/**
*
*/
package com.taobao.top.analysis.config;
import org.apache.commons.lang.StringUtils;
import com.taobao.top.analysis.util.AnalysisConstants;
/**
* 任务的配置类
* @author fangweng
*
*/
public class JobConfig extends AbstractConfig {
/**
*
*/
private static final long serialVersionUID = -9070035407756373931L;
/**
* 报表配置文件，模型配置，用于建立job的统计规则
*/
private final static String REPORT_CONFIGS = "reportConfigs";
/**
* 分析内容输入目录
*/
private final static String INPUT ="input";
/**
* 分析结果输出目录，xxx:xxxx用冒号作为协议与具体位置的分割
*/
private final static String OUTPUT ="output";
/**
* 对于输入分析的日志采用什么符号作为分隔符
*/
private final static String SPLITREGEX = "splitRegex";
/**
* 日志文件的编码方式
*/
private final static String INPUT_ENCODING = "inputEncoding";
/**
* 输出文件的编码方式
*/
private final static String OUTPUT_ENCODING = "outputEncoding";
/**
* 输入附加参数
*/
private final static String INPUT_PARAMS = "inputParams";
/**
* 输出附加参数
*/
private final static String OUTPUT_PARAMS = "outputParams";
/**
* 单个任务重置时间，单位（秒），多久时间没有被执行完毕任务可以被回收再分配,默认1分钟
*/
private final static String TASK_RECYCLE_TIME = "taskRecycleTime";
/**
* 任务组重置时间，单位（秒），默认10分钟
*/
private final static String JOB_RESET_TIME = "jobResetTime";
/**
* 报表有效时间段，用于增量报表，支持day,hour,month，默认是day，也就是一天重置一次增量报表
*/
private final static String REPORT_PERIOD_DEFINE = "reportPeriodDefine";
// mod by fangweng 2011 performance
//数据量较小的情况下请勿使用！！！
//导出后清除对应的map内的数据，下次合并过程中再尝试从磁盘载入，通过配置开关判断是否实施
private final static String SAVE_TMP_RESULT_TO_FILE = "saveTmpResultToFile";
//mod by fangweng 2011 performance
//配合磁盘换内存的方式，判断什么时候可以异步载入文件
private final static String ASYN_LOAD_DISK_FILE_PRECENT = "asynLoadDiskFilePrecent";
/**
* Hub游标每次拉取的大小
*/
private final static String HUB_CURSOR_STEP = "hubCursorStep";
/**
* hub游标开始位置指定
*/
private final static String HUB_CURSOR_BEGIN = "begin";
/**
* hub游标位置初始化，丢弃老数据，直接从最新文件开始
*/
private final static String HUB_CURSOR_INIT = "init";
/**
* 由聚石塔报表所引出的特殊需求，指定不同的任务路由到不同的slave上面进行执行
* 这里只是进行简单的配置，并没有细化到每一个task上面
*/
private final static String SLAVE_IP_CONDITION = "slaveIp";
public int getJobResetTime()
{
if(this.properties.containsKey(JOB_RESET_TIME))
return Integer.parseInt((String)this.properties.get(JOB_RESET_TIME));
else
return 3 * 60;
}
public void setJobResetTime(String jobResetTime)
{
this.properties.put(JOB_RESET_TIME,jobResetTime);
}
public int getTaskRecycleTime()
{
if(this.properties.containsKey(TASK_RECYCLE_TIME))
return Integer.parseInt((String)this.properties.get(TASK_RECYCLE_TIME));
else
return 60;
}
public void setTaskRecycleTime(String taskRecycleTime)
{
this.properties.put(TASK_RECYCLE_TIME,taskRecycleTime);
}
public String[] getReportConfigs() {
if(this.properties.containsKey(REPORT_CONFIGS))
return StringUtils.split((String)this.properties.get(REPORT_CONFIGS),",");
else
return null;
}
public void setReportConfigs(String reportConfigs) {
this.properties.put(REPORT_CONFIGS,reportConfigs);
}
public String getReportPeriodDefine()
{
if (this.properties.containsKey(REPORT_PERIOD_DEFINE))
return (String)this.properties.get(REPORT_PERIOD_DEFINE);
else
return AnalysisConstants.REPORT_PERIOD_DAY;
}
public void setReportPeriodDefine(String reportPeriodDefine)
{
this.properties.put(REPORT_PERIOD_DEFINE,reportPeriodDefine);
}
public String getInput() {
return (String)this.properties.get(INPUT);
}
public void setInput(String input) {
this.properties.put(INPUT,input);
}
public String getOutput() {
return (String)this.properties.get(OUTPUT);
}
public void setOutput(String output) {
this.properties.put(OUTPUT,output);
}
public String getSplitRegex() {
if (this.properties.containsKey(SPLITREGEX)) {
if("space".equals(this.properties.get(SPLITREGEX)))
return " ";
return (String)this.properties.get(SPLITREGEX);
}
else
return ",";
}
public void setSplitRegex(String splitRegex) {
this.properties.put(SPLITREGEX,splitRegex);
}
public String getInputEncoding() {
if (this.properties.containsKey(INPUT_ENCODING))
return (String)this.properties.get(INPUT_ENCODING);
else
return "UTF-8";
}
public void setInputEncoding(String inputEncoding) {
this.properties.put(INPUT_ENCODING,inputEncoding);
}
public String getOutputEncoding() {
if (this.properties.containsKey(OUTPUT_ENCODING))
return (String)this.properties.get(OUTPUT_ENCODING);
else
return "GBK";
}
public void setOutputEncoding(String outputEncoding) {
this.properties.put(OUTPUT_ENCODING,outputEncoding);
}
public String getInputParams() {
return (String)this.properties.get(INPUT_PARAMS);
}
public void setInputParams(String inputParams) {
this.properties.put(INPUT_PARAMS,inputParams);
}
public String getOutputParams() {
return (String)this.properties.get(OUTPUT_PARAMS);
}
public void setOutputParams(String outputParams) {
this.properties.put(OUTPUT_PARAMS,outputParams);
}
public Boolean getSaveTmpResultToFile() {
if(this.properties.containsKey(SAVE_TMP_RESULT_TO_FILE))
return Boolean.parseBoolean((String)this.properties.get(SAVE_TMP_RESULT_TO_FILE));
else
return null;
}
public void setSaveTmpResultToFile(String saveTmpResultToFile) {
this.properties.put(SAVE_TMP_RESULT_TO_FILE,saveTmpResultToFile);
}
public Integer getAsynLoadDiskFilePrecent() {
if(this.properties.containsKey(ASYN_LOAD_DISK_FILE_PRECENT))
return Integer.parseInt((String)this.properties.get(ASYN_LOAD_DISK_FILE_PRECENT));
else
return -1;
}
public void setAsynLoadDiskFilePrecent(String asynLoadDiskFilePrecent) {
this.properties.put(ASYN_LOAD_DISK_FILE_PRECENT,asynLoadDiskFilePrecent);
}
public void setHubCursorStep(String hubCursorStep) {
this.properties.put(HUB_CURSOR_STEP, hubCursorStep);
}
public Long getHubCursorStep() {
if(this.properties.containsKey(HUB_CURSOR_STEP)) {
return Long.parseLong((String)this.properties.get(HUB_CURSOR_STEP));
}
else
return 3000L;
}
public void setBegin(String begin) {
this.properties.put(HUB_CURSOR_BEGIN, begin);
}
public Long getBegin() {
if(this.properties.containsKey(HUB_CURSOR_BEGIN)) {
return Long.parseLong((String)this.properties.get(HUB_CURSOR_BEGIN));
}
return null;
}
public void setInit(String init) {
this.properties.put(HUB_CURSOR_INIT, init);
}
public Boolean getInit() {
if(this.properties.containsKey(HUB_CURSOR_INIT)) {
return Boolean.parseBoolean((String)this.properties.get(HUB_CURSOR_INIT));
}
return false;
}
public String getSlaveIpCondition() {
if(this.properties.containsKey(SLAVE_IP_CONDITION)) {
return this.properties.get(SLAVE_IP_CONDITION);
}
return null;
}
public void setSlaveIpCondition(String slaveIpCondition) {
this.properties.put(SLAVE_IP_CONDITION, slaveIpCondition);
}
@Override
public String marshal() {
// TODO Auto-generated method stub
return null;
}
@Override
public void unmarshal(String content) {
// TODO Auto-generated method stub
}
}