static void AddDeviceTables(WordprocessingDocument Certificate, UserSession Session, TablesCreator Creator, string DeviceType, CardData DeviceCard,
DateTime StartDateOfService)
{
//WordprocessingDocument CalibrationProtocol = GetDocument(Session, DeviceCard, StartDateOfService, CalibrationProtocolCategoryID);
//XtraMessageBox.Show("DeviceType = " + DeviceType);
IEnumerable <CertificateTableLook> TablesCollection = Creator.CertificateDeviceTablesCollection.Where(r => r.DeviceTypes.Any(s => s == DeviceType));
if (TablesCollection.Count() == 0)
{
XtraMessageBox.Show("Для прибра '" + DeviceType + "' не найден шаблон таблицы. Обратитесь к системному администратору.");
}
else
{
Dictionary <String, Table> TablesList = new Dictionary <String, Table>();
foreach (CertificateTableLook CurrentTable in TablesCollection)
{
WordprocessingDocument ParentDocument;
string TempPath = "";
switch (CurrentTable.ParentDocumentCategory)
{
case CertificateTableLook.DocumentCategory.AcceptanceTestingProtocol:
ParentDocument = CalibrationLib.GetDocument(Session, DeviceCard, CalibrationLib.AcceptanceTestingProtocolCategoryID, out TempPath);
break;
case CertificateTableLook.DocumentCategory.CalibrationProtocol:
ParentDocument = CalibrationLib.GetDocument(Session, DeviceCard, CalibrationLib.CalibrationProtocolCategoryID, out TempPath);
break;
case CertificateTableLook.DocumentCategory.MeasuringData:
ParentDocument = CalibrationLib.GetDocument(Session, DeviceCard, CalibrationLib.MeasuringDataCategoryID, out TempPath);
break;
default:
ParentDocument = null;
break;
}
if (TablesList.Any(r => r.Key == CurrentTable.TableName))
{
CurrentTable.AdditionDeviceTable(ParentDocument, TablesList.First(r => r.Key == CurrentTable.TableName).Value);
}
else
{
TablesList.Add(CurrentTable.TableName, CurrentTable.GetDeviceTable(ParentDocument));
}
//Certificate.MainDocumentPart.Document.Body.Append(CurrentTable.GetDeviceTable(ParentDocument));
//Certificate.MainDocumentPart.Document.Body.Append(CalibrationLib.NewParagraph(0, 0, JustificationValues.Left, 10));
if (ParentDocument != null)
{
ParentDocument.Close();
File.Delete(TempPath);
}
}
foreach (KeyValuePair <String, Table> T in TablesList)
{
Certificate.MainDocumentPart.Document.Body.Append(T.Value);
}
}
}
static void AddDeviceTables(WordprocessingDocument Protocol, UserSession Session, TablesCreator Creator, string DeviceType, CardData DeviceCard,
DateTime StartDateOfService)
{
// Определение точек вставки таблиц для протоколов поверки разных типов приборов
IEnumerable <VerificationProtocolTableLook> TablesCollection = Creator.VerifyProtokolDeviceTablesCollection.Where(r => r.DeviceTypes.Any(s => s == DeviceType));
if (TablesCollection.Count() > 0)
{
OpenXmlElement IncertElement = Protocol.GetTable("Заключение:").ElementsBefore().Last();
switch (DeviceType)
{
case "ПКВ/М7":
IncertElement = Protocol.GetTable("Определение основной абсолютной погрешности измерений интервалов времени").ElementsBefore().Last();
break;
case "ПКВ/У3.0":
IncertElement = Protocol.GetTable("Определение основной абсолютной погрешности измерений интервалов времени").ElementsBefore().Last();
break;
case "ПКВ/У3.1":
IncertElement = Protocol.GetTable("Определение основной абсолютной погрешности измерений интервалов времени").ElementsBefore().Last();
break;
case "ПКВ/У3.0-01":
IncertElement = Protocol.GetTable("Определение основной абсолютной погрешности измерений интервалов времени").ElementsBefore().Last();
break;
/*case "МИКО-2.2":
* IncertElement = Protocol.GetTable("Определение метрологических характеристик").ElementsAfter().First();
* break;
* case "МИКО-2.3":
* IncertElement = Protocol.GetTable("Определение метрологических характеристик").ElementsAfter().First();
* break;*/
case "МИКО-7":
IncertElement = Protocol.GetTable("7. Проверка ограничения выходной мощности").ElementsBefore().Last();
break;
/*case "МИКО-21":
* IncertElement = Protocol.GetTable("Заключение:").ElementsAfter().First();
* break;*/
}
//OpenXmlElement IncertElement = Protocol.GetTable("Определение основной абсолютной погрешности измерений силы постоянного электрического тока каналами ВКЛ и ОТКЛ силового коммутатора").ElementsAfter().First();
Dictionary <String, Table> TablesList = new Dictionary <String, Table>();
foreach (VerificationProtocolTableLook CurrentTable in TablesCollection)
{
//WordprocessingDocument ParentDocument;
string ParentDocumentPath = "";
switch (CurrentTable.ParentDocumentCategory)
{
case VerificationProtocolTableLook.DocumentCategory.AcceptanceTestingProtocol:
ParentDocumentPath = CalibrationLib.GetDocumentPath(Session, DeviceCard, CalibrationLib.AcceptanceTestingProtocolCategoryID);
break;
case VerificationProtocolTableLook.DocumentCategory.CalibrationProtocol:
ParentDocumentPath = CalibrationLib.GetDocumentPath(Session, DeviceCard, CalibrationLib.CalibrationProtocolCategoryID);
break;
case VerificationProtocolTableLook.DocumentCategory.MeasuringData:
ParentDocumentPath = CalibrationLib.GetDocumentPath(Session, DeviceCard, CalibrationLib.MeasuringDataCategoryID);
break;
default:
ParentDocumentPath = "";
break;
}
if (ParentDocumentPath.EndsWith(".docx"))
{
WordprocessingDocument ParentDocument = WordprocessingDocument.Open(ParentDocumentPath, true);
if (TablesList.Any(r => r.Key == CurrentTable.TableName))
{
CurrentTable.AdditionDeviceTable(ParentDocument, TablesList.First(r => r.Key == CurrentTable.TableName).Value);
}
else
{
TablesList.Add(CurrentTable.TableName, CurrentTable.GetDeviceTable(ParentDocument));
}
if (ParentDocument != null)
{
ParentDocument.Close();
}
}
if (ParentDocumentPath.EndsWith(".json"))
{
string fileContent = File.ReadAllText(ParentDocumentPath);
RootObject MeashureData = JsonConvert.DeserializeObject <RootObject>(fileContent);
TablesList.Add(CurrentTable.TableName, CurrentTable.GetDeviceTable(MeashureData));
}
File.Delete(ParentDocumentPath);
}
foreach (KeyValuePair <String, Table> T in TablesList)
{
AddNewTable(Protocol, T.Value, IncertElement);
}
}
}