WMS-双伸货位初始化功能实现
代码
[HttpPost("/LocationInit/SingleLocationInitials")]
public async Task SingleLocationInitials(LocationInitInputs locationInitInput)
{
try
{
string lie, ceng;
//开启事务
_locationRepository.Ado.BeginTran();
if (string.IsNullOrEmpty(locationInitInput.RackCode))
{
throw new Exception("货架编码不能为空！");
}
if (_locationRepository.Context.Queryable<Location>().Where(x => x.Rack.RackCode == locationInitInput.RackCode).Count() > 0)
{
throw new Exception("已经存在货位的基础数据，请先删除！");
}
if (locationInitInput.Columns > 0 && locationInitInput.Levels > 0)
{
#region 添加货架信息
Rack rack = new Rack();
rack.RackCode = locationInitInput.RackCode;
rack.Columns = locationInitInput.Columns;
rack.Levels = locationInitInput.Levels;
rack.Side = 0;
int deep = locationInitInput.RackDeep;
rack.Deep = (RackDeep)locationInitInput.RackDeep;
rack.LanewayId = locationInitInput.LaneId;
await _locationRepository.Context.Insertable(rack).ExecuteReturnEntityAsync();
int CCount = 0;//初始值
#endregion
for (int i = 1; i <= rack.Levels; i++)
{
for (int j = 1; j <= rack.Columns; j++)
{
Cell cell = new Cell();
string cellCode = string.Format("{0:00}-{1:000}-{2:00}", rack.RackCode, j, i);
cell.CellCode = cellCode;
cell.Column = j;
cell.Level = i;
cell.LanewayId = rack.LanewayId;
cell.Side = rack.Side;
cell.Shape = "Single";
cell.Status = CellStatusConst.None;
await _locationRepository.Context.Insertable(cell).ExecuteReturnEntityAsync();
for (int k = 1; k <= deep; k++)
{
int column = j;
int layer = i;
string locCode = string.Format("{0:00}-{1:000}-{2:00}", rack.RackCode, column, layer);
lie = locCode.Substring(3, 3);
ceng = locCode.Substring(7, 2);
#region 添加货位信息
Location location = new Location();
location.LocationCode = locCode;
location.WcsLocationCode = locCode;
location.InboundLimit = 1;
location.OutboundLimit = 1;
location.StorageGroup = WmsConst.DefaultLocationGroup;
location.Specification = WmsConst.NA;
location.Sequence = locationInitInput.Sequence;//手动输入是里侧还是外侧
location.Level = layer;
location.Column = column;
location.LocationType = LocationTypes.Rack;
//如果是偶数，配置双伸货位的cellid一致
if (locationInitInput.ColumnsCount % 2 == 0)
{
CCount = locationInitInput.ColumnsCount - 1;
//string av = "0" + CCount.ToString() + "-" + lie + "-" + ceng;调试bug
var userInfo = _locationRepository.Context.Queryable<Location>()
.Where(x => x.LocationCode == "0" + CCount.ToString() + "-" + lie + "-" + ceng)
.Select(it => it.CellId)
.First();
location.CellId = userInfo;
}
else
{
location.CellId = cell.CellId;
}
location.RackId = rack.RackId;
location.WarehouseId = locationInitInput.WarehouseId;
location.PosiX = Convert.ToInt32(rack.RackCode);
location.PosiY = column;
location.PosiZ = layer;
await _locationRepository.Context.Insertable(location).ExecuteReturnEntityAsync();
#endregion
}
}
}
}
_locationRepository.Ado.CommitTran();
}
catch (Exception ex)
{
_logger.Error(ex);
_locationRepository.Ado.RollbackTran();
throw;
}
}
前言
因为我们公司做单伸比较多，所以单伸货位初始化是有模板的，拿来即用。正巧我目前手头上的项目是个双伸货位，而且公司里的同事都没怎么涉及过，他们一般做法是使用单伸模板先把所有货位生成，然后去数据库里修改部分熟悉使之成为双伸货位。我这里是根据公司原有的单伸货位模板优化出的双伸货位模板。
参数类
/// 实现流程
1.如果输入的列和层大于0的话，添加货架信息。
2.嵌套for循环，外层循环层，里层循环列。
3.添加货位单元格表信息
4.再循环深度，这里默认为1，每次生成一次属于正常
5.添加货架表
实现思路
单伸货位和双伸货位的区别在于Sequence字段属于里面为1，外面为2。其次一个通道两个Location 的cellID 相同，例如在货架表中01-001-01这个货位属于里侧，02-001-01这个货位属于外侧，在Cells表中ID是独一无二的，每个货位单元格都会有不同的ID，单是在货位表中，两个货位需要绑定同一个CellId来使两个货位绑定在一起。
这里我的想法是既然是这样，我干脆用奇数和偶数把两个货位做区分。如果是奇数，货架表中正常使用货位单元格的CellId，如果是偶数的话，需要配置双伸货位的cellid一致，这样的话我们就可以拆分货位编码，然后根据货位编码去查询cellid，然后赋值给我们这个货位。
实现
//如果是偶数，配置双伸货位的cellid一致
if (locationInitInput.ColumnsCount % 2 == 0)
{
CCount = locationInitInput.ColumnsCount - 1;
//string av = "0" + CCount.ToString() + "-" + lie + "-" + ceng;调试bug
var userInfo = _locationRepository.Context.Queryable<Location>()
.Where(x => x.LocationCode == "0" + CCount.ToString() + "-" + lie + "-" + ceng)
.Select(it => it.CellId)
.First();
location.CellId = userInfo;
}
else
{
location.CellId = cell.CellId;
}