forked from ddrilling/AsbCloudServer
402 lines
17 KiB
C#
402 lines
17 KiB
C#
using AsbCloudApp.Data;
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using AsbCloudApp.Data.DetectedOperation;
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using AsbCloudApp.Data.Subsystems;
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using AsbCloudApp.Exceptions;
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using AsbCloudApp.Requests;
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using AsbCloudApp.Services;
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using AsbCloudApp.Services.Subsystems;
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using AsbCloudDb;
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using AsbCloudDb.Model;
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using AsbCloudDb.Model.Subsystems;
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using Mapster;
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using Microsoft.EntityFrameworkCore;
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using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Threading;
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using System.Threading.Tasks;
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namespace AsbCloudInfrastructure.Services.Subsystems
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{
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internal class SubsystemOperationTimeService : ISubsystemOperationTimeService
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{
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private readonly IAsbCloudDbContext db;
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private readonly IWellService wellService;
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private readonly ICrudRepository<SubsystemDto> subsystemService;
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private readonly IDetectedOperationService detectedOperationService;
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public const int IdSubsystemAKB = 1;
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public const int IdSubsystemAKBRotor = 11;
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public const int IdSubsystemAKBSlide = 12;
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public const int IdSubsystemMSE = 2;
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public const int IdSubsystemSpin = 65536;
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public const int IdSubsystemTorque = 65537;
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public SubsystemOperationTimeService(IAsbCloudDbContext db, IWellService wellService, ICrudRepository<SubsystemDto> subsystemService, IDetectedOperationService detectedOperationService)
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{
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this.db = db;
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this.wellService = wellService;
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this.subsystemService = subsystemService;
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this.detectedOperationService = detectedOperationService;
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}
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/// <inheritdoc/>
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public async Task<int> DeleteAsync(SubsystemOperationTimeRequest request, CancellationToken token)
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{
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var well = await wellService.GetOrDefaultAsync(request.IdWell, token);
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if (well?.IdTelemetry is null || well.Timezone is null)
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return 0;
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var query = BuildQuery(request);
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if (query is null)
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return 0;
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db.SubsystemOperationTimes.RemoveRange(query);
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return await db.SaveChangesAsync(token);
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}
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/// <inheritdoc/>
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public async Task<IEnumerable<SubsystemOperationTimeDto>?> GetOperationTimeAsync(SubsystemOperationTimeRequest request, CancellationToken token)
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{
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var well = await wellService.GetOrDefaultAsync(request.IdWell, token);
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if (well?.IdTelemetry is null || well.Timezone is null)
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return null;
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var query = BuildQuery(request);
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if (query is null)
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return null;
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IEnumerable<SubsystemOperationTime> data = await query.ToListAsync(token);
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if (request.SelectMode == SubsystemOperationTimeRequest.SelectModeInner)
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{
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if (request.GtDate is not null)
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data = data.Where(o => o.DateStart >= request.GtDate.Value);
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if (request.LtDate is not null)
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data = data.Where(o => o.DateEnd <= request.LtDate.Value);
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}
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else if (request.SelectMode == SubsystemOperationTimeRequest.SelectModeTrim)
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{
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var begin = request.GtDate?.ToUtcDateTimeOffset(well.Timezone.Hours);
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var end = request.LtDate?.ToUtcDateTimeOffset(well.Timezone.Hours);
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data = TrimOperation(data, begin, end);
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}
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var dtos = data.Select(o => Convert(o, well.Timezone.Hours));
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return dtos;
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}
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/// <inheritdoc/>
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public async Task<IEnumerable<SubsystemStatDto>?> GetStatAsync(SubsystemOperationTimeRequest request, CancellationToken token)
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{
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request.SelectMode = SubsystemOperationTimeRequest.SelectModeTrim;
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var data = await GetOperationTimeAsync(request, token);
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if (data is null)
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return null;
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var detectedOperationsRequest = new DetectedOperationRequest()
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{
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IdWell = request.IdWell,
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IdsCategories = new int[] {
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WellOperationCategory.IdRotor, WellOperationCategory.IdSlide,
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},
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LtDate = request.LtDate,
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GtDate = request.GtDate,
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};
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var detectedOperations = await detectedOperationService.GetOperationsAsync(detectedOperationsRequest, token);
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if(detectedOperations?.Any() != true)
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return null;
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var depthInterval = GetDepthInterval(detectedOperations);
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var statList = CalcStat(data,depthInterval);
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return statList;
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}
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private static IEnumerable<SubsystemOperationTime> TrimOperation(IEnumerable<SubsystemOperationTime> data, DateTimeOffset? gtDate, DateTimeOffset? ltDate)
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{
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if (!ltDate.HasValue && !gtDate.HasValue)
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return data.Select(d => d.Adapt<SubsystemOperationTime>());
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var items = data.Select((item) =>
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{
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var operationTime = item.Adapt<SubsystemOperationTime>();
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if (!(item.DepthStart.HasValue && item.DepthEnd.HasValue))
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return operationTime;
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var dateDiff = (item.DateEnd - item.DateStart).TotalSeconds;
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var depthDiff = item.DepthEnd.Value - item.DepthStart.Value;
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var a = depthDiff / dateDiff;
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var b = item.DepthStart.Value;
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if (gtDate.HasValue && item.DateStart < gtDate.Value)
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{
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operationTime.DateStart = gtDate.Value;
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var x = (gtDate.Value - item.DateStart).TotalSeconds;
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operationTime.DepthStart = (float)(a * x + b);
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}
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if (ltDate.HasValue && item.DateEnd > ltDate.Value)
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{
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operationTime.DateEnd = ltDate.Value;
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var x = (ltDate.Value - item.DateStart).TotalSeconds;
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operationTime.DepthEnd = (float)(a * x + b);
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}
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return operationTime;
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});
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return items;
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}
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private IEnumerable<SubsystemStatDto> CalcStat(
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IEnumerable<SubsystemOperationTimeDto> dtos,
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(double depthIntervalRotor, double depthIntervalSlide) depthInterval)
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{
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var groupedDataSubsystems = dtos
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.OrderBy(o => o.Id)
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.GroupBy(o => o.IdSubsystem);
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var periodGroupTotal = dtos.Sum(o => (o.DateEnd - o.DateStart).TotalHours);
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var result = groupedDataSubsystems.Select(g =>
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{
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var depthIntervalSubsystem = GetDepthIntervalSubsystem(g.Key, depthInterval);
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var periodGroup = g.Sum(o => (o.DateEnd - o.DateStart).TotalHours);
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var periodGroupDepth = g.Sum(o => o.DepthEnd - o.DepthStart);
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var subsystemStat = new SubsystemStatDto()
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{
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IdSubsystem = g.Key,
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SubsystemName = subsystemService.GetOrDefault(g.Key)?.Name ?? "unknown",
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UsedTimeHours = periodGroup,
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//% использования = суммарная проходка АПД в слайде
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/// суммарную проходку автоопределенных операций в слайде.
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KUsage = periodGroupDepth / depthIntervalSubsystem,
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SumDepthInterval = periodGroupDepth,
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OperationCount = g.Count(),
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};
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if (subsystemStat.KUsage > 1)
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subsystemStat.KUsage = 1;
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return subsystemStat;
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});
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var apdParts = result.Where(x => x.IdSubsystem == 11 || x.IdSubsystem == 12);
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if (apdParts.Any())
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{
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var apdSum = new SubsystemStatDto()
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{
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IdSubsystem = IdSubsystemAKB,
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SubsystemName = "АПД",
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UsedTimeHours = apdParts.Sum(part => part.UsedTimeHours),
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KUsage = apdParts.Sum(part => part.SumDepthInterval) / GetDepthIntervalSubsystem(IdSubsystemAKB, depthInterval),
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SumDepthInterval = apdParts.Sum(part => part.SumDepthInterval),
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OperationCount = apdParts.Sum(part => part.OperationCount),
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};
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result = result.Append(apdSum).OrderBy(m => m.IdSubsystem);
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}
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return result;
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}
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private static (double depthIntervalRotor, double depthIntervalSlide) GetDepthInterval (IEnumerable<DetectedOperationDto> detectedOperations)
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{
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var depthIntervalRotor = detectedOperations.Where(o => o.IdCategory == WellOperationCategory.IdRotor)
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.Sum(o => o.DepthEnd - o.DepthStart);
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var depthIntervalSlide = detectedOperations.Where(o => o.IdCategory == WellOperationCategory.IdSlide)
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.Sum(o => o.DepthEnd - o.DepthStart);
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var depthInterval = (depthIntervalRotor, depthIntervalSlide);
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return depthInterval;
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}
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private static double GetDepthIntervalSubsystem(int idSubsystem, (double depthIntervalRotor, double depthIntervalSlide) depthInterval)
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{
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var depthIntervalSubsystem = 0d;
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//AKB - MSE
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if (idSubsystem == IdSubsystemAKB | idSubsystem == IdSubsystemMSE)
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{
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depthIntervalSubsystem = depthInterval.depthIntervalRotor + depthInterval.depthIntervalSlide;
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}
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//AKB - Rotor
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if (idSubsystem == IdSubsystemAKBRotor)
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{
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depthIntervalSubsystem = depthInterval.depthIntervalRotor;
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}
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//AKB - Slide
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if (idSubsystem == IdSubsystemAKBSlide)
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{
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depthIntervalSubsystem = depthInterval.depthIntervalSlide;
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}
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//Spin
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if (idSubsystem == IdSubsystemSpin)
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{
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depthIntervalSubsystem = depthInterval.depthIntervalSlide;
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}
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//Torque
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if (idSubsystem == IdSubsystemTorque)
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{
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depthIntervalSubsystem = depthInterval.depthIntervalRotor;
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}
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return depthIntervalSubsystem;
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}
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/// <inheritdoc/>
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public async Task<IEnumerable<SubsystemActiveWellStatDto>> GetStatByActiveWells(int idCompany, DateTime? gtDate, DateTime? ltDate, CancellationToken token)
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{
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var activeWells = await wellService.GetAsync(new() { IdCompany = idCompany, IdState = 1 }, token);
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var result = await GetStatAsync(activeWells, gtDate, ltDate, token);
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return result;
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}
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/// <inheritdoc/>
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public async Task<IEnumerable<SubsystemActiveWellStatDto>> GetStatByActiveWells(IEnumerable<int> wellIds, CancellationToken token)
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{
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var activeWells = await wellService.GetAsync(new() { Ids = wellIds, IdState = 1 }, token);
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var result = await GetStatAsync(activeWells, null, null, token);
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return result;
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}
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private async Task<IEnumerable<SubsystemActiveWellStatDto>> GetStatAsync(IEnumerable<WellDto> wells, DateTime? gtDate, DateTime? ltDate, CancellationToken token)
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{
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if (!wells.Any())
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return Enumerable.Empty<SubsystemActiveWellStatDto>();
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var hoursOffset = wells
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.FirstOrDefault(well => well.Timezone is not null)
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?.Timezone.Hours
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?? 5d;
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var beginUTC = gtDate.HasValue
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? gtDate.Value.ToUtcDateTimeOffset(hoursOffset)
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: db.SubsystemOperationTimes.Min(s => s.DateStart)
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.DateTime
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.ToUtcDateTimeOffset(hoursOffset);
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var endUTC = ltDate.HasValue
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? ltDate.Value.ToUtcDateTimeOffset(hoursOffset)
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: db.SubsystemOperationTimes.Max(s => s.DateEnd)
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.DateTime
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.ToUtcDateTimeOffset(hoursOffset);
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var telemetryIds = wells
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.Where(w => w.IdTelemetry is not null)
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.Select(w => w.IdTelemetry)
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.Distinct();
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var query = db.SubsystemOperationTimes
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.Where(o => telemetryIds.Contains(o.IdTelemetry) &&
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o.DateStart >= beginUTC &&
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o.DateEnd <= endUTC)
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.AsNoTracking();
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var subsystemsOperationTime = await query.ToListAsync(token);
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var depthIntervals = await detectedOperationService
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.GetDepthIntervalAllOperationsAsync(telemetryIds, beginUTC, endUTC, token);
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var result = wells
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.Select(well => {
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var dtos = subsystemsOperationTime
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.Where(s => s.IdTelemetry == well.IdTelemetry)
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.Select(s => Convert(s, well.Timezone.Hours));
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var (idTelemetry, depthIntervalRotor, depthIntervalSlide) = depthIntervals
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.FirstOrDefault(i => i.idTelemetry == well.IdTelemetry);
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var subsystemStat = idTelemetry > 0 && dtos.Any()
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? CalcStat(dtos, (depthIntervalRotor, depthIntervalSlide))
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: Enumerable.Empty<SubsystemStatDto>();
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return new SubsystemActiveWellStatDto
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{
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Well = well,
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SubsystemAKB = subsystemStat.FirstOrDefault(s => s.IdSubsystem == IdSubsystemAKB),
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SubsystemMSE = subsystemStat.FirstOrDefault(s => s.IdSubsystem == IdSubsystemMSE),
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SubsystemSpinMaster = subsystemStat.FirstOrDefault(s => s.IdSubsystem == IdSubsystemSpin),
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SubsystemTorqueMaster = subsystemStat.FirstOrDefault(s => s.IdSubsystem == IdSubsystemTorque),
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};
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});
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return result;
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}
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/// <inheritdoc/>
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public async Task<DatesRangeDto?> GetDateRangeOperationTimeAsync(SubsystemOperationTimeRequest request, CancellationToken token)
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{
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var query = BuildQuery(request);
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if (query is null)
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{
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return null;
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}
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var result = await query
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.GroupBy(o => o.IdTelemetry)
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.Select(g => new DatesRangeDto
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{
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From = g.Min(o => o.DateStart).DateTime,
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To = g.Max(o => o.DateEnd).DateTime
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})
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.FirstOrDefaultAsync(token);
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return result;
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}
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private IQueryable<SubsystemOperationTime> BuildQuery(SubsystemOperationTimeRequest request)
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{
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var well = wellService.GetOrDefault(request.IdWell);
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if (well?.IdTelemetry is null || well.Timezone is null)
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throw new ArgumentInvalidException($"Not valid IdWell = {request.IdWell}", nameof(request.IdWell));
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var query = db.SubsystemOperationTimes
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.Include(o => o.Subsystem)
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.Where(o => o.IdTelemetry == well.IdTelemetry)
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.AsNoTracking();
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if (request.IdsSubsystems?.Any() == true)
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query = query.Where(o => request.IdsSubsystems.Contains(o.IdSubsystem));
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// # Dates range condition
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// [GtDate LtDate]
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// [DateStart DateEnd] [DateStart DateEnd]
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if (request.GtDate.HasValue)
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{
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DateTimeOffset gtDate = request.GtDate.Value.ToUtcDateTimeOffset(well.Timezone.Hours);
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query = query.Where(o => o.DateEnd >= gtDate);
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}
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if (request.LtDate.HasValue)
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{
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DateTimeOffset ltDate = request.LtDate.Value.ToUtcDateTimeOffset(well.Timezone.Hours);
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query = query.Where(o => o.DateStart <= ltDate);
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}
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if (request.GtDepth.HasValue)
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query = query.Where(o => o.DepthEnd >= request.GtDepth.Value);
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if (request.LtDepth.HasValue)
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query = query.Where(o => o.DepthStart <= request.LtDepth.Value);
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if (request?.SortFields?.Any() == true)
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{
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query = query.SortBy(request.SortFields);
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}
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else
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{
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query = query
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.OrderBy(o => o.DateStart)
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.ThenBy(o => o.DepthStart);
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}
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if (request?.Skip > 0)
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query = query.Skip((int)request.Skip);
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if (request?.Take > 0)
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query = query.Take((int)request.Take);
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return query;
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}
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private static SubsystemOperationTimeDto Convert(SubsystemOperationTime operationTime, double? timezoneHours = null)
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{
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var dto = operationTime.Adapt<SubsystemOperationTimeDto>();
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var hours = timezoneHours ?? operationTime.Telemetry.TimeZone.Hours;
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dto.DateStart = operationTime.DateStart.ToRemoteDateTime(hours);
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dto.DateEnd = operationTime.DateEnd.ToRemoteDateTime(hours);
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return dto;
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}
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}
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}
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