public override int GetHashCode()
{
unchecked
{
var hashCode = ByteField.GetHashCode();
hashCode = (hashCode * 397) ^ SByteField.GetHashCode();
hashCode = (hashCode * 397) ^ Int16Field.GetHashCode();
hashCode = (hashCode * 397) ^ UInt16Field.GetHashCode();
hashCode = (hashCode * 397) ^ Int32Field;
hashCode = (hashCode * 397) ^ (int)UInt32Field;
hashCode = (hashCode * 397) ^ Int64Field.GetHashCode();
hashCode = (hashCode * 397) ^ UInt64Field.GetHashCode();
hashCode = (hashCode * 397) ^ DecimalField.GetHashCode();
hashCode = (hashCode * 397) ^ SingleFiled.GetHashCode();
hashCode = (hashCode * 397) ^ DoubleField.GetHashCode();
hashCode = (hashCode * 397) ^ (StringField != null ? StringField.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (int)MyEnumField;
hashCode = (hashCode * 397) ^ BooleanField.GetHashCode();
hashCode = (hashCode * 397) ^ DateTimeField.GetHashCode();
hashCode = (hashCode * 397) ^ DateTimeOffsetField.GetHashCode();
hashCode = (hashCode * 397) ^ GuidField.GetHashCode();
hashCode = (hashCode * 397) ^ TimeSpanField.GetHashCode();
hashCode = (hashCode * 397) ^ (UrlField != null ? UrlField.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (NullField != null ? NullField.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (IntArrayField != null ? IntArrayField.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (StringArrayField != null ? StringArrayField.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (EmptyArrayField != null ? EmptyArrayField.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (NullArrayField != null ? NullArrayField.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (DictionaryArrayField != null ? DictionaryArrayField.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (ObjectArrayField != null ? ObjectArrayField.GetHashCode() : 0);
return(hashCode);
}
}
public void DefaultValTest()
{
BooleanField bf = new BooleanField(110);
Assert.That(false, Is.EqualTo(bf.Obj));
Assert.That(110, Is.EqualTo(bf.Tag));
CharField cf = new CharField(300);
Assert.That('\0', Is.EqualTo(cf.getValue()));
Assert.That(300, Is.EqualTo(cf.Tag));
DateTimeField dtf = new DateTimeField(3);
Assert.That(3, Is.EqualTo(dtf.Tag));
StringField sf = new StringField(32);
Assert.That(32, Is.EqualTo(sf.Tag));
Assert.That("", Is.EqualTo(sf.Obj));
IntField ifld = new IntField(239);
Assert.That(239, Is.EqualTo(ifld.Tag));
Assert.That(0, Is.EqualTo(ifld.Obj));
DecimalField df = new DecimalField(1);
Assert.That(1, Is.EqualTo(df.Tag));
Assert.That(new Decimal(0.0), Is.EqualTo(df.Obj));
}
public void Test()
{
var fields = new FieldList();
fields.Add <Primitive>(x => x.Id("field1").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add <Primitive>(x => x.Id("field2").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add <Primitive>(x => x.Id("field3").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add <Primitive>(x => x.Id("field4").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add <Primitive>(x => x.Id("field5").DataType(SchemaDataType.Primitive).IsNullable().Build());
PrimitiveField field = Field.Builder <Decimal>()
.Id("field3")
.Precision(2)
.Scale(5)
.IsNullable()
.Build();
Assert.AreEqual(5, fields.Count);
PrimitiveField replaced = fields.Replace(2, field);
Assert.AreEqual(5, fields.Count);
DecimalField decimalField = fields[2].Cast <DecimalField>();
Assert.AreEqual(SchemaDataType.Decimal, decimalField.DataType);
Assert.AreEqual("field3", decimalField.Id);
Assert.AreEqual(2, decimalField.Precision);
Assert.AreEqual(5, decimalField.Scale);
}
public void SubsetSumLLLReductionAlgorithmConstructorTest()
{
var integerDomain = new IntegerDomain();
var decimalField = new DecimalField();
var vectorFactory = new ArrayVectorFactory <decimal>();
var decimalComparer = Comparer <decimal> .Default;
var nearest = new DecimalNearestInteger();
// Permite calcular o produto escalar de vectores sobre o corpo de decimais.
var scalarProd = new OrthoVectorScalarProduct <decimal>(
decimalComparer,
decimalField);
// Permite converter um número decimal num inteiro, caso seja possível.
var integerDecimalConverter = new IntegerDecimalConverter();
var subsetSumAlg = new SubsetSumLLLReductionAlgorithm <int, decimal>(
vectorFactory,
scalarProd,
nearest,
Comparer <decimal> .Default,
integerDecimalConverter,
decimalField);
var vector = new[] { 366, 385, 392, 401, 422, 437 };
var result = subsetSumAlg.Run(vector, 1215, 3M / 4);
var expected = new[] { 392, 401, 422 };
CollectionAssert.AreEquivalent(expected, result);
}
/// <summary>
/// Read the chart settings from the posted json
/// </summary>
void readSettings(JObject json)
{
if (json != null)
{
if (json["filters"] != null)
{
JObject fdata = (JObject)json["filters"];
foreach (Reports.Filter f in _filters)
{
JToken data = fdata[f.AsString("data")];
if (data == null)
{
continue;
}
f.Parse(data);
}
}
JObject sdata = (JObject)json["parameters"];
if (sdata != null)
{
_settings = sdata.To <ChartSettings>();
}
}
_y = _fields.FirstOrDefault(f => f.Name == _settings.Y) ?? _fields.First();
_x1 = _series.FirstOrDefault(f => f.Name == _settings.X1) ?? _series.First();
_x2 = _series.FirstOrDefault(f => f.Name == _settings.X2);
if (_x2 == _x1)
{
_x2 = null;
}
}
public void Verify_can_replace_by_id()
{
var fields = new FieldList();
fields.Add <Primitive>(x => x.Id("field1").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add <Primitive>(x => x.Id("field2").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add <Primitive>(x => x.Id("field3").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add <Primitive>(x => x.Id("field4").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add <Primitive>(x => x.Id("field5").DataType(SchemaDataType.Primitive).IsNullable().Build());
PrimitiveField field = Field.Builder <Decimal>()
.Id("field3A")
.Precision(2)
.Scale(5)
.IsNullable()
.Build();
Assert.AreEqual(5, fields.Count);
Assert.IsTrue(fields.TryReplace("field3", field, out PrimitiveField replaced));
Assert.AreEqual(5, fields.Count);
Assert.IsTrue(replaced.HasValue);
Assert.AreEqual("field3", replaced.Id);
Assert.AreEqual(SchemaDataType.Primitive, replaced.DataType);
DecimalField f1 = fields[2].Cast <DecimalField>();
Assert.AreEqual("field3A", f1.Id);
Assert.AreEqual(2, f1.Precision);
Assert.AreEqual(5, f1.Scale);
}
public void DefaultFieldTest()
{
DecimalField field = new DecimalField(200, new Decimal(101.0001));
fieldmap.SetField(field);
string refield = fieldmap.GetString(200);
Assert.That("101.0001", Is.EqualTo(refield));
}
public void DecimalFieldTest()
{
Decimal val = new Decimal(3.232535);
Decimal newval = new Decimal(3.14159);
DecimalField field = new DecimalField(200, val);
Assert.That(field.Obj, Is.EqualTo(val));
Assert.That(field.getValue(), Is.EqualTo(val));
Assert.That(field.Tag, Is.EqualTo(200));
field.Obj = newval;
Assert.That(field.Obj, Is.EqualTo(newval));
}
public void DecimalFieldTest()
{
Decimal val = new Decimal(3.232535);
Decimal newval = new Decimal(3.14159);
DecimalField field = new DecimalField(200, val);
Assert.That(field.Obj, Is.EqualTo(val));
Assert.That(field.getValue(), Is.EqualTo(val));
Assert.That(field.Tag, Is.EqualTo(200));
field.Obj = newval;
Assert.That(field.Obj, Is.EqualTo(newval));
}
public void DecimalField_CastInteger_20677()
{
var decfield = new DecimalField();
var field = decfield.As <Field>();
int value = 10;
var valueO = (object)value;
var result = field.ValidateFieldValue(valueO);
Assert.IsNull(result);
}
public void FromFieldEntity_Decimal()
{
var f = new DecimalField();
f.DecimalPlaces = 5;
ExprType res = ExprTypeHelper.FromFieldEntity(f);
Assert.That(res.Type, Is.EqualTo(DataType.Decimal));
Assert.That(res.DecimalPlaces, Is.EqualTo(5));
}
public void Test()
{
DecimalField field = Field.Builder <Decimal>()
.Id("field1")
.Precision(2)
.Scale(4)
.Build();
Assert.AreEqual(2, field.Cast <DecimalField>().Precision);
Assert.AreEqual(4, field.Cast <DecimalField>().Scale);
}
/// <summary>
/// Get an ExprType that's appropriate for a given field.
/// </summary>
/// <param name="fieldEntity"></param>
/// <returns></returns>
public static ExprType FromFieldEntity(IEntity fieldEntity)
{
DataType dataType = FieldHelper.ConvertToDataType(fieldEntity);
ExprType exprType = new ExprType(dataType);
DecimalField decimalField = fieldEntity.As <DecimalField>();
if (decimalField != null)
{
exprType.DecimalPlaces = decimalField.DecimalPlaces;
}
return(exprType);
}
public void DecimalFieldTest()
{
DecimalField field = new DecimalField(200, new Decimal(101.0001));
DecimalField refield = new DecimalField(200);
fieldmap.SetField(field);
fieldmap.GetField(refield);
Assert.That(101.0001, Is.EqualTo(refield.Obj));
field.setValue(new Decimal(101.0002));
fieldmap.SetField(field);
fieldmap.GetField(refield);
Assert.That(101.0002, Is.EqualTo(refield.Obj));
}
public void Test()
{
PrimitiveField spec1 = Field.Builder <Primitive>()
.Id("field1")
.DataType(SchemaDataType.Primitive)
.Build();
PrimitiveField spec2 = Field.Builder <Primitive>()
.Id("field2")
.DataType(SchemaDataType.Primitive)
.Build();
PrimitiveField spec3 = Field.Builder <Primitive>()
.Id("field3")
.DataType(SchemaDataType.Primitive)
.Build();
PrimitiveField spec4 = Field.Builder <Primitive>()
.Id("field4")
.DataType(SchemaDataType.Primitive)
.Build();
PrimitiveField spec5 = Field.Builder <Primitive>()
.Id("field5")
.DataType(SchemaDataType.Primitive)
.Build();
DecimalField spec6 = Field.Builder <Decimal>()
.Id("field6")
.Precision(2)
.Scale(4)
.Build();
var schema = Schema.Builder()
.Field(spec1)
.Field(spec2)
.Field(spec3)
.Field(spec4)
.Field(spec5)
.Field(spec6)
.Build();
int count = 0;
foreach (var field in schema.Fields.ToEnumerable())
{
count++;
}
Assert.AreEqual(6, count);
}
public void Verify_can_access_list_with_multiple_field_types()
{
var fields = new FieldList();
fields.Add(Field.Builder <Primitive>().Id("field1").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add(Field.Builder <Primitive>().Id("field2").DataType(SchemaDataType.Map).IsNullable().Build());
fields.Add(Field.Builder <Primitive>().Id("field3").DataType(SchemaDataType.List).IsNullable().Build());
fields.Add(Field.Builder <Primitive>().Id("field4").DataType(SchemaDataType.Primitive).IsNullable().Build());
fields.Add(Field.Builder <Primitive>().Id("field5").DataType(SchemaDataType.Primitive).IsNullable().Build());
IReadOnlyFieldList temp = fields;
for (int i = 0; i < temp.Count; i++)
{
switch (temp[i].DataType)
{
case SchemaDataType.None:
break;
case SchemaDataType.Primitive:
PrimitiveField specification = temp[i];
Assert.IsNotNull(specification);
Assert.That(specification.Id, Is.EqualTo("field1").Or.EqualTo("field4").Or.EqualTo("field5"));
break;
case SchemaDataType.Map:
// MapField mapField = schema.Fields[i].Cast<MapField>();
// Assert.IsNotNull(mapField);
// Assert.AreEqual("field2", mapField.Id);
break;
case SchemaDataType.List:
// ListField listField = schema.Fields[i].Cast<ListField>();
// Assert.IsNotNull(listField);
// Assert.AreEqual("field3", listField.Id);
break;
case SchemaDataType.Decimal:
DecimalField spec = temp[i].Cast <DecimalField>();
Assert.IsNotNull(spec);
Assert.AreEqual("field6", spec.Id);
break;
case SchemaDataType.Struct:
break;
default:
throw new ArgumentOutOfRangeException();
}
}
}
public Entities.Forms.DecimalField ToEntity(DecimalField field)
{
return(new Entities.Forms.DecimalField
{
Description = field.Description,
FieldName = field.FieldName,
IsRequired = field.IsRequired,
DefaultValue = field.DefaultValue,
Min = field.Min,
Max = field.Max,
AllowFilter = field.AllowFilter,
FieldType = GetFieldType(field),
IsUnique = field.IsUnique,
AllowSort = field.AllowSort,
DisplayName = field.DisplayName
});
}
public static Field[] ToFieldArray(this IEnumerable<ICustomFieldDefinition> items,
ICollection<Field> collection, string namePrefix, Action<Field, ICustomFieldDefinition> initialize = null)
{
var result = new List<Field>();
foreach (var item in items)
{
var flags = item.IsRequired ? Required : NotRequired;
var caption = ToLocalText(item.Title);
var name = (namePrefix ?? "") + item.Name;
Field field;
switch (item.FieldType)
{
case CustomFieldType.Boolean:
field = new BooleanField(collection, name, caption, 0, flags);
break;
case CustomFieldType.Date:
field = new DateTimeField(collection, name, caption, 0, flags) { DateTimeKind = DateTimeKind.Unspecified };
break;
case CustomFieldType.DateTime:
field = new DateTimeField(collection, name, caption, 0, flags) { DateTimeKind = DateTimeKind.Local };
break;
case CustomFieldType.Decimal:
field = new DecimalField(collection, name, caption, item.Size, flags);
break;
case CustomFieldType.Int32:
field = new Int32Field(collection, name, caption, item.Size, flags);
break;
case CustomFieldType.Int64:
field = new Int64Field(collection, name, caption, item.Size, flags);
break;
default:
field = new StringField(collection, name, caption, item.Size, flags);
break;
}
field.DefaultValue = item.DefaultValue.TrimToNull();
result.Add(field);
if (initialize != null)
initialize(field, item);
}
return result.ToArray();
}
public void Verify_does_not_throw_when_cannot_return_field()
{
PrimitiveField spec1 = Field.Builder <Primitive>()
.Id("field1")
.DataType(SchemaDataType.Primitive)
.Build();
PrimitiveField spec2 = Field.Builder <Primitive>()
.Id("field2")
.DataType(SchemaDataType.Primitive)
.Build();
PrimitiveField spec3 = Field.Builder <Primitive>()
.Id("field3")
.DataType(SchemaDataType.Primitive)
.Build();
PrimitiveField spec4 = Field.Builder <Primitive>()
.Id("field4")
.DataType(SchemaDataType.Primitive)
.Build();
PrimitiveField spec5 = Field.Builder <Primitive>()
.Id("field5")
.DataType(SchemaDataType.Primitive)
.Build();
DecimalField spec6 = Field.Builder <Decimal>()
.Id("field6")
.Precision(2)
.Scale(4)
.Build();
var schema = Schema.Builder()
.Field(spec1)
.Field(spec2)
.Field(spec3)
.Field(spec4)
.Field(spec5)
.Field(spec6)
.Build();
Assert.IsNotNull(schema.Fields["field7"]);
}
public void Verify_can_set_by_schema_builder()
{
var fields = new FieldList();
PrimitiveField field1 = Field.Builder <Primitive>()
.Id("fieldA")
.DataType(SchemaDataType.Primitive)
.IsNullable()
.Build();
fields.Add(field1);
PrimitiveField field2 = Field.Builder <Primitive>()
.Id("fieldB")
.DataType(SchemaDataType.Primitive)
.IsNullable()
.Build();
fields.Add(field2);
PrimitiveField field3 = Field.Builder <Primitive>()
.Id("fieldC")
.DataType(SchemaDataType.Primitive)
.IsNullable()
.Build();
fields.Add(field3);
DecimalField field4 = Field.Builder <Decimal>()
.Id("field")
.Precision(5)
.Scale(2)
.Build();
fields.Add(field4);
var schema = Schema.Builder()
.Field <Struct>(x => x.Id("fieldX").IsNullable().Fields(fields).Build())
.Build();
Assert.AreEqual(1, schema.Fields.Count);
Assert.AreEqual(5, schema.Fields.SelectMany().Count);
}
public void BuildDecimal(ExtensionItem extension)
{
DecimalField propField = (DecimalField)ObjectUtils.CreateCopy(modelDecimalField);
propField.DynamicProperty = null;
propField.ChildrenFields.Clear();
propField.EntityKey = currEntityKey;
propField.Entity = currEntity;
if (propField.UpdateActions != null)
{
propField.UpdateActions.Clear();
}
// 必改属性，涉及到数据的加载
propField.Key = extension.Key;
propField.FieldName = extension.Key.ToUpperInvariant();
propField.PropertyName = extension.Key;
propField.Name = new LocaleValue(extension.Name);
_currBusinessInfo.Add(propField);
}
public void Test()
{
DecimalField spec = Field.Builder <Decimal>()
.Id("field")
.IsNullable()
.Precision(2)
.Scale(4)
.Build();
var schema = Schema.Builder()
.Field(spec)
// .Field("field1", x =>
// {
// x.SetPrecision(2);
// x.SetScale(4);
// }, true)
.Build();
Assert.IsTrue(schema.Fields.HasValues);
Assert.AreEqual(2, schema.Fields[0].Cast <DecimalField>().Precision);
Assert.AreEqual(4, schema.Fields[0].Cast <DecimalField>().Scale);
}
public void RunTest2()
{
var integerDomain = new IntegerDomain();
var decimalField = new DecimalField();
var vectorFactory = new ArrayVectorFactory <decimal>();
var decimalComparer = Comparer <decimal> .Default;
var nearest = new DecimalNearestInteger();
var scalarProd = new OrthoVectorScalarProduct <decimal>(
decimalComparer,
decimalField);
var integerDecimalConverter = new IntegerDecimalConverter();
var dim = 4;
var vectorSet = new IMathVector <decimal> [dim];
var lllReductionAlg = new LLLBasisReductionAlgorithm <IMathVector <decimal>, decimal, int>(
new VectorSpace <decimal>(dim, vectorFactory, decimalField),
scalarProd,
nearest,
Comparer <decimal> .Default);
vectorSet[0] = new ArrayMathVector <decimal>(new decimal[] { 1, 1, 7, 2 });
vectorSet[1] = new ArrayMathVector <decimal>(new decimal[] { 9, 8, 4, 6 });
vectorSet[2] = new ArrayMathVector <decimal>(new decimal[] { 1, 8, 5, 7 });
vectorSet[3] = new ArrayMathVector <decimal>(new decimal[] { 2, 3, 1, 1 });
var reduced = lllReductionAlg.Run(vectorSet, 3M / 4);
var expected = new IMathVector <decimal> [dim];
expected[0] = new ArrayMathVector <decimal>(new decimal[] { 2, 3, 1, 1 });
expected[1] = new ArrayMathVector <decimal>(new decimal[] { 3, -1, 1, 3 });
expected[2] = new ArrayMathVector <decimal>(new decimal[] { -2, 2, 6, -1 });
expected[3] = new ArrayMathVector <decimal>(new decimal[] { -4, 1, -4, 3 });
this.AsserVectorLists(expected, reduced);
}
public void RunTest1()
{
var integerDomain = new IntegerDomain();
var decimalField = new DecimalField();
var vectorFactory = new ArrayVectorFactory <decimal>();
var decimalComparer = Comparer <decimal> .Default;
var nearest = new DecimalNearestInteger();
var scalarProd = new OrthoVectorScalarProduct <decimal>(
decimalComparer,
decimalField);
var integerDecimalConverter = new IntegerDecimalConverter();
var lllReductionAlg = new LLLBasisReductionAlgorithm <IMathVector <decimal>, decimal, int>(
new VectorSpace <decimal>(3, vectorFactory, decimalField),
scalarProd,
nearest,
Comparer <decimal> .Default);
var vectorSet = new IMathVector <decimal> [3];
vectorSet[0] = new ArrayMathVector <decimal>(new decimal[] { 1, 1, 1 });
vectorSet[1] = new ArrayMathVector <decimal>(new decimal[] { -1, 0, 2 });
vectorSet[2] = new ArrayMathVector <decimal>(new decimal[] { 3, 5, 6 });
var reduced = lllReductionAlg.Run(vectorSet, 3M / 4);
// O resultado esperado.
var expected = new IMathVector <decimal> [3];
expected[0] = new ArrayMathVector <decimal>(new decimal[] { 0, 1, 0 });
expected[1] = new ArrayMathVector <decimal>(new decimal[] { 1, 0, 1 });
expected[2] = new ArrayMathVector <decimal>(new decimal[] { -1, 0, 2 });
this.AsserVectorLists(expected, reduced);
}
protected override void ConstructFields()
{
TableName = "TBL_PATIENT";
m_fldID = new StringField()
{
Owner = this,
FieldName = "PATIENT_ID",
Description = "ID",
Size = 12,
Required = true,
KeyField = true
};
m_fldFirstName = new StringField(){
Owner = this,
FieldName = "FIRST_NAME",
Description = "First Name",
Size = 50,
Required = true
};
m_fldLastName = new StringField()
{
Owner = this,
FieldName = "LAST_NAME",
Description = "Last Name",
Size = 50,
Required = true
};
m_fldContactPhone = new StringField()
{
Owner = this,
FieldName = "PHONE_CONTACT",
Description = "Contact Phone#",
DataEntryFormat = DataEntryFormat.Phone,
Size = 25
};
m_fldDOB = new DateTimeField()
{
Owner = this,
FieldName = "DOB",
Description = "Date of Birth",
Required = true
};
m_fldAdmissionDate = new DateTimeField()
{
Owner = this,
FieldName = "ADM_DATE",
Description = "Admission Date"
};
m_fldMonthlyCost = new DecimalField()
{
Owner = this,
FieldName = "MONTHLY_COST",
Description = "Monthly Cost",
MinValue = 0,
DisplayFormat = "C"
};
m_fldClassification = new StringField()
{
Owner = this,
FieldName = "ATTITUDE_CLASSIFICATION",
Description = "Classification",
Required = true,
Size = 3,
LookupType = LookupType.Dictionary,
DataEntryType = DataEntryType.Lookup,
HasDefaultValue = true,
DefaultValue = "BUD"
};
m_fldClassification.LookupDictionary.Add("MRX, Marxist",
"CAP, Capitalist",
"NEH, Nehilist",
"BUD, Buddhist");
m_fldReligious = new BoolField()
{
Owner = this,
FieldName = "IS_RELIGIOUS",
Description = "Religious",
Required = true,
DefaultValue = false,
HasDefaultValue = true
};
}
public override void BuilderReportSqlAndTempTable(IRptParams filter, string tableName)
{
string strCreateTable = string.Format(@"
/*dialect*/SELECT TM.FID,TM.FBILLNO,TM.FCREATORID,TM.FCREATEDATE,TF.FALLAMOUNT,ml.FNAME as FMaterialName,TE.FENTRYID as FIDENTITYID INTO {0}
FROM T_PUR_POORDER TM
INNER JOIN T_PUR_POORDERENTRY_F TF ON TM.FID = TF.FID
INNER JOIN T_PUR_POORDERENTRY TE ON TM.FID = TE.FID
inner join T_BD_MATERIAL m on te.FMATERIALID = m.FMATERIALID
inner join T_BD_MATERIAL_L ml on m.FMATERIALID = ml.FMATERIALID
WHERE 1=1 ", tableName);
var custFilter = filter.FilterParameter.CustomFilter;
if (custFilter != null && custFilter.DynamicObjectType.Properties.Contains("F_PAEZ_Date"))
{
var date = custFilter["F_PAEZ_Date"];
if (date != null && !string.IsNullOrEmpty(date.ToString()))
{
string strDate = DateTime.Parse(date.ToString()).ToString("yyyy-MM-dd");
strCreateTable += string.Format(" AND TM.FCREATEDATE >= '{0}'", strDate);
}
}
//base.AfterCreateTempTable(tablename);
DBUtils.ExecuteDynamicObject(this.Context, strCreateTable);
DataTable reportSouce = DBUtils.ExecuteDataSet(this.Context, string.Format("SELECT * FROM {0}", tableName)).Tables[0];
this.SettingInfo = new PivotReportSettingInfo();
TextField field;
DecimalField fieldData;
//构造透视表列
//FID
field = new TextField();
field.Key = "FBILLNO";
field.FieldName = "FBILLNO";
field.Name = new LocaleValue("单据编号");
SettingField settingBillNo = PivotReportSettingInfo.CreateColumnSettingField(field, 0);
settingBillNo.IsShowTotal = false;
this.SettingInfo.RowTitleFields.Add(settingBillNo);
this.SettingInfo.SelectedFields.Add(settingBillNo);
field = new TextField();
field.Key = "FCREATORID";
field.FieldName = "FCREATORID";
field.Name = new LocaleValue("创建者");
SettingField settingCreateId = PivotReportSettingInfo.CreateColumnSettingField(field, 1);
this.SettingInfo.RowTitleFields.Add(settingCreateId);
this.SettingInfo.SelectedFields.Add(settingCreateId);
//构造行
field = new TextField();
field.Key = "FMaterialName";
field.FieldName = "FMaterialName";
field.Name = new LocaleValue("物料名称");
SettingField settingMaterial = PivotReportSettingInfo.CreateColumnSettingField(field, 0);
settingMaterial.IsShowTotal = false;
this.SettingInfo.ColTitleFields.Add(settingMaterial);
this.SettingInfo.SelectedFields.Add(settingMaterial);
//构造数据
fieldData = new DecimalField();
fieldData.Key = "FALLAMOUNT";
fieldData.FieldName = "FALLAMOUNT";
fieldData.Name = new LocaleValue("金额");
SettingField settingAmount = PivotReportSettingInfo.CreateDataSettingField(fieldData, 0, GroupSumType.Sum, "N3"); //N3表示3位小数
this.SettingInfo.AggregateFields.Add(settingAmount);
this.SettingInfo.SelectedFields.Add(settingAmount);
}
protected override void ConstructFields()
{
TableName = "TBL_TESTPERSON";
StoreFlag = StoreFlag.LoadAndStore;
m_fldName = new StringField()
{
Owner = this,
FieldName = "PERSON_NAME",
Required = true,
Size = 50
};
m_fldSex = new StringField()
{
Owner = this,
FieldName = "SEX",
Required = true,
Size = 1,
DataEntryType = DataEntryType.DirectEntryOrLookupWithValidation,
LookupType = LookupType.Dictionary
};
m_fldSex.LookupDictionary.AddRange(new string[] { "M,Male", "F,Female", "U,Unspecified" });
m_fldRating = new IntField()
{
Owner = this,
FieldName = "RATING",
MinMaxChecking = true,
MinValue = 0,
MaxValue = 10
};
m_fldRegistered = new BoolField()
{
Owner = this,
FieldName = "IS_REGISTERED",
Required = true
};
m_fldDOB = new DateTimeField()
{
Owner = this,
FieldName = "DOB"
};
m_fldSalary = new DecimalField()
{
Owner = this,
FieldName = "PAYROLL_VOLUME",
MinMaxChecking = true,
MinValue = 0M,
MaxValue = Decimal.MaxValue
};
//calculated field returns salary * 10 years
m_fldDecadeSalary = new DecimalField()
{
Owner = this,
FieldName = "DECADE_SALARY",
StoreFlag = StoreFlag.None,
DataEntryType = DataEntryType.None,
Calculated = true,
Formula = "850-10 +(::PAYROLL_VOLUME * 10)"
};
m_fldScore = new DoubleField()
{
Owner = this,
FieldName = "SCORE"
};
m_fldMovieNames = new ListField <string>()
{
Owner = this,
FieldName = "MOVIES",
Required = true
};
//ths is business logic-driven computed column for GUI
m_fldBusinessCode = new StringField()
{
Owner = this,
FieldName = "BUSINESS_CODE",
StoreFlag = StoreFlag.None,
DataEntryType = DataEntryType.None
};
}
/// <summary>
/// Constructor.
/// </summary>
internal DecimalFieldHelper(DecimalField fieldEntity)
{
_field = fieldEntity;
}
protected override void ConstructFields()
{
TableName = "TBL_TESTPERSON";
StoreFlag = StoreFlag.LoadAndStore;
m_fldName = new StringField()
{
Owner = this,
FieldName = "PERSON_NAME",
Required = true,
Size = 50
};
m_fldSex = new StringField()
{
Owner = this,
FieldName = "SEX",
Required = true,
Size = 1,
DataEntryType = DataEntryType.DirectEntryOrLookupWithValidation,
LookupType = LookupType.Dictionary
};
m_fldSex.LookupDictionary.AddRange(new string[]{"M,Male", "F,Female", "U,Unspecified"});
m_fldRating = new IntField()
{
Owner = this,
FieldName = "RATING",
MinMaxChecking = true,
MinValue = 0,
MaxValue = 10
};
m_fldRegistered = new BoolField()
{
Owner = this,
FieldName = "IS_REGISTERED",
Required = true
};
m_fldDOB = new DateTimeField()
{
Owner = this,
FieldName = "DOB"
};
m_fldSalary = new DecimalField()
{
Owner = this,
FieldName = "PAYROLL_VOLUME",
MinMaxChecking = true,
MinValue = 0M,
MaxValue = Decimal.MaxValue
};
//calculated field returns salary * 10 years
m_fldDecadeSalary = new DecimalField()
{
Owner = this,
FieldName = "DECADE_SALARY",
StoreFlag = StoreFlag.None,
DataEntryType = DataEntryType.None,
Calculated = true,
Formula = "850-10 +(::PAYROLL_VOLUME * 10)"
};
m_fldScore = new DoubleField()
{
Owner = this,
FieldName = "SCORE"
};
m_fldMovieNames = new ListField<string>()
{
Owner = this,
FieldName = "MOVIES",
Required = true
};
//ths is business logic-driven computed column for GUI
m_fldBusinessCode = new StringField()
{
Owner = this,
FieldName = "BUSINESS_CODE",
StoreFlag = StoreFlag.None,
DataEntryType = DataEntryType.None
};
}
public void DefaultValTest()
{
BooleanField bf = new BooleanField(110);
Assert.That(false, Is.EqualTo(bf.Obj));
Assert.That(110, Is.EqualTo(bf.Tag));
CharField cf = new CharField(300);
Assert.That('\0', Is.EqualTo(cf.getValue()));
Assert.That(300, Is.EqualTo(cf.Tag));
DateTimeField dtf = new DateTimeField(3);
Assert.That(3, Is.EqualTo(dtf.Tag));
StringField sf = new StringField(32);
Assert.That(32, Is.EqualTo(sf.Tag));
Assert.That("", Is.EqualTo(sf.Obj));
IntField ifld = new IntField(239);
Assert.That(239, Is.EqualTo(ifld.Tag));
Assert.That(0, Is.EqualTo(ifld.Obj));
DecimalField df = new DecimalField(1);
Assert.That(1, Is.EqualTo(df.Tag));
Assert.That(new Decimal(0.0), Is.EqualTo(df.Obj));
}
public void FromApp(QuickFix.Message msg, SessionID sessionID)
{
logMe("\r\n \r\n" + "FromApp :" + msg.ToString());
try
{
if (msg is QuickFix.FIX42.OrderCancelReject)
{
Console.WriteLine("Order Cancel Reject event raised");
QuickFix.FIX42.OrderCancelReject er = (QuickFix.FIX42.OrderCancelReject)msg;
if (er.IsSetClOrdID())
{
Console.WriteLine("ClOrdID : " + er.ClOrdID);
}
if (er.IsSetOrigClOrdID())
{
Console.WriteLine("OrigClOrdID : " + er.OrigClOrdID);
}
if (er.IsSetOrdStatus())
{
Console.WriteLine("OrderStatus : " + er.OrdStatus);
}
if (er.IsSetCxlRejResponseTo())
{
Console.WriteLine("CxlRejResponseTo : " + er.CxlRejResponseTo);
}
if (er.IsSetCxlRejReason())
{
Console.WriteLine("CxlRejReason : " + er.CxlRejReason);
}
if (er.IsSetOrderID())
{
Console.WriteLine("OrderID : " + er.OrderID);
}
if (er.CxlRejResponseTo.getValue() == CxlRejResponseTo.ORDER_CANCEL_REQUEST)
{
// Order Cancel Rejected reason
// 1= UNKNOWN_ORDER, 2 = Broker Option, 3 = Order already in Pending Cancel or Pending Replace status
string orderDetails = "CANCEL_REJECTED";
Int32 origOrderID = -1;
if (er.IsSetOrigClOrdID())
{
origOrderID = Convert.ToInt32(er.OrigClOrdID.getValue());
}
Orders o = new Orders();
if (er.IsSetEncodedText())
{
orderDetails += " : " + er.EncodedText.getValue();
}
o.FIXResponseCanModRejectHandler(Convert.ToInt32(er.ClOrdID.getValue()), er.OrderID.getValue(), origOrderID, er.CxlRejResponseTo.getValue(), "CANCEL_" + getRejectType(er.CxlRejReason), orderDetails);
}
else if (er.CxlRejResponseTo.getValue() == CxlRejResponseTo.ORDER_CANCEL_REPLACE_REQUEST)
{
// Order modification Rejected reason
// 1 = Broker Option
// 3 = Order already in Pending Cancel or Pending Replace status
string orderDetails = "MODIFY_REJECTED";
Int32 origOrderID = -1;
if (er.IsSetOrigClOrdID())
{
origOrderID = Convert.ToInt32(er.OrigClOrdID.getValue());
}
Orders o = new Orders();
if (er.IsSetEncodedText())
{
orderDetails += " : " + er.EncodedText.getValue();
}
o.FIXResponseCanModRejectHandler(Convert.ToInt32(er.ClOrdID.getValue()), er.OrderID.getValue(), origOrderID, er.CxlRejResponseTo.getValue(), "MODIFY_" + getRejectType(er.CxlRejReason), orderDetails);
}
}
else if (msg is QuickFix.FIX42.ExecutionReport)
{
string ordTypeField = msg.GetField(40);
if (ordTypeField == "1")
{
IField field = new DecimalField(44, 0);
msg.SetField(field);
}
QuickFix.FIX42.ExecutionReport er = (QuickFix.FIX42.ExecutionReport)msg;
string orderDetails = Convert.ToString(er.ExecType.getValue()) + "|" + er.OrderQty.getValue() + "|" + er.Price.getValue() + "|" + er.LastShares.getValue() + "|" + er.LastPx.getValue() + "|" + er.CumQty.getValue() + "|" + er.AvgPx.getValue() + "|" + er.OrdType.getValue() + "|";
if (er.IsSetText())
{
orderDetails = orderDetails + er.Text + "|";
}
else
{
orderDetails = orderDetails + "NULL|";
}
logMe("\r\n \r\n" + "Got execution Report - ExecType = " + orderDetails);
Console.WriteLine("\r\n \r\n" + "Got execution Report - ExecType = " + orderDetails);
Orders o = new Orders();
if (er.ExecType.getValue() == ExecType.FILL || er.ExecType.getValue() == ExecType.PARTIAL_FILL)
{
o.FIXResponseHandlerForFill(Convert.ToInt32(er.ClOrdID.getValue()), er.OrderID.getValue(), (float)Convert.ToDouble(er.OrderQty.getValue()), (float)Convert.ToDouble(er.LastPx.getValue()), (float)Convert.ToDouble(er.LastShares.getValue()), getExecType(er.ExecType), er.ExecType.getValue());
}
else
{
Int32 origOrderID = -1;
float price = -1;
char orderType = '2';
if (er.IsSetOrigClOrdID())
{
origOrderID = Convert.ToInt32(er.OrigClOrdID.getValue());
}
if (er.IsSetPrice())
{
price = (float)Convert.ToDouble(er.Price.getValue());
}
if (er.IsSetOrdType())
{
orderType = er.OrdType.getValue();
}
//orderid is string since value is too large for int variable
o.FIXResponseHandler(Convert.ToInt32(er.ClOrdID.getValue()), er.OrderID.getValue(), origOrderID, er.ExecType.getValue(), getExecType(er.ExecType), orderDetails, price, orderType);
}
}
}
catch (Exception e)
{
Console.WriteLine("exception(FixClient FromAPP) " + e.Message);
}
}
public static IFieldHelper ConvertToFieldHelper(IEntity fieldEntity)
{
if (fieldEntity == null)
{
throw new ArgumentNullException("fieldEntity");
}
// Ensure we have the specific type of field in question.
IEntity field = Entity.AsNative(fieldEntity);
if (field == null)
{
throw new Exception("Assert false");
}
StringField stringField = field as StringField;
if (stringField != null)
{
return(new StringFieldHelper(stringField));
}
AliasField aliasField = field as AliasField;
if (aliasField != null)
{
return(new AliasFieldHelper(aliasField));
}
AutoNumberField autoNumberField = field as AutoNumberField;
if (autoNumberField != null)
{
return(new AutoNumberFieldHelper(autoNumberField));
}
BoolField boolField = field as BoolField;
if (boolField != null)
{
return(new BoolFieldHelper(boolField));
}
CurrencyField currencyField = field as CurrencyField;
if (currencyField != null)
{
return(new CurrencyFieldHelper(currencyField));
}
DateField dateField = field as DateField;
if (dateField != null)
{
return(new DateFieldHelper(dateField));
}
DateTimeField dateTimeField = field as DateTimeField;
if (dateTimeField != null)
{
return(new DateTimeFieldHelper(dateTimeField));
}
DecimalField decimalField = field as DecimalField;
if (decimalField != null)
{
return(new DecimalFieldHelper(decimalField));
}
IntField intField = field as IntField;
if (intField != null)
{
return(new IntFieldHelper(intField));
}
TimeField timeField = field as TimeField;
if (timeField != null)
{
return(new TimeFieldHelper(timeField));
}
GuidField guidField = field as GuidField;
if (guidField != null)
{
return(new GuidFieldHelper(guidField));
}
XmlField xmlField = field as XmlField;
if (xmlField != null)
{
return(new XmlFieldHelper(xmlField));
}
throw new Exception("Entity is not a valid field type: " + field.GetType().ToString());
}
public void DefaultFieldTest()
{
DecimalField field = new DecimalField(200, new Decimal(101.0001));
fieldmap.SetField(field);
string refield = fieldmap.GetField(200);
Assert.That("101.0001", Is.EqualTo(refield));
}
internal static BaseField CreateField(FieldType type)
{
BaseField field = null;
switch (type)
{
case FieldType.ObjectKey:
field = new ObjectKeyField();
break;
case FieldType.BigInt:
field = new BigIntField();
break;
case FieldType.Bool:
field = new BoolField();
break;
case FieldType.Date:
field = new DateField();
break;
case FieldType.DateTime:
field = new DateTimeField();
break;
case FieldType.Decimal:
field = new DecimalField();
break;
case FieldType.Image:
field = new ImageField();
break;
case FieldType.Integer:
field = new IntegerField();
break;
case FieldType.LongText:
field = new LongTextField();
break;
case FieldType.Password:
field = new PasswordField();
break;
case FieldType.MonataryAmount:
field = new DecimalField();
break;
case FieldType.Html:
field = new HtmlField();
break;
case FieldType.Xml:
field = new XmlField();
break;
case FieldType.Json:
field = new JsonField();
break;
case FieldType.Email:
field = new EmailField();
break;
case FieldType.Phone:
field = new PhoneField();
break;
case FieldType.ObjectLink:
field = new ObjectLinkField();
break;
case FieldType.MultiObjectLink:
field = new MultiObjectLinkField();
break;
case FieldType.Select:
field = new SelectField();
break;
case FieldType.MultiSelect:
field = new MultiSelectField();
break;
case FieldType.FilterField:
field = new FilterField();
break;
case FieldType.OneToMany:
field = new OneToManyField();
break;
default:
field = new StringField();
break;
}
return(field);
}
protected override void ConstructFields()
{
TableName = "TBL_PATIENT";
m_fldID = new StringField()
{
Owner = this,
FieldName = "PATIENT_ID",
Description = "ID",
Size = 12,
Required = true,
KeyField = true
};
m_fldFirstName = new StringField()
{
Owner = this,
FieldName = "FIRST_NAME",
Description = "First Name",
Size = 50,
Required = true
};
m_fldLastName = new StringField()
{
Owner = this,
FieldName = "LAST_NAME",
Description = "Last Name",
Size = 50,
Required = true
};
m_fldContactPhone = new StringField()
{
Owner = this,
FieldName = "PHONE_CONTACT",
Description = "Contact Phone#",
DataEntryFormat = DataEntryFormat.Phone,
Size = 25
};
m_fldDOB = new DateTimeField()
{
Owner = this,
FieldName = "DOB",
Description = "Date of Birth",
Required = true
};
m_fldAdmissionDate = new DateTimeField()
{
Owner = this,
FieldName = "ADM_DATE",
Description = "Admission Date"
};
m_fldMonthlyCost = new DecimalField()
{
Owner = this,
FieldName = "MONTHLY_COST",
Description = "Monthly Cost",
MinValue = 0,
DisplayFormat = "C"
};
m_fldClassification = new StringField()
{
Owner = this,
FieldName = "ATTITUDE_CLASSIFICATION",
Description = "Classification",
Required = true,
Size = 3,
LookupType = LookupType.Dictionary,
DataEntryType = DataEntryType.Lookup,
HasDefaultValue = true,
DefaultValue = "BUD"
};
m_fldClassification.LookupDictionary.Add("MRX, Marxist",
"CAP, Capitalist",
"NEH, Nehilist",
"BUD, Buddhist");
m_fldReligious = new BoolField()
{
Owner = this,
FieldName = "IS_RELIGIOUS",
Description = "Religious",
Required = true,
DefaultValue = false,
HasDefaultValue = true
};
}
public void DecimalFieldTest()
{
DecimalField field = new DecimalField(200, new Decimal(101.0001));
DecimalField refield = new DecimalField(200);
fieldmap.SetField(field);
fieldmap.GetField(refield);
Assert.That(101.0001, Is.EqualTo(refield.Obj));
field.setValue(new Decimal(101.0002));
fieldmap.SetField(field);
fieldmap.GetField(refield);
Assert.That(101.0002, Is.EqualTo(refield.Obj));
}