I am trying to transfer 90 million records/250 bytes row length from oracle 8i to sqlserver 2000
using DTS and it is taking 2 seconds to transfer 1000 records. Is there any way I can transfer 90 million records fast at all. This will take more than 10 hours to transfer it.
Thanks,
Ranjan
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.
I have a sql snippet from a 3rd party application that will not complete its transaction. The SELECT statement executes but does not finish. Instead the statement just sits in AWAITING COMMAND for 1000 seconds then dies, thus killing the UPDATE statement that is supposed to follow.
The CROSS JOIN and CROSS APPLY seem suspect.
(
@p0 DATETIME,
@p1 INT,
@p2 INT,
@p3 NVARCHAR(4000),
@p4 INT,
[code]....
Hi All
I'm new to sql server. I have built simple database apps using MFC CRecordset over MS Access. I'm tying to learn about SQL server by building a simple app using MFC CRecordset in Visual Studio 2005.
I have multiple CRecordset classes within my app. When I developed the app over MS Access I read somewhere that it was better to have a single database object that is shared by multiple recordsets. So I ended up with something like this -
Code Snippet
// In the class header - 2 CRecordset derived classes
CMyRecordSet m_MyRecordSet; // Connects to the database using
// its "GetDefaultConnect" string
CAnotherSet * m_pAnotherSet;
// Within a "CreateRecordSets" method
if (!m_MyRecordSet.IsOpen()) m_MyRecordSet.Open();
// This works fine
m_pAnotherSet = new CAnotherSet (m_MyRecordSet.m_pDatabase);
m_pAnotherSet->Open();
// This open takes 10s to execute,
// there are 10 rows of data in the table
I have about 6 recordsets that I create in this way, there is a tiny amount of data in the database. The open for the next record sets return immediately.
The same app over MS Access works fine - no delays. SQLServer Express and Access are both running on my development PC.
Can anyone tell me why this call takes so long and whether there is a way of avoiding it?
Subsequent calls to the database return immediately.
Thanks
Alec
SQL Server 2005 Express 9.00.3042.00
Microsoft SQL Server Management Studio Express 9.00.2047.00
Microsoft Data Access Components (MDAC) 2000.085.1117.00 (xpsp_sp2_rtm.040803-2158)
Microsoft MSXML 2.6 3.0 4.0 5.0 6.0
Microsoft Internet Explorer 6.0.2900.2180
Microsoft .NET Framework 2.0.50727.42
Operating System 5.1.2600
SQL 2000 Installation - Clustered6 GB of RAMDual Core with hyperthreading (shows 4 procs)Created the simplest of tests, created 2 DB's (1 for publication, 1 for subscription), 1 table with 2 columns, a PK int and a varchar(50).Setup distributionSetup the publication on that 1 tableSetup a pull subscription on that publicationinserted a record, takes on average 12 seconds to replicate to the subscription DB, tested it 7 times, and every time it takes 12 seconds, tried updating a column, still takes 12 seconds.It must be something very simple - anyone have an idea what could be going on here that would make it take so long? Any type of trace I can do to see what the bottleneck is? Going to start a SQL Profiler trace and see what I see, brb.
View 1 Replies View Related
Hi guys, need help again.
I'm running packages from C# code and thus I need to create an instance of SqlServer.DTS.Runtime.Application.
In my maching, creating the application instance doesn't even take 1 sec but when the application was deployed to our QA server creating the instance took 30 secs (always ... every single time with no exception).
this single code is taking the 30 secs:
Application integrationService = New Application();
Does anyone have any idea what I need to check or configure to make this faster?
Can€™t understand the Query execution interval, for every one criteria it takes extra 60 seconds. Help please?,
Query A
SELECT TOP 15 * FROM CMD4 AS T1 WHERE T1.ST IN
(SELECT max(T2.ST) FROM CMD4 AS T2 WHERE T1.SERIAL=T2.SERIAL
AND T2.sd='20060817') AND sd='20060817'
--AND STOCKNAME like 'A%'
ORDER BY D_CUM desc;
The above query take 2 seconds to return result
Query B
SELECT TOP 15 * FROM CMD4 AS T1 WHERE T1.ST IN
(SELECT max(T2.ST) FROM CMD4 AS T2 WHERE T1.SERIAL=T2.SERIAL
AND T2.sd='20060817') AND sd='20060817' AND STOCKNAME like 'A%' ORDER BY D_CUM desc
This query same as above but " AND STOCKNAME like 'A%'" Criteria only added but it takes 01 minute 43 seconds to return result. why it is like that where i need to adjust the query i have no idea. please help
SELECT * FROM
( SELECT TOP 15 * FROM
(SELECT TOP 15 CMDS.STOCKCODE AS CODE,CMDS.STOCKNAME AS NAME,CMDS.Sector AS SEC, CMD7.REFERENCE AS REF,T1.HIGHP AS HIGH,
T1.LOW,T1.B1_CUM AS 'B/QTY', T1.B1_PRICE AS BUY,T1.S1_PRICE AS SELL,
T1.S1_CUM AS 'S/QTY', T1.D_PRICE AS LAST,T1.L_CUM AS LVOL,T1.Chg AS CHG,T1.Chgp AS CHGP, T1.D_CUM AS VOLUME,substring(T1.ST,7,6) AS TIME,
CMDS.SERIAL as SERIAL FROM CMD7,CMDS,CMD4 AS T1 WHERE T1.ST IN
(SELECT max(T2.ST) FROM CMD4 AS T2 ,CMDS WHERE
T1.SERIAL=T2.SERIAL
AND CMDS.SERIAL=T2.SERIAL
AND T2.sd='20060821'
AND CMDS.sd='20060821'
AND T2.L_CUM < '1900'
AND CMDS.sector >='1'
AND CMDS.sector <='47')
AND CMDS.SERIAL=T1.SERIAL AND
CMDS.SERIAL=CMD7.SERIAL AND
CMDS.sd='20060821' AND
CMD7.sd='20060821' AND
T1.sd='20060821' AND
T1.L_CUM < '1900' AND
CMDS.sector >='1' AND
CMDS.sector <='47' ORDER BY T1.D_CUM desc)
AS TBL1 ORDER BY VOLUME asc) AS TBL1 ORDER BY VOLUME desc;
Using the Log file viewer in sql auditing I can see only 1000 record....How can we see more than 1000 records or earlier data...
View 6 Replies View RelatedHi,Currently we're a building a metadatadriven datawarehouse in SQLServer 2000. We're investigating the possibility of the updatingtables with enormeous number of updates and insert and the use ofcheckpoints (for simple recovery and Backup Log for full recovery).On several website people speak about full transaction log and thepace of growing can't keep up with the update. Therefore we want tocreate a script which flushes the dirty pages to the disk. It's notquite clear to me how it works. Questions we have is:* How does the process of updating, insert and deleting works with SQLServer 2000 with respect to log cache, log file, buffer cache, commit,checkpoint, etc?What happens when?* As far as i can see now: i'm thinking of creating chunks of data of1000 records with a checkpoint after the Query. SQL server has thedefault of implicit transactions and so it will not need a commit.Something like this?* How do i create chunks of 1000 records automatically withoutcreating a identity field or something. Is there something like SELECTNEXT 1000?Greetz,Hennie
View 6 Replies View RelatedI have a table set of records. Its contains some customerID,SportsGoods,Price in different datetime. I want to add customer spent. If crossed 1000 means i have to show purchase time when it is crossed 1000. I need query without while and looping.
Example:
Customer NameGoodsPriceDatePurchased
ABat2501/31/2014
ABall221/31/2014
BCarrom Board4752/2/2014
CTennis Ball502/1/2014
AFootball1502/2/2014
DBat2501/31/2014
BBall221/31/2014
AHockey Bat1252/4/2014
CChess552/4/2014
AVolley Ball552/4/2014
I need a little help here..I want to transfer ONLY new records AND update any modified recordsfrom Oracle into SQL Server using DTS. How should I go about it?a) how do I use global variable to get max date.Where and what DTS task should I use to complete the job? Data DrivenQuery? Transform data task? How ? can u give me samples. Perhaps youcan email me the Demo Package as well.b) so far, what I did was,- I have datemodified field in my Oracle table so that I can comparewith datelastrun of my DTS package to get new records- records in Oracle having datemodified >Max(datelastrun), and transferto SQL Server table.Now, I am stuck as to where should I proceed - how can I transfer theserecords?Hope u can give me some lights. Thank you in advance.
View 2 Replies View RelatedHi Teachies,
I am using SQL Server Standard Edition .
in one of my table , there i am inserting around 25 millions records and that takes time around more than 3 hrs.
same thing is happening while fetching records from that table.
this database contains only single file group i.e primary
and that table contains .. Clustered as well as non clustered index.
it doesnot have any Triggers.
How do i increase this performance.
Paritioning of table cannot be use in SQL Server Standard Edition.
Or Dropping all non clustered index before insert operation will improve my performance.
Please suggest me.
Thanks
Rajesh Varma
Hi Teachies,
I am using SQL Server Standard Edition with good HardWare configuration.
In one of table i am inserting around 25 millions records and that takes time around more than 3 hrs.
same thing is happening while fetching records from that table.
this database contains only single file group i.e primary
and that table contains .. Clustered as well as non clustered index.
it doesnot have any Triggers.
How do i increase this performance.
Paritioning of table cannot be use in SQL Server Standard Edition.
Or Dropping all non clustered index before insert operation will improve my performance.
Please find the details ..
SERVER CONFIGURATION:
Intel pentium (R) 4 CPU
2.88 GHZ,
2.79 GHZ ,2 GB RAM
Operating System: WINDOWS 2003 R2 STANDARD SERVICE PACK 2
Microsoft SQL Server 2005 - 9.00.1399.06 (Intel X86)
Oct 14 2005 00:33:37
Copyright (c) 1988-2005 Microsoft Corporation
Standard Edition on Windows NT 5.2 (Build 3790: Service Pack 2)
DAtABASE DETAILS:
MDF and LDF located on C: Drive
Available Space on C: DRIVE 2.94 GB
TABLES DETAILS
CREATE TABLE [dbo].[TIX_PAYMENT_SCHEDULE](
[PaymentScheduleId] [bigint] IDENTITY(1,1) NOT NULL,
[OwedAmountId] [int] NULL, --NonClusteredIndex
[ProposalId] [int] NOT NULL, --NonClusteredIndex
[BrandId] [int] NULL, -- NonClusteredIndex
[DueDate] [datetime] NULL, --NonClusteredIndex
[OverdueDate] [datetime] NULL,--NonClusteredIndex
[ExpectedAmount] [decimal](18, 2) NULL,
[TransactionStatusId] [tinyint] NULL,--NonClusteredIndex
[IsLate] [char](1) NULL,
[IsPaymentReceived] [char](1) NULL,
[ScheduleBatchJournalId] [bigint] NULL,--NonClusteredIndex
[IsValidSchedule] [char](1) NULL,
[RuleId] [int] NULL,
[ActionId] [int] NOT NULL,
[ReasonId] [tinyint] NULL,
[Comments] [nvarchar](2000) NULL,
[NoofDays] [int] NULL,
[ActualAmountReceived] [decimal](18, 2) NULL,
[CreatedBy] [uniqueidentifier] NULL,
[CreatedDateTime] [datetime] NOT NULL,
[LastUpdatedBy] [uniqueidentifier] NULL,
[LastUpdatedDateTime] [datetime] NOT NULL,
[CaseScheduleId] [bigint] NULL,--NonClusteredIndex
[ActionDate] [datetime] NULL,
[HasExactMatch] [char](1) NULL,
[IsCatchupBalanced] [char](1) NULL,
[HasModified] [char](1) NULL,--NonClusteredIndex
[PendDate] [datetime] NULL,
[IsAutoAccept] [char](1) NULL,
[CatchupBalanceIdentifier] [uniqueidentifier] NULL,--NonClusteredIndex
CONSTRAINT [PK_TIX_PAYMENT_SCHEDULE] PRIMARY KEY CLUSTERED
(
[PaymentScheduleId] ASC
)WITH (PAD_INDEX = OFF, STATISTICS_NORECOMPUTE = OFF, IGNORE_DUP_KEY = OFF, ALLOW_ROW_LOCKS = ON, ALLOW_PAGE_LOCKS = ON) ON [PRIMARY]
) ON [PRIMARY]
TABLE 2
CREATE TABLE [dbo].[TIX_PAYMENT_CASE_SCHEDULE](
[CaseScheduleId] [bigint] IDENTITY(1,1) NOT NULL,
[ProposalId] [int] NOT NULL,--NonClusteredIndex
[DueDate] [datetime] NOT NULL,
[OverDueDate] [datetime] NOT NULL,
[TotalExpectedAmount] [decimal](18, 2) NOT NULL,
[TotalActualPaymentReceived] [decimal](18, 2) NOT NULL,
[TransactionStatusId] [int] NOT NULL,--NonClusteredIndex
[ActionId] [int] NULL,
[CreatedBy] [uniqueidentifier] NULL,
[CreatedDateTime] [datetime] NULL,
[LastUpdatedBy] [uniqueidentifier] NULL,
[LastUpdatedDateTime] [datetime] NULL,
[IsValidSchedule] [char](1) NULL,
[ScheduleBatchJournalId] [bigint] NULL,
[IsCatchupBalanced] [char](1) NULL,
[HasModified] [char](1) NULL,--NonClusteredIndex
[CatchupBalanceIdentifier] [uniqueidentifier] NULL,
CONSTRAINT [PK_TIX_PAYMENT_CASE_SCHEDULE] PRIMARY KEY CLUSTERED
(
[CaseScheduleId] ASC
)WITH (PAD_INDEX = ON, STATISTICS_NORECOMPUTE = OFF, IGNORE_DUP_KEY = OFF, ALLOW_ROW_LOCKS = ON, ALLOW_PAGE_LOCKS = ON) ON [PRIMARY]
) ON [PRIMARY]
GO
STORED PROCEDURE:
CREATE PROC [dbo].[TIX_PRC_GENERATE_PAYMENTSCHEDULE_DATA]
(
@XMLParams XML,
@ToDate datetime,
@HasModified char(1)
)
AS
BEGIN
SET NOCOUNT ON
--Exception Handling Variable Declaration
DECLARE @ErrorMessage NVARCHAR(200),
@ErrorNumber INT,
@ErrorSeverity INT,
@ErrorState INT,
@ErrorProcedure NVARCHAR(50),
@ErrorLine INT,
@ErrorDesc NVARCHAR(100)
DECLARE @XMLPayment INT
BEGIN TRY
IF @XMLParams IS NOT NULL
BEGIN --BEGIN IF
SET @ErrorDesc='Error Occured While Inserting into TIX_PAYMENT_SCHEDULE FROM XML'
INSERT INTO TIX_PAYMENT_SCHEDULE
(
OwedAmountId,
ProposalId,
BrandId,
DueDate,
OverdueDate ,
CreatedDateTime,
LastUpdatedDateTime,
ExpectedAmount,
ActualAmountReceived,
ScheduleBatchJournalId,
RuleId,
TransactionStatusId,
ActionId,
IsLate,
IsPaymentReceived ,
IsValidSchedule,
--Added by DC : 119
IsCatchupBalanced,
CatchupBalanceIdentifier,
HasModified
---------------------------------------------------
)
SELECT
Main.ELEMENT.value('(OwedAmountId)[1]','int') AS OwedAmountId,
Main.ELEMENT.value('(ProposalId)[1]','int') AS ProposalId,
Main.ELEMENT.value('(BrandId)[1]','int') AS BrandId,
convert(datetime,Main.ELEMENT.value('(DueDate)[1]','varchar(100)')) AS DueDate,
convert(datetime,Main.ELEMENT.value('(OverdueDate)[1]','varchar(100)')) AS OverdueDate,
@ToDate AS CreatedDateTime,
@ToDate AS LastUpdatedDateTime,
convert(decimal(18,2),Main.ELEMENT.value('(ExpectedAmount)[1]','varchar(100)')) AS ExpectedAmount,
convert(decimal(18,2),Main.ELEMENT.value('(ActualAmountReceived)[1]','varchar(100)')) AS ActualAmountReceived,
Main.ELEMENT.value('(ScheduleBatchJournalId)[1]','bigint') AS ScheduleBatchJournalId,
Main.ELEMENT.value('(RuleId)[1]','int') AS RuleId,
Main.ELEMENT.value('(TransactionStatusId)[1]','int') AS TransactionStatusId,
Main.ELEMENT.value('(ActionId)[1]','int') AS ActionId,
Main.ELEMENT.value('(IsLate)[1]','char(1)') AS IsLate,
Main.ELEMENT.value('(IsPaymentReceived)[1]','char(1)') AS IsPaymentReceived,
Main.ELEMENT.value('(IsValidSchedule)[1]','char(1)') AS IsValidSchedule
--Added by DC for 119
,Main.ELEMENT.value('(IsCatchupBalanced)[1]','char(1)') AS IsCatchupBalanced
,Main.ELEMENT.value('(CatchupBalanceIdentifier)[1]','nvarchar(1000)') AS CatchupBalanceIdentifier
,@HasModified
---------------------------------------------------------------------
FROM @XMLParams.nodes ('(/ROOT/DATA)') AS Main(ELEMENT)
END--END IF
END TRY--Main END TRY
BEGIN CATCH --Main BEGIN CATCH
SELECT @ErrorMessage = @ErrorDesc+Char(13)+Error_Message(),
@ErrorSeverity = Error_Severity(),
@ErrorState = Error_State(),
@ErrorNumber = Error_Number(),
@ErrorProcedure = Error_Procedure(),
@ErrorLine = Error_Line()
RAISERROR(
@ErrorMessage,
@ErrorSeverity,
@ErrorState,
@ErrorNumber,
@ErrorProcedure,
@ErrorLine
)
END CATCH --Main END CATCH
END --Main END
STOREDPROCEDURE 2
CREATE PROCEDURE [dbo].[TIX_PRC_GET_PAYMENTSCHEDULE_SCHEDULE_FOR_DATE_RANGE]
(
@ToDate datetime,
@IsValidSchedule char(1)
)
AS
BEGIN
SET NOCOUNT ON
--Execption Handling Variable Declaration
DECLARE @ErrorMessage NVARCHAR(200),
@ErrorNumber INT,
@ErrorSeverity INT,
@ErrorState INT,
@ErrorProcedure NVARCHAR(50),
@ErrorLine INT,
@ErrorDesc NVARCHAR(100)
BEGIN TRY --Exception Handling
SET @ErrorDesc='Error Occured while fetching records from TIX_PAYMENT_SCHEDULE'
SELECT
PaymentScheduleId,
OwedAmountId,
ProposalId,
DueDate,
OverdueDate,
ExpectedAmount,
TransactionStatusId,
IsPaymentReceived,
IsLate,
ActionId,
ActualAmountReceived,
IsValidSchedule,
BrandId,
CaseScheduleId,
ReasonId,
Comments,
NoOfDays,
ActionDate,
IsCatchupBalanced,
CatchupBalanceIdentifier,
HasModified
from TIX_PAYMENT_SCHEDULE with (nolock)
WHERE DUEDATE <=@ToDate AND IsValidSchedule=@IsValidSchedule
SELECT DISTINCT OwedAmountId,proposalId,brandId from TIX_PAYMENT_SCHEDULE with (nolock) WHERE DUEDATE <=@ToDate AND IsValidSchedule=@IsValidSchedule Order By OwedAmountId,ProposalId,BrandId asc
SELECT DISTINCT ProposalId from TIX_PAYMENT_SCHEDULE with (nolock) WHERE DUEDATE <=@ToDate AND IsValidSchedule=@IsValidSchedule Order By ProposalId asc
END TRY
BEGIN CATCH
SELECT @ErrorMessage=@ErrorDesc+CHAR(13)+ Error_Message(),
@ErrorNumber=Error_Number(),
@ErrorState=Error_State(),
@ErrorProcedure=Error_Procedure(),
@ErrorLine=Error_Line(),
@ErrorSeverity=Error_Severity()
RAISERROR(
@ErrorMessage,
@ErrorSeverity,
@ErrorState,
@ErrorNumber,
@ErrorProcedure,
@ErrorLine
)
END CATCH
END
Thanks & Regards
Rajesh Varma
Hi Teachies,
I am using SQL Server Standard Edition with good HardWare configuration.
In one of table i am inserting around 25 millions records and that takes time around more than 3 hrs.
same thing is happening while fetching records from that table.
this database contains only single file group i.e primary
and that table contains .. Clustered as well as non clustered index.
it doesnot have any Triggers.
How do i increase this performance.
Paritioning of table cannot be use in SQL Server Standard Edition.
Or Dropping all non clustered index before insert operation will improve my performance.
Please suggest me.
Thanks
Rajesh Varma
Hi all.If I've got a query which has a field with seconds in it... how will I usethe Convert function to get my field converted to the format: HH:MM:SS ?The field with the seconds in is called: "Diff"Thanks alotRudi
View 2 Replies View RelatedCould 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
Hi!
I have 2 tables (both have the same structure):
ID -> bigint (identity, not for replication, primary key)
Url -> nvarchar(1000)
MainUrl -> nvarchar(1000)
Tbl1 cantains about 0,5 mln records, and tbl2 - 1 mln.
What I need, is to copy records from tbl2 to tbl1. But records in tbl1 are unique, and it can't change. (Unique must be only "Url"; (and ID, but it's automatic)). How can I do this in fast way? Now I'm using SELECT for each record in tbl2 to see if it exist in tbl1. But it's a bit slow... Is there any faster method? (One thing: I'm beginner in databeses, so I'm wrote VB application to transfer records. How can I do it using only Microsoft Sql server?)
--------------
I'm forgot to write, I'm using MsSql 2005.
Hi,
I am facing a big problem in data transfer from Access To SQL. Well the problem is i want to transfer nr about 50 lacs record from access to sql. at my side where sql server is complete install i could not find any problem and it transfer all data in 5 to 7 mins. now problem is at client side we not install entire sql but we install sql runtime which is available with installshied. and whenever i start to transfer data there is another exe called DLLHost.exe is run and it ate near about 70% to 75% Memory of system. well i use sql OPENROWSET statement and as soon as that statement fire at machine where entire sql is not install and only runtime install it starts to eat system memory so instead of transfer all data in 5 to 10 min it take more then 6 hrs bcaz dllhost.exe eat memory. is there any better way to transfer this records more fast pls let me know.
pls. help me to get resolve this problem.
thanks for help ,
pls help me.
Hi All,
I used a data flow task, and when trying to transfer data from a OLE DB Source (records ~ 75 lac) to a destination OLE DB Source, SSIS fails at the middle giving an error saying the Transaction log got filled, try again after clearing the same.
My query is what is the most efficient way to transfer say records more than 50 lac ensuring that it doesn't fail in the middle?
Thanks in Advance,
Mithun.
Hello,
I have a VB.NET Windows Application with a SQL 2K5 back end.
The application creates a view which produces approximately 5 million records. I am attempting to transfer these records to a table programmatically, but every attempt causes a timeout. The name of the source server and view will change depending on the client's installation.
Using the standard SQL connection/command objects with the "INSERT INTO TABLE (SELECT * FROM VIEW)" doesn't work at all.
What is the best way to transfer these records programmatically?
Thanks,
-Torrwin
Does anyone know how to convert the number 1000 to appear as 1,000 in a SQL Statement?
View 4 Replies View RelatedI have been given a Product table whoes all column types are varchar(8000)
One of the column is Price and other is DecimalPosition. Price column includes price without any decimal place and the data in DecimlaPosition column determins where the decimal should be placed.
So for instance, if the Price column includes '1000' and DecimalPosision includes '2' >> then it means that the actual price for this product is '10.00' and NOT '1000'. Similarly, if the DecimalPosision includes '3' >> then it means that the actual price for this product is '1.000' and NOT '1000'My question is that when I am getting the price for a product from this table, how can I get the price in the correct format, e..g like '10.00' and not '1000'Should I use SQL statements to convert 1000 into 10.00 or should I use some sort of programming logic to convert 1000 into 10.00.kind regards
How to select the first 1000 rows from the tbale in sql server 6.5..?
View 1 Replies View RelatedI have started to install a 3rd party web-based product for our clients that uses SQL 2000 as its backend
However every time that they create a new 'topic' within the web app, it creates a new database, with a single table in it!! - There could/will be 1000's of these 'topics' created
I have told the company we buy this from that this is not acceptable - they have asked why!!
Can anyone point me in the direction of preferably a Microsoft document that I can send to them, as just saying 'you just don't do it that way' isn't working and I can't find anything easily myself
Many thanks
if l want to commit the transactions after every thousand how would l build it into the script?
Begin Transaction
Select a.AccountNo,
a.TransactionNo,
a.TransactionAmount,
a.TransactionDate
Into dbo.test1
From Trans_May_14Aug2002 a,Reds_JuL_Trans_08Jul2002 b
Where ltrim(rtrim(left(a.AccountNo,20)))=ltrim(rtrim(lef t(b.AccountNo,20)))
AND
ltrim(rtrim(left(a.TransactionNo,20)))=ltrim(rtrim (left(b.TransactionNo,20)))
AND
a.TransactionAmount=b.TransactionAmount
AND
a.TransactionDate =b.TransactionDate
AND
ltrim(rtrim(left(a.Product,20))) IN ('PR060','PR061','PR091',
'PR096','PR111','PR121',
'PR122')
AND ltrim(rtrim(left(a.Transactiontype,20))) IN
('TR001','TR003','TR011',
'TR013','TR027','TR028',
'TR042','TR043','TR044',
'TR045','TR998','TR999')
AND ltrim(rtrim(left(a.journaltype,20))) NOT IN
('JT000','JT720','JT721',
'JT722','JT723','JT725',
'JT726','JT729','JT730',
'JT737','JT738','JT739',
'JT740','JT743','JT746',
'JT751')
OR ltrim(rtrim(left(a.JournalType,20))) IS NULL
AND a.TransactionDate > '2002-04-30'AND b.transactionDate < '2002-07-01'
Commit
I was wondering if it is possible to have a DB table with 1000 columns?
The other way is of course to break these columns into 1000 rows and an ID which tells what exactly does it relate to.
I want to know the pros and cons of having 1000 columns/rows for one set of related data.
The reason to need 1000 columns in the first place is that there are about 1000 questions in a set whose answers need to be saved for one session (hence all should go together).
Can anybody shed some light on it? Has anybody tried something so crazy before?
Ok some company has handed me this .xls file containing a 1000+ users -- their emails (which are to be their user names), and their passwords. Both are in plain text format. I want to add these users to the ASPNET_DB, with the condition that the passwords and userids are encrypted, as they are in the table.
How should I do this?
Thanks very much.
I am using transfer manager in SQL 6.5 to copy a database and
all objects with data to another server. Transfer manager is not recreating all stored procedures. This even happens when I used it to another database on the same server. Any ideas??
Is it possible/advisable when transfering very large amounts of data from server to server to:
trasnfer the data to a new table first
second alter new table adding indexes, defaults, ets based on original table
if it is what flow item would be used to transfer/alter the indexes and defaults?
I'm very new to ssis so the more detail you can give the better.
Thanks
[crossposted]Hi, I wonder if anyone might lend me a brain.I have a stock database to build that covers over 1000 products, whichmight be said to exist in around 50 product families.Obviously, just to be awkward all the types of stock will havedifferent attributes. So one product might be a tube withinside/outside diameter and length and another a T shaped cable joint.All I can come up with is a separate table for each stock type familyand store the table name and product code in the main stock table, so:Tables:ProdAProdBProdCStockStock attributes:ProdIdProdTableAmountDateetc..ProdA attribute:ProdIdAttributeXAttributeYAttributeZetc..Then use code to parse the table and product ID to select the correctquery to get the product details. BUT This seems awefuly inelegant andpotentially wrong so I'm loathe to continue down this route.Can anyone tell me the "right" way to do this, I feel sure it must bea classic db design exercise, but unfortunatly one they didn't teachus at University -- or maybe I was asleep...Thanks!
View 4 Replies View RelatedIs there a way to change the Open table - Return Top... -1000 defaultto something like 10. It should return only 10 by default? Any registrykeys?
View 1 Replies View Related
Ok, so I have a primary table that contains the count of a linked table. Since I can let the identity update itself, I should be able to insert the same values into the linked child table.
I need to put the same record in the child table 1000 (that's an arbitrary number, this will be programatically determined by the user) times.
I understand that I can do this:
INSERT INTO SomeTable (Cols) VALUES (vals)
GO 1000
However, I can't make this work when doing an ADO.NET ExecuteCmd. It doesn't like the Go 1000 part of it.
Does anyone have an idea how I can do this VERY QUICKLY without having to execute a separate insert for every item (or batch them)?
The number could be as high as 250,000 in the child table.
Thanks!