#Complementary restore command is: mongorestore #For the compressed backup: cat postgres_dump.gz | gunzip | psql -Upostgresįor mongo, things seem to be a little bit more complicated. #The restore route would presumably be something like:Ĭat postgres_dump.sql | docker exec -i vagrant_devpostgres_1 psql -Upostgres On the to do list is getting to these to with the portable Kitematic branch (I’m not sure if that branch will continue, or whether the interest is too niche?!), but in the meantime, I could load it into the Kitematic VM from the Kitematice CLI using: docker save psychemedia/openrefine_ou:tm351d2test | gzip -c > test_openrefine_ou.tgzĭocker save psychemedia/tm351_scipystacknserver:tm351d3test | gzip -c > test_ipynb.tgzĭocker save psychemedia/dockerui_patch:tm351d2test | gzip -c > test_dockerui.tgzĭocker save busybox:latest | gzip -c > test_busybox.tgzĭocker save mongo:latest | gzip -c > test_mongo.tgzĭocker save postgres:latest | gzip -c > test_postgres.tgz To do this we need to get tarballs of the appropriate images so we could then distribute them. One thing I’ve had on pause for some time is the possibility of distributing docker images to students via a USB stick, and then loading them into Kitematic. Although it was a beautiful day today, and I should really have spent it in the garden, or tinkering with F1 data, I lost the day to the screen and keyboard pondering various ways in which we might be able to use Kitematic to support course activities.
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