Anyway, I updated the code as suggested by @Alan-Kilborn and it worked correctly.
Cheers everyone

After tests, I confirmed that any kind of regex, like below :

SEARCH (?is)(?<=<TEST>)(.+?)(?=</TEST>.+^---.+^\1\t(.+?)$)|^---.+

REPLACE ?1\2

does not work properly ( 1 all contents match ! ) as soon as the scanned file contains more than 200 lines about :-(

Whereas your Python script, with the @alan-kilborn’s modification, works nice !

Given the initial XML file, below, in new 1 tab :

<Wellcollection>
	<Well replace="false">
		<TEST>BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
		<TEST>Guy</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
		<TEST>00000</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
		<TEST>00001</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
		<TEST>00002</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
....
....
		<TEST>99998</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
		<TEST>99999</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
		<TEST>BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
		<TEST>Guy</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection/>
	</Well>
</Wellcollection>

and the new_2 contents, in secondary view :

BEFORE	After
Guy	Guy038

and the python script :

from Npp import editor1, editor2

replacements = dict(line.split('\t') for line in editor2.getText().splitlines() if line)

def replace_with(m):
    try:
        r = replacements[m.group()]
    except KeyError:
        r = m.group()
    return r

editor1.rereplace('(?<=<TEST>).+?(?=</TEST>)', replace_with)

=> On my old Win XP laptop, it took 26s to execute :

• 100,000 identical replacements ( from 00000 to 99999 as not in the dictionary )

• 2 replacements from BEFORE to After

• 2 replacements from Guy to Guy038

So, a script solution is definitively the right solution to adopt to solve this general task !

Best regards

guy038

However, in my example, it would be valuable to find out a method to avoid all these identical replacements ;-))

Like @ekopalypse, I must had been tired, yesterday, while posting !

Regarding the case’s problem, no need to re-run the script : Just run the following S/R, of course :

• SEARCH (?i)Before

• REPLACE After

So, for all the remaining expressions which must be replaced, whatever their case, better to use the general regex :

• SEARCH (?i)(Expression_1)|(Expression_2)|(Expression_3)....

• REPLACE (?1Replacement_1)(?2Replacement_2)(?3Replacement_3)...

BR

guy038

Now regarding the case’s problem,

Yes, I didn’t see a quick mod to the original script, and I didn’t want to alter its “simple elegance” to hack in casing support. Of course, it’s possible to do, but the original was such a work of art… :-)

I’ve just tried your solution, Alan,and it worked like a charm ;-)) Clever : when an entry is missing in the dictionary, the script simply rewrites the key value

So, if you realize that you forgot some entries in the new 2 file, ( so some replacements ! ), the easy workaround is :

• Add all these new entries as well as their corresponding replacement parts

• Re-run the script

Now regarding the case’s problem, we may run a regex S/R to get an unique case of an expression, before running the script

For instance, instead of defining, in new 2, these 5: entries

BEFORE	After
Before	After
before	After
BEFore	After
befORE	After

• Firstly, we would use the regex S/R, against our text in new 1 :

  • SEARCH (?i)Before

  • REPLACE \U$0

• Secondly, we would re-run the Python script, with only 1 entry, in new 2 :

BEFORE	After

Best Regards

guy038

Yep, that is another solution as well.

A solution concerning missing replacements is to replace with what was
found or what I later suggested, creating unique search strings from the
list of replacements.

Not sure about the “later suggest” part, but this seems like a quick solution to the former:

def replace_with(m):
    try:
        r = replacements[m.group()]
    except KeyError:
        r = m.group()
    return r

Disclaimer: I didn’t actually try it. :-)

thank you very much for checking the script.
A solution concerning missing replacements is to replace with what was
found or what I later suggested, creating unique search strings from the
list of replacements.
The first approach might work better for large files, the second seemed
more reasonable at this point.

To ignore case sensitivity - let’s changes the replacement keys to lower string
and check against lower matches but replace with defined replacement values. So a replacement dictionary would look like this

    replacements = {'täst': 'TEST'}

and would replace either Täst or täst with TEST always.

Let me think about it again.

Just back from some holidays in Brittany ! Good day to everybody ;;-))

Looking back to your first script, of this discussion, it solves an interesting and general task :

• Given a first file, where some words / expressions must be replaced

• Given a second file containing all these the words / expressions and their corresponding replacements with a tabulation as a separator

This script executes, in the first file, all in once, the different replacements, from the second file’s table ;-))

Now, considering the slightly modified script, where the range of chars searched is contained in tags <TEST>......</TEST>

from Npp import editor1, editor2

replacements = dict(line.split('\t') for line in editor2.getText().splitlines() if line)

def replace_with(m):
    return replacements[m.group()]

editor1.rereplace('(?<=<TEST>).+?(?=</TEST>)', replace_with)

May I ask you about two questions :

• When the file to be modified ( new1 ) contains, in a tag <TEST>......</TEST>, a value not listed in the new 2 file, the scripts stops, no replacement occurs and the console message KeyError: 'ABCDE' is displayed

Example, with new 1 :

<Wellcollection>
	<Well replace="false">
		<TEST>BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>And BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>ABCDE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>

and new 2

BEFORE	After
And BEFORE	After

Could it be possible to avoid errors for all key values not listed in new 2 ?

• Secondly, how to ignore case of the key values ? I mean, instead of he obvious method, below, in new 2

BEFORE	After
And BEFORE	After
and before	After

I tried this version, without success :

from Npp import editor1, editor2
import re

replacements = dict(line.split('\t') for line in editor2.getText().splitlines() if line)

def replace_with(m):
    return replacements[m.group()]

editor1.rereplace('(?<=<TEST>).+?(?=</TEST>)', replace_with, re.IGNORECASE)

with new 1 :

<Wellcollection>
	<Well replace="false">
		<TEST>BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>And BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>and before</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>

and new 2 :

BEFORE	After
And BEFORE	After

I still had the error :

KeyError: 'and before'

TIA,

Best Regards,

guy038

Afterwards, I’ll do additional tests with your script and the regex S/R solution, below :

SEARCH (?is)(?<=<TEST>)(.+?)(?=</TEST>.+^---.+^\1\t(.+?)$)|^---.+

REPLACE ?1\2

This S/R executed against this text :

<Wellcollection>
	<Well replace="false">
		<TEST>BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>And BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>and before</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>And BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>BEFORE</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
---
BEFORE	After
And BEFORE	After 2

gives this changed text :

<Wellcollection>
	<Well replace="false">
		<TEST>After</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>After 2</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>After 2</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>After 2</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>
		<TEST>After</TEST>
		<WellType>Oil</WellType>
		<ReserveStatusCollection>

I bet that your script can manage largest files than my regex solution !

<UWI>(.*)</UWI>(?s)(\R.+?)<PrimaryProduct>\K.+?(?=</PrimaryProduct>)

to be used in the script it would be

'<UWI>({})</UWI>(?s)(\R.+?)<PrimaryProduct>\K.+?(?=</PrimaryProduct>)'

I’m sure there are better ways to jump three lines,

In the end, what really counts is whether it does what it is supposed to do, right?
One, of several alternatives would be for example

<UWI>(.*)</UWI>(?s)(\R.+?)<PrimaryProduct>\K.+?(?=</PrimaryProduct>)

but whether this is better or worse depends on the real data.

I’m sure there are better ways to jump three lines, but it’s late and I needed to finish. It worked! haha

from Npp import editor1, editor2

replacements = dict(line.split('\t') for line in editor2.getText().splitlines() if line)

def replace_with(m):
    return replacements[m.group(1)]

# search_for = '(?<=<UWI>).+?(?=</UWI>)'
for company in replacements.keys():
    search_for = '<UWI>({})</UWI>\R\h*.*\R\h*.*\R\h*.*\R\h*<PrimaryProduct>\K.+?(?=</PrimaryProduct>)'.format(company)
    editor1.rereplace(search_for, replace_with)

depending on the file size a faster solution might be this

from Npp import editor1, editor2

replacements = dict(line.split('\t') for line in editor2.getText().splitlines() if line)

def replace_with(m):
    company = replacements.get(m.group(1), None)
    if company:
        return replacements[m.group(1)]
    else:
        return m.group()

# search_for = '(?<=<UWI>).+?(?=</UWI>)'
search_for = '<UWI>(.+)</UWI>\R\h*<WellType>\K.+?(?=</WellType>)'
editor1.rereplace(search_for, replace_with)

Only scanning the text one time and in case the company found is
not in the replacements dictionary we replace it with what was found.
Btw. its midnight here - good night.

from Npp import editor1, editor2

replacements = dict(line.split('\t') for line in editor2.getText().splitlines() if line)

def replace_with(m):
    return replacements[m.group(1)]

# search_for = '(?<=<UWI>).+?(?=</UWI>)'
for company in replacements.keys():
    search_for = '<UWI>({})</UWI>\R\h*<WellType>\K.+?(?=</WellType>)'.format(company)
    editor1.rereplace(search_for, replace_with)

Yes, that makes sense then we need to take another approach where we
create the searches based on the second list. Gimme a minute

Traceback (most recent call last):
File “C:\Users\AppData\Roaming\Notepad++\plugins\Config\PythonScript\scripts\find_replace.py”, line 10, in <module>
editor1.rereplace(search_for, replace_with)
File “C:\Users\AppData\Roaming\Notepad++\plugins\Config\PythonScript\scripts\find_replace.py”, line 6, in replace_with
return replacements[m.group(1)]
KeyError: ‘Aery #B1H’

And yes, the other file is separated by tabs.

Can you open the PythonScript console (plugin->PythonScript->Show Console) to see if there is an error?
The replacement file has company and gas/oil tab separated, correct?

btw. if you are interested how these regex search work see here for a pretty good description.

from Npp import editor1, editor2

replacements = dict(line.split('\t') for line in editor2.getText().splitlines() if line)

def replace_with(m):
    return replacements[m.group(1)]

# search_for = '(?<=<UWI>).+?(?=</UWI>)'
search_for = '<UWI>(.+)</UWI>\R\h*<WellType>\K.+?(?=</WellType>)'
editor1.rereplace(search_for, replace_with)

so you can get rid of the second column and the only thing we need to change is the find expression, I guess.