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PYTHON ?= python3
VENV ?= ${PYTHON} -m venv
# Všechny flagy, které se s venvem/virtualenvem/... mají volat patří sem. Volá se "${VENV} cesta"
VENV_PATH ?= env
# Musí být definovaná, i kdyby to měla být "."
.PHONY: all venv_check clean install install_web install_venv clean_venv clean_schema run test deploy_test deploy_prod sync_test_media sync_test_db sync_test sync_local_media sync_local_db sync_local
# activate by mělo být předpokladem ke všemu, co volá webový python (i.e. python nasazený do ${VENV}u kvůli webu, např. manage.py)
all:
@# Just echo:
# Install je trochu magický:
# Spusť následující posloupnost příkazů:
# make install_venv
# . ${VENV_PATH}/bin/activate
# make install_web
#
# Pokud install_web říká Error: pg_config executable not found. nainstaluj si libpq-dev
# Pokud chybová hláška obsahuje #include <Python.h>, nainstaluj si python3-dev
#
# Až skončíš s vývojem webu, spusť "deactivate". Tím zmizí '(${VENV_PATH})' ze začátku promptu.
venv_check:
@# Pokud org nemá zapnutý venv, poradíme mu, aby si ho zapnul a spadneme. Jinak nic.
@expr $$PATH : ".*:*$(shell pwd)/${VENV_PATH}/bin" > /dev/null && exit 0 || echo 'Není zapnutý venv, spusť ". ${VENV_PATH}/bin/activate".\nPokud není venv nainstalovaný, spusť "make install_venv"' && false
clean: clean_venv clean_schema
install: install_web
install_web: venv_check
@# venv může být příšerně starý, takže nejdříve upgradujeme venvové věci
pip install --upgrade pip
pip install --upgrade setuptools
# Instalace závislostí webu
pip install -r requirements.txt --upgrade
# Po vygenerování testdat spusť ./manage.py loaddata sitetree_new.json, ať máš menu
# Pro synchronizaci flatpages spusť make sync_prod_flatpages
install_venv:
${VENV} ${VENV_PATH}
clean_venv:
# Možná není 100% foolproof...
@test ! ${VENV_PATH} = . || ! echo "Smaž si prosím venv sám, nebudu mazat celý web"
rm -rfv ${VENV_PATH}
rm -f pip-selfcheck.json
clean_schema:
rm -f schema_seminar.pdf schema_all.pdf
run: venv_check
./manage.py runserver
test: venv_check
./manage.py test -v2 seminar mamweb
# DB schemata
schema: schema_seminar.pdf schema_all.pdf
schema_seminar.pdf: venv_check
./manage.py graph_models seminar | dot -Tpdf > schema_seminar.pdf
schema_all.pdf: venv_check
./manage.py graph_models -a -g | dot -Tpdf > schema_all.pdf
# Deploy to current *mamweb-test* directory
deploy_test: venv_check
@if [ ${USER} != "mam-web" ]; then echo "Only possible by user mam-web"; exit 1; fi
@if [ `readlink -f .` != "/aux/akce/mam/www/mamweb-test" ]; then echo "Only possible in directory mamweb-test"; exit 1; fi
@echo "Installing version from origin/test ..."
git pull origin test
git clean -f
make install
./manage.py migrate
./manage.py collectstatic --noinput
(chown -R :mam . || true )
(chmod -R g+rX,go-w . || true )
@echo Restarting systemd unit
systemctl --user restart mamweb-test.service
@echo Done.
# Deploy to current *mamweb-prod* directory
deploy_prod: venv_check
@if [ ${USER} != "mam-web" ]; then echo "Only possible by user mam-web"; exit 1; fi
@if [ `readlink -f .` != "/aux/akce/mam/www/mamweb-prod" ]; then echo "Only possible in directory mamweb-prod"; exit 1; fi
@echo "Backing up production DB ..."
( cd -P .. && ./backup_prod_db.sh )
@echo "Installing version from origin/master ..."
git pull origin master
git clean -f
make install
./manage.py migrate
./manage.py collectstatic --noinput
(chown -R :mam . || true )
(chmod -R g+rX,go-w . || true )
@echo Restarting systemd user unit for MaM web
systemctl --user restart mamweb-prod.service
@echo Done.
sync_prod_flatpages: venv_check
@echo Downloading current version of flatpages from mamweb-prod.
ssh mam-web@gimli.ms.mff.cuni.cz \
"cd /akce/mam/www/mamweb-prod; ./manage.py dumpdata flatpages --indent=2 > flat.json"
rsync -ave ssh mam-web@gimli.ms.mff.cuni.cz:/akce/mam/www/mamweb-prod/flat.json ./flat.json
@echo "Applying downloaded flatpages."
./manage.py loaddata flat.json
@echo "Done."
# Sync test media directory with production
sync_test_media:
@if [ ${USER} != "mam-web" ]; then echo "Only possible by user mam-web"; exit 1; fi
@if [ `readlink -f .` != "/aux/akce/mam/www/mamweb-test" ]; then echo "Only possible in /akce/mam/www/mamweb-test"; exit 1; fi
rsync -av --delete /akce/mam/www/mamweb-prod/media/ ./media
# Sync test database with production database
sync_test_db:
@if [ ${USER} != "mam-web" ]; then echo "Only possible by user mam-web"; exit 1; fi
pg_dump mam_test > dump-test-`date +"%Y%m%d_%H%M"`.sql
pg_dump -Fc mam_prod > dump-prod.sql
pg_restore -c --if-exists -d mam_test dump-prod.sql
rm dump-prod.sql
@echo Done.
# Aggresive variant: destroy original mam_test db with 'DROP OWNED BY "mam-web";'
sync_test_db_aggressive:
@if [ ${USER} != "mam-web" ]; then echo "Only possible by user mam-web"; exit 1; fi
pg_dump mam_test > dump-test-`date +"%Y%m%d_%H%M"`.sql
pg_dump -Fc mam_prod > dump-prod.sql
@# I am not sure which shell is used, so I am calling bash to make sure
bash -c "psql mam_test <<< 'DROP OWNED BY \"mam-web\";'"
pg_restore -c --if-exists -d mam_test dump-prod.sql
rm dump-prod.sql
@echo Done.
# Sync test with production
# HACK ALERT: using aggressive variant, due to the schemas being too different.
sync_test: sync_test_media sync_test_db_aggressive
# Sync media directory with atrey. Useful for local development with production database
# Does not sync Galerie and CACHE (too huge).
sync_local_media:
rsync -ave ssh --exclude Galerie --exclude CACHE\
mam-web@gimli.ms.mff.cuni.cz:/akce/mam/www/mamweb-prod/media/ ./media/
# Downloads and restores production database to local database. PostgreSQL only.
sync_local_db:
scp mam-web@gimli.ms.mff.cuni.cz:`ssh mam-web@gimli.ms.mff.cuni.cz 'ls -v /akce/mam/www/backups/mam_prod-*\.pgdump.xz | tail -n 1'` \
./last.pgdump.xz
xz -fd last.pgdump.xz
pg_restore -c -d mam-prod last.pgdump
# Sync database and media. See above lines
sync_local: sync_local_media sync_local_db