How to count words in line?












4














I have a file with multiple lines. I want to know, for each word that appears in total file how many lines contain each word, for example:



0 hello world the man is world
1 this is the world
2 a different man is the possible one


The result I'm expecting is:



0:1
1:1
2:1
a:1
different:1
hello:1
is:3
man:2
one:1
possible:1
the:3
this:1
world:2


Note that the count for "world" is 2, not 3, since the word appears on 2 lines. Because of this, translating blanks to newline chars wouldn't be the exact solution.










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  • What have you try to the moment?
    – Romeo Ninov
    2 hours ago










  • This seems highly relevant: unix.stackexchange.com/a/332890/224077
    – Panki
    2 hours ago
















4














I have a file with multiple lines. I want to know, for each word that appears in total file how many lines contain each word, for example:



0 hello world the man is world
1 this is the world
2 a different man is the possible one


The result I'm expecting is:



0:1
1:1
2:1
a:1
different:1
hello:1
is:3
man:2
one:1
possible:1
the:3
this:1
world:2


Note that the count for "world" is 2, not 3, since the word appears on 2 lines. Because of this, translating blanks to newline chars wouldn't be the exact solution.










share|improve this question









New contributor




Netzsooc is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.




















  • What have you try to the moment?
    – Romeo Ninov
    2 hours ago










  • This seems highly relevant: unix.stackexchange.com/a/332890/224077
    – Panki
    2 hours ago














4












4








4







I have a file with multiple lines. I want to know, for each word that appears in total file how many lines contain each word, for example:



0 hello world the man is world
1 this is the world
2 a different man is the possible one


The result I'm expecting is:



0:1
1:1
2:1
a:1
different:1
hello:1
is:3
man:2
one:1
possible:1
the:3
this:1
world:2


Note that the count for "world" is 2, not 3, since the word appears on 2 lines. Because of this, translating blanks to newline chars wouldn't be the exact solution.










share|improve this question









New contributor




Netzsooc is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











I have a file with multiple lines. I want to know, for each word that appears in total file how many lines contain each word, for example:



0 hello world the man is world
1 this is the world
2 a different man is the possible one


The result I'm expecting is:



0:1
1:1
2:1
a:1
different:1
hello:1
is:3
man:2
one:1
possible:1
the:3
this:1
world:2


Note that the count for "world" is 2, not 3, since the word appears on 2 lines. Because of this, translating blanks to newline chars wouldn't be the exact solution.







text-processing






share|improve this question









New contributor




Netzsooc is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











share|improve this question









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edited 55 mins ago









glenn jackman

50.4k570107




50.4k570107






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asked 2 hours ago









Netzsooc

485




485




New contributor




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New contributor





Netzsooc is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.






Netzsooc is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.












  • What have you try to the moment?
    – Romeo Ninov
    2 hours ago










  • This seems highly relevant: unix.stackexchange.com/a/332890/224077
    – Panki
    2 hours ago


















  • What have you try to the moment?
    – Romeo Ninov
    2 hours ago










  • This seems highly relevant: unix.stackexchange.com/a/332890/224077
    – Panki
    2 hours ago
















What have you try to the moment?
– Romeo Ninov
2 hours ago




What have you try to the moment?
– Romeo Ninov
2 hours ago












This seems highly relevant: unix.stackexchange.com/a/332890/224077
– Panki
2 hours ago




This seems highly relevant: unix.stackexchange.com/a/332890/224077
– Panki
2 hours ago










5 Answers
5






active

oldest

votes


















3














Another Perl variant, using List::Util



$ perl -MList::Util=uniq -alne '
map { $h{$_}++ } uniq @F }{ for $k (sort keys %h) {print "$k: $h{$k}"}
' file
0: 1
1: 1
2: 1
a: 1
different: 1
hello: 1
is: 3
man: 2
one: 1
possible: 1
the: 3
this: 1
world: 2





share|improve this answer





























    2














    It's a pretty straight-forward perl script:



    #!/usr/bin/perl -w
    use strict;

    my %words = ();
    while (<>) {
    chomp;
    my %linewords = ();
    map { $linewords{$_}=1 } split / /;
    foreach my $word (keys %linewords) {
    $words{$word}++;
    }
    }

    foreach my $word (sort keys %words) {
    print "$word:$words{$word}n";
    }


    The basic idea is to loop over the input; for each line, split it into words, then save those words into a hash (associative array) in order to remove any duplicates, then loop over that array of words and add one to an overall counter for that word. At the end, report on the words and their counts.






    share|improve this answer

















    • 1




      A slight problem with this is in my opinion that it does not respect what the usual definition of a word is, since it splits on a single space character. If two spaces were found somewhere, an empty string inbetween would be considered a word as well if I'm not mistaken. Let alone if words were separated by other punctuation characters. Of course, it was not specified in the question whether "word" is understood as the programmer's concept of a "word", or as a word of a natural language.
      – Larry
      1 hour ago



















    1














    Straightfoward-ish in bash:



    declare -A wordcount
    while read -ra words; do
    # unique words on this line
    declare -A uniq
    for word in "${words[@]}"; do
    uniq[$word]=1
    done
    # accumulate the words
    for word in "${!uniq[@]}"; do
    ((wordcount[$word]++))
    done
    unset uniq
    done < file


    Looking at the data:



    $ declare -p wordcount
    declare -A wordcount='([possible]="1" [one]="1" [different]="1" [this]="1" [a]="1" [hello]="1" [world]="2" [man]="2" [0]="1" [1]="1" [2]="1" [is]="3" [the]="3" )'


    and formatting as you want:



    $ printf "%sn" "${!wordcount[@]}" | sort | while read key; do echo "$key:${wordcount[$key]}"; done
    0:1
    1:1
    2:1
    a:1
    different:1
    hello:1
    is:3
    man:2
    one:1
    possible:1
    the:3
    this:1
    world:2





    share|improve this answer





























      0














      A solution that calls several programs from a shell:



      fmt -1 words.txt | sort -u | xargs -Ipattern sh -c 'echo "pattern:$(grep -cw pattern words.txt)"'



      Here, the string "pattern", given through the -I option, is a placeholder for xargs that it substitutes for each single line in its standard input.



      The indirection with sh is needed because xargs only knows how to execute a single program, given it's name, passing everything else as arguments to it. xargs does not handle things like command substitution or piping.






      share|improve this answer





























        0














        Have a try:



        grep -o '[^[:blank:]]+' infile |sort -u| xargs -I _ sh -c 'printf '%s:' _ ;grep -c _ infile



        first print all words one per line and sort it and filter unique words, then xargs to read words and assign to variable _ so that printf '%s:' _ will print the related word then grep -c _ infile will print the count of matching lines for each input words.



        P.s: Yes, it's slow, but easy to understand





        share





















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          5 Answers
          5






          active

          oldest

          votes








          5 Answers
          5






          active

          oldest

          votes









          active

          oldest

          votes






          active

          oldest

          votes









          3














          Another Perl variant, using List::Util



          $ perl -MList::Util=uniq -alne '
          map { $h{$_}++ } uniq @F }{ for $k (sort keys %h) {print "$k: $h{$k}"}
          ' file
          0: 1
          1: 1
          2: 1
          a: 1
          different: 1
          hello: 1
          is: 3
          man: 2
          one: 1
          possible: 1
          the: 3
          this: 1
          world: 2





          share|improve this answer


























            3














            Another Perl variant, using List::Util



            $ perl -MList::Util=uniq -alne '
            map { $h{$_}++ } uniq @F }{ for $k (sort keys %h) {print "$k: $h{$k}"}
            ' file
            0: 1
            1: 1
            2: 1
            a: 1
            different: 1
            hello: 1
            is: 3
            man: 2
            one: 1
            possible: 1
            the: 3
            this: 1
            world: 2





            share|improve this answer
























              3












              3








              3






              Another Perl variant, using List::Util



              $ perl -MList::Util=uniq -alne '
              map { $h{$_}++ } uniq @F }{ for $k (sort keys %h) {print "$k: $h{$k}"}
              ' file
              0: 1
              1: 1
              2: 1
              a: 1
              different: 1
              hello: 1
              is: 3
              man: 2
              one: 1
              possible: 1
              the: 3
              this: 1
              world: 2





              share|improve this answer












              Another Perl variant, using List::Util



              $ perl -MList::Util=uniq -alne '
              map { $h{$_}++ } uniq @F }{ for $k (sort keys %h) {print "$k: $h{$k}"}
              ' file
              0: 1
              1: 1
              2: 1
              a: 1
              different: 1
              hello: 1
              is: 3
              man: 2
              one: 1
              possible: 1
              the: 3
              this: 1
              world: 2






              share|improve this answer












              share|improve this answer



              share|improve this answer










              answered 1 hour ago









              steeldriver

              34.5k35083




              34.5k35083

























                  2














                  It's a pretty straight-forward perl script:



                  #!/usr/bin/perl -w
                  use strict;

                  my %words = ();
                  while (<>) {
                  chomp;
                  my %linewords = ();
                  map { $linewords{$_}=1 } split / /;
                  foreach my $word (keys %linewords) {
                  $words{$word}++;
                  }
                  }

                  foreach my $word (sort keys %words) {
                  print "$word:$words{$word}n";
                  }


                  The basic idea is to loop over the input; for each line, split it into words, then save those words into a hash (associative array) in order to remove any duplicates, then loop over that array of words and add one to an overall counter for that word. At the end, report on the words and their counts.






                  share|improve this answer

















                  • 1




                    A slight problem with this is in my opinion that it does not respect what the usual definition of a word is, since it splits on a single space character. If two spaces were found somewhere, an empty string inbetween would be considered a word as well if I'm not mistaken. Let alone if words were separated by other punctuation characters. Of course, it was not specified in the question whether "word" is understood as the programmer's concept of a "word", or as a word of a natural language.
                    – Larry
                    1 hour ago
















                  2














                  It's a pretty straight-forward perl script:



                  #!/usr/bin/perl -w
                  use strict;

                  my %words = ();
                  while (<>) {
                  chomp;
                  my %linewords = ();
                  map { $linewords{$_}=1 } split / /;
                  foreach my $word (keys %linewords) {
                  $words{$word}++;
                  }
                  }

                  foreach my $word (sort keys %words) {
                  print "$word:$words{$word}n";
                  }


                  The basic idea is to loop over the input; for each line, split it into words, then save those words into a hash (associative array) in order to remove any duplicates, then loop over that array of words and add one to an overall counter for that word. At the end, report on the words and their counts.






                  share|improve this answer

















                  • 1




                    A slight problem with this is in my opinion that it does not respect what the usual definition of a word is, since it splits on a single space character. If two spaces were found somewhere, an empty string inbetween would be considered a word as well if I'm not mistaken. Let alone if words were separated by other punctuation characters. Of course, it was not specified in the question whether "word" is understood as the programmer's concept of a "word", or as a word of a natural language.
                    – Larry
                    1 hour ago














                  2












                  2








                  2






                  It's a pretty straight-forward perl script:



                  #!/usr/bin/perl -w
                  use strict;

                  my %words = ();
                  while (<>) {
                  chomp;
                  my %linewords = ();
                  map { $linewords{$_}=1 } split / /;
                  foreach my $word (keys %linewords) {
                  $words{$word}++;
                  }
                  }

                  foreach my $word (sort keys %words) {
                  print "$word:$words{$word}n";
                  }


                  The basic idea is to loop over the input; for each line, split it into words, then save those words into a hash (associative array) in order to remove any duplicates, then loop over that array of words and add one to an overall counter for that word. At the end, report on the words and their counts.






                  share|improve this answer












                  It's a pretty straight-forward perl script:



                  #!/usr/bin/perl -w
                  use strict;

                  my %words = ();
                  while (<>) {
                  chomp;
                  my %linewords = ();
                  map { $linewords{$_}=1 } split / /;
                  foreach my $word (keys %linewords) {
                  $words{$word}++;
                  }
                  }

                  foreach my $word (sort keys %words) {
                  print "$word:$words{$word}n";
                  }


                  The basic idea is to loop over the input; for each line, split it into words, then save those words into a hash (associative array) in order to remove any duplicates, then loop over that array of words and add one to an overall counter for that word. At the end, report on the words and their counts.







                  share|improve this answer












                  share|improve this answer



                  share|improve this answer










                  answered 1 hour ago









                  Jeff Schaller

                  38.9k1053125




                  38.9k1053125








                  • 1




                    A slight problem with this is in my opinion that it does not respect what the usual definition of a word is, since it splits on a single space character. If two spaces were found somewhere, an empty string inbetween would be considered a word as well if I'm not mistaken. Let alone if words were separated by other punctuation characters. Of course, it was not specified in the question whether "word" is understood as the programmer's concept of a "word", or as a word of a natural language.
                    – Larry
                    1 hour ago














                  • 1




                    A slight problem with this is in my opinion that it does not respect what the usual definition of a word is, since it splits on a single space character. If two spaces were found somewhere, an empty string inbetween would be considered a word as well if I'm not mistaken. Let alone if words were separated by other punctuation characters. Of course, it was not specified in the question whether "word" is understood as the programmer's concept of a "word", or as a word of a natural language.
                    – Larry
                    1 hour ago








                  1




                  1




                  A slight problem with this is in my opinion that it does not respect what the usual definition of a word is, since it splits on a single space character. If two spaces were found somewhere, an empty string inbetween would be considered a word as well if I'm not mistaken. Let alone if words were separated by other punctuation characters. Of course, it was not specified in the question whether "word" is understood as the programmer's concept of a "word", or as a word of a natural language.
                  – Larry
                  1 hour ago




                  A slight problem with this is in my opinion that it does not respect what the usual definition of a word is, since it splits on a single space character. If two spaces were found somewhere, an empty string inbetween would be considered a word as well if I'm not mistaken. Let alone if words were separated by other punctuation characters. Of course, it was not specified in the question whether "word" is understood as the programmer's concept of a "word", or as a word of a natural language.
                  – Larry
                  1 hour ago











                  1














                  Straightfoward-ish in bash:



                  declare -A wordcount
                  while read -ra words; do
                  # unique words on this line
                  declare -A uniq
                  for word in "${words[@]}"; do
                  uniq[$word]=1
                  done
                  # accumulate the words
                  for word in "${!uniq[@]}"; do
                  ((wordcount[$word]++))
                  done
                  unset uniq
                  done < file


                  Looking at the data:



                  $ declare -p wordcount
                  declare -A wordcount='([possible]="1" [one]="1" [different]="1" [this]="1" [a]="1" [hello]="1" [world]="2" [man]="2" [0]="1" [1]="1" [2]="1" [is]="3" [the]="3" )'


                  and formatting as you want:



                  $ printf "%sn" "${!wordcount[@]}" | sort | while read key; do echo "$key:${wordcount[$key]}"; done
                  0:1
                  1:1
                  2:1
                  a:1
                  different:1
                  hello:1
                  is:3
                  man:2
                  one:1
                  possible:1
                  the:3
                  this:1
                  world:2





                  share|improve this answer


























                    1














                    Straightfoward-ish in bash:



                    declare -A wordcount
                    while read -ra words; do
                    # unique words on this line
                    declare -A uniq
                    for word in "${words[@]}"; do
                    uniq[$word]=1
                    done
                    # accumulate the words
                    for word in "${!uniq[@]}"; do
                    ((wordcount[$word]++))
                    done
                    unset uniq
                    done < file


                    Looking at the data:



                    $ declare -p wordcount
                    declare -A wordcount='([possible]="1" [one]="1" [different]="1" [this]="1" [a]="1" [hello]="1" [world]="2" [man]="2" [0]="1" [1]="1" [2]="1" [is]="3" [the]="3" )'


                    and formatting as you want:



                    $ printf "%sn" "${!wordcount[@]}" | sort | while read key; do echo "$key:${wordcount[$key]}"; done
                    0:1
                    1:1
                    2:1
                    a:1
                    different:1
                    hello:1
                    is:3
                    man:2
                    one:1
                    possible:1
                    the:3
                    this:1
                    world:2





                    share|improve this answer
























                      1












                      1








                      1






                      Straightfoward-ish in bash:



                      declare -A wordcount
                      while read -ra words; do
                      # unique words on this line
                      declare -A uniq
                      for word in "${words[@]}"; do
                      uniq[$word]=1
                      done
                      # accumulate the words
                      for word in "${!uniq[@]}"; do
                      ((wordcount[$word]++))
                      done
                      unset uniq
                      done < file


                      Looking at the data:



                      $ declare -p wordcount
                      declare -A wordcount='([possible]="1" [one]="1" [different]="1" [this]="1" [a]="1" [hello]="1" [world]="2" [man]="2" [0]="1" [1]="1" [2]="1" [is]="3" [the]="3" )'


                      and formatting as you want:



                      $ printf "%sn" "${!wordcount[@]}" | sort | while read key; do echo "$key:${wordcount[$key]}"; done
                      0:1
                      1:1
                      2:1
                      a:1
                      different:1
                      hello:1
                      is:3
                      man:2
                      one:1
                      possible:1
                      the:3
                      this:1
                      world:2





                      share|improve this answer












                      Straightfoward-ish in bash:



                      declare -A wordcount
                      while read -ra words; do
                      # unique words on this line
                      declare -A uniq
                      for word in "${words[@]}"; do
                      uniq[$word]=1
                      done
                      # accumulate the words
                      for word in "${!uniq[@]}"; do
                      ((wordcount[$word]++))
                      done
                      unset uniq
                      done < file


                      Looking at the data:



                      $ declare -p wordcount
                      declare -A wordcount='([possible]="1" [one]="1" [different]="1" [this]="1" [a]="1" [hello]="1" [world]="2" [man]="2" [0]="1" [1]="1" [2]="1" [is]="3" [the]="3" )'


                      and formatting as you want:



                      $ printf "%sn" "${!wordcount[@]}" | sort | while read key; do echo "$key:${wordcount[$key]}"; done
                      0:1
                      1:1
                      2:1
                      a:1
                      different:1
                      hello:1
                      is:3
                      man:2
                      one:1
                      possible:1
                      the:3
                      this:1
                      world:2






                      share|improve this answer












                      share|improve this answer



                      share|improve this answer










                      answered 1 hour ago









                      glenn jackman

                      50.4k570107




                      50.4k570107























                          0














                          A solution that calls several programs from a shell:



                          fmt -1 words.txt | sort -u | xargs -Ipattern sh -c 'echo "pattern:$(grep -cw pattern words.txt)"'



                          Here, the string "pattern", given through the -I option, is a placeholder for xargs that it substitutes for each single line in its standard input.



                          The indirection with sh is needed because xargs only knows how to execute a single program, given it's name, passing everything else as arguments to it. xargs does not handle things like command substitution or piping.






                          share|improve this answer


























                            0














                            A solution that calls several programs from a shell:



                            fmt -1 words.txt | sort -u | xargs -Ipattern sh -c 'echo "pattern:$(grep -cw pattern words.txt)"'



                            Here, the string "pattern", given through the -I option, is a placeholder for xargs that it substitutes for each single line in its standard input.



                            The indirection with sh is needed because xargs only knows how to execute a single program, given it's name, passing everything else as arguments to it. xargs does not handle things like command substitution or piping.






                            share|improve this answer
























                              0












                              0








                              0






                              A solution that calls several programs from a shell:



                              fmt -1 words.txt | sort -u | xargs -Ipattern sh -c 'echo "pattern:$(grep -cw pattern words.txt)"'



                              Here, the string "pattern", given through the -I option, is a placeholder for xargs that it substitutes for each single line in its standard input.



                              The indirection with sh is needed because xargs only knows how to execute a single program, given it's name, passing everything else as arguments to it. xargs does not handle things like command substitution or piping.






                              share|improve this answer












                              A solution that calls several programs from a shell:



                              fmt -1 words.txt | sort -u | xargs -Ipattern sh -c 'echo "pattern:$(grep -cw pattern words.txt)"'



                              Here, the string "pattern", given through the -I option, is a placeholder for xargs that it substitutes for each single line in its standard input.



                              The indirection with sh is needed because xargs only knows how to execute a single program, given it's name, passing everything else as arguments to it. xargs does not handle things like command substitution or piping.







                              share|improve this answer












                              share|improve this answer



                              share|improve this answer










                              answered 11 mins ago









                              Larry

                              864




                              864























                                  0














                                  Have a try:



                                  grep -o '[^[:blank:]]+' infile |sort -u| xargs -I _ sh -c 'printf '%s:' _ ;grep -c _ infile



                                  first print all words one per line and sort it and filter unique words, then xargs to read words and assign to variable _ so that printf '%s:' _ will print the related word then grep -c _ infile will print the count of matching lines for each input words.



                                  P.s: Yes, it's slow, but easy to understand





                                  share


























                                    0














                                    Have a try:



                                    grep -o '[^[:blank:]]+' infile |sort -u| xargs -I _ sh -c 'printf '%s:' _ ;grep -c _ infile



                                    first print all words one per line and sort it and filter unique words, then xargs to read words and assign to variable _ so that printf '%s:' _ will print the related word then grep -c _ infile will print the count of matching lines for each input words.



                                    P.s: Yes, it's slow, but easy to understand





                                    share
























                                      0












                                      0








                                      0






                                      Have a try:



                                      grep -o '[^[:blank:]]+' infile |sort -u| xargs -I _ sh -c 'printf '%s:' _ ;grep -c _ infile



                                      first print all words one per line and sort it and filter unique words, then xargs to read words and assign to variable _ so that printf '%s:' _ will print the related word then grep -c _ infile will print the count of matching lines for each input words.



                                      P.s: Yes, it's slow, but easy to understand





                                      share












                                      Have a try:



                                      grep -o '[^[:blank:]]+' infile |sort -u| xargs -I _ sh -c 'printf '%s:' _ ;grep -c _ infile



                                      first print all words one per line and sort it and filter unique words, then xargs to read words and assign to variable _ so that printf '%s:' _ will print the related word then grep -c _ infile will print the count of matching lines for each input words.



                                      P.s: Yes, it's slow, but easy to understand






                                      share











                                      share


                                      share










                                      answered 6 mins ago









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