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tools/sctk-2.4.10/src/csrfilt/csrfilt.sh
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#!/bin/sh
#
# File: csrfilt.sh
# Date: September 15, 2010
# Usage: csrfilt.sh global-map-file [ utterance-map-file ] < infile > outfile
# Filter the input for stdin, and write the output to stdout
#
# Desc: This filter is used to "pre-filter" .lsn hypothesis and
# reference transcriptions to apply a set of word-mapping rules
# prior to scoring. The word-mapping rules permit the
# elimination of ambiguous lexical representations. The
# filter applies the rules located in two word map files to the
# transcriptions. The first word map file, "glYYMMDD.map",
# applies a set of rules globally to all transcriptions. The
# second, "utYYMMDD.map", applies particular rules to particular
# utterances. The two .map files are named so as to indicated
# the last date they were updated.
#
# There are 2 stages to the filter:
# 1. Applies the utterance-specific, "utYYMMDD.map", rules to input.
# To accomplish this, the perl filter,
# 'ut_rfilt.pl', is called which in turn calls rfilter1
# on the specified utterances.
# 2. Applies the global, 'glYYMMDD.map', rules to all utterances.
#
# Version 1.0 Feb 1, 1993
# Version 1.1 Sep. 21, 1995
# JGF added the option to automatically split hyphenated words
# JGF added the option to interpret ctm files appropriately
# Version 1.2 Oct. 20, 1995
# JGF added the ability to pass through comments un-scathed
# JGF changed the uppercase conversion to not effect comment lines
# Version 1.3 Jan 17, 1996
# JGF forced the script to add spaces to the end and beginning of each non-comment
# line before processing. After processing, the spaces are deleted
# Version 1.4 Nov 24, 1996
# WMF replaced rfilter1 with a new version which runs faster, and can handle
# context sensitive rules
# JGF added a new input format STM
# JGF Made the glm file sensitive to the input type by using the notation:
# ;; INPUT_DEPENDENT_APPLICATION = "<REGEXP>"
# anywhere in the glm file. The <REGEXP> tag is a perl regular
# expression which is matched against the input type via the
# '-i' option.
# Version 1.5 Aug 4, 1997
# JGF added the "-i trn" option
# JGF modified all exit codes to be 0 on successful, completion 1 otherwise
# Version 1.6
# JGF made the utterance-map-file optional. . . finally
# JGF add the -s option
# Version 1.7
# JGF added the -e option to tell set the code to extended ascii
# Version 1.8 Released around April 1998
# JGF add the -i txt option
# Version 1.9 Released Sept 8. 1998
# JGF added filtering step to rfilter1 to use optionally deletable parens
# JGF removed a missed usage of sed!!!
# Version 1.10
# JGF Added rttm input type
# Version 1.11
# JGF Removed the use of EXE_DIR. All utilities are expected in the path
# Version 1.12
# JGF Rewrote the delete hypen processor
# Version 1.13
# JGF Fixed hyphen processor, fragment markers were deleted!
# Version 1.14 Apr 21, 2006
# JA Update the rttm filtering to accept the asclite specifications
# JGF Fix the -dh option for rttm
# Version 1.15 Feb 9, 2007
# JGF Added the data purpose field so that the filtering can be contolled
# based on if the texts are references ot hyps
# Version 1.16 Apr 30, 2009
# JGF Redesigned the code to no upcase everything, instead just the transcript
# JGF Fixed bug with delete hypthens on opt del words
# Version 1.17 Sep 15, 2010
# JGF - Fixed the trn preprocessor to pass through comment lines without filtering
version="1.17"
trap "/bin/rm -f /tmp/hs_filt.*.$$ ; exit 1" 1 2 3 15
# Change to the installation directory in order to execute from
# any where other than the installation directory.
DeleteHyphens=false
UpCase=true;
ExtASCII=false;
Usage="Usage: csrfilt.sh [ -dh -s -e ] -i [ stm | ctm | trn | txt | rttm ] global-map-file [ utterance-map-file ] < infile > outfile
Version: $version
Desc: csrfilt.sh applys a set of text transformation rules contained in
'global-map-file' and the optional 'utterance-map-file' to the input
text. The text input is read from stdin and the modified text goes to stdout.
The file 'rules.doc' within the distribution directory describes the
rule file format.
-dh -> replaces hyphens with spaces in hyphenated words
-i ctm -> set the input type to ctm. If a word from a ctm file is
split, the script divides the original word's duration among
it's constituents.
-i stm -> sets the input type to stm. This forces the mapping rules to
apply to the text field only.
-i trn -> sets the input type to trn. This forces the mapping rules to
apply to the text portion of the trn record. (Default)
-i txt -> sets the input type to txt, no formatting, all words are fair game.
-i rttm -> sets the input type to rttm.
-s -> do not up-case everything
-e -> textual data is extended ASCII
-t [ref|hyp] -> sets the input type either reference data or hyp data so that
the rule-sets within the GLM can be activated"
inputtype="trn"
dataPurpose=""
while test ! "`echo $1| egrep '^-'`" = "" ; do
if test "$1" = "-dh" ; then
DeleteHyphens=true
elif test "$1" = "-s" ; then
UpCase=false
elif test "$1" = "-e" ; then
ExtASCII=true
elif test "$1" = "-i" ; then
if test "$2" = "ctm" -o "$2" = "stm" -o "$2" = "trn" -o "$2" = "txt" -o "$2" = "rttm" ; then
inputtype=$2
shift
else
echo "$Usage"
echo "$2"
echo "Error: -i option requires either \"ctm\", \"stm\", \"txt\", \"trn\", or \"rttm\" not $2"
exit 1
fi
elif test "$1" = "-t" ; then
if test "$2" = "ref" -o "$2" = "hyp" ; then
dataPurpose=$2
shift
else
echo "$Usage"
echo "$2"
echo "Error: -i option requires either \"ref\", or \"hyp\" not $2"
exit 1
fi
else
echo "$Usage"
echo ""
echo "Error: Unrecognized option $1"
exit 1
fi
shift;
done
if test $# -lt 1 -o $# -gt 2 ; then
echo "$Usage"
echo ""
echo "Error: requires one or two command line arguements"
exit 1
fi
glob_map=$1
if test ! -f "$glob_map" ; then
echo "$Usage"
echo ""
echo "Error: Global-map-file '$glob_map' does not exist"
exit 1
fi
if test $# -eq 2 ; then
utt_map=$2
if test ! -f "$utt_map" ; then
echo "$Usage"
echo ""
echo "Error: Utterance-map-file '$utt_map' does not exist"
exit 1
fi
else
utt_map=""
fi
############################################################################################
### Validation functions #################################################################
getInvalidOptDelTags(){
perl -ne 's/\(/ \(/g; s/\)/\) /; s/\s\([^\(\)]+\)//g; if ($_ =~ /[()]/) { print }'
}
############## Validate that optionally deleteable tags are consistent ######
validateOptDelTags(){
res=`perl -ne 's/\(/ \(/g; s/\)/\) /; s/\s\([^\(\)]+\)//g; if ($_ =~ /[()]/) { print }'`
if [ "$res" = "" ] ; then
echo "valid"
else
echo "error"
fi
}
############### The text to filter is now fully separated from the non-transcript material ########
############### Filtering is now MUCH EASIER ###############
### Uppercase just the text if requested
toUpper(){
perl -pe 'if ($_ !~ /^;;/){
if ("'$UpCase'" eq "true") {
tr/a-z/A-Z/;
if ("'$ExtASCII'" eq "true") { tr/\340-\377/\300-\337/; }
}
}'
}
deleteHyphens(){
perl -pe 'if ("'$DeleteHyphens'" eq "true"){
s/([^\( ])-(?=[^\) ])/$1 /g;
}'
}
propogateOptDel(){
perl -e 'my $count = 0;
while (<>){
while ($_ =~ s/(\(\s+[^()\s]+\s+)([^()\s]+)/$1\) \( $2/){
;
}
print;
}'
}
propUnitTestSub(){
isValid=$1
txt="$2"
exp="$3"
resValid=`echo "$txt" | perl -pe 's/\(\s+/(/g; s/\s+\)/)/g' | validateOptDelTags`
if [ "$isValid" = 1 -a "$resValid" = "error" ] ; then
echo "Error: Valid optDel failed validation /$txt/ with /$resValid/ return"
fi
if [ "$isValid" = 0 -a "$resValid" = "valid" ] ; then
echo "Error: INValid optDel passed validation /$txt/ with /$resValid/ return"
fi
res=`echo "$txt" | propogateOptDel`
if [ ! "$exp" = "$res" ] ; then
echo "Failed: /$res/ != expected /$exp/"
else
echo "Passed: /$txt/ -> /$res/"
fi
}
propUnitTest(){
propUnitTestSub 1 " she is " " she is "
propUnitTestSub 0 " ( she is " " ( she ) ( is "
propUnitTestSub 0 " she ( is " " she ( is "
propUnitTestSub 0 " she is ( " " she is ( "
propUnitTestSub 0 " ) she is " " ) she is "
propUnitTestSub 0 " she ) is " " she ) is "
propUnitTestSub 0 " she is ) " " she is ) "
propUnitTestSub 0 " (( she is " " (( she ) ( is "
propUnitTestSub 0 " she (( is " " she (( is "
propUnitTestSub 0 " she is (( " " she is (( "
propUnitTestSub 0 " ) she is " " ) she is "
propUnitTestSub 0 " she ) is " " she ) is "
propUnitTestSub 0 " she is ) " " she is ) "
propUnitTestSub 0 " she ( is ok yes no she ( is ok yes ) no " " she ( is ) ( ok ) ( yes ) ( no ) ( she ( is ) ( ok ) ( yes ) no "
propUnitTestSub 1 " ( she ) is ok " " ( she ) is ok "
propUnitTestSub 1 " she ( is ) ok " " she ( is ) ok "
propUnitTestSub 1 " she is ( ok ) " " she is ( ok ) "
propUnitTestSub 1 " ( she is ) ok yes " " ( she ) ( is ) ok yes "
propUnitTestSub 1 " she ( is ok ) yes " " she ( is ) ( ok ) yes "
propUnitTestSub 1 " she is ( ok yes ) " " she is ( ok ) ( yes ) "
propUnitTestSub 1 " she is ( ok yes no ) she is ( ok yes no ) " " she is ( ok ) ( yes ) ( no ) she is ( ok ) ( yes ) ( no ) "
propUnitTestSub 1 " ( she is ok ) yes no ( she is ok ) yes no " " ( she ) ( is ) ( ok ) yes no ( she ) ( is ) ( ok ) yes no "
propUnitTestSub 1 " she ( is ok yes ) no she ( is ok yes ) no " " she ( is ) ( ok ) ( yes ) no she ( is ) ( ok ) ( yes ) no "
}
###################################################################################################
#propUnitTest; exit
######################### HERE document to convert expanded CTMs to alternations #################
cat > /tmp/hs_filt.ctm.$$ << EOF
while (<>){
if (\$_ =~ /^;;/) {print}
else {
s/^\s+//;
s/([{}])/ \1 /g;
@l = split;
if (\$#l == 4) {print}
else {
if (\$l[\$#l] =~ /^[0-9\.-]*\$/) {\$limit=\$#l-1;\$conf=\$l[\$#l]}
else { \$limit=\$#l;\$conf=""} ;
\$data = join(" ",splice(@l,4,\$limit - 4 + 1));
@sets = split(/\//,\$data);
if (\$#sets > 0) {
printf "%s %s * * %s <ALT_BEGIN>
",\$l[0],\$l[1],\$word,\$conf;
}
for (\$sn = 0; \$sn <= \$#sets; \$sn++){
\$set = \$sets[\$sn];
\$set =~ s/[{}]//g;
\$set =~ s/^\s+//;
@words = split(/\s+/,\$set);
\$dur = \$l[3] / (\$#words + 1);
\$i=0;
foreach \$word(@words){
printf "%s %s %.3f %.3f %s %s
",\$l[0],\$l[1],\$l[2]+(\$dur * \$i),\$dur,\$word,\$conf;
\$i ++;
}
if (\$#sets > 0 && \$sn != \$#sets){
printf "%s %s * * %s <ALT>
",\$l[0],\$l[1],\$word,\$conf;
}
}
if (\$#sets > 0) {
printf "%s %s * * %s <ALT_END>
",\$l[0],\$l[1],\$word,\$conf;
}
}
}
}
EOF
################################################################################
############# Beginnning of Main Program ###############################
# capture and clean up the input
perl -pe 'if ($_ !~ /^;;/) {
s/^/ /; s/$/ /; s/[ \t]+/ /g;
}' > /tmp/hs_filt.orig.$$
#########################################################################
#### Step 1: separate out the text from the other data in the file ####
# automatically modify the global mapping file to only include regions
# which apply to the input type.
cat $glob_map | perl -e '
($type="'$inputtype'") =~ tr/A-Z/a-z/;
($dataPurpose="'$dataPurpose'") =~ tr/A-Z/a-z/;
$applies = 1;
while (<>){
if ($_ =~ /^;;\s+INPUT_DEPENDENT_APPLICATION\s*=\s*\"([^\"]*)\"/){
($exp = $1) =~ tr/A-Z/a-z/;
$applies = 0;
if ($type =~ /$exp/){ $applies = 1; }
if ($dataPurpose =~ /$exp/){ $applies = 1; }
}
if ($applies == 1){ print; }
} ' > /tmp/hs_filt.glm.$$
# perform the filter on the utterance specific rules
if test "$inputtype" = "ctm" ; then
cat /tmp/hs_filt.orig.$$ | \
perl -e '$out1 = "'/tmp/hs_filt.outext.$$'"; $out2 = "'/tmp/hs_filt.out.$$'";
open(IN,"<-") || die("Error: failed to open input stm file");
open(OUT1,">$out1") || die("Error: failed to open output \"$out1\" of the stm file");
open(OUT2,">$out2") || die("Error: failed to open output \"$out2\" of the stm file");
while(<IN>){
if ($_ =~ /^;;/) {
print OUT1 $_;
print OUT2 "
";
} else {
@a = split(/\s+/, $_);
print OUT2 splice(@a,5,1)."
";
print OUT1 join(" ",@a)."
";
}
}
close IN; close OUT1; close OUT2;'
elif test "$inputtype" = "rttm" ; then
cat /tmp/hs_filt.orig.$$ | \
perl -e '$out1 = "'/tmp/hs_filt.outext.$$'"; $out2 = "'/tmp/hs_filt.out.$$'";
open(IN,"<-") || die("Error: failed to open input stm file");
open(OUT1,">$out1") || die("Error: failed to open output \"$out1\" of the stm file");
open(OUT2,">$out2") || die("Error: failed to open output \"$out2\" of the stm file");
while(<IN>){
if ($_ !~ /^ LEXEME.* (lex|fp|un-lex|for-lex|alpha|acronym|interjection|propernoun|other) /) {
print OUT1 $_;
print OUT2 "
";
} else {
@a = split(/\s+/, $_);
print OUT2 splice(@a,6,1)."
";
print OUT1 join(" ",@a)."
";
}
}
close IN; close OUT1; close OUT2;'
elif test "$inputtype" = "stm" ; then
cat /tmp/hs_filt.orig.$$ | \
perl -e '$out1 = "'/tmp/hs_filt.outext.$$'"; $out2 = "'/tmp/hs_filt.out.$$'";
open(IN,"<-") || die("Error: failed to open input stm file");
open(OUT1,">$out1") || die("Error: failed to open output \"$out1\" of the stm file");
open(OUT2,">$out2") || die("Error: failed to open output \"$out2\" of the stm file");
while(<IN>){
if ($_ =~ /^;;/) {
print OUT1 $_;
print OUT2 "
";
} elsif ($_ =~ /^(\s*\S+\s*\S+\s*\S+\s*\S+\s*\S+\s*<\S+>)(.*)$/){
print OUT1 $1."
";
print OUT2 $2."
";
} elsif ($_ =~ /^(\s*\S+\s*\S+\s*\S+\s*\S+\s*\S+)(.*)$/){
print OUT1 $1."
";
print OUT2 $2."
";
} else {
die("Error: Parse of stm line failed");
}
}
close IN; close OUT1; close OUT2;'
elif test "$inputtype" = "trn" ; then
cat /tmp/hs_filt.orig.$$ | \
perl -e '$out1 = "'/tmp/hs_filt.outext.$$'"; $out2 = "'/tmp/hs_filt.out.$$'";
open(IN,"<-") || die("Error: failed to open input stm file");
open(OUT1,">$out1") || die("Error: failed to open output \"$out1\" of the stm file");
open(OUT2,">$out2") || die("Error: failed to open output \"$out2\" of the stm file");
while(<IN>){
if ($_ =~ /^;;/) {
print OUT1 $_;
print OUT2 "
";
} elsif ($_ =~ /^(.*)(\(.*\))\s*$/){
print OUT2 $1."
";
print OUT1 $2."
";
} else {
die("Error: Parse of trn line failed");
}
}
close IN; close OUT1; close OUT2; '
# echo "outext "; cat /tmp/hs_filt.outext.$$
# echo "out"; cat /tmp/hs_filt.out.$$
elif test "$inputtype" = "txt" ; then
cat /tmp/hs_filt.orig.$$ | \
perl -e '$out1 = "'/tmp/hs_filt.outext.$$'"; $out2 = "'/tmp/hs_filt.out.$$'";
open(IN,"<-") || die("Error: failed to open input stm file");
open(OUT1,">$out1") || die("Error: failed to open output \"$out1\" of the stm file");
open(OUT2,">$out2") || die("Error: failed to open output \"$out2\" of the stm file");
while(<IN>){
if ($_ =~ /^;;/) {
print OUT1 $_;
print OUT2 "
";
} else {
print OUT1 "
";
print OUT2 $_;
}
}
close IN; close OUT1; close OUT2; '
# echo "outext "; cat /tmp/hs_filt.outext.$$
# echo "out"; cat /tmp/hs_filt.out.$$
else
if test ! "$utt_map" = "" ; then
ut_rfilt.pl $utt_map /tmp/hs_filt.orig.$$ \
/tmp/hs_filt.out.$$
else
cp /tmp/hs_filt.orig.$$ /tmp/hs_filt.out.$$
fi
fi
############################################################################################
#### Step 2: Check the optionally deletable tags. The code relies on them being valid
ret="`cat /tmp/hs_filt.out.$$ | perl -pe 's/\(/( /g; s/\)/ )/g; s/^/ /; s/$/ /;' | validateOptDelTags`"
if [ $ret = "error" ] ; then
echo "Error: Can not filter text with illegally formatted optional deletion tags. Look for:"
cat /tmp/hs_filt.out.$$ | perl -pe 's/\(/( /g; s/\)/ )/g; s/^/ /; s/$/ /;' | getInvalidOptDelTags
exit 1
fi
#########################################################################
#### Step 3: Build the filter command
filt_com="cat /tmp/hs_filt.out.$$ | toUpper | perl -pe 's/\(/( /g; s/\)/ )/g; s/^/ /; s/$/ /;' | rfilter1 /tmp/hs_filt.glm.$$ | deleteHyphens | propogateOptDel | perl -pe 's/^ //; s/ $//' | perl -pe 's/\(\s+/(/g; s/\s+\)/)/g;' | tee /tmp/hs_filt.filtout."$$" "
#########################################################################################
#### Step 4: execute the filter command putting back together the text and other data
if test "$inputtype" = "ctm" ; then
eval $filt_com | \
perl -e '$inext = "'/tmp/hs_filt.outext.$$'";
open(IN,"<$inext") || die("Error: failed to open input \"$out1\" of the stm file");
while (! eof(STDIN)){
$text = <STDIN>;
chomp($text);
$ext = <IN>;
if ($text ne ""){
@a = split(/\s+/,$ext);
splice(@a, 5, 0, $text);
$ext = join(" ",@a)."
";
}
print $ext;
}
close IN' | \
perl /tmp/hs_filt.ctm.$$ | \
perl -pe 'if ($_ !~ /^;/) {s/^[ \t]+//; s/[ \t]+$//; s/[ \t]+/ /g}'
elif test "$inputtype" = "rttm" ; then
# the first perl command handles converting alternations and duel words to underscore notation
eval $filt_com | \
perl -pe 'chomp; if ($_ =~ /\s/){s/([\{\}\/\@])/ $1 /g; s/\s+/ /g; s/^\s//; s/\s$//; s/\s/_/g; } $_ .= "
"' | \
perl -e '$inext = "'/tmp/hs_filt.outext.$$'";
open(IN,"<$inext") || die("Error: failed to open input \"$out1\" of the stm file");
while (! eof(STDIN)){
$text = <STDIN>;
chomp($text);
$ext = <IN>;
if ($text ne ""){
@a = split(/\s+/,$ext);
splice(@a, 6, 0, $text);
$ext = join(" ",@a)."
";
}
print $ext;
}
close IN' | \
perl -pe 'if ($_ !~ /^;/) {s/^[ \t]+//; s/[ \t]+$//; s/[ \t]+/ /g}'
elif test "$inputtype" = "stm" ; then
eval $filt_com | \
perl -e '$inext = "'/tmp/hs_filt.outext.$$'";
open(IN,"<$inext") || die("Error: failed to open input \"$out1\" of the stm file");
while (! eof(STDIN)){
$text = <STDIN>;
$ext = <IN>;
chop($ext);
print "$ext$text";
}
close IN' | \
perl -pe 'if ($_ !~ /^;/) {s/^[ \t]+//; s/[ \t]+$//; s/[ \t]+/ /g}'
elif test "$inputtype" = "trn" ; then
eval $filt_com | \
perl -e '$inext = "'/tmp/hs_filt.outext.$$'";
open(IN,"<$inext") || die("Error: failed to open input \"$out1\" of the trn file");
while (! eof(STDIN)){
$text = <STDIN>;
$ext = <IN>;
chomp($text);
print "$text$ext";
}
close IN' | \
perl -pe 'if ($_ !~ /^;/) {s/^[ \t]+//; s/[ \t]+$//; s/[ \t]+/ /g}'
else
eval $filt_com | \
perl -pe 'if ($_ !~ /^;/) {s/^[ \t]+//; s/[ \t]+$//; s/[ \t]+/ /g}'
fi
# clean up
/bin/rm -f /tmp/hs_filt.*.$$
exit 0
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