// Internal constructor
internal Material(ShaderLayout layout, ShaderProgram program, MaterialInput input, MaterialOutput output)
{
// Assign objects
Layout = layout;
Program = program;
Layout.IncRefCount();
Program.IncRefCount();
Input = input;
Output = output;
// Validate vertex inputs
if (input.Vertices.Count > 0)
{
uint vmask = 0;
foreach (var vd in input.Vertices)
{
if ((vmask & vd.LocationMask) != 0)
{
throw new ArgumentException("Duplicate vertex location in descriptions", nameof(input));
}
vmask |= vd.LocationMask;
}
if (vmask != Layout.VertexLocationMask)
{
throw new ArgumentException(
$"Missing vertex location in material descriptions ({vmask:X8} != {Layout.VertexLocationMask:X8})",
nameof(input));
}
}
// Validate outputs
if (output.BlendStates.Count != layout.FragmentOutputs.Count)
{
throw new ArgumentException("Output count mismatch", nameof(output));
}
}
public void Delete(string mn, string p, string userId)
{
var existingData = _repository.GetByID(mn, p);
//existingData.CHANGED_BY = userId;
//existingData.CHANGED_DATE = DateTime.Now;
_repository.Update(existingData);
var changes = new CHANGES_HISTORY
{
FORM_TYPE_ID = Core.Enums.MenuList.MaterialMaster,
FORM_ID = existingData.STICKER_CODE,
FIELD_NAME = "IS_DELETED",
MODIFIED_BY = userId,
MODIFIED_DATE = DateTime.Now,
NEW_VALUE = true.ToString()
};
_changesHistoryBll.AddHistory(changes);
var output = new MaterialOutput();
try
{
_uow.SaveChanges();
output.Success = true;
output.materialId = existingData.STICKER_CODE;
}
catch (Exception exception)
{
_logger.Error(exception);
output.Success = false;
output.ErrorCode = ExceptionCodes.BaseExceptions.unhandled_exception.ToString();
output.ErrorMessage = EnumHelper.GetDescription(ExceptionCodes.BaseExceptions.unhandled_exception);
}
}
/// <summary>
/// Describes a new material from a shader program and a specific set of vertex descriptions.
/// </summary>
/// <param name="shader">The shader program to process the material with.</param>
/// <param name="input">The vertex input topology for the material.</param>
public Material(Shader shader, MaterialInput input, MaterialOutput output)
: this(shader.Layout, shader.Program, input, output)
{
}
public MaterialOutput Save(MaterialDto data, string userId)
{
bool isNew = false;
var origin = _repository.Get(x => x.STICKER_CODE == data.STICKER_CODE && x.WERKS == data.WERKS, null, includeTables).SingleOrDefault();
var originDto = AutoMapper.Mapper.Map <MaterialDto>(origin);
bool isApprovalExist;
//var edited = AutoMapper.Mapper.Map<ZAIDM_EX_MATERIAL>(model);
//AutoMapper.Mapper.Map(model, data);
MASTER_DATA_APPROVAL approvalData = new MASTER_DATA_APPROVAL();
if (originDto != null)
{
data.MODIFIED_BY = userId;
data.MODIFIED_DATE = DateTime.Now;
data.CREATED_DATE = origin.CREATED_DATE;
data.CREATED_BY = origin.CREATED_BY;
//data.MATERIAL_UOM = origin.MATERIAL_UOM;
data = _masterDataAprovalBLL.MasterDataApprovalValidation((int)Enums.MenuList.MaterialMaster, userId, originDto,
data, out isApprovalExist, out approvalData);
var tempNewData = AutoMapper.Mapper.Map <ZAIDM_EX_MATERIAL>(data);
data = AutoMapper.Mapper.Map <MaterialDto>(tempNewData);
if (data.CLIENT_DELETION != (originDto.CLIENT_DELETION.HasValue ? originDto.CLIENT_DELETION : false))
{
_zaidmExMaterialService.ClientDeletion(data, userId);
}
if (data.PLANT_DELETION != (originDto.PLANT_DELETION.HasValue ? originDto.PLANT_DELETION.Value : false))
{
_zaidmExMaterialService.PlantDeletion(data, userId);
}
SetChanges(originDto, data, userId);
}
else
{
data.CREATED_BY = userId;
data.CREATED_DATE = DateTime.Now;
data.CLIENT_DELETION = false;
data.PLANT_DELETION = false;
isNew = true;
}
var dataToSave = AutoMapper.Mapper.Map <ZAIDM_EX_MATERIAL>(data);
var output = new MaterialOutput();
try
{
if (!isNew)
{
//foreach (var matUom1 in dataToSave.MATERIAL_UOM)
//{
// var materialUom = _repositoryUoM.Get(x => x.STICKER_CODE == matUom1.STICKER_CODE
// && x.WERKS == matUom1.WERKS
// && x.MEINH == matUom1.MEINH).FirstOrDefault();
// _repositoryUoM.Detach(materialUom);
// //if (materialUom != null && materialUom)
// //{
// // matUom1.MATERIAL_UOM_ID = materialUom.MATERIAL_UOM_ID;
// //}
//}
dataToSave.MATERIAL_UOM = null;
_repository.InsertOrUpdate(dataToSave);
_uow.SaveChanges();
}
else
{
_masterDataAprovalBLL.MasterDataApprovalValidation((int)Enums.MenuList.MaterialMaster, userId,
new MaterialDto(), data, out isApprovalExist, out approvalData, true);
}
_masterDataAprovalBLL.SendEmailWorkflow(approvalData.APPROVAL_ID);
output.Success = true;
output.materialId = data.STICKER_CODE;
}
catch (BLLException ex)
{
_logger.Error(ex);
output.Success = false;
output.ErrorCode = ex.Code;
output.ErrorMessage = ex.Message;
}
catch (Exception exception)
{
_logger.Error(exception);
output.Success = false;
output.ErrorCode = ExceptionCodes.BaseExceptions.unhandled_exception.ToString();
output.ErrorMessage = EnumHelper.GetDescription(ExceptionCodes.BaseExceptions.unhandled_exception);
}
return(output);
}