Manual integration of koala Business Log System

4. Manual integration 1. Add dependency

Add Service Log interface module dependency at Application Layer

<Dependency>

<Groupid> org. openkoala. businesslog </groupid>

<Artifactid> koala-businesslog-API </artifactid>

<Version> 4.0.0 </version>

</Dependency>

Add Business Log implementation module dependency on the web layer

<Dependency>

<Groupid> org. openkoala. businesslog </groupid>

<Artifactid> koala-businesslog-impl </artifactid>

<Version> 4.0.0 </version>

</Dependency>

2. Create a logfilter class

For example, Com. xiaokaceng. Demo. Web. Controller. businesslog. logfilter. Java

Package COM. xiaokaceng. demo. web. controller. businesslog; import Org. openkoala. businesslog. utils. businesslogservletfilter; import javax. servlet. *; public class logfilter extends businesslogservletfilter {/*** put the required information into the log context * @ Param req * @ Param resp * @ Param chain */@ override public void beforefilter (servletrequest req, servletresponse resp, filterchain chain) {addipcontext (getip (req); // todo needs to obtain the username addusercontext ("XXX") by yourself;} public void Init (filterconfig) throws servletexception {// to change body of implemented methods use file | Settings | file templates .} public void destroy () {// to change body of implemented methods use file | Settings | file templates .}}

Note: The current user needs to obtain the information based on the system implementation.

3. Create the defaultbusinesslogcontroller class

package com.xiaokaceng.demo.web.controller.businesslog; import java.util.HashMap;import java.util.Map;import org.dayatang.domain.InstanceFactory;import org.dayatang.utils.Page;import org.openkoala.businesslog.application.BusinessLogApplication;import org.openkoala.businesslog.model.DefaultBusinessLogDTO;import org.springframework.stereotype.Controller;import org.springframework.web.bind.annotation.PathVariable;import org.springframework.web.bind.annotation.RequestMapping;import org.springframework.web.bind.annotation.RequestParam;import org.springframework.web.bind.annotation.ResponseBody; @Controller@RequestMapping("/log")public class DefaultBusinessLogController {private BusinessLogApplication businessLogApplication; @ResponseBody@RequestMapping("/list")public Page pageJson(DefaultBusinessLogDTO defaultBusinessLogDTO,@RequestParam int page, @RequestParam int pagesize) {Page<DefaultBusinessLogDTO> all = getBusinessLogApplication().pageQueryDefaultBusinessLog(defaultBusinessLogDTO, page,pagesize);return all;} @ResponseBody@RequestMapping("/delete")public Map<String, Object> delete(@RequestParam String ids) {Map<String, Object> result = new HashMap<String, Object>();String[] value = ids.split(",");Long[] idArrs = new Long[value.length];for (int i = 0; i < value.length; i++) {idArrs[i] = Long.parseLong(value[i]);}getBusinessLogApplication().removeDefaultBusinessLogs(idArrs);result.put("result", "success");return result;} @ResponseBody@RequestMapping("/get/{id}")public Map<String, Object> get(@PathVariable Long id) {Map<String, Object> result = new HashMap<String, Object>();result.put("data", getBusinessLogApplication().getDefaultBusinessLog(id));return result;} public BusinessLogApplication getBusinessLogApplication() {if (null == businessLogApplication) {businessLogApplication = InstanceFactory.getInstance(BusinessLogApplication.class);}return businessLogApplication;}}

4. Configure web. xml

<filter>   <filter-name>LogFilter</filter-name>   <filter-class>com.xiaokaceng.demo.web.controller.businesslog.LogFilter</filter-class></filter><filter-mapping>   <filter-name>LogFilter</filter-name>   <url-pattern>/*</url-pattern></filter-mapping>

5. Create a koala-businesslog.properties under the class path

Pointcut = Execution (* org. openkoala. example. application. impl .*.*(..)) # Log Switch Kaola. businesslog. Enable = true # Log export tool Businesslogexporter = org. openkoala. businesslog. utils. businesslogexporterimpl # Database settings Log. DB. JDBC. Driver =$ {dB. jdbcdriver} Log. DB. JDBC. Connection. url =$ {dB. connectionurl} Log. DB. JDBC. Username =$ {dB. Username} Log. DB. JDBC. Password =$ {dB. Password} Log. DB. JDBC. dialect =$ {hibernate. dialect} Log. hibernate. hbm2ddl. Auto =$ {hibernate. hbm2ddl. Auto} Log. hibernate. show_ SQL =$ {hibernate. show_ SQL} Log. DB. Type =$ {dB. Type} DB. generateddl =$ {generateddl} Log. maximumconnectioncount = 3000 Log. minimumconnectioncount = 100 # Thread pool Configuration # Number of core threads Log. threadpool. corepoolsize = 100 # Maximum number of threads Log. threadpool. maxpoolsize = 3000 # Maximum Queue Length Log. threadpool. queuecapacity = 2000 # The idle time allowed by the thread pool maintenance thread Log. threadpool. keepaliveseconds = 300 # Processing policy of the thread pool for rejecting tasks (available for wireless threads) Log. threadpool. rejectedexecutionhandler = java. util. Concurrent. threadpoolexecutor $ callerrunspolicy

6. Add scan package path

Persistence-context.xml packagestoscan node Add:

<Value> org. openkoala. businesslog. Model </value>

7. Introduce spring Configuration

Db-context.xml add Configuration:

<Import resource = "classpath *: koala-businesslog-shared-persistence.xml"> </import>

Add configuration in root. xml:

<Import resource = "classpath *: koala-businesslog-aop.xml"> </import>

8. For the remaining integration, see the tutorial.

Note:

• In the future, the plug-in will provide a one-click integration function without manual integration.
• Third-party Project Integration is complex and has many technical constraints.

Manual integration of koala Business Log System