CODE TAG Code Test

[DocAElstein]

'______________________________________________________________

'______________________________________________________________
'
' Slightly modified with lots of Comments
Sub RickRothsteinsConcatenatingBalls()
'NOTE: Change the ## A1 to the address of the top left cell of your
'existing data and change the '### G1 to the address of the top left cell where you want the converted table to go to.
  Const ExistingTableAnyCellLocation As String = "A1" '##
  Const NewTableLHCornerLocation As String = "G1" '###
  
  Dim SourceTableRange As Range 'Give a name and allow all methods and properties of range object to it
  Set SourceTableRange = Range(ExistingTableAnyCellLocation).CurrentRegion ' Give this a specific Range. CurrentRegiuon Property applied to a cell returns a complete range incorporating that cell and any ranges that it either is in or touches
  Dim SourceTableRangeTableRowsCount As Byte ' For a small Table allow it to hve up to 255 Rows
  Let SourceTableRangeTableRowsCount = SourceTableRange.Rows.Count ' This returns the number of rows in the original table

  Dim FinalTableFirstColumnRange As Range
  Set FinalTableFirstColumnRange = Range(NewTableLHCornerLocation).Resize(SourceTableRangeTableRowsCount) ' Here the resize Property applied to the Range G1 (or Cell G1 here) returns a range increased by the row number, that is to say a range equal to the first column
  
  SourceTableRange.Columns(1).Resize(, 2).Copy Destination:=FinalTableFirstColumnRange ' This is one way of copying the first two columns of the original table to The final table
  FinalTableFirstColumnRange.Columns(2).NumberFormat = "@" ' This gives a format to the second column in the final Table
  
  'FinalTableFirstColumnRange.Offset(0, 1) = _
  'Evaluate("IF(ROW()," & SourceTableRange.Columns(2).Address & "&"" - ""&" & SourceTableRange.Columns(3).Address & "&"" - ""&" & SourceTableRange.Columns(4).Address & ")")
  'FinalTableFirstColumnRange.Offset(0, 1) = _
  'Evaluate("   " & SourceTableRange.Columns(2).Address & "&"" - ""&" & SourceTableRange.Columns(3).Address & "&"" - ""&" & SourceTableRange.Columns(4).Address & "")
   FinalTableFirstColumnRange.Offset(0, 1) = _
                Evaluate("   " & SourceTableRange.Columns(2).Address & "     " & "&"" - ""&" & " " & SourceTableRange.Columns(3).Address & "  " & "&"" - ""&" & "" & SourceTableRange.Columns(4).Address & "")
  
  SourceTableRange.Columns(5).Copy Destination:=FinalTableFirstColumnRange.Offset(, 2) 'Column 5 of Original table is copied to column 3 of the Final table by setting the destination to 2 colums offset from the first column
  
  FinalTableFirstColumnRange.Cells(1, 0).Offset(0, 1).Value = "Numbers" ' The current heading in the second column is finally overwriten with "Numbers".  This is done here by putting the value"Numbers" in the cell which is offset by 1 column to the first cell in the Final Table First Column
End Sub 'RickRothsteinsConcatenatingBalls()
'
''_______________________________________________________________________________
'__________________________________________________________________________________

'______________________________________________________________

' Replacing the line I do not fully understand with a 3 line loop
Sub RickRothsteinsConcatenatingBalls2()
  Dim j As Byte
'NOTE: Change the ## A1 to the address of the top left cell of your
'existing data and change the '### G1 to the address of the top left cell where you want the converted table to go to.
  Const ExistingTableAnyCellLocation As String = "A1" '##
  Const NewTableLHCornerLocation As String = "G1" '###
  
  Dim SourceTableRange As Range 'Give a name and allow all methods and properties of range object to it
  Set SourceTableRange = Range(ExistingTableAnyCellLocation).CurrentRegion ' Give this a specific Range. CurrentRegiuon Property applied to a cell returns a complete range incorporating that cell and any ranges that it either is in or touches
  Dim SourceTableRangeTableRowsCount As Byte ' For a small Table allow it to have up to 255 Rows
  Let SourceTableRangeTableRowsCount = SourceTableRange.Rows.Count ' This returns the number of rows in the original table

  Dim FinalTableFirstColumnRange As Range
  Set FinalTableFirstColumnRange = Range(NewTableLHCornerLocation).Resize(SourceTableRangeTableRowsCount) ' Here the resize Property applied to the Range G1 (or Cell G1 here) returns a range increased by the row number, that is to say a range equal to the first column
  
  SourceTableRange.Columns(1).Resize(, 2).Copy Destination:=FinalTableFirstColumnRange ' This is one way of copying the first two columns of the original table to The final table
  FinalTableFirstColumnRange.Columns(2).NumberFormat = "@" ' This gives a format to the second column in the final Table
  
    For j = 2 To SourceTableRangeTableRowsCount Step 1 ' For each column of data
    FinalTableFirstColumnRange.Cells(1, 1).Offset(j - 1, 1) = Evaluate("" & SourceTableRange.Cells(j, 2).Address & "" & "&"" - ""&" & "" & SourceTableRange.Cells(j, 3).Address & "" & "&"" - ""&" & "" & SourceTableRange.Cells(j, 4).Address & "") ' the evaluate fuction can be used in VBA to give the reults from a formula in a normal Excel Spreadsheet. Hier we use it simply to give the results of a formula something of the form  =B2 & " - " & C2 & " - " & D2. Just a convenient way of doung the concantenating. Further we here maks the addresses B2 C2 D2 variable in a loop. A very tricky syntax!!!
    Next j
  
  SourceTableRange.Columns(5).Copy Destination:=FinalTableFirstColumnRange.Offset(, 2) 'Column 5 of Original table is copied to column 3 of the Final table by setting the destination to 2 colums offset from the first column
  
  FinalTableFirstColumnRange.Cells(1, 0).Offset(0, 1).Value = "Numbers" ' The current heading in the second column is finally overwriten with "Numbers".  This is done here by putting the value"Numbers" in the cell which is offset by 1 column to the first cell in the Final Table First Column
End Sub 'RickRothsteinsConcatenatingBalls2()
'

[DocAElstein]

'______________________________________________________________


'______________________________________________________________
'
' Slightly modified with lots of Comments
Sub RickRothsteinsConcatenatingBalls()
'NOTE: Change the ## A1 to the address of the top left cell of your
'existing data and change the '### G1 to the address of the top left cell where you want the converted table to go to.
  Const ExistingTableAnyCellLocation As String = "A1" '##
  Const NewTableLHCornerLocation As String = "G1" '###
  
  Dim SourceTableRange As Range 'Give a name and allow all methods and properties of range object to it
  Set SourceTableRange = Range(ExistingTableAnyCellLocation).CurrentRegion ' Give this a specific Range. CurrentRegiuon Property applied to a cell returns a complete range incorporating that cell and any ranges that it either is in or touches
  Dim SourceTableRangeTableRowsCount As Byte ' For a small Table allow it to hve up to 255 Rows
  Let SourceTableRangeTableRowsCount = SourceTableRange.Rows.Count ' This returns the number of rows in the original table


  Dim FinalTableFirstColumnRange As Range
  Set FinalTableFirstColumnRange = Range(NewTableLHCornerLocation).Resize(SourceTableRangeTableRowsCount) ' Here the resize Property applied to the Range G1 (or Cell G1 here) returns a range increased by the row number, that is to say a range equal to the first column
  
  SourceTableRange.Columns(1).Resize(, 2).Copy Destination:=FinalTableFirstColumnRange ' This is one way of copying the first two columns of the original table to The final table
  FinalTableFirstColumnRange.Columns(2).NumberFormat = "@" ' This gives a format to the second column in the final Table
  
  'FinalTableFirstColumnRange.Offset(0, 1) = _
  'Evaluate("IF(ROW()," & SourceTableRange.Columns(2).Address & "&"" - ""&" & SourceTableRange.Columns(3).Address & "&"" - ""&" & SourceTableRange.Columns(4).Address & ")")
  'FinalTableFirstColumnRange.Offset(0, 1) = _
  'Evaluate("   " & SourceTableRange.Columns(2).Address & "&"" - ""&" & SourceTableRange.Columns(3).Address & "&"" - ""&" & SourceTableRange.Columns(4).Address & "")
   FinalTableFirstColumnRange.Offset(0, 1) = _
                Evaluate("   " & SourceTableRange.Columns(2).Address & "     " & "&"" - ""&" & " " & SourceTableRange.Columns(3).Address & "  " & "&"" - ""&" & "" & SourceTableRange.Columns(4).Address & "")
  
  SourceTableRange.Columns(5).Copy Destination:=FinalTableFirstColumnRange.Offset(, 2) 'Column 5 of Original table is copied to column 3 of the Final table by setting the destination to 2 colums offset from the first column
  
  FinalTableFirstColumnRange.Cells(1, 0).Offset(0, 1).Value = "Numbers" ' The current heading in the second column is finally overwriten with "Numbers".  This is done here by putting the value"Numbers" in the cell which is offset by 1 column to the first cell in the Final Table First Column
End Sub 'RickRothsteinsConcatenatingBalls()
'
''_______________________________________________________________________________
'__________________________________________________________________________________


'______________________________________________________________


' Replacing the line I do not fully understand with a 3 line loop
Sub RickRothsteinsConcatenatingBalls2()
  Dim j As Byte
'NOTE: Change the ## A1 to the address of the top left cell of your
'existing data and change the '### G1 to the address of the top left cell where you want the converted table to go to.
  Const ExistingTableAnyCellLocation As String = "A1" '##
  Const NewTableLHCornerLocation As String = "G1" '###
  
  Dim SourceTableRange As Range 'Give a name and allow all methods and properties of range object to it
  Set SourceTableRange = Range(ExistingTableAnyCellLocation).CurrentRegion ' Give this a specific Range. CurrentRegiuon Property applied to a cell returns a complete range incorporating that cell and any ranges that it either is in or touches
  Dim SourceTableRangeTableRowsCount As Byte ' For a small Table allow it to have up to 255 Rows
  Let SourceTableRangeTableRowsCount = SourceTableRange.Rows.Count ' This returns the number of rows in the original table


  Dim FinalTableFirstColumnRange As Range
  Set FinalTableFirstColumnRange = Range(NewTableLHCornerLocation).Resize(SourceTableRangeTableRowsCount) ' Here the resize Property applied to the Range G1 (or Cell G1 here) returns a range increased by the row number, that is to say a range equal to the first column
  
  SourceTableRange.Columns(1).Resize(, 2).Copy Destination:=FinalTableFirstColumnRange ' This is one way of copying the first two columns of the original table to The final table
  FinalTableFirstColumnRange.Columns(2).NumberFormat = "@" ' This gives a format to the second column in the final Table
  
    For j = 2 To SourceTableRangeTableRowsCount Step 1 ' For each column of data
    FinalTableFirstColumnRange.Cells(1, 1).Offset(j - 1, 1) = Evaluate("" & SourceTableRange.Cells(j, 2).Address & "" & "&"" - ""&" & "" & SourceTableRange.Cells(j, 3).Address & "" & "&"" - ""&" & "" & SourceTableRange.Cells(j, 4).Address & "") ' the evaluate fuction can be used in VBA to give the reults from a formula in a normal Excel Spreadsheet. Hier we use it simply to give the results of a formula something of the form  =B2 & " - " & C2 & " - " & D2. Just a convenient way of doung the concantenating. Further we here maks the addresses B2 C2 D2 variable in a loop. A very tricky syntax!!!
    Next j
  
  SourceTableRange.Columns(5).Copy Destination:=FinalTableFirstColumnRange.Offset(, 2) 'Column 5 of Original table is copied to column 3 of the Final table by setting the destination to 2 colums offset from the first column
  
  FinalTableFirstColumnRange.Cells(1, 0).Offset(0, 1).Value = "Numbers" ' The current heading in the second column is finally overwriten with "Numbers".  This is done here by putting the value"Numbers" in the cell which is offset by 1 column to the first cell in the Final Table First Column
End Sub 'RickRothsteinsConcatenatingBalls2()

[DocAElstein]

Great. I have the code in code tags in colour. Nice!
(Thanks to Peter_SS at MrExcel for help in this one)

[DocAElstein]

 '3) Part 3)--transfer range objects from dictionary to array of ranges in one go, typical Array assignment "One Liner" - The quick way to place data into an array is to dimension a variable ( for example rResults ) ....
 Dim rResults() As Variant '... As a Variant and then the "Let rResults  = " code line Using a variant allows BOTH .-1) for capturing Objects, text, numbers, blanks  errors etc. from those cells and also 2) allows rResults to be an array variable.....
 Let rResults() = dicLookupTable.Items() '... In this case it will also accept us quasi pre - defining as Array with the pair of parentheses rResults()
 'End part 3)--- NOTE: this gives automatically the 0 to ..   convention in rResults Array! and the output held in the Array is Variant type and is an OBJECT of the sort like a Range. (This compares with a similar code utilising An Array of Ranges rather than the MicrosoftScriptimeRuntimeDictionary. (In the Array of Ranges case we could Dim as Range or Variant here. - Important however in that case is that the Dynamic rResults() Array and the (in that Array of Ranges case non dynamic) arrIn() Array are of the same type. - Either both Range to return an Array of element Type Range or both Variant to Return an Array of element Type Of Objects of the Range Sort : - RoryA . You can only assign one array to another directly (i.e. without looping....... and the two arrays are the same type. http://www.excelforum.com/excel-new-users-basics/1058406-range-dimensioning-range-and-value-referencing-and-referring-to-arrays.html

[CODE] Dim TempCell As Range: Set TempCell = wksLE.Cells(1, Columns.Count): Dim TempCellOffset As Long: Let TempCellOffset = 0 'We choose a cell (or through the later use of the offset a column) to use for Duplicate or Empty cells. We use the last column in the sheet. (This is genarally a good practice as it will not effect attempts with .End(XltoLeft) to find last column
'2a) Part2a) Looping to put Range Objects in MRSD
'For i = StartColumnTableOutput To LastColumnTableOutput Step 1
For rws = sr To lr Step 1
If wksLE.Cells(rws, 1).Value <> "" Then 'If cell is not empty then...
If Not dicLookupTable.Exists(wksLE.Cells(rws, 1).Value) Then 'check that the unique value does not already exist. ##NOTE
dicLookupTable.Add wksLE.Cells(rws, 1).Value, wksLE.Cells(rws, 1) 'it is easier to understand as well as kind of explicit the first argument does a CStr and the Second Takes anything
Else 'If the key exists, that is to say we have a Range with a Duplicate value, we give the key a slightly modified (unique value) , still give the Range Object as an item, but make an indication, here by highlighting the cell in Pink
Let TempCellOffset = TempCellOffset + 1
Let TempCell.Offset(TempCellOffset, 0).Value = "Duplicate at " & rws & " | " & 1 & ""
wksLE.Cells(rws, 1).Interior.Color = 10987519
dicLookupTable.Add TempCell.Offset(TempCellOffset, 0).Value, wksLE.Cells(rws, 1) 'In case of duplicate we need a unique key, but we stillinclude the Duplicate Range
End If
Else 'Case fo an empty cell - inform of empty cell by writing message in that cell via the Tempory cell
Let TempCellOffset = TempCellOffset + 1 'Go to next free tempory cell in tempory column
Let TempCell.Offset(TempCellOffset, 0).Value = "Empty Cell at " & rws & " | " & 1 & ""
dicLookupTable.Add TempCell.Offset(TempCellOffset, 0).Value, TempCell.Offset(TempCellOffset, 0)
End If
Next rws
'Next i
'End Part 2-----------------------------------------------------------

'3) Part 3)--transfer range objects from dictionary to array of ranges in one go, typical Array assignment "One Liner" - The quick way to place data into an array is to dimension a variable ( for example rResults ) ....
Dim rResults() As Variant '... As a Variant and then the "Let rResults = " code line Using a variant allows BOTH .-1) for capturing Objects, text, numbers, blanks errors etc. from those cells and also 2) allows rResults to be an array variable.....
Let rResults() = dicLookupTable.Items() '... In this case it will also accept us quasi pre - defining as Array with the pair of parentheses rResults()
'End part 3)--- NOTE: this gives automatically the 0 to .. convention in rResults Array! and the output held in the Array is Variant type and is an OBJECT of the sort like a Range. (This compares with a similar code utilising An Array of Ranges rather than the MicrosoftScriptimeRuntimeDictionary. (In the Array of Ranges case we could Dim as Range or Variant here. - Important however in that case is that the Dynamic rResults() Array and the (in that Array of Ranges case non dynamic) arrIn() Array are of the same type. - Either both Range to return an Array of element Type Range or both Variant to Return an Array of element Type Of Objects of the Range Sort : - RoryA . You can only assign one array to another directly (i.e. without looping....... and the two arrays are the same type. http://www.excelforum.com/excel-new-users-basics/1058406-range-dimensioning-range-and-value-referencing-and-referring-to-arrays.html

[DocAElstein]

Kyle Extension test: Alt A

Sub EvalutingQuotes()
Dim v As Variant
Let v = "3" ' Results in a Variant variable containing a string value "3"
Let v = 3 ' Results in a Variant variable containing a Long Number 3 ( actually an Integer ? )


Range("I1").Value = Evaluate("=" & Range("A1").Address & "") 'Explicit Version
Range("I1").Value = Evaluate("" & Range("A1").Address & "") 'Implicit Default


Range("I1").Value = Evaluate(" " & Range("A1").Address & " ") '


Range("I1").Value = Evaluate(Range("A1").Address) 'Common but dangerous variation


Dim strEval As String '
strEval = "=A1" & "&" & "A1": Debug.Print strEval 'gives =A1&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 11


strEval = "=A1" & "&"";""&" & "A1": Debug.Print strEval 'gives =A1&";"&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;1


strEval = "=A1" & "&"";""": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;


strEval = "=A1" & "&"";" & """": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;


strEval = "=A1" & "&"";""""" & """": Debug.Print strEval 'gives =A1&";" ""
Range("I1").Value = Evaluate("" & strEval & "") 'error
strEval = "=A1" & "&"";"";""" & """": Debug.Print strEval 'gives=A1&";";""
Range("I1").Value = Evaluate("" & strEval & "") 'error


strEval = "=A1" & "&"";""" & """" & """": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error Gives 1;" !!!!!!!!


strEval = "=A1" & "&"";""""""": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error Gives 1;" !!!!!!!!


' strEval = "=A1" & "&"";""""": Debug.Print strEval 'gives =A1&";""
' Range("I1").Value = Evaluate("" & strEval & "") 'error


End Sub

Not working today??

...................................

Normal Code Tags

Sub EvalutingQuotes()
Dim v As Variant
Let v = "3" '  Results in a Variant variable containing a string value "3"
Let v = 3 '    Results in a Variant variable containing a Long Number 3 ( actually an Integer ? )


Range("I1").Value = Evaluate("=" & Range("A1").Address & "") 'Explicit Version
Range("I1").Value = Evaluate("" & Range("A1").Address & "") 'Implicit Default


Range("I1").Value = Evaluate("       " & Range("A1").Address & "       ") '


Range("I1").Value = Evaluate(Range("A1").Address) 'Common but dangerous variation


Dim strEval As String '
strEval = "=A1" & "&" & "A1": Debug.Print strEval 'gives =A1&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 11


strEval = "=A1" & "&"";""&" & "A1": Debug.Print strEval 'gives =A1&";"&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;1


strEval = "=A1" & "&"";""": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;


strEval = "=A1" & "&"";" & """": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;


strEval = "=A1" & "&"";""""" & """": Debug.Print strEval 'gives =A1&";" ""
Range("I1").Value = Evaluate("" & strEval & "") 'error
strEval = "=A1" & "&"";"";""" & """": Debug.Print strEval 'gives=A1&";";""
Range("I1").Value = Evaluate("" & strEval & "") 'error


strEval = "=A1" & "&"";""" & """" & """": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error  Gives 1;"  !!!!!!!! :)


strEval = "=A1" & "&"";""""""": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error  Gives 1;"  !!!!!!!! :)


        '    strEval = "=A1" & "&"";""""": Debug.Print strEval 'gives =A1&";""
        '    Range("I1").Value = Evaluate("" & strEval & "") 'error


End Sub

...........................

Old Alan Methd

Sub EvalutingQuotes()
Dim v As Variant
Let v = "3" '  Results in a Variant variable containing a string value "3"
Let v = 3 '    Results in a Variant variable containing a Long Number 3 ( actually an Integer ? )
 
Range("I1").Value = Evaluate("=" & Range("A1").Address & "") 'Explicit Version
Range("I1").Value = Evaluate("" & Range("A1").Address & "") 'Implicit Default
 
Range("I1").Value = Evaluate("       " & Range("A1").Address & "       ") '
 
Range("I1").Value = Evaluate(Range("A1").Address) 'Common but dangerous variation
 
Dim strEval As String '
strEval = "=A1" & "&" & "A1": Debug.Print strEval 'gives =A1&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 11
 
strEval = "=A1" & "&"";""&" & "A1": Debug.Print strEval 'gives =A1&";"&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;1
 
strEval = "=A1" & "&"";""": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;
 
strEval = "=A1" & "&"";" & """": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;
 
strEval = "=A1" & "&"";""""" & """": Debug.Print strEval 'gives =A1&";" ""
Range("I1").Value = Evaluate("" & strEval & "") 'error
strEval = "=A1" & "&"";"";""" & """": Debug.Print strEval 'gives=A1&";";""
Range("I1").Value = Evaluate("" & strEval & "") 'error
 
strEval = "=A1" & "&"";""" & """" & """": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error  Gives 1;"  !!!!!!!! :)
 
strEval = "=A1" & "&"";""""""": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error  Gives 1;"  !!!!!!!! :)
 
        '    strEval = "=A1" & "&"";""""": Debug.Print strEval 'gives =A1&";""
        '    Range("I1").Value = Evaluate("" & strEval & "") 'error
 
End Sub

............................
EDIT : Try again...

change my default
From:

General Settings
Message Editor Interface
Enhanced Interface - Full WYSIWYG Editing

To:

General Settings
Message Editor Interface
Standard Editor - Extra formatting controls

Alt A

Sub EvalutingQuotes()
Dim v As Variant
Let v = "3" '  Results in a Variant variable containing a string value "3"
Let v = 3 '    Results in a Variant variable containing a Long Number 3 ( actually an Integer ? )


Range("I1").Value = Evaluate("=" & Range("A1").Address & "") 'Explicit Version
Range("I1").Value = Evaluate("" & Range("A1").Address & "") 'Implicit Default


Range("I1").Value = Evaluate("       " & Range("A1").Address & "       ") '


Range("I1").Value = Evaluate(Range("A1").Address) 'Common but dangerous variation


Dim strEval As String '
strEval = "=A1" & "&" & "A1": Debug.Print strEval 'gives =A1&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 11


strEval = "=A1" & "&"";""&" & "A1": Debug.Print strEval 'gives =A1&";"&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;1


strEval = "=A1" & "&"";""": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;


strEval = "=A1" & "&"";" & """": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;


strEval = "=A1" & "&"";""""" & """": Debug.Print strEval 'gives =A1&";" ""
Range("I1").Value = Evaluate("" & strEval & "") 'error
strEval = "=A1" & "&"";"";""" & """": Debug.Print strEval 'gives=A1&";";""
Range("I1").Value = Evaluate("" & strEval & "") 'error


strEval = "=A1" & "&"";""" & """" & """": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error  Gives 1;"  !!!!!!!!


strEval = "=A1" & "&"";""""""": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error  Gives 1;"  !!!!!!!!


        '    strEval = "=A1" & "&"";""""": Debug.Print strEval 'gives =A1&";""
        '    Range("I1").Value = Evaluate("" & strEval & "") 'error


End Sub

[Kyle]

Sub EvalutingQuotes()
Dim v As Variant
Let v = "3" ' Results in a Variant variable containing a string value "3"
Let v = 3 ' Results in a Variant variable containing a Long Number 3 ( actually an Integer ? )


Range("I1").Value = Evaluate("=" & Range("A1").Address & "") 'Explicit Version
Range("I1").Value = Evaluate("" & Range("A1").Address & "") 'Implicit Default


Range("I1").Value = Evaluate(" " & Range("A1").Address & " ") '


Range("I1").Value = Evaluate(Range("A1").Address) 'Common but dangerous variation


Dim strEval As String '
strEval = "=A1" & "&" & "A1": Debug.Print strEval 'gives =A1&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 11


strEval = "=A1" & "&"";""&" & "A1": Debug.Print strEval 'gives =A1&";"&A1
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;1


strEval = "=A1" & "&"";""": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;


strEval = "=A1" & "&"";" & """": Debug.Print strEval 'gives =A1&";"
Range("I1").Value = Evaluate("" & strEval & "") 'Gives 1;


strEval = "=A1" & "&"";""""" & """": Debug.Print strEval 'gives =A1&";" ""
Range("I1").Value = Evaluate("" & strEval & "") 'error
strEval = "=A1" & "&"";"";""" & """": Debug.Print strEval 'gives=A1&";";""
Range("I1").Value = Evaluate("" & strEval & "") 'error


strEval = "=A1" & "&"";""" & """" & """": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error Gives 1;" !!!!!!!!


strEval = "=A1" & "&"";""""""": Debug.Print strEval 'gives =A1&";"""
Range("I1").Value = Evaluate("" & strEval & "") 'Did not error Gives 1;" !!!!!!!!


' strEval = "=A1" & "&"";""""": Debug.Print strEval 'gives =A1&";""
' Range("I1").Value = Evaluate("" & strEval & "") 'error


End Sub