BASH编程 例子

#! /bin/sh

#-------------------------------------------------------------------
# 定义变量
#-------------------------------------------------------------------
 
libdir=../lib

# 模块名
MODEL_NAME=FM5_CMDCENTER

# 模块运行需要的lib
MODEL_LIBS=`stoc.sh ${libdir}`


MODEL_OPTS="-Xmx128m -DConfig=../conf/cmdcenter.xml -Dlog4j.configuration=file:../conf/cmdcenter.log4j"

# 运行类名
MODEL_CLASS="fm5.cmdcenter.Server"

# 运行参数
MODEL_VARS=""

# 前台/后台: 0-前台, 1-后台
MODEL_DAEMON=1

# 日志 '&-':表示关闭标准输出日志
MODEL_LOG="../log/error_cmdcenter.log"


#-------------------------------------------------------------------
# 以下内容请不要修改
#-------------------------------------------------------------------

SLEEP_MIN=5

# model info can be define here
MODEL_SYMBOL=${MODEL_NAME}
GREP_KEY="Diname="${MODEL_SYMBOL}

# CLASSPATH can bu define here
CLASSPATH=${MODEL_LIBS}:.:${CLASSPATH}


#----------------------------------------------------------
# function print usage
#----------------------------------------------------------

print_usage()
{
echo ""
echo "\th|H|help|HELP             \tPrint help information."
echo "\tstart                     \tStart the ${MODEL_NAME} server."
echo "\tstop                      \tStop the ${MODEL_NAME} server."
echo "\tstatus                    \tStatus the ${MODEL_NAME} server."
}

#-------------------------------------------------------------------
# function model_is_exist
#-------------------------------------------------------------------

modelService_is_exist()
{
localServerId=`ps -ef |grep "${GREP_KEY}" | grep -v grep | awk '{print $2}'`
if [ -z "${localServerId}" ]
then
return 1
else
return 0
fi
}

#-------------------------------------------------------------------
# function check_user_id
# return 0 ---- supper user
# return 1 ---- normal user
#-------------------------------------------------------------------

# check_user_id ()
# {
# localMyId=$(id|awk '{print $1}')
# localMyId=${localMyId:4:1}
# if [ "${localMyId}" -eq "0" ]
# then
# return 0
# else
# return 1
# fi
# }

#-------------------------------------------------------------------
# function model_start
#-------------------------------------------------------------------

model_start ()
{
modelService_is_exist

if [ $? -eq "0" ]
then
        echo "${MODEL_NAME} is running yet. pid ${localServerId}."
        return 0
else
        if [ $MODEL_DAEMON = 0 ]
        then
                echo "try to start ${MODEL_NAME} ... foreground"
                $JAVA_HOME/bin/java -${GREP_KEY} -classpath ${CLASSPATH} ${MODEL_OPTS} ${MODEL_CLASS} ${MODEL_VARS}
        else
                echo "try to start ${MODEL_NAME} ... backgroud"
                nohup $JAVA_HOME/bin/java -${GREP_KEY} ${MODEL_OPTS} -classpath ${CLASSPATH} ${MODEL_CLASS} ${MODEL_VARS} 1>&- 2>>${MODEL_LOG} &
                sleep $SLEEP_MIN
                modelService_is_exist
                if [ $? -eq "0" ]
                then
                        echo "${MODEL_NAME} is running now. pid ${localServerId}."
                        return 0
                else
                        echo "failed to start ${MODEL_NAME}! see the output log for more details."
                        return 1
                fi
        fi
fi
}

#-------------------------------------------------------------------
# function model_stop
#-------------------------------------------------------------------

model_stop()
{
echo "try to stop ${MODEL_NAME} ..."
modelService_is_exist

if [ $? -eq 0 ]
then
/usr/bin/kill ${localServerId}
if [ $? -ne 0 ]
then
echo "failed to stop ${MODEL_NAME}!"
return 1
else
echo "${MODEL_NAME} stopped."
return 0
fi
else
echo "${MODEL_NAME} is not running!"
return 1
fi
}

#-------------------------------------------------------------------
# function model_status
#-------------------------------------------------------------------

model_status()
{
modelService_is_exist
if [ $? -eq 0 ]
then
echo "${MODEL_NAME} is running. pid ${localServerId}."
else
echo "${MODEL_NAME} is not running."
fi
}

#-------------------------------------------------------------------
#
#-------------------------------------------------------------------

#-------------------------------------------------------------------
# function parse_para
#-------------------------------------------------------------------

parse_para()
{
case "$1" in
start) model_start;;
stop) model_stop;;
status) model_status;;
*) echo "illage parameter : $1";print_usage;;
esac
}

#-------------------------------------------------------------------
# main
#-------------------------------------------------------------------

parse_para $1

来自 “ ITPUB博客 ” ,链接:http://blog.itpub.net/17074730/viewspace-563000/,如需转载,请注明出处,否则将追究法律责任。

转载于:http://blog.itpub.net/17074730/viewspace-563000/

Shell脚本高级编程教程,希望对你有所帮助。 Example 10-23. Using continue N in an actual task: 1 # Albert Reiner gives an example of how to use "continue N": 2 # --------------------------------------------------------- 3 4 # Suppose I have a large number of jobs that need to be run, with 5 #+ any data that is to be treated in files of a given name pattern in a 6 #+ directory. There are several machines that access this directory, and 7 #+ I want to distribute the work over these different boxen. Then I 8 #+ usually nohup something like the following on every box: 9 10 while true 11 do 12 for n in .iso.* 13 do 14 [ "$n" = ".iso.opts" ] && continue 15 beta=${n#.iso.} 16 [ -r .Iso.$beta ] && continue 17 [ -r .lock.$beta ] && sleep 10 && continue 18 lockfile -r0 .lock.$beta || continue 19 echo -n "$beta: " `date` 20 run-isotherm $beta 21 date 22 ls -alF .Iso.$beta 23 [ -r .Iso.$beta ] && rm -f .lock.$beta 24 continue 2 25 done 26 break 27 done 28 29 # The details, in particular the sleep N, are particular to my 30 #+ application, but the general pattern is: 31 32 while true 33 do 34 for job in {pattern} 35 do 36 {job already done or running} && continue 37 {mark job as running, do job, mark job as done} 38 continue 2 39 done 40 break # Or something like `sleep 600' to avoid termination. 41 done 42 43 # This way the script will stop only when there are no more jobs to do 44 #+ (including jobs that were added during runtime). Through the use 45 #+ of appropriate lockfiles it can be run on several machines 46 #+ concurrently without duplication of calculations [which run a couple 47 #+ of hours in my case, so I really want to avoid this]. Also, as search 48 #+ always starts again from the beginning, one can encode priorities in 49 #+ the file names. Of course, one could also do this without `continue 2', 50 #+ but then one would have to actually check whether or not some job 51 #+ was done (so that we should immediately look for the next job) or not 52 #+ (in which case we terminate or sleep for a long time before checking 53 #+ for a new job).
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