impala/bin/impala-config.sh

# 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.

# Source this file from the $IMPALA_HOME directory to
# setup your environment. If $IMPALA_HOME is undefined
# this script will set it to the current working directory.
#
# Some config variables can be overridden. All overridable variables can be overridden
# by impala-config-branch.sh, which in turn can be by impala-config-local.sh. Some config
# variables in the second part of this file (e.g. locations of dependencies, secret keys)
# can be also overridden by setting environment variables before sourcing this file. We
# don't support this for variables that change between branches and versions, e.g.
# version numbers because it creates a "sticky config variable" problem where an old
# value stays in effect when switching between branches or rebasing until the developer
# opens a new shell. We also do not support overriding of some variables that are
# computed based on the values of other variables.
#
# This file must be kept compatible with bash options "set -euo pipefail". Those options
# will be set by other scripts before sourcing this file. Those options are not set in
# this script because scripts outside this repository may need to be updated and that
# is not practical at this time.

if ! [[ "'$IMPALA_HOME'" =~ [[:blank:]] ]]; then
  if [ -z "$IMPALA_HOME" ]; then
    if [[ ! -z "$ZSH_NAME" ]]; then
      export IMPALA_HOME=$(dirname "$(cd $(dirname ${(%):-%x}) >/dev/null && pwd)")
    else
      export IMPALA_HOME=$(dirname "$(cd $(dirname "${BASH_SOURCE[0]}") >/dev/null && pwd)")
    fi
  fi
fi

if [[ "'$IMPALA_HOME'" =~ [[:blank:]] ]]; then
  echo "IMPALA_HOME cannot have spaces in the path"
  exit 1
fi

export IMPALA_TOOLCHAIN=${IMPALA_TOOLCHAIN-"$IMPALA_HOME/toolchain"}
if [ -z "$IMPALA_TOOLCHAIN" ]; then
  echo "IMPALA_TOOLCHAIN must be specified. Please set it to a valid directory or"\
       "leave it unset."
  return 1
fi

#######################################################################################
# Variables that can be overridden by impala-config-*.sh but not by environment vars. #
# All component versions and other variables that get updated periodically or between #
# branches go here to avoid the "sticky variable" problem (IMPALA-4653) where the     #
# variable from a previously-sourced impala-config.sh overrides the new value.        #
#######################################################################################

# The current Impala version that will be embedded in the Impala binary. This is
# also used to find the Impala frontend jar files, so the version must match
# the version in our Maven pom.xml files. This is validated via
# bin/validate-java-pom-version.sh during the build.
# WARNING: If changing this value, also run these commands:
# cd ${IMPALA_HOME}/java
# mvn versions:set -DnewVersion=YOUR_NEW_VERSION
export IMPALA_VERSION=5.0.0-SNAPSHOT

# Whether to build the backend on Avro C++ library or C.
# This is added temporarily to help transitioning from Avro C to C++ library.
export USE_AVRO_CPP=${USE_AVRO_CPP:=false}

# The unique build id of the toolchain to use if bootstrapping. This is generated by the
# native-toolchain build when publishing its build artifacts. This should be changed when
# moving to a different build of the toolchain, e.g. when a version is bumped or a
# compile option is changed. The build id can be found in the output of the toolchain
# build jobs, it is constructed from the build number and toolchain git hash prefix.
export IMPALA_TOOLCHAIN_BUILD_ID_AARCH64=150-a791b4c60d
export IMPALA_TOOLCHAIN_BUILD_ID_X86_64=602-a791b4c60d
export IMPALA_TOOLCHAIN_REPO=\
${IMPALA_TOOLCHAIN_REPO:-https://github.com/cloudera/native-toolchain.git}
export IMPALA_TOOLCHAIN_BRANCH=${IMPALA_TOOLCHAIN_BRANCH:-master}
export IMPALA_TOOLCHAIN_COMMIT_HASH=\
${IMPALA_TOOLCHAIN_COMMIT_HASH-a791b4c60d513655b8f8c46fce8deb740146fb75}
# Compare the build ref in build IDs by removing everything up-to-and-including the
# first hyphen.
if [ "${IMPALA_TOOLCHAIN_BUILD_ID_AARCH64#*-}" \
    != "${IMPALA_TOOLCHAIN_BUILD_ID_X86_64#*-}" ]; then
  echo "IMPALA_TOOLCHAIN_BUILD_ID_AARCH64 and IMPALA_TOOLCHAIN_BUILD_ID_X86_64 must" \
    "come from the same commit hash."
  exit 1
fi

# Ensure the IMPALA_TOOLCHAIN_COMMIT_HASH matches the hash in the toolchain build ids.
TOOLCHAIN_SHORT_HASH="${IMPALA_TOOLCHAIN_BUILD_ID_X86_64#*-}"
if [[ ! "$IMPALA_TOOLCHAIN_COMMIT_HASH" == "$TOOLCHAIN_SHORT_HASH"* ]]; then
  echo "ERROR: IMPALA_TOOLCHAIN_COMMIT_HASH '$IMPALA_TOOLCHAIN_COMMIT_HASH' does not " \
    "start with TOOLCHAIN_SHORT_HASH '$TOOLCHAIN_SHORT_HASH'"
  exit 1
fi

export ARCH_NAME=$(uname -p)

# Versions of toolchain dependencies.
# -----------------------------------
if $USE_AVRO_CPP; then
  export IMPALA_AVRO_VERSION=1.11.1-p1
else
  export IMPALA_AVRO_VERSION=1.7.4-p5
fi
unset IMPALA_AVRO_URL
export IMPALA_BINUTILS_VERSION=2.42
unset IMPALA_BINUTILS_URL
export IMPALA_BOOST_VERSION=1.74.0-p1
unset IMPALA_BOOST_URL
export IMPALA_BREAKPAD_VERSION=e09741c609dcd5f5274d40182c5e2cc9a002d5ba-p3
unset IMPALA_BREAKPAD_URL
export IMPALA_BZIP2_VERSION=1.0.8-p2
unset IMPALA_BZIP2_URL
export IMPALA_CCTZ_VERSION=2.2
unset IMPALA_CCTZ_URL
export IMPALA_CMAKE_VERSION=3.22.2
unset IMPALA_CMAKE_URL
export IMPALA_CRCUTIL_VERSION=2903870057d2f1f109b245650be29e856dc8b646
unset IMPALA_CRCUTIL_URL
export IMPALA_CURL_VERSION=8.14.1
unset IMPALA_CURL_URL
export IMPALA_CYRUS_SASL_VERSION=2.1.23
unset IMPALA_CYRUS_SASL_URL
export IMPALA_FLATBUFFERS_VERSION=1.9.0-p1
unset IMPALA_FLATBUFFERS_URL
export IMPALA_GCC_VERSION=10.4.0
unset IMPALA_GCC_URL
export IMPALA_GDB_VERSION=12.1-p1
unset IMPALA_GDB_URL
export IMPALA_GFLAGS_VERSION=2.2.0-p2
unset IMPALA_GFLAGS_URL
export IMPALA_GLOG_VERSION=0.6.0-p2
unset IMPALA_GLOG_URL
export IMPALA_GPERFTOOLS_VERSION=2.10-p1
unset IMPALA_GPERFTOOLS_URL
export IMPALA_GTEST_VERSION=1.14.0
unset IMPALA_GTEST_URL
export IMPALA_JWT_CPP_VERSION=0.5.0
unset IMPALA_JWT_CPP_URL
export IMPALA_LIBEV_VERSION=4.20-p1
unset IMPALA_LIBEV_URL
export IMPALA_LIBUNWIND_VERSION=1.7.2-p1
unset IMPALA_LIBUNWIND_URL
export IMPALA_LLVM_VERSION=5.0.1-p8
unset IMPALA_LLVM_URL
export IMPALA_LLVM_ASAN_VERSION=5.0.1-p8
unset IMPALA_LLVM_ASAN_URL
export IMPALA_OPENTELEMETRY_CPP_VERSION=1.20.0
unset IMPALA_OPENTELEMTRY_CPP_URL

# To limit maximum memory available for the mini-cluster and CDH cluster, add the
# following in $IMPALA_HOME/bin/impala-config-local.sh
#   export IMPALA_CLUSTER_MAX_MEM_GB=<value>

# LLVM stores some files in subdirectories that are named after what
# version it thinks it is. We might think it is 5.0.1-p1, based on a
# patch we have applied, but LLVM thinks its version is 5.0.1.
export IMPALA_LLVM_UBSAN_BASE_VERSION=5.0.1

# Debug builds should use the release+asserts build to get additional coverage.
# Don't use the LLVM debug build because the binaries are too large to distribute.
export IMPALA_LLVM_DEBUG_VERSION=5.0.1-asserts-p8
unset IMPALA_LLVM_DEBUG_URL
export IMPALA_LZ4_VERSION=1.9.3
unset IMPALA_LZ4_URL
export IMPALA_ZSTD_VERSION=1.5.2
unset IMPALA_ZSTD_URL
export IMPALA_OPENLDAP_VERSION=2.4.47
unset IMPALA_OPENLDAP_URL
export IMPALA_ORC_VERSION=1.7.9-p11
unset IMPALA_ORC_URL
export IMPALA_PROTOBUF_VERSION=3.14.0
unset IMPALA_PROTOBUF_URL
export IMPALA_PROTOBUF_CLANG_VERSION=3.14.0-clangcompat-p2
unset IMPALA_PROTOBUF_CLANG_URL
export IMPALA_POSTGRES_JDBC_DRIVER_VERSION=42.5.6
unset IMPALA_POSTGRES_JDBC_DRIVER_URL
export IMPALA_MYSQL_JDBC_DRIVER_VERSION=8.2.0
unset IMPALA_MYSQL_JDBC_DRIVER_URL
export IMPALA_PYTHON_VERSION=2.7.16
unset IMPALA_PYTHON_URL
export IMPALA_PYTHON3_VERSION=3.8.18
export IMPALA_RAPIDJSON_VERSION=1.1.0-p1
unset IMPALA_RAPIDJSON_URL
export IMPALA_RE2_VERSION=2023-03-01
unset IMPALA_RE2_URL
export IMPALA_SNAPPY_VERSION=1.1.8
unset IMPALA_SNAPPY_URL
export IMPALA_SQUEASEL_VERSION=3.3
unset IMPALA_SQUEASEL_URL
# TPC utilities used for test/benchmark data generation.
export IMPALA_TPC_DS_VERSION=2.1.0-p1
unset IMPALA_TPC_DS_URL
export IMPALA_TPC_H_VERSION=2.17.0
unset IMPALA_TPC_H_URL
export IMPALA_ZLIB_VERSION=1.3.1
unset IMPALA_ZLIB_URL
export IMPALA_ARROW_VERSION=13.0.0
unset IMPALA_ARROW_URL
export IMPALA_CLOUDFLAREZLIB_VERSION=7aa510344e
unset IMPALA_CLOUDFLAREZLIB_URL
export IMPALA_CALLONCEHACK_VERSION=1.0.0
unset IMPALA_CALLONCEHACK_URL
if [[ $ARCH_NAME == 'aarch64' ]]; then
  export IMPALA_HADOOP_CLIENT_VERSION=3.3.6-p1
  unset IMPALA_HADOOP_CLIENT_URL
fi
export IMPALA_MOLD_VERSION=2.40.4
unset IMPALA_MOLD_URL

# Impala JDBC driver for testing.
export IMPALA_SIMBA_JDBC_DRIVER_VERSION=42-2.6.32.1041

# Find system python versions for testing
export IMPALA_SYSTEM_PYTHON2="${IMPALA_SYSTEM_PYTHON2_OVERRIDE-$(command -v python2)}"
export IMPALA_SYSTEM_PYTHON3="${IMPALA_SYSTEM_PYTHON3_OVERRIDE-$(command -v python3)}"

# Additional Python versions to use when building the impala-shell prebuilt tarball
# via make_shell_tarball.sh. That tarball includes precompiled packages, so it can be
# used without additional system dependencies needed for pip install.
# export IMPALA_EXTRA_PACKAGE_PYTHONS=python3.6;python3.10

if [[ $OSTYPE == "darwin"* ]]; then
  IMPALA_CYRUS_SASL_VERSION=2.1.26
  unset IMPALA_CYRUS_SASL_URL
  IMPALA_GPERFTOOLS_VERSION=2.3
  unset IMPALA_GPERFTOOLS_URL
fi

: ${IMPALA_TOOLCHAIN_HOST:=native-toolchain.s3.amazonaws.com}
export IMPALA_TOOLCHAIN_HOST

export CDP_BUILD_NUMBER=71942734
export CDP_MAVEN_REPOSITORY=\
"https://${IMPALA_TOOLCHAIN_HOST}/build/cdp_components/${CDP_BUILD_NUMBER}/maven"
export CDP_AVRO_JAVA_VERSION=1.11.1.7.3.1.500-182
export CDP_HADOOP_VERSION=3.1.1.7.3.1.500-182
export CDP_HBASE_VERSION=2.4.17.7.3.1.500-182
export CDP_HIVE_VERSION=3.1.3000.7.3.1.500-182
export CDP_ICEBERG_VERSION=1.5.2.7.3.1.500-182
export CDP_KNOX_VERSION=2.0.0.7.3.1.500-182
export CDP_ORC_JAVA_VERSION=1.8.3.7.3.1.500-182
export CDP_OZONE_VERSION=1.4.0.7.3.1.500-182
export CDP_PARQUET_VERSION=1.12.3.7.3.1.500-182
export CDP_RANGER_VERSION=2.4.0.7.3.1.500-182
export CDP_TEZ_VERSION=0.9.1.7.3.1.500-182

# Ref: https://infra.apache.org/release-download-pages.html#closer
: ${APACHE_MIRROR:="https://www.apache.org/dyn/closer.cgi"}
export APACHE_MIRROR
export APACHE_AVRO_JAVA_VERSION=1.11.1
export APACHE_HADOOP_VERSION=3.4.1
export APACHE_HBASE_VERSION=2.6.0
export APACHE_ICEBERG_VERSION=1.5.2
export APACHE_KNOX_VERSION=2.0.0
export APACHE_ORC_JAVA_VERSION=1.8.3
export APACHE_PARQUET_VERSION=1.12.3
export APACHE_RANGER_VERSION=2.4.0
export APACHE_TEZ_VERSION=0.10.2
export APACHE_HIVE_3_VERSION=3.1.3
export APACHE_HIVE_3_STORAGE_API_VERSION=2.7.0
export APACHE_OZONE_VERSION=1.4.0

# Java dependencies that are not also runtime components. Declaring versions here allows
# other branches to override them in impala-config-branch.sh for cleaner patches.
export IMPALA_BOUNCY_CASTLE_VERSION=1.79
export IMPALA_COMMONS_LANG3_VERSION=3.18.0
export IMPALA_COS_VERSION=3.1.0-8.0.8
export IMPALA_DERBY_VERSION=10.14.2.0
export IMPALA_GUAVA_VERSION=32.1.2-jre
export IMPALA_HUDI_VERSION=0.5.0-incubating
export IMPALA_HTTP_CORE_VERSION=4.4.14
export IMPALA_JACKSON_VERSION=2.18.1
export IMPALA_JACKSON_DATABIND_VERSION=2.15.3
export IMPALA_JSON_SMART_VERSION=2.4.11
export IMPALA_JUNIT_VERSION=4.12
export IMPALA_KITE_VERSION=1.1.0
export IMPALA_PAC4J_VERSION=4.5.5
export IMPALA_RELOAD4j_VERSION=1.2.22
export IMPALA_SLF4J_VERSION=2.0.13
export IMPALA_SPRINGFRAMEWORK_VERSION=5.3.39
export IMPALA_XMLSEC_VERSION=2.2.6
export IMPALA_VELOCITY_ENGINE_CORE_VERSION=2.4.1
export IMPALA_OBS_VERSION=3.1.1-hw-42
export IMPALA_DBCP2_VERSION=2.12.0
export IMPALA_DROPWIZARD_METRICS_VERSION=4.2.26
export IMPALA_AIRCOMPRESSOR_VERSION=0.27
export IMPALA_DATASKETCHES_VERSION=6.0.0
export IMPALA_PAIMON_VERSION=1.3.1
# When Impala is building docker images on Redhat-based distributions,
# it is useful to be able to customize the base image. Some users will
# want to use open source / free distributions like Centos/Rocky/Alma/etc.
# Some users will want to produce images on top of official Redhat UBI
# images (which have certain guarantees about maintenance, CVEs, etc).
# These environment variables control the base images. They default to
# free distributions, but Redhat UBI images are known to work.
export IMPALA_REDHAT7_DOCKER_BASE=${IMPALA_REDHAT7_DOCKER_BASE:-"centos:centos7.9.2009"}
export IMPALA_REDHAT8_DOCKER_BASE=${IMPALA_REDHAT8_DOCKER_BASE:-"rockylinux:8.5"}
export IMPALA_REDHAT9_DOCKER_BASE=${IMPALA_REDHAT9_DOCKER_BASE:-"rockylinux:9.2"}
# Some users may want to use special, hardened base images for increased security.
# These images are usually not related to the OS where the build is running.
# The following environment variables allow a specific base image to be specified
# directly, without relying on the implicit build platform identification in
# CMakeLists.txt.
# Images published by Chainguard and the Wolfi project are known to be used, so the
# publicly available Wolfi base image is used as a default example.
export IMPALA_CUSTOM_DOCKER_BASE=${IMPALA_CUSTOM_DOCKER_BASE:-"cgr.dev/chainguard/wolfi-base:latest"}
export USE_CUSTOM_IMPALA_BASE_IMAGE=${USE_CUSTOM_IMPALA_BASE_IMAGE:-false}

# Selects the version of Java to use when start-impala-cluster.py starts with container
# images (created via e.g. 'make docker_debug_java11_images'). The Java version used in
# these images is independent of the Java version used to compile Impala.
# Accepts 8, 11, 17.
export IMPALA_DOCKER_JAVA=${IMPALA_DOCKER_JAVA:-"8"}
if [ "${IMPALA_DOCKER_USE_JAVA11:-}" = "true" ]; then
  export IMPALA_DOCKER_JAVA=11
fi

# There are multiple compatible implementations of zlib. Cloudflare Zlib is an
# implementation with optimizations to use platform-specific CPU features that are not
# in the standard Zlib implementation. When set to true, this builds and links against
# Cloudflare Zlib. When false, the build uses the regular Madler Zlib. This defaults
# to true due to the large performance benefits.
export IMPALA_USE_CLOUDFLARE_ZLIB=${IMPALA_USE_CLOUDFLARE_ZLIB:-"true"}

# When IMPALA_(CDP_COMPONENT)_URL are overridden, they may contain '$(platform_label)'
# which will be substituted for the CDP platform label in bootstrap_toolchain.py
unset IMPALA_HADOOP_URL
unset IMPALA_HBASE_URL
unset IMPALA_HIVE_URL
unset IMPALA_OZONE_URL
unset IMPALA_KUDU_URL
unset IMPALA_KUDU_VERSION

export IMPALA_KERBERIZE=false

unset IMPALA_TOOLCHAIN_KUDU_MAVEN_REPOSITORY
unset IMPALA_TOOLCHAIN_KUDU_MAVEN_REPOSITORY_ENABLED

export IMPALA_USE_PYTHON3_TESTS=${IMPALA_USE_PYTHON3_TESTS:-true}

# Source the branch and local config override files here to override any
# variables above or any variables below that allow overriding via environment
# variable.
. "$IMPALA_HOME/bin/impala-config-branch.sh"
if [ -f "$IMPALA_HOME/bin/impala-config-local.sh" ]; then
  . "$IMPALA_HOME/bin/impala-config-local.sh"
fi

# IMPALA_TOOLCHAIN_PACKAGES_HOME is the location inside IMPALA_TOOLCHAIN where native
# toolchain packages are placed. This uses a subdirectory that contains the information
# about the compiler to allow using different compiler versions.
IMPALA_TOOLCHAIN_PACKAGES_HOME=\
${IMPALA_TOOLCHAIN}/toolchain-packages-gcc${IMPALA_GCC_VERSION}
if ! [ -z ${NATIVE_TOOLCHAIN_HOME-} ]; then
  IMPALA_TOOLCHAIN_PACKAGES_HOME=$(realpath ${NATIVE_TOOLCHAIN_HOME})/build
  export SKIP_TOOLCHAIN_BOOTSTRAP=true
fi
export IMPALA_TOOLCHAIN_PACKAGES_HOME

export CDP_HADOOP_URL=${CDP_HADOOP_URL-}
export CDP_HBASE_URL=${CDP_HBASE_URL-}
export CDP_HIVE_URL=${CDP_HIVE_URL-}
export CDP_HIVE_SOURCE_URL=${CDP_HIVE_SOURCE_URL-}
export CDP_OZONE_URL=${CDP_OZONE_URL-}
export CDP_ICEBERG_URL=${CDP_ICEBERG_URL-}
export CDP_RANGER_URL=${CDP_RANGER_URL-}
export CDP_TEZ_URL=${CDP_TEZ_URL-}

export APACHE_HIVE_3_URL=${APACHE_HIVE_3_URL-}
export APACHE_HIVE_3_SOURCE_URL=${APACHE_HIVE_3_SOURCE_URL-}
export APACHE_OZONE_URL=${APACHE_OZONE_URL-}

export CDP_COMPONENTS_HOME="$IMPALA_TOOLCHAIN/cdp_components-$CDP_BUILD_NUMBER"
export CDH_MAJOR_VERSION=7
if ${USE_APACHE_COMPONENTS:=false}; then
  export IMPALA_AVRO_JAVA_VERSION=${APACHE_AVRO_JAVA_VERSION}
  export IMPALA_HADOOP_VERSION=${APACHE_HADOOP_VERSION}
  export IMPALA_HBASE_VERSION=${APACHE_HBASE_VERSION}
  export IMPALA_ICEBERG_VERSION=${APACHE_ICEBERG_VERSION}
  export IMPALA_KNOX_VERSION=${APACHE_KNOX_VERSION}
  export IMPALA_ORC_JAVA_VERSION=${APACHE_ORC_JAVA_VERSION}
  export IMPALA_OZONE_VERSION=${APACHE_OZONE_VERSION}
  export IMPALA_PARQUET_VERSION=${APACHE_PARQUET_VERSION}
  export IMPALA_RANGER_VERSION=${RANGER_VERSION_OVERRIDE:-"$APACHE_RANGER_VERSION"}
  export IMPALA_TEZ_VERSION=${APACHE_TEZ_VERSION}
  export USE_APACHE_HADOOP=true
  export USE_APACHE_HBASE=true
  export USE_APACHE_HIVE_3=true
  export USE_APACHE_TEZ=true
  export USE_APACHE_RANGER=true
  export USE_APACHE_OZONE=true
else
  export IMPALA_AVRO_JAVA_VERSION=${CDP_AVRO_JAVA_VERSION}
  export IMPALA_HADOOP_VERSION=${CDP_HADOOP_VERSION}
  export IMPALA_HADOOP_URL=${CDP_HADOOP_URL-}
  export IMPALA_HBASE_VERSION=${CDP_HBASE_VERSION}
  export IMPALA_HBASE_URL=${CDP_HBASE_URL-}
  export IMPALA_ICEBERG_VERSION=${CDP_ICEBERG_VERSION}
  export IMPALA_ICEBERG_URL=${CDP_ICEBERG_URL-}
  export IMPALA_KNOX_VERSION=${CDP_KNOX_VERSION}
  export IMPALA_ORC_JAVA_VERSION=${CDP_ORC_JAVA_VERSION}
  export IMPALA_OZONE_VERSION=${CDP_OZONE_VERSION}
  export IMPALA_PARQUET_VERSION=${CDP_PARQUET_VERSION}
  export IMPALA_RANGER_VERSION=${RANGER_VERSION_OVERRIDE:-"$CDP_RANGER_VERSION"}
  export IMPALA_RANGER_URL=${CDP_RANGER_URL-}
  export IMPALA_TEZ_VERSION=${CDP_TEZ_VERSION}
  export IMPALA_TEZ_URL=${CDP_TEZ_URL-}
  export USE_APACHE_HADOOP=${USE_APACHE_HADOOP:=false}
  export USE_APACHE_HBASE=${USE_APACHE_HBASE:=false}
  export USE_APACHE_HIVE_3=${USE_APACHE_HIVE_3:=false}
  export USE_APACHE_TEZ=${USE_APACHE_TEZ:=false}
  export USE_APACHE_RANGER=${USE_APACHE_RANGER:=false}
  export USE_APACHE_OZONE=${USE_APACHE_OZONE:=false}
fi

export APACHE_COMPONENTS_HOME="$IMPALA_TOOLCHAIN/apache_components"

if $USE_APACHE_HADOOP; then
  export HADOOP_HOME="$APACHE_COMPONENTS_HOME/hadoop-${IMPALA_HADOOP_VERSION}"
else
  export HADOOP_HOME="$CDP_COMPONENTS_HOME/hadoop-${IMPALA_HADOOP_VERSION}"
fi

if $USE_APACHE_HIVE_3; then
  # When USE_APACHE_HIVE_3 is set we use the apache hive version to build as well as
  # deploy in the minicluster
  export IMPALA_HIVE_DIST_TYPE="apache-hive-3"
  export IMPALA_HIVE_VERSION=${APACHE_HIVE_3_VERSION}
  export IMPALA_HIVE_URL=${APACHE_HIVE_3_URL-}
  export IMPALA_HIVE_SOURCE_URL=${APACHE_HIVE_3_SOURCE_URL-}
  export IMPALA_HIVE_STORAGE_API_VERSION=${APACHE_HIVE_3_STORAGE_API_VERSION}
else
  # CDP hive version is used to build and deploy in minicluster when USE_APACHE_HIVE_* is
  # false
  export IMPALA_HIVE_DIST_TYPE="hive-3"
  export IMPALA_HIVE_VERSION=${HIVE_VERSION_OVERRIDE:-"$CDP_HIVE_VERSION"}
  export IMPALA_HIVE_URL=${CDP_HIVE_URL-}
  export IMPALA_HIVE_SOURCE_URL=${CDP_HIVE_SOURCE_URL-}
  export IMPALA_HIVE_STORAGE_API_VERSION=${HIVE_STORAGE_API_VERSION_OVERRIDE:-\
"2.3.0.$IMPALA_HIVE_VERSION"}
fi
# Thrift related environment variables.
# IMPALA_THRIFT_POM_VERSION is used to populate IMPALA_THRIFT_JAVA_VERSION and
# thrift.version in java/pom.xml.
# IMPALA_THRIFT_PY_VERSION is used to find the thrift compiler to produce
# the generated Python code. The code that uses the generated Python code gets
# the corresponding Thrift runtime library by pip installing thrift (and does not
# respect this version). If upgrading IMPALA_THRIFT_PY_VERSION, also upgrade the
# thrift version in shell/packaging/requirements.txt and
# infra/python/deps/requirements.txt.
export IMPALA_THRIFT_CPP_VERSION=0.16.0-p7
unset IMPALA_THRIFT_CPP_URL
if $USE_APACHE_HIVE_3; then
  # Apache Hive 3 clients can't run on thrift versions >= 0.14 (IMPALA-11801)
  export IMPALA_THRIFT_POM_VERSION=0.11.0
  export IMPALA_THRIFT_JAVA_VERSION=${IMPALA_THRIFT_POM_VERSION}-p5
else
  export IMPALA_THRIFT_POM_VERSION=0.16.0
  export IMPALA_THRIFT_JAVA_VERSION=${IMPALA_THRIFT_POM_VERSION}-p7
fi
unset IMPALA_THRIFT_JAVA_URL
export IMPALA_THRIFT_PY_VERSION=0.16.0-p7
unset IMPALA_THRIFT_PY_URL

# Extract the first component of the hive version.
# Allow overriding of Hive source location in case we want to build Impala without
# a complete Hive build. This is used by various tests and scripts to enable and
# disable tests and functionality.
export IMPALA_HIVE_MAJOR_VERSION=$(echo "$IMPALA_HIVE_VERSION" | cut -d . -f 1)

# Hive 1 and 2 are no longer supported.
if [[ "${IMPALA_HIVE_MAJOR_VERSION}" == "1" ||
      "${IMPALA_HIVE_MAJOR_VERSION}" == "2" ]]; then
  echo "Hive 1 and 2 are no longer supported"
  return 1
fi

if $USE_APACHE_OZONE; then
  export IMPALA_OZONE_VERSION=${APACHE_OZONE_VERSION}
  export IMPALA_OZONE_URL=${APACHE_OZONE_URL-}
else
  export IMPALA_OZONE_VERSION=${CDP_OZONE_VERSION}
  export IMPALA_OZONE_URL=${CDP_OZONE_URL-}
fi

# It is important to have a coherent view of the JAVA_HOME and JAVA executable.
# The JAVA_HOME should be determined first, then the JAVA executable should be
# derived from JAVA_HOME. For development, it is useful to be able to specify
# the JDK version as part of bin/impala-config-local.sh

# Decision tree:
# if IMPALA_JDK_VERSION is set, look for that version based on known locations
# else if JAVA_HOME is set, use it
# else look for system JDK

# Set package variables for Docker builds and OS-specific detection.
. "$IMPALA_HOME/bin/impala-config-java.sh"

DETECTED_JAVA_HOME=${JAVA_HOME:-}
if [[ -z "${IMPALA_JDK_VERSION:-}" ]]; then
  # IMPALA_JDK_VERSION is empty or unset. Use JAVA_HOME or detect system default.
  if [[ -z "${DETECTED_JAVA_HOME:-}" ]]; then
    # Try to detect the system's JAVA_HOME
    # If javac exists, then the system has a Java SDK (JRE does not have javac).
    # Follow the symbolic links and use this to determine the system's JAVA_HOME.
    DETECTED_JAVA_HOME="/usr/java/default"
    if [ -n "$(which javac)" ]; then
      DETECTED_JAVA_HOME=$(dirname $(dirname $(readlink -f $(which javac))))
    fi
  fi
else
  # Now, we are looking for a specific version, and that will depend on the
  # distribution. Currently, this is implemented for Redhat and Ubuntu.
  DISTRIBUTION=Unknown
  if [[ -f /etc/redhat-release ]]; then
    echo "Identified Redhat image."
    DISTRIBUTION=Redhat
  else
    source /etc/lsb-release
    if [[ $DISTRIB_ID == Ubuntu ]]; then
      echo "Identified Ubuntu image."
      DISTRIBUTION=Ubuntu
    fi
  fi
  if [[ "${DISTRIBUTION}" == "Unknown" ]]; then
    echo "ERROR: auto-detection of JAVA_HOME only supported for Ubuntu and RedHat."
    echo "Set JAVA_HOME to use a specific location."
    return 1
  fi

  JVMS_PATH=/usr/lib/jvm
  if [[ "${DISTRIBUTION}" == "Ubuntu" ]]; then
    JAVA_PACKAGE_NAME="java-${UBUNTU_JAVA_VERSION}-openjdk-${UBUNTU_PACKAGE_ARCH}"
    DETECTED_JAVA_HOME="${JVMS_PATH}/${JAVA_PACKAGE_NAME}"
  elif [[ "${DISTRIBUTION}" == "Redhat" ]]; then
    DETECTED_JAVA_HOME="${JVMS_PATH}/java-${REDHAT_JAVA_VERSION}"
  fi

  if [[ ! -d "${DETECTED_JAVA_HOME}" ]]; then
    echo "ERROR: Could not detect Java ${IMPALA_JDK_VERSION}."\
        "${DETECTED_JAVA_HOME} is not a directory."
    return 1
  fi
fi

# Update JAVA_HOME to the detected JAVA_HOME if it exists.
if [ ! -d "${DETECTED_JAVA_HOME}" ]; then
  echo "JAVA_HOME must be set to the location of your JDK!"
  return 1
fi
export JAVA_HOME="${DETECTED_JAVA_HOME}"
export JAVA="$JAVA_HOME/bin/java"
if [[ ! -e "$JAVA" ]]; then
  echo "Could not find java binary at $JAVA" >&2
  return 1
fi
# Target the Java version matching the JDK.
export IMPALA_JAVA_TARGET=$("$JAVA" -version 2>&1 | awk -F'[\".]' '/version/ {print $2}')
if [[ $IMPALA_JAVA_TARGET -eq 1 ]]; then
  # Capture x from 1.x, i.e. Java 1.8 -> 8.
  IMPALA_JAVA_TARGET=$("$JAVA" -version 2>&1 | awk -F'[\".]' '/version/ {print $3}')
fi

# Java libraries required by executables and java tests.
export LIB_JAVA=$(find "${JAVA_HOME}/" -name libjava.so | head -1)
export LIB_JSIG=$(find "${JAVA_HOME}/" -name libjsig.so | head -1)
export LIB_JVM=$(find "${JAVA_HOME}/" -name libjvm.so  | head -1)

#########################################################################################
# Below here are variables that can be overridden by impala-config-*.sh and environment #
# vars, variables computed based on other variables, and variables that cannot be       #
# overridden.                                                                           #
#########################################################################################

# If true, will not call $IMPALA_HOME/bin/bootstrap_toolchain.py.
export SKIP_TOOLCHAIN_BOOTSTRAP=${SKIP_TOOLCHAIN_BOOTSTRAP-false}

# If true, will not download python dependencies.
export SKIP_PYTHON_DOWNLOAD=${SKIP_PYTHON_DOWNLOAD-false}

# Provide isolated python egg location and ensure it's only writable by user to avoid
# Python warnings during testing.
export PYTHON_EGG_CACHE="${IMPALA_HOME}/shell/build/.python-eggs"
mkdir -p "${PYTHON_EGG_CACHE}"
chmod 755 "${PYTHON_EGG_CACHE}"

# This flag is used in $IMPALA_HOME/cmake_modules/toolchain.cmake.
# If it's 0, Impala will be built with the compiler in the toolchain directory.
export USE_SYSTEM_GCC=${USE_SYSTEM_GCC-0}

# Allow the linker to be set to gold, mold, or regular ld. Gold is the default
# as it has been for a long time. Mold is a new linker that is faster than gold.
# Note: This is validated in the CMake code.
# TODO: Add support for lld as well
export IMPALA_LINKER=${IMPALA_LINKER-gold}

# Override the default compiler by setting a path to the new compiler. The default
# compiler depends on USE_SYSTEM_GCC and IMPALA_GCC_VERSION. The intended use case
# is to set the compiler to distcc, in that case the user would also set
# IMPALA_BUILD_THREADS to increase parallelism.
export IMPALA_CXX_COMPILER=${IMPALA_CXX_COMPILER-default}

# Add options to 'mvn'; useful for configuring a settings file (-s).
export IMPALA_MAVEN_OPTIONS=${IMPALA_MAVEN_OPTIONS-}

# If enabled, debug symbols are added to cross-compiled IR.
export ENABLE_IMPALA_IR_DEBUG_INFO=${ENABLE_IMPALA_IR_DEBUG_INFO-false}

# Impala has dozens of binaries that link in all the Impala libraries.
# Each binary is hundreds of megabytes, and they end up taking 10s of GBs
# disk space for a developer environment. A large amount of the binary
# size is due to debug information.
#
# These are a few options for reducing the binary size and disk space
# usage.
# - IMPALA_MINIMAL_DEBUG_INFO=true changes the build to produce only
#   minimal debuginfo (i.e. -g1). This has line tables and can do backtraces,
#   but it doesn't include variable information and limits further
#   debuggability. This option reduces the size of binaries by 60+%.
# - IMPALA_COMPRESSED_DEBUG_INFO=true changes the build to compress the
#   debug info with gzip. This significantly reduces the size of the
#   binary without changing the quantity of debug information. The catch
#   is that tools need to support it. gdb is known to support it and
#   the Breakpad scripts have been modified to handle it, but there may
#   be other tools that do not know how to use it. This reduces the size
#   of binaries by 50+%.
# - IMPALA_SPLIT_DEBUG_INFO=true changes the build to put debug info in
#   separate .dwo files for each C++ file. Executables contain metadata
#   pointing to these .dwo files without needing to incorporate the debug
#   information. This allows executables to share a single copy of
#   the debug information. It also reduces link time, as the linker does
#   not need to process the debug info. Tools (including gdb) mostly know
#   how to handle this split debug information.
#
# Due to the major reduction in binary size and broad support in debugging
# tools, compressed debug information is enabled by default.
export IMPALA_MINIMAL_DEBUG_INFO=${IMPALA_MINIMAL_DEBUG_INFO-false}
export IMPALA_COMPRESSED_DEBUG_INFO=${IMPALA_COMPRESSED_DEBUG_INFO-true}
export IMPALA_SPLIT_DEBUG_INFO=${IMPALA_SPLIT_DEBUG_INFO-false}

# Download and use the CDH components from S3. It can be useful to set this to false if
# building against a custom local build using HIVE_SRC_DIR_OVERRIDE,
# HADOOP_INCLUDE_DIR_OVERRIDE, and HADOOP_LIB_DIR_OVERRIDE.
export DOWNLOAD_CDH_COMPONENTS=${DOWNLOAD_CDH_COMPONENTS-true}
export DOWNLOAD_APACHE_COMPONENTS=${DOWNLOAD_APACHE_COMPONENTS-true}

export IS_OSX="$(if [[ "$OSTYPE" == "darwin"* ]]; then echo true; else echo false; fi)"

export IMPALA_AUX_TEST_HOME="${IMPALA_AUX_TEST_HOME-$IMPALA_HOME/../Impala-auxiliary-tests}"
export TARGET_FILESYSTEM="${TARGET_FILESYSTEM-hdfs}"
export ERASURE_CODING="${ERASURE_CODING-false}"
export FILESYSTEM_PREFIX="${FILESYSTEM_PREFIX-}"
export S3_BUCKET="${S3_BUCKET-}"
export S3GUARD_ENABLED="${S3GUARD_ENABLED-false}"
export S3GUARD_DYNAMODB_TABLE="${S3GUARD_DYNAMODB_TABLE-}"
export S3GUARD_DYNAMODB_REGION="${S3GUARD_DYNAMODB_REGION-}"
export azure_tenant_id="${azure_tenant_id-DummyAdlsTenantId}"
export azure_client_id="${azure_client_id-DummyAdlsClientId}"
export azure_client_secret="${azure_client_secret-DummyAdlsClientSecret}"
export azure_data_lake_store_name="${azure_data_lake_store_name-}"
export azure_storage_account_name="${azure_storage_account_name-}"
export azure_storage_container_name="${azure_storage_container_name-}"
export GOOGLE_CLOUD_PROJECT_ID="${GOOGLE_CLOUD_PROJECT_ID-}"
export GOOGLE_CLOUD_SERVICE_ACCOUNT="${GOOGLE_CLOUD_SERVICE_ACCOUNT-}"
export GOOGLE_APPLICATION_CREDENTIALS="${GOOGLE_APPLICATION_CREDENTIALS-}"
export GCS_BUCKET="${GCS_BUCKET-}"
export COS_SECRET_ID="${COS_SECRET_ID-}"
export COS_SECRET_KEY="${COS_SECRET_KEY-}"
export COS_REGION="${COS_REGION-}"
export COS_BUCKET="${COS_BUCKET-}"
export OSS_ACCESS_KEY_ID="${OSS_ACCESS_KEY_ID-}"
export OSS_SECRET_ACCESS_KEY="${OSS_SECRET_ACCESS_KEY-}"
export OSS_ACCESS_ENDPOINT="${OSS_ACCESS_ENDPOINT-}"
export OSS_BUCKET="${OSS_BUCKET-}"
export HDFS_REPLICATION="${HDFS_REPLICATION-3}"
export ISILON_NAMENODE="${ISILON_NAMENODE-}"
# Internal and external interfaces that test cluster services will listen on. The
# internal interface is used for ports that should not be accessed from outside the
# host that the cluster is running on. The external interface is used for ports
# that may need to be accessed from outside, e.g. web UIs.
export INTERNAL_LISTEN_HOST="${INTERNAL_LISTEN_HOST-localhost}"
export EXTERNAL_LISTEN_HOST="${EXTERNAL_LISTEN_HOST-0.0.0.0}"
export DEFAULT_FS="${DEFAULT_FS-hdfs://${INTERNAL_LISTEN_HOST}:20500}"
export WAREHOUSE_LOCATION_PREFIX="${WAREHOUSE_LOCATION_PREFIX-}"
export LOCAL_FS="file:${WAREHOUSE_LOCATION_PREFIX}"
# Use different node directories for each filesystem so we don't need to recreate them
# from scratch when switching.
UNIQUE_FS_LABEL=
if [[ "${TARGET_FILESYSTEM}" != "hdfs" ]]; then
  UNIQUE_FS_LABEL="${UNIQUE_FS_LABEL}-${TARGET_FILESYSTEM}"
fi
if [[ "${ERASURE_CODING}" = true ]]; then
  UNIQUE_FS_LABEL="${UNIQUE_FS_LABEL}-ec"
fi
DEFAULT_NODES_DIR="$IMPALA_HOME/testdata/cluster/cdh$CDH_MAJOR_VERSION$UNIQUE_FS_LABEL"
export IMPALA_CLUSTER_NODES_DIR="${IMPALA_CLUSTER_NODES_DIR-$DEFAULT_NODES_DIR}"

ESCAPED_DB_UID=$(sed "s/[^0-9a-zA-Z]/_/g" <<< "$UNIQUE_FS_LABEL$IMPALA_HOME")
if $USE_APACHE_HIVE_3; then
  export HIVE_HOME="$APACHE_COMPONENTS_HOME/apache-hive-${IMPALA_HIVE_VERSION}-bin"
  export HIVE_SRC_DIR="$APACHE_COMPONENTS_HOME/apache-hive-${IMPALA_HIVE_VERSION}-src"
  # if apache hive is being used change the metastore db name, so we don't have to
  # format the metastore db everytime we switch between hive versions
  export METASTORE_DB=${METASTORE_DB-"$(cut -c-59 <<< HMS$ESCAPED_DB_UID)_apache"}
else
  export HIVE_HOME=${HIVE_HOME_OVERRIDE:-\
"$CDP_COMPONENTS_HOME/apache-hive-${IMPALA_HIVE_VERSION}-bin"}
  export HIVE_SRC_DIR=${HIVE_SRC_DIR_OVERRIDE:-\
"${CDP_COMPONENTS_HOME}/hive-${IMPALA_HIVE_VERSION}"}
  # Previously, there were multiple configurations and the "_cdp" included below
  # allowed the two to be distinct. We keep this "_cdp" for historical reasons.
  export METASTORE_DB=${METASTORE_DB-"$(cut -c-59 <<< HMS$ESCAPED_DB_UID)_cdp"}
fi
# Set the path to the hive_metastore.thrift which is used to build thrift code
export HIVE_METASTORE_THRIFT_DIR=${HIVE_METASTORE_THRIFT_DIR_OVERRIDE:-\
"$HIVE_SRC_DIR/standalone-metastore/src/main/thrift"}
if $USE_APACHE_TEZ; then
  export TEZ_HOME="$APACHE_COMPONENTS_HOME/apache-tez-${IMPALA_TEZ_VERSION}-bin"
else
  export TEZ_HOME="$CDP_COMPONENTS_HOME/tez-${IMPALA_TEZ_VERSION}-minimal"
fi

if $USE_APACHE_HBASE; then
  export HBASE_HOME="$APACHE_COMPONENTS_HOME/hbase-${IMPALA_HBASE_VERSION}-hadoop3/"
else
  export HBASE_HOME="$CDP_COMPONENTS_HOME/hbase-${IMPALA_HBASE_VERSION}/"
fi
if $USE_APACHE_OZONE; then
  export OZONE_HOME="$APACHE_COMPONENTS_HOME/ozone-${IMPALA_OZONE_VERSION}/"
else
  export OZONE_HOME="$CDP_COMPONENTS_HOME/ozone-${IMPALA_OZONE_VERSION}/"
fi
# Set the Hive binaries in the path
export PATH="$HIVE_HOME/bin:$HBASE_HOME/bin:$OZONE_HOME/bin:$PATH"

RANGER_POLICY_DB=${RANGER_POLICY_DB-$(cut -c-63 <<< ranger$ESCAPED_DB_UID)}
# The DB script in Ranger expects the database name to be in lower case.
export RANGER_POLICY_DB=$(echo ${RANGER_POLICY_DB} | tr '[:upper:]' '[:lower:]')

# Environment variables carrying AWS security credentials are prepared
# according to the following rules:
#
#     Instance:     Running outside EC2 ||  Running in EC2 |
# --------------------+--------+--------++--------+--------+
#   TARGET_FILESYSTEM |   S3   | not S3 ||   S3   | not S3 |
# --------------------+--------+--------++--------+--------+
#                     |        |        ||        |        |
#               empty | unset  | dummy  ||  unset |  unset |
# AWS_*               |        |        ||        |        |
# env   --------------+--------+--------++--------+--------+
# var                 |        |        ||        |        |
#           not empty | export | export || export | export |
#                     |        |        ||        |        |
# --------------------+--------+--------++--------+--------+
#
# Legend: unset:  the variable is unset
#         export: the variable is exported with its current value
#         dummy:  the variable is set to a constant dummy value and exported
#
# Running on an EC2 VM is indicated by setting RUNNING_IN_EC2 to "true" and
# exporting it from an script running before this one.

# Checks are performed in a subshell to avoid leaking secrets to log files.
if (set +x; [[ -n ${AWS_ACCESS_KEY_ID-} ]]); then
  export AWS_ACCESS_KEY_ID
else
  if [[ "${TARGET_FILESYSTEM}" == "s3" || "${RUNNING_IN_EC2:-false}" == "true" ]]; then
    unset AWS_ACCESS_KEY_ID
  else
    export AWS_ACCESS_KEY_ID=DummyAccessKeyId
  fi
fi

if (set +x; [[ -n ${AWS_SECRET_ACCESS_KEY-} ]]); then
  export AWS_SECRET_ACCESS_KEY
else
  if [[ "${TARGET_FILESYSTEM}" == "s3" || "${RUNNING_IN_EC2:-false}" == "true" ]]; then
    unset AWS_SECRET_ACCESS_KEY
  else
    export AWS_SECRET_ACCESS_KEY=DummySecretAccessKey
  fi
fi

# AWS_SESSION_TOKEN is not set to a dummy value, it is not needed by the FE tests
if (set +x; [[ -n ${AWS_SESSION_TOKEN-} ]]); then
  export AWS_SESSION_TOKEN
else
  unset AWS_SESSION_TOKEN
fi

if [ "${TARGET_FILESYSTEM}" = "s3" ]; then
  # We guard the S3 access check with a variable. This check hits a rate-limited endpoint
  # on AWS and multiple inclusions of S3 can exceed the limit, causing the check to fail.
  S3_ACCESS_VALIDATED="${S3_ACCESS_VALIDATED-0}"
  if [[ "${S3_ACCESS_VALIDATED}" -ne 1 ]]; then
    if ${IMPALA_HOME}/bin/check-s3-access.sh; then
      export S3_ACCESS_VALIDATED=1
      export DEFAULT_FS="s3a://${S3_BUCKET}"
    else
      return 1
    fi
  else
    echo "S3 access already validated"
  fi
  # If using s3guard, verify that the dynamodb table and region are set
  if [[ "${S3GUARD_ENABLED}" = "true" ]]; then
    if [[ -z "${S3GUARD_DYNAMODB_TABLE}" || -z "${S3GUARD_DYNAMODB_REGION}" ]]; then
      echo "When S3GUARD_ENABLED=true, S3GUARD_DYNAMODB_TABLE and
        S3GUARD_DYNAMODB_REGION must be set"
      echo "S3GUARD_DYNAMODB_TABLE: ${S3GUARD_DYNAMODB_TABLE}"
      echo "S3GUARD_DYNAMODB_REGION: ${S3GUARD_DYNAMODB_REGION}"
      return 1
    fi
  fi
elif [ "${TARGET_FILESYSTEM}" = "adls" ]; then
  # Basic error checking
  if [[ "${azure_client_id}" = "DummyAdlsClientId" ||\
        "${azure_tenant_id}" = "DummyAdlsTenantId" ||\
        "${azure_client_secret}" = "DummyAdlsClientSecret" ]]; then
    echo "All 3 of the following need to be assigned valid values and belong
      to the owner of the ADLS store in order to access the filesystem:
      azure_client_id, azure_tenant_id, azure_client_secret."
    return 1
  fi
  if [[ "${azure_data_lake_store_name}" = "" ]]; then
    echo "azure_data_lake_store_name cannot be an empty string for ADLS"
    return 1
  fi
  DEFAULT_FS="adl://${azure_data_lake_store_name}.azuredatalakestore.net"
  export DEFAULT_FS
elif [ "${TARGET_FILESYSTEM}" = "abfs" ]; then
  # ABFS is also known as ADLS Gen2, and they can share credentials
  # Basic error checking
  if [[ "${azure_client_id}" = "DummyAdlsClientId" ||\
        "${azure_tenant_id}" = "DummyAdlsTenantId" ||\
        "${azure_client_secret}" = "DummyAdlsClientSecret" ]]; then
    echo "All 3 of the following need to be assigned valid values and belong
      to the owner of the Azure storage account in order to access the
      filesystem: azure_client_id, azure_tenant_id, azure_client_secret."
    return 1
  fi
  if [[ "${azure_storage_account_name}" = "" ]]; then
    echo "azure_storage_account_name cannot be an empty string for ABFS"
    return 1
  fi
  if [[ "${azure_storage_container_name}" = "" ]]; then
    echo "azure_storage_container_name cannot be an empty string for ABFS"
    return 1
  fi
  domain="${azure_storage_account_name}.dfs.core.windows.net"
  DEFAULT_FS="abfss://${azure_storage_container_name}@${domain}"
  export DEFAULT_FS
elif [ "${TARGET_FILESYSTEM}" = "gs" ]; then
  # Basic error checking
  if [[ "${GOOGLE_APPLICATION_CREDENTIALS}" = "" ]]; then
    echo "GOOGLE_APPLICATION_CREDENTIALS should be set to the JSON file that contains
      your service account key."
    return 1
  fi
  DEFAULT_FS="gs://${GCS_BUCKET}"
  export DEFAULT_FS
elif [ "${TARGET_FILESYSTEM}" = "cosn" ]; then
  # Basic error checking
  if [[ "${COS_SECRET_ID}" = "" ]]; then
    echo "COS_SECRET_ID cannot be an empty string for COS"
    return 1
  fi
  if [[ "${COS_SECRET_KEY}" = "" ]]; then
    echo "COS_SECRET_KEY cannot be an empty string for COS"
    return 1
  fi
  if [[ "${COS_REGION}" = "" ]]; then
    echo "COS_REGION cannot be an empty string for COS"
    return 1
  fi
  if [[ "${COS_BUCKET}" = "" ]]; then
    echo "COS_BUCKET cannot be an empty string for COS"
    return 1
  fi
  DEFAULT_FS="cosn://${COS_BUCKET}"
  export DEFAULT_FS
elif [ "${TARGET_FILESYSTEM}" = "oss" ]; then
  # Basic error checking
  if [[ "${OSS_ACCESS_KEY_ID}" = "" ]]; then
    echo "OSS_ACCESS_KEY_ID cannot be an empty string for OSS"
    return 1
  fi
  if [[ "${OSS_SECRET_ACCESS_KEY}" = "" ]]; then
    echo "OSS_SECRET_ACCESS_KEY cannot be an empty string for OSS"
    return 1
  fi
  if [[ "${OSS_ACCESS_ENDPOINT}" = "" ]]; then
    echo "OSS_ACCESS_ENDPOINT cannot be an empty string for OSS"
    return 1
  fi
  if [[ "${OSS_BUCKET}" = "" ]]; then
    echo "OSS_BUCKET cannot be an empty string for OSS"
    return 1
  fi
  DEFAULT_FS="oss://${OSS_BUCKET}"
  export DEFAULT_FS
elif [ "${TARGET_FILESYSTEM}" = "obs" ]; then
  # Basic error checking
  OBS_ACCESS_KEY="${OBS_ACCESS_KEY:?OBS_ACCESS_KEY cannot be an empty string for OBS}"
  OBS_SECRET_KEY="${OBS_SECRET_KEY:?OBS_SECRET_KEY cannot be an empty string for OBS}"
  OBS_ENDPOINT="${OBS_ENDPOINT:?OBS_ENDPOINT cannot be an empty string for OBS}"
  OBS_BUCKET="${OBS_BUCKET:?OBS_BUCKET cannot be an empty string for OBS}"
  DEFAULT_FS="obs://${OBS_BUCKET}"
  export OBS_ACCESS_KEY OBS_SECRET_KEY OBS_ENDPOINT DEFAULT_FS ENABLE_OBS_FILESYSTEM=true
elif [ "${TARGET_FILESYSTEM}" = "isilon" ]; then
  if [ "${ISILON_NAMENODE}" = "" ]; then
    echo "In order to access the Isilon filesystem, ISILON_NAMENODE"
    echo "needs to be a non-empty and valid address."
    return 1
  fi
  DEFAULT_FS="hdfs://${ISILON_NAMENODE}:8020"
  export DEFAULT_FS
  # isilon manages its own replication.
  export HDFS_REPLICATION=1
elif [ "${TARGET_FILESYSTEM}" = "local" ]; then
  if [[ "${WAREHOUSE_LOCATION_PREFIX}" = "" ]]; then
    echo "WAREHOUSE_LOCATION_PREFIX cannot be an empty string for local filesystem"
    return 1
  fi
  if [ ! -d "${WAREHOUSE_LOCATION_PREFIX}" ]; then
    echo "'$WAREHOUSE_LOCATION_PREFIX' is not a directory on the local filesystem."
    return 1
  elif [ ! -r "${WAREHOUSE_LOCATION_PREFIX}" ] || \
      [ ! -w "${WAREHOUSE_LOCATION_PREFIX}" ]; then
    echo "Current user does not have read/write permissions on local filesystem path "
        "'$WAREHOUSE_LOCATION_PREFIX'"
    return 1
  fi
  export DEFAULT_FS="${LOCAL_FS}"
  export FILESYSTEM_PREFIX="${LOCAL_FS}"
elif [ "${TARGET_FILESYSTEM}" = "hdfs" ]; then
  if [[ "${ERASURE_CODING}" = true ]]; then
    export HDFS_ERASURECODE_POLICY="RS-3-2-1024k"
    export ERASURECODE_POLICY="$HDFS_ERASURECODE_POLICY"
    export HDFS_ERASURECODE_PATH="/test-warehouse"
  fi
elif [ "${TARGET_FILESYSTEM}" = "ozone" ]; then
  export USE_OZONE_ENCRYPTION=${USE_OZONE_ENCRYPTION-true}
  export OZONE_VOLUME="impala"
  export DEFAULT_FS="ofs://${INTERNAL_LISTEN_HOST}:9862"
  export FILESYSTEM_PREFIX="${DEFAULT_FS}/${OZONE_VOLUME}"
  export WAREHOUSE_LOCATION_PREFIX="/${OZONE_VOLUME}"
  if [[ "${ERASURE_CODING}" = true ]]; then
    export OZONE_ERASURECODE_POLICY="RS-3-2-1024k"
    # Ozone normalizes the policy for internal storage. Use this string for tests.
    export ERASURECODE_POLICY="rs-3-2-1024k"
  fi
else
  echo "Unsupported filesystem '$TARGET_FILESYSTEM'"
  echo "Valid values are: hdfs, isilon, s3, abfs, adls, gs, local, ozone"
  return 1
fi

# Directories where local cluster logs will go when running tests or loading data
DEFAULT_LOGS_DIR="${IMPALA_HOME}/logs"  # override by setting IMPALA_LOGS_DIR env var
export IMPALA_LOGS_DIR="${IMPALA_LOGS_DIR:-$DEFAULT_LOGS_DIR}"
export IMPALA_CLUSTER_LOGS_DIR="${IMPALA_LOGS_DIR}/cluster"
export IMPALA_DATA_LOADING_LOGS_DIR="${IMPALA_LOGS_DIR}/data_loading"
export IMPALA_DATA_LOADING_SQL_DIR="${IMPALA_DATA_LOADING_LOGS_DIR}/sql"
export IMPALA_FE_TEST_LOGS_DIR="${IMPALA_LOGS_DIR}/fe_tests"
export IMPALA_FE_TEST_COVERAGE_DIR="${IMPALA_FE_TEST_LOGS_DIR}/coverage"
export IMPALA_BE_TEST_LOGS_DIR="${IMPALA_LOGS_DIR}/be_tests"
export IMPALA_EE_TEST_LOGS_DIR="${IMPALA_LOGS_DIR}/ee_tests"
export IMPALA_JS_TEST_LOGS_DIR="${IMPALA_LOGS_DIR}/js_tests"
export IMPALA_CUSTOM_CLUSTER_TEST_LOGS_DIR="${IMPALA_LOGS_DIR}/custom_cluster_tests"
export IMPALA_MVN_LOGS_DIR="${IMPALA_LOGS_DIR}/mvn"
export IMPALA_TIMEOUT_LOGS_DIR="${IMPALA_LOGS_DIR}/timeout_stacktrace"
# List of all Impala log dirs so they can be created by buildall.sh
export IMPALA_ALL_LOGS_DIRS="${IMPALA_CLUSTER_LOGS_DIR}
  ${IMPALA_DATA_LOADING_LOGS_DIR} ${IMPALA_DATA_LOADING_SQL_DIR}
  ${IMPALA_FE_TEST_LOGS_DIR} ${IMPALA_FE_TEST_COVERAGE_DIR}
  ${IMPALA_BE_TEST_LOGS_DIR} ${IMPALA_EE_TEST_LOGS_DIR}
  ${IMPALA_CUSTOM_CLUSTER_TEST_LOGS_DIR} ${IMPALA_MVN_LOGS_DIR}
  ${IMPALA_TIMEOUT_LOGS_DIR}"

# Compute CPUs, using cgroup limits if present and not "max" (v2) or negative (v1)
awk_divide_roundup='{ cores = $1/$2; print cores==int(cores) ? cores : int(cores)+1 }'
if grep -v max /sys/fs/cgroup/cpu.max >& /dev/null; then
  # Get CPU limits under cgroups v2
  CORES=$(awk "$awk_divide_roundup" /sys/fs/cgroup/cpu.max)
  echo "Detected $CORES cores from cgroups v2"
elif grep -v '\-' /sys/fs/cgroup/cpu/cpu.cfs_quota_us >& /dev/null; then
  # Get CPU limits under cgroups v1
  CORES=$(paste /sys/fs/cgroup/cpu/cpu.cfs_quota_us /sys/fs/cgroup/cpu/cpu.cfs_period_us |
          awk "$awk_divide_roundup")
  echo "Detected $CORES cores from cgroups v1"
else
  CORES=$(getconf _NPROCESSORS_ONLN)
fi
# Reduce the concurrency for local tests to half the number of cores in the system.
export NUM_CONCURRENT_TESTS="${NUM_CONCURRENT_TESTS-$((CORES / 2))}"

# IMPALA-14476: Temporarily fix KUDU_MASTER_HOSTS to ipv4 address
# export KUDU_MASTER_HOSTS="${KUDU_MASTER_HOSTS:-${INTERNAL_LISTEN_HOST}}"
export KUDU_MASTER_HOSTS="${KUDU_MASTER_HOSTS:-127.0.0.1}"
export KUDU_MASTER_PORT="${KUDU_MASTER_PORT:-7051}"
export KUDU_MASTER_WEBUI_PORT="${KUDU_MASTER_WEBUI_PORT:-8051}"

export IMPALA_FE_DIR="$IMPALA_HOME/fe"
export IMPALA_BE_DIR="$IMPALA_HOME/be"
export IMPALA_WORKLOAD_DIR="$IMPALA_HOME/testdata/workloads"
export IMPALA_AUX_WORKLOAD_DIR="$IMPALA_AUX_TEST_HOME/testdata/workloads"
export IMPALA_DATASET_DIR="$IMPALA_HOME/testdata/datasets"
export IMPALA_AUX_DATASET_DIR="$IMPALA_AUX_TEST_HOME/testdata/datasets"
export IMPALA_COMMON_DIR="$IMPALA_HOME/common"
export PATH="$IMPALA_TOOLCHAIN_PACKAGES_HOME/gdb-$IMPALA_GDB_VERSION/bin:$PATH"
export PATH="$IMPALA_TOOLCHAIN_PACKAGES_HOME/cmake-$IMPALA_CMAKE_VERSION/bin/:$PATH"
export PATH="$IMPALA_HOME/bin:$PATH"

export HADOOP_CONF_DIR="$IMPALA_FE_DIR/src/test/resources"
# The include and lib paths are needed to pick up hdfs.h and libhdfs.*
# Allow overriding in case we want to point to a package/install with a different layout.
export HADOOP_INCLUDE_DIR=${HADOOP_INCLUDE_DIR_OVERRIDE:-"${HADOOP_HOME}/include"}
export HADOOP_LIB_DIR=${HADOOP_LIB_DIR_OVERRIDE:-"${HADOOP_HOME}/lib"}

# Beware of adding entries from $HADOOP_HOME here, because they can change
# the order of the classpath, leading to configuration not showing up first.
export HADOOP_CLASSPATH="${HADOOP_CLASSPATH-}"
# Add Ozone Hadoop filesystem implementation when using Ozone
if [ "${TARGET_FILESYSTEM}" = "ozone" ]; then
  OZONE_JAR="ozone-filesystem-hadoop3-${IMPALA_OZONE_VERSION}.jar"
  HADOOP_CLASSPATH="${HADOOP_CLASSPATH}:${OZONE_HOME}/share/ozone/lib/${OZONE_JAR}"
fi
# Add the path containing the hadoop-aws jar, which is required to access AWS from the
# minicluster.
# Please note that the * is inside quotes, thus it won't get expanded by bash but
# by java, see "Understanding class path wildcards" at http://goo.gl/f0cfft
HADOOP_CLASSPATH="${HADOOP_CLASSPATH}:${HADOOP_HOME}/share/hadoop/tools/lib/*"

export PATH="$HADOOP_HOME/bin:$PATH"

if $USE_APACHE_RANGER; then
  export RANGER_HOME=${RANGER_HOME_OVERRIDE:-\
"${APACHE_COMPONENTS_HOME}/ranger-${IMPALA_RANGER_VERSION}-admin"}
else
  export RANGER_HOME=\
${RANGER_HOME_OVERRIDE:-"${CDP_COMPONENTS_HOME}/ranger-${IMPALA_RANGER_VERSION}-admin"}
fi
export RANGER_CONF_DIR="$IMPALA_HOME/fe/src/test/resources"

# To configure Hive logging, there's a hive-log4j2.properties[.template]
# file in fe/src/test/resources. To get it into the classpath earlier
# than the hive-log4j2.properties file included in some Hive jars,
# we must set HIVE_CONF_DIR. Additionally, on Hadoop 3, because of
# https://issues.apache.org/jira/browse/HADOOP-15019, when HIVE_CONF_DIR happens to equal
# HADOOP_CONF_DIR, it gets de-duped out of its pole position in the CLASSPATH variable,
# so we add an extra "./" into the path to avoid that. Use HADOOP_SHELL_SCRIPT_DEBUG=true
# to debug issues like this. Hive may log something like:
#       Logging initialized using configuration in file:.../fe/src/test/resources/hive-log4j2.properties
#
# To debug log4j2 loading issues, add to HADOOP_CLIENT_OPTS:
#   -Dorg.apache.logging.log4j.simplelog.StatusLogger.level=TRACE
#
# We use a unique -Dhive.log.file to distinguish the HiveMetaStore and HiveServer2 logs.
export HIVE_CONF_DIR="$IMPALA_FE_DIR/src/test/resources"

# Hive looks for jar files in a single directory from HIVE_AUX_JARS_PATH plus
# any jars in AUX_CLASSPATH. (Or a list of jars in HIVE_AUX_JARS_PATH.)
# The Postgres JDBC driver is downloaded by maven when building the frontend.
# Export the location of Postgres JDBC driver so Ranger can pick it up.
export POSTGRES_JDBC_DRIVER="${IMPALA_FE_DIR}/target/dependency/postgresql-${IMPALA_POSTGRES_JDBC_DRIVER_VERSION}.jar"

export HIVE_AUX_JARS_PATH="$POSTGRES_JDBC_DRIVER"
# Add the jar of iceberg-hive-runtime to have HiveIcebergStorageHandler.
# Only needed by Apache Hive3 since CDP Hive3 has the jar of hive-iceberg-handler in its
# lib folder.
if $USE_APACHE_HIVE_3; then
  export HIVE_AUX_JARS_PATH="$HIVE_AUX_JARS_PATH:\
$IMPALA_HOME/fe/target/dependency/iceberg-hive-runtime-${IMPALA_ICEBERG_VERSION}.jar"
fi
export AUX_CLASSPATH=""
### Tell hive not to use jline
export HADOOP_USER_CLASSPATH_FIRST=true

# Add jars to Hive's AUX_CLASSPATH as needed.
# Newer Hive version already have hbase-shaded-mapreduce in it's library.
# This commented line is left here as an example.
# export AUX_CLASSPATH="$AUX_CLASSPATH:\
# $HBASE_HOME/lib/shaded-clients/hbase-shaded-mapreduce-${IMPALA_HBASE_VERSION}.jar"

export HBASE_CONF_DIR="$IMPALA_FE_DIR/src/test/resources"
# Suppress Ozone deprecation warning
export OZONE_CONF_DIR="$IMPALA_FE_DIR/src/test/resources"

# To use a local build of Kudu, set KUDU_BUILD_DIR to the path Kudu was built in and
# set KUDU_CLIENT_DIR to the path KUDU was installed in.
# Example:
#   git clone https://github.com/cloudera/kudu.git
#   ...build 3rd party etc...
#   mkdir -p $KUDU_BUILD_DIR
#   cd $KUDU_BUILD_DIR
#   cmake <path to Kudu source dir>
#   make
#   DESTDIR=$KUDU_CLIENT_DIR make install
export KUDU_BUILD_DIR=${KUDU_BUILD_DIR-}
export KUDU_CLIENT_DIR=${KUDU_CLIENT_DIR-}
if [[ -n "$KUDU_BUILD_DIR" && -z "$KUDU_CLIENT_DIR" ]]; then
  echo When KUDU_BUILD_DIR is set KUDU_CLIENT_DIR must also be set. 1>&2
  return 1
fi
if [[ -z "$KUDU_BUILD_DIR" && -n "$KUDU_CLIENT_DIR" ]]; then
  echo When KUDU_CLIENT_DIR is set KUDU_BUILD_DIR must also be set. 1>&2
  return 1
fi

# Only applies to the minicluster Kudu (we always link against the libkudu_client for the
# overall build type) and does not apply when using a local Kudu build.
export USE_KUDU_DEBUG_BUILD=${USE_KUDU_DEBUG_BUILD-false}

export IMPALA_KUDU_VERSION=${IMPALA_KUDU_VERSION-"879a8f9e2"}
export IMPALA_KUDU_HOME=${IMPALA_TOOLCHAIN_PACKAGES_HOME}/kudu-$IMPALA_KUDU_VERSION
export IMPALA_KUDU_JAVA_HOME=\
${IMPALA_TOOLCHAIN_PACKAGES_HOME}/kudu-${IMPALA_KUDU_VERSION}/java
export IMPALA_TOOLCHAIN_KUDU_MAVEN_REPOSITORY=\
"file://${IMPALA_KUDU_JAVA_HOME}/repository"
export IMPALA_TOOLCHAIN_KUDU_MAVEN_REPOSITORY_ENABLED=true

# Set $THRIFT_XXX_HOME to the Thrift directory in toolchain.
export THRIFT_CPP_HOME="${IMPALA_TOOLCHAIN_PACKAGES_HOME}/thrift-${IMPALA_THRIFT_CPP_VERSION}"
export THRIFT_JAVA_HOME="${IMPALA_TOOLCHAIN_PACKAGES_HOME}/thrift-${IMPALA_THRIFT_JAVA_VERSION}"
export THRIFT_PY_HOME="${IMPALA_TOOLCHAIN_PACKAGES_HOME}/thrift-${IMPALA_THRIFT_PY_VERSION}"

# ASAN needs a matching version of llvm-symbolizer to symbolize stack traces.
export ASAN_SYMBOLIZER_PATH="${IMPALA_TOOLCHAIN_PACKAGES_HOME}/llvm-${IMPALA_LLVM_ASAN_VERSION}/bin/llvm-symbolizer"

export CLUSTER_DIR="${IMPALA_HOME}/testdata/cluster"

# The number of parallel build processes we should run at a time. Require 2GB memory per
# core as too many compilation processes can exhaust available memory and fail a build.
if $IS_OSX; then
  AVAILABLE_MEM=$(($(sysctl -n hw.memsize) / 1024 / 1024 / 1024))
else
  # MemTotal:       65550228 kB
  AVAILABLE_MEM=$(awk '/MemTotal/{print int($2/1024/1024)}' /proc/meminfo)
fi
if grep -v max /sys/fs/cgroup/memory.max >& /dev/null; then
  # Get memory limits under cgroups v2
  CGROUP_MEM_LIMIT=$(($(cat /sys/fs/cgroup/memory.max) / 1024 / 1024 / 1024))
  echo "Detected $CGROUP_MEM_LIMIT GB memory limit from cgroups v2"
elif grep -v '\-' /sys/fs/cgroup/memory/memory.limit_in_bytes >& /dev/null; then
  # Get memory limits under cgroups v1
  CGROUP_MEM_LIMIT=$((
      $(cat /sys/fs/cgroup/memory/memory.limit_in_bytes) / 1024 / 1024 / 1024))
  echo "Detected $CGROUP_MEM_LIMIT GB memory limit from cgroups v1"
else
  CGROUP_MEM_LIMIT=8589934591 # max int64 bytes in GB
fi
AVAILABLE_MEM=$((AVAILABLE_MEM > $CGROUP_MEM_LIMIT ? $CGROUP_MEM_LIMIT : $AVAILABLE_MEM))
BOUNDED_CONCURRENCY=$((AVAILABLE_MEM / 2))
if [[ $AVAILABLE_MEM -lt 2 ]]; then
  echo "Insufficient memory ($AVAILABLE_MEM GB) to build Impala"
  exit 1
elif [[ $BOUNDED_CONCURRENCY -lt $CORES ]]; then
  echo "Bounding concurrency for available memory ($AVAILABLE_MEM GB)"
else
  BOUNDED_CONCURRENCY=$CORES
fi
export IMPALA_BUILD_THREADS=${IMPALA_BUILD_THREADS-"${BOUNDED_CONCURRENCY}"}

# Additional flags to pass to make or ninja.
export IMPALA_MAKE_FLAGS=${IMPALA_MAKE_FLAGS-}

# Some environments (like the packaging build) might not have $USER set.  Fix that here.
export USER="${USER-`id -un`}"

# These arguments are, despite the name, passed to every JVM created
# by an impalad.
# - Enable JNI check
# When running hive UDFs, this check makes it unacceptably slow (over 100x)
# Enable if you suspect a JNI issue
# TODO: figure out how to turn this off only the stuff that can't run with it.
#LIBHDFS_OPTS="-Xcheck:jni -Xcheck:nabounds"
export LIBHDFS_OPTS="${LIBHDFS_OPTS:-} -Djava.library.path=${HADOOP_LIB_DIR}/native/"
LIBHDFS_OPTS+=" -XX:ErrorFile=${IMPALA_LOGS_DIR}/hs_err_pid%p.log"


# IMPALA-5080: Our use of PermGen space sometimes exceeds the default maximum while
# running tests that load UDF jars.
LIBHDFS_OPTS="${LIBHDFS_OPTS} -XX:MaxPermSize=128m"

export CLASSPATH="$IMPALA_FE_DIR/target/dependency:${CLASSPATH:+:${CLASSPATH}}"
CLASSPATH="$IMPALA_FE_DIR/target/classes:$CLASSPATH"
CLASSPATH="$IMPALA_FE_DIR/src/test/resources:$CLASSPATH"

# A marker in the environment to prove that we really did source this file
export IMPALA_CONFIG_SOURCED=1

echo "IMPALA_VERSION          = $IMPALA_VERSION"
echo "IMPALA_HOME             = $IMPALA_HOME"
echo "HADOOP_HOME             = $HADOOP_HOME"
echo "HADOOP_CONF_DIR         = $HADOOP_CONF_DIR"
echo "HADOOP_INCLUDE_DIR      = $HADOOP_INCLUDE_DIR"
echo "HADOOP_LIB_DIR          = $HADOOP_LIB_DIR"
echo "IMPALA_CLUSTER_NODES_DIR= $IMPALA_CLUSTER_NODES_DIR"
echo "HIVE_HOME               = $HIVE_HOME"
echo "HIVE_CONF_DIR           = $HIVE_CONF_DIR"
echo "HIVE_SRC_DIR            = $HIVE_SRC_DIR"
echo "HBASE_HOME              = $HBASE_HOME"
echo "HBASE_CONF_DIR          = $HBASE_CONF_DIR"
echo "OZONE_HOME              = $OZONE_HOME"
echo "OZONE_CONF_DIR          = $OZONE_CONF_DIR"
echo "RANGER_HOME             = $RANGER_HOME"
echo "RANGER_CONF_DIR         = $RANGER_CONF_DIR "
echo "THRIFT_CPP_HOME         = $THRIFT_CPP_HOME"
echo "THRIFT_JAVA_HOME        = $THRIFT_JAVA_HOME"
echo "THRIFT_PY_HOME          = $THRIFT_PY_HOME"
echo "CLASSPATH               = $CLASSPATH"
echo "LIBHDFS_OPTS            = $LIBHDFS_OPTS"
echo "JAVA_HOME               = $JAVA_HOME"
echo "IMPALA_JAVA_TARGET      = $IMPALA_JAVA_TARGET"
echo "POSTGRES_JDBC_DRIVER    = $POSTGRES_JDBC_DRIVER"
echo "IMPALA_TOOLCHAIN        = $IMPALA_TOOLCHAIN"
echo "IMPALA_TOOLCHAIN_PACKAGES_HOME = $IMPALA_TOOLCHAIN_PACKAGES_HOME"
echo "METASTORE_DB            = $METASTORE_DB"
echo "DOWNLOAD_CDH_COMPONENTS = $DOWNLOAD_CDH_COMPONENTS"
echo "IMPALA_MAVEN_OPTIONS    = $IMPALA_MAVEN_OPTIONS"
echo "IMPALA_TOOLCHAIN_HOST   = $IMPALA_TOOLCHAIN_HOST"
echo "CDP_BUILD_NUMBER        = $CDP_BUILD_NUMBER"
echo "CDP_COMPONENTS_HOME     = $CDP_COMPONENTS_HOME"
if $USE_APACHE_COMPONENTS; then
  echo "APACHE_MIRROR           = $APACHE_MIRROR"
  echo "APACHE_COMPONENTS_HOME  = $APACHE_COMPONENTS_HOME"
fi
echo "IMPALA_HADOOP_VERSION   = $IMPALA_HADOOP_VERSION"
echo "IMPALA_AVRO_JAVA_VERSION= $IMPALA_AVRO_JAVA_VERSION"
echo "IMPALA_PARQUET_VERSION  = $IMPALA_PARQUET_VERSION"
echo "IMPALA_HIVE_VERSION     = $IMPALA_HIVE_VERSION"
echo "IMPALA_TEZ_VERSION      = $IMPALA_TEZ_VERSION"
echo "IMPALA_HBASE_VERSION    = $IMPALA_HBASE_VERSION"
echo "IMPALA_ORC_JAVA_VERSION = $IMPALA_ORC_JAVA_VERSION"
echo "IMPALA_OZONE_VERSION    = $IMPALA_OZONE_VERSION"
echo "IMPALA_HUDI_VERSION     = $IMPALA_HUDI_VERSION"
echo "IMPALA_KUDU_VERSION     = $IMPALA_KUDU_VERSION"
echo "IMPALA_RANGER_VERSION   = $IMPALA_RANGER_VERSION"
echo "IMPALA_ICEBERG_VERSION  = $IMPALA_ICEBERG_VERSION"
echo "IMPALA_PAIMON_VERSION   = $IMPALA_PAIMON_VERSION"
echo "IMPALA_COS_VERSION      = $IMPALA_COS_VERSION"
echo "IMPALA_OBS_VERSION      = $IMPALA_OBS_VERSION"
echo "IMPALA_SYSTEM_PYTHON2   = $IMPALA_SYSTEM_PYTHON2"
echo "IMPALA_SYSTEM_PYTHON3   = $IMPALA_SYSTEM_PYTHON3"
echo "IMPALA_BUILD_THREADS    = $IMPALA_BUILD_THREADS"
echo "NUM_CONCURRENT_TESTS    = $NUM_CONCURRENT_TESTS"
echo "USE_CUSTOM_IMPALA_BASE_IMAGE = $USE_CUSTOM_IMPALA_BASE_IMAGE"
echo "IMPALA_CUSTOM_DOCKER_BASE    = $IMPALA_CUSTOM_DOCKER_BASE"

# Kerberos things.  If the cluster exists and is kerberized, source
# the required environment.  This is required for any hadoop tool to
# work.  Note that if impala-config.sh is sourced before the
# kerberized cluster is created, it will have to be sourced again
# *after* the cluster is created in order to pick up these settings.
export MINIKDC_ENV="${IMPALA_HOME}/testdata/bin/minikdc_env.sh"
if "${CLUSTER_DIR}/admin" is_kerberized ||
  ( ! "${CLUSTER_DIR}/admin" cluster_exists && [[ "$IMPALA_KERBERIZE" == "true" ]] ); then

  . "${MINIKDC_ENV}"
  echo " *** This cluster is kerberized ***"
  echo "KRB5_KTNAME            = $KRB5_KTNAME"
  echo "KRB5_CONFIG            = $KRB5_CONFIG"
  echo "KRB5_TRACE             = ${KRB5_TRACE:-}"
  echo "HADOOP_OPTS            = $HADOOP_OPTS"
  echo " *** This cluster is kerberized ***"
else
  # If the cluster *isn't* kerberized, ensure that the environment isn't
  # polluted with kerberos items that might screw us up.  We go through
  # everything set in the minikdc environment and explicitly unset it.
  unset `grep export "${MINIKDC_ENV}" | sed "s/.*export \([^=]*\)=.*/\1/" \
      | sort | uniq`
fi

# Check for minimum required Java version
if [[ $IMPALA_JAVA_TARGET -le 7 ]]; then
  cat << EOF

WARNING: Your development environment is configured for Hadoop 3 and Java
$IMPALA_JAVA_TARGET. Hadoop 3 requires at least Java 8. Your JAVA binary
currently points to $JAVA and reports the following version:

EOF
  $JAVA -version
  echo
fi