Helsinki-NLP/OPUS-MT-train
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OPUS-MT-train/lib/dist.mk

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# -*-makefile-*-
#
# make distribution packages
# and upload them to cPouta ObjectStorage
#
OBJECTSTORAGE = https://object.pouta.csc.fi
MODEL_CONTAINER = OPUS-MT-models
DEV_MODEL_CONTAINER = OPUS-MT-dev
MODELINDEX = ${OBJECTSTORAGE}/${MODEL_CONTAINER}/index.txt
MODELSHOME = ${WORKHOME}/models
RELEASEDIR = ${PWD}/models
## TODO: better create a recipe for the yaml file and not the zip file
## becaue we can keep the yaml files in the repo but not the zip files!
## --> better dependency in case we need to update and create new distributions!
DIST_PACKAGE = ${MODELSHOME}/${LANGPAIRSTR}/${DATASET}.zip
get-model-release = ${shell wget -qq -O - ${MODELINDEX} | grep '^${1}/.*-.*\.zip' | LANG=en_US.UTF-8 sort -r}
get-model-distro = ${shell echo ${wildcard ${1}/${2}/*.zip} | tr ' ' "\n" | LANG=en_US.UTF-8 sort -r}
find-model:
@echo ${call get-model-dist,${LANGPAIRSTR}}
## minimum BLEU score for models to be accepted as distribution package
MIN_BLEU_SCORE = 20
.PHONY: dist local-dist global-dist release
dist: ${DIST_PACKAGE}
## local distribution in workhome, no restrictions about BLEU
local-dist:
${MAKE} MODELSHOME=${WORKHOME}/models \
MODELS_URL=https://object.pouta.csc.fi/${DEV_MODEL_CONTAINER} \
dist
## global distribution in models-dir, restrictions on BLEU
global-dist release:
ifeq (${wildcard $(TEST_EVALUATION)},)
${MAKE} compare
endif
if [ -e $(TEST_EVALUATION) ]; then \
if [ `grep BLEU $(TEST_EVALUATION) | cut -f3 -d ' ' | cut -f1 -d '.'` -ge ${MIN_BLEU_SCORE} ]; then \
${MAKE} MODELSHOME=${RELEASEDIR} \
MODELS_URL=https://object.pouta.csc.fi/${MODEL_CONTAINER} \
dist; \
fi \
else \
echo "cannot find or create benchmark file ${TEST_EVALUATION}"; \
fi
.PHONY: scores
scores:
${MAKE} FIND_EVAL_FILES=1 ${WORKHOME}/eval/scores.txt
## get the best model from all kind of alternative setups
## in the following sub directories (add prefix work-)
## scan various work directories - specify alternative dir's below
ALT_MODEL_BASE = work-
# ALT_MODEL_DIR = bpe-old bpe-memad bpe spm-noalign bpe-align spm
# ALT_MODEL_DIR = spm langid
ALT_MODEL_DIR = langid
.PHONY: best_dist_all best-dist-all
best-dist-all best_dist_all:
for l in $(sort ${shell ls ${ALT_MODEL_BASE}* | grep -- '-' | grep -v old | grep -v work}); do \
if [ `find work*/$$l -name '*.npz' | wc -l` -gt 0 ]; then \
d=`find work-spm/$$l -name '*.best-perplexity.npz' -exec basename {} \; | cut -f1 -d.`; \
${MAKE} SRCLANGS="`echo $$l | cut -f1 -d'-' | sed 's/\\+/ /g'`" \
TRGLANGS="`echo $$l | cut -f2 -d'-' | sed 's/\\+/ /g'`" \
DATASET=$$d best_dist; \
fi \
done
## find the best model according to test set scores
## and make a distribution package from that model
## (BLEU needs to be above MIN_BLEU_SCORE)
## NEW: don't trust models tested with GNOME test sets!
## new version of finding the best model
## --> look at different model variants in each work-dir
## --> take only the best one to publish
.PHONY: best_dist best-dist
best-dist best_dist:
m=0;\
s=''; \
echo "------------------------------------------------"; \
echo "search best model for ${LANGPAIRSTR}"; \
for d in work ${ALT_MODEL_DIR}; do \
if [ -e "work-$$d/${LANGPAIRSTR}/test/${TESTSET}.trg" ]; then \
e=`basename work-$$d/${LANGPAIRSTR}/test/${TESTSET}.trg | sed 's/\.trg$$//'`; \
else \
e=`ls work-$$d/${LANGPAIRSTR}/test/*.trg | tail -1 | xargs basename | sed 's/\.trg$$//'`; \
fi; \
echo "evaldata = $$e"; \
if [ "$$e" != "GNOME" ]; then \
I=`find work-$$d/${LANGPAIRSTR}/ -maxdepth 1 -name "$$e.*.eval" -printf "%f\n"`; \
for i in $$I; do \
x=`echo $$i | cut -f3 -d. | cut -f1 -d-`; \
y=`echo $$i | cut -f3 -d. | cut -f2 -d- | sed 's/[0-9]$$//'`; \
z=`echo $$i | cut -f2 -d.`; \
v=`echo $$i | cut -f4 -d.`; \
if [ `find work-$$d/${LANGPAIRSTR} -name "$$e.$$z.$$x-$$y[0-9].$$v.*.eval" | wc -l ` -gt 0 ]; then \
b=`grep 'BLEU+' work-$$d/${LANGPAIRSTR}/$$e.$$z.$$x-$$y[0-9].$$v.*.eval | cut -f3 -d' ' | head -1`; \
if (( $$(echo "$$m-$$b < 0" |bc -l) )); then \
echo "$$d/$$i ($$b) is better than $$s ($$m)!"; \
m=$$b; \
E=$$i; \
s=$$d; \
else \
echo "$$d/$$i ($$b) is worse than $$s ($$m)!"; \
fi; \
fi; \
done; \
fi \
done; \
echo "--------------- best = $$m ($$s/$$E) ---------------------------------"; \
if [ "$$s" != "" ]; then \
if (( $$(echo "$$m > ${MIN_BLEU_SCORE}" |bc -l) )); then \
x=`echo $$E | cut -f3 -d. | cut -f1 -d-`; \
y=`echo $$E | cut -f3 -d. | cut -f2 -d- | sed 's/[0-9]$$//'`; \
z=`echo $$E | cut -f2 -d.`; \
v=`echo $$E | cut -f4 -d.`; \
${MAKE} \
MODELSHOME=${PWD}/models \
PRE_SRC=$$x PRE_TRG=$$y \
DATASET=$$z \
MODELTYPE=$$v \
MODELS_URL=https://object.pouta.csc.fi/${MODEL_CONTAINER} dist-$$s; \
fi; \
fi
## make a package for distribution
## old: only accept models with a certain evaluation score:
# if [ `grep BLEU $(TEST_EVALUATION) | cut -f3 -d ' ' | cut -f1 -d '.'` -ge ${MIN_BLEU_SCORE} ]; then \
DATE = ${shell date +%F}
MODELS_URL = https://object.pouta.csc.fi/${DEV_MODEL_CONTAINER}
SKIP_DIST_EVAL = 0
## determine pre-processing type
ifneq ("$(wildcard ${BPESRCMODEL})","")
PREPROCESS_TYPE = bpe
SUBWORD_TYPE = bpe
PREPROCESS_SRCMODEL = ${BPESRCMODEL}
PREPROCESS_TRGMODEL = ${BPETRGMODEL}
PREPROCESS_DESCRIPTION = normalization + tokenization + BPE (${PRE_SRC},${PRE_TRG})
else
PREPROCESS_TYPE = spm
SUBWORD_TYPE = spm
PREPROCESS_SRCMODEL = ${SPMSRCMODEL}
PREPROCESS_TRGMODEL = ${SPMTRGMODEL}
PREPROCESS_DESCRIPTION = normalization + SentencePiece (${PRE_SRC},${PRE_TRG})
endif
ifneq (${words ${TRGLANGS}},1)
PREPROCESS_SCRIPT = scripts/preprocess-${PREPROCESS_TYPE}-multi-target.sh
else
PREPROCESS_SCRIPT = scripts/preprocess-${PREPROCESS_TYPE}.sh
endif
POSTPROCESS_SCRIPT = scripts/postprocess-${PREPROCESS_TYPE}.sh
##--------------------------------------------------------------------------
## make the distribution package including test evaluation files and README
##--------------------------------------------------------------------------
## language codes without extensions
RAWSRCLANGS = ${sort ${basename ${basename ${subst _,.,${subst -,.,${SRCLANGS}}}}}}
RAWTRGLANGS = ${sort ${basename ${basename ${subst _,.,${subst -,.,${TRGLANGS}}}}}}
## language labels in multilingual models
## (NEW: take them directly from the model vocabulary
## tto avoid listing labels that are not used)
# LANGUAGELABELS = ${patsubst %,>>%<<,${TRGLANGS}}
LANGUAGELABELS = ${shell grep '">>.*<<"' ${MODEL_SRCVOCAB} | cut -f1 -d: | sed 's/"//g'}
${DIST_PACKAGE}: ${MODEL_FINAL}
ifneq (${SKIP_DIST_EVAL},1)
@${MAKE} $(TEST_EVALUATION)
@${MAKE} $(TEST_COMPARISON)
endif
@mkdir -p ${dir $@}
@touch ${WORKDIR}/source.tcmodel
@cp ${PREPROCESS_SRCMODEL} ${WORKDIR}/source.${SUBWORD_TYPE}
@cp ${PREPROCESS_TRGMODEL} ${WORKDIR}/target.${SUBWORD_TYPE}
@cp ${PREPROCESS_SCRIPT} ${WORKDIR}/preprocess.sh
@cp ${POSTPROCESS_SCRIPT} ${WORKDIR}/postprocess.sh
##-----------------------------
## create YAML file
##-----------------------------
@echo "release: ${LANGPAIRSTR}/$(notdir ${@:.zip=})-${DATE}.zip" > ${@:.zip=}-${DATE}.yml
@echo "release-date: $(DATE)" >> ${@:.zip=}-${DATE}.yml
@echo "dataset-name: $(DATASET)" >> ${@:.zip=}-${DATE}.yml
@echo "modeltype: $(MODELTYPE)" >> ${@:.zip=}-${DATE}.yml
@echo "pre-processing: ${PREPROCESS_DESCRIPTION}" >> ${@:.zip=}-${DATE}.yml
@echo "subwords:" >> ${@:.zip=}-${DATE}.yml
@echo " - source: ${PRE_SRC}" >> ${@:.zip=}-${DATE}.yml
@echo " - target: ${PRE_TRG}" >> ${@:.zip=}-${DATE}.yml
@echo "subword-models:" >> ${@:.zip=}-${DATE}.yml
@echo " - source: source.${SUBWORD_TYPE}" >> ${@:.zip=}-${DATE}.yml
@echo " - target: target.${SUBWORD_TYPE}" >> ${@:.zip=}-${DATE}.yml
ifdef USE_TARGET_LABELS
@echo "use-target-labels:" >> ${@:.zip=}-${DATE}.yml
@for t in ${TRGLANGS}; do \
echo " - >>$$t<<" >> ${@:.zip=}-${DATE}.yml; \
done
endif
@echo "source-languages:" >> ${@:.zip=}-${DATE}.yml
@for s in ${RAWSRCLANGS}; do\
echo " - $$s" >> ${@:.zip=}-${DATE}.yml; \
done
@echo "target-languages:" >> ${@:.zip=}-${DATE}.yml
@for t in ${RAWTRGLANGS}; do\
echo " - $$t" >> ${@:.zip=}-${DATE}.yml; \
done
ifneq ("$(wildcard ${WORKDIR}/train/README.md)","")
@echo "training-data:" >> ${@:.zip=}-${DATE}.yml
@tr "\n" "~" < ${WORKDIR}/train/README.md |\
tr "#" "\n" | grep '^ ${DATASET}~' | \
tail -1 | tr "~" "\n" | grep '^\* ' | \
grep -v ': *$$' | grep -v ' 0$$' | \
grep -v 'total size' | sed 's/^\* / - /' >> ${@:.zip=}-${DATE}.yml
endif
ifneq ("$(wildcard ${WORKDIR}/val/README.md)","")
@echo "validation-data:" >> ${@:.zip=}-${DATE}.yml
grep '^\* ' ${WORKDIR}/val/README.md | \
grep -v ' 0$$' | \
sed 's/^\* / - /' >> ${@:.zip=}-${DATE}.yml
endif
##-----------------------------
## create README-file
##-----------------------------
@echo "# $(notdir ${@:.zip=})-${DATE}.zip" > ${WORKDIR}/README.md
@echo '' >> ${WORKDIR}/README.md
@echo "* dataset: ${DATASET}" >> ${WORKDIR}/README.md
@echo "* model: ${MODELTYPE}" >> ${WORKDIR}/README.md
@echo "* source language(s): ${RAWSRCLANGS}" >> ${WORKDIR}/README.md
@echo "* target language(s): ${RAWTRGLANGS}" >> ${WORKDIR}/README.md
@echo "* model: ${MODELTYPE}" >> ${WORKDIR}/README.md
@echo "* pre-processing: ${PREPROCESS_DESCRIPTION}" >> ${WORKDIR}/README.md
ifdef USE_TARGET_LABELS
echo '* a sentence initial language token is required in the form of `>>id<<` (id = valid target language ID)' >> ${WORKDIR}/README.md
@echo "* valid language labels: ${LANGUAGELABELS}" >> ${WORKDIR}/README.md
endif
@echo "* download: [$(notdir ${@:.zip=})-${DATE}.zip](${MODELS_URL}/${LANGPAIRSTR}/$(notdir ${@:.zip=})-${DATE}.zip)" >> ${WORKDIR}/README.md
ifneq (${SKIP_DATA_DETAILS},1)
ifneq ("$(wildcard ${WORKDIR}/train/README.md)","")
@echo -n "## Training data: " >> ${WORKDIR}/README.md
@tr "\n" "~" < ${WORKDIR}/train/README.md |\
tr "#" "\n" | grep '${DATASET}' | \
tail -1 | tr "~" "\n" >> ${WORKDIR}/README.md
@echo '' >> ${WORKDIR}/README.md
endif
ifneq ("$(wildcard ${WORKDIR}/val/README.md)","")
@echo -n "#" >> ${WORKDIR}/README.md
@cat ${WORKDIR}/val/README.md >> ${WORKDIR}/README.md
@echo '' >> ${WORKDIR}/README.md
endif
endif
##-----------------------------
## add benchmark results
##-----------------------------
ifneq ("$(wildcard ${TEST_EVALUATION})","")
@echo "* test set translations: [$(notdir ${@:.zip=})-${DATE}.test.txt](${MODELS_URL}/${LANGPAIRSTR}/$(notdir ${@:.zip=})-${DATE}.test.txt)" >> ${WORKDIR}/README.md
@echo "* test set scores: [$(notdir ${@:.zip=})-${DATE}.eval.txt](${MODELS_URL}/${LANGPAIRSTR}/$(notdir ${@:.zip=})-${DATE}.eval.txt)" >> ${WORKDIR}/README.md
@echo '' >> ${WORKDIR}/README.md
@echo '## Benchmarks' >> ${WORKDIR}/README.md
@echo '' >> ${WORKDIR}/README.md
## grep and normalise test set names
## ugly perl script that does some tansformation of language codes
@grep -H BLEU ${WORKDIR}/*.${DATASET}.${PRE_SRC}-${PRE_TRG}${NR}.${MODELTYPE}.*.eval | \
sed 's#^${WORKDIR}/\(.*\)\.${DATASET}.${PRE_SRC}-${PRE_TRG}${NR}.${MODELTYPE}\.\(.*\)\.eval:.*$$#\1.\2#' | \
perl -pe 'if (/\.([^\.]+)\.([^\.\s]+)$$/){$$s=$$1;$$t=$$2;s/[\-\.]$$s?\-?$$t\.$$s\.$$t?$$/.$$s.$$t/;s/\.$$s\.$$t$$/.$$s-$$t/}' > $@.1
@grep BLEU ${WORKDIR}/*.${DATASET}.${PRE_SRC}-${PRE_TRG}${NR}.${MODELTYPE}.*.eval | \
cut -f3 -d ' ' > $@.2
@grep chrF ${WORKDIR}/*.${DATASET}.${PRE_SRC}-${PRE_TRG}${NR}.${MODELTYPE}.*.eval | \
cut -f3 -d ' ' > $@.3
@ls ${WORKDIR}/*.${DATASET}.${PRE_SRC}-${PRE_TRG}${NR}.${MODELTYPE}.*.eval | \
sed 's/\.eval//' | xargs wc -l | grep -v total | sed 's/^ *//' | cut -f1 -d' ' > $@.4
@grep BLEU ${WORKDIR}/*.${DATASET}.${PRE_SRC}-${PRE_TRG}${NR}.${MODELTYPE}.*.eval | \
cut -f16 -d ' ' | sed 's/)//' > $@.5
@grep BLEU ${WORKDIR}/*.${DATASET}.${PRE_SRC}-${PRE_TRG}${NR}.${MODELTYPE}.*.eval | \
cut -f7 -d ' ' > $@.6
@paste -d '/' $@.4 $@.5 > $@.7
@echo '| testset | BLEU | chr-F | #sent | #words | BP |' >> ${WORKDIR}/README.md
@echo '|---------|-------|-------|-------|--------|----|' >> ${WORKDIR}/README.md
@paste $@.1 $@.2 $@.3 $@.4 $@.5 $@.6 | \
sed "s/\t/ | /g;s/^/| /;s/$$/ |/" | \
sort | uniq >> ${WORKDIR}/README.md
@echo "test-data:" >> ${@:.zip=}-${DATE}.yml
@paste -d' ' $@.1 $@.7 | sed 's/ /: /;s/^/ - /;' >> ${@:.zip=}-${DATE}.yml
@echo "BLEU-scores:" >> ${@:.zip=}-${DATE}.yml
@paste -d' ' $@.1 $@.2 | sed 's/ /: /;s/^/ - /' >> ${@:.zip=}-${DATE}.yml
@echo "chr-F-scores:" >> ${@:.zip=}-${DATE}.yml
@paste -d' ' $@.1 $@.3 | sed 's/ /: /;s/^/ - /' >> ${@:.zip=}-${DATE}.yml
@rm -f $@.1 $@.2 $@.3 $@.4 $@.5 $@.6 $@.7 $@.testsize $@.testset
endif
##-----------------------------
## create the package
##-----------------------------
@cat ${WORKDIR}/README.md >> ${dir $@}README.md
@echo '' >> ${dir $@}README.md
@cp models/LICENSE ${WORKDIR}/
@chmod +x ${WORKDIR}/preprocess.sh
@sed -e 's# - .*/\([^/]*\)$$# - \1#' \
-e 's/beam-size: [0-9]*$$/beam-size: 6/' \
-e 's/mini-batch: [0-9]*$$/mini-batch: 1/' \
-e 's/maxi-batch: [0-9]*$$/maxi-batch: 1/' \
-e 's/relative-paths: false/relative-paths: true/' \
< ${MODEL_DECODER} > ${WORKDIR}/decoder.yml
cd ${WORKDIR} && zip ${notdir $@} \
README.md LICENSE \
${notdir ${MODEL_FINAL}} \
${notdir ${MODEL_SRCVOCAB}} \
${notdir ${MODEL_TRGVOCAB}} \
${notdir ${MODEL_VALIDLOG}} \
${notdir ${MODEL_TRAINLOG}} \
source.* target.* decoder.yml \
preprocess.sh postprocess.sh
ifneq ("$(wildcard ${WORKDIR}/config.mk)","")
@cd ${WORKDIR} && zip -u ${notdir $@} config.mk
endif
##-----------------------------
## move files to release dir and cleanup
##-----------------------------
@mkdir -p ${dir $@}
@mv -f ${WORKDIR}/${notdir $@} ${@:.zip=}-${DATE}.zip
@cd ${dir $@} && zip -u ${notdir ${@:.zip=}-${DATE}.zip} ${notdir ${@:.zip=}-${DATE}.yml}
ifneq ("$(wildcard ${TEST_EVALUATION})","")
@cp $(TEST_EVALUATION) ${@:.zip=}-${DATE}.eval.txt
@cp $(TEST_COMPARISON) ${@:.zip=}-${DATE}.test.txt
endif
@rm -f $@
@cd ${dir $@} && ln -s $(notdir ${@:.zip=})-${DATE}.zip ${notdir $@}
@rm -f ${WORKDIR}/decoder.yml ${WORKDIR}/source.* ${WORKDIR}/target.*
@rm -f ${WORKDIR}/preprocess.sh ${WORKDIR}/postprocess.sh
## do this only if the flag is set
## --> avoid expensive wildcard searches each time make is called
ifeq (${FIND_EVAL_FILES},1)
EVALSCORES = ${patsubst ${WORKHOME}/%.eval,${WORKHOME}/eval/%.eval.txt,${wildcard ${WORKHOME}/*/*.eval}}
EVALTRANSL = ${patsubst ${WORKHOME}/%.compare,${WORKHOME}/eval/%.test.txt,${wildcard ${WORKHOME}/*/*.compare}}
endif
## upload to Object Storage
## Don't forget to run this before uploading!
# source project_2000661-openrc.sh
#
# - make upload ......... released models = all sub-dirs in models/
# - make upload-models .. trained models in current WORKHOME to OPUS-MT-dev
# - make upload-scores .. score file with benchmark results to OPUS-MT-eval
# - make upload-eval .... benchmark tests from models in WORKHOME
# - make upload-images .. images of VMs that run OPUS-MT
.PHONY: upload
upload:
find ${RELEASEDIR}/ -type l | tar -cf models-links.tar -T -
find ${RELEASEDIR}/ -type l -delete
cd ${RELEASEDIR} && swift upload ${MODEL_CONTAINER} --changed --skip-identical *
tar -xf models-links.tar
rm -f models-links.tar
swift post ${MODEL_CONTAINER} --read-acl ".r:*"
swift list ${MODEL_CONTAINER} > index.txt
swift upload ${MODEL_CONTAINER} index.txt
rm -f index.txt
.PHONY: upload-models
upload-models:
find ${MODELSHOME} -type l | tar -cf dev-models-links.tar -T -
find ${MODELSHOME} -type l -delete
cd ${WORKHOME} && swift upload ${DEV_MODEL_CONTAINER} --changed --skip-identical models
tar -xf dev-models-links.tar
rm -f dev-models-links.tar
swift post ${DEV_MODEL_CONTAINER} --read-acl ".r:*"
swift list ${DEV_MODEL_CONTAINER} > index.txt
swift upload ${DEV_MODEL_CONTAINER} index.txt
rm -f index.txt
.PHONY:
fetch-model:
mkdir -p ${RELEASEDIR}/${LANGPAIRSTR}
cd ${RELEASEDIR}/${LANGPAIRSTR} && \
wget ${OBJECTSTORAGE}/${MODEL_CONTAINER}/${firstword ${call get-model-release,${LANGPAIRSTR}}}
# wget -O ${RELEASEDIR}/${LANGPAIRSTR}/${LANGPAIRSTR}.zip \
# ${OBJECTSTORAGE}/${MODEL_CONTAINER}/${firstword ${call get-model-dist,${LANGPAIRSTR}}}
# cd ${RELEASEDIR}/${LANGPAIRSTR} && unzip -n ${LANGPAIRSTR}.zip
# rm -f ${RELEASEDIR}/${LANGPAIRSTR}/${LANGPAIRSTR}.zip
.PHONY: upload-scores
upload-scores: scores
cd ${WORKHOME} && swift upload OPUS-MT-eval --changed --skip-identical eval/scores.txt
swift post OPUS-MT-eval --read-acl ".r:*"
.PHONY: upload-eval
upload-eval: scores
cd ${WORKHOME} && swift upload OPUS-MT-eval --changed --skip-identical eval
swift post OPUS-MT-eval --read-acl ".r:*"
.PHONY: upload-images
upload-images:
cd ${WORKHOME} && swift upload OPUS-MT --changed --skip-identical \
--use-slo --segment-size 5G opusMT-images
swift post OPUS-MT-images --read-acl ".r:*"
## this is for the multeval scores
# ${WORKHOME}/eval/scores.txt: ${EVALSCORES}
# cd ${WORKHOME} && \
# grep base */*eval | cut -f1,2- -d '/' | cut -f1,6- -d '.' | \
# sed 's/-/ /' | sed 's/\// /' | sed 's/ ([^)]*)//g' |\
# sed 's/.eval:baseline//' | sed "s/ */\t/g" | sort > $@
${WORKHOME}/eval/scores.txt: ${EVALSCORES} ${EVALTRANSL}
cd ${WORKHOME} && grep BLEU */*k${NR}.*eval | cut -f1 -d '/' | tr '-' "\t" > $@.1
cd ${WORKHOME} && grep BLEU */*k${NR}.*eval | tr '.' '/' | cut -f2,6,7 -d '/' | tr '/' "." > $@.2
cd ${WORKHOME} && grep BLEU */*k${NR}.*eval | cut -f3 -d ' ' > $@.3
cd ${WORKHOME} && grep chrF */*k${NR}.*eval | cut -f3 -d ' ' > $@.4
paste $@.1 $@.2 $@.3 $@.4 > $@
rm -f $@.1 $@.2 $@.3 $@.4
${EVALSCORES}: # ${WORKHOME}/eval/%.eval.txt: ${MODELSHOME}/%.eval
mkdir -p ${dir $@}
cp ${patsubst ${WORKHOME}/eval/%.eval.txt,${WORKHOME}/%.eval,$@} $@
# cp $< $@
${EVALTRANSL}: # ${WORKHOME}/eval/%.test.txt: ${MODELSHOME}/%.compare
mkdir -p ${dir $@}
cp ${patsubst ${WORKHOME}/eval/%.test.txt,${WORKHOME}/%.compare,$@} $@
# cp $< $@
# ## dangerous area ....
# delete-eval:
# swift delete OPUS-MT eval
######################################################################
## handle old models in previous work directories
## obsolete now?
######################################################################
##-----------------------------------
## make packages from trained models
## check old-models as well!
TRAINED_NEW_MODELS = ${patsubst ${WORKHOME}/%/,%,${dir ${wildcard ${WORKHOME}/*/*.best-perplexity.npz}}}
# TRAINED_OLD_MODELS = ${patsubst ${WORKHOME}/old-models/%/,%,${dir ${wildcard ${WORKHOME}/old-models/*/*.best-perplexity.npz}}}
TRAINED_OLD_MODELS = ${patsubst ${WORKHOME}/old-models/%/,%,${dir ${wildcard ${WORKHOME}/old-models/??-??/*.best-perplexity.npz}}}
TRAINED_OLD_ONLY_MODELS = ${filter-out ${TRAINED_NEW_MODELS},${TRAINED_OLD_MODELS}}
TRAINED_NEW_ONLY_MODELS = ${filter-out ${TRAINED_OLD_MODELS},${TRAINED_NEW_MODELS}}
TRAINED_DOUBLE_MODELS = ${filter ${TRAINED_NEW_MODELS},${TRAINED_OLD_MODELS}}
## make packages of all new models
## unless there are better models in old-models
new-models-dist:
@echo "nr of extra models: ${words ${TRAINED_NEW_ONLY_MODELS}}"
for l in ${TRAINED_NEW_ONLY_MODELS}; do \
${MAKE} SRCLANGS="`echo $$l | cut -f1 -d'-' | sed 's/\\+/ /g'`" \
TRGLANGS="`echo $$l | cut -f2 -d'-' | sed 's/\\+/ /g'`" dist; \
done
@echo "trained double ${words ${TRAINED_DOUBLE_MODELS}}"
for l in ${TRAINED_DOUBLE_MODELS}; do \
n=`grep 'new best' work/$$l/*.valid1.log | tail -1 | cut -f12 -d ' '`; \
o=`grep 'new best' work/old-models/$$l/*.valid1.log | tail -1 | cut -f12 -d ' '`; \
if (( $$(echo "$$n < $$o" |bc -l) )); then \
${MAKE} SRCLANGS="`echo $$l | cut -f1 -d'-' | sed 's/\\+/ /g'`" \
TRGLANGS="`echo $$l | cut -f2 -d'-' | sed 's/\\+/ /g'`" dist; \
fi \
done
## fix decoder path in old-models (to run evaluations
fix-decoder-path:
for l in ${wildcard ${WORKHOME}/old-models/*/*.best-perplexity.npz.decoder.yml}; do \
sed --in-place=.backup 's#/\(..-..\)/opus#/old-models/\1/opus#' $$l; \
sed --in-place=.backup2 's#/old-models/old-models/#/old-models/#' $$l; \
sed --in-place=.backup2 's#/old-models/old-models/#/old-models/#' $$l; \
done
## make packages of all old models from old-models
## unless there are better models in work (new models)
old-models-dist:
@echo "nr of extra models: ${words ${TRAINED_OLD_ONLY_MODELS}}"
for l in ${TRAINED_OLD_ONLY_MODELS}; do \
${MAKE} SRCLANGS="`echo $$l | cut -f1 -d'-' | sed 's/\\+/ /g'`" \
TRGLANGS="`echo $$l | cut -f2 -d'-' | sed 's/\\+/ /g'`" \
WORKHOME=${WORKHOME}/old-models \
MODELSHOME=${MODELSHOME} dist; \
done
@echo "trained double ${words ${TRAINED_DOUBLE_MODELS}}"
for l in ${TRAINED_DOUBLE_MODELS}; do \
n=`grep 'new best' work/$$l/*.valid1.log | tail -1 | cut -f12 -d ' '`; \
o=`grep 'new best' work/old-models/$$l/*.valid1.log | tail -1 | cut -f12 -d ' '`; \
if (( $$(echo "$$o < $$n" |bc -l) )); then \
${MAKE} SRCLANGS="`echo $$l | cut -f1 -d'-' | sed 's/\\+/ /g'`" \
TRGLANGS="`echo $$l | cut -f2 -d'-' | sed 's/\\+/ /g'`" \
WORKHOME=${WORKHOME}/old-models \
MODELSHOME=${MODELSHOME} dist; \
else \
echo "$$l: new better than old"; \
fi \
done
## old models had slightly different naming conventions
LASTSRC = ${lastword ${SRCLANGS}}
LASTTRG = ${lastword ${TRGLANGS}}
MODEL_OLD = ${MODEL_SUBDIR}${DATASET}${TRAINSIZE}.${PRE_SRC}-${PRE_TRG}.${LASTSRC}${LASTTRG}
MODEL_OLD_BASENAME = ${MODEL_OLD}.${MODELTYPE}.model${NR}
MODEL_OLD_FINAL = ${WORKDIR}/${MODEL_OLD_BASENAME}.npz.best-perplexity.npz
MODEL_OLD_VOCAB = ${WORKDIR}/${MODEL_OLD}.vocab.yml
MODEL_OLD_DECODER = ${MODEL_OLD_FINAL}.decoder.yml
MODEL_TRANSLATE = ${WORKDIR}/${TESTSET_NAME}.${MODEL}${NR}.${MODELTYPE}.${SRC}.${TRG}
MODEL_OLD_TRANSLATE = ${WORKDIR}/${TESTSET_NAME}.${MODEL_OLD}${NR}.${MODELTYPE}.${SRC}.${TRG}
MODEL_OLD_VALIDLOG = ${MODEL_OLD}.${MODELTYPE}.valid${NR}.log
MODEL_OLD_TRAINLOG = ${MODEL_OLD}.${MODELTYPE}.train${NR}.log
link-old-models:
if [ ! -e ${MODEL_FINAL} ]; then \
if [ -e ${MODEL_OLD_FINAL} ]; then \
ln -s ${MODEL_OLD_FINAL} ${MODEL_FINAL}; \
ln -s ${MODEL_OLD_VOCAB} ${MODEL_VOCAB}; \
ln -s ${MODEL_OLD_DECODER} ${MODEL_DECODER}; \
fi \
fi
if [ ! -e ${MODEL_TRANSLATE} ]; then \
if [ -e ${MODEL_OLD_TRANSLATE} ]; then \
ln -s ${MODEL_OLD_TRANSLATE} ${MODEL_TRANSLATE}; \
fi \
fi
if [ ! -e ${WORKDIR}/${MODEL_VALIDLOG} ]; then \
if [ -e ${WORKDIR}/${MODEL_OLD_VALIDLOG} ]; then \
ln -s ${WORKDIR}/${MODEL_OLD_VALIDLOG} ${WORKDIR}/${MODEL_VALIDLOG}; \
ln -s ${WORKDIR}/${MODEL_OLD_TRAINLOG} ${WORKDIR}/${MODEL_TRAINLOG}; \
fi \
fi
rm -f ${MODEL_TRANSLATE}.eval
rm -f ${MODEL_TRANSLATE}.compare
ifneq (${DATASET},${OLDDATASET})
TRAINFILES = ${wildcard ${WORKDIR}/train/*${OLDDATASET}*.*}
MODELFILES = ${wildcard ${WORKDIR}/*${OLDDATASET}*.*}
DECODERFILES = ${wildcard ${WORKDIR}/*${OLDDATASET}*.decoder.yml}
endif
## fix model names from old style
## where models trained on a single corpus got the name
## of that corpus
## Now: always use 'opus' as the name of the default dataset
fix-model-names:
ifneq (${DATASET},${OLDDATASET})
for f in ${DECODERFILES}; do \
perl -i.bak -pe 's/${OLDDATASET}/${DATASET}/' $$f; \
done
for f in ${TRAINFILES}; do \
mv -f $$f `echo $$f | sed 's/${OLDDATASET}/${DATASET}/'`; \
ln -s `echo $$f | sed 's/${OLDDATASET}/${DATASET}/'` $$f; \
done
for f in ${MODELFILES}; do \
mv -f $$f `echo $$f | sed 's/${OLDDATASET}/${DATASET}/'`; \
done
endif
create-yaml:
for d in `find ${RELEASEDIR} -maxdepth 1 -mindepth 1 -type d`; do \
scripts/readme2yaml.pl $$d; \
done
remove-underperforming:
for d in `find ${RELEASEDIR}/ -type f -name '*.zip'`; do \
b=`echo $$d | sed 's/\.zip//'`; \
l=`echo $$b | sed 's#^${RELEASEDIR}/##' | xargs dirname`; \
f=`basename $$b`; \
if [ `grep BLEU $$b.eval.txt | cut -f3 -d ' ' | cut -f1 -d '.'` -lt ${MIN_BLEU_SCORE} ]; then \
echo "remove $$d;"; \
swift delete ${MODEL_CONTAINER} $$l/$$f.zip; \
swift delete ${MODEL_CONTAINER} $$l/$$f.eval.txt; \
swift delete ${MODEL_CONTAINER} $$l/$$f.test.txt; \
swift delete ${MODEL_CONTAINER} $$l/$$f.yml; \
rm -f $$b.zip; \
rm -f $$b.eval.txt; \
rm -f $$b.test.txt; \
rm -f $$b.yml; \
else \
echo "keep $$d"; \
fi \
done
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