Yes indeed, the real data often has surprising differences from the
simulations! :)
It turns out that pyparsing LineStart()'s are pretty fussy. Usually,
pyparsing is very forgiving about whitespace between expressions, but
it turns out that LineStart *must* be followed by the next expression,
wit
[EMAIL PROTECTED] wrote:
> Paul McGuire wrote:
> > match...), this program has quite a few holes.
> tried run it though and it is not working for me. The following code
> runs but prints nothing at all:
>
> import pyparsing as prs
>
And this is the point where I have to post the real stuff because
Paul McGuire wrote:
> match...), this program has quite a few holes.
>
> What if the word "Identifier" is inside one of the quoted strings?
> What if the actual value is "tablename10"? This will match your
> "tablename1" string search, but it is certainly not what you want.
> Did you know there ar
Miki Tebeka wrote:
> Look at re.findall, I think it'll be easier.
Minor changes aside the interesting thing, as you pointed out, would be
using re.findall. I could not figure out how to.
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Hello pruebauno,
> import re
> f=file('tlst')
> tlst=f.read().split('\n')
> f.close()
tlst = open("tlst").readlines()
> f=file('plst')
> sep=re.compile('Identifier "(.*?)"')
> plst=[]
> for elem in f.read().split('Identifier'):
> content='Identifier'+elem
> match=sep.search(content)
>
Even though you are using re's to try to look for specific substrings
(which you sort of fake in by splitting on "Identifier", and then
prepending "Identifier" to every list element, so that the re will
match...), this program has quite a few holes.
What if the word "Identifier" is inside one of t
I am sure there is a better way of writing this, but how?
import re
f=file('tlst')
tlst=f.read().split('\n')
f.close()
f=file('plst')
sep=re.compile('Identifier "(.*?)"')
plst=[]
for elem in f.read().split('Identifier'):
content='Identifier'+elem
match=sep.search(content)
i
