Dazu müssen Sie dynamisches SQL verwenden. Das Rough Der Code wird ungefähr so aussehen:
ALTER PROCEDURE [dbo].[_sp_GetDMActivityTrackerReport]
@CoachId VARCHAR(7),
@Month INT,
@FiscalYear INT
AS
BEGIN
INSERT @FiscalMonth (ID,Month,NbHolidays,MonthDate,TotalDays)
EXECUTE dbo._sp_GetFiscalMonths @Month, @FiscalYear
DECLARE @cols AS NVARCHAR(MAX),
@colsNull AS NVARCHAR(MAX),
@colsSum AS NVARCHAR(MAX),
@query AS NVARCHAR(MAX)
select @cols = STUFF((SELECT distinct ',' + QUOTENAME(DateName(Month,nft.MonthPeriodStart))
from NonFieldTime nft
where datename(Month,nft.MonthPeriodStart) + '-'+ substring(datename(Year,nft.MonthPeriodStart),3,2)
IN (SELECT Month +'-' +substring(datename(Year,MonthDate),3,2) [Months]
FROM [email protected])
FOR XML PATH(''), TYPE).value('.', 'NVARCHAR(MAX)'),1,1,'')
select @colsNull = STUFF((SELECT distinct ', IsNull(' + QUOTENAME(DateName(Month,nft.MonthPeriodStart))+', 0) as '+DateName(Month,nft.MonthPeriodStart)
from NonFieldTime nft
where datename(Month,nft.MonthPeriodStart) + '-'+ substring(datename(Year,nft.MonthPeriodStart),3,2)
IN (SELECT Month +'-' +substring(datename(Year,MonthDate),3,2) [Months]
FROM [email protected])
FOR XML PATH(''), TYPE).value('.', 'NVARCHAR(MAX)') ,1,1,'')
select @colsSum = STUFF((SELECT distinct '+ IsNull(' + QUOTENAME(DateName(Month,nft.MonthPeriodStart))+', 0)'
from NonFieldTime nft
where datename(Month,nft.MonthPeriodStart) + '-'+ substring(datename(Year,nft.MonthPeriodStart),3,2)
IN (SELECT Month +'-' +substring(datename(Year,MonthDate),3,2) [Months]
FROM [email protected])
FOR XML PATH(''), TYPE).value('.', 'NVARCHAR(MAX)') ,1,1,'')+' as [Total Field TIME] '
set @query = 'SELECT PreparationID,CoachId,UserID, MemberID,
[Rep Name], ' + @colsNull + ', '+ @colsSum+'
from
(
SELECT up.PreparationID,
tt.UserId [CoachId],
up.UserID, utm.MemberID,
(ui.FirstName + '' '' + ui.LastName) AS [Rep Name],
DateName(Month,nft.MonthPeriodStart) [Month],
sum(nft.Quantity) [Days]
FROM TransferedTime tt
INNER JOIN UPreparation up
ON tt.PreparationID = up.PreparationID
RIGHT JOIN UTeamMembers utm
ON tt.UserId = utm.CoachID AND utm.MemberID = up.UserID
INNER JOIN UserInfo ui
ON utm.MemberID = ui.UserID
LEFT JOIN NonFieldTime nft
ON nft.UserId = tt.UserId
AND tt.MonthPeriodFrom = nft.MonthPeriodStart
AND datename(Month,nft.MonthPeriodStart) + ''-''+ substring(datename(Year,nft.MonthPeriodStart),3,2) IN
(SELECT Month +''-'' +substring(datename(Year,MonthDate),3,2) [Months]
FROM [email protected])
WHERE utm.MemberID IN (SELECT MemberID
FROM UTeamMembers
WHERE CoachID = '[email protected]+')
GROUP BY up.PreparationID,tt.UserId,up.UserID, utm.MemberID,
(ui.FirstName + '' '' + ui.LastName),DateName(Month,nft.MonthPeriodStart)
) x
pivot
(
sum(Days)
for Month in (' + @cols + ')
) p '
execute(@query)
Mein Vorschlag, anstatt die temporäre Tabelle @FiscalMonth zu verwenden ist, dafür eine Tabelle zu erstellen, die dauerhaft ist. Es ist viel einfacher, eine Perm-Tabelle abzufragen als die temporäre Tabelle, wenn Sie dynamisches SQL verwenden. Die temporäre Tabelle ist möglicherweise außerhalb des Bereichs für die dynamische Abfrage.
