private static void EnsurePersistenceObject()
{
if (persistenceObject != null)
{
return;
}
GameObject go = new GameObject("EngineDatabasePersistenceObject");
persistenceObject = go.AddComponent <PersistenceObject>();
}
public IList <GenericModel> GetFuncionarios()
{
string sql = "select * from funcionario where idFunc in (select * from (select idFunc from arquivo_otimizacao) as temp)";
PersistenceObject <Funcionario> objFunc = new PersistenceObject <Funcionario>(GDA.GDASettings.GetProviderConfiguration("WebGlass"));
var func = objFunc.LoadData(sql).ToList();
List <GenericModel> retorno = new List <GenericModel>();
foreach (Funcionario f in func)
{
retorno.Add(new GenericModel(f.IdFunc, f.Nome));
}
return(retorno.ToArray());
}
void SerializeAndSaveMultipleGGenerateCodeInstances(IPersistence <IInsertResultsAbstract> persistence = default)
{
Logger.LogDebug(DebugLocalizer["{0} {1}: Creating JSON from a Signil"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances");
#region SerializerOptions for all calls to Serialize used by this method
// Create a new options from the current Serializer options, and change write-indented to true, for all of the LpgDebug statements
var options = new SerializerOptions()
{
WriteIndented = true,
};
#endregion
#region temp
/*
#region Philote Serialization
* var philoteOfTypeInvokeGenerateCodeSignil = new Philote<GGlobalSettingsSignil>();
* var philoteOfTypeInvokeGenerateCodeSignilAsString = Serializer.Serialize(philoteOfTypeInvokeGenerateCodeSignil, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: philoteOfTypeInvokeGenerateCodeSignilAsString = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", philoteOfTypeInvokeGenerateCodeSignilAsString);
* ProgressObject!.Report(UiLocalizer["The default constructor of {0} = {1}", "new Philote<GGlobalSettingsSignil>()", philoteOfTypeInvokeGenerateCodeSignilAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* var insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"philoteOfTypeInvokeGenerateCodeSignil", new List<string>() {philoteOfTypeInvokeGenerateCodeSignilAsString}}
* });
#endregion
#region GComment Serialization (default)
* IGComment gComment = new GComment();
* var gCommentAsString = Serializer.Serialize(gComment, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gComment = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gCommentAsString);
* ProgressObject!.Report(UiLocalizer["The default constructor {0} = {1}", "new GComment()", gCommentAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gCommentDefault", new List<string>() {gCommentAsString}}
* });
#endregion
#region GComment Serialization (with data)
* gComment = new GComment(new List<string>() { "This is a GComment, line1", "This is a GComment line, line2" });
* gCommentAsString = Serializer.Serialize(gComment, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gComment = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gCommentAsString);
* ProgressObject!.Report(UiLocalizer["The constructor {0} = {1}", "new GComment(new List<string>())", gCommentAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gCommentWithData", new List<string>() {gCommentAsString}}
* });
#endregion
#region GBody Serialization (default)
* IGBody gBody = new GBody();
* var gBodyAsString = Serializer.Serialize(gBody, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gBody = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gBodyAsString);
* ProgressObject!.Report(UiLocalizer["The default constructor {0} = {1}", "new GBody()", gBodyAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gBodyDefault", new List<string>() {gBodyAsString}}
* });
#endregion
#region GBody Serialization (with Data)
* gBody = new GBody(new List<string>() { "Body Line 1", "BodyLine 2" });
* gBodyAsString = Serializer.Serialize(gBody, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gBody = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gBodyAsString);
* ProgressObject!.Report(UiLocalizer["The default constructor {0} = {1}", "new GBody(newList() {{stuff})", gBodyAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gBodyWithData", new List<string>() {gBodyAsString}}
* });
#endregion
#region GProjectUnit Serialization (default)
* IGProjectUnit gProjectUnit = new GProjectUnit();
* var gProjectUnitAsString = Serializer.Serialize(gProjectUnit, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gProjectUnit = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gProjectUnitAsString);
* ProgressObject!.Report(UiLocalizer["The default constructor {0} = {1}", "new GProjectUnit()", gProjectUnitAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gProjectUnitDefault", new List<string>() {gProjectUnitAsString}}
* });
#endregion
#region GProjectUnit Serialization (With Data)
* gProjectUnit = new GProjectUnit(
* gName: "ATAP.Console.Console01-Mechanical"
* , gRelativePath: ".\\"
* , gFileSuffix: ".csproj"
* , gPropertyGroupInProjectUnits: new Dictionary<IPhilote<IGPropertyGroupInProjectUnit>, IGPropertyGroupInProjectUnit>() { }
* , gItemGroupInProjectUnits: new Dictionary<IPhilote<IGItemGroupInProjectUnit>, IGItemGroupInProjectUnit>() { }
* , gResourceUnits: new Dictionary<IPhilote<IGResourceUnit>, IGResourceUnit>() { }
* , gPatternReplacement: new GPatternReplacement(
* gName: "gPatternReplacementProjectUnitForATAP.Console.Console01-Mechanical"
* , new Dictionary<System.Text.RegularExpressions.Regex, string>()
* , gComment: new GComment(new List<string>() { "Pattern replacement Dictionary for the gProjectUnit having gName = ATAP.Console.Console01-Mechanical" }))
* , gComment: new GComment(new List<string>() { "Project (.csproj) file for the Primary executable AssemblyUnit for the mechanically generated version of Console01" })
* );
* gProjectUnitAsString = Serializer.Serialize(gProjectUnit, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gProjectUnit = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gProjectUnitAsString);
* ProgressObject!.Report(UiLocalizer["The constructor {0} = {1}", "new GProjectUnit(stuff)", gProjectUnitAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gProjectUnitWithData", new List<string>() {gProjectUnitAsString}}
* });
#endregion
#region GAssemblyUnit Serialization (default)
* IGAssemblyUnit gAssemblyUnit = new GAssemblyUnit();
* var gAssemblyUnitAsString = Serializer.Serialize(gAssemblyUnit, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gAssemblyUnit = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gAssemblyUnitAsString);
* ProgressObject!.Report(UiLocalizer["The default constructor {0} = {1}", "new GAssemblyUnit()", gAssemblyUnitAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gAssemblyUnitDefault", new List<string>() {gAssemblyUnitAsString}}
* });
#endregion
#region GAssemblyUnit Serialization (With Data)
* gAssemblyUnit = new GAssemblyUnit(
* gName: "ATAP.Console.Console01-Mechanical"
* // ToDo: Add GDescription to the AssemblyUnit, gDescription: "mechanically generated AssemblyUnit For Console01"
* , gRelativePath: ".\\"
* //, gProjectUnit: new GProjectUnit()
* , gProjectUnit: gProjectUnit
* , gPatternReplacement: new GPatternReplacement(
* gName: "gPatternReplacementAssemblyUnitForATAP.Console.Console01-Mechanical"
* , new Dictionary<System.Text.RegularExpressions.Regex, string>()
* , gComment: new GComment(new List<string>() { "Pattern replacement Dictionary for the gAssemblyUnit having gName = ATAP.Console.Console01-Mechanical" }))
* , gComment: new GComment(new List<string>() { "Primary executable AssemblyUnit for the mechanically generated version of Console01" })
* );
* gAssemblyUnitAsString = Serializer.Serialize(gAssemblyUnit, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gAssemblyUnit = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gAssemblyUnitAsString);
* ProgressObject!.Report(UiLocalizer["The constructor {0} = {1}", "new GAssemblyUnit(stuff)", gAssemblyUnitAsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gAssemblyUnitWithData", new List<string>() {gAssemblyUnitAsString}}
* });
#endregion
*
*
#region GAssemblyGroupSignil Serialization (default)
* IGAssemblyGroupSignil gAssemblyGroupSignil = new GAssemblyGroupSignil(
* );
* var gAssemblyGroupSignilAsString = Serializer.Serialize(gAssemblyGroupSignil, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gAssemblyGroupSignil (default) = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gAssemblyGroupSignilAsString);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gAssemblyGroupSignilDefault", new List<string>() {gAssemblyGroupSignilAsString}}
* });
#endregion
#region GAssemblyGroupSignil Serialization (with data)
* gAssemblyGroupSignil = new GAssemblyGroupSignil(
* gName: "ATAP.Console.Console01-Mechanical"
* , gDescription: "mechanically generated AssemblyGroup For Console01"
* , gRelativePath: ".\\"
* , gAssemblyUnits: new Dictionary<IPhilote<IGAssemblyUnit>, IGAssemblyUnit>() { }
* // , gAssemblyUnits: new Dictionary<IPhilote<IGAssemblyUnit>, IGAssemblyUnit>() { { gAssemblyUnit.Philote, gAssemblyUnit } }
* , gPatternReplacement: new GPatternReplacement(
* gName: "gPatternReplacementAssemblyGroupForATAP.Console.Console01-Mechanical"
* , new Dictionary<System.Text.RegularExpressions.Regex, string>()
* , gComment: new GComment(new List<string>() { "Pattern replacement Dictionary for the gAssemblyGroup having gName = ATAP.Console.Console01-Mechanical" }))
* , gComment: new GComment(new List<string>() { "Primary executable AssemblyGroup for the mechanically generated version of Console01" })
* , hasInterfacesAssembly: false
* );
* gAssemblyGroupSignilAsString = Serializer.Serialize(gAssemblyGroupSignil, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gAssemblyGroupSignil (with data) = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gAssemblyGroupSignilAsString);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gAssemblyGroupSignilWithData", new List<string>() {gAssemblyGroupSignilAsString}}
* });
#endregion
*
* var _defaultTargetFrameworks = new List<string>() { "netstandard2.1;", "net5.0" };
*
#region GSolutionSignil Serialization (default)
* var _buildConfigurations = new SortedSet<string>() { "Debug", "ReleaseWithTrace", "Release" };
* var _cPUConfigurations = new SortedSet<string>() { "Any CPU" };
* var _gDependencyPackages = new Dictionary<IPhilote<IGProjectUnit>, IGProjectUnit>();
* var _gDependencyProjects = new Dictionary<IPhilote<IGProjectUnit>, IGProjectUnit>();
* var _gProjectUnits = new Dictionary<IPhilote<IGProjectUnit>, IGProjectUnit>();
* var _gComment = new GComment(new List<string>() { "ToDo: add SolutionSignil Comments here" });
* IGSolutionSignil gSolutionSignilFromCode = new GSolutionSignil(
* hasPropsAndTargets: true
* , hasEditorConfig: true
* , hasArtifacts: true
* , hasDevLog: true
* , sourceRelativePath: "src"
* , testsRelativePath: "tests"
* , hasOmniSharpConfiguration: true
* , hasVisualStudioCodeWorkspaceConfiguration: true
* , buildConfigurations: _buildConfigurations
* , cPUConfigurations: _cPUConfigurations
* , gDependencyPackages: _gDependencyPackages
* , gDependencyProjects: _gDependencyProjects
* , gComment: _gComment
* );
* var gSolutionSignilFromCodeAsSettingsString = Serializer.Serialize(gSolutionSignilFromCode, options);
* Logger.LogDebug(DebugLocalizer["{0} {1}: gSolutionSignilFromCode in JSON {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gSolutionSignilFromCodeAsSettingsString);
* ProgressObject!.Report(UiLocalizer["The default constructor of {0} = {1}", "new GSolutionSignil(defaultTargetFrameworks)", gSolutionSignilFromCodeAsSettingsString]);
* //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gSolutionSignilFromCodeAsSettings", new List<string>() {gSolutionSignilFromCodeAsSettingsString}}
* });
#endregion
*/
#endregion temp
#region GInvokeGenerateCodeSignil Serialization (default)
IGInvokeGenerateCodeSignil gInvokeGenerateCodeSignil = new GInvokeGenerateCodeSignil();
// Many entities are declared not-null
// var gInvokeGenerateCodeSignilAsString = Serializer.Serialize(gInvokeGenerateCodeSignil, options);
// Logger.LogDebug(DebugLocalizer["{0} {1}: gInvokeGenerateCodeSignil () = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gInvokeGenerateCodeSignilAsString);
// //ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
// insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
// {"gInvokeGenerateCodeSignilDefault", new List<string>() {gInvokeGenerateCodeSignilAsString}}
// });
#endregion
#region GInvokeGenerateCodeSignil Serialization (with data)
var gAssemblyUnit = new GAssemblyUnit(
gName: "ATAP.Console.Console01-Mechanical"
// ToDo: Add GDescription to the AssemblyUnit, gDescription: "mechanically generated AssemblyUnit For Console01"
, gRelativePath: ".\\"
, gProjectUnit: new GProjectUnit(
gName: "ATAP.Console.Console01-Mechanical"
, gRelativePath: ".\\"
, gFileSuffix: ".csproj"
, gPropertyGroupInProjectUnits: new Dictionary <IPhilote <IGPropertyGroupInProjectUnit>, IGPropertyGroupInProjectUnit>()
{
}
, gItemGroupInProjectUnits: new Dictionary <IPhilote <IGItemGroupInProjectUnit>, IGItemGroupInProjectUnit>()
{
}
, gResourceUnits: new Dictionary <IPhilote <IGResourceUnit>, IGResourceUnit>()
{
}
, gPatternReplacement: new GPatternReplacement(
gName: "gPatternReplacementProjectUnitForATAP.Console.Console01-Mechanical"
, new Dictionary <System.Text.RegularExpressions.Regex, string>()
, gComment: new GComment(new List <string>()
{
"Pattern replacement Dictionary for the gProjectUnit having gName = ATAP.Console.Console01-Mechanical"
}))
, gComment: new GComment(new List <string>()
{
"Project (.csproj) file for the Primary executable AssemblyUnit for the mechanically generated version of Console01"
})
)
, gPatternReplacement: new GPatternReplacement(
gName: "gPatternReplacementAssemblyUnitForATAP.Console.Console01-Mechanical"
, new Dictionary <System.Text.RegularExpressions.Regex, string>()
, gComment: new GComment(new List <string>()
{
"Pattern replacement Dictionary for the gAssemblyUnit having gName = ATAP.Console.Console01-Mechanical"
}))
, gComment: new GComment(new List <string>()
{
"Primary executable AssemblyUnit for the mechanically generated version of Console01"
})
);
gInvokeGenerateCodeSignil = new GInvokeGenerateCodeSignil(
gAssemblyGroupSignil: new GAssemblyGroupSignil(
gName: "ATAP.Console.Console01-Mechanical"
, gDescription: "mechanically generated AssemblyGroup For Console01"
, gRelativePath: ".\\"
, gAssemblyUnits: new Dictionary <IPhilote <IGAssemblyUnit>, IGAssemblyUnit>()
{
{ gAssemblyUnit.Philote, gAssemblyUnit }
}
, gPatternReplacement: new GPatternReplacement(
gName: "gPatternReplacementAssemblyGroupForATAP.Console.Console01-Mechanical"
, new Dictionary <System.Text.RegularExpressions.Regex, string>()
, gComment: new GComment(new List <string>()
{
"Pattern replacement Dictionary for the gAssemblyGroup having gName = ATAP.Console.Console01-Mechanical"
}))
, gComment: new GComment(new List <string>()
{
"Primary executable AssemblyGroup for the mechanically generated version of Console01"
})
, hasInterfacesAssembly: false
)
//, new GGlobalSettingsSignil()
, new GSolutionSignil(
hasPropsAndTargets: true
, hasEditorConfig: true
, hasArtifacts: true
, hasDevLog: true
, hasDocumentation: true
, sourceRelativePath: "src"
, testsRelativePath: "tests"
, hasOmniSharpConfiguration: true
, hasVisualStudioCodeWorkspaceConfiguration: true
, hasVisualStudioIISApplicationHostConfiguration: false
, hasDataBases: false
, buildConfigurations: new List <string>()
{
}
, cPUConfigurations: new SortedSet <string>()
{
"Any CPU"
}
, gDependencyPackages: new Dictionary <IPhilote <IGProjectUnit>, IGProjectUnit>()
{
}
, gDependencyProjects: new Dictionary <IPhilote <IGProjectUnit>, IGProjectUnit>()
{
}
, gComment: new GComment(new List <string>()
{
"The Solution for the mechanically generated version of Console01"
})
, gPatternReplacement: new GPatternReplacement(
gName: "gPatternReplacementSolutionForATAP.Console.Console01-Mechanical"
, new Dictionary <System.Text.RegularExpressions.Regex, string>()
{
}
, gComment: new GComment(new List <string>()
{
"Pattern replacement Dictionary for the Solution having gName = ATAP.Console.Console01-Mechanical"
}))
)
, artifactsDirectoryBase: "Artifacts/"
, artifactsFileRelativePath: "Console02-choice1"
, artifactsFilePaths: new string[1] {
"FirstArtifactsFile"
}
, temporaryDirectoryBase: "D:/Temp/Console02/"
, enableProgress: false
, enablePersistence: false
, enablePickAndSave: false
);
var gInvokeGenerateCodeSignilAsString = Serializer.Serialize(gInvokeGenerateCodeSignil, options);
Logger.LogDebug(DebugLocalizer["{0} {1}: gInvokeGenerateCodeSignil () = {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gInvokeGenerateCodeSignilAsString);
//ToDo: wrap in try/catch, handle failure of Persistence InsertFunc
var insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary <string, IEnumerable <object> >()
{
{ "gInvokeGenerateCodeSignilWithData", new List <string>()
{
gInvokeGenerateCodeSignilAsString
} }
});
#endregion
/*
#region GGlobalSettingsSignil to JSON string
* IGGlobalSettingsSignil gGlobalSettingsSignilFromCode = new GGlobalSettingsSignil(
* defaultTargetFrameworks: _defaultTargetFrameworks
* );
* var gGlobalSettingsSignilFromCodeAsSettingsString = Serializer.Serialize(gGlobalSettingsSignilFromCode, options);
* //Logger.LogDebug(DebugLocalizer["{0} {1}: SignilFromCode in JSON {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gGlobalSettingsSignilFromCode.Dump());
* Logger.LogDebug(DebugLocalizer["{0} {1}: gGlobalSettingsSignilFromCode in JSON {2}"], "Console02BackgroundService", "SerializeAndSaveMultipleGGenerateCodeInstances", gGlobalSettingsSignilFromCodeAsSettingsString);
* ProgressObject!.Report(UiLocalizer["The default constructor of {0} = {1}", "new GGlobalSettingsSignil(defaultTargetFrameworks)", gGlobalSettingsSignilFromCodeAsSettingsString]);
* // write string to persistence file keyed by gGlobalSettingsSignilFromCodeAsSettings
* insertResults = PersistenceObject.InsertDictionaryFunc(new Dictionary<string, IEnumerable<object>>() {
* {"gGlobalSettingsSignilFromCodeAsSettings", new List<string>() {gGlobalSettingsSignilFromCodeAsSettingsString}}
* });
* // ToDo: Test for and handle failure of Persistence InsertFunc
#endregion
*
*
*/
}
private static void EnsurePersistenceObject()
{
if (persistenceObject != null) return;
GameObject go = new GameObject("EngineDatabasePersistenceObject");
persistenceObject = go.AddComponent<PersistenceObject>();
}
/// <summary>
/// Recupera o Enumerator dos dados.
/// </summary>
/// <returns></returns>
public IEnumerator <Model> GetEnumerator()
{
_enumeratorCreated = true;
if (_session == null && _connection.State != ConnectionState.Open)
{
try
{
_connection.Open();
}
catch (Exception ex)
{
try
{
_connection.Dispose();
}
catch
{
}
_connection = null;
throw new GDAException(ex);
}
GDAConnectionManager.NotifyConnectionOpened(_connection);
}
IDataReader dReader = null;
try
{
SendMessageDebugTrace("GDACursor: " + _command.CommandText);
using (var executionHandler = Diagnostics.GDATrace.CreateExecutionHandler(_command))
try
{
dReader = _command.ExecuteReader();
}
catch (Exception ex)
{
ex = new GDAException(ex);
executionHandler.Fail(ex);
throw ex;
}
if (dReader == null)
{
throw new InvalidOperationException(string.Format("Execute Reader result from IDbCommand \"{0}\" couldn't be null.", _command.GetType().FullName));
}
_translatorDataInfo.ProcessFieldsPositions(dReader);
int startPage = _startPage;
int countPageSize = 0;
while (dReader.Read())
{
if (countPageSize == 0 && _startProcess != null)
{
_startProcess(this, EventArgs.Empty);
}
if (_usingPaging && !_provider.SupportSQLCommandLimit && startPage < _pageSize)
{
startPage++;
continue;
}
if (!_isLoadValues)
{
Model objItem = new Model();
IDataRecord record = dReader;
PersistenceObject <Model> .RecoverValueOfResult(ref record, _translatorDataInfo, ref objItem, false);
yield return(objItem);
}
else
{
if (dReader[0] == DBNull.Value)
{
yield return(default(Model));
}
else
{
yield return((Model)dReader[0]);
}
}
countPageSize++;
if (_usingPaging && !_provider.SupportSQLCommandLimit && countPageSize >= _pageSize)
{
break;
}
}
}
finally
{
try
{
if (dReader != null)
{
dReader.Close();
dReader.Dispose();
}
_command.Dispose();
_command = null;
}
finally
{
if (_session == null)
{
try
{
_connection.Close();
_connection.Dispose();
_connection = null;
}
catch
{
SendMessageDebugTrace("Error close connection.");
}
}
}
}
}