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This commit is contained in:
John Cardinal
2021-06-04 15:08:21 +00:00
parent d6792262cb
commit c936ff5e3e
2 changed files with 54 additions and 44 deletions
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2
docs/8.0/ayanova/docs/svc-workorders.md
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@@ -8,5 +8,5 @@ Inventory changes from v7 with new workorder system
No "Used in service", now Parts are consumed immediately from inventory when selected on workorder and saved
Work order item part records consume or return inventory immediately upon save or delete or changes
Serial numbers are likewise immediately consumed / returned to the pool upon edits to workorder item part records
A zero quantity part will be considered a "placeholder" and will neither affect inventory nor serial numbers until a quantity is entered and saved

96
server/AyaNova/biz/WorkOrderBiz.cs
View File

@@ -3454,7 +3454,7 @@ namespace AyaNova.Biz
//CREATED, HANDLE INVENTORY / CONSUME SERIALS
if (ayaEvent == AyaEvent.Created)
if (ayaEvent == AyaEvent.Created && newObj.Quantity != 0)//allow zero quantity parts on workorder as placeholder, serials will not be consumed
{
dtInternalPartInventory pi =
new dtInternalPartInventory
@@ -3492,68 +3492,78 @@ namespace AyaNova.Biz
//UPDATED, HANDLE INVENTORY / UPDATE SERIALS AS REQUIRED
if (ayaEvent == AyaEvent.Modified)
{
//determine if any changes affecting inventory
//INVENTORY
if (newObj.PartId != oldObj.PartId || newObj.Quantity != oldObj.Quantity)
{
//OUT with the old
dtInternalPartInventory piOld = new dtInternalPartInventory
if (oldObj.Quantity != 0)//zero quantity doesn't affect inventory or serials
{
PartId = oldObj.PartId,
PartWarehouseId = oldObj.PartWarehouseId,
Quantity = oldObj.Quantity,
SourceType = null,//null because the po no longer exists so this is technically a manual adjustment
SourceId = null,//''
Description = await Translate("WorkOrderItemPart") + $" {oldObj.Serials} " + await Translate("EventDeleted")
};
if (await pib.CreateAsync(piOld) == null)
{
AddError(ApiErrorCode.API_SERVER_ERROR, "generalerror", $"Error updating inventory ({piOld.Description}):{pib.GetErrorsAsString()}");
return;
}
else
{ //return serial numbers to part
if (!string.IsNullOrWhiteSpace(oldObj.Serials))
await PartBiz.AppendSerialsAsync(oldObj.PartId, oldObj.Serials, ct, UserId);
dtInternalPartInventory piOld = new dtInternalPartInventory
{
PartId = oldObj.PartId,
PartWarehouseId = oldObj.PartWarehouseId,
Quantity = oldObj.Quantity,
SourceType = null,//null because the po no longer exists so this is technically a manual adjustment
SourceId = null,//''
Description = await Translate("WorkOrderItemPart") + $" {oldObj.Serials} " + await Translate("EventDeleted")
};
if (await pib.CreateAsync(piOld) == null)
{
AddError(ApiErrorCode.API_SERVER_ERROR, "generalerror", $"Error updating inventory ({piOld.Description}):{pib.GetErrorsAsString()}");
return;
}
else
{ //return serial numbers to part
if (!string.IsNullOrWhiteSpace(oldObj.Serials))
await PartBiz.AppendSerialsAsync(oldObj.PartId, oldObj.Serials, ct, UserId);
}
}
//IN with the new
dtInternalPartInventory piNew = new dtInternalPartInventory
{
PartId = newObj.PartId,
PartWarehouseId = newObj.PartWarehouseId,
Quantity = newObj.Quantity * -1,
SourceType = AyaType.WorkOrderItemPart,
SourceId = newObj.Id,
Description = await Translate("WorkOrderItemPart") + $" {newObj.Serials} " + await Translate("EventCreated")
};
if (newObj.Quantity != 0)
{//NOTE: zero quantity is considered to be a placeholder and no serials will be consumed, nor inventory affected
dtInternalPartInventory piNew = new dtInternalPartInventory
{
PartId = newObj.PartId,
PartWarehouseId = newObj.PartWarehouseId,
Quantity = newObj.Quantity * -1,
SourceType = AyaType.WorkOrderItemPart,
SourceId = newObj.Id,
Description = await Translate("WorkOrderItemPart") + $" {newObj.Serials} " + await Translate("EventCreated")
};
if (await pib.CreateAsync(piNew) == null)
{
AddError(ApiErrorCode.API_SERVER_ERROR, "generalerror", $"Error updating inventory ({piNew.Description}):{pib.GetErrorsAsString()}");
return;
}
else
{ //Consume serial numbers from part
if (!string.IsNullOrWhiteSpace(newObj.Serials))
await PartBiz.RemoveSerialsAsync(newObj.PartId, newObj.Serials, ct, UserId);
if (await pib.CreateAsync(piNew) == null)
{
AddError(ApiErrorCode.API_SERVER_ERROR, "generalerror", $"Error updating inventory ({piNew.Description}):{pib.GetErrorsAsString()}");
return;
}
else
{ //Consume serial numbers from part
if (!string.IsNullOrWhiteSpace(newObj.Serials))
await PartBiz.RemoveSerialsAsync(newObj.PartId, newObj.Serials, ct, UserId);
}
}
}
else if (newObj.Serials != oldObj.Serials)
//SERIALS
if (newObj.Serials != oldObj.Serials)
{
//Only a serial number adjustment so in and out all serials to be safe and not try to parse too closely
//NOTE: zero quantity is considered to be a placeholder and no serials will be consumed (hence not returned either)
//return serial numbers to part
if (!string.IsNullOrWhiteSpace(oldObj.Serials))
if (oldObj.Quantity != 0 && !string.IsNullOrWhiteSpace(oldObj.Serials))
await PartBiz.AppendSerialsAsync(oldObj.PartId, oldObj.Serials, ct, UserId);
//Consume serial numbers from part
if (!string.IsNullOrWhiteSpace(newObj.Serials))
if (newObj.Quantity != 0 && !string.IsNullOrWhiteSpace(newObj.Serials))
await PartBiz.RemoveSerialsAsync(newObj.PartId, newObj.Serials, ct, UserId);
}
}
}