Converting column store to row store

Hello Everyone,
I have a question related to the Column store to Row Store conversion:
Is it always necessary to perform the conversion when all connections to the system have been stopped from the application level?
what would be the loss if the conversion is performed with the applications or connections to the system still open?
Regards,
Vinay

Hi Vinay,
Can you explain your questions more clearly? Do you mean convert a column table to a row table?
Best regards,
Wenjun

Similar Messages

Converting columns in to rows

Hi All,
Can any one plzz help me out how to convert columns in to rows.
I am having data as follows:
Date1 Date2 Date3 Date4 Date5 Date6
I need the Out put as Below
Date
Date1
Date2
Date3
Date4
Date5
Date6
Thanks in Advance
Regards
Praveen

you can do this by using OTN's search engine:
http://forums.oracle.com/forums/search.jspa?objID=f75&q=converting+columns+into+raws

Converting Column Header to Rows Value in SQL Query

Dear Guys,find blew the table from A1_30 to YetToDue columns. I need from A1_30 to A356 columns convert into row values and that values column head name like Abstract. A1_30 A31_60 A61_90 A91_120 A121_180A181_365A365 BalArr NoOfLoanLoanOS YetToDue
0 0 0 101 0 0 0 909 66730 909 3637
0 40 0 0 0 0 0 1818 66681 1818 3637
0 56 0 0 0 0 0 1818 70210 1818 5455
0 0 66 0 0 0 0 909 73735 909 7273
0 35 0 0 0 0 0 2727 73327 2727 7273
0 0 66 0 0 0 0 909 73353 909 7273
0 40 0 0 0 0 0 909 66778 909 3637
0 40 0 0 0 0 0 1818 66744 1818 3637
0 0 0 101 0 0 0 909 66787 909 3637
0 40 0 0 0 0 0 1818 66671 1818 3637
0 56 0 0 0 0 0 1818 70201 1818 5455
0 56 0 0 0 0 0 1818 70204 1818 5455
0 0 66 0 0 0 0 909 73331 909 7273
0 40 0 0 0 0 0 1818 66726 1818 3637
0 40 0 0 0 0 0 2727 66798 2727 3637
0 40 0 0 0 0 0 909 66676 909 3637
0 40 0 0 0 0 0 1818 66685 1818 3637
0 56 0 0 0 0 0 1818 70209 1818 5455
0 57 0 0 0 0 0 1818 70226 1818 5455
0 35 0 0 0 0 0 2727 73762 2727 7273
0 0 66 0 0 0 0 909 73333 909 7273
0 40 0 0 0 0 0 1818 66759 1818 3637
0 40 0 0 0 0 0 882 66597 882 8826
0 40 0 0 0 0 0 2727 66789 2727 3637
0 40 0 0 0 0 0 2646 66609 2646 8826
0 40 0 0 0 0 0 2646 66641 2646 8826
0 57 0 0 0 0 0 1818 70193 1818 5455
0 56 0 0 0 0 0 1818 70202 1818 5455
0 35 0 0 0 0 0 2727 73757 2727 7273
0 0 66 0 0 0 0 909 73345 909
7273
I expecting the results:
Abstract BalArr NoOfLoan LoanOS YetToDue
A0_30 0 0 0 0
A31_60 45261 1579445 45261 122852
A61_90 4545 367097 4545 36365
A91_120 1818 133517 1818 7274
A121_180 0 0 0 0
A181_365 0 0 0 0
A365 0 0 0 0
pls help I really appreciate ..

Dear Partrck Hurst.I have facing struggle with my store procedure , It work very slow performance when i pass the entryPlease go through my store procedure and let me advice if i wrote the script wrongly .ALTER PROCEDURE [dbo].[MFDB_GenerateDCBCollection]
@i_BranchId INT,
@i_SHGId INT,
@p_SHGMemberId INT,
@i_LoanNumber INT,
@i_DayOpenDate DATETIME,
@o_ErrorStatus INT Output
) AS
--WITH ENCRYPTION AS
DECLARE @p_DayOpenDate AS DATETIME
DECLARE @p_BranchId AS INT
DECLARE @D_FromDate AS DATE
DECLARE @D_ToDate AS DATE
DECLARE @E_ToDate AS DATE
DECLARE @p_RecordCounter AS INT
DECLARE @p_RecordCount AS INT
DECLARE @p_TempCollectionId AS INT
DECLARE @p_TempStateId AS INT
DECLARE @p_TempRegionId AS INT
DECLARE @p_TempBranchId AS INT
DECLARE @p_TempSHGId AS INT
DECLARE @p_TempSHGName AS VARCHAR(75)
DECLARE @p_TempSHGMemberId AS INT
DECLARE @p_TempMemberId AS INT
DECLARE @p_TempMemberName AS VARCHAR(75)
DECLARE @p_TempVillageName AS VARCHAR(100)
DECLARE @p_TempPanchayatName AS VARCHAR(100)
DECLARE @p_TempPanchayatId AS INT
DECLARE @p_TempVillageId AS INT
DECLARE @p_TempInstNumber AS INT
DECLARE @p_TempLoanNumber AS INT
DECLARE @p_TempDisbursedDate AS DATE
DECLARE @p_TempStatus AS INT
DECLARE @p_TempLoanSchemeId AS INT
DECLARE @p_TempLCategoryId AS INT
DECLARE @p_TempLActivityId AS INT
DECLARE @p_TempLActSpecId AS INT
DECLARE @p_TempLoanAmount AS NUMERIC(18,2)
DECLARE @p_TempApprovalStatus AS INT
DECLARE @p_TempFundingAgencyId AS INT
DECLARE @p_TempOpenBalPrin AS NUMERIC(18,2)
DECLARE @p_TempOpenBalInt AS NUMERIC(18,2)
DECLARE @p_TempStdPrin AS NUMERIC(18,2)
DECLARE @p_TempStdInt AS NUMERIC(18,2)
DECLARE @p_TempCollPrin AS NUMERIC(18,2)
DECLARE @p_TempCollInt AS NUMERIC(18,2)
DECLARE @p_TempAdvancePrin AS NUMERIC(18,2)
DECLARE @p_TempAdvanceInt AS NUMERIC(18,2)
DECLARE @p_TempArrearPrin AS NUMERIC(18,2)
DECLARE @p_TempArrearInt AS NUMERIC(18,2)
DECLARE @p_TempBalancePrin AS NUMERIC(18,2)
DECLARE @p_TempBalanceInt AS NUMERIC(18,2)
DECLARE @p_TempDemandDate AS DATE
DECLARE @p_TempCollectionDate AS DATE
DECLARE @p_TempLStatus AS INT
DECLARE @p_TempLSourceId AS INT
DECLARE @p_TempVoucherName AS VARCHAR(75)
DECLARE @p_TempInsurance AS NUMERIC(18,2)
DECLARE @p_TempUpFrontFess AS NUMERIC(18,2)
DECLARE @p_TempDocumentFees AS NUMERIC(18,2)
DECLARE @p_TotalInterest AS NUMERIC(18,2)
DECLARE @i_Month AS INT = 1
DECLARE @p_Year AS INT = 2015
DECLARE @i_SHGMemberId AS INT
BEGIN TRANSACTION DCBGenerated
BEGIN
Set @o_ErrorStatus = 0
SELECT @D_FromDate = DATEADD(MONTH, @i_Month - 1, DATEADD(YEAR, @p_Year - 1900, 0)) --as [START DATE]
SELECT @D_ToDate = DATEADD(MONTH, @i_Month, DATEADD(YEAR, @p_Year - 1900, -1)) --as [EMD DATE]
SELECT @i_SHGMemberId = MFDB_SHGMemberId FROM MFDB_SHGMEMBER_MASTER WHERE MFDB_SHGId = @i_SHGId AND MFDB_MemberId = @p_SHGMemberId
SELECT @p_TempVillageName = MFDB_VillageName,
@p_TempVillageId = MFDB_VillageId ,
@p_TempPanchayatId = MFDB_PanchayatId ,
@p_TempPanchayatName = MFDB_PanchayatName
FROM MFDB_SHG_MASTER WHERE MFDB_SHGId = @i_SHGId
/* Drop and Create TempCollection Table. This table has all installments for a given member */
CREATE TABLE #TEMPDCBCOLLECTION
[MFDB_LedgerNumber] [int] IDENTITY(1,1) NOT NULL,
[MFDB_StateId] [int] NOT NULL,
[MFDB_RegionId] [int] NOT NULL,
[MFDB_BranchId] [int] NOT NULL,
[MFDB_SHGId] [int] NOT NULL,
[MFDB_SHGName] [varchar](75) NOT NULL,
[MFDB_ShgMemberId] [int] NOT NULL,
[MFDB_MemberName] [varchar](50) NOT NULL,
[MFDB_LoanNumber] [int] NOT NULL,
[MFDB_LoanAmount] [int] NOT NULL
) ON [PRIMARY]
/* Drop and Create TempCollection Table. This table has all installments for a given member */
;WITH CTE_1 AS
SELECT CT.MFDB_StateId AS StateId,
CT.MFDB_RegionId AS RegionId,
CT.MFDB_BranchId AS BranchId,
CT.MFDB_SHGId AS ShgId,
SM.MFDB_SHGName AS ShgName,
CT.MFDB_SHGMemberId AS SHGMemberId,
SMM.MFDB_MemberName AS MemberName,
CT.MFDB_LoanNumber AS LoanNumber,
LM.MFDB_LoanAmount AS LoanAmount
FROM dbo.MFDB_COLLECTION_TXN CT
LEFT JOIN dbo.MFDB_COLLECTION_AUDIT CA
On CT.MFDB_SHGId = CA.MFDB_SHGId
And CT.MFDB_MemberId = CA.MFDB_MemberId
And CT.MFDB_LoanNumber = CA.MFDB_LoanNumber
And CT.MFDB_CollectionId = CA.MFDB_CollectionId
And CT.MFDB_LSourceId = CA.MFDB_LSourceId
INNER JOIN dbo.MFDB_SHG_MASTER SM
On CT.MFDB_SHGId = SM.MFDB_SHGId
INNER JOIN dbo.MFDB_SHGMEMBER_MASTER SMM
On CT.MFDB_SHGId = SMM.MFDB_SHGId
And CT.MFDB_SHGMemberId = SMM.MFDB_SHGMemberId
INNER JOIN dbo.MFDB_LOANAPPLICATION_MASTER LM
ON LM.MFDB_SHGId = CT.MFDB_SHGId
AND LM.MFDB_ShgMemberId = CT.MFDB_ShgMemberId
AND LM.MFDB_LoanNumber = CT.MFDB_LoanNumber
Where DATEDIFF(DAY,MFDB_CollectionDate,@i_DayOpenDate) = 0
And CT.MFDB_CollectionAmount > 0
And CT.MFDB_CollApprovedBy IS NULL
AND CT.MFDB_BranchId = @i_BranchId
AND CT.MFDB_SHGId = @i_SHGId
AND CT.MFDB_ShgMemberId = @i_SHGMemberId
AND CT.MFDB_LoanNumber = @i_LoanNumber
CTE_2 AS
SELECT DISTINCT
StateId,
RegionId,
BranchId,
ShgId,
ShgName,
SHGMemberId,
MemberName,
LoanNumber,
LoanAmount
FROM CTE_1
INSERT INTO #TEMPDCBCOLLECTION ([MFDB_StateId],[MFDB_RegionId],[MFDB_BranchId],[MFDB_SHGId],[MFDB_SHGName],[MFDB_ShgMemberId],[MFDB_MemberName],[MFDB_LoanNumber],[MFDB_LoanAmount])
SELECT StateId,
RegionId,
BranchId,
ShgId,
ShgName,
SHGMemberId,
MemberName,
LoanNumber,
LoanAmount
FROM CTE_2
DECLARE DCBMonthCursor CURSOR FOR
SELECT [MFDB_StateId],
[MFDB_RegionId],
[MFDB_BranchId],
[MFDB_SHGId],
[MFDB_SHGName],
[MFDB_ShgMemberId],
[MFDB_MemberName],
[MFDB_LoanNumber],
[MFDB_LoanAmount]
FROM #TEMPDCBCOLLECTION
OPEN DCBMonthCursor
FETCH NEXT FROM DCBMonthCursor
INTO @p_TempStateId ,
@p_TempRegionId ,
@p_TempBranchId ,
@p_TempSHGId ,
@p_TempSHGName ,
@p_TempSHGMemberId ,
@p_TempMemberName ,
@p_TempLoanNumber ,
@p_TempLoanAmount
WHILE (@@FETCH_STATUS = 0)
BEGIN
Set @p_TotalInterest = 0
Select @p_TotalInterest = SUM(MFDB_StdInterest) From MFDB_LOAN_DISBURSEMENT Where MFDB_SHGId = @p_TempSHGId And MFDB_ShgMemberId = @p_TempSHGMemberId And MFDB_LoanNumber = @p_TempLoanNumber
;With
CTE_1 AS
SELECT LM.MFDB_StateId AS StateId ,
LM.MFDB_RegionId AS RegionId,
LM.MFDB_BranchId AS BranchId,
LM.MFDB_SHGId AS SHGId,
SM.MFDB_SHGName AS SHGName,
LM.MFDB_ShgMemberId AS SHGMemId,
LM.MFDB_MemberName AS MemberName,
SM.MFDB_VillageId AS VillageId,
LM.MFDB_LoanNumber AS LoanNo,
LM.MFDB_LoanAmount AS LoanAmount,
LM.MFDB_DisburseDate AS DisbursedDate,
ISNULL((SELECT LD.MFDB_DemandDate
FROM dbo.MFDB_LOAN_DISBURSEMENT LD
Where LD.MFDB_SHGId = LM.MFDB_SHGId
And LD.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
And LD.MFDB_LoanNumber = LM.MFDB_LoanNumber
And DATEDIFF(DAY,LD.MFDB_DemandDate,@i_DayOpenDate) = 0
And LD.MFDB_ApprovalStatus = 1 ),NULL) AS DemandDate,
ISNULL((SELECT TOP 1 CT.MFDB_CollectionDate
FROM dbo.MFDB_COLLECTION_TXN CT
Inner Join dbo.MFDB_COLLECTION_AUDIT CA
On CT.MFDB_SHGId = CA.MFDB_SHGId
And CT.MFDB_ShgMemberId = CA.MFDB_ShgMemberId
And CT.MFDB_LoanNumber = CA.MFDB_LoanNumber
And CT.MFDB_LSourceId = CA.MFDB_LSourceId
And CT.MFDB_CollectionId = CA.MFDB_CollectionId
WHERE CT.MFDB_SHGId = LM.MFDB_SHGId
AND CT.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND CT.MFDB_LoanNumber = LM.MFDB_LoanNumber
And DATEDIFF(DAY,CT.MFDB_CollectionDate,@i_DayOpenDate) = 0
ORDER BY CA.MFDB_CollectionId DESC),NULL) AS CollectionDate,
ISNULL((SELECT TOP 1 CA.MFDB_InstallmentNumber
FROM dbo.MFDB_COLLECTION_AUDIT CA
Inner Join dbo.MFDB_COLLECTION_TXN CT
On CT.MFDB_SHGId = CA.MFDB_SHGId
And CT.MFDB_ShgMemberId = CA.MFDB_ShgMemberId
And CT.MFDB_LoanNumber = CA.MFDB_LoanNumber
And CT.MFDB_LSourceId = CA.MFDB_LSourceId
And CT.MFDB_CollectionId = CA.MFDB_CollectionId
WHERE CA.MFDB_SHGId = LM.MFDB_SHGId
AND CA.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND CA.MFDB_LoanNumber = LM.MFDB_LoanNumber
And DATEDIFF(DAY,CT.MFDB_CollectionDate,@i_DayOpenDate) = 0
ORDER BY CA.MFDB_CollectionId DESC),
ISNULL((SELECT LD.MFDB_InstallmentNumber
FROM dbo.MFDB_LOAN_DISBURSEMENT LD
Where LD.MFDB_SHGId = LM.MFDB_SHGId
And LD.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
And LD.MFDB_LoanNumber = LM.MFDB_LoanNumber
And DATEDIFF(DAY,LD.MFDB_DemandDate,@i_DayOpenDate) = 0
And LD.MFDB_ApprovalStatus = 1 ),0)) AS IntallNo,
ISNULL(CAST((SELECT TOP 1 NR.MFDB_BalancePrincipal
FROM dbo.MFDB_NEW_DCB_REPORT NR
WHERE NR.MFDB_SHGId = LM.MFDB_SHGId
AND NR.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND NR.MFDB_LoanNumber = LM.MFDB_LoanNumber
ORDER BY NR.MFDB_LedgerNumber DESC) AS NUMERIC(18,0)),0) AS ArrPrincipal,
ISNULL(CAST((SELECT TOP 1 NR.MFDB_BalanceInterest
FROM dbo.MFDB_NEW_DCB_REPORT NR
WHERE NR.MFDB_SHGId = LM.MFDB_SHGId
AND NR.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND NR.MFDB_LoanNumber = LM.MFDB_LoanNumber
ORDER BY NR.MFDB_LedgerNumber DESC) AS NUMERIC(18,0)),0) AS ArrInterest,
0 AS CurrDemandPrin,
0 AS CurrDemandInt,
ISNULL((SELECT CAST(SUM(ISNULL(CA.MFDB_CollectedPrincipal,0) +
ISNULL(CA.MFDB_AdvancePrincipal,0) +
ISNULL(CA.MFDB_ArrearPrincipal,0)) AS NUMERIC(18,0))
FROM dbo.MFDB_COLLECTION_AUDIT CA
Inner Join dbo.MFDB_COLLECTION_TXN CT
On CT.MFDB_SHGId = CA.MFDB_SHGId
And CT.MFDB_ShgMemberId = CA.MFDB_ShgMemberId
And CT.MFDB_LoanNumber = CA.MFDB_LoanNumber
And CT.MFDB_LSourceId = CA.MFDB_LSourceId
And CT.MFDB_CollectionId = CA.MFDB_CollectionId
WHERE CA.MFDB_SHGId = LM.MFDB_SHGId
AND CA.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND CA.MFDB_LoanNumber = LM.MFDB_LoanNumber
And DATEDIFF(DAY,CT.MFDB_CollectionDate,@i_DayOpenDate) = 0
),0) AS CurrCollPri,
ISNULL((SELECT CAST(SUM(ISNULL(CA.MFDB_CollectedInterest,0) +
ISNULL(CA.MFDB_AdvanceInterest,0) +
ISNULL(CA.MFDB_ArrearInterest,0)) AS NUMERIC(18,0))
FROM dbo.MFDB_COLLECTION_AUDIT CA
Inner Join dbo.MFDB_COLLECTION_TXN CT
On CT.MFDB_SHGId = CA.MFDB_SHGId
And CT.MFDB_ShgMemberId = CA.MFDB_ShgMemberId
And CT.MFDB_LoanNumber = CA.MFDB_LoanNumber
And CT.MFDB_LSourceId = CA.MFDB_LSourceId
And CT.MFDB_CollectionId = CA.MFDB_CollectionId
WHERE CA.MFDB_SHGId = LM.MFDB_SHGId
AND CA.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND CA.MFDB_LoanNumber = LM.MFDB_LoanNumber
And DATEDIFF(DAY,CT.MFDB_CollectionDate,@i_DayOpenDate) = 0
),0) AS CurrCollInt,
ISNULL(CAST((SELECT TOP 1 NR.MFDB_AdvCBPrincipal
FROM dbo.MFDB_NEW_DCB_REPORT NR
WHERE NR.MFDB_SHGId = LM.MFDB_SHGId
AND NR.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND NR.MFDB_LoanNumber = LM.MFDB_LoanNumber
ORDER BY NR.MFDB_LedgerNumber DESC) AS NUMERIC(18,0)),0) AS AdvOBPri,
ISNULL(CAST((SELECT TOP 1 NR.MFDB_AdvCBInterest
FROM dbo.MFDB_NEW_DCB_REPORT NR
WHERE NR.MFDB_SHGId = LM.MFDB_SHGId
AND NR.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND NR.MFDB_LoanNumber = LM.MFDB_LoanNumber
ORDER BY NR.MFDB_LedgerNumber DESC) AS NUMERIC(18,0)),0) AS AdvOBInt,
0 AS AdvCBPri,
0 AS AdvCBInt,
0 AS BalancePri,
0 AS BalanceInt,
ISNULL((SELECT CAST(SUM(ISNULL(CA.MFDB_CollectedPrincipal,0) +
ISNULL(CA.MFDB_AdvancePrincipal,0) +
ISNULL(CA.MFDB_ArrearPrincipal,0)) AS NUMERIC(18,0))
FROM dbo.MFDB_COLLECTION_AUDIT CA
Inner Join dbo.MFDB_COLLECTION_TXN CT
On CT.MFDB_SHGId = CA.MFDB_SHGId
And CT.MFDB_ShgMemberId = CA.MFDB_ShgMemberId
And CT.MFDB_LoanNumber = CA.MFDB_LoanNumber
And CT.MFDB_LSourceId = CA.MFDB_LSourceId
And CT.MFDB_CollectionId = CA.MFDB_CollectionId
WHERE CA.MFDB_SHGId = LM.MFDB_SHGId
AND CA.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND CA.MFDB_LoanNumber = LM.MFDB_LoanNumber
And DATEDIFF(DAY,CT.MFDB_CollectionDate,@i_DayOpenDate) >= 0
),0) AS OS_Pri,
ISNULL((SELECT CAST(SUM(ISNULL(CA.MFDB_CollectedInterest,0) +
ISNULL(CA.MFDB_AdvanceInterest,0) +
ISNULL(CA.MFDB_ArrearInterest,0)) AS NUMERIC(18,0))
FROM dbo.MFDB_COLLECTION_AUDIT CA
Inner Join dbo.MFDB_COLLECTION_TXN CT
On CT.MFDB_SHGId = CA.MFDB_SHGId
And CT.MFDB_ShgMemberId = CA.MFDB_ShgMemberId
And CT.MFDB_LoanNumber = CA.MFDB_LoanNumber
And CT.MFDB_LSourceId = CA.MFDB_LSourceId
And CT.MFDB_CollectionId = CA.MFDB_CollectionId
WHERE CA.MFDB_SHGId = LM.MFDB_SHGId
AND CA.MFDB_ShgMemberId = LM.MFDB_ShgMemberId
AND CA.MFDB_LoanNumber = LM.MFDB_LoanNumber
And DATEDIFF(DAY,CT.MFDB_CollectionDate,@i_DayOpenDate) >= 0
),0) AS OS_Int,
0 AS RepaymentPercentage,
LM.MFDB_LoanSchemeId AS LoanProduct,
LM.MFDB_LActivityId AS LoanActivity,
LM.MFDB_LActSpecId AS LoanSubActivity,
LM.MFDB_FundingAgencyId AS FundAgencyId,
LM.MFDB_LSourceId AS SourceId
FROM dbo.MFDB_LOANAPPLICATION_MASTER LM
Left Join dbo.MFDB_SHG_MASTER SM
On SM.MFDB_ShgId = LM.MFDB_ShgId
WHERE LM.MFDB_ApprovalStatus= 3
AND LM.MFDB_DisburseDate IS NOT NULL
AND LM.MFDB_StateId = @p_TempStateId
AND LM.MFDB_RegionId = @p_TempRegionId
AND LM.MFDB_BranchId = @p_TempBranchId
AND LM.MFDB_SHGId = @p_TempSHGId
AND LM.MFDB_ShgMemberId = @p_TempSHGMemberId
AND LM.MFDB_LoanNumber = @p_TempLoanNumber
CTE_2 AS
SELECT StateId, RegionId, BranchId, SHGId, SHGName, SHGMemId, MemberName, VillageId , LoanNo, LoanAmount, DisbursedDate,DemandDate, CollectionDate, IntallNo,
ArrPrincipal,
ArrInterest,
CurrDemandPrin,
CurrDemandInt,
ISNULL(ISNULL(ArrPrincipal,0) + ISNULL(CurrDemandPrin,0),0) AS TotDemandPri,
ISNULL(ISNULL(ArrInterest,0) + ISNULL(CurrDemandInt,0),0) AS TotDemandInt,
AdvOBPri,
AdvOBInt,
CurrCollPri,
CurrCollInt,
AdvCBPri,
AdvCBInt,
BalancePri,
BalanceInt,
ISNULL(ISNULL(LoanAmount,0) - ISNULL(OS_Pri,0),0) AS OS_Pri,
ISNULL(ISNULL(@p_TotalInterest,0) - ISNULL(OS_Int,0),0) OS_Int,
CONVERT(INT,RepaymentPercentage) AS RepaymentPercentage,
LoanProduct,
LoanActivity,
LoanSubActivity,
FundAgencyId,
SourceId
FROM CTE_1
CTE_3 AS
SELECT StateId, RegionId, BranchId, SHGId, SHGName, SHGMemId, MemberName, VillageId , LoanNo, LoanAmount, DisbursedDate,DemandDate, CollectionDate, IntallNo,
ArrPrincipal,
ArrInterest,
CurrDemandPrin,
CurrDemandInt,
TotDemandPri,
TotDemandInt,
CASE WHEN AdvOBPri < 0 THEN AdvOBPri * -1 ELSE AdvOBPri END AS AdvOBPri,
CASE WHEN AdvOBInt < 0 THEN AdvOBInt * -1 ELSE AdvOBInt END AS AdvOBInt,
CurrCollPri,
CurrCollInt,
CASE WHEN ISNULL(TotDemandPri,0) = 0 THEN ISNULL((CurrCollPri + AdvOBPri),0)
WHEN ISNULL(TotDemandPri,0) > 0 AND ISNULL(CurrCollPri + AdvOBPri,0) > ISNULL(TotDemandPri,0) THEN ISNULL(ISNULL(CurrCollPri + AdvOBPri,0) - ISNULL(TotDemandPri,0),0)
WHEN ISNULL(TotDemandPri,0) > 0 AND ISNULL(CurrCollPri + AdvOBPri,0) < ISNULL(TotDemandPri,0) THEN 0
WHEN ISNULL(CurrCollPri + AdvOBPri,0) = ISNULL(TotDemandPri,0) THEN 0
ELSE 0 END AS AdvCBPri,
CASE WHEN ISNULL(TotDemandInt,0) = 0 THEN ISNULL((CurrCollInt + AdvOBInt),0)
WHEN ISNULL(TotDemandInt,0) > 0 AND ISNULL(CurrCollInt + AdvOBInt,0) > ISNULL(TotDemandInt,0) THEN ISNULL(ISNULL(CurrCollInt + AdvOBInt,0) - ISNULL(TotDemandInt,0),0)
WHEN ISNULL(TotDemandInt,0) > 0 AND ISNULL(CurrCollInt + AdvOBInt,0) < ISNULL(TotDemandInt,0) THEN 0
WHEN ISNULL(CurrCollInt + AdvOBInt,0) = ISNULL(TotDemandInt,0) THEN 0
ELSE 0 END AS AdvCBInt,
0 AS BalancePri,
0 AS BalanceInt,
OS_Pri,
OS_Int,
0 AS Repayment,
LoanProduct,
LoanActivity,
LoanSubActivity,
FundAgencyId,
SourceId,
CONVERT(CHAR(3), @i_DayOpenDate, 0) + ' - ' + RIGHT(CONVERT(CHAR(4), YEAR(@i_DayOpenDate)),2) AS Months
FROM CTE_2
INSERT INTO dbo.MFDB_NEW_DCB_REPORT
( [MFDB_TxnDate]
,[MFDB_StateId]
,[MFDB_RegionId]
,[MFDB_BranchId]
,[MFDB_SHGId]
,[MFDB_SHGName]
,[MFDB_ShgMemberId]
,[MFDB_MemberName]
,[MFDB_VillageId]
,[MFDB_LoanNumber]
,[MFDB_LoanAmount]
,[MFDB_DisbursedDate]
,[MFDB_DemandDate]
,[MFDB_CollectionDate]
,[MFDB_InstallmentNumber]
,[MFDB_ArrearPrincipal]
,[MFDB_ArrearInterest]
,[MFDB_DemandPrincipal]
,[MFDB_DemandInterest]
,[MFDB_TotDemandPrincipal]
,[MFDB_TotDemandInterest]
,[MFDB_AdvOBPrincipal]
,[MFDB_AdvOBInterest]
,[MFDB_CollectedPrincipal]
,[MFDB_CollectedInterest]
,[MFDB_AdvCBPrincipal]
,[MFDB_AdvCBInterest]
,[MFDB_BalancePrincipal]
,[MFDB_BalanceInterest]
,[MFDB_OS_Pri]
,[MFDB_OS_Int]
,[MFDB_RepaymentPercentage]
,[MFDB_LoanSchemeId]
,[MFDB_LActivityId]
,[MFDB_LActSpecId]
,[MFDB_FundAgencyId]
,[MFDB_LSourceId]
,[MFDB_Months]
,[MFDB_PanchayatId]
,[MFDB_PanchayatName]
,[MFDB_VillageName]
SELECT @i_DayOpenDate ,StateId, RegionId, BranchId, SHGId, SHGName, SHGMemId, MemberName, VillageId , LoanNo, LoanAmount, DisbursedDate,DemandDate,CollectionDate,IntallNo,
ArrPrincipal,ArrInterest,CurrDemandPrin,CurrDemandInt,TotDemandPri,TotDemandInt,AdvOBPri,AdvOBInt,CurrCollPri,CurrCollInt,
CASE WHEN AdvCBPri < 0 THEN 0 ELSE AdvCBPri END,
CASE WHEN AdvCBInt < 0 THEN 0 ELSE AdvCBInt END,
CASE WHEN ISNULL(TotDemandPri,0) = 0 THEN 0
WHEN ISNULL(TotDemandPri,0) > 0 AND ISNULL(CurrCollPri + AdvOBPri,0) > ISNULL(TotDemandPri,0) THEN 0
WHEN ISNULL(TotDemandPri,0) > 0 AND ISNULL(CurrCollPri + AdvOBPri,0) < ISNULL(TotDemandPri,0) THEN ABS(ISNULL(ISNULL(CurrCollPri + AdvOBPri,0) - ISNULL(TotDemandPri,0),0) * -1)
WHEN ISNULL(CurrCollPri + AdvOBPri,0) = ISNULL(TotDemandPri,0) THEN 0
ELSE 0 END AS BalancePri,
CASE WHEN ISNULL(TotDemandInt,0) = 0 THEN 0
WHEN ISNULL(TotDemandInt,0) > 0 AND ISNULL(CurrCollInt + AdvOBInt,0) > ISNULL(TotDemandInt,0) THEN 0
WHEN ISNULL(TotDemandInt,0) > 0 AND ISNULL(CurrCollInt + AdvOBInt,0) < ISNULL(TotDemandInt,0) THEN ABS(ISNULL(ISNULL(CurrCollInt + AdvOBInt,0) - ISNULL(TotDemandInt,0),0) * -1)
WHEN ISNULL(CurrCollInt + AdvOBInt,0) = ISNULL(TotDemandInt,0) THEN 0
ELSE 0 END AS BalanceInt,
OS_Pri,
OS_Int,
0 AS Repayment,
LoanProduct,LoanActivity,LoanSubActivity,FundAgencyId,SourceId,Months,@p_TempPanchayatId,@p_TempPanchayatName,@p_TempVillageName
FROM CTE_3
If @@Error != 0
Begin
Set @o_ErrorStatus = 1
ROLLBACK TRANSACTION DCBGenerated
RETURN
End
FETCH NEXT FROM DCBMonthCursor
INTO @p_TempStateId ,
@p_TempRegionId ,
@p_TempBranchId ,
@p_TempSHGId ,
@p_TempSHGName ,
@p_TempSHGMemberId ,
@p_TempMemberName ,
@p_TempLoanNumber ,
@p_TempLoanAmount
END
CLOSE DCBMonthCursor
DEALLOCATE DCBMonthCursor
DELETE FROM #TEMPDCBCOLLECTION
If @@Error != 0
Begin
Set @o_ErrorStatus = 1
ROLLBACK TRANSACTION DCBGenerated
RETURN
End
END
COMMIT TRANSACTION DCBGenerated

Converting columns to single row

Hi,
I have scenario like this
bw_we     account        user_defined1      user_defined2         user_defined3
'abc'           1234           5678                    6789                         0987
abc             2424           64635                  8977                         789534
def             44382         4924929                 9449                       242424
def            42488           88488                  888324                     8888i need to get result set as
gl_account
1234
5678
6789
0987
2424
64635
8977
789534
.all the values in each row should be converted into one column..is there any oracle function do this?

In 10g you'll have to do something like the following to UNPIVOT the results:
SQL> WITH test_data AS
2 (
3          SELECT 'abc' AS BW_WE,   1234 AS ACCOUNT,       5678 AS USER_DEFINED1,   6789 AS USER_DEFINED2,    0987 AS USER_DEFINED3 FROM DUAL UNION ALL
4          SELECT 'abc' AS BW_WE,   2424 AS ACCOUNT,       64635 AS USER_DEFINED1,   8977 AS USER_DEFINED2,   789534 AS USER_DEFINED3 FROM DUAL UNION ALL
5          SELECT 'def' AS BW_WE, 44382 AS ACCOUNT,       4924929 AS USER_DEFINED1, 9449 AS USER_DEFINED2,   242424 AS USER_DEFINED3 FROM DUAL UNION ALL
6          SELECT 'def' AS BW_WE, 42488 AS ACCOUNT,       88488 AS USER_DEFINED1,   888324 AS USER_DEFINED2, 888 AS USER_DEFINED3 FROM DUAL
7 )
8 -- END SAMPLE DATA
9 SELECT DECODE
10          (
11                  RN
12          ,       1,      ACCOUNT
13          ,       2,      USER_DEFINED1
14          ,       3,      USER_DEFINED2
15          ,       4,      USER_DEFINED3
16          )       AS COLLAPSED_COL
17 FROM            TEST_DATA
18 CROSS JOIN      (SELECT ROWNUM RN FROM DUAL CONNECT BY LEVEL <= 4)
19 /
       COLLAPSED_COL
                1234
                2424
               44382
               42488
                5678
               64635
             4924929
               88488
                6789
                8977
                9449
              888324
                 987
              789534
              242424
                 888
16 rows selected.

Converting column data into rows in oracle 10g

sample data:
PATID NA2     NA3     NA4
1     3     4     5
1     34     45     56
1     134     245     356
2     134     245     356
2     334     275     56
2     4     275     56
2     4     5     56
how to display the above data like
PATID NA2 NA3 NA4
1 ID1 ID2 ID3 ID4 ID1 ID2 ID3 ID4 ID1 ID2 ID3 ID4
3 34 134 4 45 245 5 56 356
2 134 134 4 4 245 275 275 5 356 56 56 56

Many examples are here:
http://www.oracle-base.com/articles/10g/StringAggregationTechniques.php
(and you can do a search on this forum as well to find more)
edit
Your sample data is not very clear, by the way.
Please post a CREATE TABLE and some INSERT statements, just enough to put up the testcase.
Use the tag before and after posting examples, so formatting will be maintained.
See the [FAQ|http://forums.oracle.com/forums/help.jspa] for more information regarding tags (scroll a bit down)...
Edited by: hoek on Jan 26, 2010 5:23 PM

Recommendations for use of Row Store Tables

Hi ABAP on HANA Gurus,
I think by this time, most of us are aware of the difference between Row Store and Column store in SAP HANA ( Column store actually uses an internal memory layout, which is highly optimized for column operations such as search and aggregation.)
Recommendation from SAP is to always use Column store for tables with Business Data (i.e. Master Data and Transaction data ) within SAP HANA and Row Store to be used very selectively for Application server system tables. I have these queries :
1. What kind of system tables are referred here ?
2. Can we use Row store for Configuration tables ? In this case, we can optimize the query by using SELECT SINGLE * for required condition.
3. For Side car scenarios, where in we may have SAP ERP on Classical d/b and required Tables/data are replicated to HANA by SLT, then I understand that SLT would automatically decide which tables will be Column Store and Row store.
4. Are the recommendations different for Suite on HANA ? I think a Hybrid Row and Column store is used here to provide optimizations in the OLTP system.
5. So, what is the approach to be followed when we are doing any Native HANA development and we need to create few Custom tables. Although by default, they need to be Column store, are there any special cases to be considered for Row store ?
Thanks,
Suma

Hello Suma,
What kind of system tables are referred here ?
Tables like TRDIR, DD02L etc. where attributes of meta data are stored
Can we use Row store for Configuration tables ? In this case, we can optimize the query by using SELECT SINGLE * for required condition.
Yes. In the case of configuration tables, number of records are few and all the fields are normally queried. So I think SELECT SINGLE * should not be a problem.
For Side car scenarios, where in we may have SAP ERP on Classical d/b and required Tables/data are replicated to HANA by SLT, then I understand that SLT would automatically decide which tables will be Column Store and Row store.
In SLT transaction IUUC_REPL_CONTENT, we can set the target table storage type as raw store. The default will be column store.
Are the recommendations different for Suite on HANA ? I think a Hybrid Row and Column store is used here to provide optimizations in the OLTP system.
Correct. Storage attributes of all the standard tables will be set by SAP during migration. For custom tables, we can update it in Technical settings. I think it is column store by default here also.
So, what is the approach to be followed when we are doing any Native HANA development and we need to create few Custom tables. Although by default, they need to be Column store, are there any special cases to be considered for Row store ?
The custom table used for storing few records of non-numeric attribute data may be created as raw store. All others should be column store.
Thanks,
Venu

Converting Column to Rows

Hello,
I am trying to build and SQL to convert columns from multiple rows to the all rows - see below test data and result expected:
CREATE TABLE XX_TEST(NAME VARCHAR2(10),A1 VARCHAR2(10),A2 VARCHAR2(10), A3 VARCHAR2(10),A4 VARCHAR2(10),A5 VARCHAR2(10));
INSERT INTO XX_TEST VALUES('LIST','A','B','C','D','E');
INSERT INTO XX_TEST VALUES('L1','1',NULL,'3',NULL,NULL);
INSERT INTO XX_TEST VALUES('L2','1','5','4',NULL,NULL);
COMMIT
SELECT * FROM XX_TEST;
Result expected:
NAME is Column from table XX_TEST but COLUMN and VALUE are the columns converted to rows-
NAME COLUMN VALUE
L1 A1 1
L1 A2 NULL
L1 A3 3
L1 A4 NULL
L1 A5 NULL
L2 A1 1
L2 A2 5
L2 A3 4
L2 A4 NULL
L2 A5 NULL
Thanks
BS

Hi,
Thanks for posting the sample data in such a useful form!
Whenever you post a question, you should always say what version of Oracle you're using, too.
Displaying multiple columns from one row as one column on multiple rows is called Unpivoting .
In Oracle 11, you can use the SELECT ... UNPIVOT feature to do that.
In any version of Oracle, you can cross-join your table to a Counter that has as many rows as your original table has columns to be unpivoted.
In this problem, we need a self-join of the unpivoted data, to join the rows with name='LIST' to every other row.
WITH     cntr     AS
     SELECT     LEVEL     AS n
     FROM     dual
     CONNECT BY     LEVEL     <= 5
,     unpivoted_xx_test     AS
     SELECT     x.name
     ,     'A' || c.n     AS col
     ,     CASE c.n
               WHEN 1     THEN x.a1
               WHEN 2     THEN x.a2
               WHEN 3     THEN x.a3
               WHEN 4     THEN x.a4
               WHEN 5     THEN x.a5
          END          AS val
     FROM          cntr     c
     CROSS JOIN     xx_test     x
SELECT       u.name
,       u.col
,       l.val          AS val1
,       u.val          AS val2
FROM       unpivoted_xx_test     l
JOIN       unpivoted_xx_test     u ON     l.col     = u.col
WHERE       l.name     = 'LIST'
AND       u.name     != 'LIST'
ORDER BY name
,       col
;Output:
NAME       COL VAL1       VAL2
L1         A1 A          1
L1         A2 B
L1         A3 C          3
L1         A4 D
L1         A5 E
L2         A1 A          1
L2         A2 B          5
L2         A3 C          4
L2         A4 D
L2         A5 EThe query above uses some features that were new in Oracle 9, but the basic strategy will work in earlier versions.
If your columns don't have such regular names (A1, A2, A3, ...) then you can use another CASE expression to derive unpivoted_xx_test.col.

How to convert columns into rows using transpose function

Hi
anybody tell me how to convert columns values into rows using transpose function.

Since BluShadow went to all the trouble to put it together, someone should use it.
See the post titled How do I convert rows to columns? here SQL and PL/SQL FAQ
John

Need to Convert Comma separated data in a column into individual rows from

Hi,
I need to Convert Comma separated data in a column into individual rows from a table.
Eg: JOB1 SMITH,ALLEN,WARD,JONES
OUTPUT required ;-
JOB1 SMITH
JOB1 ALLEN
JOB1 WARD
JOB1 JONES
Got a solution using Oracle provided regexp_substr function, which comes handy for this scenario.
But I need to use a database independent solution
Thanks in advance for your valuable inputs.
George

Go for ETL solution. There are couple of ways to implement.
If helps mark

Is there a way to view a Genre Column in the iTunes Store?

I have some file (That I did not download from iTunes). And their names were all messed up. But I was able to fix them by using the iTunes store and finding names, artist's, and etc. But when it came to Genres I could not find the Genre Column in the iTunes STORE. If you know a way to add a genre column in the iTunes store please tell me! Thank you!

Downloading (using iOS or computer) past purchases from the App Store, iBookstore, and iTunes Store - http://support.apple.com/kb/ht2519 - enabled with iTunes 10.3 and newer; not all media formats are available in all countries (see: iTunes in the Cloud and iTunes Match Availability by Country - http://support.apple.com/kb/HT5085); apps, books (not audiobooks), music, t.v. shows, and movies (some - not all studios have permitted this). Downloading previously purchased movies and TV shows requires iTunes 10.6 or later. Discontinued items not available. For items not included in the iCloud list (e.g., ringtones, audiobooks), or locations or computer systems where iCloud is not (yet?) available, you only get one download per fee paid. Apple notes it is your responsibility to back up your purchases.
Select the iTunes Store on the left side of iTunes.
Click on Purchased on the right side under Quick Links.
You can re-download your available previous purchases.

Store Multiple rows in a dictionary to show as a grid

Hi,
I need to store multiple rows in a data dictionary.
Please give me the solution if the CCP has these feature to store multiple row data.
Please provide the guide if this is limitation in CCP

I also have this problem. I have one form defined normally (e.g. server) and a second form defined as a grid (e.g. disks). My problem is when defining the plan, I can create a service item for the server but can't create one for the disk. How do I get the data from a grid form over to CPO? The design guide was quite vague on that point.
I thought also doing it as a bundle might work but that would in theory launch multiple different CPO processes which is not what I want. I would like all data from each from to be sent in a single request to the CPO process.
How do I do this?
Is it down to the type of adapter settings?
Actually, I've just answered my own question and now my adaptor is sending all the data but I would still like to know if I should be creating service items for those grid forms?
Ryan

Convert columns to row equivalent to stragg function in oracle sql

Hi,
Sorry i forgot my Oracle version :
SQL> select * from v$version;
BANNER
Oracle Database 10g Enterprise Edition Release 10.2.0.3.0 - 64bi
PL/SQL Release 10.2.0.3.0 - Production
CORE    10.2.0.3.0      Production
TNS for 64-bit Windows: Version 10.2.0.3.0 - Production
NLSRTL Version 10.2.0.3.0 - ProductionI searched in google but i didn't found the solution.
I looking for a function in discoverer equivalent to stragg sql function.
Note : stragg function convert columns to rows.
Thanks
SELECT   deptno, stragg ('-' || ename)
    FROM emp_test
GROUP BY deptno;
    DEPTNO STRAGG_STR
        10 -CLARK-KING-MILLER
        20 -SMITH-FORD-ADAMS-SCOTT-JONES
        30 -ALLEN-BLAKE-MARTIN-TURNER-JAMES-WARD
3 rows selected.Edited by: Salim Chelabi on 2010-01-29 08:32

Hi again,
*1- I created my function in my schema.*
CREATE OR REPLACE TYPE t_string_agg AS OBJECT
g_string VARCHAR2(32767),
STATIC FUNCTION ODCIAggregateInitialize(sctx IN OUT t_string_agg)
    RETURN NUMBER,
MEMBER FUNCTION ODCIAggregateIterate(self   IN OUT t_string_agg,
                                       value IN      VARCHAR2 )
     RETURN NUMBER,
MEMBER FUNCTION ODCIAggregateTerminate(self         IN   t_string_agg,
                                         returnValue OUT VARCHAR2,
                                         flags        IN   NUMBER)
    RETURN NUMBER,
MEMBER FUNCTION ODCIAggregateMerge(self IN OUT t_string_agg,
                                     ctx2 IN      t_string_agg)
    RETURN NUMBER
SHOW ERRORS
CREATE OR REPLACE TYPE BODY t_string_agg IS
STATIC FUNCTION ODCIAggregateInitialize(sctx IN OUT t_string_agg)
    RETURN NUMBER IS
BEGIN
    sctx := t_string_agg(NULL);
    RETURN ODCIConst.Success;
END;
MEMBER FUNCTION ODCIAggregateIterate(self   IN OUT t_string_agg,
                                       value IN      VARCHAR2 )
    RETURN NUMBER IS
BEGIN
    SELF.g_string := self.g_string || ',' || value;
    RETURN ODCIConst.Success;
END;
MEMBER FUNCTION ODCIAggregateTerminate(self         IN   t_string_agg,
                                         returnValue OUT VARCHAR2,
                                         flags        IN   NUMBER)
    RETURN NUMBER IS
BEGIN
    returnValue := RTRIM(LTRIM(SELF.g_string, ','), ',');
    RETURN ODCIConst.Success;
END;
MEMBER FUNCTION ODCIAggregateMerge(self IN OUT t_string_agg,
                                     ctx2 IN      t_string_agg)
    RETURN NUMBER IS
BEGIN
    SELF.g_string := SELF.g_string || ',' || ctx2.g_string;
    RETURN ODCIConst.Success;
END;
END;
SHOW ERRORS
CREATE OR REPLACE FUNCTION string_agg (p_input VARCHAR2)
RETURN VARCHAR2
PARALLEL_ENABLE AGGREGATE USING t_string_agg;
SHOW ERRORS
*2- I ran my query in my schema with sqlplus.*
SELECT deptno,ename,sal, string_agg(ename)over(partition by deptno) AS employees
FROM   emp_test
order by deptno;
    DEPTNO ENAME             SAL EMPLOYEES
        10 CLARK            2450 CLARK,KING,MILLER
        10 KING             5000 CLARK,KING,MILLER
        10 MILLER           1300 CLARK,KING,MILLER
        20 JONES            2975 JONES,FORD,ADAMS,SMITH,SCOTT
        20 FORD             3000 JONES,FORD,ADAMS,SMITH,SCOTT
        20 ADAMS            1100 JONES,FORD,ADAMS,SMITH,SCOTT
        20 SMITH             800 JONES,FORD,ADAMS,SMITH,SCOTT
        20 SCOTT            3000 JONES,FORD,ADAMS,SMITH,SCOTT
        30 WARD             1250 WARD,TURNER,ALLEN,JAMES,BLAKE,MARTIN
        30 TURNER           1500 WARD,TURNER,ALLEN,JAMES,BLAKE,MARTIN
        30 ALLEN            1600 WARD,TURNER,ALLEN,JAMES,BLAKE,MARTIN
        30 JAMES             950 WARD,TURNER,ALLEN,JAMES,BLAKE,MARTIN
        30 BLAKE            2850 WARD,TURNER,ALLEN,JAMES,BLAKE,MARTIN
        30 MARTIN           1250 WARD,TURNER,ALLEN,JAMES,BLAKE,MARTIN
14 rows selected.
*3- I import this function in discoverer administration*
4- My problem :When i use the function string_agg(ename)over(partition by deptno) in discover deskto i got the error you can't use over in this place.
Any ideas.
Thank in advance.
Regards Salim.

To convert columns into row

Hi All,
I need help in building view which actually can show columns data as row.
e.g.
row is as follows
Name Age Salary
ABC 25 10000
BBC 28 12000
The above tables data I want to get as
Name ABC BBC
Age 25 28
Salary 10000 12000
Thanks in advance.

Even if I don't really understand such requirement, I wrote some times ago such function to play around that :
Re: Converting Columns into rows
Nicolas.

Converting columns to row

Hi,
I have 6 columns and 4 rows and i want to convert it into 6 rows and 4 columns and want to display in table control.
plz help me in this ....

Hi Kinjal,
   Question is not clear. You want to change the internal table values with 6 columns & 4 rows to 4 columns & 6 rows?
If my understanding is correct, check the bleow logic:
loop at itab1.
case sy-tabix.
when 1.
   itab2-c1 = itab1-c1.
   append itab2.
   itab2-c1 = itab1-c2.
   append itab2.
   itab2-c1 = itab1-c3.
   append itab2.
   itab2-c1 = itab1-c4.
   append itab2.
   itab2-c1 = itab1-c5.
   append itab2.
   itab2-c1 = itab1-c6.
   append itab2.
when 2.
itab2-c2 = itab1-c1.
modify itab2 transporting c2 index 1.
itab2-c2 = itab1-c2.
modify itab2 transporting c2 index 2.
itab2-c2 = itab1-c3.
modify itab2 transporting c2 index 3.
itab2-c2 = itab1-c4.
modify itab2 transporting c2 index 4.
itab2-c2 = itab1-c5.
modify itab2 transporting c2 index 5.
itab2-c2 = itab1-c6.
modify itab2 transporting c2 index 6.
when 3.
   itab2-c3 = itab1-c1.
modify itab2 transporting c3 index 1.
when 4.
   itab2-c4 = itab1-c1.
modify itab2 transporting c4 index 1.
Endloop.
Finally you will get 6 rows with 4 coulmns.

How to convert single column into single row

I need to convert single column into single row having n no.of.values in a column. without using case or decode. I need a query to display as below.
emp_id
100
101
102
102
103
200
I need output like 100,101,102,103,104.........200.

I assume you want to convert 200 rows with one column into one row with 200 columns. If so, this is called pivot. If you know number of rows (max possible number of rows) and you are on 11G you can use PIVOT operator (on lower versions GROUP BY + CASE). Otherwise, if row number isn't known, you can use dynamic SQL or assemble select on clent side. Below is example emp_id = 1,2,..5 (to give you idea) and you are on 11G:
with emp as (
             select level emp_id
               from dual
               connect by level <= 5
select *
from emp
pivot(
        max(emp_id) for emp_id in (1 emp_id1,2 emp_id2,3 emp_id3,4 emp_id4,5 emp_id5)
   EMP_ID1    EMP_ID2    EMP_ID3    EMP_ID4    EMP_ID5
         1          2          3          4          5
SQL>
SY.

Converting column store to row store

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