public void TestThread()
{
DbContext db = new MSSqlDBContext();
var p = new LuaPersonCacheBLL(db);
var a = new LuaAddressCacheBLL(db);
TestInit(p, a);
List <Task> ts = new List <Task>();
int forcount = 100;
for (int i = 0; i < forcount; i++)
{
ts.Add(Task.Run(() =>
{
DbContext db1 = new MSSqlDBContext();
var pt = new LuaPersonCacheBLL(db1);
var at = new LuaAddressCacheBLL(db1);
pt.Add();
pt.Count();
pt.Update();
pt.Delete();
at.Add();
at.Count();
at.Update();
at.Delete();
}));
}
Task.WaitAll(ts.ToArray());
TestDelete(p, a);
}
public void Test21()
{
DbContext db = new MSSqlDBContext();
var p = new LuaPersonCacheBLL(db);
var a = new LuaAddressCacheBLL(db);
TestInit(p, a);
//查询缓存测试
var p1 = p.Get();
var count = p.Count();
Assert.True(p1?.Count > 0);
Assert.True(count > 0);
//再添加
Assert.True(p.Add() > 0);
//因为配置了查询缓存，而且Add并没有进行清理缓存
Assert.True(p1?.Count == p.Get()?.Count);
Assert.True(count == p.Count());
//AddEx 会进行缓存清理(AddEx是使用Scalar进行新增操作的，用于获取自增id)
Assert.True(p.AddEx() > 0);
Assert.True(p1?.Count != p.Get()?.Count);
Assert.True(count != p.Count());
TestDelete();
}
void TestDelete(LuaPersonCacheBLL p = null, LuaAddressCacheBLL a = null)
{
p = p ?? this.p;
a = a ?? this.a;
//先清理旧数据 和 添加新数据
p.Delete();
a.Delete();
}
void TestInit(LuaPersonCacheBLL p = null, LuaAddressCacheBLL a = null)
{
p = p ?? this.p;
a = a ?? this.a;
//先清理旧数据 和 添加新数据
p.Delete();
a.Delete();
Assert.True(p.Add() > 0);
Assert.True(a.Add() > 0);
}