Using SQL2000, is there another way of optimizing the original query below.
TIA,
Bob
Update Transaction
set field1 = (select (sum(tax)-sum(credit))/sum(credit) from tblOrder where
tblOrder.id = Transaction.id),
field2 = (select avg(price) from tblOrder where tblOrder.id =
Transaction.id),
field3 = (select min(cost) from tblOrder where tblOrder.id = Transaction.id)
etc..
(there are six additional updates)
Is this a quicker way:
Update Transaction
SET field1 = (sum(tax)-sum(credit))/sum(credit) , field2 = avg(price) ,
field3 = min(cost) , etc.....
FROM tblOrder
WHERE tblOrder.id = Transaction.id
Hi... I have data that i am getting through a dbf file. and i am dumping that data to a sql server... and then taking the data from the sql server after scrubing it i put it into the production database.. right my stored procedure handles a single plan only... but now there may be two or more plans together in the same sql server database which i need to scrub and then update that particular plan already exists or inserts if they dont...
this is my sproc... ALTER PROCEDURE [dbo].[usp_Import_Plan] @ClientId int, @UserId int = NULL, @HistoryId int, @ShowStatus bit = 0-- Indicates whether status messages should be returned during the import.
AS
SET NOCOUNT ON
DECLARE @Count int, @Sproc varchar(50), @Status varchar(200), @TotalCount int
SET @Sproc = OBJECT_NAME(@@ProcId)
SET @Status = 'Updating plan information in Plan table.' UPDATE Statements..Plan SET PlanName = PlanName1, Description = PlanName2 FROM Statements..Plan cp JOIN ( SELECT DISTINCT PlanId, PlanName1, PlanName2 FROM Census ) c ON cp.CPlanId = c.PlanId WHERE cp.ClientId = @ClientId AND ( IsNull(cp.PlanName,'') <> IsNull(c.PlanName1,'') OR IsNull(cp.Description,'') <> IsNull(c.PlanName2,'') )
SET @Count = @@ROWCOUNT IF @Count > 0 BEGIN SET @Status = 'Updated ' + Cast(@Count AS varchar(10)) + ' record(s) in ClientPlan.' END ELSE BEGIN SET @Status = 'No records were updated in Plan.' END
SET @Status = 'Adding plan information to Plan table.' INSERT INTO Statements..Plan ( ClientId, ClientPlanId, UserId, PlanName, Description ) SELECT DISTINCT @ClientId, CPlanId, @UserId, PlanName1, PlanName2 FROM Census WHERE PlanId NOT IN ( SELECT DISTINCT CPlanId FROM Statements..Plan WHERE ClientId = @ClientId AND ClientPlanId IS NOT NULL )
SET @Count = @@ROWCOUNT IF @Count > 0 BEGIN SET @Status = 'Added ' + Cast(@Count AS varchar(10)) + ' record(s) to Plan.' END ELSE BEGIN SET @Status = 'No information was added Plan.' END
SET NOCOUNT OFF
So how do i do multiple inserts and updates using this stored procedure...
Hello,In my web application I am listing steps of action:STEP ACTION10 10.1 10.210.910.1010.203030.1etcHow should I set up my columns in my database? I tryed decimal but the problem is that 10.1 and 10.10 is in theory the same while in my case it is absolutely not. I also tryed nvarchar but does not sort correctly.Should I create 2 int column, one for the main step and another one for the sub-step (one would contain the part before the "." and the other would contain the part after the ".")?Thanks
Hello, I am working on a web app and am at a point where I have multiple rows in my GUI that need to be sent to and saved in SQL Server when the user presses Save. We want to pass the rows to a working table and the do a begin tran, move rows from working table to permanent tables with set processing, commit tran. The debate we are having is how to get the data to the work table. We can do individual inserts to the work table 1 round trip for each row (could be 100's of rows) or concatenate all rows into 1 long (up to 8K at a time) string and make one call sending the long string and then parse it into the work table in SQL Server. Trying to consider network usage and overhead by sending many short items vs 1 long item and cpu overhead for many inserts vs string manipulation and parsing. Suggestions?
Is it possible to do an update on multiple records. I have fields CusOrderID and CusCreditAmt in table CusOrder; and fields CusOrderID and CreditAmt in table CusCredits. I would like to update the value in the CusCreditAmt field in CusOrder to equal the CreditAmt field in CusCredits where CusOrderID is the same in both tables.
I tried doing this in a stored procedure based on a View with an inner join between the 2 tables as follows:
Update View1 Set CusCreditAmt = CreditAmt
I received an error that the subquery returned more than one value. Is there anyway to do something like this and make it work?
Writing this code using a CTE or any other method which do not use a table variable or a temp table as the users do not permissions to run this code from the application because of their roles which are required for creating and dropping the temp tables. I replaced table variable in place of Temp tables however the query never completes, probably because of the number of rows.
SELECT A.[Entry No_], A.[G_L Account No_],A.[Gen_ Prod_ Posting Group],A.[Document No_],A.[Posting Date] INTO temp1 FROM [G_L Entry] as A ,[G_L Account] as B where A.[G_L Account No_]= B.[No_] SELECT VE.[Entry No_],VE.[Document No_],VE.[Posting Date],VE.[Gen_ Prod_ Posting Group] , GLILER.[G_L Entry No_] INTO temp2
Is there a way to update all of the records in a table all at once using the results of a select of a different table's data?
For example. There are two tables, each have a primary index of catnum. One table (invoice_items) contains the line items (catnum) of customer invoices. The other table (sales_history) is a sales history table. I want to select all data from the invoice_items and sum the sales for various time periods (sales_0to30days, sales_31to60days, etc.) I then want to update the sales_history table which has columns: catnum, sales_0to30, sales_31to60, etc.). I want to run this daily to update all records.
Howdy,I need to write an update query with multiple aggregate functions.Here is an example:UPDATE tSETt.a = ( select avg(f.q) from dbo.foo f where f.p = t.y ),t.b = ( select sum(f.q) from dbo.foo f where f.p = t.y )FROM dbo.test tBasically I need to get some aggregate statistics about the rows offoo and store them in rows of t. The above statement works fine...butnote how the two subSelect's have the exact same WHERE clause. Thisscreams at me to combine them...but how? I would like to havesomething like this in my query:SELECT avg(f.q), sum(f.q) FROM dbo.foo f WHERE f.p = 2...and somehow store the results in t.a and t.b. Is there any way todo this?Thanks before hand!
I have a table used by multiple applications. One column is an Identify field and is also used as a Primary key. What isare the best practices to use get the identity value returned after an INSERT made by my code.. I'm worried that if someone does an INSERT into the same table a "zillionth" of a second later than I did, that I could get their Identity value.
I have triggers in place on a table that do various checks on data input. It is clear that because of these triggers I cannot do updates on multiple records in this table. When I do, I receive an error that "subquery returned more than one value." Is there anyway to work around this by temporarily turning off triggers or something else?
Hey, I have couple of triggers to one of the tables. It is failing if I update multiple records at the same time from the stored procedure.
UPDATE table1 SET col1 = 0 WHERE col2 between 10 and 20
Error I am getting is :
Server: Msg 512, Level 16, State 1, Procedure t_thickupdate, Line 12 Subquery returned more than 1 value. This is not permitted when the subquery follows =, !=, <, <= , >, >= or when the subquery is used as an expression. The statement has been terminated.
What is the best possible way to make it work? Thank you.
I was able to catch one update but not multiple updates or batch updates done to the table. I know the updated records are residing in inserted and deleted tables. Without using cursors, how can i read and compare all the rows in these two tables?
I have a stored procedure that creates a temporary table, and then populates it using an INSERT and then a series of UPDATE statements. The procedure then returns the temporary table which will contain data in all of its columns.
When I call this procedure from SSRS 2005, the rowset returned contains data in only those columns that are populated by the INSERT statement. The columns that are set via the UPDATE statements are all empty. I read (in the Hitchhikers Guide to Reporting Services) that SSRS will only process the first rowset in a stored procedure that generates multiple rowsets. Is this true? Is this why SSRS does not retrieve data for the columns that are populated by the UPDATE statements?
-- File: sp_GetProgramsWatchedByDateRange.sql -- Desc: Returns EDP program and related channel (i.e., provider) information from the IPTV Data warehouse. -- Note that some of that data used by this procedure are obtained from the RMS_EPG database -- which is created by an application (loadEPG) that loads the EPG data from a GLF format XML file. -- Auth: H Hunsaker -- Date: 11/07/2006
-- Example invocation -- EXEC dbo.sp_GetProgramsWatchedByDateRange ...
-- Arguments/Parameters:
-- Parameter Name Type Description -- 3. StartDate datetime First date of reporting period -- 4. EndDate datetime Last date of reporting period -- TerseMode bit Return all columns? (1 = no, 0 = yes) -- 5. AsXML bit Resultset format (0 = standard, 1 = XML) -- 6. Debug bit Debug mode (0 = off, 1 = on). Currently disabled
IF OBJECT_ID (N'dbo.sp_GetProgramsWatchedByDateRange') IS NOT NULL DROP PROCEDURE dbo.sp_GetProgramsWatchedByDateRange GO
CREATE PROCEDURE dbo.sp_GetProgramsWatchedByDateRange @StartDate datetime = NULL, @EndDate datetime = NULL, @TerseMode bit = 0, @AsXML bit = 0, @Debug bit = 0 AS -- Notes: Much of the program content (roles, flags, etc.) that we want is not stored in the IPTV data warehouse. -- So I am going to the RMS_EPG database to obtain that information. -- We will have to ensure that the 2 databases are generated at the same or a matching time -- in order to to ensure that all programID values in the data warehouse can be located in the RMS_EPG database.
-- Debug code for testing -- DECLARE @StartDate datetime -- DECLARE @EndDate datetime -- DECLARE @TerseMode bit
-- Basic program information tprogram int NULL, -- programID from EPG XML, needed to access program data in the RMS_EPG db. tprogramId uniqueidentifier NULL, -- programID generated by IPTV tprogramTitle varchar(150) NULL, tprogramEpisodeTitle varchar(100) NULL, tprogramDescription varchar(500) NULL,
-- Flags ClosedCaption bit NULL, InStereo bit NULL, Repeats bit NULL, New bit NULL, Live bit NULL, Taped bit NULL, Subtitled bit NULL, SAP bit NULL, ThreeD bit NULL, Letterbox bit NULL, HDTV bit NULL, Dolby bit NULL, DVS bit NULL,
-- I store the program watching data in a temp table because -- data from the VIL and the Sandbox that were used to test this procedure were either incomplete or invalid. -- Use of a temp table with a series of updates allow me more control over the result set.
IF @StartDate IS NOT NULL AND @EndDate IS NOT NULL INSERT INTO #programWatched ( tdeviceId, tprogramId, --tprogramTitle, --tprogramEpisodeTitle, toriginDateTime, tduration, --tprogramType, --tchannelCallName,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 -- program flag values default to zero, as we do not want NULL values.
FROM DW_EventClientProgramWatched pw WHERE programID IS NOT NULL AND programID != '00000000-0000-0000-0000-000000000000' -- These values should not occur, but they did in the test system AND originTime BETWEEN @StartDate AND @EndDate ELSE INSERT INTO #programWatched ( tdeviceId, tprogramId, --tprogramTitle, --tprogramEpisodeTitle, toriginDateTime, tduration, --tprogramType, --tchannelCallName,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 -- program flag values default to zero, as we do not want NULL values.
FROM DW_EventClientProgramWatched pw WHERE programID IS NOT NULL AND programID != '00000000-0000-0000-0000-000000000000' -- These values should not occur, but they did in the test system
-- AccountId/SubscriberId UPDATE #programWatched SET taccountId = (SELECT accountId FROM DW_BRDB_bm_device d WHERE d.deviceId = tdeviceId)
-- program (this is the integer program ID stored in the EPG XML, not to be confused with the IPTV programId) -- a program can occur on multiple channels, so we filter channels where scheduleTime <= originTime <= scheculeTime + durationSecs UPDATE #programWatched SET tchannelCallName = (SELECT TOP 1 channelCallName FROM DW_EPG EPG WHERE tprogramId = EPG.programId AND toriginDateTime BETWEEN scheduleTime AND DATEADD(s, epg.durationSecs, epg.scheduleTime))
UPDATE #programWatched SET tprogram = (SELECT TOP 1 program FROM DW_EPG EPG WHERE tprogramId = EPG.programId AND tchannelCallName = channelCallName), tprogramTitle = (SELECT TOP 1 programTitle FROM DW_EPG EPG WHERE tprogramId = EPG.programId AND tchannelCallName = channelCallName), tprogramEpisodeTitle = (SELECT TOP 1 programEpisodeTitle FROM DW_EPG EPG WHERE tprogramId = EPG.programId AND tchannelCallName = channelCallName), tprogramType = (SELECT TOP 1 programType FROM DW_EPG EPG WHERE tprogramId = EPG.programId AND tchannelCallName = channelCallName)
-- Rating (otained from programValues, can also be obtained from programFlags) UPDATE #programWatched SET programMPAARating = (SELECT TOP 1 programValue FROM RMS_EPG..programValue pv WHERE tprogram = pv.programID AND pv.programValueTypeId = 9)
UPDATE #programWatched SET programMPAARatingVal = CASE programMPAARating WHEN 'G' THEN 10 WHEN 'PG' THEN 25 WHEN 'PG-13' THEN 30 WHEN 'R' THEN 35 WHEN 'NC-17' THEN 50 WHEN 'NRAO' THEN 60 WHEN 'NR' THEN 0 ELSE 0 END
UPDATE #programWatched SET programVChipRating = (SELECT TOP 1 programValue FROM RMS_EPG..programValue pv WHERE tprogram = pv.programID AND pv.programValueTypeId = 8)
UPDATE #programWatched SET programVChipRatingVal = CASE programVChipRating WHEN 'TV-Y' THEN 10 WHEN 'TV-Y7' THEN 20 WHEN 'TV-G' THEN 35 WHEN 'TV-PG' THEN 40 WHEN 'TV-14' THEN 45 WHEN 'TV-MA' THEN 60 ELSE 0 END
-- Genre UPDATE #programWatched SET programGenre = (SELECT TOP 1 programCategoryTypeValue FROM RMS_EPG..programCategory pc INNER JOIN RMS_EPG..programSubCategoryType psct ON psct.programSubCategoryTypeId = pc.programCategoryId INNER JOIN RMS_EPG..programCategoryType pct ON pct.programCategoryTypeId = psct.programCategoryTypeId WHERE tprogram = pc.programID)
-- Categories UPDATE #programWatched SET programCategory1 = (SELECT TOP 1 programSubCategoryTypeValue FROM RMS_EPG..programCategory pc INNER JOIN RMS_EPG..programSubCategoryType pct ON pct.programSubCategoryTypeId = pc.programCategoryId WHERE tprogram = pc.programID)
UPDATE #programWatched SET programCategory2 = (SELECT TOP 1 programSubCategoryTypeValue FROM RMS_EPG..programCategory pc INNER JOIN RMS_EPG..programSubCategoryType pct ON pct.programSubCategoryTypeId = pc.programCategoryId WHERE tprogram = pc.programID AND programSubCategoryTypeValue NOT IN (programCategory1))
UPDATE #programWatched SET programCategory3 = (SELECT TOP 1 programSubCategoryTypeValue FROM RMS_EPG..programCategory pc INNER JOIN RMS_EPG..programSubCategoryType pct ON pct.programSubCategoryTypeId = pc.programCategoryId WHERE tprogram = pc.programID AND programSubCategoryTypeValue NOT IN (programCategory1, programCategory2))
UPDATE #programWatched SET programCategory4 = (SELECT TOP 1 programSubCategoryTypeValue FROM RMS_EPG..programCategory pc INNER JOIN RMS_EPG..programSubCategoryType pct ON pct.programSubCategoryTypeId = pc.programCategoryId WHERE tprogram = pc.programID AND programSubCategoryTypeValue NOT IN (programCategory1, programCategory2, programCategory3))
-- Roles UPDATE #programWatched SET programDirectorFirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 2)
UPDATE #programWatched SET programDirectorLastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 2)
UPDATE #programWatched SET programWriterFirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 7)
UPDATE #programWatched SET programWriterLastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 7)
UPDATE #programWatched SET programProducerFirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 6)
UPDATE #programWatched SET programProducerLastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 6)
UPDATE #programWatched SET programActor1FirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1) UPDATE #programWatched SET programActor1LastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1)
UPDATE #programWatched SET programActor2FirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName))
UPDATE #programWatched SET programActor2LastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleLastName NOT IN (programActor1LastName) AND programRoleLastName NOT IN (programActor1LastName))
UPDATE #programWatched SET programActor3FirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName))
UPDATE #programWatched SET programActor3LastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleLastName NOT IN (programActor1LastName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleLastName NOT IN (programActor2LastName))
UPDATE #programWatched SET programActor4FirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName))
UPDATE #programWatched SET programActor4LastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName))
UPDATE #programWatched SET programActor5FirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName) AND programRoleFirstName NOT IN (programActor4FirstName) AND programRoleLastName NOT IN (programActor4LastName))
UPDATE #programWatched SET programActor5LastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName) AND programRoleFirstName NOT IN (programActor4FirstName) AND programRoleLastName NOT IN (programActor4LastName))
UPDATE #programWatched SET programActor6FirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName) AND programRoleFirstName NOT IN (programActor4FirstName) AND programRoleLastName NOT IN (programActor4LastName) AND programRoleFirstName NOT IN (programActor5FirstName) AND programRoleLastName NOT IN (programActor5LastName))
UPDATE #programWatched SET programActor6LastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName) AND programRoleFirstName NOT IN (programActor4FirstName) AND programRoleLastName NOT IN (programActor4LastName) AND programRoleFirstName NOT IN (programActor5FirstName) AND programRoleLastName NOT IN (programActor5LastName))
UPDATE #programWatched SET programActor7FirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName) AND programRoleFirstName NOT IN (programActor4FirstName) AND programRoleLastName NOT IN (programActor4LastName) AND programRoleFirstName NOT IN (programActor5FirstName) AND programRoleLastName NOT IN (programActor5LastName) AND programRoleFirstName NOT IN (programActor6FirstName) AND programRoleLastName NOT IN (programActor6LastName))
UPDATE #programWatched SET programActor7LastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName) AND programRoleFirstName NOT IN (programActor4FirstName) AND programRoleLastName NOT IN (programActor4LastName) AND programRoleFirstName NOT IN (programActor5FirstName) AND programRoleLastName NOT IN (programActor5LastName) AND programRoleFirstName NOT IN (programActor6FirstName) AND programRoleLastName NOT IN (programActor6LastName))
UPDATE #programWatched SET programActor8FirstName = (SELECT TOP 1 programRoleFirstName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName) AND programRoleFirstName NOT IN (programActor4FirstName) AND programRoleLastName NOT IN (programActor4LastName) AND programRoleFirstName NOT IN (programActor5FirstName) AND programRoleLastName NOT IN (programActor5LastName) AND programRoleFirstName NOT IN (programActor6FirstName) AND programRoleLastName NOT IN (programActor6LastName) AND programRoleFirstName NOT IN (programActor7FirstName) AND programRoleLastName NOT IN (programActor7LastName))
UPDATE #programWatched SET programActor8LastName = (SELECT TOP 1 programRoleLastName FROM RMS_EPG..programRoleName prn INNER JOIN RMS_EPG..programRole pr ON pr.programRoleNameId = prn.programRoleNameId WHERE tprogram = pr.programID AND pr.programRoleTypeId = 1 AND programRoleFirstName NOT IN (programActor1FirstName) AND programRoleLastName NOT IN (programActor1LastName) AND programRoleFirstName NOT IN (programActor2FirstName) AND programRoleLastName NOT IN (programActor2LastName) AND programRoleFirstName NOT IN (programActor3FirstName) AND programRoleLastName NOT IN (programActor3LastName) AND programRoleFirstName NOT IN (programActor4FirstName) AND programRoleLastName NOT IN (programActor4LastName) AND programRoleFirstName NOT IN (programActor5FirstName) AND programRoleLastName NOT IN (programActor5LastName) AND programRoleFirstName NOT IN (programActor6FirstName) AND programRoleLastName NOT IN (programActor6LastName) AND programRoleFirstName NOT IN (programActor7FirstName) AND programRoleLastName NOT IN (programActor7LastName))
-- Channel (provider) Call Letters, Display Name and Type -- Is this correct? Should we get the channelId from the schedule table? -- Is this efficient? View execution plan
UPDATE #programWatched SET tchannelId = (SELECT TOP 1 c.channelId FROM RMS_EPG..channel c INNER JOIN RMS_EPG..schedule s on s.channelID = c.channelID WHERE s.programId = tprogram)
UPDATE #programWatched SET callLetters = (SELECT TOP 1 c.channelCallLetters FROM RMS_EPG..channel c INNER JOIN RMS_EPG..schedule s on s.channelID = c.channelID WHERE s.programId = tprogram and s.channelId = tchannelId)
UPDATE #programWatched SET displayName = (SELECT TOP 1 c.channelDisplayName FROM RMS_EPG..channel c JOIN RMS_EPG..schedule s on s.channelID = c.channelID WHERE s.programId = tprogram and s.channelId = tchannelId)
UPDATE #programWatched SET type = (SELECT TOP 1 c.channelType FROM RMS_EPG..channel c INNER JOIN RMS_EPG..schedule s on s.channelID = c.channelID WHERE s.programId = tprogram and s.channelId = tchannelId)
UPDATE #programWatched SET networkAffiliation = (SELECT TOP 1 c.channelNetworkAffiliation FROM RMS_EPG..channel c INNER JOIN RMS_EPG..schedule s on s.channelID = c.channelID WHERE s.programId = tprogram and s.channelId = tchannelId)
IF @TerseMode = 0 SELECT * FROM #programWatched ORDER BY toriginDateTime ELSE -- Get only Genre, title, show date/time, rating, call letters SELECT tDeviceId, tprogramTitle, tprogramEpisodeTitle, programGenre, toriginDateTime, programMPAARating, programVCHIPRating, tchannelCallName FROM #programWatched ORDER BY toriginDateTime
I also tried a query that populates some of its columns via subqueries. The query works fine when executed by the SQL Sevrer Query Analyzer, meaning that all columns contain values, but when executed from SSRS, the columns that are poulated by the subqueries are empty, and only the columns that are not set by subqueries contain values:
SELECT PW.DeviceID, PW.originTime AS 'When Watched', PW.programID, PW.Duration AS 'Duration Seconds',
(SELECT TOP 1 programTitle FROM DW_EPG WHERE DW_EPG.programId = PW.programId AND PW.originTime BETWEEN DW_EPG.scheduleTime AND DATEADD(second, durationSecs, DW_EPG.scheduleTime)) AS Title,
(SELECT TOP 1 program FROM DW_EPG WHERE DW_EPG.programId = PW.programId AND PW.originTime BETWEEN DW_EPG.scheduleTime AND DATEADD(second, durationSecs, DW_EPG.scheduleTime)) As program,
(SELECT TOP 1 programCategoryTypeValue FROM RMS_EPG..programCategory PC INNER JOIN RMS_EPG..programSubCategoryType PSCT ON psct.programSubCategoryTypeId = PC.programCategoryId INNER JOIN RMS_EPG..programCategoryType PCT ON PCT.programCategoryTypeId = PSCT.programCategoryTypeId WHERE PC.programID = (SELECT TOP 1 program FROM DW_EPG WHERE DW_EPG.programId = PW.programId AND PW.originTime BETWEEN DW_EPG.scheduleTime AND DATEADD(second, durationSecs, DW_EPG.scheduleTime))) AS Genre,
(SELECT TOP 1 programSubCategoryTypeValue FROM RMS_EPG..programCategory PC INNER JOIN RMS_EPG..programSubCategoryType PSCT ON psct.programSubCategoryTypeId = PC.programCategoryId INNER JOIN RMS_EPG..programCategoryType PCT ON PCT.programCategoryTypeId = PSCT.programCategoryTypeId WHERE PC.programID = (SELECT TOP 1 program FROM DW_EPG WHERE DW_EPG.programId = PW.programId AND PW.originTime BETWEEN DW_EPG.scheduleTime AND DATEADD(second, durationSecs, DW_EPG.scheduleTime))) AS Category
FROM DW_EventClientProgramWatched PW ORDER BY DeviceId, programId, originTime
In SSIS 2008R2, I have a dataflow with an xlsx source and the destination is a SQL Server 2008R2 table. The files are delivered from a location where staff members 'work with' the source files. The files are produced monthly.
The dataflow that contains the file breaks upon the attempt to process subsequent monthly xlsx files with a message similar to the following:
--************* [TNUQQ [16]] Warning: The external columns for component "TNUQQ" (16) are out of synchronization with the data source columns. The column "F12" needs to be added to the external columns. The external column "county_taxable_sale_amount" needs to be updated. The external column "city_taxable_sale_amount" needs to be updated. The external column "district_taxable_sale_amount" needs to be updated. The external column "QTY" (62) needs to be removed from the external columns. --*************
I've noticed that some columns in the file ship with no data. A column with no data can be typed as datetime one month, and then float another month. I've tried to load xlsx to raw to table, but that does not work around this issue.
I've tried to set 'ValidateExternalMetadata' to 'False' on the Excel source, but that does not work either. Aside from going back to the folks who ship the file to us, is there anything that can be done in SSIS to work around this issue, and still wind up with valid data?
I need to update multiple columns in a table with multiple condition.
For example, this is my Query
update Table1 set weight= d.weight, stateweight=d.stateweight, overallweight=d.overallweight from (select * from table2)d where table1.state=d.state and table1.month=d.month and table1.year=d.year
If table matches all the three column (State,month,year), it should update only weight column and if it matches(state ,year) it should update only the stateweight column and if it matches(year) it should update only the overallweight column
I can't write an update query for each condition separately because its a huge select
I have created a single FULLTEXT on col2 & col3. suppose i want to search col2='engine' and col3='toyota' i write query as
SELECT
TBL.col2,TBL.col3 FROM
TBL INNER JOIN
CONTAINSTABLE(TBL,col2,'engine') TBL1 ON
TBL.col1=TBL1.[key] INNER JOIN
CONTAINSTABLE(TBL,col3,'toyota') TBL2 ON
TBL.col1=TBL2.[key]
Every thing works well if database is small. But now i have 20 million records in my database. Taking an exmaple there are 5million record with col2='engine' and only 1 record with col3='toyota', it take substantial time to find 1 record.
I was thinking this i can address this issue if i merge both columns in a Single column, but i cannot figure out what format i save it in single column that i can use query to extract correct information. for e.g.; i was thinking to concatinate both fields like col4= ABengineBA + ABBToyotaBBA and in search i use SELECT
TBL.col4 FROM
TBL INNER JOIN
CONTAINSTABLE(TBL,col4,' "ABengineBA" AND "ABBToyotaBBA"') TBL1 ON
TBL.col1=TBL1.[key] Result = 1 row
But it don't work in following scenario col4= ABengineBA + ABBCorola ToyotaBBA
SELECT
TBL.col4 FROM
TBL INNER JOIN
CONTAINSTABLE(TBL,col4,' "ABengineBA" AND "ABB*ToyotaBBA"') TBL1 ON
TBL.col1=TBL1.[key]
Result=0 Row Any idea how i can write second query to get result?
I have a project that consists of a SQL db with an Access front end as the user interface. Here is the structure of the table on which this question is based:
Code Block
create table #IncomeAndExpenseData ( recordID nvarchar(5)NOT NULL, itemID int NOT NULL, itemvalue decimal(18, 2) NULL, monthitemvalue decimal(18, 2) NULL ) The itemvalue field is where the user enters his/her numbers via Access. There is an IncomeAndExpenseCodes table as well which holds item information, including the itemID and entry unit of measure. Some itemIDs have an entry unit of measure of $/mo, while others are entered in terms of $/yr, others in %/yr.
For itemvalues of itemIDs with entry units of measure that are not $/mo a stored procedure performs calculations which converts them into numbers that has a unit of measure of $/mo and updates IncomeAndExpenseData putting these numbers in the monthitemvalue field. This stored procedure is written to only calculate values for monthitemvalue fields which are null in order to avoid recalculating every single row in the table.
If the user edits the itemvalue field there is a trigger on IncomeAndExpenseData which sets the monthitemvalue to null so the stored procedure recalculates the monthitemvalue for the changed rows. However, it appears this trigger is also setting monthitemvalue to null after the stored procedure updates the IncomeAndExpenseData table with the recalculated monthitemvalues, thus wiping out the answers.
How do I write a trigger that sets the monthitemvalue to null only when the user edits the itemvalue field, not when the stored procedure puts the recalculated monthitemvalue into the IncomeAndExpenseData table?
This is a report I'm trying to build in SQL Reporting Services. I can do it in a hacky way adding two data sets and showing two tables, but I'm sure there is a better way.
TheTable Order# Customer Status
STATUS has valid values of PROCESSED and INPROGRESS
The query I'm trying to build is Count of Processed and INProgress orders for a given Customer.
I can get them one at a time with something like this in two different datasets and showing two tables, but how do I achieve the same in one query?
Select Customer, Count (*) As Status1 FROM TheTable Where (Status = N'Shipped') Group By Customer
I have a stored proc I am updating in an OLEDB Command from the results of a Transform Script Component. The Stored Proc has over 65 input parameters, most of them have a NULL passed in. I dont want to create output columns in the Transform Script Component for all of them to map them from the "Available Input Columns" to "Available Destination Columns".
I want to create 3 or 4 generic Output columns for their data type - say IntegerOutput (datatype Int), DateTimeOut (datatype datetime) and so on. The I want to map these generic columns in the OLEDB Command as Available Input Columns" to multiple "Available Destination Columns" - wherever the datatype matches the input column.
But the OLEDB Command Column Mappings let me map One to One only. This will create a huge and unnecessary workload for me to develop and maintain - when I tell you I have 3 such stored procedures, all of whose interfaces are exactly same and for which I can create similar Output columns in the Transform Script Component.
I have a SQL Query issue you can find in SQL Fiddle
SQL FIDDLE for Demo
My query was like this
For Insert Insert into Employee values('aa', 'T', 'qqq') Insert into Employee values('aa' , 'F' , 'qqq') Insert into Employee values('bb', 'F' , 'eee') Insert into Employee values('cc' , 'T' , 'rrr') Insert into Employee values('cc' , 'pp' , 'aaa') Insert into Employee values('cc' , 'Zz' , 'bab') Insert into Employee values('cc' , 'ZZ' , 'bac') For select select col1,MAX(col2) as Col2,Max(Col3) as Col3 from Employee group by Col1
helloI have two related tabletable1cIdcDesctable2IdNamephonecIdThese two tables are relatedwhere cId in table 1 is primary key and cId in table2 is foreign keyIf I want to delete a record in table 1 which is related to table 2Which is faster and more accurateshould I write my stored procedure like thisif exists(select * from table2 where cID = @CID)delete from table1 where cID = @CIDelsereturn 0------------------------------------------or------------------------------------------delete from table1 where cID = @CIDif @@error<>0return 0
I just want to ask one question and i am looking for advice or recommendation.
I want to make an application using windows application in .NET. this application is only to have one or two users to enter details of clients on the database using the application and it will be a search for client name or number and other search methods which is similar.
My question now, what database shall i use for this kind of application SQL server or MS Access. i am looking for a new product to use as the cleint can not afford expensive software. Please advise!! thanks!!
Version: SQL Server 7.0App: MS Access 2000I created DTS to move records from MySQL to SQL Server (approx over 500,000+per months dataset) for purpose of canned and adhoc reporting. The apphave a simple interface using MS Access where user will input the timeframeof the dataset they will process.Both servers are physically located in the same bldg from another state.Previous to MySQL, they send us cd in text format and my app runs the DTSusing a BAT file containing the DTSRUN command. But I would like stay awayfrom the DTSRUN since they take awhile to load to the server, plus it runson background on client pc. I wanted a functionality where it will run onthe server without user supervision, and they can go about their businessand do something else. In other words, let the server do majority of thework.Now that MySQL came into the picture, the Network Support created a filedsnwhere sqlserver sits and I use that as a reference on my DTS (using UNC,\myserverfile$sample.dsn)The problem:1) I work from home and when creating and running this DTS's, it takes awhile to process;2) When specifying the UNC path on DTS and saved, for some reason itswitches to the User/System DSN section;3) I also tested from office with the same result (i connect using cablemodem)Now the only way I can think of to solve this problem:a) save the DTS as a file and send it over to Network Support and have themload it up and manually change the source location OR have them modify theDTS and change the source locationb) then create a DTS jobThe person who will be running this DTS might be running it from home oroffice. Also, is there a way to automate the DTS job using an SP? I wantedto make it as easier as possible for the end user, where all they have to dois enable the job and run only for this time and for this package.TIA!Bob
on the 1st opening of my web page it uses the membership control of asp.net for logging on. sometimes it takes time to logon and worse is, it will encounter sql server error. that can be resolved by just restarting that specific page and it will be alright, it will logon normally. this only issue happens only on the first opening of the logon page. i have read a certain article and it says there that on the first time you access the sql server, sometimes the sql server needs a little more time communicating back and forth. how can i make my log-on page wait a little longer till it communicates or finishes communicating to the sql server? im afraid that this may happen once i deploy my web project. i am expecting over 100 users and they might save to the database all together. will i encounter problem on this particular? i am using ASP.NET 2.0 and SQLExpress for this project. pls advise me. BIG THANKS.
I have been given a DB that currently stores Organizations. I need to add the ability to track multiple contacts for the Organizations. The DB has several one-to-many relationships on the Organizations table, such as Documents and Notes. I would like to track these by contact as well as the organization. Is it possible to add a tblcontact and a one-to-many relationships to the Organizations table as well as to the tblDocuments and tblNotes? I appreciate any suggestions. tblOrg (OrgID) tblDocuments (DocID, OrgID) tblNotes (NoteID, OrgID) tblContact ???
I would be appreciate to hear some advice regarding my mission to upgrade from SQL Server 6.5 to 7.0. The database would still be located in the same server. Do I have to do checking on the datatypes? - many thanks-
