sqlpad/Dockerfile at master · sqlpad/sqlpad

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	# Need to remote into this image and debug some flow?
	# docker run -it --rm node:12.22.1-alpine3.12 /bin/ash
	FROM node:lts-buster AS build
	ARG ODBC_ENABLED=false
	RUN apt-get update && apt-get install -y \
	python3 make g++ python3-dev \
	&& ( \
	if [ "$ODBC_ENABLED" = "true" ] ; \
	then \
	echo "Installing ODBC build dependencies." 1>&2 ;\
	apt-get install -y unixodbc-dev ;\
	npm install -g node-gyp ;\
	fi\
	) \
	&& rm -rf /var/lib/apt/lists/*
	RUN npm config set python /usr/bin/python3

	WORKDIR /sqlpad

	# By copying just the package files and installing node layers,
	# we can take advantage of caching
	# SQLPad is really 3 node projects though
	# * root directory for linting
	# * client/ for web front end
	# * server/ for server (and what eventually holds built front end)
	COPY ./package* ./
	COPY ./client/package* ./client/
	COPY ./server/package* ./server/

	# Install dependencies
	RUN npm ci
	RUN npm ci --prefix client
	RUN npm ci --prefix server

	# Copy rest of the project into docker
	COPY . .

	# Build front-end and copy files into server public dir
	RUN npm run build --prefix client && \
	rm -rf server/public && \
	mkdir server/public && \
	cp -r client/build/* server/public

	# Build test db used for dev, debugging and running tests
	RUN node server/generate-test-db-fixture.js

	# Run tests and linting to validate build
	ENV SKIP_INTEGRATION true
	RUN npm run test --prefix server
	RUN npm run lint

	# Remove any dev dependencies from server
	# We don't care about root or client directories
	# as they are not going to be copied to next stage
	WORKDIR /sqlpad/server
	RUN npm prune --production

	# Start another stage with a fresh node
	# Copy the server directory that has all the necessary node modules + front end build
	FROM node:lts-buster-slim as bundle
	ARG ODBC_ENABLED=false

	# Create a directory for the hooks and optionaly install ODBC
	RUN mkdir -p /etc/docker-entrypoint.d \
	&& apt-get update && apt-get install -y wget \
	&& ( \
	if [ "$ODBC_ENABLED" = "true" ] ; \
	then \
	echo "Installing ODBC runtime dependencies." 1>&2 ;\
	apt-get install -y unixodbc libaio1 odbcinst libodbc1 ;\
	touch /etc/odbcinst.ini ;\
	fi\
	) \
	&& rm -rf /var/lib/apt/lists/*

	WORKDIR /usr/app
	COPY --from=build /sqlpad/docker-entrypoint /
	COPY --from=build /sqlpad/server .

	ENV NODE_ENV production
	ENV SQLPAD_DB_PATH /var/lib/sqlpad
	ENV SQLPAD_PORT 3000
	EXPOSE 3000
	ENTRYPOINT ["/docker-entrypoint"]

	# Things to think about for future docker builds
	# Perhaps add a healthcheck?
	# Should nginx be used to front sqlpad? << No. you can always add an LB/nginx on top of this with compose or other tools when needed.

	RUN ["chmod", "+x", "/docker-entrypoint"]
	WORKDIR /var/lib/sqlpad

	# If you want to use ODBC, use `docker build -t sqlpad/sqlpad-odbc --build-arg ODBC_ENABLED=true .`
	# That will create an image with ODBC enabled.
	#
	# Then add specific ODBC drivers.
	# Option 1: extend this Dockerfile in a fork.
	# Option 2: create your own that starts `FROM sqlpad/sqlpad-odbc` and add drivers there.
	# Note: this is currently not available on dockerhub so you must use the build command to provision it locally.

sqlpad / sqlpad Public

sqlpad/Dockerfile