YangHuCost/modules/ration_glj/facade/ration_glj_facade.js

/**
 * Created by chen on 2017/6/29.
 */

module.exports = { //先 exports再require 防止循环引用
  save: save,
  getData: getData,
  deleteByRation: deleteByRation,
  getQuantityByProjectGLJ: getQuantityByProjectGLJ,
  getLibInfo: getLibInfo,
  getLibOptions,
  getLibOptionsForCompilation,
  getGLJData: getGLJData,
  getGLJDataByCodes: getGLJDataByCodes,
  addGLJ: addGLJ,
  deleteRationGLJ: deleteRationGLJ,
  deleteGLJ: deleteGLJ,
  insertAddTypeGLJ: insertAddTypeGLJ,
  replaceGLJ: replaceGLJ,
  replaceGLJByData: replaceGLJByData,
  mReplaceGLJ: mReplaceGLJ,
  updateRationGLJByEdit: updateRationGLJByEdit,
  getGLJClass: getGLJClass,
  insertGLJAsRation: insertGLJAsRation,
  getRationTypeGLJQuantity: getRationTypeGLJQuantity,
  getInfoFromProjectGLJ: getInfoFromProjectGLJ,
  createNewRecord: createNewRecord,
  getGLJSearchInfo: getGLJSearchInfo,
  updateRationGLJFromDoc: updateRationGLJFromDoc,
  getGLJLibByEngineerID: getGLJLibByEngineerID,
  prepareExtData: prepareExtData,
  setPropertyFromStd: setPropertyFromStd,
  updateProportion: updateProportion
};

let mongoose = require('mongoose');
const uuidV1 = require('uuid/v1');
let consts = require('../../main/models/project_consts')
let commonConsts = consts.commonConst;
let _ = require("lodash");
let ration_glj = mongoose.model('ration_glj');
const GLJListModel = require('../../glj/models/glj_list_model');
let std_glj_lib_gljList_model = mongoose.model('std_glj_lib_gljList');
let async_n = require("async");
let ration = mongoose.model('ration');
let ration_coe_facade = require('./ration_coe_facade');
let ration_coe = mongoose.model('ration_coe');
let std_ration_lib_ration_items = mongoose.model('std_ration_lib_ration_items');
let glj_calculate_facade = require('./glj_calculate_facade');
let glj_type_util = require('../../../public/cache/std_glj_type_util');
let quantity_detail_facade = require('../../main/facade/quantity_detail_facade');
let ration_installation_facade = require('../../main/facade/ration_installation_facade');
let logger = require("../../../logs/log_helper").logger;
const stdgljutil = require("../../../public/cache/std_glj_type_util");
const EngineeringLibModel = require("../../users/models/engineering_lib_model");
const GljDao = require("../../complementary_glj_lib/models/gljModel");
const gljType = require("../../common/const/glj_type_const.js");
const complementaryGljModel = mongoose.model('complementary_glj_lib');
const stdGljModel = mongoose.model('std_glj_lib_gljList');
const gljClassModel = mongoose.model('std_glj_lib_gljClass');
const projectDao = require('../../pm/models/project_model').project;
const commonFacade = require('../../main/facade/common_facade');
const compleClassModel = mongoose.model('complementary_glj_section');
const stdRationLibModel = mongoose.model('std_ration_lib_map');
const compilationModel = mongoose.model('compilation');
const engineeringModel = mongoose.model('engineering_lib');
let gljUtil = require('../../../public/gljUtil');



let operationMap = {
  'ut_create': create_ration_glj,
  'ut_update': update_ration_glj,
  'ut_delete': delete_ration_glj
};
let updateFunctionMap = {
  'normalUpdate': normalUpdate
};


/**
 * 根据项目工料机ID和项目ID取消耗量
 *
 * @param {object} condition
 * @return Array
 */
async function getQuantityByProjectGLJ(condition) {
  let query = {
    'projectID': condition.projectID,
  };
  if (condition.projectGLJIDList) {
    query['projectGLJID'] = {
      $in: condition.projectGLJIDList
    };
  }
  let startTime = +new Date();
  let results = await ration_glj.find(query, ['projectGLJID', 'quantity', 'rationID'], {
    sort: {
      projectGLJID: 1
    }
  });
  let rationList = _.uniq(_.map(results, 'rationID'));
  let getQuantity = +new Date();
  console.log("取工料机消耗量时间-----" + (getQuantity - startTime));
  let rationQuery = {
    'projectID': condition.projectID,
    'ID': {
      $in: rationList
    },
    'deleteInfo': null
  };

  /* $and: [
       {'projectID': condition.projectID},
       {'ID': {$in: rationList}},
       {'deleteInfo': null}
   ]*/
  let rations = await ration.find(rationQuery, ['ID', 'quantity']);
  let rationsTime = +new Date();
  console.log("取定额消耗量时间-----" + (rationsTime - getQuantity));
  return combineQuantity(results, rations);
}

function combineQuantity(results, rations) {
  let resultList = [];
  let rationMap = _.indexBy(rations, 'ID');
  for (let r of results) {
    let tmp = {
      projectGLJID: r.projectGLJID,
      quantity: Number(r.quantity)
    }
    let ration = rationMap[r.rationID]; //_.find(rations, {ID: r.rationID})
    if (ration) {
      tmp.rationID = ration.ID;
      tmp.rationQuantity = ration.quantity ? Number(ration.quantity) : undefined;
    }
    resultList.push(tmp);
  }
  return resultList;

  return resultList;
}


function get_lib_glj_info(ration_glj) {
  return function (result, cb) {
    std_glj_lib_gljList_model.findOne({
      'ID': ration_glj.GLJID
    }, (err, glj) => {
      if (err) {
        cb(err, '')
      } else if (glj) {
        ration_glj.name = glj.name;
        ration_glj.code = glj.code;
        ration_glj.original_code = glj.code;
        ration_glj.unit = glj.unit;
        ration_glj.specs = glj.specs;
        ration_glj.basePrice = glj.basePrice;
        ration_glj.marketPrice = glj.basePrice;
        ration_glj.shortName = glj.shortName;
        ration_glj.type = glj.gljType;
        ration_glj.repositoryId = glj.repositoryId;
        ration_glj.adjCoe = glj.adjCoe;
        getInfoFromProjectGLJ(ration_glj).then(function (info) {
          if (info && info.length > 0) {
            let tem = {};
            tem.newRecode = createNewRecord(info[0]);
            tem.showData = info[0];
            result.datas.push(tem);
            cb(null, result);
          } else {
            cb(new Error('get project glj error'), null);
          }
        });
      } else {
        cb(null, result);
      }
    })
  }
}


function createNewRecord(ration_glj) {
  let newRecoed = {};
  newRecoed.ID = ration_glj.ID;
  newRecoed.projectID = ration_glj.projectID;
  newRecoed.GLJID = ration_glj.GLJID;
  newRecoed.rationID = ration_glj.rationID;
  newRecoed.rationItemQuantity = ration_glj.rationItemQuantity;
  newRecoed.customQuantity = ration_glj.customQuantity;
  newRecoed.quantity = ration_glj.quantity;
  newRecoed.rationProportion = ration_glj.rationProportion;
  newRecoed.adjustProportion = ration_glj.adjustProportion;
  newRecoed.name = ration_glj.name;
  newRecoed.code = ration_glj.code;
  newRecoed.original_code = ration_glj.original_code;
  newRecoed.unit = ration_glj.unit;
  newRecoed.specs = ration_glj.specs;
  newRecoed.from = ration_glj.from ? ration_glj.from : 'std';
  newRecoed.createType = ration_glj.createType ? ration_glj.createType : 'normal';
  newRecoed.shortName = ration_glj.shortName;
  newRecoed.billsItemID = ration_glj.billsItemID;
  newRecoed.type = ration_glj.type;
  newRecoed.model = ration_glj.model;
  newRecoed.repositoryId = ration_glj.repositoryId;
  newRecoed.projectGLJID = ration_glj.projectGLJID;
  newRecoed.adjCoe = ration_glj.adjCoe;
  return newRecoed
}

async function getInfoFromProjectGLJ(ration_glj, unitPriceFileId, ext) {
  let data = getGLJSearchInfo(ration_glj);
  try {
    let projectGljModel = new GLJListModel();
    let result = await projectGljModel.addList(data, unitPriceFileId, ext);
    let typeString = result.type + "";
    ration_glj.marketPrice = result.unit_price.market_price;
    ration_glj.adjustPrice = result.unit_price.base_price;
    ration_glj.basePrice = result.unit_price.base_price;
    ration_glj.projectGLJID = result.id;
    if (typeString.startsWith("2") || typeString == '4' || typeString == '5') { //只有材料类型才显示是否暂估
      ration_glj.isEstimate = result.is_evaluate;
    }
    if (result.hasOwnProperty('subList') && result.subList.length > 0) {
      ration_glj.subList = getMixRatioShowDatas(result.subList);
    }
    return [ration_glj, result];
  } catch (err) {
    logger.err(err);
    return null;
  }

}

function getMixRatioShowDatas(subList) {
  var temRationGLJs = [];
  for (let pg of subList) {
    var tem = {
      projectGLJID: pg.id,
      code: pg.code,
      name: pg.name,
      specs: pg.specs,
      unit: pg.unit,
      shortName: pg.unit_price.short_name,
      rationItemQuantity: pg.ratio_data.consumption,
      basePrice: pg.unit_price.base_price,
      marketPrice: pg.unit_price.market_price,
      adjustPrice: pg.adjust_price,
      isEstimate: pg.is_evaluate,
      isMixRatio: true,
      isAdd: pg.unit_price.is_add,
      GLJID: pg.glj_id
    }
    temRationGLJs.push(tem);
  }
  temRationGLJs = _.sortBy(temRationGLJs, 'code');
  return temRationGLJs;
}

function create_ration_glj(user_id, datas) {
  return function (callback) {
    let ration_glj_list = datas.ration_glj_list;
    var tasks = [];
    tasks.push(startingTask("get glj info"))
    for (let i = 0; i < ration_glj_list.length; i++) {
      ration_glj_list[i].ID = uuidV1();
      tasks.push(get_lib_glj_info(ration_glj_list[i]))
    }
    async_n.waterfall(tasks, (err, results) => {
      if (err) {
        callback(err, results)
      } else {
        let newRecords = [];
        let showDatas = [];
        for (let r of results.datas) {
          if (r) {
            newRecords.push(r.newRecode);
            showDatas.push(r.showData);
          }
        }
        if (newRecords.length > 0) {
          ration_glj.insertMany(newRecords, (err, doc) => {
            if (err) {
              callback(err, null);
            } else {
              let returndata = {
                updateTpye: commonConsts.UT_CREATE,
                moduleName: 'ration_glj',
                data: {
                  newRecords: newRecords,
                  showDatas: showDatas
                }
              }
              callback(null, returndata)
            }
          });
        } else {
          logger.info("can't find gljs")
          callback(null, null)
        }
      }
    })
  }

}

function update_ration_glj(user_id, datas) {
  if (datas.updateFunction) {
    return updateFunctionMap[datas.updateFunction](user_id, datas);
  } else {
    return normalUpdate(user_id, datas);
  }
}

function normalUpdate(user_id, datas) {
  return function (callback) {
    ration_glj.update(datas.query, datas.doc, (err, result) => {
      if (err) {
        callback(err, '');
      } else {
        let returndata = {
          moduleName: 'ration_glj',
          data: {
            updateTpye: commonConsts.UT_UPDATE,
            query: datas.query,
            doc: datas.doc
          }
        }
        callback(null, returndata)
      }
    })
  }
}

async function doCustomQuantityUpdate(datas) {
  let result = await ration_glj.findOneAndUpdate(datas.query, datas.doc);
  let cal_result = await glj_calculate_facade.calculateQuantity({
    projectID: datas.query.projectID,
    rationID: datas.query.rationID
  });
  cal_result.glj_result.forEach(function (item) {
    if (!item.doc.hasOwnProperty('customQuantity')) {
      item.doc.customQuantity = null;
    }
  });
  return cal_result;
}


function delete_ration_glj(user_id, datas) {
  return function (callback) {
    deleteByID(datas, callback);
    //callback(new Error("删除子数据失败！"),null)
    //这个方法已经不用，先注释，稳定后再删除
    /* if (datas.deleteType == "RATION") {
         deleteByRation(datas, callback);
     } else if (datas.deleteType == "BILL") {
         deleteByBill(user_id, datas, callback);
     } else {
         deleteByID(datas, callback);
     }*/
  }
}

function deleteByRation(datas, callback) {
  let data = datas.updateData;
  let tasks = [];
  tasks.push(deleteGLJList(data));
  tasks.push(ration_coe_facade.delete_ration_coe(data));
  tasks.push(quantity_detail_facade.deleteByRation(data));
  tasks.push(ration_installation_facade.deleteByRation(data));
  async_n.parallel(tasks, function (err, result) {
    commonCallback(callback, result, err)
  })
}

function deleteGLJList(data) {
  return function (callback) {
    ration_glj.deleteMany({
      projectID: data.projectID,
      rationID: data.ID
    }, (err, result) => {
      commonCallback(callback, result, err)
    });
  }
}


function deleteByBill(user_id, datas, callback) {
  let tasks = [];
  tasks.push(startingTask("deleteByBill"));
  tasks.push(getRationsByBill(datas));
  tasks.push(deleteRationsbyBill(user_id, datas));
  tasks.push(deleteByMultiRations(datas));
  async_n.waterfall(tasks, function (err, results) {
    if (err) {
      callback(err, '');
    } else {
      callback(null, results);
    }
  })
}


function deleteByID(datas, callback) {
  deleteAndUpdateState(datas).then(function (result) {
    if (result.err) {
      callback(result.err, '');
    } else {
      let returndata = {
        moduleName: 'ration_glj',
        data: {
          updateTpye: commonConsts.UT_DELETE,
          query: datas.query,
          adjustState: result.adjustState
        }
      }
      callback(null, returndata)
    }
  })
}
async function deleteGLJ(IDs) {
  await ration_glj.deleteMany({
    'ID': {
      $in: IDs
    }
  });
}

async function deleteAndUpdateState(datas) {
  let result = {
    err: null
  }
  try {
    await ration_glj.deleteOne(datas.query);
    let stateResult = await glj_calculate_facade.calculateQuantity({
      projectID: datas.query.projectID,
      rationID: datas.doc.rationID
    });
    result.adjustState = stateResult.adjustState;
  } catch (err) {
    result.err = err;
  }
  return result;
}

function startingTask(processName) {
  return function (asyncCallBack) {
    var result = {
      processName: processName,
      datas: []
    };
    asyncCallBack(null, result);
  };
}

function getRationsByBill(datas) {
  return function (results, callback) {
    ration.find({
      projectID: datas.updateData.projectID,
      billsItemID: datas.updateData.ID
    }, function (err, rations) {
      if (err) {
        callback(err, '')
      } else {
        results.rations = rations;
        callback(null, results)
      }
    })
  }
}

function deleteRationsbyBill(user_id, datas) {
  return function (results, callback) {
    let deleteInfo = {
      deleteInfo: {
        deleted: true,
        deleteDateTime: new Date(),
        deleteBy: user_id
      }
    };
    ration.update({
      projectID: datas.updateData.projectID,
      billsItemID: datas.updateData.ID
    }, deleteInfo, {
      multi: true
    }, (err, deleteresults) => {
      if (err) {
        callback(err, '');
      } else {
        callback(null, results);
      }
    });
  }
}


function deleteByMultiRations(datas) {
  return function (results, deleteCallBack) {
    var delete_tasks = [];
    var deleteOne = function (ration) {
      return function (callback) {
        ration_glj.deleteMany({
          projectID: ration.projectID,
          rationID: ration.ID
        }, function (err, result) {
          commonCallback(callback, result, err)
        });
      }
    }
    let rations = results.rations;
    for (let i = 0; i < rations.length; i++) {
      delete_tasks.push(deleteOne(rations[i]._doc));
      delete_tasks.push(ration_coe_facade.delete_ration_coe(rations[i]._doc));
      delete_tasks.push(quantity_detail_facade.deleteByRation(rations[i]._doc));
      delete_tasks.push(ration_installation_facade.deleteByRation(rations[i]._doc));
    }
    delete_tasks.push(quantity_detail_facade.deleteByBill(datas.updateData));
    async_n.parallel(delete_tasks, (err, results) => {
      if (err) {
        deleteCallBack(err, '')
      } else {
        deleteCallBack(null, results)
      }
    })
  }
}


/*
 function  deleteByRation(doc) {
 return function (callback){
 ration_glj.deleteMany({projectID: doc.updateData.projectID, rationID: doc.updateData.ID},callback);
 }
 }
 */

function save(user_id, datas, callback) {
  let operations = [];
  if (_.isArray(datas)) {
    for (let i = 0; i < datas.length; i++) {
      operations.push(operationMap[datas[i].updateType](user_id, datas[i]));
    }
  } else {
    operations.push(operationMap[datas.updateType](user_id, datas));
  }
  async_n.parallel(operations, function (err, results) {
    if (err) {
      callback(err, '');
    } else {
      if (results.length == 1) {
        callback(null, results[0])
      } else {
        callback(null, results)
      }
    }
  })
}

async function getLibInfo(req) {
  let gljLibId = null,
    engineerID, sessionCompilation = req.session.sessionCompilation;
  engineerID = req.params.engineerID;
  if (engineerID) {
    gljLibId = await getGLJLibByEngineerID(engineerID);
  } else {
    throw new Error("工程专业ID为空！");
  }

  let data = {
    userID: req.session.sessionUser.id,
    gljLibId: gljLibId,
    compilationId: sessionCompilation._id
  };
  return data;
}

async function getGLJLibByEngineerID(engineerID) {
  let engineeringLibModel = new EngineeringLibModel();
  let engineeringInfo = await engineeringLibModel.findDataByCondition({
    '_id': engineerID
  });
  let gljLibId = engineeringInfo.glj_lib.length > 0 && typeof engineeringInfo.glj_lib !== 'undefined' ? engineeringInfo.glj_lib[0].id : null;
  return gljLibId
}

// 获取人材机选择页面，可选的定额库-人材机库映射选项
async function getLibOptions(engineerID) {
  // 找到工程专业绑定的定额库，再获取这些定额库引用的人材机库
  const engineeringLibModel = new EngineeringLibModel();
  const engineeringInfo = await engineeringLibModel.findDataByCondition({
    _id: engineerID
  });
  const rationLibs = engineeringInfo.ration_lib;
  const rationLibIDs = rationLibs.map(lib => lib.id);
  const rationLibData = await stdRationLibModel.find({
    ID: {
      $in: rationLibIDs
    }
  }, 'ID gljLib').lean();
  const rst = [];
  rationLibs.forEach(lib => {
    rationLibData.forEach(stdLib => {
      if (+lib.id === +stdLib.ID) {
        lib.gljLibId = stdLib.gljLib;
        rst.push(lib);
      }
    });
  });
  return rst;
}

// 获取人材机选择库页面，可选的定额库为费用定额下，所有工程专业的定额库（需要去重）
async function getLibOptionsForCompilation(compilationId) {
  const compilation = await compilationModel.findOne({
    _id: mongoose.Types.ObjectId(compilationId)
  }, 'ration_valuation bill_valuation');
  const valuationIDs = [];
  if (compilation.ration_valuation[0] && compilation.ration_valuation[0].enable) {
    valuationIDs.push(compilation.ration_valuation[0].id);
  }
  if (compilation.bill_valuation[0] && compilation.bill_valuation[0].enable) {
    valuationIDs.push(compilation.bill_valuation[0].id);
  }
  const engineeringLibs = await engineeringModel.find({
    valuationID: {
      $in: valuationIDs
    },
    visible: true
  }, 'ration_lib');
  const rationLibs = [];
  const rationLibIDs = [];
  let hasDefalut = false;
  engineeringLibs.forEach(lib => {
    lib.ration_lib.forEach(rLib => {
      if (!rationLibIDs.includes(rLib.id)) {
        rationLibIDs.push(rLib.id);
        rationLibs.push({
          isDefault: hasDefalut ? false : rLib.isDefault,
          name: rLib.name,
          id: rLib.id
        });
        if (rLib.isDefault) {
          hasDefalut = true;
        }
      }
    });
  });
  const stdRationLibs = await stdRationLibModel.find({
    ID: {
      $in: rationLibIDs
    }
  }, 'ID gljLib').lean();
  rationLibs.forEach(lib => {
    stdRationLibs.forEach(stdLib => {
      if (+lib.id === +stdLib.ID) {
        lib.gljLibId = stdLib.gljLib;
      }
    });
  });
  return rationLibs;
}

function getGLJData(info, callback) {
  let gljDao = new GljDao();
  let datas = {};
  let gljDistTypeCache = stdgljutil.getStdGljTypeCacheObj().toArray();
  datas.distTypeTree = gljDistTypeCache;
  async_n.parallel([
    async function (cb) {
        try {
          datas.treeData = await gljDao.getMixedTree(info.gljLibId, info.userID, info.compilationId);
          cb(null);
        } catch (err) {
          cb(err);
        }
      },
      function (cb) {
        gljDao.getGljItems(info.gljLibId, info.userID, info.compilationId, {
          _id: 0
        }, function (err, data) {
          if (err) {
            cb(err);
          } else {
            datas.stdGLJ = data.stdGljs;
            datas.complementaryGLJs = data.complementaryGljs;
            cb(null);
          }
        });
      }
  ], function (err) {
    if (err) {
      callback(true, null);
    } else {
      callback(false, datas);
    }
  })

}

function getGLJSearchInfo(ration_glj) {
  let data = {
    glj_id: ration_glj.GLJID,
    project_id: ration_glj.projectID,
    code: ration_glj.code,
    original_code: ration_glj.original_code,
    name: ration_glj.name,
    //shortName: ration_glj.shortName,
    specs: ration_glj.specs ? ration_glj.specs : '',
    unit: ration_glj.unit ? ration_glj.unit : '',
    type: ration_glj.subType ? ration_glj.subType : ration_glj.type, //如果有subType，则是通过插入定额级的工料机进来的
    model: ration_glj.model,
    type_of_work: ration_glj.subType ? ration_glj.subType : ration_glj.type,
    base_price: ration_glj.basePrice,
    market_price: ration_glj.marketPrice,
    repositoryId: ration_glj.repositoryId,
    adjCoe: ration_glj.adjCoe,
    materialType: ration_glj.materialType,
    is_main_material: ration_glj.is_main_material ? ration_glj.is_main_material : 1,
    materialCoe: ration_glj.materialCoe,
    grossWeightCoe: ration_glj.grossWeightCoe,
    purchaseStorageRate: ration_glj.purchaseStorageRate,
    offSiteTransportLossRate: ration_glj.offSiteTransportLossRate,
    handlingLossRate: ration_glj.handlingLossRate,
    is_adjust_price: 0,
    is_evaluate: 0,
    is_eval_material: 0,
    from: ration_glj.from ? ration_glj.from : 'std' //std:标准工料机库, cpt:补充工料机库
  };
  let glj_type_object = glj_type_util.getStdGljTypeCacheObj();
  let type = glj_type_object.getItemById(data.type);
  data.shortName = type.shortName;

  if (data.from == 'cpt') { //从补充工料机来的数据即为新增数据
    data.is_add = 1;
  }
  return data;
}

async function prepareExtData(projectID, compilation) {
  let ext, unitFileId;
  let property = await projectDao.getProjectProperty(projectID);
  ext = projectDao.getExtendData(property, compilation);
  unitFileId = property.unitPriceFile !== undefined ? property.unitPriceFile.id : 0;
  return [unitFileId, ext];
}

function setPropertyFromStd(newGLJ, std_glj) {
  newGLJ.GLJID = std_glj.ID;
  newGLJ.name = std_glj.name;
  newGLJ.code = std_glj.code;
  newGLJ.original_code = std_glj.code;
  newGLJ.unit = std_glj.unit;
  newGLJ.specs = std_glj.specs;
  newGLJ.model = std_glj.model;
  newGLJ.basePrice = std_glj.basePrice;
  newGLJ.marketPrice = std_glj.basePrice;
  newGLJ.shortName = std_glj.shortName;
  newGLJ.type = std_glj.gljType;
  newGLJ.repositoryId = std_glj.repositoryId;
  newGLJ.adjCoe = std_glj.adjCoe;
  newGLJ.materialType = std_glj.materialType;
  newGLJ.materialCoe = std_glj.materialCoe;
  newGLJ.grossWeightCoe = std_glj.grossWeightCoe;
  newGLJ.purchaseStorageRate = std_glj.purchaseStorageRate;
  newGLJ.offSiteTransportLossRate = std_glj.offSiteTransportLossRate;
  newGLJ.handlingLossRate = std_glj.handlingLossRate;
  newGLJ.createType = 'normal';
}


async function addGLJ(rgList, compilation) {
  if (rgList.length <= 0) return {};
  let [newRecodes, projectGLJList] = await insertAddTypeGLJ(rgList, compilation);
  let stateResult = await glj_calculate_facade.calculateQuantity({
    projectID: rgList[0].projectID,
    rationID: rgList[0].rationID
  });
  let result = {
    newRecodes: newRecodes,
    projectGLJList: projectGLJList,
    showData: rgList,
    adjustState: stateResult.adjustState
  };
  return result;
}

async function insertAddTypeGLJ(rgList, compilation, needInsert = true) {
  let newRecodes = [],
    GLJMap = null;
  let projectGLJList = [];
  let [unitFileId, ext] = await prepareExtData(rgList[0].projectID, compilation);
  for (let g of rgList) {
    let projectGljModel = new GLJListModel();
    let result = await projectGljModel.addList(getGLJSearchInfo(g), unitFileId, ext);
    let typeString = result.type + '';
    g.marketPrice = result.unit_price.market_price;
    g.adjustPrice = result.unit_price.base_price;
    g.basePrice = result.unit_price.base_price;
    g.isAdd = result.unit_price.is_add;
    g.projectGLJID = result.id;
    if (typeString.startsWith("2") || typeString == '4' || typeString == '5') { //只有材料类型才显示是否暂估
      g.isEstimate = result.is_evaluate;
    }
    g.ID = uuidV1();
    if (result.subList && result.subList.length > 0) {
      g.subList = getMixRatioShowDatas(result.subList);
      //对于混凝土，砂浆，配合比，组成物还要插入定额工料机
      if (gljUtil.isConcreteType(g.type)) {
        if (GLJMap == null) {
          let oldGLJList = await ration_glj.find({
            'rationID': g.rationID
          });
          GLJMap = _.indexBy(oldGLJList, "projectGLJID");
        }
        addMixRatioToRationGLJ(g, result.subList, newRecodes, GLJMap);
      }
    }
    newRecodes.push(createNewRecord(g));
    projectGLJList.push(result);
  }
  //分摊那里调用时不用真的插入
  if (needInsert == true) await ration_glj.insertMany(newRecodes);
  return [newRecodes, projectGLJList];
}

async function deleteRationGLJ(data) {
  let deleteIDs = [data.ID];
  if (gljUtil.isConcreteType(data.type)) { //如果是混凝土、砂浆、配合比，还要删除没有被引用的组成物工料机
    let projectGljModel = new GLJListModel();
    let rationGLJList = await ration_glj.find({
      'rationID': data.rationID
    });
    let unitFileId = await commonFacade.getUnitPriceFileId(data.projectID);
    let projectGLJMap = {},
      referenceMap = {};
    let deleteMix = [];
    for (let r of rationGLJList) {
      projectGLJMap[r.projectGLJID] = r;
      if (gljUtil.isConcreteType(r.type)) {
        if (r.ID == data.ID) { //是要删除的工料机
          deleteMix = await projectGljModel.getCompositionGLJByData(r, unitFileId);
        } else {
          let comList = await projectGljModel.getCompositionGLJByData(r, unitFileId);
          for (let c of comList) {
            referenceMap[c.id] = c;
          }
        }
      }
    }
    for (let d of deleteMix) {
      //删除不属于其它的组成物并且定额消耗为0
      if (referenceMap[d.id]) continue;
      if (projectGLJMap[d.id] && (projectGLJMap[d.id].rationItemQuantity == '0' || projectGLJMap[d.id].rationItemQuantity == 0)) {
        deleteIDs.push(projectGLJMap[d.id].ID);
      }
    }
    await ration_glj.deleteMany({
      'ID': {
        "$in": deleteIDs
      }
    });
  } else {
    await ration_glj.deleteOne({
      ID: data.ID
    });
  }
  let calcResult = await glj_calculate_facade.calculateQuantity({
    projectID: data.projectID,
    rationID: data.rationID
  });
  calcResult.deleteList = deleteIDs;
  return calcResult;
}


function addMixRatioToRationGLJ(g, subList, newRecodes, GLJMap) {
  let newMap = {};
  for (let mr of subList) {
    //先查找该定额下是否已经有了工料机了，有就不用再插入了
    newMap[mr.id] = mr; //新增的定额工料机映射表
    if (GLJMap[mr.id] || _.find(newRecodes, {
        'projectGLJID': mr.id
      })) continue;
    //没有的情况下，生成一条定额工料机计录
    let newMr = {
      projectID: g.projectID,
      GLJID: mr.glj_id,
      rationID: g.rationID,
      rationItemQuantity: 0,
      quantity: 0,
      name: mr.name,
      code: mr.code,
      original_code: mr.original_code,
      unit: mr.unit,
      specs: mr.specs,
      from: mr.from,
      createType: 'add',
      shortName: mr.unit_price.short_name,
      billsItemID: g.billsItemID,
      type: mr.type,
      model: mr.model,
      repositoryId: g.repositoryId,
      projectGLJID: mr.id,
      adjCoe: mr.adjCoe
    };
    newMr.ID = uuidV1();
    newRecodes.push(newMr);
  }
  return newMap;
}

async function replaceGLJByData(data, compilation, needUpdate = true, rationGLJList) {
  let projectGljModel = new GLJListModel(),
    newRecodes = [],
    deleteList = [];
  let [unitFileId, ext] = await prepareExtData(data.projectID, compilation);
  let result = await projectGljModel.addList(getGLJSearchInfo(data), unitFileId, ext);
  data.projectGLJID = result.id;
  if (data.toCommercial == true) { //从混凝土改成商品混凝土，
    let [contype, newR] = await concreteTypeToCommercial(data, needUpdate);
    newRecodes.push(newR);
    data = contype;
  } else {
    let [newList, tdelList] = await replaceMixRatio(data, result, unitFileId, needUpdate, rationGLJList);
    newRecodes = newList;
    deleteList = tdelList;
    if (needUpdate == true) await ration_glj.findOneAndUpdate({
      ID: data.ID,
      projectID: data.projectID
    }, data); //更新定额工料机
  }

  return {
    data: data,
    newRecodes: newRecodes,
    deleteList: deleteList,
    projectGLJ: result
  };
}


async function concreteTypeToCommercial(data, needUpdate) {
  //旧的自定义消耗量改为0
  let contype = null;
  if (needUpdate == true) {
    contype = await ration_glj.findOneAndUpdate({
      ID: data.originalID
    }, {
      customQuantity: '0'
    });
  } else {
    contype = {
      customQuantity: '0'
    }
  }
  //因为商品混凝土是没有组成物的，所以不用考虑组成物的情况
  let new_glj = createComercialConcreteData(data);
  if (needUpdate == true) await ration_glj.create(new_glj);
  return [contype, new_glj];
}

function createComercialConcreteData(data) {
  data.ID = uuidV1();
  return createNewRecord(data);
}


async function replaceMixRatio(g, result, unitFileId, needUpdate, trationGLJList) {
  let newRecodes = [],
    deleteList = [];
  if (gljUtil.isConcreteType(g.type) || gljUtil.isCommercialConcreteType(g.type)) { //混凝土大类，商品混凝土属于相同大类，替换前和替换后只判断一个就好了
    let IDMap = {},
      projectGLJMap = {},
      referenceMap = {},
      concreteList = [],
      newMap = {};
    let projectGljModel = new GLJListModel();
    let rationGLJList = trationGLJList ? trationGLJList : await ration_glj.find({
      'rationID': g.rationID
    });
    for (let r of rationGLJList) {
      IDMap[r.ID] = r;
      projectGLJMap[r.projectGLJID] = r;
      if (gljUtil.isConcreteType(r.type) && r.ID != g.ID) concreteList.push(r) //除了本身，记录一下其它混凝土类型
    }
    if (result.subList && result.subList.length > 0) {
      newMap = addMixRatioToRationGLJ(g, result.subList, newRecodes, projectGLJMap); //先生成要添加的工料机
    }
    let oldMixList = await projectGljModel.getCompositionGLJByData(IDMap[g.ID], unitFileId);
    for (let c of concreteList) { //找出要删除的子定额工料机（没人引用，并且定额消耗量为0）
      let temList = await projectGljModel.getCompositionGLJByData(c, unitFileId);
      for (let t of temList) {
        referenceMap[t.id] = t;
      }
    }
    for (let o of oldMixList) {
      if (newMap[o.id] || referenceMap[o.id]) continue; //如果两个地方有一个存在，那么就不用删除
      //没有被其它地方引用并且定额消耗量为0，就删除对应的定额工料机
      if (projectGLJMap[o.id] && (projectGLJMap[o.id].rationItemQuantity == '0' || projectGLJMap[o.id].rationItemQuantity == 0)) deleteList.push(projectGLJMap[o.id].ID)
    }
  }

  if (deleteList.length > 0 && needUpdate == true) await ration_glj.deleteMany({
    'ID': {
      "$in": deleteList
    }
  }); //删除定额工料机
  if (newRecodes.length > 0 && needUpdate == true) await ration_glj.insertMany(newRecodes);
  return [newRecodes, deleteList]
}

async function replaceGLJ(data, compilation) {
  let rdata = {};
  let r_result = await replaceGLJByData(data, compilation);
  data = r_result.data;
  let stateResult = await glj_calculate_facade.calculateQuantity({
    projectID: data.projectID,
    rationID: data.rationID
  }, null, true);
  rdata.data = data;
  rdata.projectGLJ = r_result.projectGLJ;
  rdata.adjustState = stateResult.adjustState;
  rdata.name = stateResult.rationName;
  rdata.newRecodes = r_result.newRecodes;
  rdata.deleteList = r_result.deleteList;
  rdata.glj_result = stateResult.glj_result;
  return rdata;
}

async function replaceMixRatioForMReplace(tasks, result, unitFileId) {
  let allNewRecodes = [],
    allDeleteList = [];
  for (let t of tasks) { //要新增一条商品混凝土
    if (t.insertOne) {
      t.insertOne.document.projectGLJID = result.id;
      t.insertOne.document = createComercialConcreteData(t.insertOne.document);
      allNewRecodes.push(t.insertOne.document);
    } else if (t.updateOne && t.updateOne.update.isConcrete == true) { //过滤掉只更新自定义消耗量的task
      let tem = _.cloneDeep(t.updateOne.update);
      tem.ID = t.updateOne.filter.ID;
      tem.rationID = t.updateOne.filter.rationID;
      delete t.updateOne.filter.rationID;
      delete t.updateOne.update.isConcrete;
      let [newRecodes, deleteList] = await replaceMixRatio(tem, result, unitFileId);
      allNewRecodes = allNewRecodes.concat(newRecodes);
      allDeleteList = allDeleteList.concat(deleteList);
    }
  }
  return {
    newRecodes: allNewRecodes,
    deleteList: allDeleteList
  }
}

async function mReplaceGLJ(data, compilation) {
  let mresult = {},
    mixResult = null,
    noNeedCal = true;
  let projectGljModel = new GLJListModel();
  let [unitFileId, ext] = await prepareExtData(data.doc.projectID, compilation);
  //
  let result = await projectGljModel.addList(getGLJSearchInfo(data.doc), unitFileId, ext);
  let typeString = result.type + '';
  let newDoc = {};
  newDoc.projectGLJID = result.id;
  let rationList = []; //await ration_glj.distinct('rationID', data.query);
  for (let t of data.tasks) {
    if (t.updateOne) {
      rationList.push(t.updateOne.filter.rationID);
      if (t.updateOne.update.code) t.updateOne.update.projectGLJID = result.id; //如果是不是只修改自定义消耗的task，更新项目工料机ID
    }
  }
  if (gljUtil.isConcreteType(result.unit_price.type) || gljUtil.isCommercialConcreteType(result.unit_price.type)) {
    mixResult = await replaceMixRatioForMReplace(data.tasks, result, unitFileId);
    noNeedCal = null;
  }
  await ration_glj.bulkWrite(data.tasks);

  let [stateList, glj_result] = await changAdjustState(data, rationList, noNeedCal);
  data.doc = newDoc;
  mresult.data = data;
  mresult.stateList = stateList;
  mresult.newRecodes = mixResult ? mixResult.newRecodes : [];
  mresult.deleteList = mixResult ? mixResult.deleteList : [];
  mresult.glj_result = glj_result;
  mresult.projectGLJ = result;
  return mresult
}

async function updateRationGLJByEdit(data) {
  var doc = data.doc;
  var result;
  if (doc.hasOwnProperty('customQuantity')) {
    result = await doCustomQuantityUpdate(data)
  } else {
    result = await doRationGLJUpdate(data);
  }
  return result;
}

async function updateRationGLJFromDoc(rg, doc, priceInfo) {
  let gljListModel = new GLJListModel();
  let projectGLJ = getGLJSearchInfo(rg);
  for (let key in doc) {
    projectGLJ[key] = doc[key]
  }
  projectGLJ.base_price = priceInfo.base_price;
  projectGLJ.market_price = priceInfo.market_price;
  let projcetGLJ_n = await gljListModel.modifyGLJ(projectGLJ, rg);
  doc.code = projcetGLJ_n.code;
  doc.projectGLJID = projcetGLJ_n.id;
  if (projcetGLJ_n.unit_price.is_add == 1) {
    doc.createType = 'replace';
    doc.rcode = projcetGLJ_n.original_code;
  } else {
    doc.createType = 'normal';
    doc.rcode = '';
  }
  await ration_glj.findOneAndUpdate({
    ID: rg.ID
  }, doc);
  return [projcetGLJ_n, doc]
}


async function doRationGLJUpdate(data) {
  let resutl = {};
  let priceInfo = data.priceInfo;
  let rg = await ration_glj.findOne(data.query);
  let [projcetGLJ_n, doc] = await updateRationGLJFromDoc(rg, data.doc, priceInfo);
  //取价格
  let gljListModel = new GLJListModel();
  gljListModel.getGLJPrice(projcetGLJ_n);
  doc.basePrice = projcetGLJ_n.unit_price.base_price;
  doc.marketPrice = projcetGLJ_n.unit_price.market_price;
  doc.adjustPrice = projcetGLJ_n.adjust_price;
  doc.isAdd = projcetGLJ_n.unit_price.is_add;
  resutl.doc = doc;
  let stateResult = await glj_calculate_facade.calculateQuantity({
    projectID: data.query.projectID,
    rationID: data.query.rationID
  }, null, true);
  resutl.adjustState = stateResult.adjustState;
  resutl.name = stateResult.rationName;
  return resutl;
}

async function updateProportion(proportionList, projectID, rationID) {
  const bulks = proportionList.map(item => {
    return {
      updateOne: {
        filter: {
          ID: item.ID
        },
        update: {
          $set: {
            adjustProportion: item.adjustProportion
          }
        }
      }
    }
  });
  if (bulks.length) {
    await ration_glj.bulkWrite(bulks);
  }
  const calcRst = await glj_calculate_facade.calculateQuantity({
    projectID,
    rationID
  }, null, true);
  const rationGLJ = {
    quantityRefresh: true,
    glj_result: calcRst.glj_result
  };
  const ration = {
    ID: calcRst.rationID,
    adjustState: calcRst.adjustState,
    name: calcRst.rationName
  };
  return {
    ration_glj: rationGLJ,
    ration,
    add: [],
    delete: [],
    replace: []
  };
}

async function getGLJClass(info, data) {
  let result = {
    exist: false
  }
  //检查补充工料机中是否已经存在一样的记录了
  let condition = {
    userId: info.userID,
    compilationId: info.compilationId,
    code: data.code,
    name: data.name,
    unit: data.unit,
    gljType: data.type,
    basePrice: data.basePrice
  }
  if (data.specs != null && data.specs != undefined && data.specs != '') {
    condition['specs'] = data.specs;
  }
  let glj = await complementaryGljModel.find(condition);
  if (glj.length > 0) { //如果已存在就直接返回，不用再新增了
    result.exist = true;
    return result
  }
  //查找工料机类型树
  let items = await compleClassModel.find({
    userId: info.userID,
    compilationId: info.compilationId
  });
  result.items = items;
  return result;
}

async function insertGLJAsRation(data, compilation) {
  let gljList = data.gljList;
  if (data.hasOwnProperty("selectedSerialNo")) { //如果需要，更新序列号。
    let query = {
      projectID: data.projectID,
      billsItemID: data.billsItemID,
      serialNo: {
        $gt: data.selectedSerialNo
      }
    }
    await ration.update(query, {
      $inc: {
        serialNo: gljList.length
      }
    }, {
      multi: true
    });
  }
  let [unitFileId, ext] = await prepareExtData(data.projectID, compilation);
  for (let glj of gljList) {
    let p_glj = getGLJSearchInfo(glj);
    let projectGljModel = new GLJListModel();
    let result = await projectGljModel.addList(p_glj, unitFileId, ext); //逐条添加到项目工料机
    let typeString = result.type + '';
    glj.marketPrice = result.unit_price.market_price;
    glj.adjustPrice = result.unit_price.base_price;
    glj.basePrice = result.unit_price.base_price;
    glj.isAdd = result.unit_price.is_add;
    glj.projectGLJID = result.id;
    if (typeString.startsWith("2") || typeString == '4' || typeString == '5') { //只有材料类型才显示是否暂估
      glj.isEstimate = result.is_evaluate;
    }
  }
  await ration.insertMany(gljList);
  return gljList;
}

async function getRationTypeGLJQuantity(projectID) {
  let rations = await ration.find({
    'projectID': projectID,
    'type': 3,
    'deleteInfo': null
  }, ['ID', 'projectGLJID', 'quantity']);
  return rations;
}

async function changAdjustState(data, rationList, noNeedCal) {
  let stateList = [],
    glj_result = [];
  for (let r of rationList) {
    let stateResult = await glj_calculate_facade.calculateQuantity({
      projectID: data.query.projectID,
      rationID: r
    }, noNeedCal, true);
    if (stateResult) {
      stateList.push({
        rationID: r,
        adjustState: stateResult.adjustState,
        name: stateResult.rationName
      });
      glj_result = glj_result.concat(stateResult.glj_result)
    }
  }
  return [stateList, glj_result];
}

async function getGLJDataByCodes(data, compilation) {
  let gljLibId = await getGLJLibByEngineerID(data.engineerID);
  let gljDatas = [];
  if (gljLibId) {
    let stdList = await std_glj_lib_gljList_model.find({
      'repositoryId': gljLibId,
      code: {
        '$in': data.codes
      }
    });
    if (stdList.length > 0) {
      let property = await projectDao.getProjectProperty(data.projectID);
      let ext = projectDao.getExtendData(property, compilation); //多单价处理
      for (let s of stdList) {
        let tem = JSON.parse(JSON.stringify(s));
        if (ext && ext.priceField && tem && tem.priceProperty) {
          tem.basePrice = tem.priceProperty[ext.priceField];
        }
        gljDatas.push(tem);

      }
    }
  }
  return gljDatas
}


async function testError() {
  throw new Error('test Error');
}

function getData(projectID, callback, isReport) {
  function findRation(rations, ID) {
    let ration = rations.find(function getElement(element) {
      return element.ID == ID;
    });
    return ration && ration._doc;
  };
  ration_glj.find({
    'projectID': projectID
  }, (err, datas) => {
    if (err) {
      callback(1, '', null);
    } else {
      if (isReport) { // 调价中间件机制
        ration.find({
            'projectID': projectID
          }, ['ID', 'code', 'name', 'quantityCoe', 'quantity', 'rationQuantityCoe'],
          function cbData(err, rations) {
            if (!err) {
              for (let i = 0; i < datas.length; i++) {
                let glj = datas[i]._doc;
                let ration = findRation(rations, glj.rationID);
                let coe = 1;
                if (ration && ration.quantityCoe) {
                  if ([gljType.LABOUR].includes(glj.type)) {
                    if (ration.quantityCoe._doc.labour)
                      coe = ration.quantityCoe._doc.labour;
                  } else if (
                    [gljType.GENERAL_MATERIAL,
                      gljType.CONCRETE,
                      gljType.MORTAR,
                      gljType.MIX_RATIO,
                      gljType.COMMERCIAL_CONCRETE,
                      gljType.COMMERCIAL_MORTAR,
                      gljType.OTHER_MATERIAL
                    ].includes(glj.type)) {
                    if (ration.quantityCoe._doc.material)
                      coe = ration.quantityCoe._doc.material;
                  } else if ([gljType.GENERAL_MACHINE,
                      gljType.MACHINE_COMPOSITION,
                      gljType.MACHINE_LABOUR
                    ].includes(glj.type)) {
                    if (ration.quantityCoe._doc.machine)
                      coe = ration.quantityCoe._doc.machine;
                  } else if ([gljType.MAIN_MATERIAL].includes(glj.type)) {
                    if (ration.quantityCoe._doc.main)
                      coe = ration.quantityCoe._doc.main;
                  } else if ([gljType.EQUIPMENT].includes(glj.type)) {
                    if (ration.quantityCoe._doc.equipment)
                      coe = ration.quantityCoe._doc.equipment;
                  };

                };
                if ((!coe) || (coe == '0')) coe = 1;
                glj.quantity = glj.quantity * coe;
              }
            }
          });
      };
      callback(0, consts.projectConst.RATION_GLJ, datas);
    }
  })
}

function commonCallback(callback, result, err) {
  if (err) {
    callback(err, '');
  } else {
    callback(null, result);
  }
}