Mike,

 

As Tony suggested, what I would do is unload the structure to file and then 
search for BP1, it should show you the locations where it is defined. Once you 
find it, you can make the necessary changes to the structure and data.

Computed column data is not downloaded, so it should not be an issue, on the 
other hand if the column is indeed defined as non-computed, you will need to 
fix the data. The easiest way would be to delete the data section from your 
UNLOAD ALL file for that table and unload that file individually, selecting 
only the columns you need and then letting the database compute the values, 
once the structure has been corrected.

 

Javier,

 

Javier Valencia, PE

O: 913-829-0888

H: 913-397-9605

C: 913-915-3137

 

From: [email protected] [mailto:[email protected]] On Behalf Of Mike
Sent: Tuesday, March 12, 2013 9:06 AM
To: RBASE-L Mailing List
Subject: [RBASE-L] - Re: Problems with unload ALL

 

Would R:Scope help?

Sent from my iPhone


On Mar 12, 2013, at 9:07 AM, Karen Tellef <[email protected]> wrote:

I've seen this from time to time.  The only way I've fixed it is by dropping 
the column from all tables, then redefining it

Karen

 

 

 

-----Original Message-----
From: Michael J. Sinclair <[email protected]>
To: RBASE-L Mailing List <[email protected]>
Sent: Mon, Mar 11, 2013 10:49 pm
Subject: [RBASE-L] - Problems with unload ALL

Hi,

 

I am trying to clean up my database (Rbase 9.5 32)

When I try to run this command...

 

UNLOAD ALL

 

I get this error message...

 

-ERROR- Column BP1 exists as both a computed and non-computed column. (195)

 

But when I try to find it by doing this...

 

LIST column BP1

 

I get this....

 

 Column Name        Table Name         Attributes

 ------------------ ------------------ ---------------------------------------

 BP1                VITALS0            Type   : TEXT 12

                                       Compute: 
((CTXT(SYSTOLIC1))+'/'+(CTXT(DIASTOLIC1)))

                    vitals1            Type   : TEXT 12

                                       Compute: 
((CTXT(SYSTOLIC1))+'/'+(CTXT(DIASTOLIC1)))

 

So how do I find the non-computed column??

 

Mike

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