deploy-sonar代码扫描分析工具

#!/usr/bin/env bash ########################################################################## # compose-helper.sh # --setup : 注册容器 # --start : 启动容器 # --stop : 停止容器 # --down : 卸载容器 # --list : 查看容器 ########################################################################## # set -x set -e set -o noglob ########################################################################## # set author info date1=`date "+%Y-%m-%d %H:%M:%S"` date2=`date "+%Y%m%d%H%M%S"` author="yong.ran@cdjdgm.com" ########################################################################## # set font and color bold=$(tput bold) underline=$(tput sgr 0 1) reset=$(tput sgr0) red=$(tput setaf 1) green=$(tput setaf 2) yellow=$(tput setaf 3) blue=$(tput setaf 4) white=$(tput setaf 7) ########################################################################## # header and logging header() { printf "\n${underline}${bold}${blue}► %s${reset}\n" "$@"; } header2() { printf "\n${underline}${bold}${blue}♦ %s${reset}\n" "$@"; } info() { printf "${white}➜ %s${reset}\n" "$@"; } info2() { printf "${red}➜ %s${reset}\n" "$@"; } warn() { printf "${yellow}➜ %s${reset}\n" "$@"; } error() { printf "${red}✖ %s${reset}\n" "$@"; } success() { printf "${green}✔ %s${reset}\n" "$@"; } usage() { printf "\n${underline}${bold}${blue}Usage:${reset} ${blue}%s${reset}\n" "$@"; } trap "error '******* ERROR: Something went wrong.*******'; exit 1" sigterm trap "error '******* Caught sigint signal. Stopping...*******'; exit 2" sigint set +o noglob ########################################################################## # entry base dir pwd=`pwd` base_dir="${pwd}" source="$0" while [ -h "$source" ]; do base_dir="$( cd -P "$( dirname "$source" )" && pwd )" source="$(readlink "$source")" [[ $source != /* ]] && source="$base_dir/$source" done base_dir="$( cd -P "$( dirname "$source" )" && pwd )" cd "${base_dir}" ########################################################################## # envirionment if [ -r "${base_dir}/.env" ]; then while read line; do eval "$line"; done < "${base_dir}/.env" fi self_name=`basename $0 .sh` parent_name=`basename "${base_dir}"` compose_bin=/usr/local/bin/docker-compose compose_yml=${base_dir}/${self_name}.yml project_dir=${base_dir} if [ -z "${PRODUCT_NAME}" ]; then project_name=${parent_name} else project_name=${PRODUCT_NAME} fi # init args flag arg_help= arg_setup= arg_start= arg_stop= arg_down= arg_list= arg_empty=true ########################################################################## # parse parameter # echo $@ # 定义选项， -o 表示短选项 -a 表示支持长选项的简单模式(以 - 开头) -l 表示长选项 # a 后没有冒号，表示没有参数 # b 后跟一个冒号，表示有一个必要参数 # c 后跟两个冒号，表示有一个可选参数(可选参数必须紧贴选项) # -n 出错时的信息 # -- 也是一个选项，比如 要创建一个名字为 -f 的目录，会使用 mkdir -- -f , # 在这里用做表示最后一个选项(用以判定 while 的结束) # $@ 从命令行取出参数列表(不能用用 $* 代替，因为 $* 将所有的参数解释成一个字符串 # 而 $@ 是一个参数数组) # args=`getopt -o ab:c:: -a -l apple,banana:,cherry:: -n "${source}" -- "$@"` args=`getopt -o h -a -l help,setup,start,stop,down,list -n "${source}" -- "$@"` # 判定 getopt 的执行时候有错，错误信息输出到 STDERR if [ $? != 0 ]; then error "Terminating..." >&2 exit 1 fi # echo ${args} # 重新排列参数的顺序 # 使用eval 的目的是为了防止参数中有shell命令，被错误的扩展。 eval set -- "${args}" # 处理具体的选项 while true do case "$1" in -h | --help | -help) info "option -h|--help" arg_help=true arg_empty=false shift ;; --setup | -setup) info "option --setup" arg_setup=true arg_empty=false shift ;; --start | -start) info "option --start" arg_start=true arg_empty=false shift ;; --stop | -stop) info "option --stop" arg_stop=true arg_empty=false shift ;; --down | -down) info "option --down" arg_down=true arg_empty=false shift ;; --list | -list) info "option --list" arg_list=true arg_empty=false shift ;; --) shift break ;; *) error "Internal error!" exit 1 ;; esac done #显示除选项外的参数(不包含选项的参数都会排到最后) # arg 是 getopt 内置的变量 , 里面的值，就是处理过之后的 $@(命令行传入的参数) for arg do warn "$arg"; done # show usage usage=$"`basename $0` [-h|--help] [--setup] [--start] [--stop] [--down] [--list] [-h|--help] : show help info. [--setup] : docker-compose xxx up -d. [--start] : docker-compose xxx start. [--stop] : docker-compose xxx stop. [--down] : docker-compose xxx down. [--list] : docker-compose xxx list. " ########################################################################## # execute docker-compose command fun_execute_compose_command() { command=$1 header "execute command:[docker-compose --file ${compose_yml} --project-name ${project_name} --project-directory ${project_dir} ${command}]" info "execute command [docker-compose --file ${compose_yml} --project-name ${project_name} --project-directory ${project_dir} ${command}] start." ${compose_bin} --file ${compose_yml} --project-name ${project_name} --project-directory ${project_dir} ${command} success "execute command [docker-compose --file ${compose_yml} --project-name ${project_name} --project-directory ${project_dir} ${command}] end." return 0 } ########################################################################## # argument is empty if [ "x${arg_empty}" == "xtrue" ]; then usage "$usage"; exit 1 fi # show usage if [ "x${arg_help}" == "xtrue" ]; then usage "$usage"; exit 1 fi # setup if [ "x${arg_setup}" == "xtrue" ]; then fun_execute_compose_command "up -d"; fi # start if [ "x${arg_start}" == "xtrue" ]; then fun_execute_compose_command "start"; fi # stop if [ "x${arg_stop}" == "xtrue" ]; then fun_execute_compose_command "stop"; fi # down if [ "x${arg_down}" == "xtrue" ]; then fun_execute_compose_command "down"; fi # list if [ "x${arg_list}" == "xtrue" ]; then fun_execute_compose_command "ps"; fi success "complete." exit $?