1. 개요
고객사 시스템 정보 추출을 위해 만든 스크립트
2. 인스턴스 정보
2.1 인스턴스명
(1). server tag 범위 검색
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$ egrep "<server>|<\/server>" config.xml -n
44: <server>
76: </server>
77: <server>
136: </server>
137: <server>
157: </server>
158: <server>
213: </server>
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(2). sed 명령으로 범위 출력
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$ sed -n 44,76p config.xml
<server>
<name>AdminServer</name>
<log>
<date-format-pattern>yyyy. M. d a h'시' mm'분' ss,SSS'초' z</date-format-pattern>
<file-name>logs/AdminServer.log</file-name>
<rotation-type>byTime</rotation-type>
<number-of-files-limited>true</number-of-files-limited>
<file-count>100</file-count>
<file-time-span>24</file-time-span>
<rotation-time>00:00</rotation-time>
<rotate-log-on-startup>false</rotate-log-on-startup>
<buffer-size-kb>8</buffer-size-kb>
<logger-severity>Info</logger-severity>
<log-file-severity>Info</log-file-severity>
<stdout-severity>Info</stdout-severity>
<stdout-format>standard</stdout-format>
<stdout-log-stack>true</stdout-log-stack>
<stacktrace-depth>5</stacktrace-depth>
<domain-log-broadcast-severity>Off</domain-log-broadcast-severity>
<redirect-stdout-to-server-log-enabled>false</redirect-stdout-to-server-log-enabled>
<redirect-stderr-to-server-log-enabled>false</redirect-stderr-to-server-log-enabled>
<domain-log-broadcaster-buffer-size>10</domain-log-broadcaster-buffer-size>
<log-monitoring-enabled>true</log-monitoring-enabled>
<log-monitoring-interval-secs>30</log-monitoring-interval-secs>
<log-monitoring-throttle-threshold>1500</log-monitoring-throttle-threshold>
<log-monitoring-throttle-message-length>50</log-monitoring-throttle-message-length>
<log-monitoring-max-throttle-message-signature-count>1000</log-monitoring-max-throttle-message-signature-count>
</log>
<listen-port>8001</listen-port>
<listen-address>was.test.com</listen-address>
<server-life-cycle-timeout-val>30</server-life-cycle-timeout-val>
<startup-timeout>0</startup-timeout>
</server>
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(3). 인스턴스명은 범위의 항상 두번째에 이름을 갖는다.
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$ sed -n 44,76p config.xml | sed -n -e 2p
<name>AdminServer</name>
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(4). 인스턴스명만 끄집어 내도록 name tag 걸러내기
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$ sed -n 44,76p config.xml | sed -n -e 2p | sed -s "s/<name>//" | sed -s "s/<\/name>//"
AdminServer
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2.2 인스턴스 주소
(1). listen-address와 listen-port만 검색하면 된다.
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$ sed -n 44,76p config.xml | egrep "listen-address|listen-port"
<listen-port>8001</listen-port>
<listen-address>was.test.com</listen-address>
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2.3 (통합) 서버 정보 출력하기
- “1. server tag 범위 검색” 에 head, tail 조합하여 검색 범위를 특정시킨다.
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PAGE_RANGE=$(egrep "<server>|<\/server>" config.xml -n | cut -d ':' -f1)
PAGE_COUNT=$(echo "${PAGE_RANGE}" | wc -l)
for ((idx=1; idx<=PAGE_COUNT; idx=idx+2))
do
HERE=$(echo "${PAGE_RANGE}" | head -n ${idx} | tail -1)
NEXT=$(echo "${PAGE_RANGE}" | head -n $((idx+1)) | tail -1)
INSTANCE_NAME=$(sed -n ${HERE},${NEXT}p config.xml | sed -n -e 2p | sed 's/ //g')
INSTANCE_ADDR=$(sed -n ${HERE},${NEXT}p config.xml | egrep "listen-address|listen-port" | sed 's/ //g')
echo "
########## start ##########"
echo "인스턴스 : ${INSTANCE_NAME}"
echo "주소 : ${INSTANCE_ADDR}"
echo "########## end ##########
"
done
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3. 배포 App 정보
3.1 App 이름
(1). app-deployment tag 범위 검색
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$ egrep "<app-deployment>|<\/app-deployment>" config.xml -n
237: <app-deployment>
246: </app-deployment>
247: <app-deployment>
256: </app-deployment>
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(2). sed 명령으로 범위 출력
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$ sed -n 237,246p config.xml
<app-deployment>
<name>webapp</name>
<target>myCluster_1</target>
<module-type>war</module-type>
<source-path>/usr/ssw/Applications/webapp</source-path>
<security-dd-model>DDOnly</security-dd-model>
<staging-mode>nostage</staging-mode>
<plan-staging-mode>nostage</plan-staging-mode>
<cache-in-app-directory>false</cache-in-app-directory>
</app-deployment>
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(3). 어플리케이션명은 범위의 항상 두번째에 이름을 갖는다.
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$ sed -n 237,246p config.xml | sed -n -e 2p
<name>webapp</name>
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3.2 App 배포 Target
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$ sed -n 237,246p config.xml | grep "target"
<target>myCluster_1</target>
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3.3 App Source Path
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$ sed -n 237,246p config.xml | grep "source-path"
<source-path>/usr/ssw/Applications/webapp</source-path>
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3.4 (통합) App 정보 출력하기
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PAGE_RANGE=$(egrep "<app-deployment>|<\/app-deployment>" config.xml -n | cut -d ':' -f1)
PAGE_COUNT=$(echo "${PAGE_RANGE}" | wc -l)
for ((idx=1; idx<=PAGE_COUNT; idx=idx+2))
do
HERE=$(echo "${PAGE_RANGE}" | head -n ${idx} | tail -1)
NEXT=$(echo "${PAGE_RANGE}" | head -n $((idx+1)) | tail -1)
APPLICATION_NAME=$(sed -n ${HERE},${NEXT}p config.xml | sed -n -e 2p | sed 's/ //g')
APPLICATION_TARGET=$(sed -n ${HERE},${NEXT}p config.xml | grep "target" | sed 's/ //g')
APPLICATION_PATH=$(sed -n ${HERE},${NEXT}p config.xml | grep "source-path" | sed 's/ //g')
if [ "${APPLICATION_TARGET}" == "<target></target>" ]; then
continue;
fi
echo "
########## start ##########"
echo "어플리케이션명 : ${APPLICATION_NAME}"
echo "타겟정보 : ${APPLICATION_TARGET}"
echo "소스위치 : ${APPLICATION_PATH}"
echo "########## end ##########
"
done
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4. Datasource 정보
4.1 Datasource 이름
(1). jdbc-system-resource tag 범위 검색
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$ egrep "<jdbc-system-resource>|<\/jdbc-system-resource>" config.xml -n
270: <jdbc-system-resource>
274: </jdbc-system-resource>
275: <jdbc-system-resource>
279: </jdbc-system-resource>
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(2). sed 명령으로 범위 출력
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$ sed -n 270,274p config.xml
<jdbc-system-resource>
<name>myDataSource_1</name>
<target>M1,myManaged_1</target>
<descriptor-file-name>jdbc/myDataSource_1-2365-jdbc.xml</descriptor-file-name>
</jdbc-system-resource>
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(3). 데이터소스명은 범위의 항상 두번째에 이름을 갖는다.
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$ sed -n 270,274p config.xml | sed -n -e 2p
<name>myDataSource_1</name>
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4.2 Datasource 배포 Target
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$ sed -n 270,274p config.xml | grep "target"
<target>M1,myManaged_1</target>
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4.3 데이터소스 JDBC xml 파일명 출력
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$ sed -n 270,274p config.xml | grep "descriptor-file-name"
<descriptor-file-name>jdbc/myDataSource_1-2365-jdbc.xml</descriptor-file-name>
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4.4 (통합) Datasource 정보 출력하기
- XML 파일 안의 USERNAME, URL STRING, JNDI 정보 출력
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PAGE_RANGE=$(egrep "<jdbc-system-resource>|<\/jdbc-system-resource>" config.xml -n | cut -d ':' -f1)
PAGE_COUNT=$(echo "${PAGE_RANGE}" | wc -l)
for ((idx=1; idx<=PAGE_COUNT; idx=idx+2))
do
HERE=$(echo "${PAGE_RANGE}" | head -n ${idx} | tail -1)
NEXT=$(echo "${PAGE_RANGE}" | head -n $((idx+1)) | tail -1)
DATASOURCE_NAME=$(sed -n ${HERE},${NEXT}p config.xml | sed -n -e 2p | sed 's/ //g')
DATASOURCE_TARGET=$(sed -n ${HERE},${NEXT}p config.xml | grep "target" | sed 's/ //g')
DATASOURCE_XML=$(sed -n ${HERE},${NEXT}p config.xml | grep "descriptor-file-name" | sed 's/ //g')
# XML 파일명만 출력
DATASOURCE_XML_REAL=$(echo ${DATASOURCE_XML} | cut -d '>' -f2 | cut -d '<' -f1)
# USER 명은 <name>user</name> TAG 아래에 있다.
DATASOURCE_XML_USERNAME_LINE=$(cat ${DATASOURCE_XML_REAL} | grep "<name>user<\/name>" -n | cut -d ':' -f1)
DATASOURCE_XML_USERNAME=$(cat ${DATASOURCE_XML_REAL} | sed -n -e $((DATASOURCE_XML_USERNAME_LINE+1))p | sed 's/ //g')
# URL STRING
DATASOURCE_XML_URL=$(cat ${DATASOURCE_XML_REAL} | grep "<url>" | sed 's/ //g')
# JNDI
DATASOURCE_XML_JNDI=$(cat ${DATASOURCE_XML_REAL} | grep "<jndi-name>" | sed 's/ //g')
echo "
########## start ##########"
echo "데이터소스명 : ${DATASOURCE_NAME}"
echo "타겟정보 : ${DATASOURCE_TARGET}"
echo "XML : ${DATASOURCE_XML}"
echo "
-------"
echo "USER : ${DATASOURCE_XML_USERNAME}"
echo "URL : ${DATASOURCE_XML_URL}"
echo "JNDI : ${DATASOURCE_XML_JNDI}"
echo "-------"
echo "########## end ##########
"
done
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