I started a new consulting gig with NZ Ministry of Business (aside: when I told my daughter about this, she widened her eyes and said, “ministry of MAGIC!!!”). On my first day, while having lunch in breakout area, I chatted with the gentleman sitting opposite me. We got talking about this and that and eventually the topic turned to What I do at MB. So I told him that I am helping the HR with some data analysis and reporting using Excel & SQL Server. He asks me, “So you must be familiar with Excel object model”. I said, “oh, why yes”. He then asks me, “I have this problem that is bothering me for years. You see, I get a lot of data. And I use Find (Ctrl+F) to find all the cells that contain certain code. But the results are all over the place. I want to know how to extract all the finds to a target worksheet – value & address format.”
I explained him how to do this while chewing mouthfuls of rice & veggies.
But once I am home, I thought, “hey, maybe there are others out in the world who want to do this”.

So here we go.
How to find and extract all matching values
Let’s say you have some data in a range like this.

And you want to find all cells with comp in them. If the values are all in one column, you could use auto-filter to quickly filter cells with comp in them and copy paste them to a target range.You can even automate the steps a bit with advanced filter.
But what if the data can be in any column?
We can use Find (Ctrl+F) to find the values and click on “Find all” to see all results in the find box. But to extract them, we must take the red pill and escape the limitations of Excel to enter in to the exciting world of VBA.
Here is a quick demo of what our find and extract macro does.

Here is the code:
Sub findAll()
Dim findWhat As String, address As String
Dim fsr As Range, rs As Range, fCount As Long
findWhat = InputBox("Enter what you want to find?", "Find what...")
If Len(findWhat) > 0 Then
clearFinds
Set frs = Range("b4").CurrentRegion
Set rs = frs.Find(What:=findWhat)
If Not rs Is Nothing Then
address = rs.address
Do
Range("I5").Offset(fCount).Value = rs.Value
Range("J5").Offset(fCount).Value = rs.address
Set rs = frs.FindNext(rs)
fCount = fCount + 1
Loop While Not rs Is Nothing And rs.address <> address
End If
End If
End Sub
How does it work?
The code is inspired from Bill Jelen’s excellent example on Find method on MSDN.
The logic goes like this.
- We start by asking the user what they want to find and store this in findWhat string variable.
- If the string to find is not empty,
- We clear any previous find results
- We grab the current region for cell B4 (change this to the top-left of your find range)
- We look for findWhat in this range using range.Find method
- As long as Find result is not empty and not same as the first result
- We copy the value & address to I5 (change this to target range as per your workbook setup)
Download the Find and Extract workbook
Click here to download the example workbook. Play with the macro to learn its inner workings.
The rabbit hole is deep, don’t stop just here…
If you enjoyed this little macro, you are going to love VBA. Check out our free starter tutorial or extensive VBA section for more.
How would you find and extract results?
I thought the Find method approach would be slow, but I am surprised to see that on a medium sized dataset (12000 values), the macro produced results almost instantly. So I would be using it more often to iterate thru a range to find a value.
What about you? Do you have such problems at work? Do you use VBA to solve them or just ask colleagues during lunch break and hope for a miracle? Please share your approach in the comments.

















6 Responses to “Make VBA String Comparisons Case In-sensitive [Quick Tip]”
Another way to test if Target.Value equal a string constant without regard to letter casing is to use the StrCmp function...
If StrComp("yes", Target.Value, vbTextCompare) = 0 Then
' Do something
End If
That's a cool way to compare. i just converted my values to strings and used the above code to compare. worked nicely
Thanks!
In case that option just needs to be used for a single comparison, you could use
If InStr(1, "yes", Target.Value, vbTextCompare) Then
'do something
End If
as well.
Nice tip, thanks! I never even thought to think there might be an easier way.
Regarding Chronology of VB in general, the Option Compare pragma appears at the very beginning of VB, way before classes and objects arrive (with VB6 - around 2000).
Today StrComp() and InStr() function offers a more local way to compare, fully object, thus more consistent with object programming (even if VB is still interpreted).
My only question here is : "what if you want to binary compare locally with re-entering functions or concurrency (with events) ?". This will lead to a real nightmare and probably a big nasty mess to debug.
By the way, congrats for you Millions/month visits 🙂
This is nice article.
I used these examples to help my understanding. Even Instr is similar to Find but it can be case sensitive and also case insensitive.
Hope the examples below help.
Public Sub CaseSensitive2()
If InStr(1, "Look in this string", "look", vbBinaryCompare) = 0 Then
MsgBox "woops, no match"
Else
MsgBox "at least one match"
End If
End Sub
Public Sub CaseSensitive()
If InStr("Look in this string", "look") = 0 Then
MsgBox "woops, no match"
Else
MsgBox "at least one match"
End If
End Sub
Public Sub NotCaseSensitive()
'doing alot of case insensitive searching and whatnot, you can put Option Compare Text
If InStr(1, "Look in this string", "look", vbTextCompare) = 0 Then
MsgBox "woops, no match"
Else
MsgBox "at least one match"
End If
End Sub