Need An Alert Notification If The Job Takes More 5 Mins To Execute:
Jan 25, 2008
Does any one have sample script which notify if "XYZ' job takes more than 5 mins to complete then needs to notify about the job status.
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Why Does This Procedure Takes 25 Mins To Run
Jul 7, 2004hi, this stored procedure below takes 25 mins to execute. is this normal? and is there a faster way to do this? its not like i have millions of records, i only have about 170.
Create Procedure sp_PayrollComplete
AS
declare @weDate nvarchar(10)
Select @weDate= we FROM cbetts.tblArchive
WHERE we = (select max(convert(datetime,we)) from cbetts.tblarchive)
declare @uid int
declare @job nvarchar(10)
declare @name nvarchar(30)
declare @Location nvarchar(30)
declare @Direct float
declare @LBO float
declare @g1099 float
declare @agency float
declare @nonbill float
declare @holiday float
declare @vacation float
declare @total float
delete cbetts.tblpayroll
Declare payroll_cursor CURSOR FOR
SELECT distinct userid FROM cbetts.v_PayrollTotals
where (we = @weDate)
ORDER BY userid
OPEN payroll_cursor
-- Perform the first fetch.
FETCH NEXT FROM payroll_cursor into @uid
-- Check @@FETCH_STATUS to see if there are any more rows to fetch.
WHILE @@FETCH_STATUS = 0
BEGIN
select @location=location from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
select @name = name from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
select @Direct =
sum(totals) from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
and employeetype='direct'
and left(jobno,3) != '900'
select @LBO =
sum(totals) from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
and employeetype='LBO'
select @g1099 =
sum(totals)from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
and employeetype='1099'
select @agency =
sum(totals) from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
and employeetype='Agency'
select @nonbill=
sum(totals) from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
and left(jobno,3)='900'
select @holiday =
sum(totals) from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
and (jobno='90010' or jobno='90011')
select @vacation =
sum(totals) from cbetts.v_payrolltotals
where userid = @uid
and we = @weDate
and jobno='90020'
set @total = ISNULL(@direct,0) + ISNULL(@lbo,0) + ISNULL(@g1099,0) + ISNULL(@agency,0) + ISNULL(@nonbill,0) + ISNULL(@holiday,0) + ISNULL(@vacation,0)
set @nonbill = ISNULL(@nonbill,0) - (ISNULL(@holiday,0) + ISNULL(@vacation,0))
insert into cbetts.tblpayroll (Name,userid,location,direct,lbo,g1099,agency,nonbill,holiday,vacation)
values (@name,@uid,@location,ISNULL(@direct,0), ISNULL(@lbo,0), ISNULL(@g1099,0), ISNULL(@agency,0),ISNULL(@nonbill,0), ISNULL(@holiday,0), ISNULL(@vacation,0))
FETCH NEXT FROM payroll_cursor into @uid
END
CLOSE payroll_cursor
DEALLOCATE payroll_cursor
-- get rid of the 0 hour entries
delete cbetts.tblpayroll
where total = 0
GO
Getting Notification / Alert When Failover Occurs
Mar 8, 2007
Hi all,
What kind of notification / alert can I get when a failover occurs?
I need to refresh SqlDependency after a failover.
Thanks,
Avi
How To Setup Multiple Notification/alert?
Jan 21, 2008
Hi there,
I am actually trying to setup multiple notification for one of our SQL Server 2000. The plan is to setup different notifications for administrators and users; so basically if a Job fails on this server Admins will get an alert message. In addition users will be notified with a separate notification to let them know that Admin team is already aware of the issue and is looking into that. All the communication is required to be through emails.
Please let me know if you have a solution to that.
Thanks,
LOA
Xp_sendmail Fails But Alert System Sends Email Notification.
Nov 30, 2004I receive the following error when trying to invoke xp_sendmail 'xp_sendmail: failed with mail error 0x80070005'. However, for alert notifications the email works fine. SQL is using an alias account to send mail. This account doesn't have any funny characters. Any ideas why the alert system works but xp_sendmail does not? The invokation of xp_sendmail is being done by SA.
Thanks.
Query Takes Longer To Execute The Second Time
Feb 13, 2001Has anybody come across situations where queries take longer to execute the second time? The server is a dedicated sql server box with 1gb memory.
Thanks in advance.
Praveena
Why It Takes Forever To Execute Stored Procedure In Reporting Services?
Sep 17, 2007I used a stored procedure in my report. If I run the sp in Management Studio (on my pc, database is on a sql server) it takes only several minutes; but from reporting services (also on pc) I put it in the data tab and execute it, it takes forever, actually never finish. I want to know why it's taking so long to execute it from reporting services while it returns data instantly from Mgt Studio. There is cursor in the sp. I don't know whether this is the culprit. Anyone knows why? Thanks!
Below is the sp.
--------------------------------------------------------------------
create proc [dbo].[p_national_by_week]
as
set nocount on
declare @s1 nvarchar(2000), @parmdefinition nvarchar(300), @rangestart smalldatetime, @rangeend smalldatetime
, @price_low money, @price_high money, @weekdate smalldatetime
declare c1 cursor for
--- GG change for reg dates.
select weekdate from vtRealEstate_RealtorListing_WeekDates
open c1
fetch from c1 into @weekdate
while @@fetch_status =0
begin
select @rangeend = @weekdate+7, @rangestart=@weekdate
select @s1 = N'
declare @mlsid_count int, @avg_price money, @avg_day_on_market int, @median_price money, @c1 int
select @mlsid_count=count(*), @avg_price=avg(CurrentPricefilter),
@avg_day_on_market=avg(datediff(dd, FirstListedDate, LastModifiedDate))
from vtRealEstate_RealtorListings
where ((FirstListedDate <= @rangeStart and LastModifiedDate >= @rangeStart) or
(FirstListedDate >= @rangeStart and FirstListedDate < @rangeEnd)
)
and currentpricefilter is not null
and mlsidfilter is not null
select @c1=@mlsid_count/2
set rowcount @c1
select @median_price = CurrentPricefilter from vtRealEstate_RealtorListings
where
((FirstListedDate <= @rangeStart and LastModifiedDate >= @rangeStart) or
(FirstListedDate >= @rangeStart and FirstListedDate < @rangeEnd)
)
and currentpricefilter is not null
and mlsidfilter is not null
order by currentpricefilter
insert report_detail_test (weekdate, mlsid_count, avg_price, median_price
, avg_day_on_market)
values(@weekdate, @mlsid_count, @avg_price, @median_price, @avg_day_on_market)
', @parmdefinition=N'@rangestart smalldatetime, @rangeend smalldatetime, @weekdate smalldatetime'
exec sp_executesql @s1, @parmdefinition, @rangestart=@rangestart, @rangeend=@rangeend
, @weekdate = @weekdate
fetch from c1 into @weekdate
end
select weekdate
, mlsid_count
, avg_price
, median_price
, avg_day_on_market
from report_detail_test
order by WeekDate
Remote Update Having A Linked Server Takes Forever To Execute
Oct 17, 2006UPDATE CD SET col1=SR.col1,col2=SR.col2,col3=SR.col3,col4=SR.col4,col5=SR.col5,col6=SR.col6,col7=SR.col7,
col8=SR.col8,col9=SR.col9,col10=SR.col10
FROM LNKSQL1.db1.DBO.Table1 CD
join Table2 USRI on USRI.col00 = CD.col00
join table3 SR on USRI.col00 = SR.col00
Here, I'm trying to tun this from an instance and do a remote update. col00 is a primary key and there is a clustered index that exists on this column. When I run this query, it does a 'select * from tabl1' on the remote server and that table has about 60 million rows. I don't understand why it would do a select *... Also, we migrated to SQL 2005 a week or so back but before that everything was running smooth. I dont have the execution plan from before but this statement was fast. Right now, I can't run this statement at all. It takes about 37 secs to do one update. But if I did the update on a local server doing remote joins here, it would work fine. When I tried to show the execution plan, it took about 10 mins to show up an estimated plan and 99% of the time was spent on Remote scan. Please let me know what I can do to improve my situation. Thank you
SQL Server 2008 :: Merge Statement Takes Several Times Longer To Execute Than Equivalent Update
Jun 20, 2013Problem Summary: Merge Statement takes several times longer to execute than equivalent Update, Insert and Delete as separate statements. Why?
I have a relatively large table (about 35,000,000 records, approximately 13 GB uncompressed and 4 GB with page compression - including indexes). A MERGE statement pretty consistently takes two or three minutes to perform an update, insert and delete. At one extreme, updating 82 (yes 82) records took 1 minute, 45 seconds. At the other extreme, updating 100,000 records took about five minutes.When I changed the MERGE to the equivalent separate UPDATE, INSERT & DELETE statements (embedded in an explicit transaction) the entire update took only 17 seconds. The query plans for the separate UPDATE, INSERT & DELETE statements look very similar to the query plan for the combined MERGE. However, all the row count estimates for the MERGE statement are way off.
Obviously, I am going to use the separate UPDATE, INSERT & DELETE statements. The actual query plans for the four statements ( combined MERGE and the separate UPDATE, INSERT & DELETE ) are attached. SQL Code to create the source and target tables and the actual queries themselves are below. I've also included the statistics created by my test run. Nothing else was running on the server when I ran the test.
Server Configuration:
SQL Server 2008 R2 SP1, Enterprise Edition
3 x Quad-Core Xeon Processor
Max Degree of Parallelism = 8
148 GB RAM
SQL Code:
Target Table:
USE TPS;
IF OBJECT_ID('dbo.ParticipantResponse') IS NOT NULL
DROP TABLE dbo.ParticipantResponse;
[code]....
With OPTION ( FORCE ORDER ), SQL Takes 1 Second And Without It Takes 2 Hours Before Cancelled
Apr 9, 2007Could some body in microsoft database team explain this behavior? Problem is predominant when cardinality of a column is very high and a where clause is specified on that column. Both use the same index.
select a12.DATE_INVOICE_ID DATE_INVOICE_ID,
a11.CUSTOMER_ID CUSTOMER_ID,
sum(a11.EXTENDED_PRICE) WJXBFS1,
sum(a11.TOTAL_COST) WJXBFS2,
(sum(a11.EXTENDED_PRICE) - sum(a11.TOTAL_COST)) WJXBFS3
from FACT_SALES_LINE a11
join RLTN_V_SL_INVOICE_YTD a12
on (a11.DATE_INVOICE_ID = a12.DATE_INVOICE_CYTD_ID)
join LKP_V_SL_EXPENSE_CODE a13
on (a11.EXPENSE_CODE_ID = a13.EXPENSE_CODE_ID)
join LKP_V_SL_LAST_STATUS a14
on (a11.LAST_STATUS_ID = a14.LAST_STATUS_ID)
join LKP_V_SL_NEXT_STATUS a15
on (a11.NEXT_STATUS_ID = a15.NEXT_STATUS_ID)
join LKP_V_SL_ORDER_TYPE a16
on (a11.ORDER_TYPE_ID = a16.ORDER_TYPE_ID)
where (a11.CUSTOMER_ID in (1523364, 1522717, 1523004, 1523728, 1523809, 1523012)
and a12.DATE_INVOICE_ID = 106365
and a16.ORDER_TYPE_SRCCD not in ( 'ST','SG','SI','SU','SK','DL','S1','YU')
and a11.BUSINESS_UNIT_ID in (461100, 461400, 461600)
and a13.EXPENSE_CODE_SRCCD <> 'LC'
and a15.NEXT_STATUS_SRCCD = '999'
and a14.LAST_STATUS_SRCCD in ( '620','914') )
group by a12.DATE_INVOICE_ID,
a11.CUSTOMER_ID
OPTION ( FORCE ORDER )
PLAN without force order:
select a12.DATE_INVOICE_ID DATE_INVOICE_ID, a11.CUSTOMER_ID CUSTOMER_ID, sum(a11.EXTENDED_PRICE) WJXBFS1, sum(a11.TOTAL_COST) WJXBFS2, (sum(a11.EXTENDED_PRICE) - sum(a11.TOTAL_COST)) WJXBFS3 from FACT_SALES_LINE a11 join RLTN_V_SL_INVOICE_YTD a12 on (a11.DATE_INVOICE_ID = a12.DATE_INVOICE_CYTD_ID) join LKP_V_SL_EXPENSE_CODE a13 on (a11.EXPENSE_CODE_ID = a13.EXPENSE_CODE_ID) join LKP_V_SL_LAST_STATUS a14 on (a11.LAST_STATUS_ID = a14.LAST_STATUS_ID) join LKP_V_SL_NEXT_STATUS a15 on (a11.NEXT_STATUS_ID = a15.NEXT_STATUS_ID) join LKP_V_SL_ORDER_TYPE a16 on (a11.ORDER_TYPE_ID = a16.ORDER_TYPE_ID) where (a11.CUSTOMER_ID in (1523364, 1522717, 1523004, 1523728, 1523809, 1523012) and a12.DATE_INVOICE_ID = 106365 and a16.ORDER_TYPE_SRCCD not in ( 'ST','SG','SI','SU','SK','DL','S1','YU') and a11.BUSINESS_UNIT_ID in (461100, 461400, 461600) and a13.EXPENSE_CODE_SRCCD <> 'LC' and a15.NEXT_STATUS_SRCCD = '999' and a14.LAST_STATUS_SRCCD in ( '620','914') ) group by a12.DATE_INVOICE_ID, a11.CUSTOMER_ID 1 1 0 NULL NULL 1 NULL 1.138269 NULL NULL NULL 2.716851 NULL NULL SELECT 0 NULL
|--Compute Scalar(DEFINE[Expr1022]=[Expr1020]-[Expr1021])) 1 2 1 Compute Scalar Compute Scalar DEFINE[Expr1022]=[Expr1020]-[Expr1021]) [Expr1022]=[Expr1020]-[Expr1021] 1.138269 0 1.138269E-07 66 2.716851 [a11].[CUSTOMER_ID], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID], [Expr1020], [Expr1021], [Expr1022] NULL PLAN_ROW 0 1
|--Compute Scalar(DEFINE[Expr1020]=CASE WHEN [Expr1023]=(0) THEN NULL ELSE [Expr1024] END, [Expr1021]=CASE WHEN [Expr1025]=(0) THEN NULL ELSE [Expr1026] END)) 1 3 2 Compute Scalar Compute Scalar DEFINE[Expr1020]=CASE WHEN [Expr1023]=(0) THEN NULL ELSE [Expr1024] END, [Expr1021]=CASE WHEN [Expr1025]=(0) THEN NULL ELSE [Expr1026] END) [Expr1020]=CASE WHEN [Expr1023]=(0) THEN NULL ELSE [Expr1024] END, [Expr1021]=CASE WHEN [Expr1025]=(0) THEN NULL ELSE [Expr1026] END 1.138269 0 1.273072E-06 49 2.716851 [a11].[CUSTOMER_ID], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID], [Expr1020], [Expr1021] NULL PLAN_ROW 0 1
|--Stream Aggregate(GROUP BY[a11].[CUSTOMER_ID]) DEFINE[Expr1023]=COUNT_BIG([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [Expr1024]=SUM([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [Expr1025]=COUNT_BIG([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [Expr1026]=SUM([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]=ANY([JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]))) 1 4 3 Stream Aggregate Aggregate GROUP BY[a11].[CUSTOMER_ID]) [Expr1023]=COUNT_BIG([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [Expr1024]=SUM([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [Expr1025]=COUNT_BIG([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [Expr1026]=SUM([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]=ANY([JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]) 1.138269 0 1.273072E-06 49 2.716851 [a11].[CUSTOMER_ID], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID], [Expr1023], [Expr1024], [Expr1025], [Expr1026] NULL PLAN_ROW 0 1
|--Sort(ORDER BY[a11].[CUSTOMER_ID] ASC)) 1 5 4 Sort Sort ORDER BY[a11].[CUSTOMER_ID] ASC) NULL 1.17323 0.01126126 0.0001004628 41 2.71685 [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 0 1
|--Nested Loops(Inner Join, OUTER REFERENCES[a11].[DATE_INVOICE_ID])) 1 6 5 Nested Loops Inner Join OUTER REFERENCES[a11].[DATE_INVOICE_ID]) NULL 1.17323 0 8.671883E-06 41 2.705488 [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 0 1
|--Nested Loops(Inner Join, OUTER REFERENCES[a11].[EXPENSE_CODE_ID])) 1 7 6 Nested Loops Inner Join OUTER REFERENCES[a11].[EXPENSE_CODE_ID]) NULL 2.074613 0 8.671883E-06 41 2.702026 [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID] NULL PLAN_ROW 0 1
| |--Nested Loops(Inner Join, OUTER REFERENCES[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID])) 1 8 7 Nested Loops Inner Join OUTER REFERENCES[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]) NULL 2.074613 0 8.671883E-06 45 2.697204 [a11].[CUSTOMER_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID] NULL PLAN_ROW 0 1
| | |--Stream Aggregate(GROUP BY[a11].[FSL_SEQ_NO]) DEFINE[a11].[CUSTOMER_ID]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[CUSTOMER_ID] as [a11].[CUSTOMER_ID]), [a11].[EXPENSE_CODE_ID]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXPENSE_CODE_ID] as [a11].[EXPENSE_CODE_ID]), [a11].[TOTAL_COST]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [a11].[EXTENDED_PRICE]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [a11].[DATE_INVOICE_ID]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[DATE_INVOICE_ID] as [a11].[DATE_INVOICE_ID]), [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]))) 1 9 8 Stream Aggregate Aggregate GROUP BY[a11].[FSL_SEQ_NO]) [a11].[CUSTOMER_ID]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[CUSTOMER_ID] as [a11].[CUSTOMER_ID]), [a11].[EXPENSE_CODE_ID]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXPENSE_CODE_ID] as [a11].[EXPENSE_CODE_ID]), [a11].[TOTAL_COST]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [a11].[EXTENDED_PRICE]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [a11].[DATE_INVOICE_ID]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[DATE_INVOICE_ID] as [a11].[DATE_INVOICE_ID]), [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]=ANY([JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]) 2.074613 0 0.1950575 49 2.692634 [a11].[CUSTOMER_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID], [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] NULL PLAN_ROW 0 1
| | | |--Nested Loops(Inner Join, OUTER REFERENCES[a11].[ORDER_TYPE_ID]) OPTIMIZED) 1 10 9 Nested Loops Inner Join OUTER REFERENCES[a11].[ORDER_TYPE_ID]) OPTIMIZED NULL 390113 0 1.630672 53 2.497577 [a11].[FSL_SEQ_NO], [a11].[CUSTOMER_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID], [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] NULL PLAN_ROW 0 1
| | | |--Nested Loops(Inner Join, OUTER REFERENCES[a11].[LAST_STATUS_ID])) 1 12 10 Nested Loops Inner Join OUTER REFERENCES[a11].[LAST_STATUS_ID]) NULL 2.074613 0 9.189784E-06 53 0.0406176 [a11].[FSL_SEQ_NO], [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID] NULL PLAN_ROW 0 1
| | | | |--Nested Loops(Inner Join, OUTER REFERENCES[a11].[NEXT_STATUS_ID])) 1 13 12 Nested Loops Inner Join OUTER REFERENCES[a11].[NEXT_STATUS_ID]) NULL 2.198513 0 0.0001337915 57 0.03713583 [a11].[FSL_SEQ_NO], [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[LAST_STATUS_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID] NULL PLAN_ROW 0 1
| | | | | |--Index Seek(OBJECT[JDE_DATA].[dbo].[FACT_SALES_LINE].[IX_FACT_SALES_LINE_06] AS [a11]), SEEK[a11].[CUSTOMER_ID]=(1522717) OR [a11].[CUSTOMER_ID]=(1523004) OR [a11].[CUSTOMER_ID]=(1523012) OR [a11].[CUSTOMER_ID]=(1523364) OR [a11].[CUSTOMER_ID]=(1523728) OR [a11].[CUSTOMER_ID]=(1523809)), WHERE[JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461100) OR [JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461400) OR [JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461600)) ORDERED FORWARD) 1 14 13 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[FACT_SALES_LINE].[IX_FACT_SALES_LINE_06] AS [a11]), SEEK[a11].[CUSTOMER_ID]=(1522717) OR [a11].[CUSTOMER_ID]=(1523004) OR [a11].[CUSTOMER_ID]=(1523012) OR [a11].[CUSTOMER_ID]=(1523364) OR [a11].[CUSTOMER_ID]=(1523728) OR [a11].[CUSTOMER_ID]=(1523809)), WHERE[JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461100) OR [JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461400) OR [JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461600)) ORDERED FORWARD [a11].[FSL_SEQ_NO], [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[BUSINESS_UNIT_ID], [a11].[LAST_STATUS_ID], [a11].[NEXT_STATUS_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID] 32.00753 0.0268287 0.00104035 66 0.02786905 [a11].[FSL_SEQ_NO], [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[BUSINESS_UNIT_ID], [a11].[LAST_STATUS_ID], [a11].[NEXT_STATUS_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID] NULL PLAN_ROW 0 1
| | | | | |--Index Seek(OBJECT[JDE_DATA].[dbo].[LU_NEXT_STATUS].[IX_LU_NEXT_STATUS_1]), SEEK[JDE_DATA].[dbo].[LU_NEXT_STATUS].[NEXT_STATUS_SRCCD]=N'999' AND [JDE_DATA].[dbo].[LU_NEXT_STATUS].[NEXT_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[NEXT_STATUS_ID] as [a11].[NEXT_STATUS_ID]) ORDERED FORWARD) 1 15 13 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[LU_NEXT_STATUS].[IX_LU_NEXT_STATUS_1]), SEEK[JDE_DATA].[dbo].[LU_NEXT_STATUS].[NEXT_STATUS_SRCCD]=N'999' AND [JDE_DATA].[dbo].[LU_NEXT_STATUS].[NEXT_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[NEXT_STATUS_ID] as [a11].[NEXT_STATUS_ID]) ORDERED FORWARD NULL 1 0.003125 0.0001581 9 0.008185391 NULL NULL PLAN_ROW 0 32.00753
| | | | |--Index Seek(OBJECT[JDE_DATA].[dbo].[LU_LAST_STATUS].[IX_LU_LAST_STATUS_1]), SEEK[JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_SRCCD]=N'620' AND [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[LAST_STATUS_ID] as [a11].[LAST_STATUS_ID] OR [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_SRCCD]=N'914' AND [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[LAST_STATUS_ID] as [a11].[LAST_STATUS_ID]) ORDERED FORWARD) 1 16 12 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[LU_LAST_STATUS].[IX_LU_LAST_STATUS_1]), SEEK[JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_SRCCD]=N'620' AND [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[LAST_STATUS_ID] as [a11].[LAST_STATUS_ID] OR [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_SRCCD]=N'914' AND [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[LAST_STATUS_ID] as [a11].[LAST_STATUS_ID]) ORDERED FORWARD NULL 1 0.003125 0.0001581 9 0.003472585 NULL NULL PLAN_ROW 0 2.198513
| | | |--Index Seek(OBJECT[JDE_DATA].[dbo].[FACT_SALES_LINE].[IX_FACT_SALES_LINE_01]), SEEK[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] as [a11].[ORDER_TYPE_ID]) ORDERED FORWARD) 1 17 10 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[FACT_SALES_LINE].[IX_FACT_SALES_LINE_01]), SEEK[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] as [a11].[ORDER_TYPE_ID]) ORDERED FORWARD [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] 188041.3 0.2616435 0.2070025 11 0.8262868 [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] NULL PLAN_ROW 0 2.074613
| | |--Clustered Index Seek(OBJECT[JDE_DATA].[dbo].[LU_ORDER_TYPE].[PK__LU_ORDER_TYPE__265B8A40] AS ), SEEK.[ORDER_TYPE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]), WHERE[JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'DL' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'S1' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SG' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SI' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SK' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'ST' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SU' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'YU') ORDERED FORWARD) 1 31 8 Clustered Index Seek Clustered Index Seek OBJECT[JDE_DATA].[dbo].[LU_ORDER_TYPE].[PK__LU_ORDER_TYPE__265B8A40] AS ), SEEK.[ORDER_TYPE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]), WHERE[JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'DL' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'S1' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SG' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SI' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SK' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'ST' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SU' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'YU') ORDERED FORWARD .[ORDER_TYPE_SRCCD] 1 0.003125 0.0001581 14 0.004555401 .[ORDER_TYPE_SRCCD] NULL PLAN_ROW 0 2.074613
| |--Clustered Index Seek(OBJECT[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[PK__LU_EXPENSE_CODE__2843D2B2]), SEEK[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[EXPENSE_CODE_ID] as [a11].[EXPENSE_CODE_ID]), WHERE[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_SRCCD]<>N'LC') ORDERED FORWARD) 1 32 7 Clustered Index Seek Clustered Index Seek OBJECT[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[PK__LU_EXPENSE_CODE__2843D2B2]), SEEK[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[EXPENSE_CODE_ID] as [a11].[EXPENSE_CODE_ID]), WHERE[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_SRCCD]<>N'LC') ORDERED FORWARD [JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_SRCCD] 1 0.003125 0.0001581 16 0.004812614 [JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_SRCCD] NULL PLAN_ROW 0 2.074613
|--Index Seek(OBJECT[JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[IX_REL_CALENDAR_YEAR_TO_DATE_01]), SEEK[JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]=(106365) AND [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID_CYTD]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[DATE_INVOICE_ID] as [a11].[DATE_INVOICE_ID]) ORDERED FORWARD) 1 33 6 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[IX_REL_CALENDAR_YEAR_TO_DATE_01]), SEEK[JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]=(106365) AND [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID_CYTD]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[DATE_INVOICE_ID] as [a11].[DATE_INVOICE_ID]) ORDERED FORWARD [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] 1 0.003125 0.0001581 11 0.003452996 [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 0 2.074613
PLAN WITH FORCE ORDER:
select a12.DATE_INVOICE_ID DATE_INVOICE_ID, a11.CUSTOMER_ID CUSTOMER_ID, sum(a11.EXTENDED_PRICE) WJXBFS1, sum(a11.TOTAL_COST) WJXBFS2, (sum(a11.EXTENDED_PRICE) - sum(a11.TOTAL_COST)) WJXBFS3 from FACT_SALES_LINE a11 join RLTN_V_SL_INVOICE_YTD a12 on (a11.DATE_INVOICE_ID = a12.DATE_INVOICE_CYTD_ID) join LKP_V_SL_EXPENSE_CODE a13 on (a11.EXPENSE_CODE_ID = a13.EXPENSE_CODE_ID) join LKP_V_SL_LAST_STATUS a14 on (a11.LAST_STATUS_ID = a14.LAST_STATUS_ID) join LKP_V_SL_NEXT_STATUS a15 on (a11.NEXT_STATUS_ID = a15.NEXT_STATUS_ID) join LKP_V_SL_ORDER_TYPE a16 on (a11.ORDER_TYPE_ID = a16.ORDER_TYPE_ID) where (a11.CUSTOMER_ID in (1523364, 1522717, 1523004, 1523728, 1523809, 1523012) and a12.DATE_INVOICE_ID = 106365 and a16.ORDER_TYPE_SRCCD not in ( 'ST','SG','SI','SU','SK','DL','S1','YU') and a11.BUSINESS_UNIT_ID in (461100, 461400, 461600) and a13.EXPENSE_CODE_SRCCD <> 'LC' and a15.NEXT_STATUS_SRCCD = '999' and a14.LAST_STATUS_SRCCD in ( '620','914') ) group by a12.DATE_INVOICE_ID, a11.CUSTOMER_ID OPTION ( FORCE ORDER ) 1 1 0 NULL NULL 1 NULL 1.08425 NULL NULL NULL 9.249098 NULL NULL SELECT 0 NULL
|--Compute Scalar(DEFINE[Expr1022]=[Expr1020]-[Expr1021])) 1 2 1 Compute Scalar Compute Scalar DEFINE[Expr1022]=[Expr1020]-[Expr1021]) [Expr1022]=[Expr1020]-[Expr1021] 1.08425 0 1.08425E-07 66 9.249098 [a11].[CUSTOMER_ID], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID], [Expr1020], [Expr1021], [Expr1022] NULL PLAN_ROW 0 1
|--Compute Scalar(DEFINE[Expr1020]=CASE WHEN [Expr1035]=(0) THEN NULL ELSE [Expr1036] END, [Expr1021]=CASE WHEN [Expr1037]=(0) THEN NULL ELSE [Expr1038] END)) 1 3 2 Compute Scalar Compute Scalar DEFINE[Expr1020]=CASE WHEN [Expr1035]=(0) THEN NULL ELSE [Expr1036] END, [Expr1021]=CASE WHEN [Expr1037]=(0) THEN NULL ELSE [Expr1038] END) [Expr1020]=CASE WHEN [Expr1035]=(0) THEN NULL ELSE [Expr1036] END, [Expr1021]=CASE WHEN [Expr1037]=(0) THEN NULL ELSE [Expr1038] END 1.08425 0 1.204394E-06 49 9.249098 [a11].[CUSTOMER_ID], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID], [Expr1020], [Expr1021] NULL PLAN_ROW 0 1
|--Stream Aggregate(GROUP BY[a11].[CUSTOMER_ID]) DEFINE[Expr1035]=COUNT_BIG([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [Expr1036]=SUM([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [Expr1037]=COUNT_BIG([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [Expr1038]=SUM([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]=ANY([JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]))) 1 4 3 Stream Aggregate Aggregate GROUP BY[a11].[CUSTOMER_ID]) [Expr1035]=COUNT_BIG([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [Expr1036]=SUM([JDE_DATA].[dbo].[FACT_SALES_LINE].[EXTENDED_PRICE] as [a11].[EXTENDED_PRICE]), [Expr1037]=COUNT_BIG([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [Expr1038]=SUM([JDE_DATA].[dbo].[FACT_SALES_LINE].[TOTAL_COST] as [a11].[TOTAL_COST]), [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]=ANY([JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]) 1.08425 0 1.204394E-06 49 9.249098 [a11].[CUSTOMER_ID], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID], [Expr1035], [Expr1036], [Expr1037], [Expr1038] NULL PLAN_ROW 0 1
|--Sort(ORDER BY[a11].[CUSTOMER_ID] ASC)) 1 5 4 Sort Sort ORDER BY[a11].[CUSTOMER_ID] ASC) NULL 1.103783 0.01126126 0.0001002863 41 9.249096 [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 0 1
|--Parallelism(Gather Streams) 1 6 5 Parallelism Gather Streams NULL NULL 1.103783 0 0.02850539 41 9.237735 [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
|--Merge Join(Inner Join, MANY-TO-MANY MERGE[a11].[ORDER_TYPE_ID])=(.[ORDER_TYPE_ID]), RESIDUAL[JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_ID] as .[ORDER_TYPE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] as [a11].[ORDER_TYPE_ID])) 1 7 6 Merge Join Inner Join MANY-TO-MANY MERGE[a11].[ORDER_TYPE_ID])=(.[ORDER_TYPE_ID]), RESIDUAL[JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_ID] as .[ORDER_TYPE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] as [a11].[ORDER_TYPE_ID]) NULL 1.103783 0.0004695 0.001520579 41 9.209229 [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
|--Sort(ORDER BY[a11].[ORDER_TYPE_ID] ASC)) 1 8 7 Sort Sort ORDER BY[a11].[ORDER_TYPE_ID] ASC) NULL 1.103783 0.002815315 2.507257E-05 45 0.09645625 [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
| |--Bitmap(HASH[a11].[ORDER_TYPE_ID]), DEFINE[Bitmap1034])) 1 9 8 Bitmap Bitmap Create HASH[a11].[ORDER_TYPE_ID]) [Bitmap1034] 1.103783 0 0.02850667 45 0.09361587 [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
| |--Parallelism(Repartition Streams, Hash Partitioning, PARTITION COLUMNS[a11].[ORDER_TYPE_ID])) 1 10 9 Parallelism Repartition Streams PARTITION COLUMNS[a11].[ORDER_TYPE_ID]) NULL 1.103783 0 0.02850667 45 0.09361587 [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
| |--Nested Loops(Inner Join, OUTER REFERENCES[a11].[NEXT_STATUS_ID])) 1 11 10 Nested Loops Inner Join OUTER REFERENCES[a11].[NEXT_STATUS_ID]) NULL 1.103783 0 4.031072E-06 45 0.06510919 [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
| |--Nested Loops(Inner Join, OUTER REFERENCES[a11].[LAST_STATUS_ID])) 1 12 11 Nested Loops Inner Join OUTER REFERENCES[a11].[LAST_STATUS_ID]) NULL 3.857486 0 3.344787E-05 49 0.06137029 [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[NEXT_STATUS_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
| | |--Nested Loops(Inner Join, OUTER REFERENCES[a11].[EXPENSE_CODE_ID])) 1 13 12 Nested Loops Inner Join OUTER REFERENCES[a11].[EXPENSE_CODE_ID]) NULL 32.00753 0 3.344787E-05 53 0.05315145 [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[LAST_STATUS_ID], [a11].[NEXT_STATUS_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
| | | |--Nested Loops(Inner Join, OUTER REFERENCES[a11].[DATE_INVOICE_ID], [Expr1033]) WITH UNORDERED PREFETCH) 1 14 13 Nested Loops Inner Join OUTER REFERENCES[a11].[DATE_INVOICE_ID], [Expr1033]) WITH UNORDERED PREFETCH NULL 32.00753 0 3.344787E-05 57 0.03554453 [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[LAST_STATUS_ID], [a11].[NEXT_STATUS_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 1
| | | | |--Index Seek(OBJECT[JDE_DATA].[dbo].[FACT_SALES_LINE].[IX_FACT_SALES_LINE_06] AS [a11]), SEEK[a11].[CUSTOMER_ID]=(1522717) OR [a11].[CUSTOMER_ID]=(1523004) OR [a11].[CUSTOMER_ID]=(1523012) OR [a11].[CUSTOMER_ID]=(1523364) OR [a11].[CUSTOMER_ID]=(1523728) OR [a11].[CUSTOMER_ID]=(1523809)), WHERE[JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461100) OR [JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461400) OR [JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461600)) ORDERED FORWARD) 1 16 14 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[FACT_SALES_LINE].[IX_FACT_SALES_LINE_06] AS [a11]), SEEK[a11].[CUSTOMER_ID]=(1522717) OR [a11].[CUSTOMER_ID]=(1523004) OR [a11].[CUSTOMER_ID]=(1523012) OR [a11].[CUSTOMER_ID]=(1523364) OR [a11].[CUSTOMER_ID]=(1523728) OR [a11].[CUSTOMER_ID]=(1523809)), WHERE[JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461100) OR [JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461400) OR [JDE_DATA].[dbo].[FACT_SALES_LINE].[BUSINESS_UNIT_ID] as [a11].[BUSINESS_UNIT_ID]=(461600)) ORDERED FORWARD [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[BUSINESS_UNIT_ID], [a11].[LAST_STATUS_ID], [a11].[NEXT_STATUS_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID] 32.00753 0.0268287 0.0002600876 62 0.02708879 [a11].[ORDER_TYPE_ID], [a11].[CUSTOMER_ID], [a11].[BUSINESS_UNIT_ID], [a11].[LAST_STATUS_ID], [a11].[NEXT_STATUS_ID], [a11].[EXPENSE_CODE_ID], [a11].[TOTAL_COST], [a11].[EXTENDED_PRICE], [a11].[DATE_INVOICE_ID] NULL PLAN_ROW 1 1
| | | | |--Index Seek(OBJECT[JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[IX_REL_CALENDAR_YEAR_TO_DATE_01]), SEEK[JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]=(106365) AND [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID_CYTD]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[DATE_INVOICE_ID] as [a11].[DATE_INVOICE_ID]) ORDERED FORWARD) 1 17 14 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[IX_REL_CALENDAR_YEAR_TO_DATE_01]), SEEK[JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID]=(106365) AND [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID_CYTD]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[DATE_INVOICE_ID] as [a11].[DATE_INVOICE_ID]) ORDERED FORWARD [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] 1 0.003125 0.0001581 11 0.008185391 [JDE_DATA].[dbo].[REL_CALENDAR_YEAR_TO_DATE].[DATE_ID] NULL PLAN_ROW 1 32.00753
| | | |--Clustered Index Seek(OBJECT[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[PK__LU_EXPENSE_CODE__2843D2B2]), SEEK[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[EXPENSE_CODE_ID] as [a11].[EXPENSE_CODE_ID]), WHERE[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_SRCCD]<>N'LC') ORDERED FORWARD) 1 18 13 Clustered Index Seek Clustered Index Seek OBJECT[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[PK__LU_EXPENSE_CODE__2843D2B2]), SEEK[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[EXPENSE_CODE_ID] as [a11].[EXPENSE_CODE_ID]), WHERE[JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_SRCCD]<>N'LC') ORDERED FORWARD [JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_SRCCD] 1 0.003125 0.0001581 16 0.01755811 [JDE_DATA].[dbo].[LU_EXPENSE_CODE].[EXPENSE_CODE_SRCCD] NULL PLAN_ROW 1 32.00753
| | |--Index Seek(OBJECT[JDE_DATA].[dbo].[LU_LAST_STATUS].[IX_LU_LAST_STATUS_1]), SEEK[JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_SRCCD]=N'620' AND [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[LAST_STATUS_ID] as [a11].[LAST_STATUS_ID] OR [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_SRCCD]=N'914' AND [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[LAST_STATUS_ID] as [a11].[LAST_STATUS_ID]) ORDERED FORWARD) 1 19 12 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[LU_LAST_STATUS].[IX_LU_LAST_STATUS_1]), SEEK[JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_SRCCD]=N'620' AND [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[LAST_STATUS_ID] as [a11].[LAST_STATUS_ID] OR [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_SRCCD]=N'914' AND [JDE_DATA].[dbo].[LU_LAST_STATUS].[LAST_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[LAST_STATUS_ID] as [a11].[LAST_STATUS_ID]) ORDERED FORWARD NULL 1 0.003125 0.0001581 9 0.008185391 NULL NULL PLAN_ROW 1 32.00753
| |--Index Seek(OBJECT[JDE_DATA].[dbo].[LU_NEXT_STATUS].[IX_LU_NEXT_STATUS_1]), SEEK[JDE_DATA].[dbo].[LU_NEXT_STATUS].[NEXT_STATUS_SRCCD]=N'999' AND [JDE_DATA].[dbo].[LU_NEXT_STATUS].[NEXT_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[NEXT_STATUS_ID] as [a11].[NEXT_STATUS_ID]) ORDERED FORWARD) 1 20 11 Index Seek Index Seek OBJECT[JDE_DATA].[dbo].[LU_NEXT_STATUS].[IX_LU_NEXT_STATUS_1]), SEEK[JDE_DATA].[dbo].[LU_NEXT_STATUS].[NEXT_STATUS_SRCCD]=N'999' AND [JDE_DATA].[dbo].[LU_NEXT_STATUS].[NEXT_STATUS_ID]=[JDE_DATA].[dbo].[FACT_SALES_LINE].[NEXT_STATUS_ID] as [a11].[NEXT_STATUS_ID]) ORDERED FORWARD NULL 1 0.003125 0.0001581 9 0.003734868 NULL NULL PLAN_ROW 1 3.857486
|--Parallelism(Repartition Streams, Hash Partitioning, PARTITION COLUMNS.[ORDER_TYPE_ID]), ORDER BY.[ORDER_TYPE_ID] ASC), WHEREPROBE([Bitmap1034])=TRUE)) 1 21 7 Parallelism Repartition Streams PARTITION COLUMNS.[ORDER_TYPE_ID]), ORDER BY.[ORDER_TYPE_ID] ASC), WHEREPROBE([Bitmap1034])=TRUE) NULL 20.5 0 0.0285224 11 9.11078 .[ORDER_TYPE_ID] NULL PLAN_ROW 1 1
|--Merge Join(Inner Join, MERGE.[ORDER_TYPE_ID])=([JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]), RESIDUAL[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]=[JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_ID] as .[ORDER_TYPE_ID])) 1 22 21 Merge Join Inner Join MERGE.[ORDER_TYPE_ID])=([JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]), RESIDUAL[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]=[JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_ID] as .[ORDER_TYPE_ID]) NULL 20.5 0 0.001586888 11 9.082257 .[ORDER_TYPE_ID] NULL PLAN_ROW 1 1
|--Parallelism(Repartition Streams, Hash Partitioning, PARTITION COLUMNS.[ORDER_TYPE_ID]), ORDER BY.[ORDER_TYPE_ID] ASC)) 1 23 22 Parallelism Repartition Streams PARTITION COLUMNS.[ORDER_TYPE_ID]), ORDER BY.[ORDER_TYPE_ID] ASC) NULL 328 0 0.03033649 11 0.03529974 .[ORDER_TYPE_ID] NULL PLAN_ROW 1 1
| |--Clustered Index Scan(OBJECT[JDE_DATA].[dbo].[LU_ORDER_TYPE].[PK__LU_ORDER_TYPE__265B8A40] AS ), WHERE[JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'DL' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'S1' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SG' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SI' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SK' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'ST' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SU' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'YU') ORDERED FORWARD) 1 24 23 Clustered Index Scan Clustered Index Scan OBJECT[JDE_DATA].[dbo].[LU_ORDER_TYPE].[PK__LU_ORDER_TYPE__265B8A40] AS ), WHERE[JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'DL' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'S1' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SG' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SI' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SK' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'ST' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'SU' AND [JDE_DATA].[dbo].[LU_ORDER_TYPE].[ORDER_TYPE_SRCCD] as .[ORDER_TYPE_SRCCD]<>N'YU') ORDERED FORWARD .[ORDER_TYPE_ID] 328 0.004606482 0.00013165 18 0.004738132 .[ORDER_TYPE_ID] NULL PLAN_ROW 1 1
|--Stream Aggregate(GROUP BY[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID])) 1 25 22 Stream Aggregate Aggregate GROUP BY[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]) NULL 27 0 1.6875E-05 11 9.045368 [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] NULL PLAN_ROW 1 1
|--Parallelism(Repartition Streams, Hash Partitioning, PARTITION COLUMNS[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]), ORDER BY[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] ASC)) 1 26 25 Parallelism Repartition Streams PARTITION COLUMNS[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]), ORDER BY[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] ASC) NULL 108 0 0.0291047 11 9.045351 [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] NULL PLAN_ROW 1 1
|--Stream Aggregate(GROUP BY[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID])) 1 27 26 Stream Aggregate Aggregate GROUP BY[JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID]) NULL 108 0 0.634653 11 9.016247 [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] NULL PLAN_ROW 1 1
|--Index Scan(OBJECT[JDE_DATA].[dbo].[FACT_SALES_LINE].[IX_FACT_SALES_LINE_01]), ORDERED FORWARD) 1 28 27 Index Scan Index Scan OBJECT[JDE_DATA].[dbo].[FACT_SALES_LINE].[IX_FACT_SALES_LINE_01]), ORDERED FORWARD [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] 5077116 6.985347 1.396246 11 8.381594 [JDE_DATA].[dbo].[FACT_SALES_LINE].[ORDER_TYPE_ID] NULL PLAN_ROW 1 1
Why DataFlow Task Takes More To Complete Than Doing The Same In Execute SQL Task
Jun 12, 2007An Execute SQL task takes 1 min to run a statement "insert into Mytable select * from view_using_joins"
Output: 10,225 rows affected.
But a Dataflow task configured to fetch data from the same view_using_joins into MyTable takes hours to do the same.
Could you please explain why is it so ?
Thanks
Subhash Subramanyam
Why Query Takes 0 Seconds And Stored Procedure Takes 16 Seconds Sql Server 2000
Sep 21, 2007
I have a Stored Procedure that has a query in it and it take 0 second and then a stored procedure that takes 16 seconds. From what I can tell they shoul be the same.
It doesn't recompile when i run the stored procedure, I checked that.
How To Pull Records In Past 30 Mins Only
Jun 23, 2012I need to show the count that occurred during the previous 30min. I've been told the following query doesn't work.
SELECT COUNT(*) FROM sampledata
WHERE (id = 254 AND sub_id = 731) AND (sampledate >= DATEADD(mi, -30, GETDATE()))
Transaction Reverts Back After 10 Mins
Apr 3, 2015The following transaction runs, then reverts back after 10 mins.
begin Tran [UpdateSundays]
update ScanAssetInformation with (rowlock)
set BusinessDate = dateadd(day,-2,BusinessDate)
where datepart(weekday,BusinessDate) = 1
commit tran [UpdateSundays]
begin Tran [UpdateSaturdays]
update ScanAssetInformation with (rowlock)
set BusinessDate = dateadd(day,-1,BusinessDate)
where datepart(weekday,BusinessDate) = 7
commit tran [UpdateSaturdays]
Linked Server Problem After Few Mins
Aug 3, 2007
Dear All,
Before i get crazy please help me out, i have creatd a linked server between sql 2005 and sql 2000.
The security of linked server is how,
that i have used a window authitcation accout like domainuser and i m using this account as impersonate and with the option that "be made with the login's current security context".
Now the problem is when i used the application it is working fine, but after if login the applciation with a break of 15 mins or half an hour, i get the error
TCP Provider: An existing connection was forcibly closed by the remote host.
Login failed for user '(null)'. Reason: Not associated with a trusted SQL Server connection."
I am unbale to undersatnd that why it so, y it fails after few mins, and if i check the particular Sp from backend it is working fine.
Moreover if a again create the link server with same setting as mentioned above it will work fine, but again after half an hour it will come up with same problem.
But if i create linked server with sql account that is available on both server using option "be made using this security context" every thing is working fine.
please help why problem in 1st case, and if my concept regarding linked server security is confusing do let me know any good link
Thnx l
Scheduling The SSIS Package To Run After Every 2 Mins
Dec 12, 2006How can i plan the execution of a package ?
For example, i want to execute the package every 2 minutes for all the time.
I do not want to use SQL Server Agent to do this. I want the package to self contained to do it.
Thanks
Rohit
How To Get Data Updated Every 5 Mins From Remote Server
Mar 24, 2007Dear friends, We have a server put at US side and we are trying to load the data into another related database in India site, now the thing is that we want to update India data at an interval of 5 mins?
Is there any way to do it without effecting the performance of the US server?
thanks,
High CPU Load On Service Start For Approx 10 Mins
Mar 12, 2008This has been driving me crazy.
First noticed it when I went from JIT compiling of my .net app to pre-compiled via the command prompt, although I can't see that that's go anything to do with it...
My database is around 2gb and I'm using service broker.
If I drop a new version of my app into production, sqlserver.exe goes nuts and eats up the cpu.
Tonight, I stopped IIS and SQL Server, then dropped a new version in. I hadn't re-started IIS at this point... As soon as I started SQL Server, off it went again - eating up the CPU. I quickly launched a trace via the Profiler - no activity showing.
So, I started IIS after a couple of mins (still with the high cpu) and then just waited. After about 10 mins, SQL Server settled down and everything was normal again.
What is it doing when I start the SQL Server service?
Si
Transact SQL :: Time Series Table Which Generates A Flag For Every 10 Mins
May 15, 2015i have a time series table which generates a flag for every 10 mins. the table looks as below. I am trying to write a sql query which gives me the start date and end date of a particular flag, each time the flag starts. i tried to do it using cursors and actually joining the table to itself based on a 10 min offset but couldn't get the required results.
startdate enddate
flag
2009-11-02 23:30 2009-11-02 23:50
-999
2009-12-08 04:50 2009-12-08 04:50 -990
CPU Utilization Alert Through WMI Alert
Aug 13, 2015Can you use the below query to get CPU high utilisation alert purposes for both named and default instance? or, do I need to make any changes here (@wmi_namespace=N'.ROOTCIMV2' ) ?
USE [msdb]
GO
EXEC msdb.dbo.sp_add_alert @name=N'CPU_WM_Utilization_Check',
@message_id=0,
@severity=0,
[code]....
Transact SQL :: To Display Days Hours Mins Format Based On Business Hours
Apr 22, 2015I want to display Days Hours Mins Format.
I am Having two columns Like below,
Col1 (in days) col2 (In Hours : Mins)
3days 4:5
In this first have to add Col1 and Col2 (Here one day is equals to 9 hours ) so the addition is 31.5
From this 31.5 I should display 3 Days 4 Hours 30 Mins because 31.5 contains 3 (9 hours) days 4 Hours and .5 is equals to 30 mins.
What If Job Has To Run Every 15 Min But Takes 5-23 Min To Run?n
Dec 11, 2001Hello everybody
I created stand by server and do restore of database 'Alex' with standby
every 15 min
database 'Alex' on stand by server is set to read only
I allow user to run queries using database 'Alex' on stand by server
I noticed in my job history foolwing
Job started job run
---------- -------
10:00:00 00:01:00
10:30:00 00:19:23 --- at this time users did select on stand by server
11:00:00 00:02:00
So I am mising the job at 10:45:00 but I did not get any errors
and then job goes back to every 15 min
what happen to job at 10:45:00 did it run at 11:00 ?
job created from DTS and include
a) back of transaction log from production database
b) moving log stand by server
c) restoring log "with stand by" on stand by server
What is best solution if I want used stand by server for reports ?
Thank you.
Help! The Transaction Log Is Full Error In SSIS Execute SQL Task When I Execute A DELETE SQL Query
Dec 6, 2006Dear all:
I had got the below error when I execute a DELETE SQL query in SSIS Execute SQL Task :
Error: 0xC002F210 at DelAFKO, Execute SQL Task: Executing the query "DELETE FROM [CQMS_SAP].[dbo].[AFKO]" failed with the following error: "The transaction log for database 'CQMS_SAP' is full. To find out why space in the log cannot be reused, see the log_reuse_wait_desc column in sys.databases". Possible failure reasons: Problems with the query, "ResultSet" property not set correctly, parameters not set correctly, or connection not established correctly.
But my disk has large as more than 6 GB space, and I query the log_reuse_wait_desc column in sys.databases which return value as "NOTHING".
So this confused me, any one has any experience on this?
Many thanks,
Tomorrow
Looking For A Way To Refer To A Package Variable Within Any Transact-SQL Code Included In Execute SQL Or Execute T-SQL Task
Apr 19, 2007I'm looking for a way to refer to a package variable within any
Transact-SQL code included in either an Execute SQL or Execute T-SQL
task. If this can be done, I need to know the technique to use -
whether it's something similar to a parameter placeholder question
mark or something else.
FYI - I've been able to successfully execute Transact-SQL statements
within the Execute SQL task, so I don't think the Execute T-SQL task
is even necessary for this purpose.
Sql Alert
Aug 5, 2004Folks, i want an alert to be displayed by SQL when the processor shoots above 80% constantly for 30 seconds. Is there any perfomance counter alert sepcifically for this purpose?
Howdy!
Alert
Jan 28, 2008Hi there
I've created the new alert by going to use the following stored procedure:
EXEC msdb.dbo.sp_add_alert @name=N'Severity
19 Error',
@message_id=0,
@severity=19,
@enabled=1,
@delay_between_responses=180,
@include_event_description_in=7,
@category_name=N'[Uncategorized]',
@job_id=N'00000000-0000-0000-0000-000000000000'
GO
But the result has a strange characters between 'Severity' and '19 Error' in sysalerts column. So I can't even drop this by using sp_delete_alert.
My question is how to access and modify the sysalerts system table cause I don't think you can access system table anymore?
BTW ... I am using the 90.00.3042 (Sp2).
Thanks
SSIS Execute Package With Execute Out Of Process = True Causes ProductLevelToLow Error
Mar 6, 2008
Hi.
I have a master package, which executes child packages that are located on a SQL Server. The Child packages execute other child packages which are also located on the SQL server.
Everything works fine when I execute in process. But when I set the parameter in the mater package ExecutePackageTask to ExecuteOutOfProcess = True, I get the following error
Error: 0xC00470FE at DFT Load Data, DTS.Pipeline: SSIS Error Code DTS_E_PRODUCTLEVELTOLOW. The product level is insufficient for component "Row Count" (5349).
Error: 0xC00470FE at DFT Load Data, DTS.Pipeline: SSIS Error Code DTS_E_PRODUCTLEVELTOLOW. The product level is insufficient for component "SCR Custom Split" (6399).
Error: 0xC00470FE at DFT Load Data, DTS.Pipeline: SSIS Error Code DTS_E_PRODUCTLEVELTOLOW. The product level is insufficient for component "SCR Data Source" (5100).
Error: 0xC00470FE at DFT Load Data, DTS.Pipeline: SSIS Error Code DTS_E_PRODUCTLEVELTOLOW. The product level is insufficient for component "DST_SCR Load Data" (6149).
The child packages all run fine when executed directly, and the master package runs fine if Execute Out of Process is False.
Any help would be greatly appreciated.
Thanks
Geoff.
SQL MAIL ALERT
Jun 12, 2007Hi,
I have to generate an automatic mail alert based on the sql server database table.In that
table has expiry dates baed on that dates ,I have to send an automatic mail through sql server.
please give solution for this issue.
Thanks in advance.
Regards,
Raja.
Email Alert
Jul 12, 2005I'm trying to develop a email alert feature on my project. I was trying to approach with SQL trigger wich I think is the best option. Basically, when a new record is inserted into ad table, a email alert goes to peolpe who selected to receive alert wehen certain conditions are met. What would be the best approach? any examples?Thanks
View 2 Replies View RelatedDeadlock Alert
Sep 4, 2002I have set up an alert to detect when Page Deadlocks rise above 0. Overnight I have DTS packages populating SQL Server and various other jobs (Cognos Cube Builds etc.). My alert detected a Deadlock during the night but all of my processes completed fine. My problem/misunderstanding is that my alert is still popping up every 5 mins saying there is a Deadlock yet there is nothing running or no-one accessing SQL server and I cannot see any trace of the Deadlock in the Current Activity. Is this normal or is it a bug?
View 1 Replies View RelatedAlert Questions
Jul 18, 2000I have two questions:
1) how can I get an alert (via paging or email) when the SQL server is down ?
2) how can I get an alert ( via paging or email) when the SQL Agent goes
down?
I'm a novice SQL Server DBA.
thanks!
Alert When Sa Logs In
Sep 19, 2000Currently, my client is allowing all the developers to log in as sa and most servers have a NULL sa password. Not a good idea. I am recommending them to move to integrated security with NT groups and to move away from using the sa login altogether. Then to secure the sa login, actually give it a password (something cryptic). I also wanted to set up an alert whenever someone logs in using the sa password. How can that be accomplished? A trigger on the sysprocesses table would work but seems a little risky.
View 8 Replies View RelatedAlert Responses
Jan 11, 2000Hello!
I've created an alert that is raised when the Percent Log Used rises above 80%. The response to this alert starts a job that performs a log backup.
Sometimes the database server is pretty loaded and the log backup takes some minutes and the alert is raised 3 (or more) times before the log backup ends. In response to this alert, plus 3 backups are performed.
Is it possible to make the alert sleep while the log backup is running, to avoid those extra backups?
I thought about disabling the alert in the first step (and re enabling it as the last step) but if the job fails the alert wouldn't be enabled... Right?
Thanks!
Fabio