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breeze-legacy
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breeze-legacy
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#!/usr/bin/env bash
# Licensed to the Apache Software Foundation (ASF) under one
# or more contributor license agreements. See the NOTICE file
# distributed with this work for additional information
# regarding copyright ownership. The ASF licenses this file
# to you 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.
set -euo pipefail
AIRFLOW_SOURCES="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
if [[ ${BREEZE_REDIRECT=} == "" ]]; then
set +u
mkdir -p "${AIRFLOW_SOURCES}"/logs
export BREEZE_REDIRECT="true"
if [[ "$(uname)" == "Darwin" ]]; then
exec script -q "${AIRFLOW_SOURCES}"/logs/breeze.out "$(command -v bash)" -c "$(printf "%q " "${0}" "${@}")"
else
exec script --return --quiet "${AIRFLOW_SOURCES}"/logs/breeze.out -c "$(printf "%q " "${0}" "${@}")"
fi
set -u
fi
export AIRFLOW_SOURCES
readonly AIRFLOW_SOURCES
# Bash arrays need to be defined outside of functions unfortunately :(
# Because on Mac OS Bash 3.4 defining arrays inside functions does not work
# Array with extra options for Docker compose
declare -a EXTRA_DC_OPTIONS
export EXTRA_DC_OPTIONS
# Array with selected integrations
declare -a INTEGRATIONS
export INTEGRATIONS
# This is where remaining args are passed
declare -a REMAINING_ARGS
export REMAINING_ARGS
#######################################################################################################
# Sets up all the default variables for Breeze. They are needed by all other functions
# All those variables are exported. They are not set to read-only because those
# defaults can be modified later on when command line arguments are parsed
# and variables stored in .build directory (stored in the previous run) are read
#
# Used globals:
# FORCE_SCREEN_WIDTH
#
# Modified globals (constants or candidates for constants after we override them via appropriate flags):
#
# BREEZE
# SUPPRESS_CHEATSHEET_FILE
# SUPPRESS_ASCIIART_FILE
# MAX_SCREEN_WIDTH
# SCREEN_WIDTH
# MOUNT_SELECTED_LOCAL_SOURCES
# FORWARD_CREDENTIALS
# DB_RESET
# START_AIRFLOW
# INSTALL_AIRFLOW_VERSION
# INSTALL_AIRFLOW_REFERENCE
# FORCE_BUILD_IMAGES
# PRODUCTION_IMAGE
# PYTHON_MAJOR_MINOR_VERSION
#
# Global variables:
#
# command_to_run
# second_command_to_run
# docker_compose_command
#
# Also it sets the variables and globals set by common initialization functions from
# scripts/ci/libraries/_initialization.sh and breeze-complete script (which sets-up auto-complete).
#
#######################################################################################################
function breeze::setup_default_breeze_constants() {
# Indicates that we are inside Breeze environment
export BREEZE=true
readonly BREEZE
# If those files are present, the ASCII-art/cheat-sheet are suppressed
SUPPRESS_CHEATSHEET_FILE="${AIRFLOW_SOURCES}/.build/.suppress_cheatsheet"
readonly SUPPRESS_CHEATSHEET_FILE
SUPPRESS_ASCIIART_FILE="${AIRFLOW_SOURCES}/.build/.suppress_asciiart"
readonly SUPPRESS_ASCIIART_FILE
# Maximum screen indented_screen_width to print the lines spanning the whole terminal indented_screen_width
export MAX_SCREEN_WIDTH=100
readonly MAX_SCREEN_WIDTH
# By default we mount selected local Airflow sources
export MOUNT_SELECTED_LOCAL_SOURCES="true"
# By default we do not mount all local Airflow sources
export MOUNT_ALL_LOCAL_SOURCES="false"
# Forward common host credentials to docker (gcloud, aws etc.).
export FORWARD_CREDENTIALS="false"
# If set to true, the database will be reset at entry. Works for Postgres and MySQL
export DB_RESET="false"
# If set to true, the database will be initialized, a user created and webserver and scheduler started
export START_AIRFLOW="false"
# If set to true, the test connections will be created
export LOAD_DEFAULT_CONNECTIONS="false"
# If set to true, the sample dags will be used
export LOAD_EXAMPLES="false"
# If set to true, Breeze db volumes will be preserved when breeze is stopped and reused next time
# Which means that you do not have to start from scratch
export PRESERVE_VOLUMES="false"
# Sources by default are installed from local sources when using breeze
AIRFLOW_SOURCES_FROM=${AIRFLOW_SOURCES_FROM:="."}
export AIRFLOW_SOURCES_FROM
# They are copied to /opt/airflow by default in breeze
AIRFLOW_SOURCES_TO=${AIRFLOW_SOURCES_TO:="/opt/airflow"}
export AIRFLOW_SOURCES_TO
# Sources by default are installed from local sources when using breeze
AIRFLOW_SOURCES_WWW_FROM=${AIRFLOW_SOURCES_WWW_FROM:="./airflow/www"}
export AIRFLOW_SOURCES_WWW_FROM
# They are copied to /opt/airflow by default in breeze
AIRFLOW_SOURCES_WWW_TO=${AIRFLOW_SOURCES_WWW_TO:="/opt/airflow/airflow/www"}
export AIRFLOW_SOURCES_WWW_TO
# Unlike in CI scripts, in breeze by default production image is installed from sources
export AIRFLOW_INSTALLATION_METHOD="."
# If it set is set to specified version, then the source version of Airflow
# is removed and the specified version of Airflow is installed from PyPi
export INSTALL_AIRFLOW_VERSION=""
# If it is set to specified reference (tag/branch), then the source version
# of Airflow is removed and the specified version of Airflow is installed from GitHub
export INSTALL_AIRFLOW_REFERENCE=""
# Determines whether to force build without checking if it is needed
# Can be overridden by '--force-build-images' flag.
export FORCE_BUILD_IMAGES="false"
# Determines whether to reinstall airflow at entering the image.
export USE_AIRFLOW_VERSION=""
# if set to true, the ci image will look for wheel packages in dist folder and will install them
# during entering the container
export USE_PACKAGES_FROM_DIST="false"
# load all the common functions here - those are the functions that are shared between Breeze
# and CI scripts. The CI scripts do not use Breeze as driving script - they read all configuration
# from the environment variables. That's why we keep all the common initialization in those libs
# shellcheck source=scripts/ci/libraries/_all_libs.sh
. "${AIRFLOW_SOURCES}/scripts/ci/libraries/_all_libs.sh"
# When we generate documentation for README files, we want to force the indented_screen_width of terminal so that
# No matter who is running the documentation generation gets the same output
if [[ ${FORCE_SCREEN_WIDTH:="false"} != "true" ]]; then
# Sets indented_screen_width of the screen from terminal
SCREEN_WIDTH="$(tput cols)"
if [[ -z ${SCREEN_WIDTH=} ]]; then
SCREEN_WIDTH=${MAX_SCREEN_WIDTH}
fi
if ((SCREEN_WIDTH > MAX_SCREEN_WIDTH)); then
SCREEN_WIDTH=${MAX_SCREEN_WIDTH}
fi
else
SCREEN_WIDTH=${MAX_SCREEN_WIDTH}
fi
export SCREEN_WIDTH
readonly SCREEN_WIDTH
# for Breeze default tests executed are "All"
export TEST_TYPE=${TEST_TYPE:="All"}
# Update short and long options in the breeze-complete script
# This way autocomplete will work automatically with all options available
# shellcheck source=breeze-complete
. "${AIRFLOW_SOURCES}/breeze-complete"
# Default command to run - entering breeze environment
command_to_run="enter_breeze"
# In some cases we also want to run two commands in a row (for example when we restart the environment)
second_command_to_run=""
# Determines if help should be run (set to true by --help flag)
run_help="false"
# Holds docker compose command if the `docker-compose` command is used.
docker_compose_command=""
}
#######################################################################################################
#
# Initializes development-friendly virtualenv if you are already in such env. It installs all the necessary
# packages from PyPI and it case of problems it provides useful hints on what prerequisites should be
# installed. It also removes and resets the existing AIRFLOW_HOME installation to make sure that you
# have it synchronized with the version of airflow installed. It resets the airflow's sqlite database to
# a clean state. You can use this function if your virtualenv is broken, to clean it up
#
# Used globals:
# PYTHON_MAJOR_MINOR_VERSION
# AIRFLOW_HOME_DIR
# AIRFLOW_SOURCES
# VIRTUALENV_EXTRAS
# DEFAULT_CONSTRAINTS_BRANCH
# OSTYPE
#
#######################################################################################################
function breeze::initialize_virtualenv() {
# Check if we are inside virtualenv
set +e
echo -e "import sys\nif not hasattr(sys,'base_prefix'):\n sys.exit(1)" |
python"${PYTHON_MAJOR_MINOR_VERSION}"
local res=$?
set -e
if [[ ${res} != "0" ]]; then
echo
echo "${COLOR_RED}ERROR: Initializing local virtualenv only works when you have virtualenv activated ${COLOR_RESET}"
echo
echo "Please enter your local virtualenv before (for example using 'pyenv activate' or 'workon') "
echo
exit 1
else
echo
echo "Initializing the virtualenv: $(command -v python)!"
echo
echo "Extras to be installed: ${VIRTUALENV_EXTRAS}"
echo
echo "This will wipe out ${AIRFLOW_HOME_DIR} and reset all the databases!"
echo
"${AIRFLOW_SOURCES}/scripts/tools/confirm" "Proceeding with the initialization"
echo
pushd "${AIRFLOW_SOURCES}" >/dev/null 2>&1 || exit 1
set +e
pip install -e ".[${VIRTUALENV_EXTRAS}]" \
--constraint "https://raw.githubusercontent.com/${CONSTRAINTS_GITHUB_REPOSITORY}/${DEFAULT_CONSTRAINTS_BRANCH}/constraints-source-providers-${PYTHON_MAJOR_MINOR_VERSION}.txt"
res=$?
set -e
popd
if [[ ${res} != "0" ]]; then
echo "#######################################################################"
echo " You had some troubles installing the venv !!!!!"
echo " Try running the command below and rerun virtualenv installation"
echo
if [[ ${OSTYPE} == "darwin"* ]]; then
echo " brew install sqlite mysql postgresql openssl"
echo " export LDFLAGS=\"-L/usr/local/opt/openssl/lib\""
echo " export CPPFLAGS=\"-I/usr/local/opt/openssl/include\""
else
echo " sudo apt install build-essential python3-dev libsqlite3-dev openssl \\"
echo " sqlite default-libmysqlclient-dev libmysqlclient-dev postgresql"
fi
echo
echo "#######################################################################"
exit ${res}
fi
echo
echo "Wiping and recreating ${AIRFLOW_HOME_DIR}"
echo
if [[ "${AIRFLOW_SOURCES}" == "${AIRFLOW_HOME_DIR}" ]]; then
echo "AIRFLOW_HOME and Source code for Apache Airflow resides in the same path ${AIRFLOW_HOME_DIR}"
echo "When running this command it will delete all the files in the path ${AIRFLOW_HOME_DIR} to clear dynamic files like config/logs/db"
echo "Move your source code for Apache Airflow to different folder to avoid deletion"
exit 1
fi
rm -rvf "${AIRFLOW_HOME_DIR}"
mkdir -p "${AIRFLOW_HOME_DIR}"
echo
echo "Resetting AIRFLOW sqlite database"
echo
AIRFLOW__CORE__LOAD_EXAMPLES="False" \
AIRFLOW__CORE__UNIT_TEST_MODE="False" \
AIRFLOW__CORE__SQL_ALCHEMY_POOL_ENABLED="False" \
AIRFLOW__CORE__DAGS_FOLDER="${AIRFLOW_SOURCES}/empty" \
AIRFLOW__CORE__PLUGINS_FOLDER="${AIRFLOW_SOURCES}/empty" \
airflow db reset -y
echo
echo "Resetting AIRFLOW sqlite unit test database"
echo
AIRFLOW__CORE__LOAD_EXAMPLES="False" \
AIRFLOW__CORE__UNIT_TEST_MODE="True" \
AIRFLOW__CORE__SQL_ALCHEMY_POOL_ENABLED="False" \
AIRFLOW__CORE__DAGS_FOLDER="${AIRFLOW_SOURCES}/empty" \
AIRFLOW__CORE__PLUGINS_FOLDER="${AIRFLOW_SOURCES}/empty" \
airflow db reset -y
echo
echo "Initialization of virtualenv was successful! Go ahead and develop Airflow!"
echo
exit 0
fi
}
#######################################################################################################
#
# Sets up autocomplete for Breeze for both - bash and zsh
#
# Used globals:
#
# AIRFLOW_SOURCES
# HOME
# OSTYPE
#
#######################################################################################################
function breeze::setup_autocomplete() {
echo "Installing bash/zsh completion for local user"
echo
"${AIRFLOW_SOURCES}/scripts/tools/confirm" "This will create ~/.bash_completion.d/ directory and modify ~/.*rc files"
echo
echo
mkdir -pv ~/.bash_completion.d
ln -sf "${AIRFLOW_SOURCES}/breeze-complete" "${HOME}/.bash_completion.d/"
echo
echo "Breeze Bash completion is now linked to: ${AIRFLOW_SOURCES}/breeze-complete"
echo
local breeze_comment="Added by Airflow Breeze autocomplete setup"
if ! grep "${breeze_comment}" "${HOME}/.bashrc" >/dev/null 2>&1; then
touch ~/.bashrc
# shellcheck disable=SC2129
echo "# START: ${breeze_comment}" >>~/.bashrc
cat <<"EOF" >>~/.bashrc
for bcfile in ~/.bash_completion.d/* ; do
. ${bcfile}
done
EOF
echo "# END: ${breeze_comment}" >>~/.bashrc
echo
echo "The ${HOME}/.bashrc has been modified"
echo
else
echo
echo "The ${HOME}/.bashrc was already modified before. Not changing it."
echo
fi
if ! grep "${breeze_comment}" "${HOME}/.zshrc" >/dev/null 2>&1; then
# shellcheck disable=SC2129
echo "# START: ${breeze_comment}" >>~/.zshrc
cat <<"EOF" >>~/.zshrc
autoload compinit && compinit
autoload bashcompinit && bashcompinit
source ~/.bash_completion.d/breeze-complete
EOF
echo "# END: ${breeze_comment}" >>~/.zshrc
echo
echo "The ${HOME}/.zshrc has been modified"
echo
else
echo
echo "The ${HOME}/.zshrc was already modified before. Not changing it."
echo
fi
if [[ "${OSTYPE}" == "darwin"* ]]; then
# For MacOS we have to handle the special case where terminal app DOES NOT run .bashrc by default
# But re-runs .bash_profile :(
# See https://scriptingosx.com/2017/04/about-bash_profile-and-bashrc-on-macos/
if ! grep "${breeze_comment}" "${HOME}/.bash_profile"; then
# shellcheck disable=SC2129
echo "# START: ${breeze_comment}" >>~/.bash_profile
cat <<"EOF" >>~/.bash_profile
if [ -r ~/.bashrc ]; then
source ~/.bashrc
fi
EOF
echo "# END: ${breeze_comment}" >>~/.bash_profile
echo
echo "The ${HOME}/.bash_profile has been modified"
echo
else
echo
echo "The ${HOME}/.bash_profile was already modified before. Not changing it."
echo
fi
fi
echo
echo
echo "Breeze completion is installed to ~/.bash_completion.d/breeze-complete"
echo
echo "Please exit and re-enter your shell or run:"
echo
if [[ "${OSTYPE}" == "darwin"* ]]; then
if grep "${breeze_comment}" "${HOME}/.zshrc" >/dev/null 2>&1; then
echo " source ~/.zshrc"
echo
echo " source ~/.bash_completion.d/breeze-complete"
echo
exec zsh
exit 0
fi
fi
echo " source ~/.bash_completion.d/breeze-complete"
echo
exit 0
}
#######################################################################################################
#
# Prints information about the current configuration of Breeze - if you enter breeze interactively
# and you did not suppress cheatsheet or asciiart, it also prints those. It also prints values
# of constants set by breeze::read_saved_environment_variables() function and other initialization functions.
#
# Used globals:
#
# BACKEND
# POSTGRES_VERSION
# MYSQL_VERSION
# SUPPRESS_CHEATSHEET_FILE
# SUPPRESS_ASCIIART_FILE
# PRODUCTION_IMAGE
# BRANCH_NAME
# AIRFLOW_CI_IMAGE
# AIRFLOW_PROD_IMAGE
# AIRFLOW_VERSION
# INSTALL_AIRFLOW_VERSION
# INSTALL_AIRFLOW_REFERENCE
#
# Outputs:
# Prints the information about the build to stdout.
#
#######################################################################################################
function breeze::print_badge() {
local backend_version=""
if [[ ${BACKEND} == "postgres" ]]; then
backend_version="${POSTGRES_VERSION}"
elif [[ ${BACKEND} == "mysql" ]]; then
backend_version="${MYSQL_VERSION}"
fi
if [[ ! -f "${SUPPRESS_ASCIIART_FILE}" && ${command_to_run} == "enter_breeze" ]]; then
cat <<EOF
@&&&&&&@
@&&&&&&&&&&&@
&&&&&&&&&&&&&&&&
&&&&&&&&&&
&&&&&&&
&&&&&&&
@@@@@@@@@@@@@@@@ &&&&&&
@&&&&&&&&&&&&&&&&&&&&&&&&&&
&&&&&&&&&&&&&&&&&&&&&&&&&&&&
&&&&&&&&&&&&
&&&&&&&&&
&&&&&&&&&&&&
@@&&&&&&&&&&&&&&&@
@&&&&&&&&&&&&&&&&&&&&&&&&&&&& &&&&&&
&&&&&&&&&&&&&&&&&&&&&&&&&&&& &&&&&&
&&&&&&&&&&&&&&&&&&&&&&&& &&&&&&
&&&&&&
&&&&&&&
@&&&&&&&&
@&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
@&&&@ && @&&&&&&&&&&& &&&&&&&&&&&& && &&&&&&&&&& &&& &&& &&&
&&& &&& && @&& &&& && && &&& &&&@ &&& &&&&& &&&
&&& &&& && @&&&&&&&&&&&& &&&&&&&&&&& && && &&& &&& &&& &&@ &&&
&&&&&&&&&&& && @&&&&&&&&& && && &&@ &&& &&@&& &&@&&
&&& &&& && @&& &&&@ && &&&&&&&&&&& &&&&&&&&&&&& &&&& &&&&
&&&&&&&&&&&& &&&&&&&&&&&& &&&&&&&&&&&@ &&&&&&&&&&&& &&&&&&&&&&& &&&&&&&&&&&
&&& &&& && &&& && &&& &&&& &&
&&&&&&&&&&&&@ &&&&&&&&&&&& &&&&&&&&&&& &&&&&&&&&&& &&&& &&&&&&&&&&
&&& && && &&&& && &&& &&&& &&
&&&&&&&&&&&&& && &&&&@ &&&&&&&&&&&@ &&&&&&&&&&&& @&&&&&&&&&&& &&&&&&&&&&&
EOF
if [[ ${PRODUCTION_IMAGE} == "true" ]]; then
cat <<EOF
Use production image.
Branch name: ${BRANCH_NAME}
Docker image: ${AIRFLOW_PROD_IMAGE}
Platform: ${PLATFORM}
EOF
else
cat <<EOF
Use CI image.
Branch name: ${BRANCH_NAME}
Docker image: ${AIRFLOW_CI_IMAGE_WITH_TAG}
Platform: ${PLATFORM}
Airflow source version: ${AIRFLOW_VERSION}
EOF
fi
cat <<EOF
Python version: ${PYTHON_MAJOR_MINOR_VERSION}
Debian version: ${DEBIAN_VERSION}
Backend: ${BACKEND} ${backend_version}
EOF
if [[ -n ${USE_AIRFLOW_VERSION=} ]]; then
cat <<EOF
Airflow used at runtime: ${USE_AIRFLOW_VERSION=}
EOF
fi
else
if [[ ${PRODUCTION_IMAGE} == "true" ]]; then
cat <<EOF
Production image.
Branch name: ${BRANCH_NAME}
Docker image: ${AIRFLOW_PROD_IMAGE}
Platform: ${PLATFORM}
EOF
else
cat <<EOF
CI image.
Branch name: ${BRANCH_NAME}
Docker image: ${AIRFLOW_CI_IMAGE}
Platform: ${PLATFORM}
EOF
fi
if [[ -n ${INSTALL_AIRFLOW_VERSION=} || -n ${INSTALL_AIRFLOW_REFERENCE=} ]]; then
cat <<EOF
Airflow version installed: ${INSTALL_AIRFLOW_VERSION=}${INSTALL_AIRFLOW_REFERENCE=}
EOF
fi
cat <<EOF
Airflow source version: ${AIRFLOW_VERSION}
Python version: ${PYTHON_MAJOR_MINOR_VERSION}
Backend: ${BACKEND} ${backend_version}
EOF
fi
if [[ ${VERBOSE} == "true" ]]; then
initialization::summarize_build_environment
fi
}
#######################################################################################################
#
# Prepares command file that can be used to easily run the docker commands outside of Breeze.
#
# The command file generated in cache ./build directory is a standalone script that contains
# All the environment variables and docker-compose configuration to run the command.
# This is because depending on configuration of Breeze we might have different compose files
# used and different env variables set.
#
# Those are a convenience scripts that you might use to debug command execution although
# In most cases they are used internally by Breeze.
#
# Arguments:
#
# file to prepare
# command to run
# compose_file to use
# airflow_image to use
#
# Outputs:
# Creates the convenience command file that can be run to use the docker command.
#
#######################################################################################################
function breeze::prepare_command_file() {
local file="${1}"
local command="${2}"
local compose_file="${3}"
cat <<EOF >"${file}"
#!/usr/bin/env bash
docker_compose_version=\$(docker-compose --version || true)
if [[ \${docker_compose_version} =~ .*([0-9]+)\.([0-9]+)\.([0-9]+).* ]]; then
major=\${BASH_REMATCH[1]}
minor=\${BASH_REMATCH[2]}
patch=\${BASH_REMATCH[3]}
if [[ \${major} == "1" ]]; then
if (( minor < 29 )); then
echo
echo "${COLOR_RED}You have too old version of docker-compose: \${major}.\${minor}.\${patch}! At least 1.29 is needed! Please upgrade!${COLOR_RESET}"
echo "${COLOR_RED}See https://docs.docker.com/compose/install/ for instructions. Make sure docker-compose you install is first on the PATH variable of yours.${COLOR_RESET}"
echo
exit 1
fi
fi
echo
echo "${COLOR_GREEN}Good version of docker-compose: \${major}.\${minor}.\${patch}${COLOR_RESET}"
echo
else
echo
echo "${COLOR_YELLOW}Unknown docker-compose version. At least 1.29 is needed! If Breeze fails - upgrade to latest available docker-compose version${COLOR_RESET}"
echo
fi
if [[ \${VERBOSE} == "true" ]]; then
echo
echo "Executing script:"
echo
echo "${COLOR_CYAN}${file} \${@}${COLOR_RESET}"
echo
set -x
fi
cd "\$( dirname "\${BASH_SOURCE[0]}" )" || exit
export HOST_USER_ID=${HOST_USER_ID}
export HOST_GROUP_ID=${HOST_GROUP_ID}
export COMPOSE_FILE="${compose_file}"
export PYTHON_MAJOR_MINOR_VERSION="${PYTHON_MAJOR_MINOR_VERSION}"
export DEBIAN_VERSION="${DEBIAN_VERSION}"
export BACKEND="${BACKEND}"
export AIRFLOW_VERSION="${AIRFLOW_VERSION}"
export INSTALL_AIRFLOW_VERSION="${INSTALL_AIRFLOW_VERSION}"
export PLATFORM="${PLATFORM}"
export SSH_PORT="${SSH_PORT}"
export WEBSERVER_HOST_PORT="${WEBSERVER_HOST_PORT}"
export FLOWER_HOST_PORT="${FLOWER_HOST_PORT}"
export REDIS_HOST_PORT="${REDIS_HOST_PORT}"
export POSTGRES_HOST_PORT="${POSTGRES_HOST_PORT}"
export POSTGRES_VERSION="${POSTGRES_VERSION}"
export MYSQL_HOST_PORT="${MYSQL_HOST_PORT}"
export MYSQL_VERSION="${MYSQL_VERSION}"
export MSSQL_HOST_PORT="${MSSQL_HOST_PORT}"
export MSSQL_VERSION="${MSSQL_VERSION}"
export AIRFLOW_SOURCES="${AIRFLOW_SOURCES}"
export AIRFLOW_CI_IMAGE="${AIRFLOW_CI_IMAGE}"
export AIRFLOW_CI_IMAGE_WITH_TAG="${AIRFLOW_CI_IMAGE_WITH_TAG}"
export AIRFLOW_PROD_IMAGE="${AIRFLOW_PROD_IMAGE}"
export AIRFLOW_IMAGE_KUBERNETES="${AIRFLOW_IMAGE_KUBERNETES}"
export SQLITE_URL="${SQLITE_URL}"
export USE_AIRFLOW_VERSION="${USE_AIRFLOW_VERSION}"
export USE_PACKAGES_FROM_DIST="${USE_PACKAGES_FROM_DIST}"
export EXECUTOR="${EXECUTOR}"
export START_AIRFLOW="${START_AIRFLOW}"
export ENABLED_INTEGRATIONS="${ENABLED_INTEGRATIONS}"
export ENABLED_SYSTEMS="${ENABLED_SYSTEMS}"
export GITHUB_ACTIONS="${GITHUB_ACTIONS}"
export ISSUE_ID="${ISSUE_ID}"
export NUM_RUNS="${NUM_RUNS}"
docker-compose ${command}
EOF
chmod u+x "${file}"
}
#######################################################################################################
#
# Prepare all command files that we are using. We use dc_ci - to run docker compose command for CI image
#
# Global constants set:
#
# PYTHON_BASE_IMAGE
# AIRFLOW_CI_IMAGE
# BUILT_CI_IMAGE_FLAG_FILE
#
#######################################################################################################
function breeze::prepare_command_files() {
local main_ci_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/base.yml
if [[ ${BACKEND} == "mssql" ]]; then
local backend_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/backend-${BACKEND}-${DEBIAN_VERSION}.yml
else
local backend_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/backend-${BACKEND}.yml
fi
local backend_port_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/backend-${BACKEND}-port.yml
local local_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/local.yml
local local_all_sources_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/local-all-sources.yml
local files_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/files.yml
local remove_sources_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/remove-sources.yml
local forward_credentials_docker_compose_file=${SCRIPTS_CI_DIR}/docker-compose/forward-credentials.yml
if [[ ${BACKEND} == "mssql" ]]; then
local docker_filesystem
docker_filesystem=$(stat "-f" "-c" "%T" /var/lib/docker 2>/dev/null || echo "unknown")
if [[ ${docker_filesystem} == "tmpfs" ]]; then
# In case of tmpfs backend for docker, mssql fails because TMPFS does not support
# O_DIRECT parameter for direct writing to the filesystem
# https://github.com/microsoft/mssql-docker/issues/13
# so we need to mount an external volume for its db location
# specified by MSSQL_DATA_VOLUME
backend_docker_compose_file="${backend_docker_compose_file}:${SCRIPTS_CI_DIR}/docker-compose/backend-mssql-bind-volume.yml"
else
backend_docker_compose_file="${backend_docker_compose_file}:${SCRIPTS_CI_DIR}/docker-compose/backend-mssql-docker-volume.yml"
fi
fi
local compose_ci_file=${main_ci_docker_compose_file}:${backend_docker_compose_file}:${files_docker_compose_file}
if [[ "${MOUNT_SELECTED_LOCAL_SOURCES}" != "false" ]]; then
compose_ci_file=${compose_ci_file}:${local_docker_compose_file}:${backend_port_docker_compose_file}
fi
if [[ "${MOUNT_ALL_LOCAL_SOURCES}" != "false" ]]; then
compose_ci_file=${compose_ci_file}:${local_all_sources_docker_compose_file}:${backend_port_docker_compose_file}
fi
if [[ ${FORWARD_CREDENTIALS} == "true" ]]; then
compose_ci_file=${compose_ci_file}:${forward_credentials_docker_compose_file}
fi
if [[ -n ${INSTALL_AIRFLOW_VERSION=} || -n ${INSTALL_AIRFLOW_REFERENCE} || -n ${USE_AIRFLOW_VERSION=} ]]; then
compose_ci_file=${compose_ci_file}:${remove_sources_docker_compose_file}
fi
set +u
local unique_integrations
# shellcheck disable=SC2207
unique_integrations=($(echo "${INTEGRATIONS[@]}" | tr ' ' '\n' | sort -u | tr '\n' ' '))
local integration
for integration in "${unique_integrations[@]}"; do
compose_ci_file=${compose_ci_file}:${SCRIPTS_CI_DIR}/docker-compose/integration-${integration}.yml
done
set -u
export DOCKER_COMPOSE_RUN_SCRIPT_FOR_CI="dc_ci"
readonly DOCKER_COMPOSE_RUN_SCRIPT_FOR_CI
breeze::prepare_command_file "${BUILD_CACHE_DIR}/${DOCKER_COMPOSE_RUN_SCRIPT_FOR_CI}" \
"\"\${@}\"" "${compose_ci_file}"
}
#######################################################################################################
#
# Prints detailed help for all commands and flags. Used to generate documentation added to BREEZE.rst
# automatically.
#
# Used global variables:
# _breeze_all_commands
#
# Outputs:
# Prints detailed help for all commands to stdout.
#
#######################################################################################################
function breeze::do_help_all() {
echo
breeze::print_line
breeze::usage
breeze::print_line
echo
echo
echo "Detailed usage"
echo
breeze::print_line
echo
local subcommand
# shellcheck disable=SC2154
for subcommand in ${_breeze_all_commands}; do
breeze::detailed_usage "${subcommand}"
breeze::print_line
echo
done
echo
breeze::flags
}
#######################################################################################################
#
# Parses all arguments that can be passed to Breeze command - that includes command to run and flags.
#
# Used global variables:
# _breeze_getopt_short_options
# _breeze_getopt_long_options
# _breeze_allowed_integrations
#
# Updated global constants:
# By the end of this function, all the constants from `initialization::make_constants_read_only`
# function are set and they are set as read-only.
#
#######################################################################################################
function breeze::parse_arguments() {
set -u
local params
if ! params=$(getopt \
-o "${_breeze_getopt_short_options:=}" \
-l "${_breeze_getopt_long_options:=}" \
--name "$CMDNAME" -- "$@"); then
breeze::flags
exit 1
fi
eval set -- "${params}"
unset params
# Parse Flags.
# Please update short and long options in the breeze-complete script
# This way autocomplete will work out-of-the-box
while true; do
case "${1}" in
-h | --help)
run_help="true"
shift
;;
-p | --python)
export PYTHON_MAJOR_MINOR_VERSION="${2}"
echo "Python version: ${PYTHON_MAJOR_MINOR_VERSION}"
echo
shift 2
;;
-b | --backend)
export BACKEND="${2}"
echo "Backend: ${BACKEND}"
echo
shift 2
;;
-i | --integration)
local INTEGRATION=${2}
parameters::check_and_save_allowed_param "INTEGRATION" "integration" "--integration"
echo "Integration: ${INTEGRATION}"
if [[ ${INTEGRATION} == "all" ]]; then
# shellcheck disable=SC2154
for INTEGRATION in ${_breeze_allowed_integrations}; do
if [[ ${INTEGRATION} != "all" ]]; then
echo "${INTEGRATION}"
INTEGRATIONS+=("${INTEGRATION}")
fi
done
else
INTEGRATIONS+=("${INTEGRATION}")
fi
if [[ " ${INTEGRATIONS[*]} " =~ " trino " ]]; then
INTEGRATIONS+=("kerberos");
fi
echo
shift 2
;;
-K | --kubernetes-mode)
export KUBERNETES_MODE="${2}"
echo "Kubernetes mode: ${KUBERNETES_MODE}"
echo
shift 2
;;
-V | --kubernetes-version)
export KUBERNETES_VERSION="${2}"
echo "Kubernetes version: ${KUBERNETES_VERSION}"
echo
shift 2
;;
--kind-version)
export KIND_VERSION="${2}"
echo "Kind version: ${KIND_VERSION}"
echo
shift 2
;;
--executor)
export EXECUTOR="${2}"
echo "Using ${EXECUTOR} in cluster"
echo
shift 2
;;
--helm-version)
export HELM_VERSION="${2}"
echo "Helm version: ${HELM_VERSION}"
echo
shift 2
;;
--postgres-version)
export POSTGRES_VERSION="${2}"
echo "Postgres version: ${POSTGRES_VERSION}"
echo
shift 2
;;
--mysql-version)
export MYSQL_VERSION="${2}"
echo "MySQL version: ${MYSQL_VERSION}"
echo
shift 2
;;
--mssql-version)
export MSSQL_VERSION="${2}"
echo "MSSQL version: ${MSSQL_VERSION}"
echo
shift 2
;;
-l | --skip-mounting-local-sources)
MOUNT_SELECTED_LOCAL_SOURCES="false"
MOUNT_ALL_LOCAL_SOURCES="false"
echo "Mount selected local sources: ${MOUNT_SELECTED_LOCAL_SOURCES}"
echo "Mount all local sources: ${MOUNT_ALL_LOCAL_SOURCES}"
echo
shift
;;
--mount-all-local-sources)
MOUNT_ALL_LOCAL_SOURCES="true"
MOUNT_SELECTED_LOCAL_SOURCES="false"
echo "Mount selected local sources: ${MOUNT_SELECTED_LOCAL_SOURCES}"
echo "Mount all local sources: ${MOUNT_ALL_LOCAL_SOURCES}"
echo
shift
;;
-t | --install-airflow-reference)
INSTALL_AIRFLOW_REFERENCE="${2}"
# Reference is mutually exclusive with version
INSTALL_AIRFLOW_VERSION=""
# Skip mounting local sources when airflow is installed from remote
INSTALL_PROVIDERS_FROM_SOURCES="false"
echo "Installs Airflow from reference: ${INSTALL_AIRFLOW_REFERENCE}"
echo
shift 2
;;
--use-airflow-version)
USE_AIRFLOW_VERSION="${2}"
MOUNT_SELECTED_LOCAL_SOURCES="false"
MOUNT_ALL_LOCAL_SOURCES="false"
DB_RESET="true"
echo "Uses Airflow at runtime from: ${USE_AIRFLOW_VERSION}, reset DB and skip mounting local sources"
echo
shift 2
;;
--db-reset)
echo "Resetting the DB!"
echo
export DB_RESET="true"
shift
;;
-v | --verbose)
export VERBOSE="true"
echo "Verbose output"
echo
shift
;;
-y | --assume-yes)
export ANSWER="yes"
echo "Assuming 'yes' answer to all questions."
echo
shift
;;
-n | --assume-no)
export ANSWER="no"
echo "Assuming 'no' answer to all questions."
echo
shift
;;
-q | --assume-quit)
export ANSWER="quit"
echo "Assuming 'quit' answer to all questions."
echo
shift
;;
-f | --forward-credentials)
echo "Forwarding credentials. Be careful as your credentials are available in the container!"
echo
export FORWARD_CREDENTIALS="true"
shift
;;
-g | --github-repository)
echo
echo "Using GitHub registry."
echo "GitHub repository: ${2}"
echo
export GITHUB_REPOSITORY="${2}"
shift 2
;;
-s | --github-image-id)
echo
echo "GitHub image id: ${2}"
echo
echo "Force pulling the image, using GitHub registry and skip mounting local sources."
echo "This is in order to get the exact same version as used in CI environment for SHA!."
echo "You can specify --skip-mounting-local-sources to not mount local sources to get exact. "
echo "behaviour as in the CI environment."
echo
export GITHUB_REGISTRY_PULL_IMAGE_TAG="${2}"
export CHECK_IMAGE_FOR_REBUILD="false"
export SKIP_BUILDING_PROD_IMAGE="true"
export SKIP_CHECK_REMOTE_IMAGE="true"
shift 2
;;
--init-script)
export INIT_SCRIPT_FILE="${2}"
echo "The initialization file is in ${INIT_SCRIPT_FILE}"
echo
shift 2
;;
--load-example-dags)
export LOAD_EXAMPLES="true"
echo "Include Airflow sample dags"
echo
shift
;;
--load-default-connections)