HIA24016N_PipeLineDemo.git

using CMS.Plugin.PipeLineLems.Application.Contracts.Dtos.WorkPlan; 
using CMS.Plugin.PipeLineLems.Application.Contracts.Services; 
using CMS.Plugin.PipeLineLems.Domain.Shared; 
using CmsQueryExtensions; 
using CMS.Plugin.PipeLineLems.Domain.WorkPlan; 
using CmsQueryExtensions.Extension; 
using System.Linq.Expressions; 
using Volo.Abp; 
using Volo.Abp.Application.Dtos; 
using Volo.Abp.Data; 
using Volo.Abp.ObjectExtending; 
using Volo.Abp.ObjectMapping; 
 
namespace CMS.Plugin.PipeLineLems.Application.Implements; 
 
/// <summary> 
/// 作业计划表应用服务 
/// </summary> 
public class WorkPlanAppService : CMSPluginAppService, IWorkPlanAppService 
{ 
    private readonly IWorkPlanRepository workPlanRepository; 
 
    /// <summary> 
    /// Initializes a new instance of the <see cref="WorkPlanAppService"/> class. 
    /// </summary> 
    /// <param name="WorkPlanRepository">The task job repository.</param> 
    public WorkPlanAppService(IWorkPlanRepository _WorkPlanRepository) 
    { 
        workPlanRepository = _WorkPlanRepository; 
    } 
 
    /// <summary> 
    /// 获取指定作业计划表 
    /// </summary> 
    /// <param name="id"></param> 
    /// <returns></returns> 
    public virtual async Task<WorkPlanDto> GetAsync(Guid id) 
    { 
        return ObjectMapper.Map<WorkPlan, WorkPlanDto>(await workPlanRepository.GetAsync(id)); 
    } 
 
    /// <summary> 
    /// 分页获取作业计划表 
    /// </summary> 
    /// <param name="input"></param> 
    /// <returns></returns> 
    public virtual async Task<PagedResultDto<WorkPlanDto>> GetListAsync(GetWorkPlanInput input) 
    { 
        Check.NotNull(input, nameof(input)); 
 
        if (input.Sorting.IsNullOrWhiteSpace()) 
        { 
            input.Sorting = nameof(WorkPlan.Sort); 
        } 
 
        #region 动态构造查询条件  
 
        //动态构造查询条件  
        var whereConditions = DynamicGetQueryParams(input); 
 
        #endregion 
 
        var count = await workPlanRepository.GetCountAsync(whereConditions); 
        var list = await workPlanRepository.GetListAsync(whereConditions, input.Sorting, input.MaxResultCount, input.SkipCount); 
 
        return new PagedResultDto<WorkPlanDto>(count, ObjectMapper.Map<List<WorkPlan>, List<WorkPlanDto>>(list)); 
    } 
 
    /// <summary>  
    /// 动态构造查询条件  
    /// </summary>  
    /// <param name="input">输入参数</param>  
    /// <returns></returns>  
    private FunReturnResultModel<Expression<Func<WorkPlan, bool>>> DynamicGetQueryParams(GetWorkPlanInput input) 
    { 
        //动态构造查询条件  
        var whereConditions = WhereConditionsExtensions.GetWhereConditions<WorkPlan, GetWorkPlanInput>(input); 
        if (!whereConditions.IsSuccess) 
        { 
            throw new Exception("动态构造查询条件失败:" + whereConditions.ErrMsg); 
        } 
 
        //也可再次自定义构建查询条件  
        Expression<Func<WorkPlan, bool>> extendExpression = a => a.IsDeleted == false; 
        // 使用 System.Linq.PredicateBuilder 的 And 
        var pres = (System.Linq.Expressions.Expression<Func<WorkPlan, bool>>)(whereConditions.data); 
        whereConditions.data = System.Linq.PredicateBuilder.And(pres, extendExpression); 
 
        return whereConditions; 
    } 
 
    /// <summary> 
    /// 新建作业计划表 
    /// </summary> 
    /// <param name="input"></param> 
    /// <returns></returns> 
    /// <exception cref="UserFriendlyException"></exception> 
    public virtual async Task<WorkPlanDto> CreateAsync(WorkPlanCreateDto input) 
    { 
        await CheckCreateOrUpdateDtoAsync(input); 
 
        var exist = await workPlanRepository.NameExistAsync(input.TaskCode); 
        if (exist) 
        { 
            throw new UserFriendlyException(L[CMSPluginDomainErrorCodes.NameAlreadyExists, input.TaskCode]); 
        } 
 
        var maxSort = await workPlanRepository.GetMaxSortAsync(); 
        var sort = input.Sort ?? maxSort; 
 
        var insertObj = ObjectMapper.Map<WorkPlanCreateDto, WorkPlan>(input); 
        insertObj.Sort = sort; 
        input.MapExtraPropertiesTo(insertObj, MappingPropertyDefinitionChecks.None); 
 
        await workPlanRepository.InsertAsync(insertObj); 
 
        if (input.Sort.HasValue && insertObj.Sort != maxSort) 
        { 
            await AdjustSortAsync(insertObj.Id, insertObj.Sort); 
        } 
 
        return ObjectMapper.Map<WorkPlan, WorkPlanDto>(insertObj); 
    } 
 
    /// <summary> 
    /// 更新作业计划表 
    /// </summary> 
    /// <param name="id"></param> 
    /// <param name="input"></param> 
    /// <returns></returns> 
    /// <exception cref="UserFriendlyException"></exception> 
    public virtual async Task<WorkPlanDto> UpdateAsync(Guid id, WorkPlanUpdateDto input) 
    { 
        await CheckCreateOrUpdateDtoAsync(input); 
 
        var updateObj = await workPlanRepository.GetAsync(id); 
        var exist = await workPlanRepository.NameExistAsync(input.TaskCode, updateObj.Id); 
        if (exist) 
        { 
            throw new UserFriendlyException(L[CMSPluginDomainErrorCodes.NameAlreadyExists, input.TaskCode]); 
        } 
 
        updateObj.SetConcurrencyStampIfNotNull(input.ConcurrencyStamp); 
        input.MapExtraPropertiesTo(updateObj, MappingPropertyDefinitionChecks.None); 
 
                updateObj.TaskCode = input.TaskCode;
        updateObj.OrgMaterialCode = input.OrgMaterialCode;
        updateObj.FactoryCode = input.FactoryCode;
        updateObj.ProductCode = input.ProductCode;
        updateObj.WorkstationCode = input.WorkstationCode;
        updateObj.EquipmentCode = input.EquipmentCode;
        updateObj.WorkpieceName = input.WorkpieceName;
        updateObj.ProcessName = input.ProcessName;
        updateObj.PipeFittingCode = input.PipeFittingCode;
        updateObj.PreSerialNumber = input.PreSerialNumber;
        updateObj.DataIdentifier = input.DataIdentifier;
        updateObj.PipeSpecCode = input.PipeSpecCode;
        updateObj.PipeSectionName = input.PipeSectionName;
        updateObj.OuterDiameter = input.OuterDiameter;
        updateObj.Bevel = input.Bevel;
        updateObj.Material = input.Material;
        updateObj.Length = input.Length;
        updateObj.DrillingPosition = input.DrillingPosition;
        updateObj.Intersecting = input.Intersecting;
        updateObj.InterfaceRequirement = input.InterfaceRequirement;
        updateObj.HasMainSignature = input.HasMainSignature;
        updateObj.Quantity = input.Quantity;
        updateObj.MarkingContent = input.MarkingContent;
        updateObj.CuttingFile = input.CuttingFile;
        updateObj.BranchOuterDiameter = input.BranchOuterDiameter;
        updateObj.BranchWallThickness = input.BranchWallThickness;
        updateObj.BranchMaterial = input.BranchMaterial;
        updateObj.BranchPortRadius = input.BranchPortRadius;
        updateObj.BranchPortAngle = input.BranchPortAngle;
        updateObj.BranchPortRequirement = input.BranchPortRequirement;
        updateObj.IntersectingLineType = input.IntersectingLineType;
        updateObj.IntersectingLineCategory = input.IntersectingLineCategory;
        updateObj.FinishedProductScale = input.FinishedProductScale;
        updateObj.FlangeThickness = input.FlangeThickness;
        updateObj.FlangeInnerDiameter = input.FlangeInnerDiameter;
        updateObj.WeldingHeatInput = input.WeldingHeatInput;
        updateObj.PipeAllowableStress = input.PipeAllowableStress;
        updateObj.PipeDiameter = input.PipeDiameter;
        updateObj.PipeWallThickness = input.PipeWallThickness;
        updateObj.VRData = input.VRData;
        updateObj.ProcessRouteNumber = input.ProcessRouteNumber;
        updateObj.PlannedStartTime = input.PlannedStartTime;
        updateObj.PlannedEndTime = input.PlannedEndTime;
        updateObj.TimeInfo = input.TimeInfo;
        updateObj.RedundantField1 = input.RedundantField1;
        updateObj.RedundantField2 = input.RedundantField2;
        updateObj.RedundantField3 = input.RedundantField3;
        updateObj.Remark = input.Remark;
        updateObj.IsDisabled = input.IsDisabled;
 
 
        await workPlanRepository.UpdateAsync(updateObj); 
 
        return ObjectMapper.Map<WorkPlan, WorkPlanDto>(updateObj); 
    } 
 
    /// <summary> 
    /// 克隆作业计划表 
    /// </summary> 
    /// <param name="ids"></param> 
    /// <returns></returns> 
    public async Task<List<WorkPlanDto>> CloneAsync(IEnumerable<Guid> ids) 
    { 
        //var workPlans = new List<WorkPlan>(); 
        //if (ids != null) 
        //{ 
        //    var sort = await workPlanRepository.GetMaxSortAsync(); 
        //    foreach (var id in ids) 
        //    { 
        //        var WorkPlan = await workPlanRepository.FindAsync(id); 
        //        if (WorkPlan != null) 
        //        { 
        //            var name = WorkPlan.Name + WorkPlanConsts.CloneTag; 
        //            var notExist = false; 
        //            while (!notExist) 
        //            { 
        //                var exist = await workPlanRepository.NameExistAsync(name); 
        //                if (exist || workPlans.Any(x => x.Name == name)) 
        //                { 
        //                    name += WorkPlanConsts.CloneTag; 
        //                    continue; 
        //                } 
 
        //                notExist = true; 
        //            } 
 
        //            //WorkPlan = await workPlanRepository.InsertAsync(WorkPlan.Clone(GuidGenerator.Create(), name, sort++)); 
        //            workPlans.Add(WorkPlan); 
        //        } 
        //    } 
        //} 
 
        //return ObjectMapper.Map<List<WorkPlan>, List<WorkPlanDto>>(workPlans); 
        return new List<WorkPlanDto>(); 
    } 
 
    /// <summary> 
    /// 删除单个作业计划表 
    /// </summary> 
    /// <param name="id"></param> 
    /// <returns></returns> 
    public virtual Task DeleteAsync(Guid id) 
    { 
        return workPlanRepository.DeleteAsync(id); 
    } 
 
    /// <summary> 
    /// 删除多个作业计划表 
    /// </summary> 
    /// <param name="ids"></param> 
    /// <returns></returns> 
    public async Task DeleteManyAsync(IEnumerable<Guid> ids) 
    { 
        foreach (var id in ids) 
        { 
            await DeleteAsync(id); 
        } 
    } 
 
    /// <summary> 
    /// 调整排序作业计划表 
    /// </summary> 
    /// <param name="id"></param> 
    /// <param name="sort"></param> 
    /// <returns></returns> 
    public virtual async Task AdjustSortAsync(Guid id, int sort) 
    { 
        var list = await workPlanRepository.GetListAsync(null, nameof(WorkPlan.Sort)); 
        if (list != null && list.Any()) 
        { 
            var initSort = 1; 
            list.ForEach(x => x.AdjustSort(initSort++)); 
            var entity = list.FirstOrDefault(x => x.Id == id); 
            if (entity != null) 
            { 
                if (sort == 1) 
                { 
                    list.Where(x => x.Id != id).ToList()?.ForEach(x => x.AdjustSort(x.Sort + 1)); 
                } 
                else if (entity.Sort > sort) 
                { 
                    list.Where(x => x.Id != id && x.Sort >= sort).ToList()?.ForEach(x => x.AdjustSort(x.Sort + 1)); 
                    list.Where(x => x.Id != id && x.Sort < sort).ToList()?.ForEach(x => x.AdjustSort(x.Sort - 1)); 
                } 
                else if (entity.Sort < sort) 
                { 
                    list.Where(x => x.Id != id && x.Sort > sort).ToList()?.ForEach(x => x.AdjustSort(x.Sort + 1)); 
                    list.Where(x => x.Id != id && x.Sort <= sort).ToList()?.ForEach(x => x.AdjustSort(x.Sort - 1)); 
                } 
 
                entity.AdjustSort(sort); 
            } 
        } 
 
        await workPlanRepository.UpdateManyAsync(list); 
    } 
 
    /// <summary> 
    /// 导入作业计划表 
    /// </summary> 
    /// <param name="input"></param> 
    /// <returns></returns> 
    /// <exception cref="UserFriendlyException"></exception> 
    public async Task ImportAsync(WorkPlansImportModel input) 
    { 
        Check.NotNull(input, nameof(input)); 
 
        var workPlanCreateDtos = new List<(int RowIndex, WorkPlanCreateDto Item)>(); 
        var workPlanUpdateDtos = new List<(int RowIndex, Guid Id, WorkPlanUpdateDto Item)>(); 
        var importItems = input.WorkPlans; 
 
        if (importItems != null && importItems.Any()) 
        { 
            #region 导入校验 
 
            // 判断名称是否重复，并输出第几行重复 
            var duplicateWorkPlans = importItems.GroupBy(x => x.TaskCode).Where(x => x.Count() > 1).ToList(); 
            if (duplicateWorkPlans?.Any() == true) 
            { 
                var duplicateWorkPlanMsgs = duplicateWorkPlans.Select(x => $"第 {string.Join(",", x.Select(x => x.RowIndex))} 行：{x.Key}  名称重复"); 
                var errorMsg = $"导入失败！配置， {string.Join(",", duplicateWorkPlanMsgs)}，终止导入"; 
                throw new UserFriendlyException(errorMsg); 
            } 
 
            #endregion 
 
            foreach (var impItem in importItems) 
            { 
                if (impItem.TaskCode.IsNullOrWhiteSpace()) 
                { 
                    continue; 
                } 
 
                if (impItem.TaskCode.IsNullOrWhiteSpace()) 
                { 
                    var errorMsg = $"导入失败！配置，第{impItem.RowIndex}行：WorkPlan名称不能为空"; 
                    throw new UserFriendlyException(errorMsg); 
                } 
 
                var oldWorkPlan = await workPlanRepository.FindByNameAsync(impItem.TaskCode); 
                if (oldWorkPlan != null) 
                { 
                    var workPlanUpdateDto = new WorkPlanUpdateDto 
                    { 
                        TaskCode = impItem.TaskCode,
OrgMaterialCode = impItem.OrgMaterialCode,
FactoryCode = impItem.FactoryCode,
ProductCode = impItem.ProductCode,
WorkstationCode = impItem.WorkstationCode,
EquipmentCode = impItem.EquipmentCode,
WorkpieceName = impItem.WorkpieceName,
ProcessName = impItem.ProcessName,
PipeFittingCode = impItem.PipeFittingCode,
PreSerialNumber = impItem.PreSerialNumber,
DataIdentifier = impItem.DataIdentifier,
PipeSpecCode = impItem.PipeSpecCode,
PipeSectionName = impItem.PipeSectionName,
OuterDiameter = impItem.OuterDiameter,
Bevel = impItem.Bevel,
Material = impItem.Material,
Length = impItem.Length,
DrillingPosition = impItem.DrillingPosition,
Intersecting = impItem.Intersecting,
InterfaceRequirement = impItem.InterfaceRequirement,
HasMainSignature = impItem.HasMainSignature,
Quantity = impItem.Quantity,
MarkingContent = impItem.MarkingContent,
CuttingFile = impItem.CuttingFile,
BranchOuterDiameter = impItem.BranchOuterDiameter,
BranchWallThickness = impItem.BranchWallThickness,
BranchMaterial = impItem.BranchMaterial,
BranchPortRadius = impItem.BranchPortRadius,
BranchPortAngle = impItem.BranchPortAngle,
BranchPortRequirement = impItem.BranchPortRequirement,
IntersectingLineType = impItem.IntersectingLineType,
IntersectingLineCategory = impItem.IntersectingLineCategory,
FinishedProductScale = impItem.FinishedProductScale,
FlangeThickness = impItem.FlangeThickness,
FlangeInnerDiameter = impItem.FlangeInnerDiameter,
WeldingHeatInput = impItem.WeldingHeatInput,
PipeAllowableStress = impItem.PipeAllowableStress,
PipeDiameter = impItem.PipeDiameter,
PipeWallThickness = impItem.PipeWallThickness,
VRData = impItem.VRData,
ProcessRouteNumber = impItem.ProcessRouteNumber,
PlannedStartTime = impItem.PlannedStartTime,
PlannedEndTime = impItem.PlannedEndTime,
TimeInfo = impItem.TimeInfo,
RedundantField1 = impItem.RedundantField1,
RedundantField2 = impItem.RedundantField2,
RedundantField3 = impItem.RedundantField3,
Remark = impItem.Remark,
IsDisabled = impItem.IsDisabled,
 
                    }; 
 
                    workPlanUpdateDtos.Add((impItem.RowIndex, oldWorkPlan.Id, workPlanUpdateDto)); 
                } 
                else 
                { 
                    var workPlanCreateDto = new WorkPlanCreateDto 
                    { 
                        TaskCode = impItem.TaskCode,
OrgMaterialCode = impItem.OrgMaterialCode,
FactoryCode = impItem.FactoryCode,
ProductCode = impItem.ProductCode,
WorkstationCode = impItem.WorkstationCode,
EquipmentCode = impItem.EquipmentCode,
WorkpieceName = impItem.WorkpieceName,
ProcessName = impItem.ProcessName,
PipeFittingCode = impItem.PipeFittingCode,
PreSerialNumber = impItem.PreSerialNumber,
DataIdentifier = impItem.DataIdentifier,
PipeSpecCode = impItem.PipeSpecCode,
PipeSectionName = impItem.PipeSectionName,
OuterDiameter = impItem.OuterDiameter,
Bevel = impItem.Bevel,
Material = impItem.Material,
Length = impItem.Length,
DrillingPosition = impItem.DrillingPosition,
Intersecting = impItem.Intersecting,
InterfaceRequirement = impItem.InterfaceRequirement,
HasMainSignature = impItem.HasMainSignature,
Quantity = impItem.Quantity,
MarkingContent = impItem.MarkingContent,
CuttingFile = impItem.CuttingFile,
BranchOuterDiameter = impItem.BranchOuterDiameter,
BranchWallThickness = impItem.BranchWallThickness,
BranchMaterial = impItem.BranchMaterial,
BranchPortRadius = impItem.BranchPortRadius,
BranchPortAngle = impItem.BranchPortAngle,
BranchPortRequirement = impItem.BranchPortRequirement,
IntersectingLineType = impItem.IntersectingLineType,
IntersectingLineCategory = impItem.IntersectingLineCategory,
FinishedProductScale = impItem.FinishedProductScale,
FlangeThickness = impItem.FlangeThickness,
FlangeInnerDiameter = impItem.FlangeInnerDiameter,
WeldingHeatInput = impItem.WeldingHeatInput,
PipeAllowableStress = impItem.PipeAllowableStress,
PipeDiameter = impItem.PipeDiameter,
PipeWallThickness = impItem.PipeWallThickness,
VRData = impItem.VRData,
ProcessRouteNumber = impItem.ProcessRouteNumber,
PlannedStartTime = impItem.PlannedStartTime,
PlannedEndTime = impItem.PlannedEndTime,
TimeInfo = impItem.TimeInfo,
RedundantField1 = impItem.RedundantField1,
RedundantField2 = impItem.RedundantField2,
RedundantField3 = impItem.RedundantField3,
Remark = impItem.Remark,
IsDisabled = impItem.IsDisabled,
 
                    }; 
 
                    workPlanCreateDtos.Add((impItem.RowIndex, workPlanCreateDto)); 
                } 
            } 
        } 
 
        // 新增 
        foreach (var workPlanDto in workPlanCreateDtos) 
        { 
            try 
            { 
                await CreateAsync(workPlanDto.Item); 
            } 
            catch (Exception e) 
            { 
                var errorMsg = $"导入失败！配置，第{workPlanDto.RowIndex}行：{e.Message}，终止导入"; 
                throw new UserFriendlyException(errorMsg); 
            } 
        } 
 
        // 更新 
        foreach (var workPlanDto in workPlanUpdateDtos) 
        { 
            try 
            { 
                await UpdateAsync(workPlanDto.Id, workPlanDto.Item); 
            } 
            catch (Exception e) 
            { 
                var errorMsg = $"导入失败！配置，第{workPlanDto.RowIndex}行：{e.Message}，终止导入"; 
                throw new UserFriendlyException(errorMsg); 
            } 
        } 
    } 
 
    /// <summary> 
    /// 导出作业计划表 
    /// </summary> 
    /// <param name="input"></param> 
    /// <returns></returns> 
    public async Task<(Dictionary<string, object> Sheets, string FileName)> ExportAsync(GetWorkPlanInput input) 
    { 
        Check.NotNull(input, nameof(input)); 
 
        if (input.Sorting.IsNullOrWhiteSpace()) 
        { 
            input.Sorting = nameof(WorkPlan.Sort); 
        } 
 
        #region 动态构造查询条件  
 
        //动态构造查询条件  
        var whereConditions = DynamicGetQueryParams(input); 
 
        #endregion 
 
 
        var list = await workPlanRepository.GetListAsync(whereConditions, input.Sorting, input.MaxResultCount, input.SkipCount, includeDetails: true); 
        var result = ObjectMapper.Map<List<WorkPlan>, List<WorkPlanDto>>(list); 
 
        var sheets = new Dictionary<string, object> 
        { 
            ["配置"] = ExportHelper.ConvertListToExportData(result), 
        }; 
 
        var fileName = result.Count > 1 ? "作业计划表列表" : result.Count == 1 ? result[0]?.TaskCode : "WorkPlan模版"; 
        return (sheets, fileName); 
    } 
 
    /// <summary> 
    /// 校验作业计划表，当新建或更新时 
    /// </summary> 
    /// <param name="input"></param> 
    /// <returns></returns> 
    protected Task CheckCreateOrUpdateDtoAsync(WorkPlanCreateOrUpdateDtoBase input) 
    { 
        Check.NotNull(input, nameof(input)); 
                Check.NotNullOrWhiteSpace(input.TaskCode, "任务编码", 64);
        Check.NotNullOrWhiteSpace(input.OrgMaterialCode, "原料编号", 64);
        Check.NotNull(input.HasMainSignature, "是否有主签");
        Check.NotNull(input.Quantity, "包括数量");
 
        return Task.CompletedTask; 
    } 
}