Check order row depending on result query in sql server - sql-server

I have a table checks2:
AllTaskNo int,
CheckQuosimaNo int,
Masroof numeric(18,3),
Maqbood numeric(18,3),
Date1 smalldatetime
I have a query to get balance:
SELECT
AllTaskNo
,CheckQuosimaNo
,Masroof
,Maqbood
,Date
,(SELECT 0 + SUM(Maqbood - Masroof) AS Expr1
FROM Checks2 AS t2
WHERE (BankNo = 6)
AND (CheckQuosimaNo <= Checks2.CheckQuosimaNo)
AND (Date1 BETWEEN CONVERT(DATETIME, '01/01/2014', 103)
AND CONVERT(DATETIME, '31/10/2015', 103)) AND AllTaskNo
IN (SELECT No
FROM AllTasks
WHERE (BankNo = 6)
AND (Date BETWEEN CONVERT(DATETIME, '01/01/2014', 103)
AND CONVERT(DATETIME, '31/10/2015', 103))))) AS NetAmount
FROM
Checks2
WHERE
(BankNo = 6)
AND
(Date1 BETWEEN CONVERT(DATETIME, '01/01/2014', 103)
AND CONVERT(DATETIME, '31/10/2015', 103))
ORDER BY
BankNo
,Date1
,CheckQuosimaNo
the result is:
enter image description here
I need to make a formula (like excel for example NetAmount = NetAmount before + Maqbood - Masroof)
I expect that the selected row in NetAmount = 656360 but then query produce NetAmount=5567675.976
How can I fix this problem

There are many way to do this like Over and Correlated Sub Queries
Over:
SELECT
AllTaskNo ,Maqbood , Masroof,
SUM(-1*Maqbood +Masroof) OVER (ORDER BY AllTaskNo ) AS NetAmount
FROM Checks2 T1
Correlated Sub Queries (Need Sql server 2014+)
SELECT
AllTaskNo ,Maqbood , Masroof,
(
SELECT
SUM(-1*Maqbood +Masroof)
FROM Checks2 T2
WHERE T2.AllTaskNo <=T1.AllTaskNo
) AS NetAmount FROM Checks2 T1
Feel free to comment if you need any further assistance on this item

I have been solve my problem by my own solution ... I think there is a shorter solution .. but any way I get what I want... My solution is:
1- Make a table (Checks3) with a new field named (rank) which is the correct order of the command result.
2- Create a new command mostly like the first one containing the (bank balance formula).
if exists (select * from dbo.sysobjects where id = object_id(N'[dbo].[Checks3]') and OBJECTPROPERTY(id, N'IsUserTable') = 1) drop table [dbo].[Checks3]
SELECT Checks2.BankNo, Checks2.AllTaskNo, Checks2.CheckQuosimaNo, Checks2.Masroof, Checks2.Maqbood, Checks2.Date1, rank() OVER (ORDER BY checks2.date1, checks2.CheckQuosimaNo) as rank
INTO Checks3
FROM Checks2 INNER JOIN
AllTasks ON Checks2.AllTaskNo = AllTasks.No where Checks2.BankNo =6 and (Checks2.[Date1] BETWEEN CONVERT(DATETIME, '01/10/2015', 103) AND CONVERT(DATETIME,'31/10/2015', 103)) ORDER BY CHECKS2.BankNo, CHECKS2.CheckQuosimaNo
SELECT Checks3.AllTaskNo, Checks3.CheckQuosimaNo, Checks3.Masroof, Checks3.Maqbood, Checks3.Date1,
( SELECT 0+SUM(t2.Maqbood - t2.Masroof) FROM Checks3 t2
WHERE t2.BankNo =6 and t2.rank <= Checks3.rank
and (t2.[Date1] BETWEEN CONVERT(DATETIME, '01/10/2014', 103) AND CONVERT(DATETIME,'31/10/2015', 103))
) as NetAmount
FROM Checks3
where Checks3.BankNo =6 and (Checks3.[Date1] BETWEEN CONVERT(DATETIME, '01/10/2014', 103) AND CONVERT(DATETIME,'31/10/2015', 103)) ORDER BY CHECKS3.RANK

Related

Sum values if they are between date range sql

I want to sum values where date is between de creationdate and endDate,, hence ValueEnd.
For instances the second row, the creationDate is the same as the endDate, so I have to sum the ValuePerDay of this day to the previsou value. So in the column ValueEnd it is 3.4+1.17 = 4.57
I started by calculating the sum from the days where de Difference is 1, like this:
SELECT
CONVERT(CHAR(10), CreationDate,103) CreationDate
,CONVERT(CHAR(10), EndDate,103) EndDate
,SUM(Values_an) Values_an
FROM Dat1
WHERE Difference=1
GROUP BY CONVERT(CHAR(10), CreationDate,103), CONVERT(CHAR(10), EndDate,103), Difference
However, I'm having trouble sum the values where the difference if higher than 1. Can someone help me please?
OK, judging by the provided information - and as far as I understood everything right - the following approach might solve your problem:
DECLARE #t TABLE(
CreationDate date,
EndDate date,
Value_An decimal(19,4)
)
INSERT INTO #t VALUES
('2019-03-01', '2019-03-01', 3.4)
,('2019-03-01', '2019-03-03', 3.5)
,('2019-05-01', '2019-05-01', 3.6)
,('2019-06-01', '2019-06-04', 3.7)
;WITH cteMultiRow AS(
SELECT CreationDate, COUNT(*) cntRows
FROM #t
GROUP BY CreationDate
HAVING COUNT(*) > 1
),
cte AS(
SELECT t.*
,ROW_NUMBER() OVER (PARTITION BY t.CreationDate ORDER BY t.EndDate) AS rn
,DATEDIFF(d, t.CreationDate, t.EndDate)+1 AS Difference
,CASE WHEN m.CreationDate IS NOT NULL THEN t.Value_An/(DATEDIFF(d, t.CreationDate, t.EndDate)+1) ELSE t.Value_An END AS ValuePerD
FROM #t t
LEFT JOIN cteMultiRow m ON t.CreationDate = m.CreationDate
),
cteSums AS(
SELECT c.CreationDate, SUM(c.ValuePerD) AS ValuePerD
FROM cte c
GROUP BY c.CreationDate
)
SELECT c.CreationDate, c.EndDate, c.Value_An, c.Difference, c.ValuePerD, ISNULL(s.ValuePerD, c.Value_An) AS ValueEnd
FROM cte c
LEFT JOIN cteSums s ON c.CreationDate = s.CreationDate AND c.rn = 1

Multi - Columns OVERLAPPING DATES

;with cte as (
select Domain_Id, Starting_Date, End_Date
from Que_Date
union all
select t.Domain_Id, cte.Starting_Date, t.End_Date
from cte
join Que_Date t on cte.Domain_Id = t.Domain_Id and cte.End_Date = t.Starting_Date),
cte2 as (
select *, rn = row_number() over (partition by Domain_Id, End_Date order by Domain_Id)
from cte
)
select DISTINCT Domain_Id, Starting_Date, max(End_Date) enddate
from cte2
where rn=1
group by Domain_Id, Starting_Date
order by Domain_Id, Starting_Date;
select * from Que_Date
This is the code that I have wrote but i am getting an extra row i.e 2nd row is extra, the expected output should have only 1st, 3rd and 4th row as output so please help me with it.
I have attached an image showing Input, Excepted Output, and the output that I am getting.
You've got so many results in your first cte. Your first cte has consisting domains. So you cannot filter domains based on your cte. So you query has unnecessary rows.
Try this solution. Cte ConsistentDomains has just consistent domains. So based on this cte, we can get not overlapped results.
Create and fill data:
CREATE TABLE FooTable
(
Domain_ID INT,
Starting_Date DATE,
End_Date Date
)
INSERT INTO dbo.FooTable
(
Domain_ID,
Starting_Date,
End_Date
)
VALUES
( 1, -- Domain_ID - int
CONVERT(datetime,'01-01-2011',103), -- Starting_Date - date
CONVERT(datetime,'05-01-2011',103) -- End_Date - date
)
, (1, CONVERT(datetime,'05-01-2011',103), CONVERT(datetime,'07-01-2011',103))
, (1, CONVERT(datetime,'07-01-2011',103), CONVERT(datetime,'15-01-2011',103))
, (2, CONVERT(datetime,'11-05-2011',103), CONVERT(datetime,'12-05-2011',103))
, (2, CONVERT(datetime,'13-05-2011',103), CONVERT(datetime,'14-05-2011',103))
Query to find not overlapping results:
DECLARE #startDate varchar(50) = '2011-01-01';
WITH ConsistentDomains AS
(
SELECT
f.Domain_ID
, f.Starting_Date
, f.End_Date
FROM FooTable f
WHERE f.Starting_Date = #startDate
UNION ALL
SELECT
s.Domain_ID
, s.Starting_Date
, s.End_Date
FROM FooTable s
INNER JOIN ConsistentDomains cd
ON s.Domain_ID = cd.Domain_ID
AND s.Starting_Date = cd.End_Date
), ConsistentDomainsRownumber AS
(
SELECT
cd.Domain_ID
, cd.Starting_Date
, cd.End_Date
, ROW_NUMBER() OVER (PARTITION BY cd.Domain_ID ORDER BY cd.Starting_Date,
cd.End_Date) RN
FROM ConsistentDomains cd
)
SELECT cd.Domain_ID
, convert(varchar, cd.Starting_Date, 105) Starting_Date
, convert(varchar, cd.End_Date, 105) End_Date
FROM ConsistentDomainsRownumber cd WHERE cd.RN = 1
UNION ALL
SELECT
ft.Domain_ID
, convert(varchar, ft.Starting_Date, 105) Starting_Date
, convert(varchar, ft.End_Date, 105) End_Date
FROM dbo.FooTable ft WHERE ft.Domain_ID NOT IN (SELECT cd.Domain_ID FROM
ConsistentDomainsRownumber cd)
Output:
I used the same table creating script as provided by #stepup, but you can also get your outcome in this way.
CREATE TABLE testtbl
(
Domain_ID INT,
Starting_Date DATE,
End_Date Date
)
INSERT INTO testtbl
VALUES
(1, convert(date, '01-01-2011' ,103), convert(date, '05-01-2011',103) )
,(1, convert(date, '05-01-2011' ,103), convert(date, '07-01-2011',103) )
,(1, convert(date, '07-01-2011' ,103), convert(date, '15-01-2011',103) )
,(2, convert(date, '11-05-2011' ,103), convert(date, '12-05-2011',103) )
,(2, convert(date, '13-05-2011' ,103), convert(date, '14-05-2011',103) )
You can make use of self join and Firs_value and last value within the group to make sure that you are comparing within the same ID and overlapping dates.
select distinct t.Domain_ID,
case when lag(t1.starting_date)over (partition by t.Domain_id order by
t.starting_date) is not null
then first_value(t.Starting_Date) over (partition by t.domain_id order by
t.starting_date)
else t.Starting_Date end StartingDate,
case when lead(t.domain_id) over (partition by t.domain_id order by t.starting_date) =
t1.Domain_ID then isnull(last_value(t.End_Date) over (partition by t.domain_id order by t.end_date rows between unbounded preceding and unbounded following),t.End_Date)
else t.End_Date end end_date
from testtbl t
left join testtbl t1 on t.Domain_ID = t1.Domain_ID
and t.End_Date = t1.Starting_Date
and t.Starting_Date < t1.Starting_Date
Output:
Domain_ID StartingDate end_date
1 2011-01-01 2011-01-15
2 2011-05-11 2011-05-12
2 2011-05-13 2011-05-14

Using Max with CTE and CASE T-SQL

I am trying to use MAX() to select the most recent placement date within our database, and use Table_CTE so I can then select and filter between the dates desired.
BEGIN
DECLARE #Rangetill DATE, #Rangefrom DATE
SET #rangefrom = DATEADD(day, -50, GETDATE())
SET #Rangetill = DATEADD(day, -90, GETDATE());
WITH Table_CTE (Name, ID, Rangefrom, Rangetill, StatusID, Statusdate) AS
(
SELECT
PE.Personname + ' ' + PE.Surname [Name],
A.ApplicantId,
#rangefrom [Expiry warning from],
#rangetill [Expiry warning till],
A.Statusid,
selected = CASE
WHEN P.EndDate IS NOT NULL AND P.EndDate > A.StatusDate
THEN CONVERT(DATE, P.EndDate, 103)
ELSE CONVERT(DATE, A.StatusDate, 103)
END
FROM
Applicants AS A
LEFT JOIN
Person AS PE ON A.ApplicantId = PE.PersonID
LEFT JOIN
Placements AS P on A.applicantid = P.Applicantid
)
SELECT *
FROM Table_CTE
WHERE table_cte.Statusdate BETWEEN #Rangetill AND #Rangefrom
AND (Table_CTE.StatusID = 58 OR Table_CTE.statusid = 63)
ORDER BY Name DESC
END
The above selects the right information but also selects duplicate applicants with placement end dates (p.enddate) as they could have been placed more than once. The WHERE clause also limits the most recent enddate to within the range provided by the Variables and as there needs to be a log there will be multiple end dates. so my solution or idea would be to uses a max() within the Case or CTE Select. However I am not sure how to use or work with Max() in this case.
In this case I would like to check and return the Max(p.enddate) if it exists and store that in the statusdate of Table_CTE.
Is this possible and is it the best way to provide this information in a stored procedure?
In the CTE would be more efficient but this is easier
SELECT c.[Name], max(c.Statusdate)
FROM Table_CTE c
WHERE c.Statusdate Between #Rangetill and #Rangefrom
AND c.StatusID in (58, 63)
group by c.[Name]
Add the other columns on your own
Declare
#Rangetill date,
#Rangefrom date
SET #rangefrom = DATEADD(day, -50, GETDATE())
SET #Rangetill = DATEADD(day, -90, GETDATE());
With Table_CTE ( ID, Rangefrom, Rangetill, Statusdate)
AS (
Select
A.ApplicantId
, #rangefrom [Expiry warning from]
, #rangetill [Expiry warning till]
, selected = CASE
WHEN max(P.EndDate) IS NOT NULL AND max(P.EndDate) > max(A.StatusDate)
THEN max(CONVERT(DATE, P.EndDate, 103))
ELSE max(CONVERT(DATE, A.StatusDate, 103))
END
FROM Applicants AS A
LEFT JOIN Person AS PE ON A.ApplicantId = PE.PersonID
LEFT JOIN Placements AS P on A.applicantid = P.Applicantid
GROUP BY A.ApplicantId
)
SELECT
PE.PersonName + ' ' + PE.Surname [NAME]
, A.ApplicantId
, Table_CTE.ID
, Table_CTE.Statusdate
, #Rangefrom [Range from]
, #Rangetill [Range till]
FROM Table_CTE
LEFT JOIN Applicants AS A ON A.ApplicantId = Table_CTE.ID
LEFT JOIN Person as PE on PE.PersonID = A.ApplicantId
WHERE table_cte.Statusdate Between #Rangetill and #Rangefrom
AND (A.StatusID = 58 or A.statusid = 63 )
Order by PE.PersonName + ' '+ PE.Surname desc
END
Really messy way around things but I got my solution by removing all but the variables and ID from CTE so I could select Max(DATE) on both A.statusdate and P.EndDate.
By doing this I could group by A.ApplicantID and rejoin specific tables outside of the CTE in order to get Applicant Name and Status ID back into my results set.
Thank you for your help everyone.

Counting the records of two columns from different tables

So I have this:
select count(InvoiceUniqueness) as [Nbr], CONVERT(varchar(12), ProcessDate, 101) as [Date]
from PreProcessTransLog
where (CONVERT(DATETIME, ProcessDate, 102)) >= dateadd (m,-24,getdate()) and CONVERT(DATETIME, ProcessDate, 120) <= GETDATE()
and InitialStatus =2
group by CONVERT(varchar(12), ProcessDate, 101)
order by CAST (CONVERT(varchar(12), ProcessDate, 101) as smalldatetime) desc
I want to count the records under the InvoiceUniqueness column from the PreProcessTransLog table and count the records under (column not in the code) ManualBillHeaderID from another table called Ex_Manual_Bill_Header. I want to display both count results in a new column called Nbr. So in simpler terms, lets say I count column1 from T1 and column2 from T2. column1 has 10 records and column2 has 5. I want to join both columns into one so I can display 15 records. Keep in mind the columns have different names. hope im explaining myself
Try something like this:
SELECT
COALESCE(t1.[Date], t2.[Date]) AS [Date],
ISNULL(t1.Nbr, 0), + ISNULL(t2.Nbr, 0) AS Total
FROM
(
SELECT COUNT(InvoiceUniqueness) AS [Nbr], CONVERT(VARCHAR(12), ProcessDate, 101) AS [Date]
FROM PreProcessTransLog
WHERE (CONVERT(DATETIME, ProcessDate, 102))>=DATEADD(m, -24, GETDATE()) AND CONVERT(DATETIME, ProcessDate, 120)<=GETDATE() AND InitialStatus=2
GROUP BY CONVERT(VARCHAR(12), ProcessDate, 101)
--ORDER BY [Date]
) t1,
FULL JOIN (
SELECT COUNT(ManualBillHeaderID ) AS [Nbr], CONVERT(VARCHAR(12), ProcessDate, 101) AS [Date]
FROM <whatever table>
WHERE (CONVERT(DATETIME, ProcessDate, 102))>=DATEADD(m, -24, GETDATE()) AND CONVERT(DATETIME, ProcessDate, 120)<=GETDATE() AND InitialStatus=2
GROUP BY CONVERT(VARCHAR(12), ProcessDate, 101)
--ORDER BY [Date]
) t2 ON t1.[Date] = t2.[Date]
ORDER BY
COALESCE(t1.[Date], t2.[Date])
If I'm understanding your request accurately, I would do something like this.
Do your counts, off each table, and merge the results with a UNION ALL, wrap that up in a sub-query, and SUM() the resulting counts.
declare #table1 table (id int identity(1,1), recorddate datetime)
declare #table2 table (id int identity(1,1), otherdate datetime)
insert into #table1
select '2014-08-01' union all
select '2014-08-01'
insert into #table2
select '2014-08-01' union all
select '2014-08-02'
select SUM(num), recorddate
from (select COUNT(1) num, recorddate
from #table1
group by recorddate
union all
select COUNT(1) num, otherdate
from #table2
group by otherdate ) x
group by recorddate
In the case you want the results separate, change the last query to this:
select COUNT(*) num, recorddate
from #table1
group by recorddate
union all
select COUNT(*) num, otherdate
from #table2
group by otherdate
Try using a UNION ALL. For example:
SELECT COUNT(Column1) AS [Nbr]
FROM Table1
GROUP BY ColumnToGroupOn1
UNION ALL
SELECT COUNT(Column2)
FROM Table2
GROUP BY ColumnToGroupOn2
Or if you want to include the date column/s:
SELECT COUNT(Column1) AS [Nbr], ColumnToGroupOn1 AS [Date]
FROM Table1
GROUP BY ColumnToGroupOn1
UNION ALL
SELECT COUNT(Column2), ColumnToGroupOn2
FROM Table2
GROUP BY ColumnToGroupOn2

How to query Open-high-low-close (OHLC) data from SQL Server

I'm trying to retrieve data for a Open-high-low-close (OHLC) chart directly from the database, it's the kind of chart you see of stocks. Is this possible, and if, how?
I have a table like this (simplified):
Date | Price | PriceType
A record is created for each day, I will report per month / year, not per day as used for stocks.
I would like to query something like this:
SELECT PriceType, MAX(Price) as High, MIN(Price) as Low, [Price of first item of month] as Open, [Price of last item of month] as Close GROUP BY PriceType, Year(Date), Month(Date)
To access the SQL Server I use LLBLGen, so an anwser based on that technology would be great, a generic SQL server will do too!
It's SQL 2005, but 2008 is also an option.
Thanks.
This appears to work. There may well be a less verbose way to do it.
--create test data
CREATE TABLE #t
(priceDate DATETIME
,price MONEY
,priceType CHAR(1)
)
INSERT #t
SELECT '20090101',100,'A'
UNION SELECT '20090102',500,'A'
UNION SELECT '20090103',20 ,'A'
UNION SELECT '20090104',25 ,'A'
UNION SELECT '20090105',28 ,'A'
UNION SELECT '20090131',150,'A'
UNION SELECT '20090201',501,'A'
UNION SELECT '20090203',21 ,'A'
UNION SELECT '20090204',26 ,'A'
UNION SELECT '20090205',29 ,'A'
UNION SELECT '20090228',151,'A'
UNION SELECT '20090101',100,'B'
UNION SELECT '20090102',500,'B'
UNION SELECT '20090103',20 ,'B'
UNION SELECT '20090104',25 ,'B'
UNION SELECT '20090105',28 ,'B'
UNION SELECT '20090131',150,'B'
UNION SELECT '20090201',501,'B'
UNION SELECT '20090203',21 ,'B'
UNION SELECT '20090204',26 ,'B'
UNION SELECT '20090205',29 ,'B'
UNION SELECT '20090228',151,'B'
--query
;WITH rangeCTE
AS
(
SELECT MIN(priceDate) minDate
,MAX(priceDate) maxDate
FROM #t
)
,datelistCTE
AS
(
SELECT CAST(CONVERT(CHAR(6),minDate,112) + '01' AS DATETIME) AS monthStart
,DATEADD(mm,1,CAST(CONVERT(CHAR(6),minDate,112) + '01' AS DATETIME)) -1 AS monthEnd
,1 AS monthID
FROM rangeCTE
UNION ALL
SELECT DATEADD(mm,1,monthStart)
,DATEADD(mm,2,monthStart) - 1
,monthID + 1
FROM datelistCTE
WHERE monthStart <= (SELECT maxDate FROM rangeCTE)
)
,priceOrderCTE
AS
(
SELECT *
,ROW_NUMBER() OVER (PARTITION BY monthID, priceType
ORDER BY priceDate
) AS rn1
,ROW_NUMBER() OVER (PARTITION BY monthID, priceType
ORDER BY priceDate DESC
) AS rn2
,ROW_NUMBER() OVER (PARTITION BY monthID, priceType
ORDER BY price DESC
) AS rn3
,ROW_NUMBER() OVER (PARTITION BY monthID, priceType
ORDER BY price
) AS rn4
FROM datelistCTE AS d
JOIN #t AS t
ON t.priceDate BETWEEN d.monthStart AND d.monthEnd
WHERE monthStart <= (SELECT maxDate FROM rangeCTE)
)
SELECT o.MonthStart
,o.priceType
,o.Price AS opening
,c.price AS closing
,h.price AS high
,l.price AS low
FROM priceOrderCTE AS o
JOIN priceOrderCTE AS c
ON c.priceType = o.PriceType
AND c.monthID = o.MonthID
JOIN priceOrderCTE AS h
ON h.priceType = o.PriceType
AND h.monthID = o.MonthID
JOIN priceOrderCTE AS l
ON l.priceType = o.PriceType
AND l.monthID = o.MonthID
WHERE o.rn1 = 1
AND c.rn2 = 1
AND h.rn3 = 1
AND l.rn4 = 1
This is a little query I wrote that seems to work nicely for one time span at a time. All you need to do is comment the select DATEPARTS in order to get to the timespan you are looking for. Or you could just make multiple views for different timespans. Also the underlying data table uses Bid Ask tick style data. If you are using mids or last prices you could eliminate the case statements from the selects.
Select
tmp.num,
rf.CurveName,
rf.Period as Period,
CASE WHEN (tmp2.Bid is null or tmp2.Ask is null) then isnull(tmp2.Bid,0)+isnull(tmp2.Ask,0) else (tmp2.Bid+tmp2.Ask)/2 end as [Open],
tmp.Hi,
tmp.Lo,
CASE WHEN (rf.Bid is null or Rf.Ask is null) then isnull(rf.Bid,0)+isnull(rf.Ask,0) else (rf.Bid+rf.Ask)/2 end as [Close],
tmp.OpenDate,
tmp.CloseDate,
tmp.yr,
tmp.mth,
tmp.wk,
tmp.dy,
tmp.hr
from BidAsk rf inner join
(SELECT count(CurveName)as num,CurveName,
Period,
max(CASE WHEN (Bid is null or Ask is null) then isnull(Bid,0)+isnull(Ask,0) else (Bid+Ask)/2 end) as Hi,
min(CASE WHEN (Bid is null or Ask is null) then isnull(Bid,0)+isnull(Ask,0) else (Bid+Ask)/2 end) as Lo,
max(CurveDateTime) as CloseDate, min(CurveDateTime) as OpenDate,
DATEPART(year, CurveDateTime) As yr,
DATEPART(month, CurveDateTime) As mth,
DATEPART(week, CurveDateTime) As wk,
DATEPART(Day, CurveDateTime) as dy,
DATEPART(Hour, CurveDateTime) as hr
--DATEPART(minute, CurveDateTime) as mnt
FROM
BidAsk
GROUP BY
CurveName,Period,
DATEPART(year, CurveDateTime),
DATEPART(month, CurveDateTime),
DATEPART(week, CurveDateTime),
DATEPART(Day, CurveDateTime) ,
DATEPART(Hour, CurveDateTime)
--DATEPART(minute, CurveDateTime)
) tmp on
tmp.CurveName=rf.CurveName and
tmp.CloseDate=rf.CurveDateTime and
tmp.Period=rf.Period
inner join BidAsk tmp2 on
tmp2.CurveName=rf.CurveName and
tmp2.CurveDateTime=tmp.Opendate and
tmp2.Period=rf.Period
ORDER BY
CurveName,Period,tmp.yr,tmp.mth
--DATEPART(year, CurveDateTime),
--DATEPART(month, CurveDateTime)
--DATEPART(day, CurveDateTime),
--DATEPART(Hour, CurveDateTime),
--DATEPART(minute, CurveDateTime) )

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