Find and replace the path value in files, pattern is not full known.
Hi,
I need to do find and replace, but the pattern is not full known.
for example,
my file has /proj/app-d1/sun or /data/site-d1/conf
here app-d1 and site-d1 is not constant. It may be different in different files. common part is /proj/xx/sun and /data/xxx/conf
i want to find where ever /proj/xxx/sun or /data/xxx/conf present and replace it with the path value i desire which i have constant values. please suggest how to do this.
Below is the one line which has the patterns to find, i want to replace it with differnt path. here cesite1-d1 is not constant, it may be different in other files.
Moderator's Comments:
Please use CODE tags as required by forum rules!
Last edited by RudiC; 06-04-2018 at 03:49 PM..
Reason: Added CODE tags.
Hi
How can I looking for a pattern found in more than one file and replace it with anther pattern
this what I was used:
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I have written this shell script:
fl=`ls -1lrt $mylist | grep '\.xml$' | awk '{print $9}'`
echo $fl (1)
for i in $fl
do
for dir in $mylist
do
if
then
echo $dir/$i >> tmp (2)
fi
done
done
The mylist contains some directory names. The satement (1) gives the sorted list... (5 Replies)
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i need to replace a line a file with a new raw device location..
original file..
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Hi all,
How to save file full name to a file. I tried the following but don't know to include path name.
$ ls -l | awk '{print $9}' > outputfile.dat
$ cat outputfile.dat
fifth.txt
first.txt
fourth.txt
second.txt
third.txt
My wanted result is ie:
... (3 Replies)
Hi,
I need to store all the files in a directory to a text file with its full path.
The example below can explain:
./File1.txt
./File2.txt
./Folder1/File11.txt
./Folder1/File12.txt
./Folder1/Folder11/File111.txt
./Folder2/file21.txt
:
:
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I want to pattern match only path part from below and replace them with new path string.
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Hello.
Question 1 :
I want to comment out all lines of a cron file which are not already commented out for each full path pattern matched.
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# */5 * * * * munin test -x... (3 Replies)
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Discussion started by: Rajesh123
5 Replies
LEARN ABOUT OPENSOLARIS
xstr
xstr(1) User Commands xstr(1)NAME
xstr - extract strings from C programs to implement shared strings
SYNOPSIS
xstr -c filename [-v] [-l array]
xstr [-l array]
xstr filename [-v] [-l array]
DESCRIPTION
xstr maintains a file called strings into which strings in component parts of a large program are hashed. These strings are replaced with
references to this common area. This serves to implement shared constant strings, which are most useful if they are also read-only.
The command:
example% xstr -c filename
extracts the strings from the C source in name, replacing string references by expressions of the form &xstr[number] for some number. An
appropriate declaration of xstr is prepended to the file. The resulting C text is placed in the file x.c, to then be compiled. The
strings from this file are placed in the strings data base if they are not there already. Repeated strings and strings which are suffixes
of existing strings do not cause changes to the data base.
After all components of a large program have been compiled, a file declaring the common xstr space called xs.c can be created by a command
of the form:
example% xstr
This xs.c file should then be compiled and loaded with the rest of the program. If possible, the array can be made read-only (shared) sav-
ing space and swap overhead.
xstr can also be used on a single file. A command:
example% xstr filename
creates files x.c and xs.c as before, without using or affecting any strings file in the same directory.
It may be useful to run xstr after the C preprocessor if any macro definitions yield strings or if there is conditional code which contains
strings which may not, in fact, be needed. xstr reads from the standard input when the argument `-' is given. An appropriate command
sequence for running xstr after the C preprocessor is:
example% cc -E name.c | xstr -c -
example% cc -c x.c
example% mv x.o name.o
xstr does not touch the file strings unless new items are added; thus make(1S) can avoid remaking xs.o unless truly necessary.
OPTIONS -c filename Take C source text from filename.
-v Verbose: display a progress report indicating where new or duplicate strings were found.
-l array Specify the named array in program references to abstracted strings. The default array name is xstr.
FILES
strings data base of strings
x.c massaged C source
xs.c C source for definition of array "xstr*(rq
/tmp/xs* temp file when xstr filename doesn't touch strings
ATTRIBUTES
See attributes(5) for descriptions of the following attributes:
+-----------------------------+-----------------------------+
| ATTRIBUTE TYPE | ATTRIBUTE VALUE |
+-----------------------------+-----------------------------+
|Availability |SUNWcsu |
+-----------------------------+-----------------------------+
SEE ALSO make(1S), attributes(5)BUGS
If a string is a suffix of another string in the data base, but the shorter string is seen first by xstr both strings will be placed in the
data base, when just placing the longer one there would do.
NOTES
Be aware that xstr indiscriminately replaces all strings with expressions of the form &xstr[number] regardless of the way the original C
code might have used the string. For example, you will encounter a problem with code that uses sizeof() to determine the length of a lit-
eral string because xstr will replace the literal string with a pointer that most likely will have a different size than the string's. To
circumvent this problem:
o use strlen() instead of sizeof(); note that sizeof() returns the size of the array (including the null byte at the end),
whereas strlen() doesn't count the null byte. The equivalent of sizeof("xxx") really is (strlen("xxx"))+1.
o use #define for operands of sizeof() and use the define'd version. xstr ignores #define statements. Make sure you run xstr on
filename before you run it on the preprocessor.
You will also encounter a problem when declaring an initialized character array of the form
char x[] = "xxx";
xstr will replace xxx with an expression of the form &xstr[number] which will not compile. To circumvent this problem, use static char *x
= "xxx" instead of static char x[] = "xxx".
SunOS 5.11 14 Sep 1992 xstr(1)