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SpeakNavi.pm
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SpeakNavi.pm
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# SpeakNavi.pm, part of Eana Eltu by Tobias Jaeggi (Tuiq, tuiq at clonk2c dot ch), Richard Littauer (Taronyu, [email protected]) and others is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License ( http://creativecommons.org/licenses/by-nc-sa/3.0/ ).
# The full license text is available at http://creativecommons.org/licenses/by-nc-sa/3.0/legalcode .
#
# This package contains all functions to provide Navi<->English.
# ITS AWESOME LIKE HELL.
use strict;
use Data::Dumper;
use DBI;
use Encode;
package SpeakNavi;
our $DEBUG = 0;
our $WRONGISR = 'iìIÌ';
our $WRONGIS = '['.$WRONGISR.']';
our $WRONGASR = 'aäAÄ';
our $WRONGAS = '['.$WRONGASR.']';
our $WRONGSEPSR = '\'';
our $WRONGSEPS = '['.$WRONGSEPSR.']';
our $VOWELS = "[eou]|${WRONGIS}|${WRONGAS}|ll|rr";
our $CONSONANTS = "[ptk]x|ng|[pmwtnrlkhy']";
our $DIPHTONGS = "[ae][wy](?:$CONSONANTS)?";
our $FRICATIVES = "(?:(?:[fvszh]|ts)(?:[ptk]x?|ng|[mnwlry])?)";
our $INFIXES1;
our $INFIXES2;
our $INFIXES3;
our $NAVICHARS = "aefhiklmnoprstuvwyzxgAEFHIKLMNOPRSTUVWYZXG${WRONGISR}${WRONGASR}${WRONGSEPSR} ";
our %INFIXES = ();
our %PREAFFIXES = ();
our %POSTAFFIXES = ();
# These languages are available later, loaded from the database.
our %LANGUAGES = ();
# Number magic - hardcoding is fun.
our %NUMBERS = (
p1 => {0 => '', 1 => '\'aw', 2 => 'mune', 3 => 'pxey', 4 => 'tsìng', 5 => 'mrr', 6 => 'pukap', 7 => 'kinä'},
p1x => {0 => '', 1 => 'aw', 2 => 'mun', 3 => 'pey', 4 => 'sìng', 5 => 'mrr', 6 => 'fu', 7 => 'hin'},
p8 => {0 => '', 1 => 'vo', 2 => 'mevo', 3 => 'pxevo', 4 => 'tsìvo', 5 => 'mrrvo', 6 => 'puvo', 7 => 'kivo'},
p64 => {0 => '', 1 => 'zam', 2 => 'mezam', 3 => 'pxezam', 4 => 'tsìzam', 5 => 'mrrzam', 6 => 'puzam', 7 => 'kizam'},
p512 => {0 => '', 1 => 'vozam', 2 => 'mevozam', 3 => 'pxevozam', 4 => 'tsìvozam', 5 => 'mrrvozam', 6 => 'puvozam', 7 => 'kivozam'},
p4096 => {0 => '', 1 => 'zazam', 2 => 'mezazam', 3 => 'pxezazam', 4 => 'tsìzazam', 5 => 'mrrzazam', 6 => 'puzazam', 7 => 'kizazam'},
p32768 => {0 => '', 1 => 'vozazam', 2 => 'mevozazam', 3 => 'pxevozazam', 4 => 'tsìvozazam', 5 => 'mrrvozazam', 6 => 'puvozazam', 7 => 'kivozazam'},
);
# Regex - identifies a string as a possible number
our $NUMBERREGEX = join '|', grep { $_ ne '' } ('vol', values %{$NUMBERS{p1x}});
our @NUMBERORDERING = qw(p1 p1x p8 p64 p512 p4096 p32768);
# Instant. NOW.
$| = 1;
{
my $ofh = select STDERR;
$| = 1;
select $ofh;
}
sub numToNavi {
my ($input) = @_;
# Octal?
if ($input =~ /^0o([0-7]+)$/ || $input =~ /^o([0-7]+)$/ || $input =~ /^0([0-7]+)$/) {
return octToNavi($1);
}
if ($input =~ /^[0-9]+$/) {
return decToNavi($input);
}
return 'Ke holpxay.';
}
sub naviToNum {
my ($input) = @_;
my $output = 0;
for my $key (reverse grep { $_ ne 'p1x' && $_ ne 'p1' } @NUMBERORDERING) {
for (my $i = 1; $i <= 7; $i++) {
die "Undef NumKey: $key / $i!" if !exists($NUMBERS{$key}{$i});
my $v = quotemeta($NUMBERS{$key}{$i});
if ($input =~ /^$v/ || "m$input" =~ /^$v/) {
if ($input !~ /^$v/) {
my $lv = substr $v, 1;
$input =~ s/^$lv//;
}
else {
$input =~ s/^$v//;
}
$input =~ s/^l// if $v =~ /vo$/;
$output += substr($key,1) * $i;
last;
}
}
}
if ($input) {
# We could try against p1 / p1x
if ($output == 0) {
for (my $i = 1; $i <= 7; $i++) {
my $v = quotemeta($NUMBERS{p1}{$i});
if ($input =~ /^$v/) {
$input =~ s/^$v//;
$output = $i;
last;
}
}
}
else {
for (my $i = 1; $i <= 7; $i++) {
my $v = quotemeta($NUMBERS{p1x}{$i});
if ($input =~ /^$v/) {
$output += $i;
$input =~ s/^$v//;
last;
}
}
}
}
print "NUMBER: $input unparsed!\n" if $input ne '';
return undef if $input ne '';
return $output;
}
# 'aw - mune - pxey - tsìng - mrr - pukap - kinä - vol
# 1 - 2 - 3 - 4 - 5 - 6 - 7 - 10
# vol-aw - vo-mun - vo-pey - vo-sìng - vo-mrr - vo-fu - vo-hin - me-vol
# 11 - 12 - 13 - 14 - 15 - 16 - 17 - 20
# pxe-vol-aw - pxe-vo-mun - ... - tsì-vol
# 31 - 32 - - 40
sub octToNavi {
my ($number) = @_;
return 'Oel keomum fiholypaxìl.' if $number <= 0 || log($number)/log(10) >= 6;
# Left-to-right
my $navi = '';
my $digits = length $number;
for (my $i = 0; $i < $digits; $i++) {
my $rdv = 8**($digits-$i-1);
my $d = substr $number, $i, 1;
my $np = '';
if ($rdv == 1 && $digits > 1) {
warn "ERROR: p1x - $d" if !defined $NUMBERS{p1x}{$d};
$np = $NUMBERS{p1x}{$d};
} elsif ($rdv == 1) {
$np = $NUMBERS{p1}{$d};
warn "ERROR: p1 - $d" if !defined $NUMBERS{p1}{$d};
} else {
$np = $NUMBERS{"p$rdv"}{$d};
warn "ERROR: $rdv - $d" if !defined $NUMBERS{"p$rdv"}{$d};
}
$navi .= 'l' if $np =~ /^aw/ && $navi =~ /vo$/;
$np =~ s/^m// if $np =~ /^m/ && $navi =~ /m$/;
$navi .= $np;
}
$navi .= 'l' if $navi =~ /vo$/;
return $navi; # . " ($number oct, " . oct($number) . " dec : d " . $dbg . ")";
}
sub decToNavi {
my ($number) = @_;
return '' if $number <= 0;
$number = sprintf("%o", $number);
return octToNavi($number);
}
sub array_unique {
my %_uniquef;
return grep { !$_uniquef{$_}++ } @_;
}
our @VERBMODIFIERS = qw(VERB V);
our @ATTENTIONWORDS = ();
our @LISTEDATTENTIONWORDS = ();
# Outdated, mostly not used (exceptions for LEN and other hardcoded things)
# 2do: move them into the database
our %SHORTTERMS = (
AWAY => ['AWAY', 'AWAY', 'Away.'],
ACC => ['ACC', 'ACC', 'Accusative.'],
ADJM => ['ADJ.M', 'ADJ M', 'Adjective attributed.'],
ADJ => ['ADJ', 'ADJ', 'Derived adjective.'],
ADV => ['ADV', 'ADV', 'Derived adverbial.'],
AGENTN => ['AGENT.N', 'AGENT N', 'Derived nominative agent noun.'],
CLU => ['CLU', 'CLU', 'Pronounal clusivity.'],
DAT => ['DAT', 'DAT', 'Dative.'],
DUAL => ['DUAL', 'DUAL', 'Dual.'],
ERG => ['ERG', 'ERG', 'Eregative case.'],
FEM => ['FEM', 'FEM', 'Feminime.'],
FUT => ['FUT', 'FUT', 'Future tense.'],
GEN => ['GEN', 'GEN', 'Genetive.'],
IMMFUT => ['IMM.FUT', 'IMM. FUT', 'Immediate future tense.'],
IMPF => ['IMPF', 'IMPF', 'Imperfective.'],
IMPFPAST => ['IMPF.PAST', 'IMPF. PAST', 'Impferfective past'],
IMPFRECPAST => ['IMPF.REC.PAST', 'IMPF. REC. PAST', 'Imperfective recent past tense'],
INST => ['INST', 'INST', 'Instrumental.'],
INTER => ['INTER', 'INTER', 'Question marker.'],
LAUD => ['LAUD', 'LAUD', 'Laudative (yay).'],
MASC => ['MASC', 'MASC', 'Masculine.'],
NMLZ => ['NMLZ', 'NMLZ', 'Nominalized.'],
OBJ => ['OBJ', 'OBJ', 'Direct object.'],
PART => ['PART', 'PART', 'Participle.'],
PAST => ['PAST', 'PAST', 'Past tense.'],
PEJ => ['PEJ', 'PEJ', 'Pejorative (ugh).'],
PERF => ['PERF', 'PERF', 'Perfective.'],
PLU => ['PLU', 'PLU', 'Plural.'],
RECPAST => ['REC.PAST', 'REC. PAST', 'Recent past'],
SUBJ => ['SUBJ', 'SUBJ', 'Subjunctive.'],
TOP => ['TOP', 'TOP', 'Topic.'],
V => ['V', 'V', 'Derived verb.'],
VOC => ['VOC', 'VOC', 'Vocative.'],
ONE => ['ONE', 'ONE', 'One.'],
EVERY => ['EVERY', 'EVERY', 'Adposition: every.'],
PATHDIRECTION => ['PATH.DIRECTION', 'PATH DIRECTION', 'Path, Direction.'],
NOTONE => ['NOT.ONE', 'NOT ONE', 'Adposition: not one.'],
NOT => ['NOT', 'NOT', 'Adposition: not.'],
GROUND => ['GROUND', 'GROUND', 'Ground.'],
OTHER => ['OTHER', 'OTHER', 'Adposition: other.'],
EXCEPT => ['EXCEPT', 'EXCEPT', 'Adposition: except.'],
COMPARATIVE => ['COMPARATIVE', 'COMPARATIVE', 'Adposition: comparative adjectival marker.'],
SAMEWAYAS => ['SAME.WAY.AS', 'SAME WAY AS', 'Adposition: same way as.'],
ABOUT => ['ABOUT', 'ABOUT', 'Adposition: about.'],
THAT => ['THAT', 'THAT', 'Adposition: that.'],
UPTO => ['UP.TO', 'UP TO', 'Adposition: up to.'],
THESE => ['THESE', 'THESE', 'Adposition: these.'],
FROMDIRECTION => ['FROM.direction', 'FROM DIRECTION', 'Adposition/preposition: from (direction).'], # 'ftu' could cause that too, and that's a preposition
OTHERS => ['OTHERS', 'OTHERS', 'Adposition: others.'],
IN => ['IN', 'IN', 'Preposition: in.'],
WHAT => ['WHAT', 'WHAT', 'Affix inter. marker: what.'],
TRIAL => ['TRIAL', 'TRIAL', 'Trial.'],
THOSE => ['THOSE', 'THOSE', 'Adposition: those.'],
ABOVE => ['ABOVE', 'ABOVE', 'Preposition: above.'],
BEFOREINFRONTOF => ['BEFORE.in.front.of', 'BEFORE, IN FRONT OF', 'Preposition: before, in front of.'],
WITHBYMEANSOF => ['WITH.BY.MEANS.OF', 'WITH, BY MEANS OF', 'Preposition: with, by means of.'],
FORTHESAKEOF => ['FOR.THE.SAKE.OF', 'FOR THE SAKE OF', 'Preposition: for the sake of.'],
WITHACCOMPANIMENT => ['WITH.accompaniment', 'WITH, ACCOMPANIMENT', 'Preposition: with (accompaniment).'],
BYVIAFOLLOWING => ['BY.VIA.FOLLOWING', 'BY, VIA, FOLLOWING', 'Preposition: by, via, following.'],
BEHINDBACK => ['BEHIND.BACK', 'BEHIND, BACK', 'Preposition: behind, back.'],
ACROSS => ['ACROSS', 'ACROSS', 'Preposition: across.'],
AMONG => ['AMONG', 'AMONG', 'Preposition: among.'],
CLOSECLOSETO => ['CLOSE.CLOSE.TO', 'CLOSE, CLOSE TO', 'Preposition: close, close to.'],
AWAYPOSITION => ['AWAY.POSITION', 'AWAY POSITION', 'Preposition: away (position).'],
LIKEAS => ['LIKE.AS', 'LIKE, AS', 'Preposition: Like, as'],
TOTOWARDS => ['TO.TOWARDS', 'TO, TOWARDS', 'Preposition: to, towards.'],
BACKDIRECTION => ['BACK.direction', 'BACK DIRECTION', 'Preposition: back (direction).'],
AWAYDIRECTION => ['AWAY.direction', 'AWAY DIRECTION', 'Preposition: away (direction).'],
FROMVARIOUS => ['FROM.various', 'FROM VARIOUS', 'Preposition: from (various uses).'],
AWAYFROM => ['AWAY', 'AWAY', 'Preposition: away from.'],
UNDER => ['UNDER', 'UNDER', 'Preposition: under.'],
REFL => ['REFL', 'REFL', 'Reflexive.'],
LEN => ['LEN', 'LEN', 'Lenited.'],
CONT => ['CONT', 'CONT', 'Contradicted.'],
UNKNOWN => ['Unknown', 'Unknown', '<b>Bug. Please report that %s hasn\'t been found.</b>'],
THIS => ['THIS', 'THIS', 'Adposition: This.'],
CER => ['CER', 'CER', 'Honorific or ceremonial.'],
CAUS => ['CAUS', 'CAUS', 'Causative.'],
INFR => ['INFR', 'INFR', 'Inferential, indicating uncertainty or indirect knowledge'],
);
sub openMySQLDatabase {
my ($self, $database, $username, $password) = @_;
my $ref = {'words' => [], 'type' => 'mysql', 'dbh' => undef};
$ref->{dbh} = DBI->connect("DBI:mysql:$database", $username, $password) or die "Error connecting to database: " . DBI->errstr . "\n";
refreshMySQLDatabase($ref);
return $ref;
}
sub refreshMySQLDatabase {
my ($ref) = @_;
my @words;
my $dbh = $ref->{dbh};
# Very first of everything: Get languages.
my $lsth = $dbh->prepare('SELECT * FROM dictLanguages');
$lsth->execute();
while (my $r = $lsth->fetchrow_hashref()) {
$LANGUAGES{$r->{lc}} = {eng => $r->{engName}, nat => $r->{nativeName}, active => $r->{active}};
}
# First of all: Get all infixes.
my $isth = $dbh->prepare("SELECT * FROM dictWordMeta WHERE `type` = 'infixN' && block = '2'");
my $listh = $dbh->prepare('SELECT * FROM dictWordLoc WHERE id = ?');
$isth->execute();
%INFIXES = ();
@ATTENTIONWORDS = ();
@LISTEDATTENTIONWORDS = ();
while (my $r = $isth->fetchrow_hashref()) {
# Get rid of this ugly tex.
#~ $r->{arg1} =~ s/[\$<>]//go;
#~ $r->{arg2} =~ s/[^A-Z]//go;
$r->{arg4} = 0 if $r->{arg4} eq 'pre-first';
$INFIXES{$r->{arg4}} = [] if !exists $INFIXES{$r->{arg4}};
my %ir = (inf => $r->{arg1}, pos => $r->{arg4}, sc => $r->{arg8}, desc => $r->{arg3}, publish => 1);
$listh->execute($r->{id});
while (my $lr = $listh->fetchrow_hashref()) {
$ir{"desc$lr->{lc}"} = $lr->{arg3};
}
push @{$INFIXES{$ir{pos}}}, \%ir;
push @VERBMODIFIERS, $ir{sc};
$INFIXES{$ir{sc}} = \%ir;
$INFIXES{$ir{inf}} = \%ir;
$SHORTTERMS{$ir{sc}} = [$ir{sc}, $ir{sc}, $ir{desc}, \%ir];
if ($ir{inf} =~ /i$/) {
my %sir = %ir;
$sir{inf} .= 'y';
$sir{publish} = 0;
$INFIXES{$sir{sc}} = \%sir;
$INFIXES{$sir{inf}} = \%sir;
push @{$INFIXES{$sir{pos}}}, \%sir;
}
}
my $eisth = $dbh->prepare("SELECT * FROM dictWordMeta WHERE `type` = 'infixcwN' && block = '2'");
my $leisth = $dbh->prepare('SELECT * FROM dictWordLoc WHERE id = ?');
$eisth->execute();
while (my $r = $eisth->fetchrow_hashref()) {
my ($a, $b) = ($INFIXES{$r->{arg5}}, $INFIXES{$r->{arg6}});
#~ $r->{arg1} =~ s/[\$<>]//go;
#~ $r->{arg2} =~ s/[^A-Z]//go;
my %ir = (inf => $r->{arg1}, pos => $r->{arg4}, sc => $r->{arg10}, desc => $r->{arg3}, publish => 1);
$leisth->execute($r->{id});
while (my $lr = $leisth->fetchrow_hashref()) {
$ir{"desc$lr->{lc}"} = $lr->{arg3};
}
push @{$INFIXES{$ir{pos}}}, \%ir;
$INFIXES{$ir{sc}} = \%ir;
$INFIXES{$ir{inf}} = \%ir;
$SHORTTERMS{$ir{sc}} = [$ir{sc}, $ir{sc}, $ir{desc}, \%ir];
if ($ir{inf} =~ /i$/) {
my %sir = %ir;
$sir{inf} .= 'y';
$sir{publish} = 0;
$INFIXES{$sir{sc}} = \%sir;
$INFIXES{$sir{inf}} = \%sir;
push @{$INFIXES{$sir{pos}}}, \%sir;
}
}
$INFIXES{s0} = $INFIXES1 = join '|', map { quotemeta($_->{inf}) } grep { $_->{publish} } @{$INFIXES{0}};
$INFIXES{s1} = $INFIXES2 = join '|', map { quotemeta($_->{inf}) } grep { $_->{publish} } @{$INFIXES{1}};
$INFIXES{s2} = $INFIXES3 = join '|', map { quotemeta($_->{inf}) } grep { $_->{publish} } @{$INFIXES{2}};
print "Prepared infixes!\n";
print "1: $INFIXES1\n";
print "2: $INFIXES2\n";
print "3: $INFIXES3\n";
# NOUN MAGIC
%PREAFFIXES = %POSTAFFIXES = ();
my $afsth = $dbh->prepare("SELECT * FROM dictWordMeta WHERE block = 3 || block = 4 || type = 'pcw' || type = 'pderives'");
my $lafsth = $dbh->prepare('SELECT * FROM dictWordLoc WHERE id = ?');
$afsth->execute();
while (my $r = $afsth->fetchrow_hashref()) {
$lafsth->execute($r->{id});
my $af = {afx => $r->{arg1}};
$af->{afx} =~ s/^\-\-|\+$|\-\-$//go;
$af->{afx} =~ s/^\-|\-$//go;
next if $af->{afx} eq 'si';
if ($r->{type} =~ /^alloffix/) {
$af->{sdesc} = $r->{arg9};
$af->{desc} = $r->{arg4};
while (my $lr = $lafsth->fetchrow_hashref()) {
$af->{"desc$lr->{lc}"} = $lr->{arg4};
}
}
elsif ($r->{type} =~ /^affix/) {
$af->{desc} = $r->{arg3};
$af->{sdesc} = $r->{arg8};
while (my $lr = $lafsth->fetchrow_hashref()) {
$af->{"desc$lr->{lc}"} = $lr->{arg3};
}
}
elsif ($r->{type} =~ /^marker/) {
$af->{desc} = $r->{arg3};
$af->{sdesc} = $r->{arg7};
while (my $lr = $lafsth->fetchrow_hashref()) {
$af->{"desc$lr->{lc}"} = $lr->{arg3};
}
}
elsif ($r->{type} =~ /^derivingaffix/) {
$af->{desc} = $r->{arg3};
$af->{desc} =~ s/^\([0-9]+\) //o;
$af->{sdesc} = $r->{arg7};
while (my $lr = $lafsth->fetchrow_hashref()) {
$af->{"desc$lr->{lc}"} = $lr->{arg3};
$af->{"desc$lr->{lc}"} =~ s/^\([0-9]+\) //o;
}
}
elsif ($r->{type} eq 'pword') {
$af->{desc} = $r->{arg4};
$af->{sdesc} = $r->{arg6};
while (my $lr = $lafsth->fetchrow_hashref()) {
$af->{"desc$lr->{lc}"} = $lr->{arg4};
}
}
elsif ($r->{type} eq 'pcw') {
$af->{desc} = $r->{arg4};
$af->{sdesc} = $r->{arg10};
while (my $lr = $lafsth->fetchrow_hashref()) {
$af->{"desc$lr->{lc}"} = $lr->{arg10};
}
}
elsif ($r->{type} eq 'pderives') {
$af->{desc} = $r->{arg4};
$af->{sdesc} = $r->{arg8};
while (my $lr = $lafsth->fetchrow_hashref()) {
$af->{"desc$lr->{lc}"} = $lr->{arg4};
}
}
else {
die "Unimplemented affix type $r->{type}!";
}
if ($r->{arg1} =~ /^\-\-/ && $r->{arg1} !~ /\-\-$/) {
# Prefix
$POSTAFFIXES{$af->{afx}} = $af;
#~ print "POSTFIX $af->{afx}\n";
}
elsif ($r->{arg1} =~ /^\-.+\-$/) {
$PREAFFIXES{$af->{afx}} = $af;
$POSTAFFIXES{$af->{afx}} = $af;
}
elsif ($r->{arg1} =~ /\+$/ || $r->{arg1} =~ /\-\-$/) {
$PREAFFIXES{$af->{afx}} = $af;
#~ print "PREFIX $af->{afx}\n";
}
else {
#~ print "BOTHFIX $af->{afx}\n";
$PREAFFIXES{$af->{afx}} = $af;
$POSTAFFIXES{$af->{afx}} = $af;
}
my $csd = $af->{sdesc};
$csd or die "Could not create csd for $csd->{desc} ($csd->{afx})";
$csd =~ s/ {2,}/ /go;
$csd =~ s/ /./go;
$SHORTTERMS{$af->{sdesc}} = [$af->{sdesc}, $csd, $af->{desc}, $af];
}
print "Handling postfixes ", join(', ', keys %POSTAFFIXES), " and prefixes ", join(', ', keys %PREAFFIXES), "\n";
print "Prepared affixes!\n";
print "Oh, by the way: $NUMBERREGEX\n";
my $sth = $dbh->prepare('SELECT * FROM dictWordMeta WHERE block = 0 || block = 9 || block = 7 || block = 8 || id = 294 || id = 511 || id = 556 ORDER BY id ASC'); # Nur "Standardwörter".
$sth->execute();
my $ssth = $dbh->prepare('SELECT * FROM dictWordLoc WHERE id = ? && lc IN (' . join(',', map { '\'' . $_ . '\'' } grep { $LANGUAGES{$_}{active} } keys %LANGUAGES) . ')');
my $asth = $dbh->prepare("SELECT * FROM dictWordLoc WHERE id = ? && lc = 'nav'");
my ($r, $s);
while ($r = $sth->fetchrow_hashref()) {
# Skip some.
next if $r->{type} !~ /^(?:word|loan|lenite|derives?|deriveall|note|cw|cww|cwww|liu)$/ && $r->{id} != 447 && $r->{id} != 556;
next if $r->{type} eq 'derivingaffix' && ($r->{arg1} ne 'si');
#~ for my $u (values %$r) {
#~ utf8::encode($u) if defined $u;
#~ }
my %word;
my $lcField;
my $type;
if ($r->{type} eq 'deriveall') {
$lcField = 'arg5';
}
elsif ($r->{type} eq 'derivingaffix' || $r->{type} eq 'marker') {
$lcField = 'arg3';
}
else {
$lcField = 'arg4';
}
if ($r->{type} eq 'marker' || $r->{type} eq 'derivingaffix') {
$type = '';
}
else {
$type = $r->{arg3};
}
#~ \note{s\`i=}{sI}{conj.}{and}{connects two things: for clauses use, can be attached as --s\`i}{ulte}{and}{S}
$word{nav} = texToPerl($r->{arg1});
#~ $word{nav} =~ s/^[*-=+]+//o; # This may be a bit unhealthy
#~ $word{nav} =~ s/[*-=+]+$//o; # UNHEALTHY
$word{qnav} = quotemeta($word{nav});
$word{ipa} = tipaToPerl($r->{arg2});
$word{editTime} = $r->{editTime};
$word{type} = $type;
$word{eng} = texToPerl($r->{$lcField});
$word{eng} .= ' (' . texToPerl($r->{'arg5'}) . ')' if $r->{type} eq 'note';
#~ $word{eng} =~ s/\\[A-Za-z]+//go;
#~ $word{eng} =~ s/[{}]//go;
$word{reng} = SpeakNavi::denavizes($word{eng});
$word{typeeng} = $word{type};
$word{eeng} = prepareEL($word{eng});
$word{svnav} = undef;
$word{snav} = undef;
$word{vnav} = undef;
$word{composed} = undef;
$word{id} = $r->{id} << 2;
$ssth->execute($r->{id});
# Go get these wussies.
while ($s = $ssth->fetchrow_hashref()) {
my $lc = $s->{lc};
print "ALERT!", ::Dumper($r, $s) if !defined $s->{$lcField};
$word{$lc} = texToPerl($s->{$lcField});
$word{$lc} .= ' (' . $r->{'arg5'} . ')' if $r->{type} eq 'note';
$word{"r$lc"} = SpeakNavi::denavizes($word{$lc});
$word{"type$lc"} = $r->{type} eq 'derivingaffix' ? '' : $s->{arg3};
$word{"e$lc"} = prepareEL($word{$lc});
}
#~ #/APRILSCHERZ
if ($word{nav} =~ /^(.*?)\((.*?)\)$/) {
my ($pr, $po) = ($1, $2);
$word{nav} = $pr;
$word{qnav} = quotemeta($word{nav});
my %w = %word;
push @words, \%w;
$word{id}++;
$word{nav} = $pr.$po;
$word{qnav} = quotemeta($word{nav});
}
push @words, \%word;
}
# Refine
for my $word (@words) {
my @types = split ', ', $word->{type};
my @parts = split / +/, $word->{nav};
if ((scalar grep { $_ =~ /^s?v(?:tr|in)?\./ || $_ =~ /verb/ } @types) || $word->{nav} eq 'si' && scalar @parts <= 3) {
#~ print "Verb.\n";
#~ print "Desyll: ", join('-', SpeakNavi::desyll($word->{nav})), "\n";
my $ipa = $word->{ipa};
utf8::encode($ipa);
$ipa =~ s/\].*//; # Remove alternative pronunciations, just take first
my @ipaparts = split / /, $ipa;
#~ print "IPAP: ", join('-', @ipaparts), "\n";
#~ print "P: ", join('-', @parts), "\n";
die "Mismatched number of parts for $word->{nav}" if @parts != @ipaparts;
#~ print "Got $#parts for $word->{nav}\n";
for my $i (0..$#parts) {
#~ print "Pants($i): ", $parts[$i], "\n";
my @sylls = SpeakNavi::desyll($parts[$i]);
#~ print "PANTZ: ", join('-', @sylls), "\n";
my $infixcount = () = $ipaparts[$i] =~ /·/g;
#~ print ::Dumper($ipaparts[$i] =~ /·/g);
if ($infixcount == 2) {
eval {
$sylls[-2] =~ s/($VOWELS)/<1><2>$1/o;
$sylls[-1] =~ s/($VOWELS)/<3>$1/o;
};
if ($@) {
die "$@ : " . ::Dumper($word, \@parts,\@ipaparts, \@sylls);
}
}
elsif ($infixcount == 1) {
$sylls[-1] =~ s/($VOWELS)/<1><2><3>$1/o;
}
$parts[$i] = join '', @sylls;
}
$word->{svnav} = join ' ', @parts;
$word->{vnav} = svnavToVNAV($word->{svnav});
#~ binmode STDOUT, ':utf8';
#~ print "$word->{svnav} for $word->{nav} [$word->{ipa}]\n";
#~ binmode STDOUT, ':ascii';
}
# Noun? Pronoun? Lenition!
if ($word->{nav} ne leniteWord($word->{nav}) && (!scalar @types || scalar grep { $_ eq 'prop.n.' || $_ eq 'n.' || $_ eq 'pn.' || $_ =~ /pronoun/ } @types)) {
#~ print "Lenition: '$word->{nav}' | $word->{eng}\n";
$word->{lnav} = leniteWord($word->{nav});
$word->{qlnav} = quotemeta($word->{lnav});
}
# Pronoun? Shortcut.
if (!scalar @types || (scalar grep { $_ eq 'pn.' || $_ =~ /pronoun/ } @types) && (scalar desyll($word->{nav}) == 1)) {
#~ print "Shortcut: '$word->{nav}' | $word->{eng}\n";
$word->{snav} = substr $word->{nav}, 0, -1;
}
# ITS TORN APART ONOES
if ($word->{nav} =~ / /) {
push @ATTENTIONWORDS, split / /, $word->{nav};
push @LISTEDATTENTIONWORDS, $word;
}
}
@ATTENTIONWORDS = array_unique(@ATTENTIONWORDS);
print "Words to pay attention: ", join(' ', @ATTENTIONWORDS), "\n";
$ref->{words} = \@words;
bless $ref;
}
sub svnavToVNAV {
my ($text) = @_;
my ($I1, $I2, $I3) = ($SpeakNavi::INFIXES1, $SpeakNavi::INFIXES2, $SpeakNavi::INFIXES3);
my $addText = '';
# seiyi
if ($text =~ /<3>i/) {
$I3 =~ s/i\|/iy\|/go;
$I3 =~ s/i$/iy/o;
}
if ($text =~ /<[1-3]>ll/) {
my $I1Infected = $text =~ /<1>ll/;
my $I2Infected = $text =~ /<2>ll/;
my $I3Infected = $text =~ /<3>ll/;
my $IL1 = join '|', map { $_->{inf} !~ /l$/ && $I1Infected ? quotemeta($_->{inf}) . '(?:ll)' : quotemeta($_->{inf}) } grep { $_->{publish} } @{$INFIXES{0}};
my $IL2 = join '|', map { $_->{inf} !~ /l$/ && $I2Infected ? quotemeta($_->{inf}) . '(?:ll)' : quotemeta($_->{inf}) } grep { $_->{publish} } @{$INFIXES{1}};
my $IL3 = join '|', map { $_->{inf} !~ /l$/ && $I3Infected ? quotemeta($_->{inf}) . '(?:ll)' : quotemeta($_->{inf}) } grep { $_->{publish} } @{$INFIXES{2}};
# EVIL VOODOO GOING ON HERE
$addText = '|'.$text;
$addText =~ s/<([1-3])>ll/<$1>/go;
$addText =~ s/<1>/($IL1)?/;
$addText =~ s/<2>/($IL2)?/;
$addText =~ s/<3>/($IL3)?/;
}
$text =~ s/<1>/($I1)?/;
$text =~ s/<2>/($I2)?/;
# VERY SPECIAL EXCEPTION
$text =~ s/<3>/($I3)?/;
$text .= $addText if $addText;
return $text;
}
sub texToPerl {
my ($text) = @_;
#~ utf8::decode($text);
$text =~ s/[\+\-=\*]//go;
$text =~ s/\$phi\$//go;
$text =~ s/\\[A-Za-z_]+ ?//go;
$text =~ s/\$[<>]\$//go;
$text =~ s/\$_\{?[A-Z]+\}?\$//go;
$text =~ s/[{}]//go;
utf8::decode($text);
return $text;
}
sub prepareEL {
my ($text) = @_;
$text =~ s/[ ,]/./g;
$text =~ s/\.\././g;
return $text;
}
sub denavizes {
my @_2 = @_;
return denavize(\$_2[0], @_2[1..$#_]);
}
# Replaces common "errors" to unify everything.
sub denavize {
my ($text, $full) = @_;
$full = 1 if !defined $full;
$$text = lc $$text;
$$text =~ s/$WRONGIS/i/igo;
$$text =~ s/$WRONGAS/a/igo;
if ($full) {
$$text =~ s/\W//igo;
} else {
$$text =~ s/[^A-Za-z-.()]//igo;
}
$$text =~ s/[,.'"´`¨!?_]//igo;
$$text =~ s/[()-]//go if $full;
$$text = quotemeta($$text);
return $$text;
}
{
my $REGEX = undef;
# Splits a word into syllables
sub desyll {
my ($text) = @_;
my @syllables;
$REGEX = "^((?:$FRICATIVES|$CONSONANTS)?(?:$VOWELS)(?:$DIPHTONGS)?)" if !defined $REGEX;
while ($text =~ s/$REGEX//io) {
my $syl = $1;
if ($text !~ /$REGEX/i) {
if ((my ($c) = $text =~ /^($CONSONANTS)/i) && $text !~ /^(?:$FRICATIVES)/i && $syl !~ /(?:$DIPHTONGS)$/i) {
$syl .= $c;
$text =~ s/^(?:$CONSONANTS)//io;
}
}
push @syllables, $syl;
if ($text !~ /$VOWELS/i) {
if (length $text) {
$syllables[$#syllables] .= $text;
$text = '';
last;
}
}
}
# If there is still text, it's in the last sybyll
if (length $text) {
push @syllables, $text;
}
return @syllables;
}
}
# return:
# [
# HASHREF pair,
# SCALAR foundLanguageCode
# ]
sub advFindTranslations {
my ($db, $inp, $searchLanguages, $exact) = @_;
my @languages = @$searchLanguages;
scalar @languages or die "You have to specify a input language.\n";
if ($inp =~ /^\W+$/) {
return ();
}
utf8::decode($inp);
my $qinp = quotemeta($inp);
my @directhits;
my @reghits;
for my $pair (@{$db->{words}}) {
for my $lc (@languages) {
if ($pair->{$lc} && lc $inp eq lc $pair->{$lc}) {
push @directhits, [$pair, 1, $lc];
}
elsif ($pair->{$lc} && $pair->{$lc} =~ /$qinp/i) {
push @reghits, [$pair, 0.5, $lc];
}
}
}
my @result;
if (scalar @directhits) {
#~ if (scalar @directhits < 150) {
for my $pair (@directhits) {
push @result, [@$pair[0,2]];
#~ }
return @result if $exact && scalar @result;
}
}
if (scalar @reghits) {
#~ if (scalar @reghits < 150) {
for my $pair (@reghits) {
push @result, [@$pair[0,2]];
}
#~ }
}
return @result;
}
#lnav und nav gemixxt: HACK
sub containsPrepost {
my ($matchword, $prefix, $word, $postfix, $name, $mods) = @_;
#~ print "ERROR IN CONTAINPREPOSTS!\n";
#~ if (('LEN' ~~ @$mods && $$matchword =~ /$prefix$word->{qlnav}$postfix/) || $$matchword =~ /$prefix$word->{qnav}$postfix/i) {
#~ binmode STDOUT, ':utf8';
utf8::decode($prefix);
#~ utf8::decode($word->{qnav});
#~ utf8::decode($$matchword);
utf8::decode($postfix);
#~ utf8::encode($$matchword);
#~ print "$$matchword =~ /", $prefix, $word->{qnav}, $postfix, "/i\n";
#~ binmode STDOUT, ':crlf';
if ($$matchword =~ /$prefix$word->{qnav}$postfix/i) {
push @{$mods}, $name;
#~ print "$name ELEMENT $$matchword\n";
#~ if ('LEN' ~~ @$mods) {
#~ $$matchword =~ s/$prefix$word->{qlnav}/$word->{nav}/i if $prefix ne '';
#~ $$matchword =~ s/$word->{qlnav}$postfix/$word->{nav}/i if $postfix ne ''
#~ } else {
$$matchword =~ s/$prefix$word->{qnav}/$word->{nav}/i if $prefix ne '';
$$matchword =~ s/$word->{qnav}$postfix/$word->{nav}/i if $postfix ne '';
#~ }
return 1;
}
return 0;
}
sub advStripWordDownNew {
my ($orgword, $pair, $mods) = @_;
my $ma = $orgword;
my $changes = 1;
while ($changes) {
my $next = 0;
for (sort { length $b <=> length $a } keys %PREAFFIXES) {
if (containsPrepost(\$ma, $PREAFFIXES{$_}->{afx}, $pair, '', $PREAFFIXES{$_}->{sdesc}, $mods)) {
$next = 1;
last;
}
}
next if $next;
for (sort { length $b <=> length $a } keys %POSTAFFIXES) {
if (containsPrepost(\$ma, '', $pair, $POSTAFFIXES{$_}->{afx}, $POSTAFFIXES{$_}->{sdesc}, $mods)) {
$next = 1;
last;
}
}
next if $next;
$changes = 0;
}
return $ma;
}
sub calcPriorityForStripped {
my ($pair, $stripped, @mods) = @_;
my $prio = scalar @mods;
# I != O
$prio += 50 if $pair->{nav} ne $stripped;
# Subtract if it's a shortcut
$prio -= 50 if ($pair->{snav} && $pair->{snav} eq $stripped);
# "silly" things: Verbs
$prio += 10 if $pair->{vnav} && scalar grep { !($_ ~~ @VERBMODIFIERS) } @mods;
# silly things: affix inter marker
$prio += 3 * scalar @mods if $pair->{eng} =~ /\(.*?affix inter marker.*?\)/ && scalar @mods;
$prio += 5 * scalar @mods if $pair->{type} eq 'marker.' && scalar @mods;
# silly things: pronouns.
#~ $prio += scalar @mods if $pair->{eng} =~ /\(.*?pn.*?\)/ && scalar @mods;
#~ print "Prio $prio for '$stripped' [@mods] ($pair->{nav} / ", $pair->{snav} || '', ")\n\n" if $DEBUG;
return $prio;
}
sub advTranslateSentence {
my ($db, $text) = @_;
# The result.
my @result;
# We will have to "modify" it a bit.
# Characters that are used to indicate NOOBISH behaviour are stirpped.
$text =~ s/[<>\-.,:!?]//go;
# Remove lines
$text =~ s/[\r\n]+/ /go;
$text =~ s/ {2,}/ /go;
utf8::decode($text);
# Split it into words
my @swords = grep { $_ !~ /^ *$/ } split / /, $text;
for my $word (@swords) {
# In founds are arrayrefs
# [
# SCALAR PRIORITY,
# HASHREF PAIR,
# ARRAYREF MODS,
# SCALAR FOUND WORD
# ]
my @found = ();
my $rword = denavizes($word);
# Check for default pairs.
for my $pair (@{$db->{words}}) {
# Normal
if (lc $pair->{nav} eq lc $word) {
push @found, [1, $pair, [], $word];
# hello, si and sì, meaning TOTALLY DIFFERENT THINGS >:(
next;
}
}
my $rorgword = undef;
# Check again using voodooo
if (!scalar @found) {
my @mods;
for my $pair (@{$db->{words}}) {
if (!defined $rorgword) {
@mods = ();
}
# Participle: Makes a verb to an adjective.
if (!defined $rorgword && $pair->{vnav} && $word =~ /^(.*?|)(ke|)$pair->{vnav}(.*?|)$/i) {
my ($pre, $neg, $infix1, $infix2, $infix0, $post) = ($1, $2, $4, $5, $3, $6);
# wenn, und nur WENN infix1 = us
# gibt es negative participle?
if ($infix0 && ($infix0 eq 'us' || $infix0 eq 'awn') && !$infix1 && !$infix2) {
# "cheat"
$rorgword = $word;
$word = $pre.$neg.$pair->{nav}.$post;
push @mods, 'PART';
#~ push @mods, 'NOT' if $neg;
redo;
}
}
my $stripped = '';
if ($word =~ /$pair->{qnav}/i) {
$stripped = advStripWordDownNew($word, $pair, \@mods) ;
}
if (scalar @mods) {
# because we have to reset @mods between to words,
# we have to use a copy when passing it as a reference
my @a = @mods;
if ($pair->{nav} ne $stripped) {
push @a, '-PLEASEIGNOREME';
}
my $prio = calcPriorityForStripped($pair, $stripped, @a);
push @found, [$prio, $pair, \@a, $word];
@mods = ();
next;
}
if ($pair->{vnav} && $word =~ /^(ke|)$pair->{vnav}$/i) {
my ($infix1, $infix2, $infix0, $neg, $infix0b, $infix1b, $infix2b) = ($3, $4, $2, $1, $5, $6, $7);
$infix0 = $infix0b if defined $infix0b && !defined $infix0;
$infix1 = $infix1b if defined $infix1b && !defined $infix1;
$infix2 = $infix2b if defined $infix2b && !defined $infix2;
$infix0 = '' if !defined $infix0;
$infix1 = '' if !defined $infix1;
$infix2 = '' if !defined $infix2;
# NOW PUSH CART
push @mods, 'NOT' if $neg;
push @mods, 'VERB';
if ($infix0) {
if (!exists $INFIXES{$infix0}) {
push @mods, "UNKNOWN0($infix0)";
}
else {
push @mods, $INFIXES{$infix0}{sc};
}
}
if ($infix1) {
if (!exists $INFIXES{$infix1}) {
push @mods, "UNKNOWN1($infix1)";
}
else {
push @mods, $INFIXES{$infix1}{sc};
}
}
if ($infix2) {
if (!exists $INFIXES{$infix2}) {
push @mods, "UNKNOWN2($infix2)";
}
else {
push @mods, $INFIXES{$infix2}{sc};
}
}
my @a = @mods;
push @found, [0, $pair, \@a, $word];
}
if (!scalar @mods) {
# please don't tell me it's lenited.
# ay, me, mì can cause lenition. that doesn't matter anyway :-D
if (!defined $rorgword && $pair->{lnav} && $word =~ /^(.*?|)$pair->{qlnav}(.*?|)$/i) {
# ... redo.
$rorgword = $word;
$word = "$1$pair->{nav}$2";
push @mods, 'LEN';
redo;
}
# Not found? Maybe the CONTRADICTION!
if (!scalar @mods && !defined $rorgword && $pair->{snav} && $word =~ /^(.*?|)$pair->{snav}(.*?|)$/i) {
my ($pre, $post) = ($1, $2);
# ... redo
$rorgword = $word;
$word = "$1$pair->{nav}$2";
push @mods, 'CONT';
redo;
}
}
if (defined $rorgword) {
$word = $rorgword;
$rorgword = undef;
}
}
}
# It could be a number?
if ($word =~ /$NUMBERREGEX/i && defined naviToNum($word)) {
# Oh god. Check if it's a number.
my $num = naviToNum($word);
# G...rah?
my $fakeword = {'nav' => $word, 'rnav' => $rword, 'eng' => $num, 'eeng' => $num, 'typeeng' => 'num.', 'type' => 'num.'};
for my $lc (grep { $LANGUAGES{$_}{active} } keys %LANGUAGES) {
$fakeword->{$lc} = $num;
$fakeword->{"e$lc"} = $num;
}
print "THIS NUMBER IS REAL!\n";
push @found, [1, $fakeword, [], $word];
}
if (!scalar @found) {
push @result, [$word, {'nav' => $word, 'rnav' => $rword, 'eng' => undef}, []];
} else {
# sort.
@found = sort { $a->[0] <=> $b->[0] } @found;
# Ignore all founds that have the -PLEASEIGNOREME flag
my $hasFound = 0;
for my $findling (@found) {
# brr. I want in array - there is ~~
if (!('-PLEASEIGNOREME' ~~ @{$findling->[2]})) {