private String GenerateVertexViewHTML(IVertexView aVertex) { StringBuilder Output = new StringBuilder(); // take one IVertexView and traverse through it #region Vertex Properties if (aVertex.GetCountOfProperties() > 0) { //Output.Append("<table class=\"gql_table\" border=\"1\"> <!-- VertexProperties -->"); foreach (var _property in aVertex.GetAllProperties()) { if (_property.Item2 == null) { Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_property.Item1)).Append("</td><td style=\"width:400px\"></td></tr>"); } else if (_property.Item2 is Stream) { Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_property.Item1)).Append("</td><td style=\"width:400px\">BinaryProperty</td></tr>"); } else { Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_property.Item1)).Append("</td><td style=\"width:400px\">").Append(EscapeForXMLandHTML(_property.Item2.ToString())).Append("</td></tr>"); } } //Output.Append("</table> <!-- VertexProperties -->"); } #endregion #region Edges Output.Append("<tr><td><td><table class=\"gql_table\"border=\"1\"> <!-- Edges -->"); Output.Append("<tr><td style=\"width:250px\">edges</td><td style=\"width:400px\">"); foreach (var _edge in aVertex.GetAllEdges()) { if (_edge.Item2 == null) { Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_edge.Item1)).Append("</td><td style=\"width:400px\"></td></tr>"); } else { Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_edge.Item1)).Append("</td><td style=\"width:400px\">").Append(GenerateEdgeViewHTML(_edge.Item2)).Append("</td></tr>"); } } Output.Append("</td></td></tr>"); Output.Append("</table> <!-- Edges -->"); // add to the results... //_results.Add(new JObject(new JProperty("edges", _edges))); #endregion return(Output.ToString()); }
/// <summary> /// Generates an text vertex view. /// </summary> /// <param name="aVertex">The vertex.</param> /// <param name="Header">The header.</param> /// <returns>An string, that contains the text vertex view.</returns> private String GenerateVertexViewText(String Header, IVertexView aVertex) { StringBuilder Output = new StringBuilder(); // take one IVertexView and traverse through it #region Vertex Properties Output.AppendLine(); if (aVertex.GetCountOfProperties() > 0) { foreach (var _property in aVertex.GetAllProperties()) { if (_property.Item2 == null) { Output.AppendLine(Header + _property.Item1); } else { if (_property.Item2 is Stream) { Output.AppendLine(Header + _property.Item1 + "\t BinaryProperty"); } else { if (_property.Item2 is ICollectionWrapper) { Output.AppendLine(Header + _property.Item1); HandleListProperties((ICollectionWrapper)_property.Item2, Header, ref Output); } else { Output.AppendLine(Header + _property.Item1 + "\t " + _property.Item2.ToString()); } } } } } #endregion #region Edges Output.AppendLine(Header + "\t Edges:"); foreach (var _edge in aVertex.GetAllEdges()) { if (_edge.Item2 == null) { Output.AppendLine(Header+"\t\t"+_edge.Item1); } else { Output.AppendLine(Header+"\t\t"+_edge.Item2.GetType().Name); Output.AppendLine(Header+"\t\t"+_edge.Item1).Append(GenerateEdgeViewText(Header+"\t\t\t",_edge.Item2)); } } #endregion return Output.ToString(); }
/// <summary> /// Generates an text vertex view. /// </summary> /// <param name="aVertex">The vertex.</param> /// <param name="Header">The header.</param> /// <returns>An string, that contains the text vertex view.</returns> private String GenerateVertexViewText(String Header, IVertexView aVertex) { StringBuilder Output = new StringBuilder(); // take one IVertexView and traverse through it #region Vertex Properties Output.AppendLine(); if (aVertex.GetCountOfProperties() > 0) { foreach (var _property in aVertex.GetAllProperties()) { if (_property.Property == null) { Output.AppendLine(Header + _property.PropertyName); } else { if (_property.Property is Stream) { Output.AppendLine(Header + _property.PropertyName + "\t BinaryProperty"); } else { if (_property.Property is ICollectionWrapper) { Output.AppendLine(Header + _property.PropertyName); HandleListProperties((ICollectionWrapper)_property.Property, Header, ref Output); } else { Output.AppendLine(Header + _property.PropertyName + "\t " + _property.Property.ToString()); } } } } } #endregion #region Edges Output.AppendLine(Header + "\t Edges:"); foreach (var _edge in aVertex.GetAllEdges()) { if (_edge.Edge == null) { Output.AppendLine(Header + "\t\t" + _edge.EdgeName); } else { Output.AppendLine(Header + "\t\t" + _edge.Edge.GetType().Name); Output.AppendLine(Header + "\t\t" + _edge.EdgeName).Append(GenerateEdgeViewText(Header + "\t\t\t", _edge.Edge)); } } #endregion return(Output.ToString()); }
private String GenerateVertexViewHTML(IVertexView aVertex) { StringBuilder Output = new StringBuilder(); // take one IVertexView and traverse through it #region Vertex Properties if (aVertex.GetCountOfProperties() > 0) { //Output.Append("<table class=\"gql_table\" border=\"1\"> <!-- VertexProperties -->"); foreach (var _property in aVertex.GetAllProperties()) { if (_property.Item2 == null) Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_property.Item1)).Append("</td><td style=\"width:400px\"></td></tr>"); else if (_property.Item2 is Stream) Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_property.Item1)).Append("</td><td style=\"width:400px\">BinaryProperty</td></tr>"); else Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_property.Item1)).Append("</td><td style=\"width:400px\">").Append(EscapeForXMLandHTML(_property.Item2.ToString())).Append("</td></tr>"); } //Output.Append("</table> <!-- VertexProperties -->"); } #endregion #region Edges Output.Append("<tr><td><td><table class=\"gql_table\"border=\"1\"> <!-- Edges -->"); Output.Append("<tr><td style=\"width:250px\">edges</td><td style=\"width:400px\">"); foreach (var _edge in aVertex.GetAllEdges()) { if (_edge.Item2 == null) { Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_edge.Item1)).Append("</td><td style=\"width:400px\"></td></tr>"); } else { Output.Append("<tr><td style=\"width:250px\">").Append(EscapeForXMLandHTML(_edge.Item1)).Append("</td><td style=\"width:400px\">").Append(GenerateEdgeViewHTML(_edge.Item2)).Append("</td></tr>"); } } Output.Append("</td></td></tr>"); Output.Append("</table> <!-- Edges -->"); // add to the results... //_results.Add(new JObject(new JProperty("edges", _edges))); #endregion return Output.ToString(); }
public bool Equals(IVertexView x, IVertexView y) { if (x.GetCountOfProperties() != y.GetCountOfProperties()) { return(false); } var xProperties = x.GetAllProperties().ToList(); var yProperties = y.GetAllProperties().ToList(); if (xProperties.Count != xProperties.Count) { return(false); } for (int i = 0; i <= xProperties.Count; i++) { if (xProperties[i].PropertyName != yProperties[i].PropertyName) { return(false); } if (!xProperties[i].Property.Equals(yProperties[i].Property)) { return(false); } } var xBinaryProperties = x.GetAllBinaryProperties().ToList(); var yBinaryProperties = y.GetAllBinaryProperties().ToList(); if (xBinaryProperties.Count != yBinaryProperties.Count) { return(false); } for (int i = 0; i <= xBinaryProperties.Count; i++) { if (xBinaryProperties[i].PropertyName != yBinaryProperties[i].PropertyName) { return(false); } if (!xBinaryProperties[i].BinaryPropery.Equals(yBinaryProperties[i].BinaryPropery)) { return(false); } } var xEdges = x.GetAllEdges().ToList(); var yEdges = y.GetAllEdges().ToList(); if (xEdges.Count != yEdges.Count) { return(false); } for (int i = 0; i <= xEdges.Count; i++) { if (xEdges[i].EdgeName != xEdges[i].EdgeName) { return(false); } if (!this.Equals(xEdges[i].Edge, yEdges[i].Edge)) { return(false); } } return(true); }
/// <summary> /// Generates an text vertex view. /// </summary> /// <param name="aVertex">The vertex.</param> /// <param name="Header">The header.</param> /// <returns>An string, that contains the text vertex view.</returns> private String GenerateVertexViewText(String Header, IVertexView aVertex) { StringBuilder Output = new StringBuilder(); // take one IVertexView and traverse through it #region Vertex Properties Output.AppendLine(); if (aVertex.GetCountOfProperties() > 0) { foreach (var _property in aVertex.GetAllProperties()) { if (_property.Item2 == null) { Output.AppendLine(Header + _property.Item1); } else { if (_property.Item2 is Stream) { Output.AppendLine(Header + _property.Item1 + "\t BinaryProperty"); } else { if (_property.Item2 is ICollectionWrapper) { Output.AppendLine(Header + _property.Item1); HandleListProperties((ICollectionWrapper)_property.Item2, Header, ref Output); } else { if (_property.Item2.GetType().IsSubclassOf(typeof(AUserdefinedDataType))) { Output.AppendLine(Header + _property.Item1 + "\t " + ((AUserdefinedDataType)_property.Item2).Value); } else { Output.AppendLine(Header + _property.Item1 + "\t " + _property.Item2.ToString()); } } } } } } #endregion #region Edges Output.AppendLine(Header + "\t Edges:"); foreach (var _edge in aVertex.GetAllEdges()) { if (_edge.Item2 == null) { Output.AppendLine(Header + "\t\t" + _edge.Item1); } else { Output.AppendLine(Header + "\t\t" + _edge.Item2.GetType().Name); Output.AppendLine(Header + "\t\t" + _edge.Item1).Append(GenerateEdgeViewText(Header + "\t\t\t", _edge.Item2)); } } #endregion return(Output.ToString()); }