public MainPage WriteIntoDestinationField(string text)
{
Logger.Info($"WriteIntoDestinationField: {text}.");
DestinationField.Clear();
DestinationField.SendKeys(text);
return(this);
}
public void TestProperties()
{
var obj = new DestinationField(new Connection());
TestsHelper.TestPublicPropertiesGetSet(obj, null, true);
//IsGroupingField has private setter
var isGroupingFieldProperty = typeof(DestinationField).GetProperty("IsGroupingField");
Assert.IsNotNull(isGroupingFieldProperty);
var accessors = isGroupingFieldProperty.GetAccessors(false);
Assert.AreEqual(1, accessors.Length);
Assert.AreEqual("get_IsGroupingField", accessors[0].Name);
//KeepSubfieldsAlive has private setter
var keepSubfieldsAliveProperty = typeof(DestinationField).GetProperty("KeepSubfieldsAlive");
Assert.IsNotNull(keepSubfieldsAliveProperty);
accessors = keepSubfieldsAliveProperty.GetAccessors(false);
Assert.AreEqual(1, accessors.Length);
Assert.AreEqual("get_KeepSubfieldsAlive", accessors[0].Name);
//IsGroupingField has private setter
var hideConnectorProperty = typeof(DestinationField).GetProperty("HideConnector");
Assert.IsNotNull(hideConnectorProperty);
accessors = hideConnectorProperty.GetAccessors(false);
Assert.AreEqual(1, accessors.Length);
Assert.AreEqual("get_HideConnector", accessors[0].Name);
}
public MainPage WriteIntoDestinationField(string text)
{
LogInfo(nameof(MainPage), $" write Into Destination Field: {text}.");
DestinationField.Clear();
DestinationField.SendKeys(text);
return(this);
}
private void m_btnOK_Click(object sender, EventArgs e)
{
DestinationField dest = m_cbDestination.SelectedItem as DestinationField;
m_rsfm.m_flid = dest.Flid;
m_rsfm.m_sName = dest.Name;
Debug.Assert(m_groupOptions.Controls.Count == 1);
Control ctrl = m_groupOptions.Controls[0];
if (ctrl == m_listOpt)
{
m_rsfm.m_tlo.m_sEmptyDefault = m_listOpt.DefaultValue;
m_rsfm.m_tlo.m_fHaveMulti = m_listOpt.HaveMultiple;
m_rsfm.m_tlo.m_sDelimMulti = m_listOpt.DelimForMultiple;
m_rsfm.m_tlo.m_fHaveSub = m_listOpt.HaveHierarchy;
m_rsfm.m_tlo.m_sDelimSub = m_listOpt.DelimForHierarchy;
m_rsfm.m_tlo.m_fHaveBetween = m_listOpt.HaveBetweenMarkers;
m_rsfm.m_tlo.m_sMarkStart = m_listOpt.LeadingBetweenMarkers;
m_rsfm.m_tlo.m_sMarkEnd = m_listOpt.TrailingBetweenMarkers;
m_rsfm.m_tlo.m_fHaveBefore = m_listOpt.HaveCommentMarker;
m_rsfm.m_tlo.m_sBefore = m_listOpt.CommentMarkers;
m_rsfm.m_tlo.m_fIgnoreNewStuff = m_listOpt.DiscardNewStuff;
m_rsfm.m_tlo.m_rgsMatch = m_listOpt.Matches;
m_rsfm.m_tlo.m_rgsReplace = m_listOpt.Replacements;
m_rsfm.m_tlo.m_wsId = m_textOpt.WritingSystem;
}
else if (ctrl == m_textOpt)
{
m_rsfm.m_txo.m_fStartParaNewLine = m_textOpt.ParaForEachLine;
m_rsfm.m_txo.m_fStartParaBlankLine = m_textOpt.ParaAfterBlankLine;
m_rsfm.m_txo.m_fStartParaIndented = m_textOpt.ParaWhenIndented;
m_rsfm.m_txo.m_fStartParaShortLine = m_textOpt.ParaAfterShortLine;
m_rsfm.m_txo.m_cchShortLim = m_textOpt.ShortLineLimit;
m_rsfm.m_txo.m_sStyle = m_textOpt.Style;
m_rsfm.m_txo.m_wsId = m_textOpt.WritingSystem;
}
else if (ctrl == m_stringOpt)
{
m_rsfm.m_sto.m_wsId = m_stringOpt.WritingSystem;
}
else if (ctrl == m_dateOpt)
{
m_rsfm.m_dto.m_rgsFmt = m_dateOpt.Formats;
}
else if (ctrl == m_linkOpt)
{
// No options to set, but preserve the flid and name.
}
else if (ctrl == m_discardOpt)
{
m_rsfm.m_flid = 0;
m_rsfm.m_sName = LexTextControls.ksDoNotImport;
}
else
{
m_rsfm.m_flid = 0;
m_rsfm.m_sName = LexTextControls.ksDoNotImport;
}
DialogResult = DialogResult.OK;
}
private void m_cbDestination_SelectedIndexChanged(object sender, EventArgs e)
{
DestinationField dest = m_cbDestination.SelectedItem as DestinationField;
m_rsfm.m_flid = dest.Flid;
m_rsfm.m_sName = dest.Name;
SetSubControl();
}
public void OneArgumentConstructorTest()
{
var expressionObject = new Connection();
var field = new DestinationField(expressionObject);
Assert.IsNotNull(field.ConnectorIn);
Assert.AreEqual(field.ConnectorIn.Id, field.Id);
Assert.AreEqual(field.ConnectorIn.Owner, expressionObject);
}
public void HasSubfieldsShouldReturnTrueIfSubfieldsRetriverIsNotNullAndSubfieldsCountGreaterThatZero()
{
var df = new DestinationField(null);
df.ConnectorIn = new ConnectorIn(null);
df.SubfieldsRetriever = Mock.Create<IExpressionFieldsRetriever>();
df.Subfields.Add(new DestinationField(null));
Assert.IsTrue(df.HasSubfields);
}
public override bool Equals(object obj)
{
DestinationField that = obj as DestinationField;
if (that == null)
{
return(false);
}
else
{
return(this.m_flid == that.m_flid && this.m_name == that.m_name);
}
}
public void TwoArgumentConstructorTest()
{
var expressionObject = new Connection();
var field = new DestinationField(expressionObject, true);
Assert.IsNotNull(field.ConnectorIn);
Assert.AreEqual(field.ConnectorIn.Id, field.Id);
Assert.AreEqual(field.ConnectorIn.Owner, expressionObject);
Assert.IsTrue(field.IsGroupingField);
Assert.IsTrue(field.IsGroupCollapsed);
Assert.IsTrue(field.KeepSubfieldsAlive);
Assert.IsTrue(field.HideConnector);
}
static bool Prefix(Projectile __instance)
{
if (!Enabled)
{
return(true);
}
var projectile = __instance;
var ticksToImpact = (int)TicksToImpactField.GetValue(projectile);
var startingTicksToImpact = (int)StartingTicksToImpactProperty.GetValue(projectile, null);
var origin = Common.ToVector2((Vector3)OriginField.GetValue(projectile));
var destination = Common.ToVector2((Vector3)DestinationField.GetValue(projectile));
var position = Vector2.Lerp(origin, destination, 1.0f - ticksToImpact / (float)startingTicksToImpact);
try
{
if (projectile.def.projectile.flyOverhead)
{
// the shield has blocked the projectile - invert to get if harmony should allow the original block
return(!Mod.ShieldManager.ImpactShield(projectile.Map, position, origin, destination, (shield, vector2) =>
{
if (shield.Damage(projectile.def.projectile.GetDamageAmount(1f), position))
{
projectile.Destroy();
return true;
}
return false;
}));
}
var ray = new Ray2D(position, Vector2.Lerp(origin, destination, 1.0f - (ticksToImpact - 1) / (float)startingTicksToImpact));
Mod.ShieldManager.ImpactShield(projectile.Map, origin, ray, 1, (shield, point) =>
{
if (shield.Damage(projectile.def.projectile.GetDamageAmount(1f), point))
{
DestinationField.SetValue(projectile, Common.ToVector3(point, projectile.def.Altitude));
TicksToImpactField.SetValue(projectile, 0);
UsedTargetField.SetValue(projectile, null);
IntendedTargetField.SetValue(projectile, null);
return(true);
}
return(false);
});
}
catch (InvalidOperationException) {}
return(true);
}
void AddDestBtn_Click(object sender, RoutedEventArgs e)
{
System.Windows.Forms.OpenFileDialog openFile = new System.Windows.Forms.OpenFileDialog();
if (openFile.ShowDialog() == System.Windows.Forms.DialogResult.OK)
{
DestinationField destField = new DestinationField();
destField.Path = openFile.FileName;
destField.Keys = keys;
SourceAdded += destField.OnSourceAdded;
SourceDeleted += destField.OnSourceDeleted;
SourceKeyChanged += destField.OnSourceKeyChange;
DestStack.Children.Add(destField);
destField.KeyChanged += DestField_KeyChanged;
}
}
void ReleaseDesignerOutlets()
{
if (DestinationField != null)
{
DestinationField.Dispose();
DestinationField = null;
}
if (MapView != null)
{
MapView.Dispose();
MapView = null;
}
if (OkButton != null)
{
OkButton.Dispose();
OkButton = null;
}
}
/// <summary>
/// Adds the identifier fields.
/// </summary>
/// <param name="destination">The destination.</param>
private static void AddIdFields(DestinationFieldList destination)
{
var dataType = DestinationNodeFactory.GetDataType(typeof(int));
var df = new DestinationField(destination)
{
Name = "Id",
SystemName = Constants.IdColumnName,
DataType = dataType,
SetName = SourceFieldSetNames.Item,
ConnectorIn = { DataType = dataType, Name = "Id", IsNullable = false },
IsKeyEnabled = true,
IsKeyVisible = true
};
destination.Fields.Add(df);
}
/// <summary>
/// Adds the state fields.
/// </summary>
/// <param name="process">The process.</param>
/// <param name="destination">The destination.</param>
private static void AddStateFields(ProcessEdit process, DestinationFieldList destination)
{
if (!process.IsStateEnabled)
return;
var dataType = DestinationNodeFactory.GetDataType(typeof(string));
var df = new DestinationField(destination)
{
Name = "Current State",
SystemName = Constants.CurrentStateColumnName,
DataType = dataType,
SetName = SourceFieldSetNames.Item,
ConnectorIn = { DataType = dataType, Name = "Current State", IsNullable = false },
IsKeyVisible = true,
IsKeyEnabled = false
};
destination.Fields.Add(df);
}
/// <summary>
/// Creates the destination field.
/// </summary>
/// <param name="field">The field.</param>
/// <param name="owner">The owner.</param>
/// <returns>The <see cref="DestinationField"/>.</returns>
/// <exception cref="System.ArgumentException">Invalid destination field.</exception>
private DestinationField CreateDestinationField(FieldInfo field, ExpressionObjectBase owner)
{
if (!CanBeDestinationField(field))
throw new ArgumentException("Invalid destination field.");
var dataType = GetNodeDataType(field);
var result = new DestinationField(owner)
{
DataType = dataType,
Name = field.Name,
ConnectorIn = { DataType = dataType, Name = field.Name },
SystemName = field.SystemName,
SetName = SourceFieldSetNames.Item,
SubfieldsRetriever = GetDestinationFieldsRetriever(field)
};
return result;
}
public void HasParentFieldOfTypeMethodTest()
{
var field = new DestinationField(new Connection());
field.ParentField = new DestinationField(new Connection()){DataType = NodeDataType.Boolean,
ParentField = new DestinationField(new Connection()){DataType = NodeDataType.GageRR}};
//Doesn't match
Assert.IsFalse(field.HasParentFieldOfType(NodeDataType.File));
//Matches
Assert.IsTrue(field.HasParentFieldOfType(NodeDataType.GageRR));
}
private DestinationFieldEdit GetDestinationField(DestinationField field, string namePrefix = "")
{
var fieldEdit = DestinationFieldEdit.NewDestinationField();
fieldEdit.Name = field.Name;
fieldEdit.SystemName = field.SystemName;
fieldEdit.Type = field.DataType.ToNodeDataType().FullName;
fieldEdit.IsKey = field.IsKey;
if (field.ConnectorIn != null && field.ConnectorIn.Connection != null && field.ConnectorIn.Connection.Source != null)
fieldEdit.MappedTo = namePrefix + field.SystemName;
if (field.Subfields != null)
{
foreach (var subfield in field.Subfields.OfType<DestinationField>())
{
fieldEdit.Subfields.Add(GetDestinationField(subfield, namePrefix + field.SystemName + "."));
}
}
return fieldEdit;
}
public void ConnectorShouldReturnConnectorIn()
{
var df = new DestinationField(null);
df.ConnectorIn = new ConnectorIn(null);
Assert.AreSame(df.ConnectorIn, df.Connector);
}
/// <summary>
/// Adds the destination node.
/// </summary>
/// <param name="field">The field.</param>
/// <param name="destinationNode">The destination node.</param>
/// <param name="prefix">The prefix.</param>
private void AddDestinationNode(DestinationField field, DestinationNode destinationNode, string prefix = "")
{
if (field.ConnectorIn.Connection != null && field.ConnectorIn.Connection.Source != null)
{
var name = prefix + field.SystemName;
destinationNode.ResultNodes.Add(
CreateResultNode(field.ConnectorIn, field.DataType, name));
}
foreach (var subfield in field.Subfields.OfType<DestinationField>())
{
AddDestinationNode(subfield, destinationNode, prefix + field.SystemName + ".");
}
}
/// <summary>
/// Creates the cross reference destination field.
/// </summary>
/// <param name="field">The field.</param>
/// <param name="owner">The owner.</param>
/// <returns>DestinationField.</returns>
private static DestinationField CreateCrossReferenceDestinationField(FieldEdit field, ExpressionObjectBase owner)
{
var isSingleRef = field.IsSingleCrossReference();
var df = new DestinationField(owner)
{
DataType = NodeDataType.CrossReference,
Name = field.Name,
ConnectorIn = { DataType = NodeDataType.CrossReference, Name = field.Name },
SystemName = field.SystemName,
SetName = SourceFieldSetNames.Item,
IsKeyVisible = true,
IsKeyEnabled = isSingleRef,
SubfieldsRetriever = new CrossReferenceSubfieldsRetriever(field)
};
return df;
}
public void SerializationOfAdditionalInfoTest()
{
var field = new DestinationField(new Connection(), true);
field.AdditionalInfo = new CrossReferenceFieldInfo("Process");
//Serialize properties
var tw = new StringWriter();
using (var xw = XmlWriter.Create(tw))
{
xw.WriteStartElement("DestinationField");
field.Serialize(xw);
xw.WriteEndElement();
}
//Deserialize field and restore properties' values
var sr = new StringReader(tw.ToString());
using (var wr = XmlReader.Create(sr))
{
wr.ReadToFollowing("DestinationField");
var restoredField = new DestinationField(new Connection());
restoredField.Deserialize(wr);
Assert.IsNotNull(restoredField.AdditionalInfo);
Assert.AreEqual(
((CrossReferenceFieldInfo)field.AdditionalInfo).ReferencedProcessName,
((CrossReferenceFieldInfo)restoredField.AdditionalInfo).ReferencedProcessName);
}
}
public void SerializationOfGroupingRelatedPropertiesTest()
{
var field = new DestinationField(new Connection(), true);
//Serialize properties
var tw = new StringWriter();
using (var xw = XmlWriter.Create(tw))
{
xw.WriteStartElement("Node");
field.Serialize(xw);
xw.WriteEndElement();
}
//Deserialize field and restore properties' values
var sr = new StringReader(tw.ToString());
using (var wr = XmlReader.Create(sr))
{
wr.ReadToFollowing("Node");
var restoredField = new DestinationField(new Connection());
restoredField.Deserialize(wr);
Assert.AreEqual(field.IsGroupingField, restoredField.IsGroupingField);
Assert.AreEqual(field.IsGroupCollapsed, restoredField.IsGroupCollapsed);
Assert.AreEqual(field.KeepSubfieldsAlive, restoredField.KeepSubfieldsAlive);
Assert.AreEqual(field.HideConnector, restoredField.HideConnector);
}
}
private DestinationField CreateField(string name, string systemName, NodeDataType type, ExpressionObjectBase owner)
{
var field = new DestinationField(owner)
{
DataType = type,
Name = name,
IsKey = false,
IsKeyVisible = true,
IsKeyEnabled = true,
ConnectorIn = { DataType = type, Name = name },
SystemName = systemName,
SetName = SourceFieldSetNames.Item
};
field.ConnectorIn.Validator = _connectionValidatorFactory(field);
return field;
}
/// <summary>
/// Creates the connection validator.
/// </summary>
/// <param name="field">The field.</param>
/// <returns>The IConnectionValidator.</returns>
private IConnectionValidator CreateConnectionValidator(DestinationField field)
{
return new ConnectionValidator(ExpressionDesigner.Value.Diagram, ExpressionValidator, ExpressionNodeFactory);
}
/// <summary>
/// Creates the destination field.
/// </summary>
/// <param name="field">The field.</param>
/// <param name="owner">The owner.</param>
/// <returns>The DestinationField.</returns>
/// <exception cref="System.InvalidOperationException">Invalid destination field.</exception>
private DestinationField CreateDestinationField(FieldInfo field, ExpressionObjectBase owner)
{
if (!CanBeDestinationField(field))
throw new InvalidOperationException("Invalid destination field.");
var dataType = GetNodeDataType(field);
var result = new DestinationField(owner)
{
DataType = dataType,
Name = field.Name,
IsKeyVisible = true,
IsKeyEnabled = CanBeKeyField(field),
ConnectorIn = { DataType = dataType, Name = field.Name },
SystemName = field.SystemName,
SetName = SourceFieldSetNames.Item,
SubfieldsRetriever = GetDestinationFieldsRetriever(field)
};
result.ConnectorIn.Validator = CreateConnectionValidator(result);
return result;
}
/// <summary>
/// Adds the version fields.
/// </summary>
/// <param name="process">The process.</param>
/// <param name="destination">The destination.</param>
private static void AddVersionFields(ProcessEdit process, DestinationFieldList destination)
{
if (process.ProcessOptionChoose != ProcessOption.VersionEnabled)
return;
var dataType = DestinationNodeFactory.GetDataType(typeof(string));
var df = new DestinationField(destination)
{
Name = "Version",
SystemName = Constants.Version,
DataType = dataType,
SetName = SourceFieldSetNames.Item,
ConnectorIn = { DataType = dataType, Name = Constants.Version, IsNullable = false },
SubfieldsRetriever = new VersionSubfieldsRetriever(process),
IsKeyVisible = true,
IsKeyEnabled = false
};
destination.Fields.Add(df);
}
private DestinationField CreateDestinationField(IServiceExposedTypeFieldEdit field, ExpressionObjectBase owner)
{
var dataType = GetDataType(field);
var subfieldsRetriever = GetSubfieldsRetriever(field);
var result = new DestinationField(owner)
{
DataType = dataType,
Name = field.Name,
ConnectorIn = { DataType = dataType, Name = field.Name },
InnerName = field.Name,
SystemName = field.Name,
SubfieldsRetriever = subfieldsRetriever
};
return result;
}
/// <summary>
/// Creates the generic destination field.
/// </summary>
/// <param name="field">The field.</param>
/// <param name="owner">The owner.</param>
/// <returns>DestinationField.</returns>
private static DestinationField CreateGenericDestinationField(FieldEdit field, ExpressionObjectBase owner)
{
var dataType = DestinationNodeFactory.GetDataType(GetType(field));
var df = new DestinationField(owner)
{
DataType = dataType,
Name = field.Name,
IsKeyVisible = true,
IsKeyEnabled = CanBeKeyField(field),
ConnectorIn = { DataType = dataType, Name = field.Name },
SystemName = field.SystemName,
SetName = SourceFieldSetNames.Item
};
return df;
}
/// <summary>
/// Creates the destination field.
/// </summary>
/// <param name="field">The field.</param>
/// <param name="processName">The process name.</param>
/// <param name="owner">The owner.</param>
/// <returns>The DestinationField.</returns>
/// <exception cref="System.InvalidOperationException">Invalid destination field.</exception>
private DestinationField CreateDestinationField(FieldInfo field, string processName, ExpressionObjectBase owner)
{
if (!CanBeDestinationField(field))
throw new InvalidOperationException("Invalid destination field.");
var dataType = GetDataType(field);
if (field.ColumnType == ColumnTypes.Sample)
dataType = NodeDataType.Sample;
var df = new DestinationField(owner)
{
DataType = dataType,
Name = field.Name,
ConnectorIn = { DataType = dataType, Name = field.Name, Validator = ConnectionValidator },
SetName = SourceFieldSetNames.DataTriggerDestinationItem,
InnerName = field.SystemName,
SystemName = field.SystemName,
IsKeyEnabled = KeyFieldsEnabled && CanBeKeyField(field),
IsKeyVisible = KeyFieldsEnabled && CanBeKeyField(field),
IsRequired = field.IsRequired,
SubfieldsRetriever = GetDestinationFieldsRetriever(field)
};
if (dataType == NodeDataType.CrossReference)
{
PublishedProcessInfo.BeginGetProcessInfoByCrossReferenceField(
processName,
field.SystemName,
true,
result =>
{
if (result.Error == null && result.Object != null)
{
df.AdditionalInfo = new CrossReferenceFieldInfo(result.Object.SystemName);
}
});
}
return df;
}
/// <summary>
/// Creates the file destination field.
/// </summary>
/// <param name="field">The field.</param>
/// <param name="owner">The owner.</param>
/// <returns>DestinationField.</returns>
private static DestinationField CreateFileDestinationField(FieldEdit field, ExpressionObjectBase owner)
{
var dataType = DestinationNodeFactory.GetDataType(typeof(string));
var df = new DestinationField(owner)
{
DataType = dataType,
Name = field.Name,
ConnectorIn = { DataType = dataType, Name = field.Name },
SystemName = field.SystemName,
SetName = SourceFieldSetNames.Item,
IsKeyVisible = true,
IsKeyEnabled = false
};
return df;
}
public MainPage WriteIntoDestinationField(string text)
{
DestinationField.Clear();
DestinationField.SendKeys(text);
return(new MainPage(Driver));
}
private void DoctorAviation_PropertyChanged(object sender, PropertyChangedEventArgs e)
{
DestinationField desField = desFieldAviation.Where(x => x.fieldName == e.PropertyName).FirstOrDefault();
var val = TypeDescriptor.GetProperties(sender)[e.PropertyName].GetValue(sender);
if (desField != null)
{
char?valChar = ConvertToChar(val);
if (valChar == 'A')
{
desField.txtBox.Enabled = true;
}
else
{
TypeDescriptor.GetProperties(sender)[desField.fieldRemarkName].SetValue(sender, null);
desField.txtBox.Enabled = false;
}
}
else if (e.PropertyName == "trav_recomment")
{
char?valChar = ConvertToChar(val);
txtfitcls.DataBindings.Clear();
txtunitcls.DataBindings.Clear();
txtdeferred.DataBindings.Clear();
txtfitcls.Text = "";
txtunitcls.Text = "";
txtdeferred.Text = "";
if (valChar == 'F')
{
txtfitcls.Enabled = true;
txtunitcls.Enabled = false;
txtdeferred.Enabled = false;
}
else if (valChar == 'U')
{
txtfitcls.Enabled = false;
txtunitcls.Enabled = true;
txtdeferred.Enabled = false;
}
else if (valChar == 'D')
{
txtfitcls.Enabled = false;
txtunitcls.Enabled = false;
txtdeferred.Enabled = true;
}
else
{
txtfitcls.Enabled = false;
txtunitcls.Enabled = false;
txtdeferred.Enabled = false;
}
}
else
{
trn_audiometric_hdr PatientAudio = bsPatientAudio.OfType <trn_audiometric_hdr>().FirstOrDefault();
if (PatientAudio != null)
{
int?valInt = val == null ? null : ConvertToInt(val);
switch (e.PropertyName)
{
case "trav_rear_500":
PatientAudio.tdh_right_level_500 = valInt;
break;
case "trav_lear_500":
PatientAudio.tdh_left_level_500 = valInt;
break;
case "trav_rear_1000":
PatientAudio.tdh_right_level_1000 = valInt;
break;
case "trav_lear_1000":
PatientAudio.tdh_left_level_1000 = valInt;
break;
case "trav_rear_2000":
PatientAudio.tdh_right_level_2000 = valInt;
break;
case "trav_lear_2000":
PatientAudio.tdh_left_level_2000 = valInt;
break;
case "trav_rear_3000":
PatientAudio.tdh_right_level_3000 = valInt;
break;
case "trav_lear_3000":
PatientAudio.tdh_left_level_3000 = valInt;
break;
case "trav_rear_4000":
PatientAudio.tdh_right_level_4000 = valInt;
break;
case "trav_lear_4000":
PatientAudio.tdh_left_level_4000 = valInt;
break;
}
}
}
}
private static DestinationField CreateDestinationField(FieldInfo field, ExpressionObjectBase owner)
{
switch (field.ColumnType)
{
case ColumnTypes.Integer:
case ColumnTypes.String:
case ColumnTypes.Numeric:
case ColumnTypes.Double:
case ColumnTypes.Boolean:
case ColumnTypes.DateTime:
case ColumnTypes.SampleType:
case ColumnTypes.Reference:
case ColumnTypes.Result:
case ColumnTypes.Sample:
case ColumnTypes.Checklist:
{
var dataType = GetDataType(field);
var df = new DestinationField(owner)
{
DataType = dataType,
Name = field.Name,
ConnectorIn = { DataType = dataType, Name = field.Name },
SetName = SourceFieldSetNames.DataTriggerDestinationItem,
InnerName = field.SystemName,
SystemName = field.SystemName
};
return df;
}
default:
throw new ArgumentException("Field type not supported.", "field");
}
}
/// <summary>
/// Creates the field.
/// </summary>
/// <param name="name">The field name.</param>
/// <param name="type">The field type.</param>
/// <param name="owner">The owner.</param>
/// <returns>The <see cref="DestinationField"/>.</returns>
private DestinationField CreateField(string name, NodeDataType type, ExpressionObjectBase owner)
{
var field = new DestinationField(owner)
{
DataType = type,
Name = name,
IsKeyVisible = false,
IsKeyEnabled = false,
ConnectorIn = { DataType = type, Name = name },
SystemName = name,
SetName = SourceFieldSetNames.Item
};
return field;
}
/// <summary>
/// Begins the load.
/// </summary>
/// <param name="destinationField">The destination field.</param>
/// <param name="action">The action.</param>
/// <exception cref="System.ArgumentNullException">
/// action
/// or
/// destinationField
/// </exception>
public void BeginLoad(IExpressionField destinationField, Action<IExpressionField, IEnumerable<IExpressionField>> action)
{
if (action == null) throw new ArgumentNullException("action");
if (destinationField == null) throw new ArgumentNullException("destinationField");
var fields = new List<IExpressionField>();
var owner = destinationField.Connector.Owner;
// Version Date.
var dataType = DestinationNodeFactory.GetDataType(typeof(DateTime));
var df = new DestinationField(owner)
{
Name = "Version Date",
SystemName = Constants.VersionDate,
DataType = dataType,
SetName = SourceFieldSetNames.Item,
ConnectorIn = { DataType = dataType, Name = "Version Date" },
IsKeyVisible = true,
IsKeyEnabled = false
};
fields.Add(df);
// Version Number.
dataType = DestinationNodeFactory.GetDataType(typeof(string));
df = new DestinationField(owner)
{
Name = Constants.VersionNumberName,
SystemName = Constants.VersionNumber,
DataType = dataType,
SetName = SourceFieldSetNames.Item,
ConnectorIn = { DataType = dataType, Name = Constants.VersionNumberName, IsNullable = false },
IsKeyVisible = true,
IsKeyEnabled = false
};
fields.Add(df);
// Version Master.
dataType = DestinationNodeFactory.GetDataType(typeof (string));
df = new DestinationField(owner)
{
Name = "Version Master",
SystemName = Constants.VersionMaster,
DataType = dataType,
ConnectorIn = { DataType = dataType, Name = "Version Master", IsNullable = false },
SubfieldsRetriever = new VersionMasterSubfieldsRetriever(_process),
IsKeyVisible = true,
IsKeyEnabled = false
};
fields.Add(df);
action(destinationField, fields);
}
public void Constructor_FillConnectorsIn()
{
//Mock DestinationFieldsExpressionNode
var nodeMock = Mock.Create<DestinationFieldsExpressionNode>(Constructor.Mocked, Behavior.Loose);
//Arrange
Mock.NonPublic.Arrange(nodeMock, "ExpandSubconnectors",
ArgExpr.IsAny<ExpressionConnectorViewModel>(), false, true).IgnoreInstance().DoNothing();
Mock.NonPublic.Arrange(nodeMock, "ConnectorsInCollectionChanged",
ArgExpr.IsAny<object>(), ArgExpr.IsAny<NotifyCollectionChangedEventArgs>())
.IgnoreInstance().DoNothing();
var expressionObjectMock = Mock.Create<DestinationFieldList>();
var field1 = new DestinationField(new Connection());
var field2 = new DestinationField(new Connection());
expressionObjectMock.Fields.Add(field1);
expressionObjectMock.Fields.Add(field2);
var vmMock = Mock.Create<IDiagramViewModel>();
Mock.Arrange(() => new ExpressionConnector(ConnectorType.In, Arg.IsAny<IExpressionField>())).
DoInstead<ConnectorType, IExpressionField>((connectorType, expressionField) =>
{
if (expressionField != field1 && expressionField != field2)
{
Assert.Fail();
}
})
.MustBeCalled();
//Act
var result = new DestinationFieldsExpressionNode(vmMock, expressionObjectMock);
//Assert
Assert.AreEqual(2, result.ConnectorsIn.Count);
Mock.NonPublic.Assert(result, "ExpandSubconnectors", Occurs.Exactly(2),
ArgExpr.IsAny<ExpressionConnectorViewModel>(), false, true);
}
public void GetResultFields_Returns_ConnectedDestinationFields()
{
// Arrange.
var expressionService = CreateExpressionService();
var expressions = new List<IExpressionObjectBase>();
var source = new ConstantExpression();
expressions.Add(source);
var destination = new DestinationFieldList();
expressions.Add(destination);
// This field is connected.
var destinationField1 = new DestinationField(destination) { SystemName = "Field1" };
destination.Fields.Add(destinationField1);
expressions.Add(CreateConnection(source.ConnectorOut, destinationField1.ConnectorIn));
// This field is not connected, but has subfields that are connected.
var destinationField2 = new DestinationField(destination) { SystemName = "Field2" };
destination.Fields.Add(destinationField2);
var subfield1 = new DestinationField(destination) { SystemName = "Subfield1" };
destinationField2.Subfields.Add(subfield1);
expressions.Add(CreateConnection(source.ConnectorOut, subfield1.ConnectorIn));
var subfield2 = new DestinationField(destination) { SystemName = "Subfield2" };
destinationField2.Subfields.Add(subfield2);
// This field is not connected and doesn't have any subfields that are connected.
var destinationField3 = new DestinationField(destination) { SystemName = "Field3" };
destination.Fields.Add(destinationField3);
var subfield3 = new DestinationField(destination) { SystemName = "Subfield3" };
destinationField3.Subfields.Add(subfield3);
var xml = _expressionsSerializer.Serialize(new ExpressionContainer(expressions));
// Act.
var resultFields = expressionService.GetResultFields(xml).ToList();
// Assert.
Assert.AreEqual(2, resultFields.Count);
Assert.AreEqual("Field1", resultFields[0].SystemName);
Assert.AreEqual("Field2", resultFields[1].SystemName);
Assert.AreEqual(1, resultFields[1].Subfields.Count);
Assert.AreEqual("Subfield1", resultFields[1].Subfields[0].SystemName);
}
/// <summary>
/// Adds the destination key fields.
/// </summary>
/// <param name="field">The field.</param>
/// <param name="connections">The connections.</param>
/// <param name="keyFields">The key fields.</param>
/// <param name="prefix">The prefix.</param>
private void AddDestinationKeyFields(DestinationField field, IEnumerable<Connection> connections, ICollection<string> keyFields, string prefix = "")
{
var enumerable = connections as Connection[] ?? connections.ToArray();
if (field.IsKey && enumerable.Any(c => c.Sink.Id == field.ConnectorIn.Id))
{
keyFields.Add(prefix + field.SystemName);
}
foreach (var subfield in field.Subfields.OfType<DestinationField>())
{
AddDestinationKeyFields(subfield, enumerable, keyFields, prefix + field.SystemName + ".");
}
}
public void InsertSubconnectorsMethod_ExpandGroupsTest()
{
var vmMock = Mock.Create<IDiagramViewModel>();
var listMock = Mock.Create<DestinationFieldList>(Behavior.Loose);
Mock.Arrange(() => listMock.Fields).Returns(new ObservableCollection<DestinationField>());
//Mock DestinationFieldsExpressionNode
var nodeMock = Mock.Create<DestinationFieldsExpressionNode>(Behavior.Loose, vmMock, listMock);
var privateAccessor = new PrivateAccessor(nodeMock);
//Arrange
Mock.NonPublic.Arrange(nodeMock, "InsertSubconnectors",
ArgExpr.IsAny<ExpressionConnectorViewModel>(), ArgExpr.IsAny<bool>(),
ArgExpr.IsAny<bool>(), ArgExpr.IsAny<ExpressionConnector>()).CallOriginal();
Mock.Arrange(() => nodeMock.ConnectorsIn).Returns(new List<IConnectorViewModel>());
var expressionConnectorMock = Mock.Create<ExpressionConnector>(Constructor.Mocked, Behavior.Loose);
var subfieldMock = new DestinationField(null, true);
Mock.Arrange(() => expressionConnectorMock.GetSubconnectors()).Returns(new List<IExpressionField>{subfieldMock});
//Act
privateAccessor.CallMethod("InsertSubconnectors", Mock.Create<ExpressionConnectorViewModel>(), false, true, expressionConnectorMock);
//Assert
Mock.NonPublic.Assert(nodeMock, "ExpandSubconnectors", Occurs.Never(), ArgExpr.IsAny<ExpressionConnectorViewModel>(), ArgExpr.IsAny<bool>(), ArgExpr.IsAny<bool>());
}
