.gitlab-ci.yml

# Install required NTFk, Ipopt && Mads tools
before_script:
	- apt-get update
	- apt-get install -y wget git gcc gfortran g++ make patch bzip2 hdf5-tools zlib1g-dev

stages:
	- test
	- postprocess

variables:
	JULIA_PKGDIR: "$CI_PROJECT_DIR/"
	package: 'NTFk'

# Define a testing template to use against various images
.test_template: &test_definition
	script:
		# These private packages need special handling.
		# Perhaps there's a more elegant way?
		- julia -e "Pkg.init();
								Pkg.clone(\"https://gitlab-ci-token:$CI_JOB_TOKEN@gitlab.com/TensorFactorization/NMFk.jl.git\");
								Pkg.clone(\"https://gitlab-ci-token:$CI_JOB_TOKEN@gitlab.com/TensorFactorization/TensorDecompositions.jl.git\");
								Pkg.clone(\"https://gitlab-ci-token:$CI_JOB_TOKEN@gitlab.com/TensorFactorization/CanDecomp.jl.git\")"

		# Issues with PyPlot below. See Pull Request details.
		- julia -e "Pkg.clone(\"https://gitlab-ci-token:$CI_JOB_TOKEN@gitlab.com/TensorFactorization/NTFk.jl.git\");
								ENV[\"PYTHON\"]=\"\";
								Pkg.build(\"PyCall\");
								using PyPlot;
								Pkg.resolve();
								Pkg.test(\"$package\",coverage = true)"

	# Keep coverage files for postprocess stage
	artifacts:
		paths:
			- $JULIA_PKGDIR/METADATA
			- $JULIA_PKGDIR/$package
			#- src/*.cov

# Run test on stable image
test:1.4.2:
	stage: test
	image: julia:1.4.2
	<<: *test_definition

# Run test on development image
# test:dev:
# 	stage: test
# 	image: julia:latest
# 	allow_failure: true
# 	<<: *test_definition

# Get code coverage and optionally push
coverage:
	stage: postprocess
	allow_failure: true
	image: julia:1.4.2
	dependencies:
		- test:1.4.2
	script:
		- julia -e 'Pkg.add("Coverage");'
		- julia -e "using Coverage;
								cl, tl = get_summary(process_folder());
								println(\"(\", cl/tl*100, \"%) covered\")"
	coverage: '/\(\d+.\d+\%\) covered/'