private boolean renew4Forward(WfInstance wfInst, TaskOptVO optVO, String currUserId)
throws BusinessException {
WfAwt awtParm = new WfAwt();
awtParm.setInstId(wfInst.getInstId());
awtParm.setAssignerId(currUserId);
WfAwt awt = this.selectOne(awtParm);
if (awt == null) {
log.error(
"renew4Forward(): no awt found for instId="
+ wfInst.getInstId()
+ ", currUserid="
+ currUserId);
return false;
}
String nextAssigners = optVO.getNextAssigners();
String currAssigners = wfInst.getCurrAssigners();
wfInst.setCurrAssigners(currAssigners.replace(currUserId + ",", nextAssigners + ","));
String optdUsers = wfInst.getOptUsersPre();
if (optdUsers != null && optdUsers.contains(currUserId)) {
wfInst.setOptUsersPre(optdUsers.replace(currUserId + ",", ""));
}
instService.updateById(wfInst);
String[] nextAssignerArray = nextAssigners.split(",");
WfAwt awtNew = null;
List<WfAwt> awtNewList = new ArrayList<WfAwt>(nextAssignerArray.length);
try {
for (String assinger : nextAssignerArray) {
if (!StringUtils.isEmpty(assinger)) {
awtParm.setAssignerId(assinger);
awtNew = this.selectOne(awtParm);
if (awtNew != null) {
continue;
}
awtNew = awt.clone();
awtNew.setAssignerId(assinger);
awtNew.setOptUsersPre(currUserId);
awtNew.setTaskIdPre(awt.getTaskIdCurr());
awtNew.setWfAwtId(null);
awtNewList.add(awtNew);
}
}
} catch (CloneNotSupportedException e) {
log.error("renew4Forward(): CloneNotSupportedException ", e);
throw new BusinessException("Error when create Awt for forward task");
}
this.deleteById(awt.getWfAwtId());
if (!awtNewList.isEmpty()) {
this.insertBatch(awtNewList);
}
return false;
}
/**
* Clear Current Awt, update Instance. Go next step: insert new Awt if needed.
*
* @param wfInst
* @param optVO
* @param nextTask
*/
private void clearAwtUpdateInstGoNextStep(
WfInstance wfInst, TaskOptVO optVO, WfTask nextTask, String currUserId) {
String optdUsers = wfInst.getOptUsersPre();
if (StringUtils.isEmpty(optdUsers)) {
wfInst.setOptUsersPre(currUserId + ",");
} else {
if (!optdUsers.contains(currUserId)) {
wfInst.setOptUsersPre(optdUsers + currUserId + ",");
}
}
String instId = wfInst.getInstId();
WfAwt parm = new WfAwt();
parm.setInstId(instId);
parm.setCompleteFlag(null);
this.deleteSelective(parm);
// create new awt(s) with next taskId
String nextAssigners = optVO.getNextAssigners();
if (nextAssigners != null && !optVO.isNextEndTaskFlag()) {
String[] nextAssignersArr = nextAssigners.split(",");
WfAwt awt = null;
Date beginDate = new Date();
Date limitDate = calculateDate(beginDate, nextTask.getTimeLimitTp(), nextTask.getTimeLimit());
Date alarmDate =
nextTask.getAlarmTime() == null
? null
: calculateDate(beginDate, nextTask.getAlarmTimeTp(), nextTask.getAlarmTime());
String optUsersPre = wfInst.getOptUsersPre();
if (optUsersPre != null && optUsersPre.indexOf(",") == optUsersPre.length() - 1) {
optUsersPre = optUsersPre.substring(0, optUsersPre.length() - 1);
}
for (String assigner : nextAssignersArr) {
if (!StringUtils.isEmpty(assigner)) {
awt = new WfAwt();
/** 当任务流转到下一个节点，下一个节点的awt数据：设置optUsersPre&taskIdPre */
awt.setOptUsersPre(optUsersPre);
awt.setTaskIdPre(wfInst.getTaskIdCurr());
awt.setAssignerId(assigner);
awt.setAwtBegin(beginDate);
awt.setAwtEnd(limitDate);
awt.setAwtAlarm(alarmDate);
awt.setInstId(instId);
awt.setTaskIdCurr(optVO.getNextTaskId());
this.insert(awt);
}
}
}
/** 当事务流转到下一个节点时，重置currTaskid&optdUsers 为上一步操作人（可能是多个）和上一个任务节点 */
wfInst.setCurrAssigners(nextAssigners);
wfInst.setTaskIdPre(wfInst.getTaskIdCurr());
wfInst.setTaskIdCurr(nextTask.getTaskId());
if (optVO.isNextEndTaskFlag()) {
wfInst.setWfStatus(WFConstants.WFStatus.DONE);
}
instService.updateById(wfInst);
}
private boolean renew4LetMeDo(WfInstance wfInst, WfTask currtask, String currUserId) {
WfAwt awtParm = new WfAwt();
awtParm.setInstId(wfInst.getInstId());
awtParm.setTaskIdCurr(currtask.getTaskId());
List<WfAwt> awtList = this.selectList(awtParm);
WfAwt currUserAwt = null;
if (awtList == null || awtList.isEmpty()) {
log.error(
"renew4LetMeDo(): no awtList find for wfInstId="
+ wfInst.getInstId()
+ ", currTaskId="
+ currtask.getTaskId()
+ ", let me do ignored!");
return false;
}
List<String> deleteIdList = new ArrayList<String>(awtList.size());
for (WfAwt awt : awtList) {
if (!awt.getAssignerId().equals(currUserId)) {
deleteIdList.add(awt.getWfAwtId());
} else {
currUserAwt = awt;
}
}
if (currUserAwt == null) {
log.debug(
"renew4LetMeDo(): currUserAwt is null for currUserId="
+ currUserId
+ ", instId="
+ wfInst.getInstId());
currUserAwt = awtList.get(0);
currUserAwt.setAssignerId(currUserId);
currUserAwt.setWfAwtId(null);
this.insert(currUserAwt);
}
if (!deleteIdList.isEmpty()) {
this.deleteBatchIds(deleteIdList);
}
return true;
}
/**
* 撤回操作：优先取awt.optUserPrev=currUserId, 如果存在： //简单事物，上一步就是该用户做的操作 判断awt.taskIdPrev是否为null：
* 为null表示已经撤回过，无法再执行撤回操作<END>； 不为null，判断awt.taskIdPrev是否与awt.currTaskId相同， 同：表示要撤回的是forward操作
* 不同：撤回操作将跨事物节点：新建awt(设置taskIdPrev=null),更新inst.optdUsersPrev:剔除currUserId(防止再转交后的再撤回) 如果不存在：
* 查看wf_inst.optdUsersPrev是否包含currUserId： 如果没有：直接抛异常，无法撤回<END>; 如果有：判断prevTask是否可撤回： 不可->抛异常<END>;
* 可->撤回：新建awt(设置taskIdPrev=null), 更新inst.optdUsersPrev:剔除currUserId &
* 更新prevTaskId,删除currTaskId的awt<END>;
*
* @param instId
* @param currUserId
* @return
* @throws Exception
*/
private boolean renewRecall(WfInstance inst, WfTask nextTask, String currUserId)
throws BusinessException {
String instId = inst.getInstId();
synchronized (instId + "_rc") {
WfAwt awtParm = new WfAwt();
awtParm.setInstId(instId);
awtParm.setOptUsersPre(currUserId);
WfAwt awt = this.selectOne(awtParm);
if (awt != null) {
String prevTaskId = awt.getTaskIdPre();
if (prevTaskId == null) {
log.error(
"renewRecall(): prefTaskId is null for instId="
+ instId
+ ", optUsersPre="
+ currUserId
+ ", recall is not allowed");
throw new BusinessException("RECALL-ERROR", "Recall is not allowed");
}
if (awt.getTaskIdCurr().equals(awt.getTaskIdPre())) {
awt.setAssignerId(currUserId);
awt.setTaskIdPre(null);
awt.setOptUsersPre(currUserId);
this.updateById(awt);
} else {
awtParm.setOptUsersPre(null);
this.deleteSelective(awtParm);
awt.setWfAwtId(null); // 新建一条awt
awt.setTaskIdCurr(inst.getTaskIdPre());
awt.setAssignerId(currUserId);
awt.setOptUsersPre(currUserId);
awt.setTaskIdPre(null);
Date beginDate = new Date();
awt.setAwtBegin(beginDate);
awt.setAwtEnd(
calculateDate(beginDate, nextTask.getTimeLimitTp(), nextTask.getTimeLimit()));
awt.setAwtAlarm(
nextTask.getAlarmTime() == null
? null
: calculateDate(beginDate, nextTask.getAlarmTimeTp(), nextTask.getAlarmTime()));
this.insert(awt);
removeUserFromOptUserPrev(inst, currUserId, inst.getTaskIdPre(), true);
}
} else {
String optdUserPre = inst.getOptUsersPre();
if (optdUserPre == null || !optdUserPre.contains(currUserId)) {
log.error(
"renewRecall(): optUsersPre="
+ optdUserPre
+ ", not contains currUserId="
+ currUserId
+ ", recall is not allowed");
throw new BusinessException("RECALL-ERROR", "Recall is not allowed");
}
String prevTaskId = inst.getTaskIdPre();
String currTaskId = inst.getTaskIdCurr();
if (StringUtils.isEmpty(prevTaskId)) {
log.error("renewRecall(): prevTaskId is empty, recall is not allowed");
throw new BusinessException("RECALL-ERROR", "Recall is not allowed");
}
WfTask recallTask = taskService.selectById(prevTaskId);
if (recallTask == null) {
log.error(
"renewRecall(): no wfTask record found for prevTaskId"
+ prevTaskId
+ ", recall is not allowed");
throw new BusinessException("RECALL-ERROR", "Recall is not allowed");
}
JSONObject txChoices = recallTask.getTxChoicesJson();
Boolean allowReCall = null;
if (txChoices != null) {
allowReCall = txChoices.getBoolean("AllowReCall");
}
if (allowReCall == null || !allowReCall) {
log.error(
"renewRecall(): preTask setting AllowReCall is null or false, recall is not allowed");
throw new BusinessException("RECALL-ERROR", "Recall is not allowed");
}
boolean refreshCurrAssigner = false;
if (!prevTaskId.equals(currTaskId)) { // 相等的情况，只有会签撤回
awtParm.setOptUsersPre(null);
awtParm.setTaskIdCurr(currTaskId);
this.deleteSelective(awtParm);
refreshCurrAssigner = true;
}
awt = new WfAwt(); // 新建一条awt
awt.setTaskIdCurr(prevTaskId);
awt.setInstId(instId);
awt.setAssignerId(currUserId);
awt.setOptUsersPre(currUserId);
awt.setTaskIdPre(null);
Date beginDate = new Date();
awt.setAwtBegin(beginDate);
awt.setAwtEnd(calculateDate(beginDate, nextTask.getTimeLimitTp(), nextTask.getTimeLimit()));
awt.setAwtAlarm(
nextTask.getAlarmTime() == null
? null
: calculateDate(beginDate, nextTask.getAlarmTimeTp(), nextTask.getAlarmTime()));
this.insert(awt);
removeUserFromOptUserPrev(inst, currUserId, prevTaskId, refreshCurrAssigner);
}
return false;
}
}