apertium / apertium-separable Goto Github PK
View Code? Open in Web Editor NEWModule for reordering separable/discontiguous multiwords.
Home Page: https://wiki.apertium.org/wiki/Apertium_separable
License: GNU General Public License v3.0
Module for reordering separable/discontiguous multiwords.
Home Page: https://wiki.apertium.org/wiki/Apertium_separable
License: GNU General Public License v3.0
Nullflush -z mode still doesn't seem to work reliably, at least not when run from APy.
This issue was automatically made by begiak, Apertium's beloved IRC bot, by the order of nlhowell on #apertium. A human is yet to update the description.
This works:
<e lm="Jun Ajpu" c=""><p>
<l>jun<s n="num"/><j/>ajpu<s n="np"/><s n="ant"/><s n="m"/><j/></l>
<r>Jun<b/>Ajpu<s n="np"/><s n="ant"/><s n="m"/></r>
</p>
</e>
$ echo "^Jun<num>$ ^Ajpu<np><ant><m>$ " | lsx-proc quc-spa.autoseq.bin
^Jun Ajpu<np><ant><m>$
But this doesn't:
<e lm="Jun Ajpu" c=""><p>
<l>Jun<s n="num"/><j/>Ajpu<s n="np"/><s n="ant"/><s n="m"/><j/></l>
<r>Jun<b/>Ajpu<s n="np"/><s n="ant"/><s n="m"/></r>
</p>
</e>
$ echo "^Jun<num>$ ^Ajpu<np><ant><m>$ " | lsx-proc quc-spa.autoseq.bin
^Jun<num>$ ^Ajpu<np><ant><m>$
We could compile a (larger) fst that outputs line numbers in the stream for every top-level rule application.
nob-nno has a PoC using xsltproc:
apertium/apertium-nno-nob@6d2a7e0
but would be nicer to have an lsx-comp --trace (also, nob-nno uses awk for line numbers, it will break if someone writes <e
in the wrong place)
In apertium-fra-cat we have the file apertium-fra-cat.cat-fra.l2x
There are several rules which are more or less a copy-and-paste but none of them has been tested.
I've tried with the rule "rendre public", which is supposed to split the multiword "rendre# public" if it is followed by "pas" changing "rendre public pas" into "rendre pas public". Unfortunately it doesn't work:
> no faig públic.
> ^no/no<adv>$ ^faig públic/fer<vblex><pri><p1><sg># públic$^./.<sent>$
> ^no/no<adv>$ ^faig públic/fer# públic<vblex><pri><p1><sg>$^./.<sent>$
> ^no<adv>$ ^fer# públic<vblex><pri><p1><sg>$^.<sent>$
> ^no<adv>/ne<adv>/non<adv>$ ^fer# públic<vblex><pri><p1><sg>/rendre# public<vblex><pri><p1><sg>$^.<sent>/.<sent>$
> ^no<adv>/ne<adv>$ ^fer# públic<vblex><pri><p1><sg>/rendre# public<vblex><pri><p1><sg>$^.<sent>/.<sent>$
> ^ne<adv>$ ^rendre<vblex><pri><p1><sg># public$ ^pas<adv>$^.<sent>$
> ~ne rends public pas~.
> ne rends public pas.
I've tried several possibilities of matching, but I couldn't make the rule work (there are two rules now, just as a try: there is no match).
Any help would be appreciated.
With the following rule, I'm trying to get "year-old", but instead get "year - old" (with spaces).
Rule:
<e lm="year-old" c="жашар">
<p>
<l>year<s n="n"/><s n="sg"/><j/>-<s n="guio"/><j/>old<s n="adj"/><s n="sint"/></l>
<r>year-old<s n="adj"/></r>
</p>
<i><j/></i>
</e>
Example input and output:
Азамат алты жашар кичинекей бала.
↓ tagging, transfer
^Azamat<np><ant><m><sg>$ ^be<vbser><pres><p3><sg>$ ^the<det><def><sp>$ ^six<num><pl>$ ^year-old<adj>$ ^little<adj>$ ^kid<n><sg>$^.<sent>$^.<sent>$
↓ revautoseq
^Azamat<np><ant><m><sg>$ ^be<vbser><pres><p3><sg>$ ^the<det><def><sp>$ ^six<num><pl>$ ^year<n><sg>$ ^-<guio>$ ^old<adj><sint>$ ^little<adj>$ ^kid<n><sg>$^.<sent>$^.<sent>$
↓ generation
Azamat is the six year - old little kid.
When <t/>
is in the code and doesn't match, lsx-proc
quickly fills up available memory, and unless stopped quickly, this can cause problems on the machine.
See #7 for an example of this.
When <t/>
isn't matched, it should probably fail silently instead—e.g., producing output to stdout
and logging a warning to stderr
(or similar).
<t/>
consumes tags... there should also be a way to copy tags.
<e lm="utz il" c="gustarse"><p>
<l>utz<s n="adj"/><j/>il<s n="v"/><s n="tv"/><t/><j/></l>
<r>utz<b/>il<s n="v"/><s n="iv"/></r>
</p>
</e>
When fra-frp was released, as said in the documentation , sentences like j’ai toujours besoin
, je n’ai pas besoin
or je n’ai pas toujours besoin
, were translated as j’é tojorn fôta
, j’é pas fôta
, j’é pas tojorn fôta
. This was done thanks to this rule in apertium-fra-frp.fra-frp.l1x
:
<e lm="avoir besoin">
<p><l>avoir<s n="vblex"/></l><r>avoir<g><b/>besoin</g><s n="vblex"/></r></p>
<i><t/><j/></i>
<par n="adv"/>
<p><l>besoin<s n="n"/><s n="m"/><t/><j/></l><r></r></p>
</e>
Currently, this rule (and seemingly no rule) in apertium-fra-frp.fra-frp.l1x
is being matched:
$ echo "je n'ai pas besoin" | apertium -d . fra-frp-lsx1
^je<prn><tn><p1><mf><sg>$ ^ne<adv>$ ^avoir<vblex><pri><p1><sg>$ ^pas<adv>$ ^besoin<n><m><sg>$^.<sent>$
$ echo "je n'ai pas besoin" | apertium -d . fra-frp
j'é pas besouen
This is also happening in apertium.org.
Almost an inverse of #11, it'd be nice if we could have some way of enforcing a space.
If input is "a, b" (three lexical units) and the rule outputs two units "c b", then separable will notice that there's no space between the first two units, and uses that empty string as the space between the first two output units so we get "cb" instead of "c b".
$ cat b.lsx
<?xml version="1.0" encoding="UTF-8"?>
<dictionary type="separable">
<alphabet></alphabet>
<sdefs>
<sdef n="ex" c="Exasperative"/>
<sdef n="ir" c="Irritative"/>
</sdefs>
<pardefs>
<pardef n="meh">
<e><i><w/><t/><j/></i></e>
</pardef>
</pardefs>
<section id="main" type="standard">
<e>
<p><l>a<t/><j/></l> <r></r></p>
<p><l>,<t/><j/></l> <r></r></p>
<p><l>b<t/><j/></l> <r></r></p>
<p><l></l> <r>c<s n="ex"/><j/></r></p>
<p><l></l> <r>d<s n="ir"/><j/></r></p>
</e>
</section>
</dictionary>
$ lsx-comp lr b.lsx b.bin
main@standard 17 19
$ echo '^a<ir>$^,<cm>$ ^b<ex>$' | lsx-proc b.bin
^c<ex>$^d<ir>$
Expected:
^c<ex>$ ^d<ir>$
@ftyers reports that lsx-proc
doesn't parse correctly unless <j/>
is added to the end of every entry. See #6 for discussion of this issue.
Three possible solutions appear to exist:
<j/>
automatically to the end of every entry.<j/>
at the end of every entry.There is nothing in the README
Input:
;!^take<vblex><past>$ !^Ramiro<np><ant><m><sg>$ ;;^out<adv>$ ^of<pr>$ ^a<det><ind><sg>$
;!^take<vblex><past>$ ^Ramiro<np><ant><m><sg>$ ^out<adv>$ ^of<pr>$ ^a<det><ind><sg>$
Output:
;!^take# out<vblex><sep><past>$ !^Ramiro<np><ant><m><sg>$ ;;^<adv>$ ^of<pr>$ ^a<det><ind><sg>$
;!^take# out<vblex><sep><past>$ ^Ramiro<np><ant><m><sg>$ ^<adv>$ ^of<pr>$ ^a<det><ind><sg>$
fran@ipek:~/source/apertium/pairs/apertium-quc-spa$ echo "Jas che mna kixpe chwe’q?" | apertium -d . quc-spa
por qué *mna vinisteis a @we’*q?
fran@ipek:~/source/apertium/pairs/apertium-quc-spa$ echo "Jas che mna kixpe chwe’q?" | apertium -d . quc-spa
@jasche *mna vinisteis a @we’*q?
It would be very useful for the oci-fra pair to be able to filter rules in the apertium-separable files, e.g.
<e lm="far mestièr" v="oci">
<p><l>far<s n="vblex"/></l><r>far<g><b/>mestièr</g><s n="vblex"/></r></p>
<i><t/><d/></i>
<p><l>mestièr<s n="n"/><s n="m"/><s n="sg"/><d/></l><r></r></p>
</e>
I think there is only need to filter <e>
and <pardef>
.
Minimal reproduction:
<?xml version="1.0" encoding="UTF-8"?>
<dictionary type="separable">
<pardefs>
<pardef n="e">
<e>
<i>e</i>
</e>
</pardef>
<pardef n="penn">
<e><i>p</i></e>
</pardef>
</pardefs>
<section id="main" type="standard">
<e><par n="e"/><par n="penn"/></e> <!-- broken -->
<e><i>e</i><par n="penn"/></e> <!-- ok -->
</section>
</dictionary>
<dictionary type="sequential">
<sdefs>
<sdef n="det"/>
<sdef n="abl"/>
<sdef n="dem"/>
<sdef n="n"/>
<sdef n="cnjadv"/>
</sdefs>
<section id="main" type="standard">
<e><p><l>bu<s n="det"/><s n="dem"/><j/>yüz<s n="n"/><s n="abl"/></l>
<r>bu<b/>yüzden<s n="cnjadv"/></r></p></e>
</section>
</dictionary>
Then compile:
$ lsx-comp lr apertium-tur-uzb.tur-uzb.lsx tur-uzb.autosep.bin
main@standard 11 10
Show the transducer:
$ lt-print tur-uzb.autosep.bin
0 1 b b 0.000000
1 2 u u 0.000000
2 3 <det> 0.000000
3 4 <dem> y 0.000000
4 5 <$> ü 0.000000
5 6 y z 0.000000
6 7 ü d 0.000000
7 8 z e 0.000000
8 9 <n> n 0.000000
9 10 <abl> <cnjadv> 0.000000
10 0.000000
But it doesn't work:
$ echo "^bu<det><dem>$ ^yüz<n><abl>$" | lsx-proc tur-uzb.autosep.bin
^bu<det><dem>$ ^yüz<n><abl>$
Expected output is:
^bu yüzden<cnjadv>$
@jonorthwash @itang1 @unhammer any ideas?
From apertium-eng-kir.eng-kir.lsx
<e lm="make really hot" c="ысыт">
<p>
<l>make<s n="vblex"/></l>
<r>make<b/>hot<s n="vblex"/></r>
</p>
<i><t/><j/></i>
<par n="SN"/>
<par n="SAdv"/>
<p>
<l>hot<s n="adj"/><s n="sint"/><j/></l>
<r></r>
</p>
</e>
This rule doesn't apply, apparently (tested, confirmed) because of the shorter version of the rule, without SAdv
.
In theory, though, there should be an easy way to specify "optional SAdv
", so these can be condensed into one rule. Defining such as below does not solve this—it matches the simple rule but not any of the versions with adverbs.
<pardef n="optSAdv">
<e></e>
<e><par n="adv"/></e>
<e><par n="adv"/><par n="adv"/></e>
</pardef>
A sentence that can be tested is "Бул тон мени (аябай) ысытып атат" with expected output of "This fur coat is making me (really) hot."
lsx-comp makes an lttoolbox fst, which should support weights. Weights would be useful for making override rules without having to always specify longer contexts just to make LRLM DTRT.
It seems that lsx-comp currently ignores the w
attribute (lt-print shows just 0.00000 weights).
fran@ipek:~/source/apertium/trunk/apertium-separable$ make
Making all in src
make[1]: Entering directory '/home/fran/source/apertium/trunk/apertium-separable/src'
g++ -DPACKAGE_NAME=\"apertium-separable\" -DPACKAGE_TARNAME=\"apertium-separable\" -DPACKAGE_VERSION=\"0.3.4\" -DPACKAGE_STRING=\"apertium-separable\ 0.3.4\" -DPACKAGE_BUGREPORT=\"[email protected]\" -DPACKAGE_URL=\"\" -DPACKAGE=\"apertium-separable\" -DVERSION=\"0.3.4\" -DHAVE_LIBXML2=1 -DSTDC_HEADERS=1 -DHAVE_SYS_TYPES_H=1 -DHAVE_SYS_STAT_H=1 -DHAVE_STDLIB_H=1 -DHAVE_STRING_H=1 -DHAVE_MEMORY_H=1 -DHAVE_STRINGS_H=1 -DHAVE_INTTYPES_H=1 -DHAVE_STDINT_H=1 -DHAVE_UNISTD_H=1 -DHAVE_DECL_FREAD_UNLOCKED=1 -DHAVE_DECL_FWRITE_UNLOCKED=1 -DHAVE_DECL_FGETC_UNLOCKED=1 -DHAVE_DECL_FPUTC_UNLOCKED=1 -DHAVE_DECL_FPUTS_UNLOCKED=1 -DHAVE_DECL_FGETWC_UNLOCKED=0 -DHAVE_DECL_FPUTWC_UNLOCKED=0 -DHAVE_DECL_FGETWS_UNLOCKED=0 -DHAVE_DECL_FPUTWS_UNLOCKED=0 -I. -Wall -Wextra -I/home/fran/local/include/apertium-3.6 -I/home/fran/local/lib/apertium-3.6/include -I/home/fran/local/include/lttoolbox-3.5 -I/usr/include/libxml2 -I/usr/include/libxml2 -Wall -Wextra -g -O2 -std=c++2a -MT lsx_processor.o -MD -MP -MF .deps/lsx_processor.Tpo -c -o lsx_processor.o lsx_processor.cc
lsx_processor.cc: In member function ‘void LSXProcessor::processWord(FILE*, FILE*)’:
lsx_processor.cc:236:64: error: no matching function for call to ‘State::step_override(__gnu_cxx::__alloc_traits<std::allocator<wchar_t>, wchar_t>::value_type&, wint_t, int&, __gnu_cxx::__alloc_traits<std::allocator<wchar_t>, wchar_t>::value_type&)’
s.step_override(lu[i], towlower(lu[i]), any_char, lu[i]);
^
In file included from lsx_processor.h:7,
from lsx_processor.cc:1:
/home/fran/local/include/lttoolbox-3.5/lttoolbox/state.h:187:8: note: candidate: ‘void State::step_override(int, int, int)’
void step_override(int const input, int const old_sym, int const new_sym);
^~~~~~~~~~~~~
/home/fran/local/include/lttoolbox-3.5/lttoolbox/state.h:187:8: note: candidate expects 3 arguments, 4 provided
Makefile:362: recipe for target 'lsx_processor.o' failed
make[1]: *** [lsx_processor.o] Error 1
make[1]: Leaving directory '/home/fran/source/apertium/trunk/apertium-separable/src'
Makefile:401: recipe for target 'all-recursive' failed
make: *** [all-recursive] Error 1
in lttoolbox:
$ git log | head
commit acdfe58b793440e3fc6cc7e23635178e696fd460
Author: Francis Tyers <[email protected]>
Date: Sun Jul 5 21:54:05 2020 +0100
deprecate SAO code
On macOS and older distros, input (http://sprunge.us/FrmAHK) echo -ne '^Apertium<np><al><m><sg>$ ^être<vbser>pri><p3><sg>$ ^un<det><ind><m><sg>$ ^logiciel<n><m><sg>$ ^de<pr>$ ^traduction<n><f><sg>$ ^automatique<adj><mf><sg>$^.<sent>$[][\n]' | lsx-proc fra-cat.autosep.bin
yields output
^Apertium<np><al><m><sg>$ ^être<vbser><pri><p3><sg>$ ^un<det><ind><m><sg>$ ^logiciel<n><m><sg>$ ^de<pr>$ ^traduction<n><f><sg>$ ^automatique<adj><mf><sg>$^.<sent>$
where the final blanks are missing.
Works on Ubuntu 20.04, weirdly enough.
Potentially related to #26
Here's some testing I did:
Command: lsx-proc eng-spa.autoseq.bin
separable input:
^the<det><def><sp>$ [[t:i:123456]]^Aragonese<n><sg>$ [[t:b:basfs]]^take<vblex><past>$ [[t:s:123545]]^Ramiro<np><ant><m><sg>$ [[t:x:abc123]]^out of<pr>$ [[t:y:vdfdrf]]^a<det><ind><sg>$
^monastery<n><sg>$ ^and<cnjcoo>$ ^make<vblex><pp>$ ^prpers<prn><obj><p3><m><sg>$ ^king<n><sg>$^.<sent>$
separable output:
^the<det><def><sp>$ [[t:i:123456]]^Aragonese<n><sg>$ [[t:b:basfs]]^take# [[t:s:123545]]out<vblex><sep><past>$ [[t:x:abc123]]^Ramiro<np><ant><m><sg>$ ^of<pr>$ [[t:y:vdfdrf]]^a<det><ind><sg>$
^monastery<n><sg>$ ^and<cnjcoo>$ ^make<vblex><pp>$ ^prpers<prn><obj><p3><m><sg>$ ^king<n><sg>$^.<sent>$
separable input2:
[[t:b:basfs]]^take<vblex><past>$ [[t:s:123545]]^Ramiro<np><ant><m><sg>$ [[t:x:abc123]]^out<adv>$ ^of<pr>$ [[t:y:vdfdrf]]^a<det><ind><sg>$
separable output2:
[[t:b:basfs]]^take# [[t:s:123545]]out<vblex><sep><past>$ [[t:x:abc123]]^Ramiro<np><ant><m><sg>$ ^<adv>$ ^of<pr>$ [[t:y:vdfdrf]]^a<det><ind><sg>$
separable input3:
^the<det><def><sp>$ [<div>]^Aragonese<n><sg>$ [</div>]^take<vblex><past>$ [@tmp:123456]^Ramiro<np><ant><m><sg>$ [<b><i>]^out of<pr>$ []^a<det><ind><sg>$
separable output3:
^the<det><def><sp>$ [<div>]^Aragonese<n><sg>$ [</div>]^take# [@tmp:123456]out<vblex><sep><past>$ [<b><i>]^Ramiro<np><ant><m><sg>$ ^of<pr>$ []^a<det><ind><sg>$
separable input4:
^the<det><def><sp>$ !!^Aragonese<n><sg>$ ;^take<vblex><past>$ ;.^Ramiro<np><ant><m><sg>$ !;^out of<pr>$ ^a<det><ind><sg>$
separable output4:
^the<det><def><sp>$ !!^Aragonese<n><sg>$ ;^take# ;.out<vblex><sep><past>$ !;^Ramiro<np><ant><m><sg>$ ^of<pr>$ ^a<det><ind><sg>$
Seems to be a general issue of not reading LUs as a unit. I'll try looking for a solution anyway since I have to try and modify the parsing for wordbound blanks but thought I'd file an issue as well if anyone had any thoughts.
This is the relevant entry in apertium-eng-deu.eng-deu.lsx:
<e lm="switch off" c="abschalten">
<p><l>switch<s n="vblex"/></l><r>switch<g><b/>off</g><s n="vblex"/><s n="sep"/></r></p><i><t/><j/></i>
<par n="SN"/><p><l>off<t/><j/></l><r></r></p>
</e>
Compiled like this:
lsx-comp rl apertium-eng-deu.eng-deu.lsx eng-deu.revautoseq.bin
Testing like this:
$ echo "^switch# off<vblex><sep><past>$ ^the<det><def><sp>$ ^light<n><pl>$^.<sent>$" | lsx-proc eng-deu.revautoseq.bin
The result is that it eats tons of memory and needs to be killed.
If I test it as follows, it returns some output before memlooping:
$ echo "^PRPERS<prn><subj><p1><mf><sg>$ ^switch# off<vblex><sep><past>$ ^the<det><def><sp>$ ^light<n><pl>$^.<sent>$" | lsx-proc eng-deu.revautoseq.bin
^PRPERS<prn><subj><p1><mf><sg>$^C
It seems like a <w/>
at the start of a rule can make the analyser move its position into a lexical unit even if the rule doesn't end up fully matching, allowing other rules to match from that point on.
apertium-nno-nob.nob-nno.lsx:
<?xml version="1.0" encoding="UTF-8"?>
<dictionary type="separable">
<alphabet></alphabet>
<sdefs>
<sdef n="adj"/>
</sdefs>
<pardefs>
<pardef n="meh">
<e><i>meh<s n="adj"/><t/><j/></i></e>
</pardef>
</pardefs>
<section id="main" type="standard">
<e c="override below rule if adj before">
<i><w/>stuffnotininput<s n="adj"/><t/><j/></i>
<i>DROP<s n="adj"/><t/><j/></i>
</e>
<e c="drop DROP and LEFT→RIGHT">
<p><l>DROP<t/><j/></l> <r></r></p>
<p><l>LEFT</l> <r>RIGHT</r></p> <i><t/><j/></i>
</e>
</section>
</dictionary>
$ lsx-comp lr apertium-nno-nob.nob-nno.lsx nob-nno.autoseq.bin
main@standard 39 44
$ echo '^keptDROP<adj><sg>$ ^LEFT<n><sg>$' | lsx-proc nob-nno.autoseq.bin
^keptRIGHT<n><sg>$
None of the entries should've matched here, yet it seems like we had a partial match on the first one and then only backtracked back to where the second one was able to start matching (instead of backtracking outside of the word ^
).
(thanks @victoria-tro for reporting)
Building apertium-fra-cat-1.3.0 fails on OpenBSD due to a double free in lsx-comp. (apertium-3.5.1, lttoolbox-3.4.1, apertium-separable-0.3.0)
lsx-comp lr apertium-fra-cat.fra-cat.l1x fra-cat.autosep.bin
main@standard 28 32
lsx-comp(68548) in free(): chunk is already free 0x100a2b5489c0
gmake: *** [Makefile:770: fra-cat.autosep.bin] Abort trap (core dumped)
gmake: *** Deleting file 'fra-cat.autosep.bin'
This is 100% reproducible on my system. Unfortunately the backtrace isn’t much help since the crash apparently happens at program exit.
Acceptable translation, with good match:
$ echo "бүгүнкү күндө түшөт" | apertium -d . kir-eng
he falls these days
$ echo "бүгүнкү күндө түшөт" | apertium -d . kir-eng-disam # and some manual cleaning
^бүгүн<adv><attr>$ ^күн<n><loc>$ ^түш<v><iv><aor><p3><sg>$^.<sent>$
$ echo "бүгүнкү күндө түшөт" | apertium -d . kir-eng-autoseq
^бүгүнкү күндө<adv>$ ^түш<v><iv><aor><p3><sg>$^.<sent>$
$ echo "бүгүнкү күндө түшөт" | apertium -d . kir-eng-biltrans
^бүгүнкү күндө<adv>/these days<adv>/today<adv>$ ^түш<v><iv><aor><p3><sg>/fall<vblex><aor><p3><sg>$^.<sent>/.<sent>$
Problematic translation:
$ echo "бүгүнкү күндө" | apertium -d . kir-eng
he is on the today day
$ echo "бүгүнкү күндө" | apertium -d . kir-eng-disam # and some manual cleaning
^бүгүн<adv><attr>$ ^күн<n><loc>+э<cop><aor><p3><sg>$^.<sent>$
$ echo "бүгүнкү күндө" | apertium -d . kir-eng-autoseq
^бүгүн<adv><attr>$ ^күн<n><loc>+э<cop><aor><p3><sg>$^.<sent>$
$ echo "бүгүнкү күндө" | apertium -d . kir-eng-biltrans
^бүгүн<adv><attr>/today<adv><attr>$ ^күн<n><loc>/day<n><loc>/sun<n><loc>$ ^э<cop><aor><p3><sg>/be<vbser><aor><p3><sg>$^.<sent>/.<sent>$
The reason the second translation is problematic is because the current rule doesn't match because of the +э<cop>...
. Here's the current rule:
<e lm="бүгүнкү күндө" c="today">
<p>
<l>бүгүн<s n="adv"/><s n="attr"/><j/>күн<s n="n"/><s n="loc"/></l>
<r>бүгүнкү<b/>күндө<s n="adv"/></r>
</p>
<i><j/></i>
</e>
Separable no longer builds because of the lttoolbox API changes: https://apertium.projectjj.com/apt/logs/apertium-separable/sid-amd64.log - lots of functions expect an additional parameter.
@Techievena, are the new parameters defaultable to 0? And if so, lttoolbox could be adjusted to make them actually defaultable with = 0
and thus -separable wouldn't need any code changes. If not, what values are expected now?
When recompiling the apertium-separable rules for fra-frp, which were working are untouched in the last year, I get an error:
$ make
lsx-comp lr apertium-fra-frp.fra-frp.l1x fra-frp.autosep1.bin
lsx-comp: symbol lookup error: lsx-comp: undefined symbol: _ZN8Alphabet5writeEP8_IO_FILE
make: *** [Makefile:819: fra-frp.autosep1.bin] Error 127
This issue was automatically made by begiak, Apertium's beloved IRC bot, by the order of nlhowell on #apertium. A human is yet to update the description.
It doesn't seem to do LRLM matching, it gives up after the shorter match:
<e lm="rumal rech che" c="porque"><p>
<l>umal<s n="n"/><s n="rel"/><s n="px3sg"/><j/>ech<s n="n"/><s n="rel"/><s n="px3sg"/><j/>chi<s n="pr"/><j/>re<s n="prn"/><s n="pers"/><s n="p3"/><s n="sg"/><j/></l>
<r>rumal<b/>rech<b/>che<s n="cnjadv"/></r>
</p>
</e>
<e lm="rumal rech" c="por cuanto"><p>
<l>umal<s n="n"/><s n="rel"/><s n="px3sg"/><j/>ech<s n="n"/><s n="rel"/><s n="px3sg"/><j/></l>
<r>rumal<b/>rech<s n="cnjadv"/></r>
</p>
</e>
$ echo "^umal<n><rel><px3sg>$ ^ech<n><rel><px3sg>$ ^chi<pr>$ ^re<prn><pers><p3><sg>$" | lsx-proc quc-spa.autoseq.bin
^rumal rech<cnjadv>$ ^chi<pr>$ ^re<prn><pers><p3><sg>$
If I delete the shorter entry rumal rech, I get:
$ echo "^umal<n><rel><px3sg>$ ^ech<n><rel><px3sg>$ ^chi<pr>$ ^re<prn><pers><p3><sg>$" | lsx-proc quc-spa.autoseq.bin
^rumal rech che<cnjadv>$
It seems we can almost use lsx-proc for matching on readings that include forms, the only thing that's missing is not escaping the slash:
input.txt:
^i/i<pr><aa><@adv>$
^lov/lov<n><m><sg><ind><aa><@←p-utfyll>$
^om/om<pr><aa><@adv>$
^frittståande/*frittståande$
^skolar/*skolar$
rules.lsx:
<?xml version="1.0" encoding="UTF-8"?>
<dictionary type="separable">
<alphabet></alphabet>
<sdefs>
<sdef n="np" c="Proper noun"/>
<sdef n="pr" c="Preposition"/>
</sdefs>
<pardefs>
<pardef n="reading:" c="match and drop readings (incl. tagless/unknown). Includes end delimiter">
<e><p><l>/<w/><d/></l> <r/></p></e>
<e><p><l>/<w/><t/><d/></l><r/></p></e>
</pardef>
</pardefs>
<section id="main" type="standard">
<e>
<i><w/><s n="pr"/><t/><d/></i>
<p><l>lov</l> <r></r></p> <par n="reading:"/>
<p><l>om</l> <r></r></p> <par n="reading:"/>
<p><l>frittståande</l> <r></r></p> <par n="reading:"/>
<p><l>skolar</l> <r></r></p> <par n="reading:"/>
<p><l></l> <r>lov<b/>om<b/>frittståande<b/>skolar/lov<b/>om<b/>frittståande<b/>skolar<s n="np"/><d/></r></p>
</e>
</section>
</dictionary>
GOT:
$ lsx-comp lr rules.lsx rules.bin
$ lsx-proc rules.bin < input.txt
^i\/i<pr><aa><@adv>$
^lov om frittståande skolar\/lov om frittståande skolar<np>$
EXPECTED:
$ lsx-comp lr rules.lsx rules.bin
$ lsx-proc rules.bin < input.txt
^i/i<pr><aa><@adv>$
^lov om frittståande skolar/lov om frittståande skolar<np>$
Maybe we could have a special symbol for reading-separator (slash-that-shouldn't-be-escaped)? Then we could
<pardefs>
<pardef n="reading:" c="match and drop readings (incl. tagless/unknown). Includes end delimiter">
<e><p><l><reading-separator/><w/><d/></l> <r/></p></e>
<e><p><l><reading-separator/><w/><t/><d/></l><r/></p></e>
</pardef>
</pardefs>
<section id="main" type="standard">
<e>
<i><w/><reading-separator/><w/><s n="pr"/><t/><d/></i>
<p><l>lov</l> <r></r></p> <par n="reading:"/>
<p><l>om</l> <r></r></p> <par n="reading:"/>
<p><l>frittståande</l> <r></r></p> <par n="reading:"/>
<p><l>skolar</l> <r></r></p> <par n="reading:"/>
<p><l></l> <r>lov<b/>om<b/>frittståande<b/>skolar<reading-separator/>lov<b/>om<b/>frittståande<b/>skolar<s n="np"/><d/></r></p>
</e>
</section>
(tag name to be bikeshod. bikeshotten. bikeshought. bikeshawn)
Also, <w/>
should maybe not match unescaped /
(though it should match escaped, e.g. if lemma is "A/B-testing" which in stream format is ^A\/B-testing/A\/B-testing<n><sg>$
).
$ echo '^Den<det><dem><nt><sg>$ ^enkelt<adj><pst><un><sp><def>$ ^departement<n><nt><sg><ind>$'|lsx-proc nob-nno.autoseq.bin
^hver<det><qnt><nt><sg>$ ^enkelt<adj><pst><nt><sg><ind>$ ^departement<n><nt><sg><ind>$
– how do you get it to carry over the caps?
lsx has ` <p><l>den<s n="det"/></l><r>hver<s n="det"/></r></p>`
Hi, I try to install apertium on Pinbook-pro (arm platform).
It crashes when compiling apertium-separable:
# setup environment
LD_LIBRARY_PATH=/usr/local/lib:${LD_LIBRARY_PATH}
export LD_LIBRARY_PATH
PKG_CONFIG_PATH=/usr/local/lib/pkgconfig:${PKG_CONFIG_PATH}
export PKG_CONFIG_PATH
# install dependancies
sudo pacman --sync --needed expat gawk libxslt pcre gcc-libs libxml2 cmake icu boost gperftools utf8cpp
# install apertium
git clone https://github.com/apertium/lttoolbox.git
git clone https://github.com/apertium/apertium.git
git clone https://github.com/apertium/apertium-lex-tools.git
cd lttoolbox
./autogen.sh
make
sudo make install
sudo ldconfig
cd ..
cd apertium
./autogen.sh
make
sudo make install
sudo ldconfig
cd ..
cd apertium-lex-tools
./autogen.sh
make
sudo make install
sudo ldconfig
cd ..
# install cg3
git clone https://github.com/GrammarSoft/cg3 # your documentation is outdated, svn repository doesn't exist anymore
cd cg3
./cmake.sh
make -j3
sudo make install
cd ..
# install apertium-separable
git clone https://github.com/apertium/apertium-separable
cd apertium-separable
./autogen.sh
./configure
make # HERE IS THE BUG!
Making all in src
make[1] : on entre dans le répertoire « /home/regivanx/apertium-separable/src »
g++ -DPACKAGE_NAME=\"apertium-separable\" -DPACKAGE_TARNAME=\"apertium-separable\" -DPACKAGE_VERSION=\"0.7.0\" -DPACKAGE_STRING=\"apertium-separable\ 0.7.0\" -DPACKAGE_BUGREPORT=\"[email protected]\" -DPACKAGE_URL=\"\" -DPACKAGE=\"apertium-separable\" -DVERSION=\"0.7.0\" -DHAVE_LIBXML2=1 -I. -Wall -Wextra -I/usr/local/include -I/usr/include/libxml2 -Wall -Wextra -g -O2 -std=c++23 -MT lsx_processor.o -MD -MP -MF .deps/lsx_processor.Tpo -c -o lsx_processor.o lsx_processor.cc
Dans le fichier inclus depuis /usr/local/include/lttoolbox/alphabet.h:26,
depuis lsx_processor.h:4,
depuis lsx_processor.cc:1:
/usr/local/include/lttoolbox/ustring.h:25:10: erreur fatale: utf8.h : Aucun fichier ou dossier de ce type
25 | #include <utf8.h>
| ^~~~~~~~
compilation terminée.
make[1]: *** [Makefile:358: lsx_processor.o] Error 1
make[1] : on quitte le répertoire « /home/regivanx/apertium-separable/src »
make: *** [Makefile:400: all-recursive] Error 1
echo 'Hos personer med <a class="crossref" href="https://sml.snl.no/atopisk_eksem">atopisk eksem</a> foreligger ofte arvelige faktorer' | apertium -u -f html-noent nob-nno_e
Output after apertium-pretransfer -z
:
^hos<pr><Aa><@adv>$
^person<n><m><pl><ind><aa><@←p-utfyll>$
^med<pr><aa><@adv>$
[[t:a:_3bPiw]]^atopisk<adj><pst><nt><sg><ind><aa><@adj→>$
[[t:a:_3bPiw]]^eksem<n><nt><sg><ind><aa><@←p-utfyll>$
^foreligge<vblex><pres><aa><@fv>$
^ofte<adv><aa><@adv>$
^arvelig<adj><pst><un><pl><ind><aa><@adj→>$
^faktor<n><m><pl><ind><aa><@subj>$^.<sent><clb><aa>$[]
Output after lsx-proc -z -w 'nob-nno.autoseq.bin'
:
^hos<pr><Aa><@adv>$
^person<n><m><pl><ind><aa><@←p-utfyll>$
[[t:a:_3bPiw; t:a:_3bPiw]]^med<pr><aa><@adv>$
[[t:a:_3bPiw; t:a:_3bPiw]]^atopisk<adj><pst><nt><sg><ind><aa><@adj→>$
[[t:a:_3bPiw; t:a:_3bPiw]]^eksem<n><nt><sg><ind><aa><@←p-utfyll>$
[[t:a:_3bPiw; t:a:_3bPiw]]^ligge<vblex><pres><aa><@fv>$
[[t:a:_3bPiw; t:a:_3bPiw]]^ofte<adv><aa><@adv>$
[[t:a:_3bPiw; t:a:_3bPiw]]^arvelig<adj><pst><un><pl><ind><aa><@adj→>$
[[t:a:_3bPiw; t:a:_3bPiw]]^faktor<n><m><pl><ind><aa><@subj>$
[[t:a:_3bPiw; t:a:_3bPiw]]^fore<adv>$^.<sent><clb><aa>$[]
tests/ has Python 2 scripts - they must be converted.
fran@ipek:~/source/apertium/pairs/apertium-quc-spa$ echo "rumal rech che" | apertium -d . quc-spa
porque
??fran@ipek:~/source/apertium/pairs/apertium-quc-spa$ echo "rumal rech che." | apertium -d . quc-spa-tagger
^umal<n><rel><px3sg>$ ^ech<n><rel><px3sg>$ ^chi<pr>+ech<n><rel><px3sg>$^.<sent>$^.<sent>$
fran@ipek:~/source/apertium/pairs/apertium-quc-spa$ echo "rumal rech che." | apertium -d . quc-spa-separable
^rumal rech<cnjadv>$ ^chi<pr>$ ^ech<n><rel><px3sg>$^.<sent>$^.<sent>$
?
$ echo "rumal rech che." | apertium -d . quc-spa-tagger | apertium-pretransfer | lsx-proc quc-spa.autoseq.bin | unidump
0 005E 0072 0075 006D 0061 006C 0020 0072 0065 0063 0068 0020 0063 0068 0065 003C ^rumal.rech.che<
16 0063 006E 006A 0061 0064 0076 003E 0024 005E 002E 003C 0073 0065 006E 0074 003E cnjadv>$^.<sent>
32 0024 005E 002E 003C 0073 0065 006E 0074 003E 0024 000A 003F $^.<sent>$.?
$ echo "rumal rech che" | hfst-proc quc-spa.automorf.hfst | cg-proc quc-spa.rlx.bin | apertium-tagger -u 2 -g quc-spa.prob| apertium-pretransfer | lsx-proc quc-spa.autoseq.bin | hexdump -xc
0000000 725e 6d75 6c61 7220 6365 2068 6863 3c65
0000000 ^ r u m a l r e c h c h e <
0000010 6e63 616a 7664 243e 3f0a
0000010 c n j a d v > $ \n ?
000001a
A declarative, efficient, and flexible JavaScript library for building user interfaces.
🖖 Vue.js is a progressive, incrementally-adoptable JavaScript framework for building UI on the web.
TypeScript is a superset of JavaScript that compiles to clean JavaScript output.
An Open Source Machine Learning Framework for Everyone
The Web framework for perfectionists with deadlines.
A PHP framework for web artisans
Bring data to life with SVG, Canvas and HTML. 📊📈🎉
JavaScript (JS) is a lightweight interpreted programming language with first-class functions.
Some thing interesting about web. New door for the world.
A server is a program made to process requests and deliver data to clients.
Machine learning is a way of modeling and interpreting data that allows a piece of software to respond intelligently.
Some thing interesting about visualization, use data art
Some thing interesting about game, make everyone happy.
We are working to build community through open source technology. NB: members must have two-factor auth.
Open source projects and samples from Microsoft.
Google ❤️ Open Source for everyone.
Alibaba Open Source for everyone
Data-Driven Documents codes.
China tencent open source team.