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2grep: --header implemented. Passes tests.

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Ole Tange 2020-09-27 16:24:02 +02:00
parent d0da0206ea
commit 34e0b4e136
5 changed files with 593 additions and 192 deletions
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244
2search/2grep
View file

@ -8,17 +8,17 @@
=head1 SYNOPSIS =head1 SYNOPSIS
B<2search> [-nrfB] file string [string...] B<2search> [-nrfHB] file string [string...]
B<2search> --grep [-nrf] file string [string...] B<2search> --grep [-nrfH] file string [string...]
B<2grep> [-nrf] file string [string...] B<2grep> [-nrfH] file string [string...]
... | B<2search> [-nrfB] file ... | B<2search> [-nrfHB] file
... | B<2search> --grep [-nrf] file ... | B<2search> --grep [-nrfH] file
... | B<2grep> [-nrf] file ... | B<2grep> [-nrfH] file
=head1 DESCRIPTION =head1 DESCRIPTION
@ -52,12 +52,11 @@ print byte position where string would have been
consider only blanks and alphanumeric characters consider only blanks and alphanumeric characters
=item B<--debug> (not implemented) =item B<--debug>
=item B<-D> =item B<-D>
annotate the part of the line used to sort, and warn about annotate the part of the line used to sort to stderr
questionable usage to stderr
=item B<--ignore-case> =item B<--ignore-case>
@ -81,6 +80,13 @@ search for all lines in I<file>
compare according to general numerical value compare according to general numerical value
=item B<--header>
=item B<-H>
treat the first line in I<file> as a header
=item B<--ignore-nonprinting> (not implemented) =item B<--ignore-nonprinting> (not implemented)
=item B<-i> =item B<-i>
@ -114,18 +120,20 @@ sort via a key; KEYDEF gives location and type
=item B<-n> =item B<-n>
compare according to string numerical value. If numerical values are compare according to string numerical value. If numerical values are
the same: split the string into blocks of numbers and non-numbers, and the same: compare as strings.
compare numbers as numbers and strings as strings.
This will sort like this: chr3 chr11 3chr 11chr
=item B<--numascii> =item B<--numascii>
=item B<-N> =item B<-N>
compare according to string numerical value. If numerical values are split the string into blocks of numbers and non-numbers. For each
the same: compare as strings block compare the block as numbers, if the numerical values are the
same: compare the block as strings.
This will sort like this: 3chr 11chr chr3 chr11
This is simiar to B<--version-sort>, but without the exceptions.
=item B<--random-sort> =item B<--random-sort>
@ -152,7 +160,7 @@ B<-M>, numeric B<-n>, random B<-R>, version B<-V>
=item B<--field-separator=SEP> =item B<--field-separator=SEP>
use SEP instead of non-blank to blank transition use I<SEP> instead of blanks (\s+). I<SEP> is a regexp.
=item B<-z> =item B<-z>
@ -161,39 +169,101 @@ use SEP instead of non-blank to blank transition
end lines with 0 byte, not newline end lines with 0 byte, not newline
=back =back
=head1 EXAMPLES =head1 EXAMPLES
=head2 Single key =head2 Single key
Input is sorted by Chromosome,Position: Given sorted I<input.txt> like:
SampleID Position Chromosome A_number B_number Date Duration CellID
foo 10000123 chr3 12893827 21034191 2020-03-21T13:38:13 P00:00:20 CPH382
foo 10000125 chr3 12893827 80012345 2020-03-20T12:34:23 P00:00:20 CPH382
foo 9999998 chr11 12893827 80012345 2020-03-20T12:45:03 P00:05:20 CPH382
foo 10000124 chr11 22355591 47827750 2020-03-20T11:28:33 P00:32:27 ALB923
foo 10000126 chr11 22355591 81382631 2020-03-21T21:28:33 P00:12:48 CPH382
22356142 45701514 2020-03-20T22:41:23 P00:02:48 CPH022
22356142 56818446 2020-03-21T08:38:34 P00:31:24 CPH645
To find all chr3: To get all records with 22355591 you can run:
2grep -n -k3 inputfile chr3 grep ^22355591 input.txt
-n will split 'chr3' into 'chr' which is compared asciibetically and But if I<input.txt> is several TB big, it can be very slow. B<2grep>
uses binary search which only works if the file is sorted, but takes
less than 1 second to run:
2grep -H input.txt 22355591
You can also search for a shorter string to get all records starting
with 2235:
2grep -H input.txt 2235
Or you can search for multiple search strings:
2grep -H input.txt 12893827 22356142
=head2 Multiple keys
Input is sorted by SampleID, Chromosome, Position (in that order):
SampleID Chromosome Position Data
PatientA chr3 10002123 CCGTCTAATGGCTTGATTGGTACACCATGACATTGA
PatientA chr3 10003125 TCCATCGTCGGCGAGAAGGTACCAGGTAA
PatientA chr11 9999998 AATTCACAGTATGGCTGACGGTGTCGTAGCTACACG
PatientA chr11 10001240 TCCAGAAGTTTGA
PatientA chr11 10001260 ATAACGAGAACTTACGTTTTAAAAGGCCTA
PatientB chr3 10000125 GTCTTCACTTTATAAATGGATGATAGCCTTCA
SampleID is sorted as text. Chromosome is sorted by text first and
numerically for the number. Position is sorted by number.
To find all chr3 for PatientA:
2grep -H -k1,2N inputfile PatientA chr3
-N will split 'chr3' into 'chr' which is compared asciibetically and
'3' which is compared numerically. '3' which is compared numerically.
=head2 Not implemented To find all chr3 for PatientA and all chr3 for PatientB:
To find all lines with chr3,10000125: 2grep -H -k1,2N inputfile PatientA chr3 PatientB chr3
2grep -k3n,2n inputfile chr3 10000125
=head1 PERFORMANCE
Binary search requires seeks from the disk. But B<2search> is designed
so that multiple searches will reuse cached data. This means searches
will be faster the more you run.
You can improve the speed even more by sorting the input strings. This
will make it possible to reuse cached data more.
It can be even faster if you run multiple searches in parallel.
This is due to magnetic drives' elevator sorting of requests when
seeking and due to NVMe drives working faster with more queues in
parallel.
cat searchstrings | parallel -n50 -j10 2grep inputfile
=head1 BUGS
B<2search> does not respect your locale setting. It assumes the input
is sorted with LC_ALL=C. If it is not B<2search> may give the wrong
result.
To solve this sort the input with B<LC_ALL=C sort ...>.
=head1 REPORTING BUGS =head1 REPORTING BUGS
B<2search> is part of tangetools. Report bugs to <tools@tange.dk>. B<2search> is part of tangetools. Report bugs on
https://gitlab.com/ole.tange/tangetools/-/issues
=head1 AUTHOR =head1 AUTHOR
@ -342,20 +412,32 @@ GetOptions(
"sort=s" => \$opt::sort, "sort=s" => \$opt::sort,
"V|version-sort" => \$opt::version_sort, "V|version-sort" => \$opt::version_sort,
"k|key=s" => \@opt::key, "k|key=s" => \@opt::key,
"H|header" => \$opt::header,
"t|field-separator=s" => \$opt::field_separator, "t|field-separator=s" => \$opt::field_separator,
"recend|record-end=s" => \$opt::record_end,
"recstart|record-start=s" => \$opt::record_start,
"z|zero-terminated" => \$opt::zero_terminated, "z|zero-terminated" => \$opt::zero_terminated,
); ) || exit(255);
$Global::progname = ($0 =~ m:(^|/)([^/]+)$:)[1]; $Global::progname = ($0 =~ m:(^|/)([^/]+)$:)[1];
$Global::version = 20200328; $Global::version = 20200328;
if($opt::version) { version(); exit 0; } if($opt::version) { version(); exit 0; }
if($opt::zero_terminated) { $/ = "\0"; } if($opt::zero_terminated) { $/ = "\0"; }
if(@opt::key) { if(@opt::key) {
# Default separator if --key = whitespace # Default separator if --key = whitespace
$Global::sep = '\s+'; $Global::fieldsep = '\s+';
if(defined $opt::field_separator) { $Global::sep = $opt::field_separator; } if(defined $opt::field_separator) { $Global::fieldsep = $opt::field_separator; }
} }
if($Global::progname eq "2grep") { $opt::grep = 1; } if($Global::progname eq "2grep") { $opt::grep = 1; }
$Global::debug = $opt::D; $Global::debug = $opt::D;
if(defined $opt::record_end or defined $opt::record_start) {
if(not defined $opt::record_end) { $opt::record_end = ""; }
if(not defined $opt::record_start) { $opt::record_start = ""; }
$/ = unquote_printf($opt::record_end).unquote_printf($opt::record_start);
} else {
# Default = \n
$opt::record_end = "\n";
$/ = $opt::record_end;
}
parse_keydef(); parse_keydef();
@ -370,6 +452,19 @@ if(@ARGV) {
$opt::stdin = 1; $opt::stdin = 1;
} }
$Global::headersize = 0;
if($opt::header) {
if(not open (my $fh, "<", $file)) {
error("Cannot open '$file'");
exit 1;
} else {
my $header = <$fh>;
$header =~ s/\Q$opt::record_start\E$//;
$Global::headersize = length $header;
print $header;
}
}
round: round:
while(1) { while(1) {
my @search_vals; my @search_vals;
@ -447,7 +542,7 @@ sub bgrep {
sub bsearch { sub bsearch {
my $file = shift; my $file = shift;
my @search_vals = @_; my @search_vals = @_;
my $min = 0; my $min = $Global::headersize;
my $max = -s $file; my $max = -s $file;
my $fh; my $fh;
if(not open ($fh, "<", $file)) { if(not open ($fh, "<", $file)) {
@ -474,7 +569,7 @@ sub bsearch {
compare(($line = <$fh>),@search_vals) >= 0) { compare(($line = <$fh>),@search_vals) >= 0) {
# We have see this newline position before # We have see this newline position before
# or we are at the end of the file # or we are at the end of the file
# or we should search the upper half # or we should search the lower half
$max = $middle; $max = $middle;
$maxnl = $newline_pos; $maxnl = $newline_pos;
} else { } else {
@ -485,20 +580,44 @@ sub bsearch {
} }
seek($fh,$minnl,0) or die("Cannot seek to $minnl"); seek($fh,$minnl,0) or die("Cannot seek to $minnl");
$line = <$fh>; $line = <$fh>;
my $len = length $opt::record_start;
my $retpos;
if(compare($line,@search_vals) >= 0) { if(compare($line,@search_vals) >= 0) {
if($opt::byte_offset) { # Adjust for length of $recstart
return $minnl."\n"; $retpos = $minnl - $len;
} else { } else {
return $line; $retpos = tell($fh) - $len;
} }
} else { $retpos = $retpos < 0 ? 0 : $retpos;
if($opt::byte_offset) { if($opt::byte_offset) {
return tell($fh)."\n"; return $retpos."\n";
} else { } else {
$line=<$fh>; seek($fh,$retpos,0) or die("Cannot seek to $minnl");
return $line; if(length $opt::record_end) {
# read record: A...BA
# Remove $opt::record_start if it is at the end
# (might not be only record)
$line = <$fh>;
$line =~ s/\Q$opt::record_start\E$//;
} else {
# --recend == ''
if(length $opt::record_start) {
# read record: A...A
# Remove $opt::record_start if it is at the end
# (might not be only record)
$line = <$fh>; # Read: A
$line .= <$fh>; # Read: ...A
$line =~ s/\Q$opt::record_start\E$//;
} else {
# Len recstart == Len recend = 0. Does this ever happen?
# read record.
# Remove $opt::record_start if it is there (might be only record)
$line = <$fh>;
$line =~ s/\Q$opt::record_start\E$//;
} }
} }
return $line;
}
} }
sub parse_keydef { sub parse_keydef {
@ -533,11 +652,11 @@ sub parse_keydef {
); );
if(@opt::key) { if(@opt::key) {
# skip
} else { } else {
# Convert -n -r to -k1rn # Convert -n -r to -k1rn
# with sep = undef # with sep = undef
$Global::sep = undef; $Global::fieldsep = undef;
my $opt; my $opt;
$opt->{'field'} = 1; $opt->{'field'} = 1;
$opt->{'char'} = 1; $opt->{'char'} = 1;
@ -573,11 +692,11 @@ sub compare {
# One key to search for per search column # One key to search for per search column
my($line,@search_vals) = @_; my($line,@search_vals) = @_;
chomp($line); chomp($line);
debug("Compare: $line <=> @search_vals "); debug("Compare: $line <=> @search_vals; ");
my @field; my @field;
if($Global::sep) { if($Global::fieldsep) {
# Split line # Split line
@field = split /$Global::sep/o, $line; @field = split /$Global::fieldsep/o, $line;
} else { } else {
@field = ($line); @field = ($line);
} }
@ -628,9 +747,20 @@ sub compare_single {
return ($m{$a} || 0) <=> ($m{$b} || 0); return ($m{$a} || 0) <=> ($m{$b} || 0);
} }
if($opt->{'numeric_sort'}) { if($opt->{'numeric_sort'}) {
return $a <=> $b; return($a <=> $b or $a cmp $b);
} elsif($opt->{'numascii'}) { } elsif($opt->{'numascii'}) {
return $a <=> $b or $a cmp $b; # Split on digit boundary
my @a = split /(?<=\d)(?=\D)|(?<=\D)(?=\d)/i, $a;
my @b = split /(?<=\d)(?=\D)|(?<=\D)(?=\d)/i, $b;
my $c;
for(my $t = 0;
defined $a[$t] and defined $b[$t];
$t++) {
$c = ($a[$t] <=> $b[$t] or $a[$t] cmp $b[$t]);
$c and return $c;
}
# All parts match, maybe one is longer
return $#a <=> $#b;
} else { } else {
return $a cmp $b; return $a cmp $b;
} }
@ -775,3 +905,19 @@ sub debug(@) {
$Global::debug or return; $Global::debug or return;
print @_; print @_;
} }
sub unquote_printf() {
# Convert \t \n \r \000 \0
# Inputs:
# $string = string with \t \n \r \num \0
# Returns:
# $replaced = string with TAB NEWLINE CR <ascii-num> NUL
$_ = shift;
s/\\t/\t/g;
s/\\n/\n/g;
s/\\r/\r/g;
s/\\(\d\d\d)/eval 'sprintf "\\'.$1.'"'/ge;
s/\\(\d)/eval 'sprintf "\\'.$1.'"'/ge;
return $_;
}

244
2search/2search
View file

@ -8,17 +8,17 @@
=head1 SYNOPSIS =head1 SYNOPSIS
B<2search> [-nrfB] file string [string...] B<2search> [-nrfHB] file string [string...]
B<2search> --grep [-nrf] file string [string...] B<2search> --grep [-nrfH] file string [string...]
B<2grep> [-nrf] file string [string...] B<2grep> [-nrfH] file string [string...]
... | B<2search> [-nrfB] file ... | B<2search> [-nrfHB] file
... | B<2search> --grep [-nrf] file ... | B<2search> --grep [-nrfH] file
... | B<2grep> [-nrf] file ... | B<2grep> [-nrfH] file
=head1 DESCRIPTION =head1 DESCRIPTION
@ -52,12 +52,11 @@ print byte position where string would have been
consider only blanks and alphanumeric characters consider only blanks and alphanumeric characters
=item B<--debug> (not implemented) =item B<--debug>
=item B<-D> =item B<-D>
annotate the part of the line used to sort, and warn about annotate the part of the line used to sort to stderr
questionable usage to stderr
=item B<--ignore-case> =item B<--ignore-case>
@ -81,6 +80,13 @@ search for all lines in I<file>
compare according to general numerical value compare according to general numerical value
=item B<--header>
=item B<-H>
treat the first line in I<file> as a header
=item B<--ignore-nonprinting> (not implemented) =item B<--ignore-nonprinting> (not implemented)
=item B<-i> =item B<-i>
@ -114,18 +120,20 @@ sort via a key; KEYDEF gives location and type
=item B<-n> =item B<-n>
compare according to string numerical value. If numerical values are compare according to string numerical value. If numerical values are
the same: split the string into blocks of numbers and non-numbers, and the same: compare as strings.
compare numbers as numbers and strings as strings.
This will sort like this: chr3 chr11 3chr 11chr
=item B<--numascii> =item B<--numascii>
=item B<-N> =item B<-N>
compare according to string numerical value. If numerical values are split the string into blocks of numbers and non-numbers. For each
the same: compare as strings block compare the block as numbers, if the numerical values are the
same: compare the block as strings.
This will sort like this: 3chr 11chr chr3 chr11
This is simiar to B<--version-sort>, but without the exceptions.
=item B<--random-sort> =item B<--random-sort>
@ -152,7 +160,7 @@ B<-M>, numeric B<-n>, random B<-R>, version B<-V>
=item B<--field-separator=SEP> =item B<--field-separator=SEP>
use SEP instead of non-blank to blank transition use I<SEP> instead of blanks (\s+). I<SEP> is a regexp.
=item B<-z> =item B<-z>
@ -161,39 +169,101 @@ use SEP instead of non-blank to blank transition
end lines with 0 byte, not newline end lines with 0 byte, not newline
=back =back
=head1 EXAMPLES =head1 EXAMPLES
=head2 Single key =head2 Single key
Input is sorted by Chromosome,Position: Given sorted I<input.txt> like:
SampleID Position Chromosome A_number B_number Date Duration CellID
foo 10000123 chr3 12893827 21034191 2020-03-21T13:38:13 P00:00:20 CPH382
foo 10000125 chr3 12893827 80012345 2020-03-20T12:34:23 P00:00:20 CPH382
foo 9999998 chr11 12893827 80012345 2020-03-20T12:45:03 P00:05:20 CPH382
foo 10000124 chr11 22355591 47827750 2020-03-20T11:28:33 P00:32:27 ALB923
foo 10000126 chr11 22355591 81382631 2020-03-21T21:28:33 P00:12:48 CPH382
22356142 45701514 2020-03-20T22:41:23 P00:02:48 CPH022
22356142 56818446 2020-03-21T08:38:34 P00:31:24 CPH645
To find all chr3: To get all records with 22355591 you can run:
2grep -n -k3 inputfile chr3 grep ^22355591 input.txt
-n will split 'chr3' into 'chr' which is compared asciibetically and But if I<input.txt> is several TB big, it can be very slow. B<2grep>
uses binary search which only works if the file is sorted, but takes
less than 1 second to run:
2grep -H input.txt 22355591
You can also search for a shorter string to get all records starting
with 2235:
2grep -H input.txt 2235
Or you can search for multiple search strings:
2grep -H input.txt 12893827 22356142
=head2 Multiple keys
Input is sorted by SampleID, Chromosome, Position (in that order):
SampleID Chromosome Position Data
PatientA chr3 10002123 CCGTCTAATGGCTTGATTGGTACACCATGACATTGA
PatientA chr3 10003125 TCCATCGTCGGCGAGAAGGTACCAGGTAA
PatientA chr11 9999998 AATTCACAGTATGGCTGACGGTGTCGTAGCTACACG
PatientA chr11 10001240 TCCAGAAGTTTGA
PatientA chr11 10001260 ATAACGAGAACTTACGTTTTAAAAGGCCTA
PatientB chr3 10000125 GTCTTCACTTTATAAATGGATGATAGCCTTCA
SampleID is sorted as text. Chromosome is sorted by text first and
numerically for the number. Position is sorted by number.
To find all chr3 for PatientA:
2grep -H -k1,2N inputfile PatientA chr3
-N will split 'chr3' into 'chr' which is compared asciibetically and
'3' which is compared numerically. '3' which is compared numerically.
=head2 Not implemented To find all chr3 for PatientA and all chr3 for PatientB:
To find all lines with chr3,10000125: 2grep -H -k1,2N inputfile PatientA chr3 PatientB chr3
2grep -k3n,2n inputfile chr3 10000125
=head1 PERFORMANCE
Binary search requires seeks from the disk. But B<2search> is designed
so that multiple searches will reuse cached data. This means searches
will be faster the more you run.
You can improve the speed even more by sorting the input strings. This
will make it possible to reuse cached data more.
It can be even faster if you run multiple searches in parallel.
This is due to magnetic drives' elevator sorting of requests when
seeking and due to NVMe drives working faster with more queues in
parallel.
cat searchstrings | parallel -n50 -j10 2grep inputfile
=head1 BUGS
B<2search> does not respect your locale setting. It assumes the input
is sorted with LC_ALL=C. If it is not B<2search> may give the wrong
result.
To solve this sort the input with B<LC_ALL=C sort ...>.
=head1 REPORTING BUGS =head1 REPORTING BUGS
B<2search> is part of tangetools. Report bugs to <tools@tange.dk>. B<2search> is part of tangetools. Report bugs on
https://gitlab.com/ole.tange/tangetools/-/issues
=head1 AUTHOR =head1 AUTHOR
@ -342,20 +412,32 @@ GetOptions(
"sort=s" => \$opt::sort, "sort=s" => \$opt::sort,
"V|version-sort" => \$opt::version_sort, "V|version-sort" => \$opt::version_sort,
"k|key=s" => \@opt::key, "k|key=s" => \@opt::key,
"H|header" => \$opt::header,
"t|field-separator=s" => \$opt::field_separator, "t|field-separator=s" => \$opt::field_separator,
"recend|record-end=s" => \$opt::record_end,
"recstart|record-start=s" => \$opt::record_start,
"z|zero-terminated" => \$opt::zero_terminated, "z|zero-terminated" => \$opt::zero_terminated,
); ) || exit(255);
$Global::progname = ($0 =~ m:(^|/)([^/]+)$:)[1]; $Global::progname = ($0 =~ m:(^|/)([^/]+)$:)[1];
$Global::version = 20200328; $Global::version = 20200328;
if($opt::version) { version(); exit 0; } if($opt::version) { version(); exit 0; }
if($opt::zero_terminated) { $/ = "\0"; } if($opt::zero_terminated) { $/ = "\0"; }
if(@opt::key) { if(@opt::key) {
# Default separator if --key = whitespace # Default separator if --key = whitespace
$Global::sep = '\s+'; $Global::fieldsep = '\s+';
if(defined $opt::field_separator) { $Global::sep = $opt::field_separator; } if(defined $opt::field_separator) { $Global::fieldsep = $opt::field_separator; }
} }
if($Global::progname eq "2grep") { $opt::grep = 1; } if($Global::progname eq "2grep") { $opt::grep = 1; }
$Global::debug = $opt::D; $Global::debug = $opt::D;
if(defined $opt::record_end or defined $opt::record_start) {
if(not defined $opt::record_end) { $opt::record_end = ""; }
if(not defined $opt::record_start) { $opt::record_start = ""; }
$/ = unquote_printf($opt::record_end).unquote_printf($opt::record_start);
} else {
# Default = \n
$opt::record_end = "\n";
$/ = $opt::record_end;
}
parse_keydef(); parse_keydef();
@ -370,6 +452,19 @@ if(@ARGV) {
$opt::stdin = 1; $opt::stdin = 1;
} }
$Global::headersize = 0;
if($opt::header) {
if(not open (my $fh, "<", $file)) {
error("Cannot open '$file'");
exit 1;
} else {
my $header = <$fh>;
$header =~ s/\Q$opt::record_start\E$//;
$Global::headersize = length $header;
print $header;
}
}
round: round:
while(1) { while(1) {
my @search_vals; my @search_vals;
@ -447,7 +542,7 @@ sub bgrep {
sub bsearch { sub bsearch {
my $file = shift; my $file = shift;
my @search_vals = @_; my @search_vals = @_;
my $min = 0; my $min = $Global::headersize;
my $max = -s $file; my $max = -s $file;
my $fh; my $fh;
if(not open ($fh, "<", $file)) { if(not open ($fh, "<", $file)) {
@ -474,7 +569,7 @@ sub bsearch {
compare(($line = <$fh>),@search_vals) >= 0) { compare(($line = <$fh>),@search_vals) >= 0) {
# We have see this newline position before # We have see this newline position before
# or we are at the end of the file # or we are at the end of the file
# or we should search the upper half # or we should search the lower half
$max = $middle; $max = $middle;
$maxnl = $newline_pos; $maxnl = $newline_pos;
} else { } else {
@ -485,20 +580,44 @@ sub bsearch {
} }
seek($fh,$minnl,0) or die("Cannot seek to $minnl"); seek($fh,$minnl,0) or die("Cannot seek to $minnl");
$line = <$fh>; $line = <$fh>;
my $len = length $opt::record_start;
my $retpos;
if(compare($line,@search_vals) >= 0) { if(compare($line,@search_vals) >= 0) {
if($opt::byte_offset) { # Adjust for length of $recstart
return $minnl."\n"; $retpos = $minnl - $len;
} else { } else {
return $line; $retpos = tell($fh) - $len;
} }
} else { $retpos = $retpos < 0 ? 0 : $retpos;
if($opt::byte_offset) { if($opt::byte_offset) {
return tell($fh)."\n"; return $retpos."\n";
} else { } else {
$line=<$fh>; seek($fh,$retpos,0) or die("Cannot seek to $minnl");
return $line; if(length $opt::record_end) {
# read record: A...BA
# Remove $opt::record_start if it is at the end
# (might not be only record)
$line = <$fh>;
$line =~ s/\Q$opt::record_start\E$//;
} else {
# --recend == ''
if(length $opt::record_start) {
# read record: A...A
# Remove $opt::record_start if it is at the end
# (might not be only record)
$line = <$fh>; # Read: A
$line .= <$fh>; # Read: ...A
$line =~ s/\Q$opt::record_start\E$//;
} else {
# Len recstart == Len recend = 0. Does this ever happen?
# read record.
# Remove $opt::record_start if it is there (might be only record)
$line = <$fh>;
$line =~ s/\Q$opt::record_start\E$//;
} }
} }
return $line;
}
} }
sub parse_keydef { sub parse_keydef {
@ -533,11 +652,11 @@ sub parse_keydef {
); );
if(@opt::key) { if(@opt::key) {
# skip
} else { } else {
# Convert -n -r to -k1rn # Convert -n -r to -k1rn
# with sep = undef # with sep = undef
$Global::sep = undef; $Global::fieldsep = undef;
my $opt; my $opt;
$opt->{'field'} = 1; $opt->{'field'} = 1;
$opt->{'char'} = 1; $opt->{'char'} = 1;
@ -573,11 +692,11 @@ sub compare {
# One key to search for per search column # One key to search for per search column
my($line,@search_vals) = @_; my($line,@search_vals) = @_;
chomp($line); chomp($line);
debug("Compare: $line <=> @search_vals "); debug("Compare: $line <=> @search_vals; ");
my @field; my @field;
if($Global::sep) { if($Global::fieldsep) {
# Split line # Split line
@field = split /$Global::sep/o, $line; @field = split /$Global::fieldsep/o, $line;
} else { } else {
@field = ($line); @field = ($line);
} }
@ -628,9 +747,20 @@ sub compare_single {
return ($m{$a} || 0) <=> ($m{$b} || 0); return ($m{$a} || 0) <=> ($m{$b} || 0);
} }
if($opt->{'numeric_sort'}) { if($opt->{'numeric_sort'}) {
return $a <=> $b; return($a <=> $b or $a cmp $b);
} elsif($opt->{'numascii'}) { } elsif($opt->{'numascii'}) {
return $a <=> $b or $a cmp $b; # Split on digit boundary
my @a = split /(?<=\d)(?=\D)|(?<=\D)(?=\d)/i, $a;
my @b = split /(?<=\d)(?=\D)|(?<=\D)(?=\d)/i, $b;
my $c;
for(my $t = 0;
defined $a[$t] and defined $b[$t];
$t++) {
$c = ($a[$t] <=> $b[$t] or $a[$t] cmp $b[$t]);
$c and return $c;
}
# All parts match, maybe one is longer
return $#a <=> $#b;
} else { } else {
return $a cmp $b; return $a cmp $b;
} }
@ -775,3 +905,19 @@ sub debug(@) {
$Global::debug or return; $Global::debug or return;
print @_; print @_;
} }
sub unquote_printf() {
# Convert \t \n \r \000 \0
# Inputs:
# $string = string with \t \n \r \num \0
# Returns:
# $replaced = string with TAB NEWLINE CR <ascii-num> NUL
$_ = shift;
s/\\t/\t/g;
s/\\n/\n/g;
s/\\r/\r/g;
s/\\(\d\d\d)/eval 'sprintf "\\'.$1.'"'/ge;
s/\\(\d)/eval 'sprintf "\\'.$1.'"'/ge;
return $_;
}

74
2search/regressiontest
View file

@ -2,6 +2,7 @@
test_tmp=`tempfile` test_tmp=`tempfile`
export test_tmp export test_tmp
export LC_ALL=C
opt_tester() { opt_tester() {
opt="$@" opt="$@"
@ -111,10 +112,10 @@ test_rn_opt() {
} }
test_r_opt() { test_r_opt() {
opt_tester -rn opt_tester -r
} }
test_k32_2n_1n() { test_k3N_2N_1n() {
tmp=$(tempfile) tmp=$(tempfile)
cat >$tmp <<EOF cat >$tmp <<EOF
1 chr1 Sample 1 1 chr1 Sample 1
@ -172,8 +173,8 @@ test_k32_2n_1n() {
11111 chr10 Sample 10 11111 chr10 Sample 10
111111 chr10 Sample 10 111111 chr10 Sample 10
EOF EOF
2grep -k3N,2N,1n $tmp 'Sample 10' chr10 111 # Find the line with 111,chr2,Sample 10
echo $tmp 2grep -t '\t' -k3N,2N,1n $tmp 'Sample 10' chr2 111
} }
test_partial_line() { test_partial_line() {
@ -188,7 +189,70 @@ test_partial_line() {
rm $tmp rm $tmp
} }
test_recstart() {
tmp=$(tempfile)
cat >$tmp <<EOF
>sp|O14683|P5I11_HUMAN Tumor protein p53-inducible protein 11
MIHNYMEHLERTKLHQLSGSDQLESTAHSRIRKERPISLGIFPLPAGDGLLTPDAQKGGET
PGSEQWKFQELSQPRSHTSLKVSNSPEPQKAVEQEDELSDVSQGGSKATTPASTANSDVAT
IPTDTPLKEENEGFVKVTDAPNKSEISKHIEVQVAQETRNVSTGSAENEEKSEVQAIIEST
PELDMDKDLSGYKGSSTPTKGIENKAFDRNTESLFEELSSAGSGLIGDVDEGADLLGMGRE
VENLILENTQLLETKNALNIVKNDLIAKVDELTCEKDVLQGELEAVKQAKLKLEEKNRELE
EELRKARAEAEDARQKAKDDDDSDIPTAQRKRFTRVEMARVLMERNQYKERLMELQEAVRW
TEMIRASRENPAMQEKKRSSIWQFFSRLFSSSSNTTKKPEPPVNLKYNAPTSHVTPSVX
>sp|P04637|P53_HUMAN Cellular
IQVVSRCRLRHTEVLPAEEENDSLGADGT
PQLX
>sp|P10144|GRAB_HUMAN Granzyme B OS=Homo sapiens OX=9606
MQPILLLLAFLLLPRADAGEIIGGHEAKPHSRPYMAYLMIWDQKSLKRCGGFLIRD
WGSSINVTLGAHNIKEQEPTQQFIPVKRPIPHPAYNPKNFSNDIMLLQLERKAKRT
SNKAQVKPGQTCSVAGWGQTAPLGKHSHTLQEVKMTVQEDRKCEX
>sp|P13674|P4HA1_HUMAN Prolyl
VECCPNCRGTGMQIRIHQIGPGMVQQIQS
DGQKITFHGEGDQEPGLEPGDIIIVLDQK
SHPGQIVKHGDIKCVLNEGMX
>sp|Q06416|P5F1B_HUMAN Putative POU domain, class 5, transc
IVVKGHSTCLSEGALSPDGTVLATASHDGYVKFWQIYIEGQDEPRCLHEWKP
HDGRPLSCLLFCDNHKKQDPDVPFWRFLITGADQNRELKMWCTVSWTCLQTI
RFSPDIFSSVSVPPSLKVCLDLSAEYLILSDVQRKVLYVMELLQNQEEGHAC
FSSISEFLLTHPVLSFGIQVVSRCRLRHTEVLPAEEENDSLGADGTHGAGAX
>sp|Q7Z4N8|P4HA3_HUMAN
MTEQMTLRGTLKGHNGWVTQIA
YGIPQRALRGHSHFVSDVVISS
GHTKDVLSVAFSSDNRQIVSGS
VRFSPNSSNPIIVSX
>sp|Q96A73|P33MX_HUMAN Putative
RNDDDDTSVCLGTRQCSWFAGCTNRTWNSSA
VPLIGLPNTQDYKWVDRNSGLTWSGNDTCLY
SCQNQTKGLLYQLFRNLFCSYGLTEAHGKWR
CADASITNDKGHDGHRTPTWWLTGSNLTLSV
NNSGLFFLCGNGVYKGFPPKWSGRCGLGYLV
PSLTRYLTLNASQITNLRSFIHKVTPHRX
>sp|Q9UHX1|PUF60_HUMAN Poly(U)-binding-splicing
MGKDYYQTLGLARGASDEEIKRAYRRQALRYHPDKNKEPGAEEKFKE
IAEAYDVLSDPRKREIFDRYGEEGLKGSGPSGGSGGGANGTSFSYTF
HGDPHAMFAEFFGGRNPFDTFFGQRNGEEGMDIDDPFSGFPMGMGGF
TNVNFGRSRSAQEPARKKQDPPVTHDLX
EOF
echo "--regstart"
echo start
2search -t '\|' -k2 --recstart '>' $tmp O14683
echo middle
2search -t '\|' -k2 --recstart '>' --recend '' $tmp Q96A73
echo end
2search -t '\|' -k2 --recstart '>' $tmp Q9UHX1
echo "--regstart + --regend"
echo start
2search -t '\|' -k2 --recstart '>' --recend '\n' $tmp O14683
echo middle
2search -t '\|' -k2 --recstart '>' --recend '\n' $tmp Q96A73
echo end
2search -t '\|' -k2 --recstart '>' --recend '\n' $tmp Q9UHX1
rm $tmp
}
export -f $(compgen -A function | grep test_) export -f $(compgen -A function | grep test_)
compgen -A function | grep test_ | sort | parallel -j6 --tag -k '{} 2>&1' > regressiontest.new compgen -A function | grep test_ | sort | parallel -j6 --tag -k '{} 2>&1' > regressiontest.new
diff regressiontest.new regressiontest.out diff -Naur regressiontest.new regressiontest.out

195
2search/regressiontest.out
View file

@ -1,15 +1,11 @@
test_k32_2n_1n 111 chr10 Sample 10 test_k3N_2N_1n 111 chr2 Sample 10
test_k32_2n_1n 1111 chr10 Sample 10
test_k32_2n_1n 11111 chr10 Sample 10
test_k32_2n_1n 111111 chr10 Sample 10
test_n Search in null file test_n Search in null file
test_n 0 test_n 0
test_n 0 test_n 0
test_n 0 test_n 0
test_n 0 test_n 0
test_n Search in newline test_n Search in newline
test_n test_n 1
test_n 0
test_n 1 test_n 1
test_n 1 test_n 1
test_n 1 test_n 1
@ -65,8 +61,7 @@ test_n_opt 0
test_n_opt 0 test_n_opt 0
test_n_opt Search in newline test_n_opt Search in newline
test_n_opt Search in test_n_opt Search in
test_n_opt test_n_opt 1
test_n_opt 0
test_n_opt 1 test_n_opt 1
test_n_opt 1 test_n_opt 1
test_n_opt 1 test_n_opt 1
@ -150,6 +145,118 @@ test_partial_line 36
test_partial_line 37 test_partial_line 37
test_partial_line 38 test_partial_line 38
test_partial_line 39 test_partial_line 39
test_r_opt Search in null file
test_r_opt Search in
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt Search in newline
test_r_opt Search in
test_r_opt
test_r_opt
test_r_opt
test_r_opt
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt Search in 1.000000000
test_r_opt 1.000000000
test_r_opt 1.000000000
test_r_opt 1.000000000
test_r_opt 12
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt Search in 2 1.000000000
test_r_opt 2
test_r_opt 2
test_r_opt 1.000000000
test_r_opt 14
test_r_opt 0
test_r_opt 0
test_r_opt 2
test_r_opt Search in 2.000000000 1
test_r_opt 1
test_r_opt 2.000000000
test_r_opt 1
test_r_opt 14
test_r_opt 12
test_r_opt 0
test_r_opt 12
test_r_opt Search in 3 2 1.000000000
test_r_opt 2
test_r_opt 2
test_r_opt 1.000000000
test_r_opt 16
test_r_opt 2
test_r_opt 2
test_r_opt 4
test_r_opt Search in 3 2.000000000 1
test_r_opt 1
test_r_opt 2.000000000
test_r_opt 1
test_r_opt 16
test_r_opt 14
test_r_opt 2
test_r_opt 14
test_r_opt Search in 3.000000000 2 1
test_r_opt 2
test_r_opt 2
test_r_opt 1
test_r_opt 16
test_r_opt 12
test_r_opt 12
test_r_opt 14
test_recstart --regstart
test_recstart start
test_recstart >sp|O14683|P5I11_HUMAN Tumor protein p53-inducible protein 11
test_recstart MIHNYMEHLERTKLHQLSGSDQLESTAHSRIRKERPISLGIFPLPAGDGLLTPDAQKGGET
test_recstart PGSEQWKFQELSQPRSHTSLKVSNSPEPQKAVEQEDELSDVSQGGSKATTPASTANSDVAT
test_recstart IPTDTPLKEENEGFVKVTDAPNKSEISKHIEVQVAQETRNVSTGSAENEEKSEVQAIIEST
test_recstart PELDMDKDLSGYKGSSTPTKGIENKAFDRNTESLFEELSSAGSGLIGDVDEGADLLGMGRE
test_recstart VENLILENTQLLETKNALNIVKNDLIAKVDELTCEKDVLQGELEAVKQAKLKLEEKNRELE
test_recstart EELRKARAEAEDARQKAKDDDDSDIPTAQRKRFTRVEMARVLMERNQYKERLMELQEAVRW
test_recstart TEMIRASRENPAMQEKKRSSIWQFFSRLFSSSSNTTKKPEPPVNLKYNAPTSHVTPSVX
test_recstart middle
test_recstart >sp|Q96A73|P33MX_HUMAN Putative
test_recstart RNDDDDTSVCLGTRQCSWFAGCTNRTWNSSA
test_recstart VPLIGLPNTQDYKWVDRNSGLTWSGNDTCLY
test_recstart SCQNQTKGLLYQLFRNLFCSYGLTEAHGKWR
test_recstart CADASITNDKGHDGHRTPTWWLTGSNLTLSV
test_recstart NNSGLFFLCGNGVYKGFPPKWSGRCGLGYLV
test_recstart PSLTRYLTLNASQITNLRSFIHKVTPHRX
test_recstart end
test_recstart >sp|Q9UHX1|PUF60_HUMAN Poly(U)-binding-splicing
test_recstart MGKDYYQTLGLARGASDEEIKRAYRRQALRYHPDKNKEPGAEEKFKE
test_recstart IAEAYDVLSDPRKREIFDRYGEEGLKGSGPSGGSGGGANGTSFSYTF
test_recstart HGDPHAMFAEFFGGRNPFDTFFGQRNGEEGMDIDDPFSGFPMGMGGF
test_recstart TNVNFGRSRSAQEPARKKQDPPVTHDLX
test_recstart --regstart + --regend
test_recstart start
test_recstart >sp|O14683|P5I11_HUMAN Tumor protein p53-inducible protein 11
test_recstart MIHNYMEHLERTKLHQLSGSDQLESTAHSRIRKERPISLGIFPLPAGDGLLTPDAQKGGET
test_recstart PGSEQWKFQELSQPRSHTSLKVSNSPEPQKAVEQEDELSDVSQGGSKATTPASTANSDVAT
test_recstart IPTDTPLKEENEGFVKVTDAPNKSEISKHIEVQVAQETRNVSTGSAENEEKSEVQAIIEST
test_recstart PELDMDKDLSGYKGSSTPTKGIENKAFDRNTESLFEELSSAGSGLIGDVDEGADLLGMGRE
test_recstart VENLILENTQLLETKNALNIVKNDLIAKVDELTCEKDVLQGELEAVKQAKLKLEEKNRELE
test_recstart EELRKARAEAEDARQKAKDDDDSDIPTAQRKRFTRVEMARVLMERNQYKERLMELQEAVRW
test_recstart TEMIRASRENPAMQEKKRSSIWQFFSRLFSSSSNTTKKPEPPVNLKYNAPTSHVTPSVX
test_recstart middle
test_recstart >sp|Q96A73|P33MX_HUMAN Putative
test_recstart RNDDDDTSVCLGTRQCSWFAGCTNRTWNSSA
test_recstart VPLIGLPNTQDYKWVDRNSGLTWSGNDTCLY
test_recstart SCQNQTKGLLYQLFRNLFCSYGLTEAHGKWR
test_recstart CADASITNDKGHDGHRTPTWWLTGSNLTLSV
test_recstart NNSGLFFLCGNGVYKGFPPKWSGRCGLGYLV
test_recstart PSLTRYLTLNASQITNLRSFIHKVTPHRX
test_recstart end
test_recstart >sp|Q9UHX1|PUF60_HUMAN Poly(U)-binding-splicing
test_recstart MGKDYYQTLGLARGASDEEIKRAYRRQALRYHPDKNKEPGAEEKFKE
test_recstart IAEAYDVLSDPRKREIFDRYGEEGLKGSGPSGGSGGGANGTSFSYTF
test_recstart HGDPHAMFAEFFGGRNPFDTFFGQRNGEEGMDIDDPFSGFPMGMGGF
test_recstart TNVNFGRSRSAQEPARKKQDPPVTHDLX
test_rn_opt Search in null file test_rn_opt Search in null file
test_rn_opt Search in test_rn_opt Search in
test_rn_opt 0 test_rn_opt 0
@ -183,11 +290,11 @@ test_rn_opt 0
test_rn_opt 0 test_rn_opt 0
test_rn_opt 0 test_rn_opt 0
test_rn_opt Search in 2.000000000 1 test_rn_opt Search in 2.000000000 1
test_rn_opt 2.000000000 test_rn_opt 1
test_rn_opt 2.000000000 test_rn_opt 2.000000000
test_rn_opt 2.000000000 test_rn_opt 2.000000000
test_rn_opt 14 test_rn_opt 14
test_rn_opt 0 test_rn_opt 12
test_rn_opt 0 test_rn_opt 0
test_rn_opt 0 test_rn_opt 0
test_rn_opt Search in 3 2 1.000000000 test_rn_opt Search in 3 2 1.000000000
@ -199,11 +306,11 @@ test_rn_opt 2
test_rn_opt 2 test_rn_opt 2
test_rn_opt 0 test_rn_opt 0
test_rn_opt Search in 3 2.000000000 1 test_rn_opt Search in 3 2.000000000 1
test_rn_opt 2.000000000 test_rn_opt 1
test_rn_opt 2.000000000 test_rn_opt 2.000000000
test_rn_opt 3 test_rn_opt 3
test_rn_opt 16 test_rn_opt 16
test_rn_opt 2 test_rn_opt 14
test_rn_opt 2 test_rn_opt 2
test_rn_opt 0 test_rn_opt 0
test_rn_opt Search in 3.000000000 2 1 test_rn_opt Search in 3.000000000 2 1
@ -214,67 +321,3 @@ test_rn_opt 16
test_rn_opt 12 test_rn_opt 12
test_rn_opt 12 test_rn_opt 12
test_rn_opt 0 test_rn_opt 0
test_r_opt Search in null file
test_r_opt Search in
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt Search in newline
test_r_opt Search in
test_r_opt
test_r_opt
test_r_opt
test_r_opt
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt Search in 1.000000000
test_r_opt 1.000000000
test_r_opt 1.000000000
test_r_opt 1.000000000
test_r_opt 12
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt Search in 2 1.000000000
test_r_opt 2
test_r_opt 2
test_r_opt 2
test_r_opt 14
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt Search in 2.000000000 1
test_r_opt 2.000000000
test_r_opt 2.000000000
test_r_opt 2.000000000
test_r_opt 14
test_r_opt 0
test_r_opt 0
test_r_opt 0
test_r_opt Search in 3 2 1.000000000
test_r_opt 2
test_r_opt 2
test_r_opt 3
test_r_opt 16
test_r_opt 2
test_r_opt 2
test_r_opt 0
test_r_opt Search in 3 2.000000000 1
test_r_opt 2.000000000
test_r_opt 2.000000000
test_r_opt 3
test_r_opt 16
test_r_opt 2
test_r_opt 2
test_r_opt 0
test_r_opt Search in 3.000000000 2 1
test_r_opt 2
test_r_opt 2
test_r_opt 3.000000000
test_r_opt 16
test_r_opt 12
test_r_opt 12
test_r_opt 0

6
README
View file

@ -2,9 +2,9 @@ Tools developed by Ole Tange <ole@tange.dk>.
Probably not useful for you, but then again you never now. Probably not useful for you, but then again you never now.
blink - blink disks in a disk enclosure 2search - binary search through sorted text files.
bsearch - binary search through sorted text files. blink - blink disks in a disk enclosure.
decrypt-root-with-usb - patch for cryptroot to decrypt root with key on USB. decrypt-root-with-usb - patch for cryptroot to decrypt root with key on USB.
@ -14,6 +14,8 @@ em - force emacs to run in terminal. Use xemacs if installed.
field - split on whitespace. Give the given field number. Supports syntax 1-3,6- field - split on whitespace. Give the given field number. Supports syntax 1-3,6-
find-first-fail - find the lowest argument that makes a command fail.
forever - run the same command or list of commands every second. forever - run the same command or list of commands every second.
G - shorthand for multi level grep. G - shorthand for multi level grep.