First, I will explain the what is being captured. User's have a member level associated with their accounts (Bronze, Gold, Diamond, etc). A nightly job needs to run to calculate the orders from today a year back. If the order total for a given user goes over or under a certain amount their level is upgraded or downgraded. The table where the level information is stored will not change much, but the minimum and maximum amount thresholds may over time. This is what the table looks like:
CREATE TABLE [dbo].[MemberAdvantageLevels] (
[Id] int NOT NULL IDENTITY(1,1) ,
[Name] varchar(255) COLLATE SQL_Latin1_General_CP1_CI_AS NOT NULL ,
[MinAmount] int NOT NULL ,
[MaxAmount] int NOT NULL ,
CONSTRAINT [PK__MemberAd__3214EC070D9DF1C7] PRIMARY KEY ([Id])
)
ON [PRIMARY]
GO
I wrote a query that will group the orders by user for the year to date. The query includes their current member level.
SELECT
Sum(dbo.tbh_Orders.SubTotal) AS OrderTotals,
Count(dbo.UserProfile.UserId) AS UserOrders,
dbo.UserProfile.UserId,
dbo.UserProfile.UserName,
dbo.UserProfile.Email,
dbo.MemberAdvantageLevels.Name,
dbo.MemberAdvantageLevels.MinAmount,
dbo.MemberAdvantageLevels.MaxAmount,
dbo.UserMemberAdvantageLevels.LevelAchievmentDate,
dbo.UserMemberAdvantageLevels.LevelAchiementAmount,
dbo.UserMemberAdvantageLevels.IsCurrent as IsCurrentLevel,
dbo.MemberAdvantageLevels.Id as MemberLevelId,
FROM
dbo.tbh_Orders
INNER JOIN dbo.tbh_OrderStatuses ON dbo.tbh_Orders.StatusID = dbo.tbh_OrderStatuses.OrderStatusID
INNER JOIN dbo.UserProfile ON dbo.tbh_Orders.CustomerID = dbo.UserProfile.UserId
INNER JOIN dbo.UserMemberAdvantageLevels ON dbo.UserProfile.UserId = dbo.UserMemberAdvantageLevels.UserId
INNER JOIN dbo.MemberAdvantageLevels ON dbo.UserMemberAdvantageLevels.MemberAdvantageLevelId = dbo.MemberAdvantageLevels.Id
WHERE
dbo.tbh_OrderStatuses.OrderStatusID = 4 AND
(dbo.tbh_Orders.AddedDate BETWEEN dateadd(year,-1,getdate()) AND GETDATE()) and IsCurrent = 1
GROUP BY
dbo.UserProfile.UserId,
dbo.UserProfile.UserName,
dbo.UserProfile.Email,
dbo.MemberAdvantageLevels.Name,
dbo.MemberAdvantageLevels.MinAmount,
dbo.MemberAdvantageLevels.MaxAmount,
dbo.UserMemberAdvantageLevels.LevelAchievmentDate,
dbo.UserMemberAdvantageLevels.LevelAchiementAmount,
dbo.UserMemberAdvantageLevels.IsCurrent,
dbo.MemberAdvantageLevels.Id
So, I need to check the OrdersTotal and if it exceeds the current level threshold, I then need to find the Level that fits their current order total and create a new record with their new level.
So for example, lets say jon#doe.com currently is at bronze. The MinAmount for bronze is 0 and the MaxAmount is 999. Currently his Orders for the year are at $2500. I need to find the level that $2500 fits within and upgrade his account. I also need to check their LevelAchievmentDate and if it is outside of the current year we may need to demote the user if there has been no activity.
I was thinking I could create a temp table that holds the results of all levels and then somehow create a CASE statement in the query above to determine the new level. I don't know if that is possible. Or, is it better to iterate over my order results and perform additional queries? If I use the iteration pattern I know i can use the When statement to iterate over the rows.
Update
I updated my Query A bit and so far came up with this, but I may need more information than just the ID from the SubQuery
Select * into #memLevels from MemberAdvantageLevels
SELECT
Sum(dbo.tbh_Orders.SubTotal) AS OrderTotals,
Count(dbo.AZProfile.UserId) AS UserOrders,
dbo.AZProfile.UserId,
dbo.AZProfile.UserName,
dbo.AZProfile.Email,
dbo.MemberAdvantageLevels.Name,
dbo.MemberAdvantageLevels.MinAmount,
dbo.MemberAdvantageLevels.MaxAmount,
dbo.UserMemberAdvantageLevels.LevelAchievmentDate,
dbo.UserMemberAdvantageLevels.LevelAchiementAmount,
dbo.UserMemberAdvantageLevels.IsCurrent as IsCurrentLevel,
dbo.MemberAdvantageLevels.Id as MemberLevelId,
(Select Id from #memLevels where Sum(dbo.tbh_Orders.SubTotal) >= #memLevels.MinAmount and Sum(dbo.tbh_Orders.SubTotal) <= #memLevels.MaxAmount) as NewLevelId
FROM
dbo.tbh_Orders
INNER JOIN dbo.tbh_OrderStatuses ON dbo.tbh_Orders.StatusID = dbo.tbh_OrderStatuses.OrderStatusID
INNER JOIN dbo.AZProfile ON dbo.tbh_Orders.CustomerID = dbo.AZProfile.UserId
INNER JOIN dbo.UserMemberAdvantageLevels ON dbo.AZProfile.UserId = dbo.UserMemberAdvantageLevels.UserId
INNER JOIN dbo.MemberAdvantageLevels ON dbo.UserMemberAdvantageLevels.MemberAdvantageLevelId = dbo.MemberAdvantageLevels.Id
WHERE
dbo.tbh_OrderStatuses.OrderStatusID = 4 AND
(dbo.tbh_Orders.AddedDate BETWEEN dateadd(year,-1,getdate()) AND GETDATE()) and IsCurrent = 1
GROUP BY
dbo.AZProfile.UserId,
dbo.AZProfile.UserName,
dbo.AzProfile.Email,
dbo.MemberAdvantageLevels.Name,
dbo.MemberAdvantageLevels.MinAmount,
dbo.MemberAdvantageLevels.MaxAmount,
dbo.UserMemberAdvantageLevels.LevelAchievmentDate,
dbo.UserMemberAdvantageLevels.LevelAchiementAmount,
dbo.UserMemberAdvantageLevels.IsCurrent,
dbo.MemberAdvantageLevels.Id
This hasn't been syntax checked or tested but should handle the inserts and updates you describe. The insert can be done as single statement using a derived/virtual table which contains the orders group by caluclation. Note that both the insert and update statement be done within the same transaction to ensure no two records for the same user can end up with IsCurrent = 1
INSERT UserMemberAdvantageLevels (UserId, MemberAdvantageLevelId, IsCurrent,
LevelAchiementAmount, LevelAchievmentDate)
SELECT t.UserId, mal.Id, 1, t.OrderTotals, GETDATE()
FROM
(SELECT ulp.UserId, SUM(ord.SubTotal) OrderTotals, COUNT(ulp.UserId) UserOrders
FROM UserLevelProfile ulp
INNER JOIN tbh_Orders ord ON (ord.CustomerId = ulp.UserId)
WHERE ord.StatusID = 4
AND ord.AddedDate BETWEEN DATEADD(year,-1,GETDATE()) AND GETDATE()
GROUP BY ulp.UserId) AS t
INNER JOIN MemberAdvantageLevels mal
ON (t.OrderTotals BETWEEN mal.MinAmount AND mal.MaxAmount)
-- Left join needed on next line in case user doesn't currently have a level
LEFT JOIN UserMemberAdvantageLevels umal ON (umal.UserId = t.UserId)
WHERE umal.MemberAdvantageLevelId IS NULL -- First time user has been awarded a level
OR (mal.Id <> umal.MemberAdvantageLevelId -- Level has changed
AND (t.OrderTotals > umal.LevelAchiementAmount -- Acheivement has increased (promotion)
OR t.UserOrders = 0)) -- No. of orders placed is zero (de-motion)
/* Reset IsCurrent flag where new record has been added */
UPDATE UserMemberAdvantageLevels
SET umal1.IsCurrent=0
FROM UserMemberAdvantageLevels umal1
INNER JOIN UserMemberAdvantageLevels umal2 On (umal2.UserId = umal1.UserId)
WHERE umal1.IsCurrent = 1
AND umal2.IsCurrent = 2
AND umal1.LevelAchievmentDate < umal2.LevelAchievmentDate)
One approach:
with cte as
(SELECT Sum(o.SubTotal) AS OrderTotals,
Count(p.UserId) AS UserOrders,
p.UserId,
p.UserName,
p.Email,
l.Name,
l.MinAmount,
l.MaxAmount,
ul.LevelAchievmentDate,
ul.LevelAchiementAmount,
ul.IsCurrent as IsCurrentLevel,
l.Id as MemberLevelId
FROM dbo.tbh_Orders o
INNER JOIN dbo.UserProfile p ON o.CustomerID = p.UserId
INNER JOIN dbo.UserMemberAdvantageLevels ul ON p.UserId = ul.UserId
INNER JOIN dbo.MemberAdvantageLevels l ON ul.MemberAdvantageLevelId = l.Id
WHERE o.StatusID = 4 AND
o.AddedDate BETWEEN dateadd(year,-1,getdate()) AND GETDATE() and
IsCurrent = 1
GROUP BY
p.UserId, p.UserName, p.Email, l.Name, l.MinAmount, l.MaxAmount,
ul.LevelAchievmentDate, ul.LevelAchiementAmount, ul.IsCurrent, l.Id)
select cte.*, ml.*
from cte
join #memLevels ml
on cte.OrderTotals >= ml.MinAmount and cte.OrderTotals <= ml.MaxAmount
Related
specifically looking for General Leger results. This means that I can't sum up transactions for specfic dates, or cant run Between date.
to get the results for say, today I would need to query the table for all transactions <= #Today.
That said, i am tasked with running this for every single day in 2020 thus far. is there a method to do this where i dont have to manually run for each day myself?
Query example:
glo.GLValue
, Sum(UnitCR) AS 'Credit'
, Sum(UnitDR) AS 'Debit'
, sum(FirmCR) AS 'FirmCredit'
, sum(FirmDR) AS 'FirmDebit'
FROM glacct ga
inner join gldetail gd on gd.glacct = ga.AcctIndex
inner join glnatural gn on ga.glnatural = gn.GLNaturalID
inner join glunit glu on ga.glunit = glu.GLUnitID
inner join gloffice glo on ga.GLOffice = glo.GLOfficeID
WHERE gn.GLNat IN ('11001','11002','11003','11005','11007','11011','11016','11019','11020','11021','11022','11024','11025','11026','11027','11032','11033',
'11034','11035','11036','11037','11040','11041','11042','11043','11044','11050','11051','11052','11053','11190','11199','11201','11202','11203','11204',
'11205','11206','11207','11301','11603','11700','11705','11801','11802','11803','11804','11806','11807','11808','11809','11901')--,'22001')
AND gd.PostDate <= #Yesterday
GROUP BY
glo.GLValue
Create a sub-table that give the sums for each PostDate and GLValue similar to above but also grouped on PostDate, then join that to your select above, e.g.
inner join gloffice glo on ga.GLOffice = glo.GLOfficeID
inner join ( ... new grouped select here ...) gs on gs.GLValue = glo.GlValue and gs.PostDate < gd.PostDate
Now you should be able to sum the gs values:
, Sum(gs.Credit) as Credit
, Sum(gs.Debit) as Debit
etc.
I have a table that I do some joins and operations on. This table has about 150,000 rows and if I select all and run it, it returns in about 10 seconds. If I create my query into its own table, and filter out all the rows where a certain field is null, now the query takes 10 minutes to run. Is it suppoused to be like this or is there any way to fix it? Here is the query.
SELECT *
FROM
(
Select
I.Date_Created
,I.Company_Code
,I.Division_Code
,I.Invoice_Number
,Sh.CUST_PO
,I.Total_Quantity
,ID.Total
,SH.Ship_City City
,CASE WHEN SH.Ship_Cntry <> 'US' THEN 'INT' ELSE SH.Ship_prov END State
,SH.Ship_Zip Zip
,SH.Ship_Cntry Country
,S.CustomerEmail
from [JMNYC-AMTDB].[AMTPLUS].[dbo].Invoices I (nolock)
LEFT JOIN (SELECT
ID.Company_Code
,ID.Division_Code
,ID.Invoice_Number
,SUM (ID.Price* ID.Quantity) Total
FROM [JMNYC-AMTDB].[AMTPLUS].[dbo].Invoices_Detail ID (nolock)
GROUP BY ID.Company_Code, ID.Division_Code, ID.Invoice_Number) ID
ON I.Company_Code = ID.Company_Code
AND I.Division_Code = ID.Division_Code
AND I.Invoice_Number = ID.Invoice_Number
LEFT JOIN
[JMDNJ-ACCELSQL].[A1WAREHOUSE].[dbo].SHIPHIST SH (nolock) ON I.Pickticket_Number = SH.Packslip
LEFT JOIN
[JMDNJ-ACCELSQL].[A1WAREHOUSE].[dbo].[MagentoCustomerEmailData] S on SH.CUST_PO = S.InvoiceNumber
Where I.Company_Code ='09' AND I.Division_Code = '001'
AND I.Customer_Number = 'ECOM2X'
)T
Where T.CustomerEmail IS NOT NULL -- This is the problematic line
Order By T.Date_Created desc
If you are aware of the Index Considerations and you are sure about the problem point, then you can use this to improve it:
USE A1WAREHOUSE;
GO
CREATE NONCLUSTERED INDEX IX_MagentoCustomerEmailData_CustomerEmail
ON [dbo].[MagentoCustomerEmailData] (CustomerEmail ASC);
GO
Totally, you need to add index on columns used in ORDER BY, WHERE, GROUP BY, ON etc sections. Before adding indexes be sure that you are aware of the consequences.
Read more about Index:
https://www.mssqltips.com/sqlservertutorial/9133/sql-server-nonclustered-indexes/
https://www.itprotoday.com/sql-server/indexing-dos-and-don-ts
I would like to know what can you do in the following scenario:
Lets say I am filtering on a date in the where clause (between eomonth(#StartDate) and eomonth(getdate()-1). I have a calculated column that is correct when I run the query without any filter, but the problem is that when I filter lets say #StartDate = 06/30/2017 then the calculations will obviously change. Is there any way of doing this?
The calculated column is a windowing function.
Edited:
I have added a picture of the data. So I am using a windowing function to calculate the agentfourmonthperiod. You will see that it sums the units for that month and the 3 previous months. This I dont want to change when filtering. So the units and agentfourmonthperiod columns should stay exactly the same after filtering on the #StartDate. Please see data below:
I want to design an SSRS report that the user will be filtering on the #StartDate, but then it should show the calculation as it does when no filter in used.
Hope this makes sense. Otherwise I can add the code. Its just quite long though.
Code:
WITH DATA
AS
(
SELECT
EOMONTH(SubmissionDates.original_date_c) AS IntakeMonth,
ProvincialArea.SAD_ProvMananger AS ProvManager,
RegionalArea.SAD_RegMananger AS RegManager,
SalesArea.SAD_SalesManager AS AreaSalesManager,
ConsultantUserExt.name AS Consultant,
COUNT(LeadsLink.LeadsID) OVER(PARTITION BY ConsultantUserExt.name, EOMONTH(SubmissionDates.original_date_c,0) ORDER BY EOMONTH(SubmissionDates.original_date_c,0)) AS Unit,
ROW_NUMBER() OVER(PARTITION BY ConsultantUserExt.name, EOMONTH(SubmissionDates.original_date_c,0) ORDER BY EOMONTH(SubmissionDates.original_date_c,0)) AS rn
FROM Import.OobaApplication as Application
LEFT OUTER JOIN Import.OobaApplicant applicant ON application.ApplicationID = applicant.ApplicationID
AND applicant.PrincipleApplication = 'Y'
LEFT OUTER JOIN usr_userext_cstm ON Application.Consultant = usr_userext_cstm.comcorp_key_c
or Application.Consultant = usr_userext_cstm.deal_maker_key_c
or Application.Consultant = usr_userext_cstm.ops_key_c
LEFT OUTER JOIN usr_userext AS ConsultantUserExt ON usr_userext_cstm.id_c = ConsultantUserExt.id AND ConsultantUserExt.deleted = 0
LEFT OUTER JOIN usr_userext_cstm AS ConsultantUserExtCstm on ConsultantUserExt.id = ConsultantUserExtCstm.id_c
LEFT OUTER JOIN CapcubedInternalDB.dbo.ProvincialArea AS ProvincialArea ON ConsultantUserExtCstm.sad_provincialmanager_c = ProvincialArea.ID
LEFT OUTER JOIN CapcubedInternalDB.dbo.RegionalArea AS RegionalArea ON ConsultantUserExtCstm.sad_regionalmanager_c = RegionalArea.ID
LEFT OUTER JOIN CapcubedInternalDB.dbo.SalesArea AS SalesArea ON ConsultantUserExtCstm.sad_salesmanager_c = SalesArea.ID
LEFT OUTER JOIN CapcubedInternalDB.dbo.LeadsLink AS LeadsLink ON Application.ApplicationID = LeadsLink.GroupCode
LEFT OUTER JOIN suitecrmprod.dbo.leads AS SuiteLeads ON LeadsLink.LeadsID = SuiteLeads.ID
--Latest Bank Submission
LEFT OUTER JOIN (SELECT
bankSub.ApplicationID As BankSubAppID, bankSub.SubmissionDate,
bankSub.Bank, bankSub.RequiredLoanAmount,
bankSub.BankCode AS BankSubBankCode
FROM Import.OobaBankSubmission bankSub
LEFT OUTER JOIN Import.OobaBankSubmission later ON bankSub.ApplicationID = later.ApplicationID
AND bankSub.SubmissionDate > later.SubmissionDate
WHERE later.applicationID IS NULL) AS BankSub ON Application.ApplicationID = BankSub.BankSubAppID
LEFT OUTER JOIN ccrep_calendar_cstm AS SubmissionDates ON CONVERT(VARCHAR(10),BankSub.SubmissionDate,101) = SubmissionDates.original_date_c
WHERE SubmissionDates.cc_date_c BETWEEN COALESCE(EOMONTH(#StartDate), '01/31/2016') AND COALESCE(#EndDate, GETDATE(), -1)
AND ConsultantUserExtCstm.consultantstatus_c NOT LIKE 2
)
SELECT *
INTO #Rn
FROM DATA
WHERE rn = 1
SELECT i.IntakeMonth, c.ProvManager, c.RegManager, c.AreaSalesManager, c.Consultant, COALESCE(#Rn.Unit, 0) AS Unit
INTO #FillData
FROM (SELECT DISTINCT IntakeMonth FROM #Rn) AS i
CROSS JOIN
(SELECT DISTINCT Consultant, ProvManager, RegManager, AreaSalesManager FROM #Rn) AS c
LEFT OUTER JOIN #Rn ON #Rn.IntakeMonth = i.IntakeMonth AND #Rn.Consultant = c.Consultant
ORDER BY Consultant, IntakeMonth
SELECT
IntakeMonth,
Consultant,
Unit,
SUM(Unit) OVER(PARTITION BY Consultant ORDER BY Consultant ROWS BETWEEN 3 PRECEDING AND CURRENT ROW) AS agentfourmonthperiod
FROM #FillData
WHERE ('(All)' IN (#ProvincialManager) OR (ProvManager IN (#ProvincialManager)))
AND ('(All)' IN (#RegionalManager) OR (RegManager IN (#RegionalManager)))
AND ('(All)' IN (#AreaSalesManager) OR (AreaSalesManager IN (#AreaSalesManager)))
AND ('(All)' IN (#Consultant) OR (Consultant IN (#Consultant)))
DROP TABLE #Rn
DROP TABLE #FillData
You could of course remove any filter on dates from the query and apply them directly in the tablix of your report. Obvously, this means that SQL Server has to return all the data each time the report is run, so I guess that this isn't what you want.
For the window function to have access to the previous 3 rows, you will have to include the previous 3 months in your calculation. To achieve this, change the first condition in the WHERE clause in the cte (data) to something like this:
SubmissionDates.cc_date_c
BETWEEN
ISNULL(DATEADD(month, DATEDIFF(month, 0, #StartDate)-3, 0), '01/10/2015')
AND
ISNULL(#EndDate, DATEADD(day, DATEDIFF(day, 0, GETDATE())-1, 0))
As I thought that your date filter logic was wrong, I changed it to include the dates from the beginning of the month rather than from the end.
Now that the previous 3 months are included, we can apply a filter in the end to exclude the previous months from display, but this has to be done after using the window function, for example with another cte:
WITH calc AS (
SELECT
IntakeMonth,
Consultant,
Unit,
SUM(Unit) OVER(PARTITION BY Consultant ORDER BY Consultant ROWS BETWEEN 3 PRECEDING AND CURRENT ROW) AS agentfourmonthperiod
FROM #FillData
WHERE ('(All)' IN (#ProvincialManager) OR (ProvManager IN (#ProvincialManager)))
AND ('(All)' IN (#RegionalManager) OR (RegManager IN (#RegionalManager)))
AND ('(All)' IN (#AreaSalesManager) OR (AreaSalesManager IN (#AreaSalesManager)))
AND ('(All)' IN (#Consultant) OR (Consultant IN (#Consultant)))
)
SELECT IntakeMonth, Consultant, Unit, agentfourmonthperiod
FROM calc
WHERE IntakeMonth >= ISNULL(EOMONTH(#StartDate), '01/31/2016')
I have a existing working SQL query I would like to now GroupBy but am getting the error: Cannot perform an aggregate function on an expression containing an aggregate or a subquery.
Explanation of my scenario:
My main table (dbo.DataLog) contains 3 columns, TimestampUTC, MeterTagId, Data.
Data typically comes in at 15 minute intervals and I have many meters (MeterTagId) for each
TimestampUTC. The Data column is a float and this is a totalised value. i.e. to get the actual value for a meter period I need to subtract the last value from the current one. Before now I have successfully been querying individual meters but now I am trying to group by time and show a sum/total of all meters for that time.
Original working non summed query:
SELECT
l.TimestampUTC
-- Get this value minus the last value
,(SELECT (l.[Data] -
( SELECT TOP 1 l2.Data
FROM [DataLog] l2
WHERE l2.MeterTagId = l.MeterTagId
AND l2.TimestampUTC < l.TimestampUTC
ORDER BY l2.TimestampUTC DESC)
)
) AS Actual_Value
FROM [dbo].[DataLog] l
INNER JOIN [dbo].MeterTags t on t.MeterTagId = l.MeterTagId
INNER JOIN [dbo].Meters m on m.MeterId = t.MeterId
INNER JOIN [dbo].GroupsMeters gm on gm.MeterId = m.MeterId
INNER JOIN [dbo].Groups g on g.GroupId = gm.GroupId
LEFT OUTER JOIN dbo.Units u on u.UnitId = t.UnitId
WHERE (#MeterId is null OR M.MeterId in (#MeterId))
AND (#MeterTagId is null OR t.MeterTagId in (#MeterTagId))
AND (#StartDate is null OR l.TimestampUTC >= #StartDate)
AND (#EndDate is null OR l.TimestampUTC <= #EndDate)
AND (#GroupId is null OR g.GroupId in (#GroupId))
.
My attempt to to get the summary:
SELECT
l.TimestampUTC
-- Get this value minus the last value
, (SELECT SUM(l.[Data] -
( SELECT TOP 1 l2.Data
FROM [DataLog] l2
WHERE l2.MeterTagId = l.MeterTagId
AND l2.TimestampUTC < l.TimestampUTC
ORDER BY l2.TimestampUTC DESC)
)
)AS Actual_Value
FROM [dbo].[DataLog] l
INNER JOIN [dbo].MeterTags t on t.MeterTagId = l.MeterTagId
INNER JOIN [dbo].Meters m on m.MeterId = t.MeterId
INNER JOIN [dbo].GroupsMeters gm on gm.MeterId = m.MeterId
INNER JOIN [dbo].Groups g on g.GroupId = gm.GroupId
LEFT OUTER JOIN dbo.Units u on u.UnitId = t.UnitId
WHERE (#MeterId is null OR M.MeterId in (#MeterId))
AND (#MeterTagId is null OR t.MeterTagId in (#MeterTagId))
AND (#StartDate is null OR l.TimestampUTC >= #StartDate)
AND (#EndDate is null OR l.TimestampUTC <= #EndDate)
AND (#GroupId is null OR g.GroupId in (#GroupId))
AND t.Name ='Real Energy Net'
GROUP BY l.TimestampUTC
I have read other posts on here but can't get my head around the logic required, I imagine/hope this is something sql dev's come across regularly? Thanks!
OK, I worked it out, it's simple really. Hopefully this explanation helps someone else with the same issue in the future.
SELECT
myTable.TimestampUTC
, SUM(myTable.Actual_Value) as [Actual Value]
FROM
(
--My original query
) AS myTable
GROUP BY myTable.TimestampUTC
by changing the below TeamRecords = 1 to = another number finds the rows with the amount I change to, its only sometimes its counting one too many which is odd. When a new Incident is created it has a unique number and every time a new assignment is added from the Task table it adds another row of the IncidentNumber, so you could have duplicate Incident number rows which I've remove with the seq = 1 below. When a new assignment is created it creates a new CreateddateTime in the Task table so for example you could do a Max(t.[CreatedDateTime] to find the last assignment of any IncidentNumber. So, the TeamRecords = 1 is what I need to find all records for that specific team where there is only 1 assignment for that team.
Does that help any?
Here is what I have so far...
Use TEST
Go
WITH RankResult AS
(
SELECT i.[IncidentNumber],
i.[CreatedDateTime],
i.[ResolutionDateAndTime],
i.[Priority],
i.[Status],
i.[ClientName],
i.[ClientSite],
t.[OwnerTeam],
t.[Owner],
row_number() over( partition by i.RecID
order by t.CreatedDateTime desc, t.OwnerTeam ) seq,
TeamRecords = COUNT(*) OVER(PARTITION BY t.ParentLink_RecID)
FROM Incident as i
Inner JOIN Task as t
ON i.RecID = t.ParentLink_RecID
WHERE t.OwnerTeam = 'Infrastructure Services'
AND i.CreatedDateTime >= '20121001'
AND i.CreatedDateTime <= '20131001'
)
SELECT DISTINCT
[IncidentNumber],
[CreatedDateTime],
[ResolutionDateAndTime],
[Priority],
[Status],
[ClientName],
[ClientSite],
[OwnerTeam],
[Owner]
FROM RankResult
Where TeamRecords = 1
And Seq = 1
Order By IncidentNumber Asc
GO
Using ROW_NUMBER means you will return the first assignment per team, not necessarily the teams with only one assignment. To do this you can use COUNT(*) OVER():
WITH RankResult AS
(
SELECT i.[IncidentNumber],
i.[CreatedDateTime],
i.[ResolutionDateAndTime],
i.[Priority],
i.[Status],
i.[ClientName],
i.[ClientSite],
t.[OwnerTeam],
t.[Owner],
TeamRecords = COUNT(*) OVER(PARTITION BY i.RecID)
FROM Incident as i
INNER JOIN Task as t
ON i.RecID = t.ParentLink_RecID
WHERE t.OwnerTeam = 'Info Services'
AND i.CreatedDateTime >= '20121001'
AND i.CreatedDateTime <= '20131001'
)
SELECT DISTINCT
[IncidentNumber],
[CreatedDateTime],
[ResolutionDateAndTime],
[Priority],
[Status],
[ClientName],
[ClientSite],
[OwnerTeam],
[Owner]
FROM RankResult
WHERE TeamRecords = 1;
2 things to note that I have changed in addition to the analytic function. Firstly I have changed your dates to the culture independant format yyyyMMdd, yyyy-MM-dd can still be ambiguous, so 2013-01-02 could be the 1st Feb or the 2nd Jan depending on your server/session settings. Secondly, Your where cluase was turning your join into an INNER JOIN anyway, so I just made it an INNER JOIN:
FROM Incident as i
LEFT JOIN Task as t
ON i.RecID = t.ParentLink_RecID
WHERE t.OwnerTeam = 'Info Services'
AND i.CreatedDateTime >= '20121001'
Here, if there is no match in Task then OwnerTeam will be NULL and NULL = 'Info Services' evaluates to false, so you will never return any rows with no match in Task thus making it an INNER JOIN). If you did in fact want a LEFT JOIN then you need to move this clause to the JOIN:
FROM Incident as i
LEFT JOIN Task as t
ON i.RecID = t.ParentLink_RecID
AND t.OwnerTeam = 'Info Services'
WHERE i.CreatedDateTime >= '20121001'
You can always use a simple subquery which groups across the relevant columns, counts them, filters where the count is 1, then joins it back to the main table to select the appropriate rows:
SELECT Incident.*
FROM (
SELECT OwnerTeam
FROM Incident AS Inc1
GROUP BY OwnerTeam
HAVING COUNT( * ) = 1
) AS Team
, Incident
WHERE Incident.OwnerTeam = Team.OwnerTeam
(Without more information, though, it's difficult to say if this will work for you.)