function err { if test "${COLORIZE}" -eq 1 then tput bold tput setaf 1 fi echo "$@" 1>&2 if test "${COLORIZE}" -eq 1 then tput sgr0 fi } function status { if test "${COLORIZE}" -eq 1 then tput bold tput setaf 4 fi echo "$@" if test "${COLORIZE}" -eq 1 then tput sgr0 fi } function status_stage { if test "${COLORIZE}" -eq 1 then tput bold tput setaf 2 fi echo "$@" if test "${COLORIZE}" -eq 1 then tput sgr0 fi } function debug { if is_set "${BUILD_DEBUG}" then if test "${COLORIZE}" -eq 1 then tput setaf 6 fi echo "$@" if test "${COLORIZE}" -eq 1 then tput sgr0 fi fi } function sed_i { if test "$(uname)" == "Darwin" then sed -i '' "$@" return $? else sed -i "$@" return $? fi } function is_set { # Arguments: # $1 - string value to check its truthiness # # Return: # 0 - is truthy (backwards I know but allows syntax like `if is_set ` to work) # 1 - is not truthy local val=$(tr '[:upper:]' '[:lower:]' <<< "$1") case $val in 1 | t | true | y | yes) return 0 ;; *) return 1 ;; esac } function have_gpg_key { # Arguments: # $1 - GPG Key id to check if we have installed # # Return: # 0 - success (we can use this key for signing) # * - failure (key cannot be used) gpg --list-secret-keys $1 > /dev/null 2>&1 return $? } function parse_version { # Arguments: # $1 - Path to the top level Consul source # $2 - boolean value for whether the release version should be parsed from the source # $3 - boolean whether to use GIT_DESCRIBE and GIT_COMMIT environment variables # $4 - boolean whether to omit the version part of the version string. (optional) # # Return: # 0 - success (will write the version to stdout) # * - error (no version output) # # Notes: # If the GOTAGS environment variable is present then it is used to determine which # version file to use for parsing. local vfile="${1}/version/version.go" # ensure the version file exists if ! test -f "${vfile}" then err "Error - File not found: ${vfile}" return 1 fi local include_release="$2" local use_git_env="$3" local omit_version="$4" local git_version="" local git_commit="" if test -z "${include_release}" then include_release=true fi if test -z "${use_git_env}" then use_git_env=true fi if is_set "${use_git_env}" then git_version="${GIT_DESCRIBE}" git_commit="${GIT_COMMIT}" fi # Get the main version out of the source file version_main=$(awk '$1 == "Version" && $2 == "=" { gsub(/"/, "", $3); print $3 }' < ${vfile}) release_main=$(awk '$1 == "VersionPrerelease" && $2 == "=" { gsub(/"/, "", $3); print $3 }' < ${vfile}) # try to determine the version if we have build tags for tag in "$GOTAGS" do for vfile in $(find "${1}/version" -name "version_*.go" 2> /dev/null| sort) do if grep -q "// +build $tag" "${vfile}" then version_main=$(awk '$1 == "Version" && $2 == "=" { gsub(/"/, "", $3); print $3 }' < ${vfile}) release_main=$(awk '$1 == "VersionPrerelease" && $2 == "=" { gsub(/"/, "", $3); print $3 }' < ${vfile}) fi done done local version="${version_main}" # override the version from source with the value of the GIT_DESCRIBE env var if present if test -n "${git_version}" then version="${git_version}" fi local rel_ver="" if is_set "${include_release}" then # Default to pre-release from the source rel_ver="${release_main}" # When no GIT_DESCRIBE env var is present and no release is in the source then we # are definitely in dev mode if test -z "${git_version}" -a -z "${rel_ver}" && is_set "${use_git_env}" then rel_ver="dev" fi # Add the release to the version if test -n "${rel_ver}" -a -n "${git_commit}" then rel_ver="${rel_ver} (${git_commit})" fi fi if test -n "${rel_ver}" then if is_set "${omit_version}" then echo "${rel_ver}" | tr -d "'" else echo "${version}-${rel_ver}" | tr -d "'" fi return 0 elif ! is_set "${omit_version}" then echo "${version}" | tr -d "'" return 0 else return 1 fi } function get_version { # Arguments: # $1 - Path to the top level Consul source # $2 - Whether the release version should be parsed from source (optional) # $3 - Whether to use GIT_DESCRIBE and GIT_COMMIT environment variables # # Returns: # 0 - success (the version is also echoed to stdout) # 1 - error # # Notes: # If a VERSION environment variable is present it will override any parsing of the version from the source # In addition to processing the main version.go, version_*.go files will be processed if they have # a Go build tag that matches the one in the GOTAGS environment variable. This tag processing is # primitive though and will not match complex build tags in the files with negation etc. local vers="$VERSION" if test -z "$vers" then # parse the OSS version from version.go vers="$(parse_version ${1} ${2} ${3})" fi if test -z "$vers" then return 1 else echo $vers return 0 fi } function git_branch { # Arguments: # $1 - Path to the git repo (optional - assumes pwd is git repo otherwise) # # Returns: # 0 - success # * - failure # # Notes: # Echos the current branch to stdout when successful local gdir="$(pwd)" if test -d "$1" then gdir="$1" fi pushd "${gdir}" > /dev/null local ret=0 local head="$(git status -b --porcelain=v2 | awk '{if ($1 == "#" && $2 =="branch.head") { print $3 }}')" || ret=1 popd > /dev/null test ${ret} -eq 0 && echo "$head" return ${ret} } function git_upstream { # Arguments: # $1 - Path to the git repo (optional - assumes pwd is git repo otherwise) # # Returns: # 0 - success # * - failure # # Notes: # Echos the current upstream branch to stdout when successful local gdir="$(pwd)" if test -d "$1" then gdir="$1" fi pushd "${gdir}" > /dev/null local ret=0 local head="$(git status -b --porcelain=v2 | awk '{if ($1 == "#" && $2 =="branch.upstream") { print $3 }}')" || ret=1 popd > /dev/null test ${ret} -eq 0 && echo "$head" return ${ret} } function git_log_summary { # Arguments: # $1 - Path to the git repo (optional - assumes pwd is git repo otherwise) # # Returns: # 0 - success # * - failure # local gdir="$(pwd)" if test -d "$1" then gdir="$1" fi pushd "${gdir}" > /dev/null local ret=0 local head=$(git_branch) || ret=1 local upstream=$(git_upstream) || ret=1 local rev_range="${head}...${upstream}" if test ${ret} -eq 0 then status "Git Changes:" git log --pretty=oneline ${rev_range} || ret=1 fi return $ret } function git_diff { # Arguments: # $1 - Path to the git repo (optional - assumes pwd is git repo otherwise) # $2 .. $N - Optional path specification # # Returns: # 0 - success # * - failure # local gdir="$(pwd)" if test -d "$1" then gdir="$1" fi shift pushd "${gdir}" > /dev/null local ret=0 local head=$(git_branch) || ret=1 local upstream=$(git_upstream) || ret=1 if test ${ret} -eq 0 then status "Git Diff - Paths: $@" git diff ${HEAD} ${upstream} -- "$@" || ret=1 fi return $ret } function normalize_git_url { url="${1#https://}" url="${url#git@}" url="${url%.git}" url="$(sed ${SED_EXT} -e 's/([^\/:]*)[:\/](.*)/\1:\2/' <<< "${url}")" echo "$url" return 0 } function git_remote_url { # Arguments: # $1 - Path to the top level Consul source # $2 - Remote name # # Returns: # 0 - success # * - error # # Note: # The push url for the git remote will be echoed to stdout if ! test -d "$1" then err "ERROR: '$1' is not a directory. git_remote_url must be called with the path to the top level source as the first argument'" return 1 fi if test -z "$2" then err "ERROR: git_remote_url must be called with a second argument that is the name of the remote" return 1 fi local ret=0 pushd "$1" > /dev/null local url=$(git remote get-url --push $2 2>&1) || ret=1 popd > /dev/null if test "${ret}" -eq 0 then echo "${url}" return 0 fi } function find_git_remote { # Arguments: # $1 - Path to the top level Consul source # # Returns: # 0 - success # * - error # # Note: # The remote name to use for publishing will be echoed to stdout upon success if ! test -d "$1" then err "ERROR: '$1' is not a directory. find_git_remote must be called with the path to the top level source as the first argument'" return 1 fi need_url=$(normalize_git_url "${PUBLISH_GIT_HOST}:${PUBLISH_GIT_REPO}") debug "Required normalized remote: ${need_url}" pushd "$1" > /dev/null local ret=1 for remote in $(git remote) do url=$(git remote get-url --push ${remote}) || continue url=$(normalize_git_url "${url}") debug "Testing Remote: ${remote}: ${url}" if test "${url}" == "${need_url}" then echo "${remote}" ret=0 break fi done popd > /dev/null return ${ret} } function git_remote_not_blacklisted { # Arguments: # $1 - path to the repo # $2 - the remote name # # Returns: # 0 - not blacklisted # * - blacklisted return 0 } function is_git_clean { # Arguments: # $1 - Path to git repo # $2 - boolean whether the git status should be output when not clean # # Returns: # 0 - success # * - error # if ! test -d "$1" then err "ERROR: '$1' is not a directory. is_git_clean must be called with the path to a git repo as the first argument'" return 1 fi local output_status="$2" pushd "${1}" > /dev/null local ret=0 test -z "$(git status --porcelain=v2 2> /dev/null)" || ret=1 if is_set "${output_status}" && test "$ret" -ne 0 then err "Git repo is not clean" # --porcelain=v1 is the same as --short except uncolorized git status --porcelain=v1 fi popd > /dev/null return ${ret} } function update_git_env { # Arguments: # $1 - Path to git repo # # Returns: # 0 - success # * - error # if ! test -d "$1" then err "ERROR: '$1' is not a directory. is_git_clean must be called with the path to a git repo as the first argument'" return 1 fi export GIT_COMMIT=$(git rev-parse --short HEAD) export GIT_DIRTY=$(test -n "$(git status --porcelain)" && echo "+CHANGES") export GIT_DESCRIBE=$(git describe --tags --always) export GIT_IMPORT=github.com/hashicorp/consul/version export GOLDFLAGS="-X ${GIT_IMPORT}.GitCommit=${GIT_COMMIT}${GIT_DIRTY} -X ${GIT_IMPORT}.GitDescribe=${GIT_DESCRIBE}" return 0 } function git_push_ref { # Arguments: # $1 - Path to the top level Consul source # $2 - Git ref (optional) # $3 - remote (optional - if not specified we will try to determine it) # # Returns: # 0 - success # * - error if ! test -d "$1" then err "ERROR: '$1' is not a directory. push_git_release must be called with the path to the top level source as the first argument'" return 1 fi local sdir="$1" local ret=0 local remote="$3" # find the correct remote corresponding to the desired repo (basically prevent pushing enterprise to oss or oss to enterprise) if test -z "${remote}" then local remote=$(find_git_remote "${sdir}") || return 1 status "Using git remote: ${remote}" fi local ref="" pushd "${sdir}" > /dev/null if test -z "$2" then # If no git ref was provided we lookup the current local branch and its tracking branch # It must have a tracking upstream and it must be tracking the sanctioned git remote local head=$(git_branch "${sdir}") || return 1 local upstream=$(git_upstream "${sdir}") || return 1 # upstream branch for this branch does not track the remote we need to push to # basically this checks that the upstream (could be something like origin/master) references the correct remote # if it doesn't then the string modification wont apply and the var will reamin unchanged and equal to itself. if test "${upstream#${remote}/}" == "${upstream}" then err "ERROR: Upstream branch '${upstream}' does not track the correct remote '${remote}' - cannot push" ret=1 fi ref="refs/heads/${head}" else # A git ref was provided - get the full ref and make sure it isn't ambiguous and also to # be able to determine whether its a branch or tag we are pushing ref_out=$(git rev-parse --symbolic-full-name "$2" --) # -ne 2 because it should have the ref on one line followed by a line with '--' if test "$(wc -l <<< "${ref_out}")" -ne 2 then err "ERROR: Git ref '$2' is ambiguous" debug "${ref_out}" ret=1 else ref=$(head -n 1 <<< "${ref_out}") fi fi if test ${ret} -eq 0 then case "${ref}" in refs/tags/*) status "Pushing tag ${ref#refs/tags/} to ${remote}" ;; refs/heads/*) status "Pushing local branch ${ref#refs/tags/} to ${remote}" ;; *) err "ERROR: git_push_ref func is refusing to push ref that isn't a branch or tag" return 1 esac if ! git push "${remote}" "${ref}" then err "ERROR: Failed to push ${ref} to remote: ${remote}" ret=1 fi fi popd > /dev/null return $ret } function update_version { # Arguments: # $1 - Path to the version file # $2 - Version string # $3 - PreRelease version (if unset will become an empty string) # # Returns: # 0 - success # * - error if ! test -f "$1" then err "ERROR: '$1' is not a regular file. update_version must be called with the path to a go version file" return 1 fi if test -z "$2" then err "ERROR: The version specified was empty" return 1 fi local vfile="$1" local version="$2" local prerelease="$3" sed_i ${SED_EXT} -e "s/(Version[[:space:]]*=[[:space:]]*)\"[^\"]*\"/\1\"${version}\"/g" -e "s/(VersionPrerelease[[:space:]]*=[[:space:]]*)\"[^\"]*\"/\1\"${prerelease}\"/g" "${vfile}" return $? } function set_changelog_version { # Arguments: # $1 - Path to top level Consul source # $2 - Version to put into the Changelog # $3 - Release Date # # Returns: # 0 - success # * - error local changelog="${1}/CHANGELOG.md" local version="$2" local rel_date="$3" if ! test -f "${changelog}" then err "ERROR: File not found: ${changelog}" return 1 fi if test -z "${version}" then err "ERROR: Must specify a version to put into the changelog" return 1 fi if test -z "${rel_date}" then rel_date=$(date +"%B %d, %Y") fi sed_i ${SED_EXT} -e "s/## UNRELEASED/## ${version} (${rel_date})/" "${changelog}" return $? } function unset_changelog_version { # Arguments: # $1 - Path to top level Consul source # # Returns: # 0 - success # * - error local changelog="${1}/CHANGELOG.md" if ! test -f "${changelog}" then err "ERROR: File not found: ${changelog}" return 1 fi sed_i ${SED_EXT} -e "1 s/^## [0-9]+\.[0-9]+\.[0-9]+ \([^)]*\)/## UNRELEASED/" "${changelog}" return $? } function add_unreleased_to_changelog { # Arguments: # $1 - Path to top level Consul source # # Returns: # 0 - success # * - error local changelog="${1}/CHANGELOG.md" if ! test -f "${changelog}" then err "ERROR: File not found: ${changelog}" return 1 fi # Check if we are already in unreleased mode if head -n 1 "${changelog}" | grep -q -c UNRELEASED then return 0 fi local tfile="$(mktemp) -t "CHANGELOG.md_")" ( echo -e "## UNRELEASED\n" > "${tfile}" && cat "${changelog}" >> "${tfile}" && cp "${tfile}" "${changelog}" ) local ret=$? rm "${tfile}" return $ret } function set_release_mode { # Arguments: # $1 - Path to top level Consul source # $2 - The version of the release # $3 - The release date # $4 - The pre-release version # # # Returns: # 0 - success # * - error if ! test -d "$1" then err "ERROR: '$1' is not a directory. set_release_mode must be called with the path to a git repo as the first argument" return 1 fi if test -z "$2" then err "ERROR: The version specified was empty" return 1 fi local sdir="$1" local vers="$2" local rel_date="$(date +"%B %d, %Y")" if test -n "$3" then rel_date="$3" fi local changelog_vers="${vers}" if test -n "$4" then changelog_vers="${vers}-$4" fi status_stage "==> Updating CHANGELOG.md with release info: ${changelog_vers} (${rel_date})" set_changelog_version "${sdir}" "${changelog_vers}" "${rel_date}" || return 1 status_stage "==> Updating version/version.go" if ! update_version "${sdir}/version/version.go" "${vers}" "$4" then unset_changelog_version "${sdir}" return 1 fi return 0 } function set_dev_mode { # Arguments: # $1 - Path to top level Consul source # # Returns: # 0 - success # * - error if ! test -d "$1" then err "ERROR: '$1' is not a directory. set_dev_mode must be called with the path to a git repo as the first argument'" return 1 fi local sdir="$1" local vers="$(parse_version "${sdir}" false false)" status_stage "==> Setting VersionPreRelease back to 'dev'" update_version "${sdir}/version/version.go" "${vers}" dev || return 1 status_stage "==> Adding new UNRELEASED label in CHANGELOG.md" add_unreleased_to_changelog "${sdir}" || return 1 return 0 } function git_staging_empty { # Arguments: # $1 - Path to git repo # # Returns: # 0 - success (nothing staged) # * - error (staged files) if ! test -d "$1" then err "ERROR: '$1' is not a directory. commit_dev_mode must be called with the path to a git repo as the first argument'" return 1 fi pushd "$1" > /dev/null declare -i ret=0 for status in $(git status --porcelain=v2 | awk '{print $2}' | cut -b 1) do if test "${status}" != "." then ret=1 break fi done popd > /dev/null return ${ret} } function commit_dev_mode { # Arguments: # $1 - Path to top level Consul source # # Returns: # 0 - success # * - error if ! test -d "$1" then err "ERROR: '$1' is not a directory. commit_dev_mode must be called with the path to a git repo as the first argument'" return 1 fi status "Checking for previously staged files" git_staging_empty "$1" || return 1 declare -i ret=0 pushd "$1" > /dev/null status "Staging CHANGELOG.md and version_*.go files" git add CHANGELOG.md && git add version/version*.go ret=$? if test ${ret} -eq 0 then status "Adding Commit" git commit -m "Putting source back into Dev Mode" ret=$? fi popd >/dev/null return ${ret} } function gpg_detach_sign { # Arguments: # $1 - File to sign # $2 - Alternative GPG key to use for signing # # Returns: # 0 - success # * - failure # determine whether the gpg key to use is being overridden local gpg_key=${HASHICORP_GPG_KEY} if test -n "$2" then gpg_key=$2 fi gpg --default-key "${gpg_key}" --detach-sig --yes -v "$1" return $? } function shasum_directory { # Arguments: # $1 - Path to directory containing the files to shasum # $2 - File to output sha sums to # # Returns: # 0 - success # * - failure if ! test -d "$1" then err "ERROR: '$1' is not a directory and shasum_release requires passing a directory as the first argument" return 1 fi if test -z "$2" then err "ERROR: shasum_release requires a second argument to be the filename to output the shasums to but none was given" return 1 fi pushd $1 > /dev/null shasum -a256 * > "$2" ret=$? popd >/dev/null return $ret } function ui_version { # Arguments: # $1 - path to index.html # # Returns: # 0 - success # * -failure # # Notes: echoes the version to stdout upon success if ! test -f "$1" then err "ERROR: No such file: '$1'" return 1 fi local ui_version=$(sed -n ${SED_EXT} -e 's/.*CONSUL_VERSION%22%3A%22([^%]*)%22%2C%22.*/\1/p' < "$1") || return 1 echo "$ui_version" return 0 } function ui_logo_type { # Arguments: # $1 - path to index.html # # Returns: # 0 - success # * -failure # # Notes: echoes the 'logo type' to stdout upon success # the 'logo' can be one of 'enterprise' or 'oss' # and doesn't necessarily correspond to the binary type of consul # the logo is 'enterprise' if the binary type is anything but 'oss' if ! test -f "$1" then err "ERROR: No such file: '$1'" return 1 fi grep -q "data-enterprise-logo" < "$1" if test $? -eq 0 then echo "enterprise" else echo "oss" fi return 0 }