/
}bedrock.cube.data.copy.intercube.pro
1791 lines (1644 loc) · 61.3 KB
/
}bedrock.cube.data.copy.intercube.pro
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602,"}bedrock.cube.data.copy.intercube"
562,"VIEW"
586,"Bedrock Source Cube"
585,"Bedrock Source Cube"
564,
565,"d0PFaZvxzZ:d?exd<_mcwxvHlDFZJ`e^Q?[WdEqs2l=Q1iTZF7OAcH=bpjFK3n9=3`L@Tx<a?S\wTc48T2zCmK6pIt5QFANiL>7qapxu9zDq;MMfih4R6<;OC3L0rpAA]np^bl^tbQ^oEuratBb<7NmYFXxZmQ<d<`w;SlM29Pf0ikhv\b[l6bDE>\dR<T:w=yItkKxd"
559,1
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566,0
567,","
588,"."
589,
568,""""
570,Default
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pLogOutput
pSrcCube
pFilter
pFilterParallel
pParallelThreads
pTgtCube
pMappingToNewDims
pSuppressConsol
pSuppressRules
pZeroTarget
pZeroSource
pFactor
pDimDelim
pEleStartDelim
pEleDelim
pTemp
pCubeLogging
pThreadMode
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pLogOutput,0
pSrcCube,""
pFilter,""
pFilterParallel,""
pParallelThreads,0
pTgtCube,""
pMappingToNewDims,""
pSuppressConsol,1
pSuppressRules,1
pZeroTarget,1
pZeroSource,0
pFactor,1
pDimDelim,"&"
pEleStartDelim,"¦"
pEleDelim,"+"
pTemp,1
pCubeLogging,0
pThreadMode,0
637,18
pLogOutput,"Optional: write parameters and action summary to server message log (Boolean True = 1)"
pSrcCube,"REQUIRED: Cube data is being copied from"
pFilter,"OPTIONAL: Filter on source cube in format Year: 2006 + 2007 & Scenario: Actual + Budget. Blank for whole cube"
pFilterParallel,"OPTIONAL: Parallelization Filter: Month:Q1+Q2+Q3+Q4 (Blank=run single threaded). Single dimension parallel slices. Will be added to filter single element at a time. Dimension must not be part of filter"
pParallelThreads,"Maximum number of threads to run when parallel processing is enabled ( if <2 will execute one thread, but parallel filter is still applied )"
pTgtCube,"REQUIRED: Name of cube to copy the values to"
pMappingToNewDims,"REQUIRED IF TARGET HAS DIMS NOT IN SOURCE: DimX:InputElementForDimX & DimY:InputElementForDimY (specify an N level element for each new dim)"
pSuppressConsol,"OPTIONAL: Suppress Consolidations (Skip = 1) Only use 0 for strings"
pSuppressRules,"OPTIONAL: Suppress Rules (Skip = 1)"
pZeroTarget,"OPTIONAL: Zero out Target Element PRIOR to Copy? (Boolean 1=True) Clears combination of pFilter and pMappingToNewDims"
pZeroSource,"OPTIONAL: Zero out Source Element AFTER Copy? (Boolean 1=True). If pFilter is blank the whole source cube is cleared!"
pFactor,"OPTIONAL: Multiply source value by factor (1 keeps the value as is). To modify existing values make the target element the same as the source with pZeroTarget = 0"
pDimDelim,"OPTIONAL. Delimiter for start of Dimension/Element set"
pEleStartDelim,"OPTIONAL: Delimiter for start of element list"
pEleDelim,"OPTIONAL: Delimiter between elements"
pTemp,"OPTIONAL: Delete temporary view and Subset ( 0 = Retain View and Subsets 1 = Delete View and Subsets 2 = Delete View only )"
pCubeLogging,"OPTIONAL: Cube Logging (0 = No transaction logging, 1 = Logging of transactions)"
pThreadMode,"DO NOT USE: Internal parameter only, please don't use"
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572,1086
#Region CallThisProcess
# A snippet of code provided as an example how to call this process should the developer be working on a system without access to an editor with auto-complete.
If( 1 = 0 );
ExecuteProcess( '}bedrock.cube.data.copy.intercube', 'pLogOutput', pLogOutput,
'pSrcCube', '', 'pFilter', '',
'pFilterParallel', '', 'pParallelThreads', 0,
'pTgtCube', '', 'pMappingToNewDims', '',
'pSuppressConsol', 1, 'pSuppressRules', 1,
'pZeroTarget', 1, 'pZeroSource', 0,
'pFactor', 1,
'pDimDelim', '&', 'pEleStartDelim', '¦', 'pEleDelim', '+',
'pTemp', 1, 'pCubeLogging', 0
);
EndIf;
#EndRegion CallThisProcess
#****Begin: Generated Statements***
#****End: Generated Statements****
#################################################################################################
##~~Join the bedrock TM1 community on GitHub https://github.com/cubewise-code/bedrock Ver 4.0~~##
#################################################################################################
#Region @DOC
# Description:
# This is the process used to copy data from a source cube to a different target cube.
# Use case: Mainly used in production environments.
# 1. This process could be used to populate a Reporting cube.
# 2. The process could be used to archive data from one cube to another one for any use.
# Note:
# * The target cube may have a different number of dimensions as the source cube.
# * Where the target and source cubes share the same dimensions, the process will match the dimensions even if their position in the cube is different.
# * An input element must be specified for each dimension which is in the target but not in the source using the parameter pMappingToNewDims.
# * The format of parameter pMappingToNewDims using default delimiters & and : is DimInTargetButNotSource1:ElementOfDim & DimInTargetButNotSource2:ElementOfDim.
# * The input element must be an N level unless pSuppressConsol is set to 0.
# * The maximum number of dimensions catered for in the target cube is 27. (In principle adding support for cubes with higher dimensionality is not difficult).
# For dimensions in the source but not the target, the process will accumulate the values of all n level elements
# (or all n level elements specified by the pFilter parameter).
# The pFilter parameter contains the dimensions and elements to be used for filtering the source cube.
# The format of the pFilter parameter is as follows, using default delimiters & + : Dim1: Elem1 + Elem2 & Dim2: Elem3 + Elem4.
# The dimension parameters do not need to be given in the index order of dimensions in the cube.
# The dimension name is specified as the first member of the delimited string of elements.
# If consolidations are skipped the N level children of any consolidated filter elements will be used.
# Spaces are ignored so use them to make your filter more readable.
# If using the pFilterParallel parameter the **single dimension** used as the "parallelization slicer" cannot appear in
# the pFilter parameters.
# When using parallelization via the *RunProcess* function the elements listed in pFilterParallel will be split one_at_a_time
# and passed to a recursive call of the process being added to pFilter.
# An example:
# To copy the 2011 Actual Sales data from the Sales cube to the General Ledger cube set pFilter to Year: 2011 & Version: Actual.
# Say the General Ledger cube has an Account dimension but the Sales cube doesn't and the Account for sales is 9999 (an n level element).
# Set the pMappingToNewDims parameter to Account:9999.
# This will copy all Actual 2011 Sales to Account 9999 in the General Ledger.
# If only sales for Company X are to be copied, set pFilter to Year: 2011 & Version: Actual & Company:X.
# If sales from other companies are already in the General Ledger set pZeroTarget to 0 to add Company X's data to the existing data.
# Setting pZeroTarget to 1 will clear our data in the target cube for the elements specified in the
# pMappingToNewDims parameter and the pFilter parameter for dimensions that are in the target.
#EndRegion @DOC
### Global Variables
StringGlobalVariable('sProcessReturnCode');
NumericGlobalVariable('nProcessReturnCode');
### Constants ###
cThisProcName = GetProcessName();
cUserName = TM1User();
cTimeStamp = TimSt( Now, '\Y\m\d\h\i\s' );
cRandomInt = NumberToString( INT( RAND( ) * 1000 ));
cMsgErrorLevel = 'ERROR';
cMsgErrorContent = '%cThisProcName% : %sMessage% : %cUserName%';
sDelimDim = TRIM(pDimDelim);
sElementStartDelim = TRIM(pElEStartDelim);
sDelimElem = TRIM(pEleDelim);
nErrors = 0;
# Make sure pFactor not zero
nFactor = If( pFactor = 0, 1, pFactor );
sView = cThisProcName | cTimeStamp | cRandomInt;
sSubset = sView;
sTargetView = 'Target '| sView;
sTargetSubset = sTargetView;
#Region ## Check Parameters ###
## Default filter delimiters
If( pDimDelim @= '' );
pDimDelim = '&';
EndIf;
If( pEleStartDelim@= '' );
pEleStartDelim= '¦';
EndIf;
If( pEleDelim @= '' );
pEleDelim = '+';
EndIf;
# If specified source cube doesn't exist then terminate process
If( CubeExists( pSrcCube ) = 0 );
nErrors = nErrors + 1;
sMessage = Expand( 'Invalid source cube specified: %pSrcCube%.');
LogOutput( cMsgErrorLevel, Expand( cMsgErrorContent ) );
EndIf;
# If specified target cube doesn't exist then terminate process
If( CubeExists( pTgtCube ) = 0 );
nErrors = nErrors + 1;
sMessage = Expand( 'Invalid target cube specified: %pTgtCube%.');
LogOutput( cMsgErrorLevel, Expand( cMsgErrorContent ) );
EndIf;
# Validate parallelization filter
If( Scan( pEleStartDelim, pFilterParallel ) > 0 );
sDimParallel = SubSt( pFilterParallel, 1, Scan( pEleStartDelim, pFilterParallel ) - 1 );
If( Scan( Lower(sDimParallel) | pEleStartDelim, Lower(pFilter) ) > 0 );
sMessage = 'Parallelization dimension %sDimParallel% cannot exist in filter.';
nErrors = nErrors + 1;
LogOutput( cMsgErrorLevel, Expand( cMsgErrorContent ) );
EndIf;
EndIf;
# Validate Max Threads
If( pParallelThreads > 0 );
nMaxThreads = pParallelThreads;
Else;
nMaxThreads = 1;
EndIf;
### Check for errors before continuing
If( nErrors <> 0 );
ProcessBreak;
EndIf;
#EndRegion
#Region
## Set variables =0 or '' ################################################################################################# ########################
### Placeholders for mappped dimensions
nMappedDim1 = 0;
nMappedDim2 = 0;
nMappedDim3 = 0;
nMappedDim4 = 0;
nMappedDim5 = 0;
nMappedDim6 = 0;
nMappedDim7 = 0;
nMappedDim8 = 0;
nMappedDim9 = 0;
nMappedDim10 = 0;
nMappedDim11 = 0;
nMappedDim12 = 0;
nMappedDim13 = 0;
nMappedDim14 = 0;
nMappedDim15 = 0;
nMappedDim16 = 0;
nMappedDim17 = 0;
nMappedDim18 = 0;
nMappedDim19 = 0;
nMappedDim20 = 0;
nMappedDim21 = 0;
nMappedDim22 = 0;
nMappedDim23 = 0;
nMappedDim24 = 0;
nMappedDim25 = 0;
nMappedDim26 = 0;
nMappedDim27 = 0;
sMappedV1 = '';
sMappedV2 = '';
sMappedV3 = '';
sMappedV4 = '';
sMappedV5 = '';
sMappedV6 = '';
sMappedV7 = '';
sMappedV8 = '';
sMappedV9 = '';
sMappedV10 = '';
sMappedV11 = '';
sMappedV12 = '';
sMappedV13 = '';
sMappedV14 = '';
sMappedV15 = '';
sMappedV16 = '';
sMappedV17 = '';
sMappedV18 = '';
sMappedV19 = '';
sMappedV20 = '';
sMappedV21 = '';
sMappedV22 = '';
sMappedV23 = '';
sMappedV24 = '';
sMappedV25 = '';
sMappedV26 = '';
sMappedV27 = '';
sMappedV28 = '';
### Placeholders for new dimensions
nNewDim1 = 0;
nNewDim2 = 0;
nNewDim3 = 0;
nNewDim4 = 0;
nNewDim5 = 0;
nNewDim6 = 0;
nNewDim7 = 0;
nNewDim8 = 0;
nNewDim9 = 0;
nNewDim10 = 0;
nNewDim11 = 0;
nNewDim12 = 0;
nNewDim13 = 0;
nNewDim14 = 0;
nNewDim15 = 0;
nNewDim16 = 0;
nNewDim17 = 0;
nNewDim18 = 0;
nNewDim19 = 0;
nNewDim20 = 0;
nNewDim21 = 0;
nNewDim22 = 0;
nNewDim23 = 0;
nNewDim24 = 0;
nNewDim25 = 0;
nNewDim26 = 0;
nNewDim27 = 0;
sNewV1 = '';
sNewV2 = '';
sNewV3 = '';
sNewV4 = '';
sNewV5 = '';
sNewV6 = '';
sNewV7 = '';
sNewV8 = '';
sNewV9 = '';
sNewV10 = '';
sNewV11 = '';
sNewV12 = '';
sNewV13 = '';
sNewV14 = '';
sNewV15 = '';
sNewV16 = '';
sNewV17 = '';
sNewV18 = '';
sNewV19 = '';
sNewV20 = '';
sNewV21 = '';
sNewV22 = '';
sNewV23 = '';
sNewV24 = '';
sNewV25 = '';
sNewV26 = '';
sNewV27 = '';
### Determine dimensions in target cube, we need to know this to test cell type before loading ###
# only numbers get converted from strings to numbers
sDim1 = TabDim( pTgtCube, 1 );
sDim2 = TabDim( pTgtCube, 2 );
sDim3 = TabDim( pTgtCube, 3 );
sDim4 = TabDim( pTgtCube, 4 );
sDim5 = TabDim( pTgtCube, 5 );
sDim6 = TabDim( pTgtCube, 6 );
sDim7 = TabDim( pTgtCube, 7 );
sDim8 = TabDim( pTgtCube, 8 );
sDim9 = TabDim( pTgtCube, 9 );
sDim10 = TabDim( pTgtCube, 10 );
sDim11 = TabDim( pTgtCube, 11 );
sDim12 = TabDim( pTgtCube, 12 );
sDim13 = TabDim( pTgtCube, 13 );
sDim14 = TabDim( pTgtCube, 14 );
sDim15 = TabDim( pTgtCube, 15 );
sDim16 = TabDim( pTgtCube, 16 );
sDim17 = TabDim( pTgtCube, 17 );
sDim18 = TabDim( pTgtCube, 18 );
sDim19 = TabDim( pTgtCube, 19 );
sDim20 = TabDim( pTgtCube, 20 );
sDim21 = TabDim( pTgtCube, 21 );
sDim22 = TabDim( pTgtCube, 22 );
sDim23 = TabDim( pTgtCube, 23 );
sDim24 = TabDim( pTgtCube, 24 );
sDim25 = TabDim( pTgtCube, 25 );
sDim26 = TabDim( pTgtCube, 26 );
sDim27 = TabDim( pTgtCube, 27 );
#EndRegion
sTgtDimString = '^^'|sDim1|'^^'|sDim2|'^^'|sDim3|'^^'|sDim4|'^^'|sDim5|'^^'|sDim6|'^^'|sDim7|'^^'|sDim8|'^^'|sDim9|'^^'|sDim10|'^^'
|sDim11|'^^'|sDim12|'^^'|sDim13|'^^'|sDim14|'^^'|sDim15|'^^'|sDim16|'^^'|sDim17|'^^'|sDim18|'^^'|sDim19|'^^'|sDim20|'^^'
|sDim21|'^^'|sDim22|'^^'|sDim23|'^^'|sDim24|'^^'|sDim25|'^^'|sDim26|'^^'|sDim27|'^^';
### We have to remove spaces from the search string before going to include the string in searching loop
sTgtDimString = UPPER( sTgtDimString );
nSPIndex = SCAN( ' ', sTgtDimString );
While ( nSPIndex <> 0);
sTgtDimString = DELET( sTgtDimString, nSPIndex, 1 );
nSPIndex = SCAN( ' ', sTgtDimString );
End;
###########################################
#Region ### MAPPING Target DIMENSIONS #####
###########################################
nSourceIndex = 1;
While( TabDim( pSrcCube, nSourceIndex ) @<> '' );
sSourceDim = TabDim( pSrcCube, nSourceIndex);
# reset target index if another source dimension has been found
nTargetIndex = 1;
WHILE(TabDim( pTgtCube, nTargetIndex ) @<> '');
sTargetDim = TabDim( pTgtCube, nTargetIndex );
If(sSourceDim @= sTargetDim);
If(nTargetIndex = 1);
nMappedDim1 = 1;
sMappedV1 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 2);
nMappedDim2 = 1;
sMappedV2 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 3);
nMappedDim3 = 1;
sMappedV3 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 4);
nMappedDim4 = 1;
sMappedV4 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 5);
nMappedDim5 = 1;
sMappedV5 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 6);
nMappedDim6 = 1;
sMappedV6 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 7);
nMappedDim7 = 1;
sMappedV7 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 8);
nMappedDim8 = 1;
sMappedV8 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 9);
nMappedDim9 = 1;
sMappedV9 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 10);
nMappedDim10 = 1;
sMappedV10 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 11);
nMappedDim11 = 1;
sMappedV11 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 12);
nMappedDim12 = 1;
sMappedV12 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 13);
nMappedDim13 = 1;
sMappedV13 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 14);
nMappedDim14 = 1;
sMappedV14 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 15);
nMappedDim15 = 1;
sMappedV15 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 16);
nMappedDim16 = 1;
sMappedV16 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 17);
nMappedDim17 = 1;
sMappedV17 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 18);
nMappedDim18 = 1;
sMappedV18 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 19);
nMappedDim19 = 1;
sMappedV19 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 20);
nMappedDim20 = 1;
sMappedV20 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 21);
nMappedDim21 = 1;
sMappedV21 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 22);
nMappedDim22 = 1;
sMappedV22 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 23);
nMappedDim23 = 1;
sMappedV23 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 24);
nMappedDim24 = 1;
sMappedV24 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 25);
nMappedDim25 = 1;
sMappedV25 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 26);
nMappedDim26 = 1;
sMappedV26 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 27);
nMappedDim27 = 1;
sMappedV27 = 'V' | NumberToString(nSourceIndex);
EndIf;
EndIf;
nTargetIndex = nTargetIndex + 1;
END;
nSourceIndex = nSourceIndex + 1;
END;
# The last variable in the data source holds the values
# which need to be mapped to the last variable in the target
If(nTargetIndex = 1);
nMappedDim1 = 1;
sMappedV1 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 2);
nMappedDim2 = 1;
sMappedV2 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 3);
nMappedDim3 = 1;
sMappedV3 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 4);
nMappedDim4 = 1;
sMappedV4 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 5);
nMappedDim5 = 1;
sMappedV5 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 6);
nMappedDim6 = 1;
sMappedV6 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 7);
nMappedDim7 = 1;
sMappedV7 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 8);
nMappedDim8 = 1;
sMappedV8 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 9);
nMappedDim9 = 1;
sMappedV9 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 10);
nMappedDim10 = 1;
sMappedV10 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 11);
nMappedDim11 = 1;
sMappedV11 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 12);
nMappedDim12 = 1;
sMappedV12 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 13);
nMappedDim13 = 1;
sMappedV13 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 14);
nMappedDim14 = 1;
sMappedV14 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 15);
nMappedDim15 = 1;
sMappedV15 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 16);
nMappedDim16 = 1;
sMappedV16 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 17);
nMappedDim17 = 1;
sMappedV17 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 18);
nMappedDim18 = 1;
sMappedV18 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 19);
nMappedDim19 = 1;
sMappedV19 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 20);
nMappedDim20 = 1;
sMappedV20 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 21);
nMappedDim21 = 1;
sMappedV21 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 22);
nMappedDim22 = 1;
sMappedV22 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 23);
nMappedDim23 = 1;
sMappedV23 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 24);
nMappedDim24 = 1;
sMappedV24 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 25);
nMappedDim25 = 1;
sMappedV25 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 26);
nMappedDim26 = 1;
sMappedV26 = 'V' | NumberToString(nSourceIndex);
ElseIf(nTargetIndex = 27);
nMappedDim27 = 1;
sMappedV27 = 'V' | NumberToString(nSourceIndex);
# a cube with 27 dimensions uses V28 to hold the values
ElseIf(nTargetIndex = 28);
nMappedDim28 = 1;
sMapped28 = 'V' | NumberToString(nSourceIndex);
EndIf;
#EndRegion
###########################################
### SPLIT MAPPING TO NEW DIMS PARAMETER ###
###########################################
# now deduct 1 to set these indices to the number of dimensions in each cube
nSourceDimensionCount = nSourceIndex - 1;
nTargetCubeDimensionCount = nTargetIndex - 1;
# default dimension count is for target
nDimensionCount = nTargetIndex - 1;
sElementMapping = TRIM( pMappingToNewDims );
nChar = 1;
nCharCount = LONG( sElementMapping );
sTargetFilter = '';
sWord = '';
sLastDelim = '';
nIndex = 1;
# Add a trailing element delimiter so that the last element is picked up
If( nCharCount > 0 );
sElementMapping = sElementMapping | sDelimDim;
nCharCount = nCharCount + LONG(sDelimDim);
EndIf;
WHILE (nChar <= nCharCount);
sChar = SUBST( sElementMapping, nChar, 1);
# Used for delimiters, required for multiple character delimiters
sDelim = '';
nAddExtra = 0;
# Ignore spaces
IF (TRIM(sChar) @<> '' );
### Dimension Name ###
# If the delimiter is more than 1 character peek ahead the same amount
# Ignore the first character
sDelim = sChar;
nCount = LONG(sElementStartDelim) - 1;
If( nCount > 0 & nChar + nCount <= nCharCount );
# Add the extra characters
sDelim = sDelim | SUBST( sElementMapping, nChar + 1, nCount);
# Move to the end of the delimter
nAddExtra = nCount;
EndIf;
If( sDelim @= sElementStartDelim );
sChar = sDelim;
If( sLastDelim @<> '' & sLastDelim @<> sDelimDim );
sMessage = 'In pMappingToNewDims the name of a dimension must follow a dimension delimiter (' | sDelimDim | ')';
nErrors = nErrors + 1;
LogOutput( cMsgErrorLevel, Expand( cMsgErrorContent ) );
#ProcessError();
EndIf;
# Found a dimension
sDimension = sWord;
If( DimensionExists( sDimension ) = 0 );
# The dimension does not exist in the model. Cancel process
sMessage = 'In pMappingToNewDims - Dimension: ' | sDimension | ' does not exist';
nErrors = nErrors + 1;
LogOutput( cMsgErrorLevel, Expand( cMsgErrorContent ) );
#ProcessError();
EndIf;
# Find the index of the dimension is in the Target cube
nTargetIndexCounter = 1;
WHILE(nTargetIndexCounter <= nTargetCubeDimensionCount );
sNthDimension = TabDim( pTgtCube, nTargetIndexCounter );
If(sDimension @= sNthDimension);
nTargetIndex = nTargetIndexCounter;
nTargetIndexCounter = 1000;
EndIf;
nTargetIndexCounter = nTargetIndexCounter + 1;
END;
#Add to the Target filter
IF(sTargetFilter@='');
sTargetFilter=sDimension;
Else;
sTargetFilter=sTargetFilter|sDelimDim|sDimension;
Endif;
sLastDelim = sChar;
# Clear the word
sWord = '';
Else;
# Reset extra chars
nAddExtra = 0;
### Check both dim delimiter and element delimiter ###
nIsDelimiter = 0;
## Check dimension delimiter first
# If the delimiter is more than 1 character peek ahead the same amount
# Ignore the first character
sDelim = sChar;
nCount = LONG(sDelimDim) - 1;
If( nCount > 0 & nChar + nCount <= nCharCount );
# Add the extra characters
sDelim = sDelim | SUBST( sElementMapping, nChar + 1, nCount);
# Move to the end of the delimter
nAddExtra = nCount;
EndIf;
If( sDelim @= sDelimDim );
nIsDelimiter = 1;
sChar = sDelim;
EndIf;
If ( nIsDelimiter = 1 );
If( sLastDelim @= '' % sLastDelim @= sDelimDim );
sMessage = 'In pMappingToNewDims - an element delimiter must follow a dimension name: ' | sChar | ' (' | NumberToString(nChar) | ')';
nErrors = nErrors + 1;
LogOutput( cMsgErrorLevel, Expand( cMsgErrorContent ) );
#ProcessError();
EndIf;
# an element has been found
sElement = sWord;
If( DIMIX( sDimension, sElement ) = 0 );
# The element does not exist in the dimension. Cancel process
sMessage = 'In pMappingToNewDims - Element: ' | sElement | ' in dimension ' | sDimension | ' does not exist';
nErrors = nErrors + 1;
LogOutput( cMsgErrorLevel, Expand( cMsgErrorContent ) );
#ProcessError();
EndIf;
# Allow consolidations only if pSuppressConsol is set to 0
If ( DTYPE( sDimension, sElement) @= 'C' );
sMessage = Expand( 'In pMappingToNewDims - Target element: %sElement% for dimension %sDimension% is consolidated' );
nErrors = nErrors + 1;
LogOutput( cMsgErrorLevel, Expand( cMsgErrorContent ) );
#ProcessError();
Endif;
# Add the element to the source or target depending on whether it's the first or the second element
# Get principal name
# in case source element and this element are using different aliases
sElement = DimensionElementPrincipalName(sDimension,sElement);
### Update the variable for InputElement Target Dim ######################################
If(nTargetIndex = 1);
nNewDim1 = 1;
sNewV1 = sElement;
ElseIf(nTargetIndex = 2);
nNewDim2 = 1;
sNewV2 = sElement;
ElseIf(nTargetIndex = 3);
nNewDim3 = 1;
sNewV3 = sElement;
ElseIf(nTargetIndex = 4);
nNewDim4 = 1;
sNewV4 = sElement;
ElseIf(nTargetIndex = 5);
nNewDim5 = 1;
sNewV5 = sElement;
ElseIf(nTargetIndex = 6);
nNewDim6 = 1;
sNewV6 = sElement;
ElseIf(nTargetIndex = 7);
nNewDim7 = 1;
sNewV7 = sElement;
ElseIf(nTargetIndex = 8);
nNewDim8 = 1;
sNewV8 = sElement;
ElseIf(nTargetIndex = 9);
nNewDim9 = 1;
sNewV9 = sElement;
ElseIf(nTargetIndex = 10);
nNewDim10 = 1;
sNewV10 = sElement;
ElseIf(nTargetIndex = 11);
nNewDim11 = 1;
sNewV11 = sElement;
ElseIf(nTargetIndex = 12);
nNewDim12 = 1;
sNewV12 = sElement;
ElseIf(nTargetIndex = 13);
nNewDim13 = 1;
sNewV13 = sElement;
ElseIf(nTargetIndex = 14);
nNewDim14 = 1;
sNewV14 = sElement;
ElseIf(nTargetIndex = 15);
nNewDim15 = 1;
sNewV15 = sElement;
ElseIf(nTargetIndex = 16);
nNewDim16 = 1;
sNewV16 = sElement;
ElseIf(nTargetIndex = 17);
nNewDim17 = 1;
sNewV17 = sElement;
ElseIf(nTargetIndex = 18);
nNewDim18 = 1;
sNewV18 = sElement;
ElseIf(nTargetIndex = 19);
nNewDim19 = 1;
sNewV19 = sElement;
ElseIf(nTargetIndex = 20);
nNewDim20 = 1;
sNewV20 = sElement;
ElseIf(nTargetIndex = 21);
nNewDim21 = 1;
sNewV21 = sElement;
ElseIf(nTargetIndex = 22);
nNewDim22 = 1;
sNewV22 = sElement;