//普通的缓存控制
public static void demo_cache()
{
DbContext db = DbConfig.pc_bcf;
ICacheServiceEx cache = null;
db.call("user_get").set("xxx", 1)
.caching(cache)
.usingCache(60 * 1000)
.getItem(new UserInfoModel());
}
//分割参数值，并实现对应分别缓存
public static void demo_cache_split()
{
DbContext db = DbConfig.pc_bcf;
ICacheServiceEx cache = null;
var sp = db.call("user_get")
.set("user_ids", "1,2,3,4,5,6");
sp.caching(cache).usingCache(60 * 100);//与上面分开写（不然,返回类型需要转换）
sp.getListBySplit(new UserInfoModel(), "user_ids", t => t.user_id);
}
//带条件判断的缓存控制
public static void demo_cache_condition()
{
DbContext db = DbConfig.pc_bcf;
ICacheServiceEx cache = null;
db.call("user_get").set("xxx", 1)
.caching(cache)
.usingCache(60 * 100)
.getItem(new UserInfoModel(), (cu, t) => {
if (t.user_id == 0)
{
cu.usingCache(false);
}
});
}
public static void demo_cache3()
{
DbContext db = DbConfig.pc_bcf;
ICacheServiceEx cache = null;
//1.缓存并添加简易标签
db.call("user_get").set("xxx", 1)
.caching(cache)
.cacheTag("user_" + 1)
.usingCache(60 * 1000)
.getItem(new UserInfoModel());
CacheTags tags = new CacheTags(cache);
//2.1.可根据标签清除缓存
tags.clear("user_" + 1);
//2.2.可根据标签更新缓存
tags.update <UserInfoModel>("user_" + 1, (m) => {
m.name = "xxx";
return(m);
});
}
