Dec 20, 2007
I have a query that will return one record as its results if you provide two variables: @login and @record_date. This works great if you only want one result. However, now what I want to do is not provide those variables and get the result set back for each login and record_date combination. The hitch is that there are several other variables that are built off of the two that are supplied. Here is the query:
DECLARE @login char(20), /*This sets the rep for the query.*/
@record_date datetime, /*This is the date that we want to run this for.*/
@RWPY decimal(18,2), /*This is the required wins per year.*/
@OCPW decimal(18,2), /*This is the opportunities closed per week.*/
@OACW decimal(18,2), /*This is opportunities advanced to close per week.*/
@TOC decimal(18,2), /*This is the total number of opportunities in close.*/
@OANW decimal(18,2), /*This is opportunities advanced to negotiate per week.*/
@TON decimal(18,2), /*This is the total number of opportunities in negotiate.*/
@OADW decimal(18,2), /*This is the opportunities advanced to demonstrate per week*/
@TOD decimal(18,2), /*This is the total number of opportunities in demonstrate.*/
@OAIW decimal(18,2), /*This is the opportunities advanced to interview per week.*/
@TOI decimal(18,2), /*This is the total number of opportunities in interview.*/
@OCW decimal(18,2), /*This is the opportunities created per week.*/
@TOA decimal(18,2) /*This is the total number of opportunities in approach.*/
SET @login = 'GREP'
SET @record_date = '12/18/2007'
SET @RWPY = (SELECT ((SELECT annual_quota FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)/(SELECT target_deal FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)))
SET @OCPW = (SELECT @RWPY/weeks FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @OACW = (SELECT @OCPW/cls_perc_adv FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @TOC = (SELECT @OACW*(cls_time/7) FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @OANW = (SELECT @OACW/neg_perc_adv FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @TON = (SELECT @OANW*(neg_time/7) FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @OADW = (SELECT @OANW/dem_perc_adv FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @TOD = (SELECT @OADW*(dem_time/7) FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @OAIW = (SELECT @OADW/int_perc_adv FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @TOI = (SELECT @OAIW*(int_time/7) FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @OCW = (SELECT @OAIW/app_perc_adv FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SET @TOA = (SELECT @OCW*(app_time/7) FROM #pipelinehist WHERE loginname = @login AND record_date = @record_date)
SELECT loginname,
CAST(@TOA AS decimal(18,1)) AS [Opps in Approach],
app_time AS [Approach Average Time],
app_perc_adv AS [Approach Perc Adv],
CAST(@TOI AS decimal(18,1)) AS [Opps in Interview],
int_time AS [Interview Average Time],
int_perc_adv AS [Interview Perc Adv],
CAST(@TOD AS decimal(18,1)) AS [Opps in Demonstrate],
dem_time AS [Demonstrate Average Time],
dem_perc_adv AS [Demonstrate Perc Adv],
CAST(@TON AS decimal(18,1)) AS [Opps in Negotiate],
neg_time AS [Negotiate Average Time],
neg_perc_adv AS [Negotiate Perc Adv],
CAST(@TOC AS decimal(18,1)) AS [Opps In Close],
cls_time AS [Close Average Time],
cls_perc_adv AS [Close Perc Adv]
FROM #pipelinehist
WHERE loginname = @login AND record_date = @record_date
Here is some sample data to use with this. With this sample data what I want to get back is a total of 30 records in the result set each with its data specific to the login and record_date of that returned record.
CREATE TABLE #pipelinehist (
glusftboid int IDENTITY(1,1) NOT NULL,
record_date datetime NOT NULL,
loginname char(20) NOT NULL,
app_new float NOT NULL,
app_time float NOT NULL,
app_perc_adv float NOT NULL,
int_time float NOT NULL,
int_perc_adv float NOT NULL,
dem_time float NOT NULL,
dem_perc_adv float NOT NULL,
neg_time float NOT NULL,
neg_perc_adv float NOT NULL,
cls_time float NOT NULL,
cls_perc_adv float NOT NULL,
target_deal money NOT NULL,
annual_quota money NOT NULL,
weeks int NOT NULL
) ON [PRIMARY]
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'AREP', 56.8, 26.9, 0.57, 29.5, 0.47, 20, 0.67, 80.7, 0.53, 2.1, 0.97, 2194.93, 575000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'BREP', 33.2, 0.5, 0.9, 7.7, 0.77, 8, 0.77, 9.2, 0.6, 7.7, 0.64, 971.1, 330000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'CREP', 210.2, 0.3, 0.87, 6.6, 0.5, 13.7, 0.4, 16.3, 0.43, 1.5, 0.91, 461.25, 330000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'DREP', 47.6, 5, 0.53, 33.3, 0.6, 57.5, 0.53, 50, 0.7, 1.5, 1, 2045.7, 575000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'EREP', 75.3, 110.9, 0.47, 36, 0.5, 17.4, 0.87, 20.3, 0.6, 7.2, 0.83, 2021.74, 775000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'FREP', 17.2, 23.3, 0.73, 6.8, 0.8, 6.3, 0.93, 29.7, 0.67, 15.5, 0.83, 2218.95, 575000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'GREP', 105.4, 67, 0.2, 32.9, 0.43, 18.5, 0.67, 8.9, 0.77, 3.5, 0.93, 1838.91, 400000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'HREP', 116.4, 118.5, 0.33, 30.9, 0.77, 46.3, 0.77, 46.3, 0.6, 0.9, 0.97, 1735.13, 1150000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'IREP', 143.3, 9, 0.77, 96, 0.17, 21.6, 0.77, 39.9, 0.43, 0.9, 0.93, 1385.43, 400000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'JREP', 179.4, 66.7, 0.7, 67.6, 0.1, 41.4, 0.6, 20.2, 0.8, 14, 0.7, 1563.76, 330000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'KREP', 107.6, 38.2, 0.23, 47.5, 0.47, 21.3, 0.77, 9.6, 0.73, 2.1, 0.83, 2120, 575000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'LREP', 18.6, 8.3, 0.87, 23.2, 0.57, 2.6, 0.87, 12.2, 0.67, 1, 1, 1229.02, 330000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'MREP', 4, 46.2, 0.6, 26.7, 0.57, 8.1, 0.87, 1.7, 0.9, 1.4, 1, 1091.22, 350000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'NREP', 54, 21.6, 0.57, 1.7, 0.77, 11, 0.8, 7.4, 0.9, 49, 0.47, 3240.68, 1300000, 50)
INSERT into #pipelinehist VALUES ('12/17/2007 0:00', 'OREP', 37.6, 24.4, 0.57, 50.1, 0.43, 6.7, 0.87, 15.6, 0.73, 0.9, 0.97, 1163.48, 330000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'AREP', 57.2, 32.5, 0.6, 29.5, 0.47, 20, 0.67, 85.6, 0.5, 2.1, 0.97, 2194.93, 575000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'BREP', 33.9, 0.5, 0.93, 7.8, 0.73, 8.3, 0.77, 9.2, 0.6, 7.7, 0.64, 971.1, 330000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'CREP', 152.1, 0, 0.87, 4.3, 0.67, 9.7, 0.47, 15.7, 0.47, 1.8, 0.85, 396.43, 330000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'DREP', 80.5, 9.8, 0.5, 40.7, 0.57, 68.3, 0.43, 64.2, 0.57, 1.5, 1, 2045.7, 575000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'EREP', 61, 92.1, 0.5, 31, 0.53, 16.9, 0.83, 17.7, 0.6, 7.3, 0.83, 2318.04, 775000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'FREP', 19.4, 21.1, 0.7, 5.3, 0.77, 2.2, 0.93, 33.3, 0.7, 9.7, 0.87, 1937.17, 575000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'GREP', 81.7, 40.5, 0.3, 33, 0.37, 18.5, 0.67, 8.9, 0.77, 3.5, 0.93, 1838.91, 400000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'HREP', 128.6, 115.7, 0.3, 30.9, 0.77, 46.3, 0.77, 48.8, 0.6, 0.9, 0.97, 1728.29, 1150000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'IREP', 100.9, 3.4, 0.77, 86.2, 0.27, 18, 0.8, 54.7, 0.37, 0.9, 0.93, 1385.43, 400000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'JREP', 179.4, 66.7, 0.7, 63.5, 0.1, 41.4, 0.6, 20.2, 0.8, 14, 0.7, 1563.76, 330000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'KREP', 285.2, 36.5, 0.1, 46, 0.43, 24.2, 0.73, 9.6, 0.73, 2.1, 0.83, 2120, 575000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'LREP', 17.6, 7.3, 0.9, 21.5, 0.57, 1.7, 0.87, 12.2, 0.67, 1, 1, 1250.54, 330000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'MREP', 26.7, 46.2, 0.6, 26.7, 0.57, 8.1, 0.87, 1.7, 0.9, 1.3, 1, 979.7, 350000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'NREP', 61.6, 20.8, 0.5, 1.7, 0.77, 11, 0.8, 7.4, 0.9, 49, 0.47, 3240.68, 1300000, 50)
INSERT into #pipelinehist VALUES ('12/18/2007 0:00', 'OREP', 31.6, 16.9, 0.63, 50.1, 0.43, 7.2, 0.87, 19.5, 0.7, 0.9, 0.97, 1303.48, 330000, 50)
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May 31, 2008
Hi I hope i make sense this time around, I have a page in which a customer can either add a new product and its rate as well as update an existing product. What i am trying to achieve is get the live rate of the product, when a user goes to order the product. Each existing product can be updated twice in a year either in period 1 or period 2, therefore there is a possibility that a rate hasnt been updated which means the price should be the alst updated rate. Therefore the following are the possible rates which the product can have;
dbo.tblRateSchedule.Rate - This will be the rate when a product is new and has just been added, therefore no previous rates.
dbo.tblHistoricalRateSchedule.Rate2007Period2- Most existing products are still having this rate as their latest rate.
dbo.tblRateSchedule.RateScheduleYear2008Period1Rate - This is the rate when a rate has been updated in 2008 period 1
dbo.tblRateSchedule.RateScheduleYear2008Period2Rate - This is the rate when a rate has been updated in 2008 period 2
What i am trying to do is get the latest rate as it stands in the system, based on the above scenarios. This what I have so far, i tried to use the ISNULL, however that didnt work for probably because there are four instances. The following is the "view" which returns the rates.
Code:
SELECT dbo.tblWorkSchedule.Survey_ID, dbo.tblWorkSchedule.WorkSchedule_ID, dbo.tblWorkSchedule.WorkScheduleType_ID,
dbo.tblWorkSchedule.ScheduleStatus_ID, dbo.tblWorkSchedule.Qty, dbo.tblRateScheduleUnit.Unit, dbo.tblWorkType.Work_Type_Description,
dbo.tblRateScheduleType.Type, dbo.tblWorkSchedule.MA_Code, dbo.tblRateSchedule.SOR_Code, dbo.tblSurvey.PropertyYear_ID,
dbo.tblSurvey.PropertyPeriod_ID, ISNULL(dbo.tblWorkSchedule.Valuation, 0) AS Valuation, dbo.tblSurvey.WorkScheduleOverallStatus_ID,
dbo.tblSurvey.VariationOverallStatus_ID, dbo.tblWorkSchedule.WorkScheduleLocation_ID, dbo.tblWorkSchedule.Inserted_DateTime,
CASE IsNull(CONVERT(varchar, dbo.tblWorkSchedule.Figure_Description), '')
WHEN '' THEN dbo.tblRateSchedule.DESCRIPTION ELSE dbo.tblWorkSchedule.Figure_Description END AS DESCRIPTION,
CASE IsNull(CONVERT(varchar, dbo.tblWorkSchedule.Figure_Description), '')
WHEN '' THEN tblRateSchedule.SWT ELSE tblWorkSchedule.WorkScheduleLocation_ID END AS SWT, dbo.tblCategory.Category,
dbo.tblScheduleStatus.Schedule_Status, CASE isnull(dbo.tblWorkSchedule.Rate, 0)
WHEN 0 THEN dbo.tblRateSchedule.Rate ELSE tblWorkSchedule.Rate END AS Rate, dbo.tblRateSchedule.WorkType_ID,
dbo.tblWorkSchedule.UpliftedRate AS UPLIFTED_RATE,
CASE dbo.tblWorkSchedule.WorkScheduleType_ID WHEN 1 THEN CASE IsNull(dbo.tblSurvey.WorkScheduleOverallStatus_ID, 0)
WHEN 4 THEN dbo.tblWorkSchedule.UpliftedRate ELSE dbo.GetSWT_PropertyYearPeriodRate(IsNull(tblRateSchedule.WorkType_ID, 0),
tblWorkSchedule.WorkSchedule_ID, tblSurvey.PropertyYear_ID, tblSurvey.PropertyPeriod_ID)
END WHEN 2 THEN CASE IsNull(dbo.tblSurvey.VariationOverallStatus_ID, 0)
WHEN 4 THEN dbo.tblWorkSchedule.UpliftedRate ELSE dbo.GetSWT_PropertyYearPeriodRate(IsNull(tblRateSchedule.WorkType_ID, 0),
tblWorkSchedule.WorkSchedule_ID, tblSurvey.PropertyYear_ID, tblSurvey.PropertyPeriod_ID) END END AS UpliftedRate,
CASE IsNull(dbo.tblWorkSchedule.Rate, 0) WHEN 0 THEN CONVERT(decimal(18, 2), IsNull(dbo.tblRateSchedule.Rate, 0)) * CONVERT(decimal(19, 2),
IsNull(dbo.tblWorkSchedule.Qty, 0)) ELSE CONVERT(decimal(18, 2), IsNull(dbo.tblWorkSchedule.Rate, 0)) * CONVERT(decimal(19, 2),
IsNull(dbo.tblWorkSchedule.Qty, 0)) END AS Total, dbo.tblCompany.IsContractor, dbo.tblCompany.Percentage AS Constructor_Percentage,
dbo.tblCompany.Percentage AS Contractor_Percentage, CASE IsNull(dbo.tblWorkSchedule.Rate, 0) WHEN 0 THEN ((IsNull(tblCompany.Percentage, 0)
/ 100 * (CONVERT(decimal(18, 2), dbo.tblRateSchedule.Rate) * CONVERT(decimal(19, 2), dbo.tblWorkSchedule.Qty))) + (CONVERT(decimal(18, 2),
dbo.tblRateSchedule.Rate) * CONVERT(decimal(19, 2), dbo.tblWorkSchedule.Qty))) ELSE ((IsNull(tblCompany.Percentage, 0)
/ 100 * (CONVERT(decimal(18, 2), dbo.tblWorkSchedule.Rate) * CONVERT(decimal(19, 2), dbo.tblWorkSchedule.Qty))) + (CONVERT(decimal(18, 2),
dbo.tblWorkSchedule.Rate) * CONVERT(decimal(19, 2), dbo.tblWorkSchedule.Qty))) END AS After_Lift, ISNULL(dbo.tblSurvey.Survey_Completed, 0)
AS Survey_Completed, LTRIM(RTRIM(dbo.tblUser.User_Title)) + ' ' + LTRIM(RTRIM(dbo.tblUser.User_Forename))
+ ' ' + LTRIM(RTRIM(dbo.tblUser.User_Surname)) AS Inserted_By, dbo.tblWorkSchedule.Inserted_By AS InsertedBy_ID,
ISNULL(dbo.tblUploadedFile.File_Name, '') AS File_Name, dbo.tblWorkSchedule.Variation_ID,
dbo.tblHistoricalRateSchedule.Rate2006Period1, dbo.tblHistoricalRateSchedule.Rate2006Period2, dbo.tblHistoricalRateSchedule.Rate2007Period1,
dbo.tblHistoricalRateSchedule.Rate2007Period2, dbo.tblHistoricalRateSchedule.Rate2008Period1,
dbo.tblRateSchedule.RateScheduleYear2008Period1Rate, dbo.tblRateSchedule.RateScheduleYear2008Period2Rate
FROM
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May 31, 2008
Hi this is my first post i am hoping its the write place. I have a page in which a customer can either add a new product and its rate as well as update an existing product. What i am trying to achieve is get the live rate of the product, when a user goes to order the product. Each existing product can be updated twice in a year either in period 1 or period 2, therefore there is a possibility that a rate hasnt been updated which means the price should be the alst updated rate. Therefore the following are the possible rates which the product can have;
dbo.tblRateSchedule.Rate - This will be the rate when a product is new and has just been added, therefore no previous rates.
dbo.tblHistoricalRateSchedule.Rate2007Period2- Most existing products are still having this rate as their latest rate.
dbo.tblRateSchedule.RateScheduleYear2008Period1Rate - This is the rate when a rate has been updated in 2008 period 1
dbo.tblRateSchedule.RateScheduleYear2008Period2Rate - This is the rate when a rate has been updated in 2008 period 2
What i am trying to do is get the latest rate as it stands in the system, based on the above scenarios. This what I have so far, i tried to use the ISNULL, however that didnt work for probably because there are four instances. The following is the "view" which returns the rates.
SELECT dbo.tblWorkSchedule.Survey_ID, dbo.tblWorkSchedule.WorkSchedule_ID, dbo.tblWorkSchedule.WorkScheduleType_ID,
dbo.tblWorkSchedule.ScheduleStatus_ID, dbo.tblWorkSchedule.Qty, dbo.tblRateScheduleUnit.Unit, dbo.tblWorkType.Work_Type_Description,
dbo.tblRateScheduleType.Type, dbo.tblWorkSchedule.MA_Code, dbo.tblRateSchedule.SOR_Code, dbo.tblSurvey.PropertyYear_ID,
dbo.tblSurvey.PropertyPeriod_ID, ISNULL(dbo.tblWorkSchedule.Valuation, 0) AS Valuation, dbo.tblSurvey.WorkScheduleOverallStatus_ID,
dbo.tblSurvey.VariationOverallStatus_ID, dbo.tblWorkSchedule.WorkScheduleLocation_ID, dbo.tblWorkSchedule.Inserted_DateTime,
CASE IsNull(CONVERT(varchar, dbo.tblWorkSchedule.Figure_Description), '')
WHEN '' THEN dbo.tblRateSchedule.DESCRIPTION ELSE dbo.tblWorkSchedule.Figure_Description END AS DESCRIPTION,
CASE IsNull(CONVERT(varchar, dbo.tblWorkSchedule.Figure_Description), '')
WHEN '' THEN tblRateSchedule.SWT ELSE tblWorkSchedule.WorkScheduleLocation_ID END AS SWT, dbo.tblCategory.Category,
dbo.tblScheduleStatus.Schedule_Status, CASE isnull(dbo.tblWorkSchedule.Rate, 0)
WHEN 0 THEN dbo.tblRateSchedule.Rate ELSE tblWorkSchedule.Rate END AS Rate, dbo.tblRateSchedule.WorkType_ID,
dbo.tblWorkSchedule.UpliftedRate AS UPLIFTED_RATE,
CASE dbo.tblWorkSchedule.WorkScheduleType_ID WHEN 1 THEN CASE IsNull(dbo.tblSurvey.WorkScheduleOverallStatus_ID, 0)
WHEN 4 THEN dbo.tblWorkSchedule.UpliftedRate ELSE dbo.GetSWT_PropertyYearPeriodRate(IsNull(tblRateSchedule.WorkType_ID, 0),
tblWorkSchedule.WorkSchedule_ID, tblSurvey.PropertyYear_ID, tblSurvey.PropertyPeriod_ID)
END WHEN 2 THEN CASE IsNull(dbo.tblSurvey.VariationOverallStatus_ID, 0)
WHEN 4 THEN dbo.tblWorkSchedule.UpliftedRate ELSE dbo.GetSWT_PropertyYearPeriodRate(IsNull(tblRateSchedule.WorkType_ID, 0),
tblWorkSchedule.WorkSchedule_ID, tblSurvey.PropertyYear_ID, tblSurvey.PropertyPeriod_ID) END END AS UpliftedRate,
CASE IsNull(dbo.tblWorkSchedule.Rate, 0) WHEN 0 THEN CONVERT(decimal(18, 2), IsNull(dbo.tblRateSchedule.Rate, 0)) * CONVERT(decimal(19, 2),
IsNull(dbo.tblWorkSchedule.Qty, 0)) ELSE CONVERT(decimal(18, 2), IsNull(dbo.tblWorkSchedule.Rate, 0)) * CONVERT(decimal(19, 2),
IsNull(dbo.tblWorkSchedule.Qty, 0)) END AS Total, dbo.tblCompany.IsContractor, dbo.tblCompany.Percentage AS Constructor_Percentage,
dbo.tblCompany.Percentage AS Contractor_Percentage, CASE IsNull(dbo.tblWorkSchedule.Rate, 0) WHEN 0 THEN ((IsNull(tblCompany.Percentage, 0)
/ 100 * (CONVERT(decimal(18, 2), dbo.tblRateSchedule.Rate) * CONVERT(decimal(19, 2), dbo.tblWorkSchedule.Qty))) + (CONVERT(decimal(18, 2),
dbo.tblRateSchedule.Rate) * CONVERT(decimal(19, 2), dbo.tblWorkSchedule.Qty))) ELSE ((IsNull(tblCompany.Percentage, 0)
/ 100 * (CONVERT(decimal(18, 2), dbo.tblWorkSchedule.Rate) * CONVERT(decimal(19, 2), dbo.tblWorkSchedule.Qty))) + (CONVERT(decimal(18, 2),
dbo.tblWorkSchedule.Rate) * CONVERT(decimal(19, 2), dbo.tblWorkSchedule.Qty))) END AS After_Lift, ISNULL(dbo.tblSurvey.Survey_Completed, 0)
AS Survey_Completed, LTRIM(RTRIM(dbo.tblUser.User_Title)) + ' ' + LTRIM(RTRIM(dbo.tblUser.User_Forename))
+ ' ' + LTRIM(RTRIM(dbo.tblUser.User_Surname)) AS Inserted_By, dbo.tblWorkSchedule.Inserted_By AS InsertedBy_ID,
ISNULL(dbo.tblUploadedFile.File_Name, '') AS File_Name, dbo.tblWorkSchedule.Variation_ID,
dbo.tblHistoricalRateSchedule.Rate2006Period1, dbo.tblHistoricalRateSchedule.Rate2006Period2, dbo.tblHistoricalRateSchedule.Rate2007Period1,
dbo.tblHistoricalRateSchedule.Rate2007Period2, dbo.tblHistoricalRateSchedule.Rate2008Period1,
dbo.tblRateSchedule.RateScheduleYear2008Period1Rate, dbo.tblRateSchedule.RateScheduleYear2008Period2Rate
FROM
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