public void Test_Limit_Offset_Start()
{
var sql = Db <DB> .Sql(db =>
Select(Asterisk(db.tbl_remuneration)).
From(db.tbl_remuneration).
OrderBy(Asc(db.tbl_remuneration.id)) +
Limit(1) +
Offset(3)
);
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT *
FROM tbl_remuneration
ORDER BY
tbl_remuneration.id ASC
LIMIT @p_0
OFFSET @p_1",
1, 3);
}
public void Test_While_1()
{
var sql = Db <DB> .Sql(db =>
While(Select(Avg(db.tbl_remuneration.money)).From(db.tbl_remuneration) < 2000).
Begin().
Select(Asterisk(db.tbl_remuneration)).
From(db.tbl_remuneration).
End());
_connection.Query(sql).ToList();
AssertEx.AreEqual(sql, _connection,
@"WHILE
(SELECT
AVG(tbl_remuneration.money)
FROM tbl_remuneration)
<
@p_0
BEGIN
SELECT tbl_remuneration.*
FROM tbl_remuneration
END", (double)2000);
}
public void Test_Having_Vanish()
{
var empty = new Sql <bool>();
var sql = Db <DB> .Sql(db =>
Select(new SelectedData2
{
Id = db.tbl_remuneration.staff_id
}).
From(db.tbl_remuneration).
GroupBy(db.tbl_remuneration.staff_id).
Having(empty));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_remuneration.staff_id AS Id
FROM tbl_remuneration
GROUP BY tbl_remuneration.staff_id");
}
public void Test_DateAdd()
{
var sql = Db <DB> .Sql(db =>
Select(new
{
Val1 = DateAdd(DateAddElement.Year, 1, Current_TimeStamp()),
Val2 = DateAdd(DateAddElement.Quarter, 2, Current_TimeStamp()),
Val3 = DateAdd(DateAddElement.Month, 3, Current_TimeStamp()),
Val4 = DateAdd(DateAddElement.Dayofyear, 4, Current_TimeStamp()),
Val5 = DateAdd(DateAddElement.Day, 5, Current_TimeStamp()),
Val6 = DateAdd(DateAddElement.Week, 6, Current_TimeStamp()),
Val7 = DateAdd(DateAddElement.Weekday, 7, Current_TimeStamp()),
Val8 = DateAdd(DateAddElement.Hour, 8, Current_TimeStamp()),
Val9 = DateAdd(DateAddElement.Minute, 9, Current_TimeStamp()),
Val10 = DateAdd(DateAddElement.Second, 10, Current_TimeStamp()),
Val11 = DateAdd(DateAddElement.Millisecond, -11, SysDateTime()),
Val12 = DateAdd(DateAddElement.Microsecond, 12, SysDateTime()),
Val13 = DateAdd(DateAddElement.Nanosecond, -13, SysDateTime())
}));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
DATEADD(YEAR, @p_0, CURRENT_TIMESTAMP) AS Val1,
DATEADD(QUARTER, @p_1, CURRENT_TIMESTAMP) AS Val2,
DATEADD(MONTH, @p_2, CURRENT_TIMESTAMP) AS Val3,
DATEADD(DAYOFYEAR, @p_3, CURRENT_TIMESTAMP) AS Val4,
DATEADD(DAY, @p_4, CURRENT_TIMESTAMP) AS Val5,
DATEADD(WEEK, @p_5, CURRENT_TIMESTAMP) AS Val6,
DATEADD(WEEKDAY, @p_6, CURRENT_TIMESTAMP) AS Val7,
DATEADD(HOUR, @p_7, CURRENT_TIMESTAMP) AS Val8,
DATEADD(MINUTE, @p_8, CURRENT_TIMESTAMP) AS Val9,
DATEADD(SECOND, @p_9, CURRENT_TIMESTAMP) AS Val10,
DATEADD(MILLISECOND, @p_10, SYSDATETIME()) AS Val11,
DATEADD(MICROSECOND, @p_11, SYSDATETIME()) AS Val12,
DATEADD(NANOSECOND, @p_12, SYSDATETIME()) AS Val13" , 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, -11, 12, -13);
}
public void Test_InsertInto_Values_Select()
{
Test_InsertInto_Values();
var sql = Db <DB> .Sql(db =>
InsertInto(db.tbl_data).
Select(new
{
id = db.tbl_data.id + 10,
val1 = db.tbl_data.val1,
val2 = db.tbl_data.val2
}).
From(db.tbl_data));
Assert.AreEqual(1, _connection.Execute(sql));
AssertEx.AreEqual(sql, _connection,
@"INSERT INTO tbl_data
SELECT
tbl_data.id + @p_0 AS id,
tbl_data.val1 AS val1,
tbl_data.val2 AS val2
FROM tbl_data", 10);
}
public void Test_Round()
{
var sql = Db<DB>.Sql(db =>
Select(new
{
Val1 = Round((long)2, 3),
Val2 = Round(2, 3),
Val3 = Round((decimal)2, 3),
Val4 = Round((double)2, 3)
}).
From(db.tbl_staff));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
ROUND(@p_0, @p_1) AS Val1,
ROUND(@p_2, @p_3) AS Val2,
ROUND(@p_4, @p_5) AS Val3,
ROUND(@p_6, @p_7) AS Val4
FROM tbl_staff", (long)2, 3, 2, 3, (decimal)2, 3, (double)2, 3);
}
public void Test_Having_Start()
{
var sql = Db <DB> .Sql(db =>
Select(new SelectedData2
{
Id = db.tbl_remuneration.staff_id
}).
From(db.tbl_remuneration).
GroupBy(db.tbl_remuneration.staff_id) +
Having(100 < Sum(db.tbl_remuneration.money)));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_remuneration.staff_id AS Id
FROM tbl_remuneration
GROUP BY tbl_remuneration.staff_id
HAVING @p_0 < SUM(tbl_remuneration.money)",
(decimal)100);
}
public void Test_Sign()
{
var sql = Db<DB>.Sql(db =>
Select(new
{
Val1 = Sign((long)1),
Val2 = Sign(1),
Val3 = Sign((decimal)1),
Val4 = Sign((double)1),
}).
From(db.tbl_staff));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
SIGN(@p_0) AS Val1,
SIGN(@p_1) AS Val2,
SIGN(@p_2) AS Val3,
SIGN(@p_3) AS Val4
FROM tbl_staff", (long)1, 1, (decimal)1, (double)1);
}
public void Test_Rows_2()
{
var sql = Db <DB> .Sql(db =>
Select(new SelectData()
{
Val = Count(db.tbl_remuneration.money).
Over(OrderBy(Asc(db.tbl_remuneration.money)), Rows(1, 5))
}).
From(db.tbl_remuneration));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
COUNT(tbl_remuneration.money)
OVER(
ORDER BY
tbl_remuneration.money ASC
ROWS BETWEEN 1 PRECEDING AND 5 FOLLOWING) AS Val
FROM tbl_remuneration");
}
public void Test_OffsetRows_FetchNext_Start()
{
var sql = Db <DB> .Sql(db =>
Select(Asterisk(db.tbl_remuneration)).
From(db.tbl_remuneration).
OrderBy(Asc(db.tbl_remuneration.id)) +
OffsetRows(1) +
FetchNextRowsOnly(3)
);
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT tbl_remuneration.*
FROM tbl_remuneration
ORDER BY
tbl_remuneration.id ASC
OFFSET @p_0 ROWS
FETCH NEXT @p_1 ROWS ONLY",
1, 3);
}
public void Test_Recursive_1()
{
var rec = Db <DB> .Sql(db => new { val = 0 });
var select = Db <DB> .Sql(db =>
Select(new object[] { 1 }).
Union(All()).
Select(new object[] { rec.Body.val + 1 }).
From(rec).
Where(rec.Body.val + 1 <= 5)
);
var sql = Db <DB> .Sql(db =>
With(rec.ExpandArguments().As(select)).
Select(rec.Body.val).
From(rec)
);
sql.Gen(_connection);
var datas = _connection.Query <SelectedData>(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"WITH
rec(val)
AS
(SELECT
@p_0
UNION ALL
SELECT
rec.val + @p_1
FROM rec
WHERE rec.val + @p_2 <= @p_3)
SELECT
rec.val
FROM rec", 1, 1, 1, 5);
}
public void Test_Unicode()
{
var sql = Db <DB> .Sql(db =>
Select(new
{
Val = Unicode(new DbParam <string> {
Value = "𠮟", DbType = DbType.String
})
}));
var data = _connection.Query(sql).ToList();
Assert.IsTrue(data.Count > 0);
AssertEx.AreEqual(sql, _connection,
@"SELECT
UNICODE(@p_0) AS Val" ,
new DbParams
{
{ "@p_0", new DbParam {
Value = "𠮟", DbType = DbType.String
} }
});
}
public void Test_Try_Catch_throw_2()
{
var sql = Db <DB> .Sql(db =>
Begin() + Try() +
Throw(1, "a", 1) +
End() + Try() +
Begin() + Catch() +
End() + Catch()
);
_connection.Query <object>(sql).ToList();
AssertEx.AreEqual(sql, _connection,
@"BEGIN
TRY
THROW @p_0, @p_1, @p_2
END
TRY
BEGIN
CATCH
END
CATCH", 1, "a", (byte)1);
}
public void Test_From_Multi()
{
var sql = Db <DB> .Sql(db =>
Select(new SelectData
{
Name = db.tbl_staff.name,
PaymentDate = db.tbl_remuneration.payment_date,
Money = db.tbl_remuneration.money,
}).
From(db.tbl_remuneration, db.tbl_staff).
Where(db.tbl_remuneration.staff_id == db.tbl_staff.id));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_staff.name AS Name,
tbl_remuneration.payment_date AS PaymentDate,
tbl_remuneration.money AS Money
FROM tbl_remuneration, tbl_staff
WHERE tbl_remuneration.staff_id = tbl_staff.id");
}
public void Test_Normal()
{
var sql = Db <DB> .Sql(db =>
Select(new SelecteData
{
name = db.tbl_staff.name,
payment_date = db.tbl_remuneration.payment_date,
money = db.tbl_remuneration.money
}).
From(db.tbl_remuneration).
Join(db.tbl_staff, db.tbl_staff.id == db.tbl_remuneration.staff_id));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_staff.name AS name,
tbl_remuneration.payment_date AS payment_date,
tbl_remuneration.money AS money
FROM tbl_remuneration
JOIN tbl_staff ON tbl_staff.id = tbl_remuneration.staff_id" );
}
public void Test_SysTable_2()
{
var sql1 = Db <DB> .Sql(db => Sys2.X);
AssertEx.AreEqual(sql1, _connection, @"X");
var sql2 = Db <DB> .Sql(db => Sys2.X.id);
AssertEx.AreEqual(sql2, _connection, @"X.id");
var sql3 = Db <DB> .Sql(db => Sys2.X2);
AssertEx.AreEqual(sql3, _connection, @"System");
var sql4 = Db <DB> .Sql(db => Sys2.X2.id);
AssertEx.AreEqual(sql4, _connection, @"System.id");
var sql = Db <DB> .Sql(db =>
Select(sql3.Body.id).From(sql3));
AssertEx.AreEqual(sql, _connection,
@"SELECT
sql3.id
FROM System sql3");
}
public void Test_Text_3()
{
var exp1 = Db <DB> .Sql(db => db.tbl_staff.id);
var exp2 = Db <DB> .Sql(db => db.tbl_staff.name);
var sql = Db <DB> .Sql(db =>
Select(new Staff
{
id = (int)"{0}".ToSqlObject(exp1),
name = (string)"{0}".ToSqlObject(exp2),
}).
From(db.tbl_staff));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_staff.id AS id,
tbl_staff.name AS name
FROM tbl_staff");
}
public void Test1()
{
var exps = new Expressions();
var query = Db <DB> .Sql(db =>
Select(Asterisk(db.tbl_staff)).
From(db.tbl_staff).
Where(exps.Condition1 || exps.Condition2));
var datas = _connection.Query(query).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(query, _connection,
@"SELECT *
FROM tbl_staff
WHERE (@val1 = @p_0) OR (@val1 = @p_1)",
new Params()
{
{ "@val1", 1 },
{ "@p_0", 1 },
{ "@p_1", 2 },
});
}
public void Test_IsDate()
{
var sql = Db <DB> .Sql(db =>
Select(new
{
Val1 = IsDate("2017-04-01"),
Val2 = IsDate(null),
Val3 = IsDate(20170401),
Val4 = IsDate(Current_TimeStamp()),
Val5 = IsDate("2017-04-01 12:34:56.000")
}));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
ISDATE(@p_0) AS Val1,
ISDATE(@p_1) AS Val2,
ISDATE(@p_2) AS Val3,
ISDATE(CURRENT_TIMESTAMP) AS Val4,
ISDATE(@p_3) AS Val5" , "2017-04-01", null, 20170401, "2017-04-01 12:34:56.000");
}
public void Test_AdditionalOperator_SubQuery_5()
{
var empty = new Sql <decimal>();
var sql = Db <DB> .Sql(db =>
Select(new SelectData
{
Money = empty + Select(Sum(db.tbl_remuneration.money)) + From(db.tbl_remuneration)
}).
From(db.tbl_remuneration));
sql.Gen(_connection);
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
(SELECT
SUM(tbl_remuneration.money)
FROM tbl_remuneration) AS Money
FROM tbl_remuneration");
}
public void Test_SubQuery_1()
{
var sub = Db <DB> .Sql(db =>
Select(Sum(db.tbl_remuneration.money)).
From(db.tbl_remuneration));
var sql = Db <DB> .Sql(db =>
Select(new SelectData
{
Money = sub
}).
From(db.tbl_remuneration));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
(SELECT
SUM(tbl_remuneration.money)
FROM tbl_remuneration) AS Money
FROM tbl_remuneration");
}
public void Test_In()
{
var sql = Db <DB> .Sql(db =>
Select(new SelectData
{
Id = db.tbl_staff.id
}).
From(db.tbl_staff).
Where(In(db.tbl_staff.id, 1, 2, 3, 4, 5)));
sql.Gen(_connection);
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_staff.id AS Id
FROM tbl_staff
WHERE tbl_staff.id IN(@p_0, @p_1, @p_2, @p_3, @p_4)",
1, 2, 3, 4, 5);
}
public void Test_trace_xe_action_map()
{
var sql = Db <DB> .Sql(db =>
Select(new
{
Sys.Trace_xe_action_map.Trace_column_id,
Sys.Trace_xe_action_map.Package_name,
Sys.Trace_xe_action_map.Xe_action_name,
}).
From(Sys.Trace_xe_action_map));
sql.Gen(_connection);
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
sys.trace_xe_action_map.Trace_column_id AS Trace_column_id,
sys.trace_xe_action_map.Package_name AS Package_name,
sys.trace_xe_action_map.Xe_action_name AS Xe_action_name
FROM sys.trace_xe_action_map");
}
public void Test_Sum()
{
var sql = Db <DB> .Sql(db =>
Select(new SelectData
{
Val1 = Sum(db.tbl_remuneration.money),
Val2 = Sum(All(), db.tbl_remuneration.money)
}).
From(db.tbl_remuneration).
Join(db.tbl_staff, db.tbl_remuneration.staff_id == db.tbl_staff.id).
GroupBy(db.tbl_staff.id, db.tbl_staff.name));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
SUM(tbl_remuneration.money) AS Val1,
SUM(ALL tbl_remuneration.money) AS Val2
FROM tbl_remuneration
JOIN tbl_staff ON tbl_remuneration.staff_id = tbl_staff.id
GROUP BY tbl_staff.id, tbl_staff.name");
}
public void Test_IsNotNull_3()
{
string val = "";
var sql = Db <DB> .Sql(db =>
Select(new SelectData
{
Id = db.tbl_staff.id
}).
From(db.tbl_staff).
Where(val != null));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_staff.id AS Id
FROM tbl_staff
WHERE @val IS NOT NULL", new Params()
{
{ "@val", "" }
});
}
public void Test_ForeignKey_References_1()
{
CleanUpCreateDropTestTable();
var tbl1 = Db <DBForCreateTest> .Sql(db =>
CreateTable(db.table1,
new Column(db.table1.id, DataType.Int(), NotNull(), PrimaryKey())
));
_connection.Execute(tbl1);
var sql = Db <DBForCreateTest> .Sql(db => CreateTable(db.table2,
new Column(db.table2.table1Id, DataType.Int()),
ForeignKey(db.table2.table1Id).References(db.table1, db.table1.id)
));
_connection.Execute(sql);
AssertEx.AreEqual(sql, _connection,
@"CREATE TABLE table2(
table1Id INT,
FOREIGN KEY(table1Id)
REFERENCES table1(id))" );
}
public void Test_DateDiff()
{
var sql = Db <DB> .Sql(db =>
Select(new
{
Val1 = DateDiff(DateDiffElement.Year, Current_TimeStamp(), Current_TimeStamp()),
Val2 = DateDiff(DateDiffElement.Quarter, Current_TimeStamp(), Current_TimeStamp()),
Val3 = DateDiff(DateDiffElement.Month, Current_TimeStamp(), Current_TimeStamp()),
Val4 = DateDiff(DateDiffElement.Dayofyear, Current_TimeStamp(), SysDateTimeOffset()),
Val5 = DateDiff(DateDiffElement.Day, Current_TimeStamp(), SysDateTimeOffset()),
Val6 = DateDiff(DateDiffElement.Week, Current_TimeStamp(), SysDateTimeOffset()),
Val7 = DateDiff(DateDiffElement.Hour, SysDateTimeOffset(), Current_TimeStamp()),
Val8 = DateDiff(DateDiffElement.Minute, SysDateTimeOffset(), Current_TimeStamp()),
Val9 = DateDiff(DateDiffElement.Second, SysDateTimeOffset(), Current_TimeStamp()),
Val10 = DateDiff(DateDiffElement.Millisecond, SysDateTimeOffset(), SysDateTimeOffset()),
Val11 = DateDiff(DateDiffElement.Microsecond, SysDateTimeOffset(), SysDateTimeOffset()),
Val12 = DateDiff(DateDiffElement.Nanosecond, SysDateTimeOffset(), SysDateTimeOffset())
}));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
DATEDIFF(YEAR, CURRENT_TIMESTAMP, CURRENT_TIMESTAMP) AS Val1,
DATEDIFF(QUARTER, CURRENT_TIMESTAMP, CURRENT_TIMESTAMP) AS Val2,
DATEDIFF(MONTH, CURRENT_TIMESTAMP, CURRENT_TIMESTAMP) AS Val3,
DATEDIFF(DAYOFYEAR, CURRENT_TIMESTAMP, SYSDATETIMEOFFSET()) AS Val4,
DATEDIFF(DAY, CURRENT_TIMESTAMP, SYSDATETIMEOFFSET()) AS Val5,
DATEDIFF(WEEK, CURRENT_TIMESTAMP, SYSDATETIMEOFFSET()) AS Val6,
DATEDIFF(HOUR, SYSDATETIMEOFFSET(), CURRENT_TIMESTAMP) AS Val7,
DATEDIFF(MINUTE, SYSDATETIMEOFFSET(), CURRENT_TIMESTAMP) AS Val8,
DATEDIFF(SECOND, SYSDATETIMEOFFSET(), CURRENT_TIMESTAMP) AS Val9,
DATEDIFF(MILLISECOND, SYSDATETIMEOFFSET(), SYSDATETIMEOFFSET()) AS Val10,
DATEDIFF(MICROSECOND, SYSDATETIMEOFFSET(), SYSDATETIMEOFFSET()) AS Val11,
DATEDIFF(NANOSECOND, SYSDATETIMEOFFSET(), SYSDATETIMEOFFSET()) AS Val12" );
}
public void Test_PartitionBy()
{
var sql = Db <DB> .Sql(db =>
Select(new SelectData()
{
Val = Count(db.tbl_remuneration.money).
Over(PartitionBy(db.tbl_remuneration.payment_date),
OrderBy(Asc(db.tbl_remuneration.money)))
}).
From(db.tbl_remuneration));
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
COUNT(tbl_remuneration.money)
OVER(
PARTITION BY
tbl_remuneration.payment_date
ORDER BY
tbl_remuneration.money ASC) AS Val
FROM tbl_remuneration");
}
public void Test_OrderBy_Element_Vanish_3()
{
var asc1 = new Sql <OrderByElement>();
var asc2 = new Sql <OrderByElement>();
var sql = Db <DB> .Sql(db =>
Select(new SelectedData2
{
Id = db.tbl_remuneration.staff_id
}).
From(db.tbl_remuneration) +
OrderBy(asc1, Desc(db.tbl_remuneration.staff_id), asc2));
sql.Gen(_connection);
var datas = _connection.Query(sql).ToList();
Assert.IsTrue(0 < datas.Count);
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_remuneration.staff_id AS Id
FROM tbl_remuneration
ORDER BY
tbl_remuneration.staff_id DESC" );
}
public void Test_All_1()
{
var sql = Db <DB> .Sql(db =>
Select(new SelectData
{
Id = db.tbl_staff.id
}).
From(db.tbl_staff).
Where(db.tbl_staff.id < All(Select(db.tbl_staff.id).From(db.tbl_staff))));
var datas = _connection.Query(sql).ToList();
AssertEx.AreEqual(sql, _connection,
@"SELECT
tbl_staff.id AS Id
FROM tbl_staff
WHERE
tbl_staff.id
<
ALL(
(SELECT
tbl_staff.id
FROM tbl_staff))" );
}
