app-build.sh - sdfabric-onos - Gitiles

 #!/bin/bash

 # Copyright 2020-present Open Networking Foundation
 #
 # Licensed under the Apache License, Version 2.0 (the "License");
 # you may not use this file except in compliance with the License.
 # You may obtain a copy of the License at
 #
 # http://www.apache.org/licenses/LICENSE-2.0
 #
 # Unless required by applicable law or agreed to in writing, software
 # distributed under the License is distributed on an "AS IS" BASIS,
 # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 # See the License for the specific language governing permissions and
 # limitations under the License.

 # Build the apps

 # General purposes vars
 CURRENT_UID=$(id -u)
 CURRENT_GID=$(id -g)
 CURRENT_DIR=$(pwd)
 MVN=1
 PROJECT_VERSION=0

 # Docker related vars
 DOCKER_MVN_TAG=3.6.3-openjdk-11-slim
 DOCKER_MVN_IMAGE=maven:${DOCKER_MVN_TAG}

 # Do not attach stdin if running in an environment without it (e.g., Jenkins)
 IT=$(test -t 0 && echo "-it" || echo "-t")

 # Trellis-control related vars
 TRELLIS_CONTROL_GROUPID=org.onosproject
 TRELLIS_CONTROL_ARTIFACTID=segmentrouting-app
 TRELLIS_CONTROL_ARTIFACT=${TRELLIS_CONTROL_GROUPID}:${TRELLIS_CONTROL_ARTIFACTID}
 TRELLIS_CONTROL_OAR=${TRELLIS_CONTROL_ROOT}/app/target/${TRELLIS_CONTROL_ARTIFACTID}-${TRELLIS_CONTROL_VERSION}.oar

 # Trellis-t3 related vars
 TRELLIS_T3_GROUPID=org.onosproject
 TRELLIS_T3_ARTIFACTID=t3-app
 TRELLIS_T3_ARTIFACT=${TRELLIS_T3_GROUPID}:${TRELLIS_T3_ARTIFACTID}
 TRELLIS_T3_OAR=${TRELLIS_T3_ROOT}/app/target/${TRELLIS_T3_ARTIFACTID}-${TRELLIS_T3_VERSION}.oar

 # UP4 related vars
 UP4_GROUPID=org.omecproject
 UP4_ARTIFACTID=up4-app
 UP4_ARTIFACT=${UP4_GROUPID}:${UP4_ARTIFACTID}
 UP4_TARGETS=_prepare_app_build
 UP4_OAR=${UP4_ROOT}/app/app/target/${UP4_ARTIFACTID}-${UP4_VERSION}.oar

 # Fabric-tna related vars
 FABRIC_TNA_GROUPID=org.stratumproject
 FABRIC_TNA_ARTIFACTID=fabric-tna
 FABRIC_TNA_ARTIFACT=${FABRIC_TNA_GROUPID}:${FABRIC_TNA_ARTIFACTID}
 FABRIC_TNA_TARGETS=all
 FABRIC_TNA_OAR=${FABRIC_TNA_ROOT}/target/${FABRIC_TNA_ARTIFACTID}-${FABRIC_TNA_VERSION}.oar

 set -eu -o pipefail

 function extract_version {
 	# Enter in the project folder
 	cd "$1" || exit 1
 	# Verify if the VERSION file exists
 	if [ -f "VERSION" ]; then
 		NEW_VERSION=$(head -n1 "VERSION")
 		# If this is a golang project, use funky v-prefixed versions
 		if [ -f "Gopkg.toml" ] || [ -f "go.mod" ]; then
 			PROJECT_VERSION=v${NEW_VERSION}
 		else
 			PROJECT_VERSION=${NEW_VERSION}
 		fi
 	# If this is a node.js project
 	elif [ -f "package.json" ]; then
 		NEW_VERSION=$(python -c 'import json,sys;obj=json.load(sys.stdin); print obj["version"]' < package.json)
 		PROJECT_VERSION=${NEW_VERSION}
 	# If this is a mvn project
 	elif [ -f "pom.xml" ]; then
 		NEW_VERSION=$(xmllint --xpath '/*[local-name()="project"]/*[local-name()="version"]/text()' pom.xml)
 		PROJECT_VERSION=${NEW_VERSION}
 	else
 		echo "ERROR: No versioning file found!"
 		exit 1
 	fi
 	cd ../
 }

 # Generic function to build an app
 function build_app {
 	# First step is to remove the oar dir
 	rm -rf "$1"
 	# Settings are needed by both build processes - contains proxy settings and extra
 	cp mvn_settings.xml "$2"
 	# Dependencies are needed only by the mvn copy - contains repo settings
 	cp dependencies.xml "$2"
 	# Mounting the current dir allows to cache the .m2 folder that is persisted and leveraged by subsequent builds
 	docker run "${IT}" --rm -v "${CURRENT_DIR}":/root -w /root/"$3" "${DOCKER_MVN_IMAGE}" \
 		bash -c "mvn dependency:copy -Dartifact=$4:$5:oar \
 		-DoutputDirectory=$6 -Dmdep.useBaseVersion=true \
 		-Dmdep.overWriteReleases=true -Dmdep.overWriteSnapshots=true -f dependencies.xml \
 		-s mvn_settings.xml; \
 		chown -R ${CURRENT_UID}:${CURRENT_GID} /root"
 	# If the oar is not found - try to build using the source code
 	if [ ! -f "$7" ]; then
 		cd "$2" || exit 1
 		# Verify for the last time if the VERSION is a checkout object or a review
 		if ! (git checkout "origin/$5" || git checkout "$5"); then
 			if ! (git fetch "$8" "$5" && git checkout FETCH_HEAD); then
 				exit 1
 			fi
 		fi
 		cd ../
 		# Having the same mount file allows to reduce build time
 		docker run "${IT}" --rm -v "${CURRENT_DIR}":/root -w /root/"$3" "${DOCKER_MVN_IMAGE}" \
 			bash -c "mvn clean install -s mvn_settings.xml; \
 			chown -R ${CURRENT_UID}:${CURRENT_GID} /root"
 		# We need to override the version variable because it is not valid at this point
 		MVN=0
 	fi
 }

 function trellis-control-build {
 	# Build function
 	build_app "${TRELLIS_CONTROL_ROOT}"/app/target \
 	"${TRELLIS_CONTROL_ROOT}"/ "trellis-control" \
 	"${TRELLIS_CONTROL_ARTIFACT}" "${TRELLIS_CONTROL_VERSION}" \
 	"app/target" "${TRELLIS_CONTROL_OAR}" "${TRELLIS_CONTROL_REPO}"
 	# If MVN was not successful - built from sources
 	if [ "$MVN" -eq "0" ]; then
 		# When building from source api and app jars are automatically put into the local .m2 folder.
 		# Update VERSION
 		extract_version "${TRELLIS_CONTROL_ROOT}"
 		# Update OAR
 		TRELLIS_CONTROL_OAR="${TRELLIS_CONTROL_ROOT}"/app/target/"${TRELLIS_CONTROL_ARTIFACTID}"-"${PROJECT_VERSION}".oar
 	else
 		# Fetch trellis-control api and app JARs that may be needed to build other apps when using local maven cache (i.e., T3 and fabric-tna).
 		# Fetched jars will be places in the local .m2 folder.
 		docker run "${IT}" --rm -v "${CURRENT_DIR}":/root -w /root/"trellis-control" "${DOCKER_MVN_IMAGE}" \
 			bash -c "mvn dependency:copy -Dartifact=${TRELLIS_CONTROL_GROUPID}:segmentrouting-api:${TRELLIS_CONTROL_VERSION} \
 			-Dmdep.useBaseVersion=true -Dmdep.overWriteReleases=true -Dmdep.overWriteSnapshots=true -f dependencies.xml \
 			-s mvn_settings.xml; \
 			mvn dependency:copy -Dartifact=${TRELLIS_CONTROL_GROUPID}:segmentrouting-app:${TRELLIS_CONTROL_VERSION} \
 			-Dmdep.useBaseVersion=true -Dmdep.overWriteReleases=true -Dmdep.overWriteSnapshots=true -f dependencies.xml \
 			-s mvn_settings.xml"
 	fi
 	# Final step requires to move the oar to the folder used by the tost docker file. Moreover, it will help catch up errors
 	cp "${TRELLIS_CONTROL_OAR}" "${LOCAL_APPS}"/
 }

 function trellis-t3-build {
 	build_app "${TRELLIS_T3_ROOT}"/app/target \
 	"${TRELLIS_T3_ROOT}"/ "trellis-t3" \
 	"${TRELLIS_T3_ARTIFACT}" "${TRELLIS_T3_VERSION}" \
 	"app/target" "${TRELLIS_T3_OAR}" "${TRELLIS_T3_REPO}"
 	if [ "$MVN" -eq "0" ]; then
 		extract_version "${TRELLIS_T3_ROOT}"
 		TRELLIS_T3_OAR="${TRELLIS_T3_ROOT}"/app/target/"${TRELLIS_T3_ARTIFACTID}"-"${PROJECT_VERSION}".oar
 	fi
 	cp "${TRELLIS_T3_OAR}" "${LOCAL_APPS}"/
 }

 function up4-build {
 	# Prepares app folder
 	cd "${UP4_ROOT}" || exit 1 && make "${UP4_TARGETS}"
 	cd ../
 	build_app "${UP4_ROOT}"/app/app/target \
 	"${UP4_ROOT}"/app "up4/app" \
 	"${UP4_ARTIFACT}" "${UP4_VERSION}" \
 	"app/app/target" "${UP4_OAR}" "${UP4_REPO}"
 	if [ "$MVN" -eq "0" ]; then
 		extract_version "${UP4_ROOT}"/app
 		cd ../
 		UP4_OAR="${UP4_ROOT}"/app/app/target/"${UP4_ARTIFACTID}"-"${PROJECT_VERSION}".oar
 	fi
 	cp "${UP4_OAR}" "${LOCAL_APPS}"/
 }

 function fabric-tna-build {
 	# This workaround is temporary - typically we need to build only the pipeconf
 	cd "${FABRIC_TNA_ROOT}" || exit 1 && make "${FABRIC_TNA_TARGETS[@]}"
 	cd ../
 	build_app "${FABRIC_TNA_ROOT}"/target \
 	"${FABRIC_TNA_ROOT}"/ "fabric-tna" \
 	"${FABRIC_TNA_ARTIFACT}" "${FABRIC_TNA_VERSION}" \
 	"target" "${FABRIC_TNA_OAR}" "${FABRIC_TNA_REPO}"
 	if [ "$MVN" -eq "0" ]; then
 		extract_version "${FABRIC_TNA_ROOT}"
 		FABRIC_TNA_OAR="${FABRIC_TNA_ROOT}"/target/"${FABRIC_TNA_ARTIFACTID}"-"${PROJECT_VERSION}".oar
 	fi
 	cp "${FABRIC_TNA_OAR}" "${LOCAL_APPS}"/
 }

 "$1"
	#!/bin/bash

	# Copyright 2020-present Open Networking Foundation
	#
	# Licensed under the Apache License, Version 2.0 (the "License");
	# you may not use this file except in compliance with the License.
	# You may obtain a copy of the License at
	#
	# http://www.apache.org/licenses/LICENSE-2.0
	#
	# Unless required by applicable law or agreed to in writing, software
	# distributed under the License is distributed on an "AS IS" BASIS,
	# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
	# See the License for the specific language governing permissions and
	# limitations under the License.

	# Build the apps

	# General purposes vars
	CURRENT_UID=$(id -u)
	CURRENT_GID=$(id -g)
	CURRENT_DIR=$(pwd)
	MVN=1
	PROJECT_VERSION=0

	# Docker related vars
	DOCKER_MVN_TAG=3.6.3-openjdk-11-slim
	DOCKER_MVN_IMAGE=maven:${DOCKER_MVN_TAG}

	# Do not attach stdin if running in an environment without it (e.g., Jenkins)
	IT=$(test -t 0 && echo "-it" \|\| echo "-t")

	# Trellis-control related vars
	TRELLIS_CONTROL_GROUPID=org.onosproject
	TRELLIS_CONTROL_ARTIFACTID=segmentrouting-app
	TRELLIS_CONTROL_ARTIFACT=${TRELLIS_CONTROL_GROUPID}:${TRELLIS_CONTROL_ARTIFACTID}
	TRELLIS_CONTROL_OAR=${TRELLIS_CONTROL_ROOT}/app/target/${TRELLIS_CONTROL_ARTIFACTID}-${TRELLIS_CONTROL_VERSION}.oar

	# Trellis-t3 related vars
	TRELLIS_T3_GROUPID=org.onosproject
	TRELLIS_T3_ARTIFACTID=t3-app
	TRELLIS_T3_ARTIFACT=${TRELLIS_T3_GROUPID}:${TRELLIS_T3_ARTIFACTID}
	TRELLIS_T3_OAR=${TRELLIS_T3_ROOT}/app/target/${TRELLIS_T3_ARTIFACTID}-${TRELLIS_T3_VERSION}.oar

	# UP4 related vars
	UP4_GROUPID=org.omecproject
	UP4_ARTIFACTID=up4-app
	UP4_ARTIFACT=${UP4_GROUPID}:${UP4_ARTIFACTID}
	UP4_TARGETS=_prepare_app_build
	UP4_OAR=${UP4_ROOT}/app/app/target/${UP4_ARTIFACTID}-${UP4_VERSION}.oar

	# Fabric-tna related vars
	FABRIC_TNA_GROUPID=org.stratumproject
	FABRIC_TNA_ARTIFACTID=fabric-tna
	FABRIC_TNA_ARTIFACT=${FABRIC_TNA_GROUPID}:${FABRIC_TNA_ARTIFACTID}
	FABRIC_TNA_TARGETS=all
	FABRIC_TNA_OAR=${FABRIC_TNA_ROOT}/target/${FABRIC_TNA_ARTIFACTID}-${FABRIC_TNA_VERSION}.oar

	set -eu -o pipefail

	function extract_version {
	# Enter in the project folder
	cd "$1" \|\| exit 1
	# Verify if the VERSION file exists
	if [ -f "VERSION" ]; then
	NEW_VERSION=$(head -n1 "VERSION")
	# If this is a golang project, use funky v-prefixed versions
	if [ -f "Gopkg.toml" ] \|\| [ -f "go.mod" ]; then
	PROJECT_VERSION=v${NEW_VERSION}
	else
	PROJECT_VERSION=${NEW_VERSION}
	fi
	# If this is a node.js project
	elif [ -f "package.json" ]; then
	NEW_VERSION=$(python -c 'import json,sys;obj=json.load(sys.stdin); print obj["version"]' < package.json)
	PROJECT_VERSION=${NEW_VERSION}
	# If this is a mvn project
	elif [ -f "pom.xml" ]; then
	NEW_VERSION=$(xmllint --xpath '/[local-name()="project"]/[local-name()="version"]/text()' pom.xml)
	PROJECT_VERSION=${NEW_VERSION}
	else
	echo "ERROR: No versioning file found!"
	exit 1
	fi
	cd ../
	}

	# Generic function to build an app
	function build_app {
	# First step is to remove the oar dir
	rm -rf "$1"
	# Settings are needed by both build processes - contains proxy settings and extra
	cp mvn_settings.xml "$2"
	# Dependencies are needed only by the mvn copy - contains repo settings
	cp dependencies.xml "$2"
	# Mounting the current dir allows to cache the .m2 folder that is persisted and leveraged by subsequent builds
	docker run "${IT}" --rm -v "${CURRENT_DIR}":/root -w /root/"$3" "${DOCKER_MVN_IMAGE}" \
	bash -c "mvn dependency:copy -Dartifact=$4:$5:oar \
	-DoutputDirectory=$6 -Dmdep.useBaseVersion=true \
	-Dmdep.overWriteReleases=true -Dmdep.overWriteSnapshots=true -f dependencies.xml \
	-s mvn_settings.xml; \
	chown -R ${CURRENT_UID}:${CURRENT_GID} /root"
	# If the oar is not found - try to build using the source code
	if [ ! -f "$7" ]; then
	cd "$2" \|\| exit 1
	# Verify for the last time if the VERSION is a checkout object or a review
	if ! (git checkout "origin/$5" \|\| git checkout "$5"); then
	if ! (git fetch "$8" "$5" && git checkout FETCH_HEAD); then
	exit 1
	fi
	fi
	cd ../
	# Having the same mount file allows to reduce build time
	docker run "${IT}" --rm -v "${CURRENT_DIR}":/root -w /root/"$3" "${DOCKER_MVN_IMAGE}" \
	bash -c "mvn clean install -s mvn_settings.xml; \
	chown -R ${CURRENT_UID}:${CURRENT_GID} /root"
	# We need to override the version variable because it is not valid at this point
	MVN=0
	fi
	}

	function trellis-control-build {
	# Build function
	build_app "${TRELLIS_CONTROL_ROOT}"/app/target \
	"${TRELLIS_CONTROL_ROOT}"/ "trellis-control" \
	"${TRELLIS_CONTROL_ARTIFACT}" "${TRELLIS_CONTROL_VERSION}" \
	"app/target" "${TRELLIS_CONTROL_OAR}" "${TRELLIS_CONTROL_REPO}"
	# If MVN was not successful - built from sources
	if [ "$MVN" -eq "0" ]; then
	# When building from source api and app jars are automatically put into the local .m2 folder.
	# Update VERSION
	extract_version "${TRELLIS_CONTROL_ROOT}"
	# Update OAR
	TRELLIS_CONTROL_OAR="${TRELLIS_CONTROL_ROOT}"/app/target/"${TRELLIS_CONTROL_ARTIFACTID}"-"${PROJECT_VERSION}".oar
	else
	# Fetch trellis-control api and app JARs that may be needed to build other apps when using local maven cache (i.e., T3 and fabric-tna).
	# Fetched jars will be places in the local .m2 folder.
	docker run "${IT}" --rm -v "${CURRENT_DIR}":/root -w /root/"trellis-control" "${DOCKER_MVN_IMAGE}" \
	bash -c "mvn dependency:copy -Dartifact=${TRELLIS_CONTROL_GROUPID}:segmentrouting-api:${TRELLIS_CONTROL_VERSION} \
	-Dmdep.useBaseVersion=true -Dmdep.overWriteReleases=true -Dmdep.overWriteSnapshots=true -f dependencies.xml \
	-s mvn_settings.xml; \
	mvn dependency:copy -Dartifact=${TRELLIS_CONTROL_GROUPID}:segmentrouting-app:${TRELLIS_CONTROL_VERSION} \
	-Dmdep.useBaseVersion=true -Dmdep.overWriteReleases=true -Dmdep.overWriteSnapshots=true -f dependencies.xml \
	-s mvn_settings.xml"
	fi
	# Final step requires to move the oar to the folder used by the tost docker file. Moreover, it will help catch up errors
	cp "${TRELLIS_CONTROL_OAR}" "${LOCAL_APPS}"/
	}

	function trellis-t3-build {
	build_app "${TRELLIS_T3_ROOT}"/app/target \
	"${TRELLIS_T3_ROOT}"/ "trellis-t3" \
	"${TRELLIS_T3_ARTIFACT}" "${TRELLIS_T3_VERSION}" \
	"app/target" "${TRELLIS_T3_OAR}" "${TRELLIS_T3_REPO}"
	if [ "$MVN" -eq "0" ]; then
	extract_version "${TRELLIS_T3_ROOT}"
	TRELLIS_T3_OAR="${TRELLIS_T3_ROOT}"/app/target/"${TRELLIS_T3_ARTIFACTID}"-"${PROJECT_VERSION}".oar
	fi
	cp "${TRELLIS_T3_OAR}" "${LOCAL_APPS}"/
	}

	function up4-build {
	# Prepares app folder
	cd "${UP4_ROOT}" \|\| exit 1 && make "${UP4_TARGETS}"
	cd ../
	build_app "${UP4_ROOT}"/app/app/target \
	"${UP4_ROOT}"/app "up4/app" \
	"${UP4_ARTIFACT}" "${UP4_VERSION}" \
	"app/app/target" "${UP4_OAR}" "${UP4_REPO}"
	if [ "$MVN" -eq "0" ]; then
	extract_version "${UP4_ROOT}"/app
	cd ../
	UP4_OAR="${UP4_ROOT}"/app/app/target/"${UP4_ARTIFACTID}"-"${PROJECT_VERSION}".oar
	fi
	cp "${UP4_OAR}" "${LOCAL_APPS}"/
	}

	function fabric-tna-build {
	# This workaround is temporary - typically we need to build only the pipeconf
	cd "${FABRIC_TNA_ROOT}" \|\| exit 1 && make "${FABRIC_TNA_TARGETS[@]}"
	cd ../
	build_app "${FABRIC_TNA_ROOT}"/target \
	"${FABRIC_TNA_ROOT}"/ "fabric-tna" \
	"${FABRIC_TNA_ARTIFACT}" "${FABRIC_TNA_VERSION}" \
	"target" "${FABRIC_TNA_OAR}" "${FABRIC_TNA_REPO}"
	if [ "$MVN" -eq "0" ]; then
	extract_version "${FABRIC_TNA_ROOT}"
	FABRIC_TNA_OAR="${FABRIC_TNA_ROOT}"/target/"${FABRIC_TNA_ARTIFACTID}"-"${PROJECT_VERSION}".oar
	fi
	cp "${FABRIC_TNA_OAR}" "${LOCAL_APPS}"/
	}

	"$1"