path: root/Makefile

PYTHON = python
SITELIB=$(shell $(PYTHON) -c "from distutils.sysconfig import get_python_lib; print get_python_lib()")
OFFICIAL ?= no
PACKER ?= packer
PACKER_BUILD_OPTS ?= -var 'official=$(OFFICIAL)' -var 'aw_repo_url=$(AW_REPO_URL)'
GRUNT ?= $(shell [ -t 0 ] && echo "grunt" || echo "grunt --no-color")
TESTEM ?= ./node_modules/.bin/testem
BROCCOLI_BIN ?= ./node_modules/.bin/broccoli
MOCHA_BIN ?= ./node_modules/.bin/_mocha
ISTANBUL_BIN ?= ./node_modules/.bin/istanbul
BROWSER_SYNC_BIN ?= ./node_modules/.bin/browser-sync
NODE ?= node
NPM_BIN ?= npm
DEPS_SCRIPT ?= packaging/bundle/deps.py
GIT_BRANCH ?= $(shell git rev-parse --abbrev-ref HEAD)

CLIENT_TEST_DIR ?= build_test

# Determine appropriate shasum command
UNAME_S := $(shell uname -s)
ifeq ($(UNAME_S),Linux)
    SHASUM_BIN ?= sha256sum
endif
ifeq ($(UNAME_S),Darwin)
    SHASUM_BIN ?= shasum -a 256
endif

# Get the branch information from git
GIT_DATE := $(shell git log -n 1 --format="%ai")
DATE := $(shell date -u +%Y%m%d%H%M)

NAME = ansible-tower
VERSION = $(shell $(PYTHON) -c "from awx import __version__; print(__version__.split('-')[0])")
GIT_REMOTE_URL = $(shell git config --get remote.origin.url)
BUILD = 0.git$(DATE)
ifeq ($(OFFICIAL),yes)
    RELEASE ?= 1
    AW_REPO_URL ?= http://releases.ansible.com/ansible-tower
else
    RELEASE ?= $(BUILD)
    AW_REPO_URL ?= http://jenkins.testing.ansible.com/ansible-tower_nightlies_RTYUIOPOIUYTYU/$(GIT_BRANCH)
endif

# Allow AMI license customization
AWS_INSTANCE_COUNT ?= 0

# GPG signature parameters (BETA key not yet used)
GPG_BIN ?= gpg
GPG_RELEASE = 442667A9
GPG_RELEASE_FILE = GPG-KEY-ansible-release
GPG_BETA = D7B00447
GPG_BETA_FILE = GPG-KEY-ansible-beta

# Determine GPG key for package signing
ifeq ($(OFFICIAL),yes)
    GPG_KEY = $(GPG_RELEASE)
    GPG_FILE = $(GPG_RELEASE_FILE)
endif

# TAR build parameters
ifeq ($(OFFICIAL),yes)
    SETUP_TAR_NAME=$(NAME)-setup-$(VERSION)
    SDIST_TAR_NAME=$(NAME)-$(VERSION)
else
    SETUP_TAR_NAME=$(NAME)-setup-$(VERSION)-$(RELEASE)
    SDIST_TAR_NAME=$(NAME)-$(VERSION)-$(RELEASE)
endif
SDIST_TAR_FILE=$(SDIST_TAR_NAME).tar.gz
SETUP_TAR_FILE=$(SETUP_TAR_NAME).tar.gz
SETUP_TAR_LINK=$(NAME)-setup-latest.tar.gz
SETUP_TAR_CHECKSUM=$(NAME)-setup-CHECKSUM

# DEB build parameters
DEBUILD_BIN ?= debuild
DEBUILD_OPTS = --source-option="-I"
DPUT_BIN ?= dput
DPUT_OPTS ?= -c .dput.cf -u
REPREPRO_BIN ?= reprepro
REPREPRO_OPTS ?= -b reprepro --export=force
DEB_DIST ?=
ifeq ($(OFFICIAL),yes)
    # Sign official builds
    DEBUILD_OPTS += -k$(GPG_KEY)
    REPREPRO_OPTS += --ask-passphrase
else
    # Do not sign development builds
    DEBUILD_OPTS += -uc -us
endif
DEBUILD = $(DEBUILD_BIN) $(DEBUILD_OPTS)
DEB_PPA ?= mini_dinstall
DEB_ARCH ?= amd64
DEB_NVR = $(NAME)_$(VERSION)-$(RELEASE)~$(DEB_DIST)
DEB_NVRA = $(DEB_NVR)_$(DEB_ARCH)
DEB_NVRS = $(DEB_NVR)_source
DEB_TAR_NAME=$(NAME)-$(VERSION)
DEB_TAR_FILE=$(NAME)_$(VERSION).orig.tar.gz

# pbuilder parameters
PBUILDER_CACHE_DIR = /var/cache/pbuilder
PBUILDER_BIN ?= pbuilder
PBUILDER_OPTS ?= --debootstrapopts --variant=buildd --distribution $(DEB_DIST) --architecture $(DEB_ARCH) --basetgz $(PBUILDER_CACHE_DIR)/$(DEB_DIST)-$(DEB_ARCH)-base.tgz --buildresult $(PWD)/deb-build

# RPM build parameters
MOCK_BIN ?= mock
MOCK_CFG ?=
RPM_SPECDIR= packaging/rpm
RPM_SPEC = $(RPM_SPECDIR)/$(NAME).spec
RPM_DIST ?= $(shell rpm --eval '%{?dist}' 2>/dev/null)
# Provide a fallback value for RPM_DIST
ifeq ($(RPM_DIST),)
    RPM_DIST = .el6
endif
RPM_ARCH ?= $(shell rpm --eval '%{_arch}' 2>/dev/null)
# Provide a fallback value for RPM_ARCH
ifeq ($(RPM_ARCH),)
    RPM_ARCH = $(shell uname -m)
endif
RPM_NVR = $(NAME)-$(VERSION)-$(RELEASE)$(RPM_DIST)

# TAR Bundle build parameters
DIST = $(shell echo $(RPM_DIST) | sed -e 's|^\.\(el\)\([0-9]\).*|\1|')
DIST_MAJOR = $(shell echo $(RPM_DIST) | sed -e 's|^\.\(el\)\([0-9]\).*|\2|')
DIST_FULL = $(DIST)$(DIST_MAJOR)
OFFLINE_TAR_NAME = $(NAME)-setup-bundle-$(VERSION)-$(RELEASE).$(DIST_FULL)
OFFLINE_TAR_FILE = $(OFFLINE_TAR_NAME).tar.gz
OFFLINE_TAR_LINK = $(NAME)-setup-bundle-latest.$(DIST_FULL).tar.gz
OFFLINE_TAR_CHECKSUM=$(NAME)-setup-bundle-CHECKSUM

# Detect underlying OS distribution
DISTRO ?=
ifneq (,$(wildcard /etc/lsb-release))
    DISTRO = $(shell . /etc/lsb-release && echo $${DISTRIB_ID} | tr '[:upper:]' '[:lower:]')
endif
ifneq (,$(wildcard /etc/os-release))
    DISTRO = $(shell . /etc/os-release && echo $${ID})
endif
ifneq (,$(wildcard /etc/fedora-release))
    DISTRO = fedora
endif
ifneq (,$(wildcard /etc/centos-release))
    DISTRO = centos
endif
ifneq (,$(wildcard /etc/redhat-release))
    DISTRO = redhat
endif

# Adjust `setup.py install` parameters based on OS distribution
SETUP_INSTALL_ARGS = --skip-build --no-compile --root=$(DESTDIR) -v
ifeq ($(DISTRO),ubuntu)
    SETUP_INSTALL_ARGS += --install-layout=deb
endif

.DEFAULT_GOAL := build

.PHONY: clean rebase push requirements requirements_dev requirements_jenkins \
	real-requirements real-requirements_dev real-requirements_jenkins \
	develop refresh adduser syncdb migrate dbchange dbshell runserver celeryd \
	receiver test test_unit test_coverage coverage_html test_jenkins dev_build \
	release_build release_clean sdist rpmtar mock-rpm mock-srpm rpm-sign \
	build-ui sync-ui test-ui build-ui-for-coverage test-ui-for-coverage \
	build-ui-for-browser-tests test-ui-debug jshint ngdocs \
	websocket-proxy browser-sync browser-sync-reload brocolli-watcher \
	devjs minjs testjs_ci \
	deb deb-src debian debsign pbuilder reprepro setup_tarball \
	virtualbox-ovf virtualbox-centos-7 virtualbox-centos-6 \
	clean-bundle setup_bundle_tarball

# Remove setup build files
clean-tar:
	rm -rf tar-build

# Remove rpm build files
clean-rpm:
	rm -rf rpm-build

# Remove debian build files
clean-deb:
	rm -rf deb-build reprepro

# Remove grunt build files
clean-grunt:
	rm -f package.json Gruntfile.js Brocfile.js bower.json
	rm -rf node_modules

# Remove packer artifacts
clean-packer:
	rm -rf packer_cache
	rm -rf packaging/packer/packer_cache
	rm -rf packaging/packer/output-virtualbox-iso/
	rm -rf packaging/packer/output-vmware-iso
	rm -f packaging/packer/ansible-tower-*.box
	rm -rf packaging/packer/ansible-tower*-ova
	rm -rf packaging/packer/ansible-tower*-vmx
	rm -f Vagrantfile

clean-bundle:
	rm -rf setup-bundle-build

# remove ui build artifacts
clean-ui:
	rm -rf DEBUG

clean-static:
	rm -rf awx/ui/static/

clean-build-test:
	rm -rf awx/ui/build_test/

# Remove temporary build files, compiled Python files.
clean: clean-rpm clean-deb clean-grunt clean-ui clean-static clean-build-test clean-tar clean-packer clean-bundle
	rm -rf awx/lib/site-packages
	rm -rf awx/lib/.deps_built
	rm -rf dist/*
	rm -rf tmp
	mkdir tmp
	rm -rf build $(NAME)-$(VERSION) *.egg-info
	find . -type f -regex ".*\.py[co]$$" -delete

# convenience target to assert environment variables are defined
guard-%:
	@if [ "${${*}}" == "" ]; then \
	    echo "The required environment variable '$*' is not set"; \
	    exit 1; \
	fi

# Fetch from origin, rebase local commits on top of origin commits.
rebase:
	git pull --rebase origin master

# Push changes to origin.
push:
	git push origin master

# Install runtime, development and jenkins requirements
requirements requirements_dev requirements_jenkins: %: real-%

# Install third-party requirements needed for development environment.
# NOTE:
#  * --target is only supported on newer versions of pip
#  * https://github.com/pypa/pip/issues/3056 - the workaround is to override the `install-platlib`
#  * --user (in conjunction with PYTHONUSERBASE="awx" may be a better option
#  * --target implies --ignore-installed
real-requirements:
	pip install -r requirements/requirements.txt --target awx/lib/site-packages/ --install-option="--install-platlib=\$$base/lib/python"

real-requirements_dev:
	pip install -r requirements/requirements_dev.txt --target awx/lib/site-packages/ --install-option="--install-platlib=\$$base/lib/python"

# Install third-party requirements needed for running unittests in jenkins
real-requirements_jenkins:
	pip install -r requirements/requirements_jenkins.txt
	$(NPM_BIN) install csslint jshint

# "Install" ansible-tower package in development mode.
develop:
	@if [ "$(VIRTUAL_ENV)" ]; then \
	    pip uninstall -y awx; \
	    $(PYTHON) setup.py develop; \
	else \
	    sudo pip uninstall -y awx; \
	    sudo $(PYTHON) setup.py develop; \
	fi

version_file:
	mkdir -p /var/lib/awx/
	python -c "import awx as awx; print awx.__version__" > /var/lib/awx/.tower_version

# Do any one-time init tasks.
init:
	@if [ "$(VIRTUAL_ENV)" ]; then \
	    awx-manage register_instance --primary --hostname=127.0.0.1; \
	else \
	    sudo awx-manage register_instance --primary --hostname=127.0.0.1; \
	fi

# Refresh development environment after pulling new code.
refresh: clean requirements_dev version_file develop migrate

# Create Django superuser.
adduser:
	$(PYTHON) manage.py createsuperuser

# Create initial database tables (excluding migrations).
syncdb:
	$(PYTHON) manage.py syncdb --noinput

# Create database tables and apply any new migrations.
migrate: syncdb
	$(PYTHON) manage.py migrate --noinput

# Run after making changes to the models to create a new migration.
dbchange:
	$(PYTHON) manage.py schemamigration main v14_changes --auto

# access database shell, asks for password
dbshell:
	sudo -u postgres psql -d awx-dev

server_noattach:
	tmux new-session -d -s tower 'exec make runserver'
	tmux rename-window 'Tower'
	tmux select-window -t tower:0
	tmux split-window -v 'exec make celeryd'
	tmux split-window -h 'exec make taskmanager'
	tmux new-window 'exec make receiver'
	tmux select-window -t tower:1
	tmux rename-window 'Extra Services'
	tmux split-window -v 'exec make socketservice'
	tmux split-window -h 'exec make factcacher'

server: server_noattach
	tmux -2 attach-session -t tower

# Use with iterm2's native tmux protocol support
servercc: server_noattach
	tmux -2 -CC attach-session -t tower

# Alternate approach to tmux to run all development tasks specified in
# Procfile.  https://youtu.be/OPMgaibszjk
honcho:
	honcho start

# Run the built-in development webserver (by default on http://localhost:8013).
runserver:
	$(PYTHON) manage.py runserver

# Run to start the background celery worker for development.
celeryd:
	$(PYTHON) manage.py celeryd -l DEBUG -B --autoscale=20,2 -Ofair

# Run to start the zeromq callback receiver
receiver:
	$(PYTHON) manage.py run_callback_receiver

taskmanager:
	$(PYTHON) manage.py run_task_system

socketservice:
	$(PYTHON) manage.py run_socketio_service

factcacher:
	$(PYTHON) manage.py run_fact_cache_receiver

reports:
	mkdir -p $@

pep8: reports
	@(set -o pipefail && $@ | tee reports/$@.report)

flake8: reports
	@$@ --output-file=reports/$@.report

pyflakes: reports
	@(set -o pipefail && $@ | tee reports/$@.report)

pylint: reports
	@(set -o pipefail && $@ | reports/$@.report)

check: flake8 pep8 # pyflakes pylint
	
# Run all API unit tests.
test:
	py.test awx/main/tests awx/api/tests awx/fact/tests

test_unit:
	py.test awx/main/tests/unit

# Run all API unit tests with coverage enabled.
test_coverage:
	py.test --cov=awx --cov-report=xml --junitxml=./reports/junit.xml awx/main/tests awx/api/tests awx/fact/tests

# Output test coverage as HTML (into htmlcov directory).
coverage_html:
	coverage html

# Run API unit tests across multiple Python/Django versions with Tox.
test_tox:
	tox -v

# Run unit tests to produce output for Jenkins.
# Alias existing make target so old versions run against Jekins the same way
test_jenkins : test_coverage

# UI TASKS
# --------------------------------------

# begin targets that pull ui files from packaging to the root of the app
Gruntfile.js: packaging/node/Gruntfile.js
	cp $< $@

Brocfile.js: packaging/node/Brocfile.js
	cp $< $@

bower.json: packaging/node/bower.json
	cp $< $@

package.json: packaging/node/package.template
	sed -e 's#%NAME%#$(NAME)#;s#%VERSION%#$(VERSION)#;s#%GIT_REMOTE_URL%#$(GIT_REMOTE_URL)#;' $< > $@

testem.yml: packaging/node/testem.yml
	cp $< $@

.istanbul.yml: packaging/node/.istanbul.yml
	cp $< $@
# end targets that pull ui files from packaging to the root of the app

# update package.json and install npm dependencies
node_modules: package.json
	$(NPM_BIN) install
	touch $@

# helper tasks to run broccoli build process at awx/ui/<destination_dir>,
# to build the ui, use the build-ui target instead:
#	UI_FLAGS=<flags as seen in Brocfile.js and
#		packaging/node/tower-app.js>: additional parameters to pass broccoli
#		for building
awx/ui/static: node_modules clean-ui clean-static Brocfile.js bower.json
	$(BROCCOLI_BIN) build awx/ui/static -- $(UI_FLAGS)

awx/ui/build_test: node_modules clean-ui clean-build-test Brocfile.js bower.json
	$(BROCCOLI_BIN) build awx/ui/build_test -- $(UI_FLAGS)

# build the ui to awx/ui/static:
#	defaults to standard dev build (concatenated, non-minified, sourcemaps, no
#		tests)
#	PROD=true: standard prod build (concatenated, minified, no sourcemaps,
#		compressed, no tests)
#	EXTRA_UI_FLAGS=<flags as seen in Brocfile.js and
#		packaging/node/tower-app.js>: additional parameters to pass broccoli
#		for building
PROD ?= false

# TODO: Remove after 2.4 (alias for devjs/minjs)
devjs: build-ui
minjs: build-ui
ifeq ($(MAKECMDGOALS),minjs)
   PROD = true
endif

ifeq ($(PROD),true)
    UI_FLAGS=--silent --compress --no-docs --no-debug --no-sourcemaps \
    $(EXTRA_UI_FLAGS)
else
    UI_FLAGS=$(EXTRA_UI_FLAGS)
endif

build-ui: awx/ui/static

# launch watcher to continuously build the ui to awx/ui/static and run tests
#	after changes are made:
#	WATCHER_FLAGS: options to be utilized by broccoli timepiece
#	UI_FLAGS=<flags as seen in Brocfile.js and
#		packaging/node/tower-app.js>: additional parameters to pass broccoli
#		for building
# 	DOCKER_MACHINE_NAME=<name of docker-machine tower is running on>: when
#		passed, not only will brocolli rebuild, but browser-sync will proxy
#		proxy tower and refresh the ui when a change is made.
DOCKER_MACHINE_NAME ?= none
ifeq ($(DOCKER_MACHINE_NAME),none)
   sync-ui: node_modules brocolli-watcher
else
   sync-ui: node_modules
	   tmux new-session -d -s ui_sync 'exec make brocolli-watcher'
	   tmux rename-window 'UI Sync'
	   tmux select-window -t ui_sync:0
	   tmux split-window -v 'exec make browser-sync'
	   tmux split-window -h 'exec make websocket-proxy'
	   tmux select-layout main-vertical
	   tmux attach-session -t ui_sync
endif

websocket-proxy:
	docker-machine ssh $(DOCKER_MACHINE_NAME) -L 8080:localhost:8080

browser-sync:
	$(BROWSER_SYNC_BIN) start --proxy $(shell docker-machine ip $(DOCKER_MACHINE_NAME)):8013 --ws

browser-sync-reload:
	$(BROWSER_SYNC_BIN) reload

brocolli-watcher: Brocfile.js testem.yml
	$(NODE) tools/ui/timepiece.js awx/ui/static $(WATCHER_FLAGS) -- $(UI_FLAGS)

# run ui unit-tests:
#	defaults to a useful dev testing run.  Builds the ui to awx/ui/build_test
#		and runs mocha (node.js) tests with istanbul coverage (and an html
#		coverage report)
#	UI_TESTS_TO_RUN=<file>-test.js: Set this to only run a specific test file
#	CI=true: Builds the ui to awx/ui/build_test
#		and runs mocha (node.js) tests with istanbul coverage (and a cobertura
#		coverage report).  Also builds the ui to awx/ui/static and runs the
#		testem (phantomjs) tests.  Outputs these to XUNIT format to be consumed
#		and displayed in jenkins
#	DEBUG=true: Builds the ui to awx/ui/static and runs testem tests in Chrome
#		so you can breakpoint the tests and underlying code to figure out why
#		tests are failing.
#		TESTEM_DEBUG_BROWSER: the browser to run tests in, default to Chrome

# TODO: deprecated past 2.4
testjs_ci: test-ui # w var UI_TEST_MODE=CI

UI_TEST_MODE ?= DEV
ifeq ($(UI_TEST_MODE),CI)
    # ci testing run
    # this used to be testjs_ci, sort-of
    REPORTER = xunit
    test-ui: .istanbul.yml build-ui-for-coverage test-ui-for-coverage
else
ifeq ($(UI_TEST_MODE),DEV_DEBUG)
    # debug (breakpoint) dev testing run
    test-ui: build-ui-for-browser-tests test-ui-debug
else
    # default dev testing run
    test-ui: .istanbul.yml build-ui-for-coverage test-ui-for-coverage
endif
endif

# helper tasks to test ui, don't call directly
build-ui-for-coverage: UI_FLAGS=--node-tests --no-concat --no-styles
build-ui-for-coverage: awx/ui/build_test

REPORTER ?= standard
UI_TESTS_TO_RUN ?= all
ifeq ($(REPORTER), xunit)
   test-ui-for-coverage:
	    XUNIT_FILE=reports/test-results-ui.xml NODE_PATH=awx/ui/build_test $(ISTANBUL_BIN) cover --include-all-sources $(MOCHA_BIN) -- --full-trace --reporter xunit-file $(shell find  awx/ui/build_test -name '*-test.js'); cp coverage/ui-coverage-report.xml reports/coverage-report-ui.xml
else
ifeq ($(UI_TESTS_TO_RUN), all)
   test-ui-for-coverage:
	    NODE_PATH=awx/ui/build_test $(ISTANBUL_BIN) cover --include-all-sources $(MOCHA_BIN) -- --full-trace $(shell find  awx/ui/build_test -name '*-test.js')
else
test-ui-for-coverage:
	 NODE_PATH=awx/ui/build_test $(ISTANBUL_BIN) cover $(MOCHA_BIN) -- --full-trace $(shell find  awx/ui/build_test -name '$(UI_TESTS_TO_RUN)')
endif
endif

build-ui-for-browser-tests: UI_FLAGS=--no-styles --no-compress --browser-tests --no-node-tests
build-ui-for-browser-tests: awx/ui/static

TESTEM_DEBUG_BROWSER ?= Chrome
test-ui-debug:
	PATH=./node_modules/.bin:$(PATH) $(TESTEM) --file testem.yml -l $(TESTEM_DEBUG_BROWSER)

# lint .js files
jshint: node_modules Gruntfile.js
	$(GRUNT) $@

# generate ui docs
ngdocs: build-ui Gruntfile.js
	$(GRUNT) $@

# END UI TASKS
# --------------------------------------

# Build a pip-installable package into dist/ with a timestamped version number.
dev_build:
	$(PYTHON) setup.py dev_build

# Build a pip-installable package into dist/ with the release version number.
release_build:
	$(PYTHON) setup.py release_build

# Build setup tarball
tar-build/$(SETUP_TAR_FILE):
	@mkdir -p tar-build
	@cp -a setup tar-build/$(SETUP_TAR_NAME)
	@rsync -az docs/licenses tar-build/$(SETUP_TAR_NAME)/
	@cd tar-build/$(SETUP_TAR_NAME) && sed -e 's#%NAME%#$(NAME)#;s#%VERSION%#$(VERSION)#;s#%RELEASE%#$(RELEASE)#;' group_vars/all.in > group_vars/all
	@cd tar-build && tar -czf $(SETUP_TAR_FILE) --exclude "*/all.in" $(SETUP_TAR_NAME)/
	@ln -sf $(SETUP_TAR_FILE) tar-build/$(SETUP_TAR_LINK)

tar-build/$(SETUP_TAR_CHECKSUM):
	@if [ "$(OFFICIAL)" != "yes" ] ; then \
	    cd tar-build && $(SHASUM_BIN) $(NAME)*.tar.gz > $(notdir $@) ; \
	else \
	    cd tar-build && $(SHASUM_BIN) $(NAME)*.tar.gz | $(GPG_BIN) --clearsign --batch --passphrase "$(GPG_PASSPHRASE)" -u "$(GPG_KEY)" -o $(notdir $@) - ; \
	fi

setup_tarball: tar-build/$(SETUP_TAR_FILE) tar-build/$(SETUP_TAR_CHECKSUM)
	@echo "#############################################"
	@echo "Artifacts:"
	@echo tar-build/$(SETUP_TAR_FILE)
	@echo tar-build/$(SETUP_TAR_LINK)
	@echo tar-build/$(SETUP_TAR_CHECKSUM)
	@echo "#############################################"

release_clean:
	-(rm *.tar)
	-(rm -rf ($RELEASE))

dist/$(SDIST_TAR_FILE): minjs
	BUILD="$(BUILD)" $(PYTHON) setup.py sdist

sdist: dist/$(SDIST_TAR_FILE)
	@echo "#############################################"
	@echo "Artifacts:"
	@echo dist/$(SDIST_TAR_FILE)
	@echo "#############################################"

# Build setup bundle tarball
setup-bundle-build:
	mkdir -p $@

# TODO - Somehow share implementation with setup_tarball
setup-bundle-build/$(OFFLINE_TAR_FILE):
	cp -a setup setup-bundle-build/$(OFFLINE_TAR_NAME)
	rsync -az docs/licenses setup-bundle-build/$(OFFLINE_TAR_NAME)/
	cd setup-bundle-build/$(OFFLINE_TAR_NAME) && sed -e 's#%NAME%#$(NAME)#;s#%VERSION%#$(VERSION)#;s#%RELEASE%#$(RELEASE)#;' group_vars/all.in > group_vars/all
	$(PYTHON) $(DEPS_SCRIPT) -d $(DIST) -r $(DIST_MAJOR) -u $(AW_REPO_URL) -s setup-bundle-build/$(OFFLINE_TAR_NAME) -v -v -v
	cd setup-bundle-build && tar -czf $(OFFLINE_TAR_FILE) --exclude "*/all.in" $(OFFLINE_TAR_NAME)/
	ln -sf $(OFFLINE_TAR_FILE) setup-bundle-build/$(OFFLINE_TAR_LINK)

setup-bundle-build/$(OFFLINE_TAR_CHECKSUM):
	@if [ "$(OFFICIAL)" != "yes" ] ; then \
	    cd setup-bundle-build && $(SHASUM_BIN) $(NAME)*.tar.gz > $(notdir $@) ; \
	else \
	    cd setup-bundle-build && $(SHASUM_BIN) $(NAME)*.tar.gz | $(GPG_BIN) --clearsign --batch --passphrase "$(GPG_PASSPHRASE)" -u "$(GPG_KEY)" -o $(notdir $@) - ; \
	fi

setup_bundle_tarball: setup-bundle-build setup-bundle-build/$(OFFLINE_TAR_FILE) setup-bundle-build/$(OFFLINE_TAR_CHECKSUM)
	@echo "#############################################"
	@echo "Offline artifacts:"
	@echo setup-bundle-build/$(OFFLINE_TAR_FILE)
	@echo setup-bundle-build/$(OFFLINE_TAR_LINK)
	@echo setup-bundle-build/$(OFFLINE_TAR_CHECKSUM)
	@echo "#############################################"

rpm-build:
	mkdir -p $@

rpm-build/$(SDIST_TAR_FILE): rpm-build dist/$(SDIST_TAR_FILE)
	cp packaging/rpm/$(NAME).spec rpm-build/
	cp packaging/rpm/$(NAME).te rpm-build/
	cp packaging/rpm/$(NAME).sysconfig rpm-build/
	cp packaging/remove_tower_source.py rpm-build/
	if [ "$(OFFICIAL)" != "yes" ] ; then \
	  (cd dist/ && tar zxf $(SDIST_TAR_FILE)) ; \
	  (cd dist/ && mv $(NAME)-$(VERSION)-$(BUILD) $(NAME)-$(VERSION)) ; \
	  (cd dist/ && tar czf ../rpm-build/$(SDIST_TAR_FILE) $(NAME)-$(VERSION)) ; \
	  ln -sf $(SDIST_TAR_FILE) rpm-build/$(NAME)-$(VERSION).tar.gz ; \
	else \
	  cp -a dist/$(SDIST_TAR_FILE) rpm-build/ ; \
	fi

rpmtar: sdist rpm-build/$(SDIST_TAR_FILE)

rpm-build/$(RPM_NVR).src.rpm: /etc/mock/$(MOCK_CFG).cfg
	$(MOCK_BIN) -r $(MOCK_CFG) --resultdir rpm-build --buildsrpm --spec rpm-build/$(NAME).spec --sources rpm-build \
	   --define "tower_version $(VERSION)" --define "tower_release $(RELEASE)"

mock-srpm: rpmtar rpm-build/$(RPM_NVR).src.rpm
	@echo "#############################################"
	@echo "Artifacts:"
	@echo rpm-build/$(RPM_NVR).src.rpm
	@echo "#############################################"

rpm-build/$(RPM_NVR).$(RPM_ARCH).rpm: rpm-build/$(RPM_NVR).src.rpm
	$(MOCK_BIN) -r $(MOCK_CFG) --resultdir rpm-build --rebuild rpm-build/$(RPM_NVR).src.rpm \
	   --define "tower_version $(VERSION)" --define "tower_release $(RELEASE)"

mock-rpm: rpmtar rpm-build/$(RPM_NVR).$(RPM_ARCH).rpm
	@echo "#############################################"
	@echo "Artifacts:"
	@echo rpm-build/$(RPM_NVR).$(RPM_ARCH).rpm
	@echo "#############################################"

ifeq ($(OFFICIAL),yes)
rpm-build/$(GPG_FILE): rpm-build
	$(GPG_BIN) --export -a "${GPG_KEY}" > "$@"

rpm-sign: rpm-build/$(GPG_FILE) rpmtar rpm-build/$(RPM_NVR).$(RPM_ARCH).rpm
	rpm --define "_signature gpg" --define "_gpg_name $(GPG_KEY)" --addsign rpm-build/$(RPM_NVR).$(RPM_ARCH).rpm
endif

deb-build:
	mkdir -p $@

deb-build/$(DEB_TAR_NAME): dist/$(SDIST_TAR_FILE)
	mkdir -p $(dir $@)
	@if [ "$(OFFICIAL)" != "yes" ] ; then \
	  tar -C deb-build/ -xvf dist/$(SDIST_TAR_FILE) ; \
	  mv deb-build/$(SDIST_TAR_NAME) deb-build/$(DEB_TAR_NAME) ; \
	  cd deb-build && tar czf $(DEB_TAR_FILE) $(DEB_TAR_NAME) ; \
	else \
	  cp -a dist/$(SDIST_TAR_FILE) deb-build/$(DEB_TAR_FILE) ; \
	fi
	cd deb-build && tar -xf $(DEB_TAR_FILE)
	cp -a packaging/debian deb-build/$(DEB_TAR_NAME)/
	cp packaging/remove_tower_source.py deb-build/$(DEB_TAR_NAME)/debian/
	sed -ie "s#^$(NAME) (\([^)]*\)) \([^;]*\);#$(NAME) ($(VERSION)-$(RELEASE)~$(DEB_DIST)) $(DEB_DIST);#" deb-build/$(DEB_TAR_NAME)/debian/changelog

ifeq ($(OFFICIAL),yes)
debian: deb-build/$(DEB_TAR_NAME) deb-build/$(GPG_FILE)

deb-build/$(GPG_FILE): deb-build
	$(GPG_BIN) --export -a "${GPG_KEY}" > "$@"
else
debian: deb-build/$(DEB_TAR_NAME)
endif

deb-build/$(DEB_NVR).dsc: deb-build/$(DEB_TAR_NAME)
	cd deb-build/$(DEB_TAR_NAME) && $(DEBUILD) -S

deb-src: deb-build/$(DEB_NVR).dsc
	@echo "#############################################"
	@echo "Artifacts:"
	@echo deb-build/$(DEB_NVR).dsc
	@echo deb-build/$(DEB_NVRS).changes
	@echo "#############################################"

$(PBUILDER_CACHE_DIR)/$(DEB_DIST)-$(DEB_ARCH)-base.tgz:
	$(PBUILDER_BIN) create $(PBUILDER_OPTS)

pbuilder: $(PBUILDER_CACHE_DIR)/$(DEB_DIST)-$(DEB_ARCH)-base.tgz deb-build/$(DEB_NVRA).deb

deb-build/$(DEB_NVRA).deb: deb-build/$(DEB_NVR).dsc $(PBUILDER_CACHE_DIR)/$(DEB_DIST)-$(DEB_ARCH)-base.tgz
	# cd deb-build/$(DEB_TAR_NAME) && $(DEBUILD) -b
	$(PBUILDER_BIN) update $(PBUILDER_OPTS)
	$(PBUILDER_BIN) execute $(PBUILDER_OPTS) --save-after-exec packaging/pbuilder/setup.sh $(DEB_DIST)
	$(PBUILDER_BIN) build $(PBUILDER_OPTS) deb-build/$(DEB_NVR).dsc

deb: guard-DEB_DIST deb-build/$(DEB_NVRA).deb
	@echo "#############################################"
	@echo "Artifacts:"
	@echo deb-build/$(DEB_NVRA).deb
	@echo "#############################################"

deb-upload: deb-build/$(DEB_NVRA).changes
	$(DPUT_BIN) $(DPUT_OPTS) $(DEB_PPA) deb-build/$(DEB_NVRA).changes

dput: deb-build/$(DEB_NVRA).changes
	$(DPUT_BIN) $(DPUT_OPTS) $(DEB_PPA) deb-build/$(DEB_NVRA).changes

deb-src-upload: deb-build/$(DEB_NVRS).changes
	$(DPUT_BIN) $(DPUT_OPTS) $(DEB_PPA) deb-build/$(DEB_NVRS).changes

debsign: deb-build/$(DEB_NVRS).changes debian deb-build/$(DEB_NVR).dsc
	debsign -k$(GPG_KEY) deb-build/$(DEB_NVRS).changes deb-build/$(DEB_NVR).dsc

reprepro/conf:
	mkdir -p $@
	cp -a packaging/reprepro/* $@/
	if [ "$(OFFICIAL)" = "yes" ] ; then \
	    sed -i -e 's|^\(Codename:\)|SignWith: $(GPG_KEY)\n\1|' $@/distributions ; \
	fi

reprepro: deb-build/$(DEB_NVRA).deb reprepro/conf
	$(REPREPRO_BIN) $(REPREPRO_OPTS) clearvanished
	for COMPONENT in non-free $(VERSION); do \
	  $(REPREPRO_BIN) $(REPREPRO_OPTS) -C $$COMPONENT remove $(DEB_DIST) $(NAME) ; \
	  $(REPREPRO_BIN) $(REPREPRO_OPTS) -C $$COMPONENT --keepunreferencedfiles --ignore=brokenold includedeb $(DEB_DIST) deb-build/$(DEB_NVRA).deb ; \
	done


#
# Packer build targets
#

amazon-ebs:
	cd packaging/packer && $(PACKER) build -only $@ $(PACKER_BUILD_OPTS) -var "aws_instance_count=$(AWS_INSTANCE_COUNT)" -var "product_version=$(VERSION)" packer-$(NAME).json

# virtualbox
virtualbox-ovf: packaging/packer/ansible-tower-$(VERSION)-virtualbox.box

packaging/packer/ansible-tower-$(VERSION)-virtualbox.box: packaging/packer/output-virtualbox-iso/centos-7.ovf
	cd packaging/packer && $(PACKER) build -only virtualbox-ovf $(PACKER_BUILD_OPTS) -var "aws_instance_count=$(AWS_INSTANCE_COUNT)" -var "product_version=$(VERSION)" packer-$(NAME).json

packaging/packer/output-virtualbox-iso/centos-6.ovf:
	cd packaging/packer && $(PACKER) build packer-centos-6.json

packaging/packer/output-virtualbox-iso/centos-7.ovf:
	cd packaging/packer && $(PACKER) build -only virtualbox-iso packer-centos-7.json

# virtualbox-iso: packaging/packer/output-virtualbox-iso/centos-6.ovf
virtualbox-iso: packaging/packer/output-virtualbox-iso/centos-7.ovf

# vmware
packaging/packer/output-vmware-iso/centos-7.vmx:
	cd packaging/packer && $(PACKER) build -only vmware-iso packer-centos-7.json

vmware-iso: packaging/packer/output-vmware-iso/centos-7.vmx

vmware-vmx: packaging/packer/ansible-tower-$(VERSION)-vmx/ansible-tower-$(VERSION).vmx

packaging/packer/ansible-tower-$(VERSION)-vmx/ansible-tower-$(VERSION).vmx: packaging/packer/output-vmware-iso/centos-7.vmx
	cd packaging/packer && $(PACKER) build -only vmware-vmx $(PACKER_BUILD_OPTS) -var "aws_instance_count=$(AWS_INSTANCE_COUNT)" -var "product_version=$(VERSION)" packer-$(NAME).json

# TODO - figure out how to build the front-end and python requirements with
# 'build'
build:
	$(PYTHON) setup.py build

install:
	$(PYTHON) setup.py install $(SETUP_INSTALL_ARGS)

# Docker Compose Development environment
docker-compose:
	docker-compose -f tools/docker-compose.yml up --no-recreate

docker-compose-test:
	cd tools && docker-compose run --rm --service-ports tower /bin/bash

mongo-debug-ui:
	docker run -it --rm --name mongo-express --link tools_mongo_1:mongo -e ME_CONFIG_OPTIONS_EDITORTHEME=ambiance -e ME_CONFIG_BASICAUTH_USERNAME=admin -e ME_CONFIG_BASICAUTH_PASSWORD=password -p 8081:8081 knickers/mongo-express

mongo-container:
	docker run -it --link tools_mongo_1:mongo --rm mongo sh -c 'exec mongo "$MONGO_PORT_27017_TCP_ADDR:$MONGO_PORT_27017_TCP_PORT/system_tracking_dev"'

psql-container:
	docker run -it --link tools_postgres_1:postgres --rm postgres:9.4.1 sh -c 'exec psql -h "$$POSTGRES_PORT_5432_TCP_ADDR" -p "$$POSTGRES_PORT_5432_TCP_PORT" -U postgres'