) { throw...new NullPointerException(); } this.cacheName = cacheName; resetStat(); } public...String getCacheName() { return cacheName; } public synchronized void resetStat() {...= cacheName; if (broadcastManager !...) { this(cacheManager, CacheConsts.DEFAULT_AREA, cacheName); } private Object convertKey
读出模板中的内容 string cshtml = File.ReadAllText(fullPath); //取文件的全路径+文件修改的时间做cacheName...不一样（每一次文件的编译的时候用的都是同一个缓存的名字） //修改时间保证相同文件做了内容修改之后的cacheName不一样（也可以用文件内容的MD5值，）...string cacheName = fullPath + File.GetLastWriteTime(fullPath); string html = Razor.Parse...(cshtml, null, cacheName); Console.WriteLine(html); } //找到本程序中所有引用的程序集
/cache/'; //缓存名称 - 这里我采用了去除掉http之后的域名作为缓存文件名（因为也没有其他唯一值可以用了） $cacheName = str_replace('/','',preg_replace...$cacheName) || time() - filemtime($cacheDir....$cacheName) >= $ageInSeconds) { $contents = file_get_contents($link); file_put_contents($cacheDir...$cacheName, $contents); } //解析本地xml文件 $feed = simplexml_load_file($cacheDir.$cacheName); 测试 这里就已经好了。
"> <property name="<em>cacheName</em>"..., String key, Object value) { Cache cache = manager.getCache(cacheName); Element..., String key) { // 通过名称获取cache cacheName在ehcache.xml上定义 Cache cache = manager.getCache(cacheName...null : element.getObjectValue(); } public Cache get(String cacheName) { return...manager.getCache(cacheName); } public void remove(String cacheName, String key) {
php //读取文章列表写入缓存 function lanye_Listcache($sortid = 0, $lognum = '10', $cachename = 'listcache'){ global...='n' and checked='y' $query ORDER BY `date` DESC LIMIT 0,$lognum"; $listcache = @$CACHE->readCache($cachename...php endwhile;$cacheData = serialize($listcache);$CACHE->cacheWrite($cacheData, $cachename);}else{?
2）put(String cacheName, Object key, Object value) ，将数据放入 cache 中。...参数 cacheName 与 ehcache.xml 中的 name 属性值对应，这个很好理解。...public List findByCache(String cacheName, Object key, String sql, Object... paras) { Config config...= _getConfig(); ICache cache = config.getCache(); List result = cache.get(cacheName, key); if...(result == null) { result = find(config, sql, paras); cache.put(cacheName, key, result); } return
} $arr['template'] = $arr['lang']; return $arr; 3、includes\cls_template.php -> fetch() //$cachename...$cache_id;改动为 $cachename = basename($filename, strrchr($filename, '.')) . '_' . $cache_id.'_'....$GLOBALS['_CFG']['template'].'.php'; 5、includes\cls_template.php -> is_cached() //$cachename = basename...$cache_id;改动为 $cachename = basename($filename, strrchr($filename, '.')) . '_' . $cache_id.'_'.
-> "caching:" + cacheName); // 针对不同cacheName，设置不同的过期时间 Map<String, RedisCacheConfiguration...小细节 针对如上的配置，总结如下两点小细节使时需要注意： 即使禁用前缀disableKeyPrefix()，也是不会影响对应CacheName的TTL（因为TTL针对的是Cache，而不是key） 每个...CacheName都可以对应一个RedisCacheConfiguration（它里面有众多属性都可以个性化），若没配置的（比如动态生成的）都走默认配置 Spring提供的在RedisCacheManager...-> "caching:" + cacheName); MyRedisCacheManager redisCacheManager = new MyRedisCacheManager...（这种设计本身就不合理吧） 在不禁用前缀的情况下，cacheName默认都会反映到key上。
*/ SMS_CAPTCHA_CACHE("smsCode", 5 * 60); /** * 缓存名称 */ private final String cacheName...; /** * 缓存过期秒数 */ private final int ttlSecond; CacheEnum(String cacheName, int...ttlSecond) { this.cacheName = cacheName; this.ttlSecond = ttlSecond; } public...String cacheName() { return this.cacheName; } public int ttlSecond() { return...EnumSet.allOf(CacheEnum.class).stream() .collect(Collectors.toMap(CacheEnum::cacheName
request.destination === 'script' || request.destination === 'style', new StaleWhileRevalidate({ cacheName...(jpg|gif|bmg|png|jpeg|gif)'), new StaleWhileRevalidate({ cacheName: 'notebook/cache/image',...(woff|woff2|tff|ico)'), new StaleWhileRevalidate({ cacheName: 'notebook/cache/fontAndIcon',
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