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opt:优化穿拔轴定时器

master
张东升 1 day ago
parent
be87f76660
commit
d1183097c4
1 changed files with 52 additions and 91 deletions
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  1. 143
      lms/nladmin-system/src/main/java/org/nl/b_lms/sch/tasks/slitter/auto/AutoCallAirShaftTask.java

143
lms/nladmin-system/src/main/java/org/nl/b_lms/sch/tasks/slitter/auto/AutoCallAirShaftTask.java
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@ -159,15 +159,13 @@ public class AutoCallAirShaftTask extends Prun {
List<BstIvtShafttubeivt> emptyPoints = bstIvtShafttubeivtService.getAllShaftPointsByConditions("2",
cutpointivt.getProduct_area(), "0");
if(emptyPoints.size() == 0){
if(emptyPoints.size() == 0){
log.warn("气涨轴[{}]排队中，暂时无空闲拔轴机构!", qzzNo);
bcutpointivtService.update(new UpdateWrapper<BstIvtCutpointivt>()
.eq("ivt_id",cutpointivt.getIvt_id())
.set("remark","排队中，暂时无空闲拔轴机构!")
.set("update_time",DateUtil.now()));
//跳过当前子卷任务
continue;
}
log.warn("气涨轴[{}]排队中，暂时无空闲拔轴机构!", qzzNo);
bcutpointivtService.update(new UpdateWrapper<BstIvtCutpointivt>()
.eq("ivt_id",cutpointivt.getIvt_id())
.set("remark","排队中，暂时无空闲拔轴机构!")
.set("update_time",DateUtil.now()));
//跳过当前子卷任务
continue;
}
List<String> collect = list.stream().map(PdmBiSlittingproductionplan::getContainer_name).collect(Collectors.toList());
JSONObject param = new JSONObject();
@ -217,7 +215,7 @@ public class AutoCallAirShaftTask extends Prun {
.findFirst()
.orElse(null);
//没有可以接续的套轴计划，直接下发拔轴任务即可
if (planDto == null) {
if (ObjectUtil.isEmpty(planDto)) {
log.warn("当前拔轴任务无可接续的套轴计划：{}", cutpointivt);
if(!this.havaEmptyShaft(emptyPoints.get(0),plan,max_qzz_num)) {
log.warn("气涨轴[{}]排队中，暂时无空闲气胀轴空位放空轴!", qzzNo);
@ -316,24 +314,22 @@ public class AutoCallAirShaftTask extends Prun {
String qzz_generation = planDto.getQzz_generation();
String product_area = "";
if (StrUtil.equals(qzz_generation, "4")){
product_area = "A";
product_area = "A1";
}else if (StrUtil.equals(qzz_generation, "5")){
product_area = "B";
product_area = "B1";
}
//再次查询空的拔轴机构点位,优先查同区的拔轴设备
List<BstIvtShafttubeivt> emptyPoints = bstIvtShafttubeivtService.getAllShaftPointsByConditions("2",
product_area, "0");
if(emptyPoints.size() == 0){
if(emptyPoints.size() == 0){
log.warn("分切计划{}排队中，暂时无空闲拔轴机构!", planDto.getWorkorder_id());
slittingproductionplanService.update(new UpdateWrapper<PdmBiSlittingproductionplan>()
.eq("workorder_id",planDto.getWorkorder_id())
.set("remark","排队中，暂时无空闲拔轴机构!")
.set("update_time",DateUtil.now()));
//跳过当前计划
continue;
}
log.warn("分切计划{}排队中，暂时无空闲拔轴机构!", planDto.getWorkorder_id());
slittingproductionplanService.update(new UpdateWrapper<PdmBiSlittingproductionplan>()
.eq("workorder_id",planDto.getWorkorder_id())
.set("remark","排队中，暂时无空闲拔轴机构!")
.set("update_time",DateUtil.now()));
//跳过当前计划
continue;
}
//判断是否有对应尺寸的气胀轴，无跳过
if(!this.havaEnoughShaft(planDto, emptyPoints.get(0))){
@ -474,56 +470,43 @@ public class AutoCallAirShaftTask extends Prun {
String product_area = empty.getProduct_area();
//获取气胀轴缓存架最大缓存数量
Integer max_num = Integer.valueOf(max_qzz_num.getValue());
// 查询拔轴设备旁边缓存架点位是否存在
List<BstIvtShafttubeivt> shafttubeivts = bstIvtShafttubeivtService.getByQzzSize(qzzSize ,empty.getPoint_code(), product_area);
if (shafttubeivts.size() == 0) {
log.error("气胀轴库找不到[" + qzzSize + "]规格的气涨轴缓存位");
return false;
}
// 对应尺寸的气涨轴库
BstIvtShafttubeivt shafttubeivt = shafttubeivts.get(0);
//判断是否存在残留的脏数据
String planStr = shafttubeivt.getPlan();
if(ObjectUtil.isNotEmpty(planStr) && StrUtil.equals(planStr, "1")){
log.error("气胀轴库" + shafttubeivt.getPoint_code() + "预分配字段plan异常，需要确认并初始化！");
return false;
}
// 判断气胀轴是否有轴
JSONArray device_rows = new JSONArray();
JSONObject device_obj = new JSONObject();
device_rows.add(device_obj);
device_obj.put("device_code", shafttubeivt.getPoint_code());
device_obj.put("product_area", product_area);
JSONObject pointStatus = wmsToAcsService.getPointStatus(device_rows);
if (ObjectUtil.isEmpty(pointStatus) || ObjectUtil.isEmpty(pointStatus.getJSONArray("data"))) {
log.error("获取气胀轴库信息失败");
return false;
}
JSONObject data2 = pointStatus.getJSONArray("data").getJSONObject(0);
//若缓存架数量已经满了
if (data2.getInteger("qty") >= max_num) {
log.warn("气胀轴库【" + shafttubeivt.getPoint_code() + "】没有气胀轴空位。");
// 根据尺寸和代数和车间区域，查询气涨轴暂存架是否有空位
List<BstIvtShafttubeivt> qzzCache = bstIvtShafttubeivtService.getNotTaskShaftCacheEmpty2(qzzSize,qzzGeneration,product_area);
if (qzzCache.size() <= 0) {
log.warn("气胀轴暂存架没空位，无法分配拔轴任务");
// 根据尺寸和代数和车间区域，查询气涨轴暂存架是否有空位
List<BstIvtShafttubeivt> qzzCache = bstIvtShafttubeivtService.getNotTaskShaftCacheEmpty2(qzzSize,qzzGeneration,product_area);
if (qzzCache.size() > 0) {
return true;
}else{
// 查询拔轴设备旁边缓存架点位是否存在
List<BstIvtShafttubeivt> shafttubeivts = bstIvtShafttubeivtService.getByQzzSize(qzzSize ,empty.getPoint_code(), product_area);
if (shafttubeivts.size() == 0) {
log.error("气胀轴库找不到[" + qzzSize + "]规格的气涨轴缓存位");
return false;
}
// 对应尺寸的气涨轴库
BstIvtShafttubeivt shafttubeivt = shafttubeivts.get(0);
//判断是否存在残留的脏数据
String planStr = shafttubeivt.getPlan();
if(ObjectUtil.isNotEmpty(planStr) && StrUtil.equals(planStr, "1")){
log.error("气胀轴库" + shafttubeivt.getPoint_code() + "预分配字段plan异常，需要确认并初始化！");
return false;
}
// 判断气胀轴是否有轴
JSONArray device_rows = new JSONArray();
JSONObject device_obj = new JSONObject();
device_rows.add(device_obj);
device_obj.put("device_code", shafttubeivt.getPoint_code());
device_obj.put("product_area", product_area);
JSONObject pointStatus = wmsToAcsService.getPointStatus(device_rows);
if (ObjectUtil.isEmpty(pointStatus) || ObjectUtil.isEmpty(pointStatus.getJSONArray("data"))) {
log.error("获取气胀轴库信息失败");
return false;
}
JSONObject data2 = pointStatus.getJSONArray("data").getJSONObject(0);
//若缓存架数量已经满了
if (data2.getInteger("qty") >= max_num) {
log.warn("气胀轴库【" + shafttubeivt.getPoint_code() + "】没有气胀轴空位。");
return false;
}
// 预扣除暂存架库存
BstIvtShafttubeivt waitUsedPoint = qzzCache.get(0);
waitUsedPoint.setPlan("1");
waitUsedPoint.setUpdate_time(DateUtil.now());
bstIvtShafttubeivtService.updateById(waitUsedPoint);
log.info("暂存架空位被预分配 - {}", waitUsedPoint);
}else{
// 预扣除缓存架库存
shafttubeivt.setPlan("1");
shafttubeivt.setUpdate_time(DateUtil.now());
bstIvtShafttubeivtService.updateById(shafttubeivt);
log.info("缓存架空位被预分配 - {}", shafttubeivt);
}
return true;
}
@ -794,35 +777,13 @@ public class AutoCallAirShaftTask extends Prun {
if (cuts.size() > 0) {
return true;
}
// 判断穿拔轴机是否存在正在套轴的，存在也不继续。
List<BstIvtShafttubeivt> shafts = bstIvtShafttubeivtService.getOtherCBJData(empty.getPoint_code(), empty.getPoint_location());
if (shafts.size() > 0) {
BstIvtShafttubeivt shafttubeivt = shafts.get(0);
String containerCode = ObjectUtil.isNotEmpty(shafttubeivt.getContainer_name1())
? shafttubeivt.getContainer_name1() : shafttubeivt.getContainer_name2();
// 获取这个子卷号的分切计划
PdmBiSlittingproductionplan byContainerName = slittingproductionplanService.getByContainerName(containerCode);
if (ObjectUtil.isNotEmpty(byContainerName)) {
String parent = "1".equals(byContainerName.getOrder_type())
? byContainerName.getParent_container_name()
: byContainerName.getRestruct_container_name();
if (byContainerName.getResource_name().equals(dto.getResource_name())) {
// 如果是同设备同母卷、同组，证明是一根轴上的，故允许套轴
if (parent.equals(dto.getParent_container_name())
&& byContainerName.getSplit_group().equals(dto.getSplit_group())) {
return true;
}
return false;
}
}
}
// 校验是否在拔轴暂存位、分切对接位有相同设备的分切计划信息。
// 有就返回false, 没有就返回true
List<BstIvtCutpointivt> cuts2 = bcutpointivtService.getReallyQzzSameDevice(dto.getResource_name());
if (cuts2.size() == 0) {
return true;
}
List<String> stringList = cuts2.stream().map(BstIvtCutpointivt::getPoint_code).collect(Collectors.toList());
//List<String> stringList = cuts2.stream().map(BstIvtCutpointivt::getPoint_code).collect(Collectors.toList());
}
log.info("检查有同母卷不允许套轴：{}", dto);
// 有就返回true

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