public void TestOverFlow()
{
// 插入数据.
my_serial_number mySeq = new my_serial_number();
mySeq.sn_name = "TEST_SEQ_OVERFLOW";
mySeq.sn_desc = "测试流水号溢出";
mySeq.sn_howto = "Normal";
mySeq.sn_format = "ABCDEF-[@Today:YYYY]_[@Seq:00]";
mySeq.sn_seq_max = 99;
mySeq.sn_seq_min = 1;
mySeq.sn_seq_curr = 1;
mySeq.sn_auto_close_date = true;
context.my_serial_number.InsertOnSubmit(mySeq);
context.SubmitChanges();
// 预期的序列号.
string sn = null;
for (int i = 1; i < 100; i++)
{
// 调用 存储过程 获取的 流水号.
context.MySerialNumber_NextVal("TEST_SEQ_OVERFLOW", ref sn);
// C# 中模拟计算的 流水号.
string csn = String.Format(
"ABCDEF-{0}_{1}",
DateTime.Today.ToString("yyyy"),
i.ToString("00"));
Assert.AreEqual(csn, sn);
context.MySerialNumber_CurrVal("TEST_SEQ_OVERFLOW", ref sn);
Assert.AreEqual(csn, sn);
}
// 前面已经获取了 流水号 01 - 99
// 下面再次获取流水号， 将为 100， 大于 流水的最大序号 99;
context.MySerialNumber_NextVal("TEST_SEQ_OVERFLOW", ref sn);
// 由于上面的代码发生了异常，下面这句应该执行不到。
Assert.Fail("本测试应该触发一个异常。");
}
public void TestSample1()
{
// 插入数据.
my_serial_number mySeq = new my_serial_number();
mySeq.sn_name = "TEST_SEQ1";
mySeq.sn_desc = "测试流水号1";
mySeq.sn_howto = "Normal";
mySeq.sn_format = "X-[@Today:YYYYMMDD]_[@Seq:0000]";
mySeq.sn_seq_max = 9999;
mySeq.sn_seq_min = 1;
mySeq.sn_seq_curr = 1;
mySeq.sn_auto_close_date = true;
context.my_serial_number.InsertOnSubmit(mySeq);
context.SubmitChanges();
// 预期的序列号.
string sn = null;
for (int i = 1; i < 100; i++)
{
// 调用 存储过程 获取的 流水号.
context.MySerialNumber_NextVal("TEST_SEQ1", ref sn);
// C# 中模拟计算的 流水号.
string csn = String.Format(
"X-{0}_{1}",
DateTime.Today.ToString("yyyyMMdd"),
i.ToString("0000"));
Assert.AreEqual(csn, sn);
context.MySerialNumber_CurrVal("TEST_SEQ1", ref sn);
Assert.AreEqual(csn, sn);
}
}
public void TestSample1()
{
// 插入数据.
my_serial_number mySeq = new my_serial_number();
mySeq.sn_name = "TEST_SEQ1";
mySeq.sn_desc = "测试流水号1";
mySeq.sn_howto = "Normal";
mySeq.sn_format = "X-[@Today:YYYYMMDD]_[@Seq:0000]";
mySeq.sn_seq_max = 9999;
mySeq.sn_seq_min = 1;
mySeq.sn_seq_curr = 1;
mySeq.sn_auto_close_date = true;
context.my_serial_number.InsertOnSubmit(mySeq);
context.SubmitChanges();
// 预期的序列号.
string sn = null;
for (int i = 1; i < 100; i++)
{
// 调用 存储过程 获取的 流水号.
context.MySerialNumber_NextVal("TEST_SEQ1", ref sn);
// C# 中模拟计算的 流水号.
string csn = String.Format(
"X-{0}_{1}",
DateTime.Today.ToString("yyyyMMdd"),
i.ToString("0000"));
Assert.AreEqual(csn, sn);
context.MySerialNumber_CurrVal("TEST_SEQ1", ref sn);
Assert.AreEqual(csn, sn);
}
}
public void TestOverFlow()
{
// 插入数据.
my_serial_number mySeq = new my_serial_number();
mySeq.sn_name = "TEST_SEQ_OVERFLOW";
mySeq.sn_desc = "测试流水号溢出";
mySeq.sn_howto = "Normal";
mySeq.sn_format = "ABCDEF-[@Today:YYYY]_[@Seq:00]";
mySeq.sn_seq_max = 99;
mySeq.sn_seq_min = 1;
mySeq.sn_seq_curr = 1;
mySeq.sn_auto_close_date = true;
context.my_serial_number.InsertOnSubmit(mySeq);
context.SubmitChanges();
// 预期的序列号.
string sn = null;
for (int i = 1; i < 100; i++)
{
// 调用 存储过程 获取的 流水号.
context.MySerialNumber_NextVal("TEST_SEQ_OVERFLOW", ref sn);
// C# 中模拟计算的 流水号.
string csn = String.Format(
"ABCDEF-{0}_{1}",
DateTime.Today.ToString("yyyy"),
i.ToString("00"));
Assert.AreEqual(csn, sn);
context.MySerialNumber_CurrVal("TEST_SEQ_OVERFLOW", ref sn);
Assert.AreEqual(csn, sn);
}
// 前面已经获取了 流水号 01 - 99
// 下面再次获取流水号， 将为 100， 大于 流水的最大序号 99;
context.MySerialNumber_NextVal("TEST_SEQ_OVERFLOW", ref sn);
// 由于上面的代码发生了异常，下面这句应该执行不到。
Assert.Fail("本测试应该触发一个异常。");
}
