I would like to use copy, paste function in VBA, but when I am pasting from text format in to general I am receiving less digits when I am copying 11 digits number.
Example:
00001234567 should be copied, but is only 1234567
How to do it ? Help needed. ☺
Related
So I have over 100 text files, all of which are over the size required to be opened in a normal text editor (eg; notepad, notepad++). Meaning I cannot use those mentioned.
All text files contain the same format, they contain:
abc0001:00000009a
abc0054:000000809a
abc00888:054450000009a
and so on..
I was wondering, how do I replace the ":" in each of those text files to then be "\n" (regex for new line)
So then it would be:
abc0001
00000009a
abc0054
000000809a
abc00888
054450000009a
How would I do this to all of the 100 text files, without doing this manually and individually. (if there's any way?)
Any help is appreciated.
You can use sed. The following does something similar to what you want. The question concerns Unix, but a lot of Unix utilities have been ported to MS Windows (even sed): http://gnuwin32.sourceforge.net/packages/sed.htm
UNIX: Replace Newline w/ Colon, Preserving Newline Before EOF
Something like (where you provide your text file as input, and the output becomes your new text file):
sed 's/:/\n/g'
In a mapping editor, the display is correct after the legacy to unicode conversion for DEVANAGARI text shown using a unicode font (Arial Unicode MS). However, in MS-WORD, the display isn't as expected for the same unicode text in the unicode font (Arial Unicode MS) or any other Devanagari unicode fonts. The expected sequence of unicodes are provided as per the documentation. The sequence can be seen on the left-hand side table.
Please let me know where I am going wrong.
Thanks for your help!
Does your map have to insert the zero_width_joiner? The halant (virama) by itself is enough to get the half-consonant (for some combinations) and in particular, it may be that Word is using the presence of the ZWJ to keep them separate.
If getting rid of the ZWJ doesn't help, another possibility is that Word may be treating the individual characters of the text string as individual "runs" of text.
If those first 4 characters are not in a single run, this can happen.
[aside: the way to tell if it's being treated as a single run, is to save the document as an xml file and then open it with something like notepad++ and look at the xml "w:t" element (IIRC) associated with these characters. If they're all in separate w:t elements, it means they're in separate runs. In that case, you might need to copy the text from Word to some other tool (e.g. Notepad++) and then copy it from there and paste it back in Word -- that might cause it to be imported into Word in a single run.
I am integrating data using some flat files. I'm getting the flat files delivered by FTP as .csv-files out of MS SQL exports from a business partner.
I asked him to encode it as UTF-8 (just using the standard I thought).
Now I can see in his files that a lot of UTF-8 bytes such as "& # 2 3 3 ;" (w/o the spaces) can be seen as plain text when I open it in Notedpad++ (or also using my "ETL" tool).
Before I ask him to fix it into proper UTF-8, I would like to understand the issue and whether my claim is actually correct?
Shouldn't special characters be shown as special characters when I open them in Notepad++ and not as plain text UTF-8 codes?
Any help is much appreciated :))
Cheers
Martin
é is an HTML entity. For some reason the text is HTML formatted, which I wouldn't count as "plaintext"/flat files. The file may or may not be encoded in UTF-8 in addition to that, we don't know from the information given.
A file containing "special characters" (meaning non-ASCII characters) encoded in UTF-8 opened in a text editor which correctly interprets the file as UTF-8 looks exactly like the text it should look like, e.g.:
正式名称は、ISO/IEC 10646では “UCS Transformation Format 8”、Unicodeでは “Unicode Transformation Format-8” という。両者はISO/IEC 10646とUnicodeのコード重複範囲で互換性がある。RFCにも仕様がある。
Put this in a file, save it as UTF-8, open it in another application as UTF-8, and this is what the text should look like.
I have an xml-file. When I open it with Emacs it displays chinese characters (see attachment). This happens on my Windows 7 PC with Emacs and Notepad and also on my Windows XP (see figure A). Figure B is the hexl-mode of A.
If I use the Windows XP PC of a collegue and open the file with Notepad there are no chinese characters but a strange character character. I saved it as txt-file and sent it by email to my Windows7-PC (see figure C). The strange character was replaced with "?". (Due to restriction I could not use the PC of my collegue and reproduce the notepad file with the strange character).
My questions: it seems that there are characters in the XML-file which creates problems. I don't know how to cope with that. Does anybody has an idea how I can manage this problem? Does it have something to do with encoding? Thanks for hints.
By figure B, it looks like this file is encoded with a mixture of big-endian and little-endian UTF-16. It starts with fe ff, which is the byte order mark for big-endian UTF-16, and the XML declaration (<?xml version=...) is also big-endian, but the part starting with <report is little-endian. You can tell because the letters appear on even positions in the first part of the hexl display, but on odd positions further down.
Also, there is a null character (encoded as two bytes, 00 00) right before <report. Null characters are not allowed in XML documents.
However, since some of the XML elements appear correctly in figure A, it seems that the confusion goes on through the file. The file is corrupt, and this probably needs to be resolved manually.
If there are no non-ASCII characters in the file, I would try to open the file in Emacs as binary (M-x revert-buffer-with-coding-system and specify binary), remove all null bytes (M-% C-q C-# RET RET), save the file and hope for the best.
Another possible solution is to mark each region appearing with Chinese characters and recode it with M-x recode-region, giving "Text was really in" as utf-16-le and "But was interpreted as" as utf-16-be.
For some reason, Emacs takes "UTF-16" in an xml file encoding attribute as big endian, while Windows takes "UTF-16" as little endian (like when exporting from Task Scheduler). Emacs will unknowingly convert LE to BE automatically if you edit and save an xml file. You can mouse over the lower left "U" to see the current encoding. encoding="UTF-16LE" or encoding="UTF-16BE" will ruin the file after saving (no BOM). I believe the latest version has this fixed.
<?xml version="1.0" encoding="UTF-16"?>
<hi />
The solution of legoscia using the possibility of Emacs to change encoding within a file solved my problem. An other possibility is:
cut the part to convert
paste in a new file and save it
open it with an editor which can convert encodings
convert the file and save it
copy the converted string and add (paste) to the original file where you cut the part to convert
In my case it worked with Atom, but not with Notepad++.
PS: The reason why I used this way is that Emacs could not open anymore this kind of corrupted files. I don't know why but this is another issue.
Edit 1: Since copy, paste and merge is cumbersome I found the solution how to open currupted files with emacs: emacs -q xmlfile.xml. Using emacs like legoscia suggested is the best way to repair such files.
We have a DFM file which began as text file.
After some years, in one of our newer versions, the Borland Developer Studio changed it into binary format.
In addition, the file became infected.
Can someone explain me what should I do now? Where can I find how binary file structure is read?
Well, I found what happens to the DFM file, but I don't know why.
The occurence of changing from text file to binary one is known, and could be found in stack overflow in another question. I'll describe only the infection of the file.
In Pascal, the original language of DFM files, a string defines so: first byte is the length of the string (0-255) and the other characters are the string. (Unlike C, which its strings length are recognized by a null character).
Someone (maybe BDS?) while changing the file from text file to binary one, also changed all string of length 13 (0D) to be length 10 (0A). This way, the string finished after 10 chars, and the next char was a value of the property.
I downloaded binary editor, fixed all occurences of length 10, and the file was displayed and compiled well.
(Not only properties' length infected, but also one byte on Icon.Data property was replaced from 0D to 0A)