当我使用消息选择PREVISION nhibernate退出执行的集合时： 我不知道是否有infinte循环或其他任何东西。 我的电脑迷开始变得如此迅速和热身。
作为PREVISION表空的通知，每次都没问题。 我正在使用ORacle 10g
我需要你的解决方案。
The thread '<No Name>' (0x570) has exited with code 0 (0x0).
The thread '<No Name>' (0x1200) has exited with code 0 (0x0).
The thread '<No Name>' (0xb68) has exited with code 0 (0x0).
The thread '<No Name>' (0x10b0) has exited with code 0 (0x0).
The thread '<No Name>' (0xc84) has exited with code 0 (0x0).
The thread '<No Name>' (0x1004) has exited with code 0 (0x0).
The thread '<No Name>' (0x604) has exited with code 0 (0x0).
The thread '<No Name>' (0xbb4) has exited with code 0 (0x0).
//code:
using Iesi.Collections.Generic;
using System.Text;
using System;
namespace Sample.FluentNHibernate.Domain.Objects
{
public class PREVISION
{
public PREVISION() { }
public virtual long ID_PREVISION { get; set; }
public virtual REVISION_PROGRAMME REVISION_PROGRAMME { get; set; }
public virtual ORGANISATION ORGANISATION { get; set; }
public virtual BARRAGE BARRAGE { get; set; }
public virtual PROGRAMME_PREVISIONNEL PROGRAMME_PREVISIONNEL { get; set; }
public virtual long BAR_ID_ORGANISATION { get; set; }
public virtual long MOIS_PREVISION { get; set; }
public virtual int ID_BAR { get; set; }
public virtual float HAUT { get; set; }
public virtual float VOL { get; set; }
public virtual float CONTRAINTE { get; set; }
public virtual float RESERVE { get; set; }
public virtual float FREQUENCE { get; set; }
public virtual long ANNEE_TYPE { get; set; }
public virtual float VALEUR_MIN { get; set; }
public virtual float EVAPORATION { get; set; }
public virtual float FUITES { get; set; }
public virtual float AEP { get; set; }
public virtual float IRRIGATION { get; set; }
public virtual float AUTRES { get; set; }
public virtual float DVTE { get; set; }
public virtual float DATATION_AEP { get; set; }
public virtual float DATATION_IRRIG { get; set; }
public virtual float VALEUR_FREQUENCE { get; set; }
public virtual float VALEUR_ANNEE_TYPE { get; set; }
public virtual long ANNEE_MIN { get; set; }
public virtual long TE { get; set; }
public override bool Equals(object obj)
{
if (obj == null)
return false;
var t = obj as PREVISION;
if (t == null)
return false;
if (this.ID_PREVISION == t.ID_PREVISION
&& this.REVISION_PROGRAMME.ID_REVISION_PROGRAMME ==
t.REVISION_PROGRAMME.ID_REVISION_PROGRAMME)
return true;
return false;
}
public override int GetHashCode()
{
return (this.ID_PREVISION + "|" + this.REVISION_PROGRAMME.ID_REVISION_PROGRAMME
).GetHashCode();
}
}
}
//
using Iesi.Collections.Generic;
using System.Text;
using System;
namespace Sample.FluentNHibernate.Domain.Objects
{
public class REVISION_PROGRAMME
{
public REVISION_PROGRAMME()
{
PREVISIONS = new HashedSet<PREVISION>();
}
public virtual long ID_REVISION_PROGRAMME { get; set; }
public virtual ORGANISATION ORGANISATION { get; set; }
public virtual PROGRAMME_PREVISIONNEL PROGRAMME_PREVISIONNEL { get; set; }
public virtual ISet<PREVISION> PREVISIONS { get; set; }
public virtual DateTime DATE_REVISION { get; set; }
public override bool Equals(object obj)
{
if (obj == null)
return false;
var t = obj as REVISION_PROGRAMME;
if (t == null)
return false;
if (this.ID_REVISION_PROGRAMME == t.ID_REVISION_PROGRAMME
&& this.PROGRAMME_PREVISIONNEL.ID_PROGRAMME ==
t.PROGRAMME_PREVISIONNEL.ID_PROGRAMME)
return true;
return false;
}
public override int GetHashCode()
{
return (this.ID_REVISION_PROGRAMME + "|" +
this.PROGRAMME_PREVISIONNEL.ID_PROGRAMME).GetHashCode();
}
}
}
//
using Iesi.Collections.Generic;
using System.Text;
using System;
namespace Sample.FluentNHibernate.Domain.Objects
{
public class PROGRAMME_PREVISIONNEL
{
public PROGRAMME_PREVISIONNEL()
{
FREQUENCE_APPORTS = new HashedSet<FREQUENCE_APPORT>();
REVISION_PROGRAMMES = new HashedSet<REVISION_PROGRAMME>();
}
public virtual int ID_PROGRAMME { get; set; }
public virtual ORGANISATION ORGANISATION { get; set; }
public virtual BARRAGE BARRAGE { get; set; }
public virtual SYSTEME_HYDRAULIQUE SYSTEME_HYDRAULIQUE { get; set; }
public virtual ISet<FREQUENCE_APPORT> FREQUENCE_APPORTS { get; set; }
public virtual ISet<REVISION_PROGRAMME> REVISION_PROGRAMMES { get; set; }
public virtual long? ID_BAR { get; set; }
public virtual long? ID_SYSTEME_HYDRAULIQUE { get; set; }
public virtual long BAR_ID_ORGANISATION { get; set; }
public virtual DateTime DATE_PROGRAMME { get; set; }
public virtual long SYS_ID_ORGANISATION { get; set; }
public virtual long TYPE_DATA { get; set; }
public override bool Equals(object obj)
{
if (obj == null)
return false;
var t = obj as PROGRAMME_PREVISIONNEL;
if (t == null)
return false;
if (this.ID_PROGRAMME == t.ID_PROGRAMME && this.ORGANISATION.Id ==
t.ORGANISATION.Id)
return true;
return false;
}
public override int GetHashCode()
{
return (this.ID_PROGRAMME + "|" + this.ORGANISATION.Id).GetHashCode();
}
}
}
//
using System;
using System.Collections.Generic;
using System.Text;
using FluentNHibernate.Mapping;
using Sample.FluentNHibernate.Domain.Objects;
namespace Sample.FluentNHibernate.Domain.Mappings
{
public class PREVISIONMap : ClassMap<PREVISION>
{
public PREVISIONMap()
{
Table("PREVISION");
LazyLoad();
CompositeId()
.KeyProperty(x => x.ID_PREVISION, "ID_PREVISION")
//.KeyReference(x => x.PROGRAMME_PREVISIONNEL, "ID_PROGRAMME",
"ID_ORGANISATION");
.KeyReference(x => x.REVISION_PROGRAMME, "ID_REVISION_PROGRAMME",
"ID_PROGRAMME", "ID_ORGANISATION");
Id(x =>
x.ID_PREVISION).GeneratedBy.Sequence("S_PREVISION").Column("ID_PREVISION");
//References(x => x.REVISION_PROGRAMME).Columns("ID_REVISION_PROGRAMME",
"ID_PROGRAMME", "ID_ORGANISATION").Not.Insert().Not.Update();
References(x => x.PROGRAMME_PREVISIONNEL).Columns("ID_PROGRAMME",
"ID_ORGANISATION").Not.Insert().Not.Update();
References(x => x.BARRAGE).Columns("ID_BAR",
"ID_ORGANISATION").Not.Insert().Not.Update();
References(x =>
x.ORGANISATION).Column("ID_ORGANISATION").Not.Insert().Not.Update();
Map(x => x.BAR_ID_ORGANISATION).Column("BAR_ID_ORGANISATION");
Map(x => x.MOIS_PREVISION).Column("MOIS_PREVISION");
Map(x => x.ID_BAR).Column("ID_BAR");
Map(x => x.HAUT).Column("HAUT");
Map(x => x.VOL).Column("VOL");
Map(x => x.CONTRAINTE).Column("CONTRAINTE");
Map(x => x.RESERVE).Column("RESERVE");
Map(x => x.FREQUENCE).Column("FREQUENCE");
Map(x => x.ANNEE_TYPE).Column("ANNEE_TYPE");
Map(x => x.VALEUR_MIN).Column("VALEUR_MIN");
Map(x => x.EVAPORATION).Column("EVAPORATION");
Map(x => x.FUITES).Column("FUITES");
Map(x => x.AEP).Column("AEP");
Map(x => x.IRRIGATION).Column("IRRIGATION");
Map(x => x.AUTRES).Column("AUTRES");
Map(x => x.DVTE).Column("DVTE");
Map(x => x.DATATION_AEP).Column("DATATION_AEP");
Map(x => x.DATATION_IRRIG).Column("DATATION_IRRIG");
Map(x => x.VALEUR_FREQUENCE).Column("VALEUR_FREQUENCE");
Map(x => x.VALEUR_ANNEE_TYPE).Column("VALEUR_ANNEE_TYPE");
Map(x => x.ANNEE_MIN).Column("ANNEE_MIN");
Map(x => x.TE).Column("TE");
}
}
}
//
using System;
using System.Collections.Generic;
using System.Text;
using FluentNHibernate.Mapping;
using Sample.FluentNHibernate.Domain.Objects;
namespace Sample.FluentNHibernate.Domain.Mappings
{
public class REVISION_PROGRAMMEMap : ClassMap<REVISION_PROGRAMME>
{
public REVISION_PROGRAMMEMap()
{
Table("REVISION_PROGRAMME");
LazyLoad();
CompositeId()
.KeyProperty(x => x.ID_REVISION_PROGRAMME, "ID_REVISION_PROGRAMME")
.KeyReference(x => x.PROGRAMME_PREVISIONNEL, "ID_PROGRAMME",
"ID_ORGANISATION");
Id(x =>
x.ID_REVISION_PROGRAMME).GeneratedBy.Sequence("S_REVISION_PROGRAMME")
.Column("ID_REVISION_PROGRAMME");
References(x =>
x.ORGANISATION).Column("ID_ORGANISATION").Not.Insert().Not.Update();
Map(x => x.DATE_REVISION).Column("DATE_REVISION");
HasMany(x => x.PREVISIONS)
.KeyColumns.Add("ID_REVISION_PROGRAMME", "ID_PROGRAMME", "ID_ORGANISATION")
.Inverse()
.Cascade.Delete();
}
}
}
//
using System;
using System.Collections.Generic;
using System.Text;
using FluentNHibernate.Mapping;
using Sample.FluentNHibernate.Domain.Objects;
namespace Sample.FluentNHibernate.Domain.Mappings
{
public class PROGRAMME_PREVISIONNELMap : ClassMap<PROGRAMME_PREVISIONNEL>
{
public PROGRAMME_PREVISIONNELMap()
{
Table("PROGRAMME_PREVISIONNEL");
LazyLoad();
CompositeId()
.KeyProperty(x => x.ID_PROGRAMME, "ID_PROGRAMME")
.KeyReference(x => x.ORGANISATION, "ID_ORGANISATION");
Id(x =>
x.ID_PROGRAMME).GeneratedBy.Sequence("S_PROGRAMME_PREVISIONNEL")
.Column("ID_PROGRAMME");
References(x => x.BARRAGE).Columns("ID_BAR",
"ID_ORGANISATION").Not.Insert().Not.Update();
References(x => x.SYSTEME_HYDRAULIQUE).Columns("ID_SYSTEME_HYDRAULIQUE",
"ID_ORGANISATION").Not.Insert().Not.Update();
Map(x => x.BAR_ID_ORGANISATION).Column("BAR_ID_ORGANISATION");
Map(x => x.ID_BAR).Column("ID_BAR");
Map(x => x.ID_SYSTEME_HYDRAULIQUE).Column("ID_SYSTEME_HYDRAULIQUE");
Map(x => x.DATE_PROGRAMME).Column("DATE_PROGRAMME");
Map(x => x.SYS_ID_ORGANISATION).Column("SYS_ID_ORGANISATION");
Map(x => x.TYPE_DATA).Column("TYPE_DATA");
HasMany(x => x.FREQUENCE_APPORTS)
.KeyColumns.Add("ID_PROGRAMME", "ID_ORGANISATION")
.Inverse()
.Cascade.Delete();
HasMany(x => x.REVISION_PROGRAMMES)
.KeyColumns.Add("ID_PROGRAMME", "ID_ORGANISATION")
.Inverse()
.Cascade.Delete();
}
}
}
//code to retrive the collection PREVISION
IList<PREVISION> previsions =
repositoryPrev.RetrieveListByFourColumn("ORGANISATION.Id", id_org,
"PROGRAMME_PREVISIONNEL.ID_PROGRAMME", id_prog,
"REVISION_PROGRAMME.ID_REVISION_PROGRAMME", revisions.ID_REVISION_PROGRAMME,
"BARRAGE.Id", id_bar);
//the main method
public JsonResult getAllPara(int id_org, int id_bar, int id_prog, int id_rev)
{
List<string[]> listeval = new List<string[]>();
string[,] matrixStr = new string[24, 1];
string[,] matrix = new string[24, 14];
for (int i = 0; i < 24; i++)
{
for (int j = 0; j < 14; j++)
{
matrix[i, j] = "";
}
}
// revisions
FNHSessionManager<REVISION_PROGRAMME> sessionManagerRev = new
FNHSessionManager<REVISION_PROGRAMME>
(FNHSessionManager<REVISION_PROGRAMME>.DatabaseType.Oracle);
FNHRepository<REVISION_PROGRAMME> repositoryRev = new
FNHRepository<REVISION_PROGRAMME>(sessionManagerRev);
REVISION_PROGRAMME revisions =
repositoryRev.RetrieveByTreeColumn("PROGRAMME_PREVISIONNEL.ID_PROGRAMME", id_prog,
"ID_REVISION_PROGRAMME", (long)id_rev, "ORGANISATION.Id", id_org);
// previsions
FNHSessionManager<PREVISION> sessionManagerPrev = new
FNHSessionManager<PREVISION>(FNHSessionManager<PREVISION>.DatabaseType.Oracle);
FNHRepository<PREVISION> repositoryPrev = new FNHRepository<PREVISION>
(sessionManagerPrev);
// retenue
int id_retenue;
FNHSessionManager<object> sessionManager1 = new FNHSessionManager<object>
(FNHSessionManager<object>.DatabaseType.Oracle);
NHibernate.ISession session = sessionManager1.Session;
var sql = "select id_retenue from retenue where ID_BAR = " + id_bar + " and
ID_ORGANISATION = " + id_org;
if (session.CreateSQLQuery(sql).UniqueResult() == null)
{ id_retenue = -1; }
else
{ id_retenue = Convert.ToInt32(session.CreateSQLQuery(sql).UniqueResult()); }
FNHSessionManager<RETENUE_AB> sessionManagerRet = new
FNHSessionManager<RETENUE_AB>(FNHSessionManager<RETENUE_AB>.DatabaseType.Oracle);
FNHRepository<RETENUE_AB> repositoryRSet = new FNHRepository<RETENUE_AB>
(sessionManagerRet);
RETENUE_AB retenue = new RETENUE_AB();
if (id_retenue != -1)
{
retenue = repositoryRSet.RetrieveListByTreeColumn("ORGANISATION.Id", id_org,
"BARRAGE.Id", id_bar, "Id", id_retenue).First();
}
else retenue = null;
if (revisions != null)
{
IList<PREVISION> previsions =
repositoryPrev.RetrieveListByFourColumn("ORGANISATION.Id", id_org,
"PROGRAMME_PREVISIONNEL.ID_PROGRAMME", id_prog,
"REVISION_PROGRAMME.ID_REVISION_PROGRAMME", revisions.ID_REVISION_PROGRAMME,
"BARRAGE.Id", id_bar);
DateTime date = revisions.DATE_REVISION;
int mois_rev = date.Month;
if (mois_rev > 9)
{
column = mois_rev - 9 + 1;
}
else if (mois_rev < 9)
{
column = mois_rev + 4;
}
else { column = 1; }
if (retenue != null)
{
date_proche_bath = get_date_bath_proche(retenue.Id, id_org, date);
foreach (var item in previsions)
{
long mois = item.MOIS_PREVISION;
switch (mois)
{
case 01:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 5,
id_org, id_bar, date_proche_bath, mois);
break;
case 02:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 6,
id_org, id_bar, date_proche_bath, mois);
break;
case 03:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 7,
id_org, id_bar, date_proche_bath, mois);
break;
case 04:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 8,
id_org, id_bar, date_proche_bath, mois);
break;
case 05:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 9,
id_org, id_bar, date_proche_bath, mois);
break;
case 06:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 10,
id_org, id_bar, date_proche_bath, mois);
break;
case 07:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 11,
id_org, id_bar, date_proche_bath, mois);
break;
case 08:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 12,
id_org, id_bar, date_proche_bath, mois);
break;
case 09:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 1,
id_org, id_bar, date_proche_bath, mois);
break;
case 10:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 2,
id_org, id_bar, date_proche_bath, mois);
break;
case 11:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 3,
id_org, id_bar, date_proche_bath, mois);
break;
case 12:
matrix = MethodeStatistiqueCalcul.remplirCol(item, 4,
id_org, id_bar, date_proche_bath, mois);
break;
default:
matrix = null;
break;
}
}
}
}
// test
FNHSessionManager<COURBE_ALERTE> sessionManager = new
FNHSessionManager<COURBE_ALERTE>
(FNHSessionManager<COURBE_ALERTE>.DatabaseType.Oracle);
FNHRepository<COURBE_ALERTE> repository = new FNHRepository<COURBE_ALERTE>
(sessionManager);
IList<COURBE_ALERTE> courbeAlerte =
repository.RetrieveListByTwoColumn("ORGANISATION.Id", id_org, "BARRAGE.Id",
id_bar);
if (courbeAlerte.Count != 0)
{
foreach (var item in courbeAlerte)
{
if (item.MOIS >= 9 && item.MOIS <= 12)
{
matrix[22, item.MOIS - 9 + 1] = item.COURBE_SUP.ToString();
matrix[23, item.MOIS - 9 + 1] = item.COURBE_INF.ToString();
}
else
{
matrix[22, item.MOIS + 3 + 1] = item.COURBE_SUP.ToString();
matrix[23, item.MOIS + 3 + 1] = item.COURBE_INF.ToString();
}
}
}
// fin test
matrix[0, 13] = matrix[0, column];
matrix[1, 13] = matrix[1, column];
matrix[2, 13] = matrix[2, column];
matrix[3, 13] = matrix[3, column];
matrix[4, 13] = matrix[4, column];
matrix[5, 13] = MethodeStatistiqueCalcul.Total_Ligne(5);
matrix[10, 13] = MethodeStatistiqueCalcul.Total_Ligne(10);
matrix[11, 13] = MethodeStatistiqueCalcul.Total_Ligne(11);
matrix[12, 13] = MethodeStatistiqueCalcul.Total_Ligne(12);
matrix[13, 13] = MethodeStatistiqueCalcul.Total_Ligne(13);
matrix[14, 13] = MethodeStatistiqueCalcul.Total_Ligne(14);
matrix[15, 13] = MethodeStatistiqueCalcul.Total_Ligne(15);
matrix[16, 13] = MethodeStatistiqueCalcul.Total_Ligne(16);
matrix[17, 13] = MethodeStatistiqueCalcul.Total_Ligne(17);
matrix[18, 13] = MethodeStatistiqueCalcul.Total_Ligne(18);
matrix[19, 13] = matrix[19, 12];
matrix[20, 13] = matrix[20, 12];
if (matrix[13, 13].ToString() != "" && matrix[18, 13].ToString() != "" &&
matrix[18, 13].ToString() != "0")
{
matrix[21, 13] = Math.Round((Shared.convstr(matrix[13, 13]) /
Shared.convstr(matrix[18, 13])) * 100, 2).ToString();
}
// les noms
matrixStr[0, 0] = "Hauteur (m)";
matrixStr[1, 0] = "Volume (Mm3)";
matrixStr[2, 0] = "Cote contrainte (mNGM)";
matrixStr[3, 0] = "Réserve utile (Mm3)";
matrixStr[4, 0] = "Fréquence (Hrz)";
matrixStr[5, 0] = "Apports freq";
matrixStr[6, 0] = "Année type";
matrixStr[7, 0] = "Apports type";
matrixStr[8, 0] = "Année min";
matrixStr[9, 0] = "Apports min";
matrixStr[10, 0] = "Evaporation";
matrixStr[11, 0] = "Fuites";
matrixStr[12, 0] = "AEP";
matrixStr[13, 0] = "Irrigation";
matrixStr[14, 0] = "Turbinage Exclusif";
matrixStr[15, 0] = "Déversé+Vidangé";
matrixStr[16, 0] = "Autres Restit";
matrixStr[17, 0] = "Dotation AEP";
matrixStr[18, 0] = "Dotation Irrig";
matrixStr[19, 0] = "V(m+1)";
matrixStr[20, 0] = "Vu(m+1)";
matrixStr[21, 0] = "Taux de satisfaction (%)";
matrixStr[22, 0] = "Courbe d'alerte sup";
matrixStr[23, 0] = "Courbe d'alerte inf";
for (int i = 0; i < 24; i++)
{
string[] temp = new string[14];
for (int j = 0; j < 14; j++)
{
if (j == 0)
{
temp[0] = matrixStr[i, j];
}
else
{
temp[j] = matrix[i, j];
}
}
listeval.Add(temp);
}
var jsonData = new
{
rows =
(from freq in listeval
select new
{
cell = freq
}).ToArray()
};
sessionManagerRev.Dispose();
sessionManagerPrev.Dispose();
sessionManager1.Dispose();
sessionManagerRet.Dispose();
sessionManager.Dispose();
return Json(jsonData, JsonRequestBehavior.AllowGet);
}
只有在表格预览不为空时才会出现问题，当它为空时没有问题
答案 0 :(得分：1)
您的代码没有任何问题，.net运行时只是完成了一些线程。他们可以从UI做一些多线程。没什么好担心的。除了你的代码（异步处理，内存管理等）之外还有更多的东西，有些东西只是在后台处理。 'code 0'表示他们成功的地方。