Replacing matching entries in one column of a file by another column from a different file





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I have two tab-separated files which look as follows:



file1:



NC_008146.1     WP_011558474.1  1155234 1156286 44173
NC_008146.1 WP_011558475.1 1156298 1156807 12
NC_008146.1 WP_011558476.1 1156804 1157820 -3
NC_008705.1 WP_011558474.1 1159543 1160595 42748
NC_008705.1 WP_011558475.1 1160607 1161116 12
NC_008705.1 WP_011558476.1 1161113 1162129 -3
NC_009077.1 WP_011559727.1 2481079 2481633 8
NC_009077.1 WP_011854835.1 1163068 1164120 42559
NC_009077.1 WP_011854836.1 1164127 1164636 7


file2:



NC_008146.1     GCF_000014165.1_ASM1416v1_protein.faa
NC_008705.1 GCF_000015405.1_ASM1540v1_protein.faa
NC_009077.1 GCF_000016005.1_ASM1600v1_protein.faa


I want to match column 1 of file1 to file2 and replace itself with the respective column 2 entry of file 2.
The output would look like this:



GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7









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  • It looks like you might also be interested in our sister site: Bioinformatics.

    – terdon
    Apr 5 at 12:54











  • Thank you for the link @terdon!

    – BhushanDhamale
    Apr 5 at 12:57


















7















I have two tab-separated files which look as follows:



file1:



NC_008146.1     WP_011558474.1  1155234 1156286 44173
NC_008146.1 WP_011558475.1 1156298 1156807 12
NC_008146.1 WP_011558476.1 1156804 1157820 -3
NC_008705.1 WP_011558474.1 1159543 1160595 42748
NC_008705.1 WP_011558475.1 1160607 1161116 12
NC_008705.1 WP_011558476.1 1161113 1162129 -3
NC_009077.1 WP_011559727.1 2481079 2481633 8
NC_009077.1 WP_011854835.1 1163068 1164120 42559
NC_009077.1 WP_011854836.1 1164127 1164636 7


file2:



NC_008146.1     GCF_000014165.1_ASM1416v1_protein.faa
NC_008705.1 GCF_000015405.1_ASM1540v1_protein.faa
NC_009077.1 GCF_000016005.1_ASM1600v1_protein.faa


I want to match column 1 of file1 to file2 and replace itself with the respective column 2 entry of file 2.
The output would look like this:



GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7









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  • It looks like you might also be interested in our sister site: Bioinformatics.

    – terdon
    Apr 5 at 12:54











  • Thank you for the link @terdon!

    – BhushanDhamale
    Apr 5 at 12:57














7












7








7








I have two tab-separated files which look as follows:



file1:



NC_008146.1     WP_011558474.1  1155234 1156286 44173
NC_008146.1 WP_011558475.1 1156298 1156807 12
NC_008146.1 WP_011558476.1 1156804 1157820 -3
NC_008705.1 WP_011558474.1 1159543 1160595 42748
NC_008705.1 WP_011558475.1 1160607 1161116 12
NC_008705.1 WP_011558476.1 1161113 1162129 -3
NC_009077.1 WP_011559727.1 2481079 2481633 8
NC_009077.1 WP_011854835.1 1163068 1164120 42559
NC_009077.1 WP_011854836.1 1164127 1164636 7


file2:



NC_008146.1     GCF_000014165.1_ASM1416v1_protein.faa
NC_008705.1 GCF_000015405.1_ASM1540v1_protein.faa
NC_009077.1 GCF_000016005.1_ASM1600v1_protein.faa


I want to match column 1 of file1 to file2 and replace itself with the respective column 2 entry of file 2.
The output would look like this:



GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7









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I have two tab-separated files which look as follows:



file1:



NC_008146.1     WP_011558474.1  1155234 1156286 44173
NC_008146.1 WP_011558475.1 1156298 1156807 12
NC_008146.1 WP_011558476.1 1156804 1157820 -3
NC_008705.1 WP_011558474.1 1159543 1160595 42748
NC_008705.1 WP_011558475.1 1160607 1161116 12
NC_008705.1 WP_011558476.1 1161113 1162129 -3
NC_009077.1 WP_011559727.1 2481079 2481633 8
NC_009077.1 WP_011854835.1 1163068 1164120 42559
NC_009077.1 WP_011854836.1 1164127 1164636 7


file2:



NC_008146.1     GCF_000014165.1_ASM1416v1_protein.faa
NC_008705.1 GCF_000015405.1_ASM1540v1_protein.faa
NC_009077.1 GCF_000016005.1_ASM1600v1_protein.faa


I want to match column 1 of file1 to file2 and replace itself with the respective column 2 entry of file 2.
The output would look like this:



GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7






awk






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edited Apr 5 at 12:56









Rui F Ribeiro

42k1483142




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asked Apr 5 at 12:32









BhushanDhamaleBhushanDhamale

1603




1603




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New contributor





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






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Check out our Code of Conduct.













  • It looks like you might also be interested in our sister site: Bioinformatics.

    – terdon
    Apr 5 at 12:54











  • Thank you for the link @terdon!

    – BhushanDhamale
    Apr 5 at 12:57



















  • It looks like you might also be interested in our sister site: Bioinformatics.

    – terdon
    Apr 5 at 12:54











  • Thank you for the link @terdon!

    – BhushanDhamale
    Apr 5 at 12:57

















It looks like you might also be interested in our sister site: Bioinformatics.

– terdon
Apr 5 at 12:54





It looks like you might also be interested in our sister site: Bioinformatics.

– terdon
Apr 5 at 12:54













Thank you for the link @terdon!

– BhushanDhamale
Apr 5 at 12:57





Thank you for the link @terdon!

– BhushanDhamale
Apr 5 at 12:57










3 Answers
3






active

oldest

votes


















13














You can do this very easily with awk:



$ awk 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


Or, since that looks like a tab-separated file:



$ awk -vOFS="t" 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


This assumes that every RefSeq (NC_*) id in file1 has a corresponding entry in file2.



Explanation





  • NR==FNR : NR is the current line number, FNR is the line number of the current file. The two will be identical only while the 1st file (here, file2) is being read.


  • a[$1]=$2; next: if this is the first file (see above), save the 2nd field in an array whose key is the 1st field. Then, move on to the next line. This ensures the next block isn't executed for the 1st file.


  • {$1=a[$1]; print} : now, in the second file, set the 1st field to whatever value was saved in the array a for the 1st field (so, the associated value from file2) and print the resulting line.






share|improve this answer





















  • 1





    NR == FNR doesn't work correctly when the first file is empty. See this and the associated answer for a workaround

    – iruvar
    Apr 5 at 12:44








  • 1





    @iruvar nothing will work well if the first file is empty, so I don't really see why that's relevant. The entire point here is to combine the data from the two files. If either file is empty, the whole exercise is pointless.

    – terdon
    Apr 5 at 12:45













  • sorry I should have said in this particular case file2 and not file1 is empty. Sane behaviour when file2 is empty is to report the contents of file1. The problem with NR == FNR is that code associated with it executes on the contents of file1 when file2 is empty

    – iruvar
    Apr 5 at 12:51






  • 1





    @iruvar there is no sane behavior here if either file is empty. That's what I'm saying :) So trying to make it deal with that case gracefully is pointless. And, in any case, when either file is empty here, nothing is printed. Which actually seems like the sanest approach, I'd rather get no data than wrong data.

    – terdon
    Apr 5 at 12:54





















16














No need for awk, assuming the files are sorted, you can use coreutils join:



join -o '2.2 1.2 1.3 1.4 1.5' file1 file2


Output:



GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


If your files aren't, sorted, you can either sort them first (sort file1 > file1.sorted; sort file2 > file2.sorted) and then use the command above, or, if your shell supports the <() construct (bash does), you can do:



join -o '2.2 1.2 1.3 1.4 1.5' <(sort file1) <(sort file2)





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    0














    Tested with below command and worked fine



    for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


    output



    for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


    GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
    GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
    GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
    GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
    GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
    GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
    GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
    GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
    GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7





    share|improve this answer
























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      3 Answers
      3






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      3 Answers
      3






      active

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      active

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      active

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      13














      You can do this very easily with awk:



      $ awk 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      Or, since that looks like a tab-separated file:



      $ awk -vOFS="t" 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      This assumes that every RefSeq (NC_*) id in file1 has a corresponding entry in file2.



      Explanation





      • NR==FNR : NR is the current line number, FNR is the line number of the current file. The two will be identical only while the 1st file (here, file2) is being read.


      • a[$1]=$2; next: if this is the first file (see above), save the 2nd field in an array whose key is the 1st field. Then, move on to the next line. This ensures the next block isn't executed for the 1st file.


      • {$1=a[$1]; print} : now, in the second file, set the 1st field to whatever value was saved in the array a for the 1st field (so, the associated value from file2) and print the resulting line.






      share|improve this answer





















      • 1





        NR == FNR doesn't work correctly when the first file is empty. See this and the associated answer for a workaround

        – iruvar
        Apr 5 at 12:44








      • 1





        @iruvar nothing will work well if the first file is empty, so I don't really see why that's relevant. The entire point here is to combine the data from the two files. If either file is empty, the whole exercise is pointless.

        – terdon
        Apr 5 at 12:45













      • sorry I should have said in this particular case file2 and not file1 is empty. Sane behaviour when file2 is empty is to report the contents of file1. The problem with NR == FNR is that code associated with it executes on the contents of file1 when file2 is empty

        – iruvar
        Apr 5 at 12:51






      • 1





        @iruvar there is no sane behavior here if either file is empty. That's what I'm saying :) So trying to make it deal with that case gracefully is pointless. And, in any case, when either file is empty here, nothing is printed. Which actually seems like the sanest approach, I'd rather get no data than wrong data.

        – terdon
        Apr 5 at 12:54


















      13














      You can do this very easily with awk:



      $ awk 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      Or, since that looks like a tab-separated file:



      $ awk -vOFS="t" 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      This assumes that every RefSeq (NC_*) id in file1 has a corresponding entry in file2.



      Explanation





      • NR==FNR : NR is the current line number, FNR is the line number of the current file. The two will be identical only while the 1st file (here, file2) is being read.


      • a[$1]=$2; next: if this is the first file (see above), save the 2nd field in an array whose key is the 1st field. Then, move on to the next line. This ensures the next block isn't executed for the 1st file.


      • {$1=a[$1]; print} : now, in the second file, set the 1st field to whatever value was saved in the array a for the 1st field (so, the associated value from file2) and print the resulting line.






      share|improve this answer





















      • 1





        NR == FNR doesn't work correctly when the first file is empty. See this and the associated answer for a workaround

        – iruvar
        Apr 5 at 12:44








      • 1





        @iruvar nothing will work well if the first file is empty, so I don't really see why that's relevant. The entire point here is to combine the data from the two files. If either file is empty, the whole exercise is pointless.

        – terdon
        Apr 5 at 12:45













      • sorry I should have said in this particular case file2 and not file1 is empty. Sane behaviour when file2 is empty is to report the contents of file1. The problem with NR == FNR is that code associated with it executes on the contents of file1 when file2 is empty

        – iruvar
        Apr 5 at 12:51






      • 1





        @iruvar there is no sane behavior here if either file is empty. That's what I'm saying :) So trying to make it deal with that case gracefully is pointless. And, in any case, when either file is empty here, nothing is printed. Which actually seems like the sanest approach, I'd rather get no data than wrong data.

        – terdon
        Apr 5 at 12:54
















      13












      13








      13







      You can do this very easily with awk:



      $ awk 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      Or, since that looks like a tab-separated file:



      $ awk -vOFS="t" 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      This assumes that every RefSeq (NC_*) id in file1 has a corresponding entry in file2.



      Explanation





      • NR==FNR : NR is the current line number, FNR is the line number of the current file. The two will be identical only while the 1st file (here, file2) is being read.


      • a[$1]=$2; next: if this is the first file (see above), save the 2nd field in an array whose key is the 1st field. Then, move on to the next line. This ensures the next block isn't executed for the 1st file.


      • {$1=a[$1]; print} : now, in the second file, set the 1st field to whatever value was saved in the array a for the 1st field (so, the associated value from file2) and print the resulting line.






      share|improve this answer















      You can do this very easily with awk:



      $ awk 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      Or, since that looks like a tab-separated file:



      $ awk -vOFS="t" 'NR==FNR{a[$1]=$2; next}{$1=a[$1]; print}' file2 file1
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      This assumes that every RefSeq (NC_*) id in file1 has a corresponding entry in file2.



      Explanation





      • NR==FNR : NR is the current line number, FNR is the line number of the current file. The two will be identical only while the 1st file (here, file2) is being read.


      • a[$1]=$2; next: if this is the first file (see above), save the 2nd field in an array whose key is the 1st field. Then, move on to the next line. This ensures the next block isn't executed for the 1st file.


      • {$1=a[$1]; print} : now, in the second file, set the 1st field to whatever value was saved in the array a for the 1st field (so, the associated value from file2) and print the resulting line.







      share|improve this answer














      share|improve this answer



      share|improve this answer








      edited Apr 5 at 12:50

























      answered Apr 5 at 12:38









      terdonterdon

      134k33269449




      134k33269449








      • 1





        NR == FNR doesn't work correctly when the first file is empty. See this and the associated answer for a workaround

        – iruvar
        Apr 5 at 12:44








      • 1





        @iruvar nothing will work well if the first file is empty, so I don't really see why that's relevant. The entire point here is to combine the data from the two files. If either file is empty, the whole exercise is pointless.

        – terdon
        Apr 5 at 12:45













      • sorry I should have said in this particular case file2 and not file1 is empty. Sane behaviour when file2 is empty is to report the contents of file1. The problem with NR == FNR is that code associated with it executes on the contents of file1 when file2 is empty

        – iruvar
        Apr 5 at 12:51






      • 1





        @iruvar there is no sane behavior here if either file is empty. That's what I'm saying :) So trying to make it deal with that case gracefully is pointless. And, in any case, when either file is empty here, nothing is printed. Which actually seems like the sanest approach, I'd rather get no data than wrong data.

        – terdon
        Apr 5 at 12:54
















      • 1





        NR == FNR doesn't work correctly when the first file is empty. See this and the associated answer for a workaround

        – iruvar
        Apr 5 at 12:44








      • 1





        @iruvar nothing will work well if the first file is empty, so I don't really see why that's relevant. The entire point here is to combine the data from the two files. If either file is empty, the whole exercise is pointless.

        – terdon
        Apr 5 at 12:45













      • sorry I should have said in this particular case file2 and not file1 is empty. Sane behaviour when file2 is empty is to report the contents of file1. The problem with NR == FNR is that code associated with it executes on the contents of file1 when file2 is empty

        – iruvar
        Apr 5 at 12:51






      • 1





        @iruvar there is no sane behavior here if either file is empty. That's what I'm saying :) So trying to make it deal with that case gracefully is pointless. And, in any case, when either file is empty here, nothing is printed. Which actually seems like the sanest approach, I'd rather get no data than wrong data.

        – terdon
        Apr 5 at 12:54










      1




      1





      NR == FNR doesn't work correctly when the first file is empty. See this and the associated answer for a workaround

      – iruvar
      Apr 5 at 12:44







      NR == FNR doesn't work correctly when the first file is empty. See this and the associated answer for a workaround

      – iruvar
      Apr 5 at 12:44






      1




      1





      @iruvar nothing will work well if the first file is empty, so I don't really see why that's relevant. The entire point here is to combine the data from the two files. If either file is empty, the whole exercise is pointless.

      – terdon
      Apr 5 at 12:45







      @iruvar nothing will work well if the first file is empty, so I don't really see why that's relevant. The entire point here is to combine the data from the two files. If either file is empty, the whole exercise is pointless.

      – terdon
      Apr 5 at 12:45















      sorry I should have said in this particular case file2 and not file1 is empty. Sane behaviour when file2 is empty is to report the contents of file1. The problem with NR == FNR is that code associated with it executes on the contents of file1 when file2 is empty

      – iruvar
      Apr 5 at 12:51





      sorry I should have said in this particular case file2 and not file1 is empty. Sane behaviour when file2 is empty is to report the contents of file1. The problem with NR == FNR is that code associated with it executes on the contents of file1 when file2 is empty

      – iruvar
      Apr 5 at 12:51




      1




      1





      @iruvar there is no sane behavior here if either file is empty. That's what I'm saying :) So trying to make it deal with that case gracefully is pointless. And, in any case, when either file is empty here, nothing is printed. Which actually seems like the sanest approach, I'd rather get no data than wrong data.

      – terdon
      Apr 5 at 12:54







      @iruvar there is no sane behavior here if either file is empty. That's what I'm saying :) So trying to make it deal with that case gracefully is pointless. And, in any case, when either file is empty here, nothing is printed. Which actually seems like the sanest approach, I'd rather get no data than wrong data.

      – terdon
      Apr 5 at 12:54















      16














      No need for awk, assuming the files are sorted, you can use coreutils join:



      join -o '2.2 1.2 1.3 1.4 1.5' file1 file2


      Output:



      GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
      GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
      GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
      GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
      GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


      If your files aren't, sorted, you can either sort them first (sort file1 > file1.sorted; sort file2 > file2.sorted) and then use the command above, or, if your shell supports the <() construct (bash does), you can do:



      join -o '2.2 1.2 1.3 1.4 1.5' <(sort file1) <(sort file2)





      share|improve this answer






























        16














        No need for awk, assuming the files are sorted, you can use coreutils join:



        join -o '2.2 1.2 1.3 1.4 1.5' file1 file2


        Output:



        GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
        GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
        GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
        GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
        GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
        GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
        GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
        GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
        GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


        If your files aren't, sorted, you can either sort them first (sort file1 > file1.sorted; sort file2 > file2.sorted) and then use the command above, or, if your shell supports the <() construct (bash does), you can do:



        join -o '2.2 1.2 1.3 1.4 1.5' <(sort file1) <(sort file2)





        share|improve this answer




























          16












          16








          16







          No need for awk, assuming the files are sorted, you can use coreutils join:



          join -o '2.2 1.2 1.3 1.4 1.5' file1 file2


          Output:



          GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
          GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
          GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
          GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
          GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
          GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
          GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
          GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
          GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


          If your files aren't, sorted, you can either sort them first (sort file1 > file1.sorted; sort file2 > file2.sorted) and then use the command above, or, if your shell supports the <() construct (bash does), you can do:



          join -o '2.2 1.2 1.3 1.4 1.5' <(sort file1) <(sort file2)





          share|improve this answer















          No need for awk, assuming the files are sorted, you can use coreutils join:



          join -o '2.2 1.2 1.3 1.4 1.5' file1 file2


          Output:



          GCF_000014165.1_ASM1416v1_protein.faa     WP_011558474.1  1155234 1156286 44173
          GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
          GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
          GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
          GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
          GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
          GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
          GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
          GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7


          If your files aren't, sorted, you can either sort them first (sort file1 > file1.sorted; sort file2 > file2.sorted) and then use the command above, or, if your shell supports the <() construct (bash does), you can do:



          join -o '2.2 1.2 1.3 1.4 1.5' <(sort file1) <(sort file2)






          share|improve this answer














          share|improve this answer



          share|improve this answer








          edited Apr 5 at 13:00









          terdon

          134k33269449




          134k33269449










          answered Apr 5 at 12:39









          ThorThor

          12.2k13762




          12.2k13762























              0














              Tested with below command and worked fine



              for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


              output



              for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


              GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
              GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
              GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
              GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
              GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
              GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
              GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
              GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
              GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7





              share|improve this answer




























                0














                Tested with below command and worked fine



                for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


                output



                for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


                GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
                GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
                GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
                GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
                GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
                GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
                GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
                GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
                GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7





                share|improve this answer


























                  0












                  0








                  0







                  Tested with below command and worked fine



                  for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


                  output



                  for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


                  GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
                  GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
                  GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
                  GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
                  GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
                  GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
                  GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
                  GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
                  GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7





                  share|improve this answer













                  Tested with below command and worked fine



                  for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


                  output



                  for i in `awk '{print $1}' f2`; do k=`awk -v i="$i" '$1==i {print $2}' f2`;sed  "/$i/s/$i/$k/g" f1 >f3;done


                  GCF_000014165.1_ASM1416v1_protein.faa WP_011558474.1 1155234 1156286 44173
                  GCF_000014165.1_ASM1416v1_protein.faa WP_011558475.1 1156298 1156807 12
                  GCF_000014165.1_ASM1416v1_protein.faa WP_011558476.1 1156804 1157820 -3
                  GCF_000015405.1_ASM1540v1_protein.faa WP_011558474.1 1159543 1160595 42748
                  GCF_000015405.1_ASM1540v1_protein.faa WP_011558475.1 1160607 1161116 12
                  GCF_000015405.1_ASM1540v1_protein.faa WP_011558476.1 1161113 1162129 -3
                  GCF_000016005.1_ASM1600v1_protein.faa WP_011559727.1 2481079 2481633 8
                  GCF_000016005.1_ASM1600v1_protein.faa WP_011854835.1 1163068 1164120 42559
                  GCF_000016005.1_ASM1600v1_protein.faa WP_011854836.1 1164127 1164636 7






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