public void GivenCreatorIsEmptyWhenWritingXmlThenCreatorIsNotWritte()
{
GexfKeywordsMetadata metadata = new GexfKeywordsMetadata();
XmlTestWriter writer = new XmlTestWriter(metadata, "");
Assert.IsTrue(writer.ActualNormalizedXmlOutput.Length == 0);
}
public void GivenCreatorIsNotEmptyWhenWritingXmlThenCreatorIsWritten()
{
GexfKeywordsMetadata metadata = new GexfKeywordsMetadata {
Keywords = "Keyword Metadata"
};
XmlTestWriter writer = new XmlTestWriter(metadata, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void GivenCreatorIsNotEmptyWhenWritingXmlThenCreatorIsWritten()
{
GexfDescriptionMetadata metadata = new GexfDescriptionMetadata {
Description = "Some description"
};
XmlTestWriter writer = new XmlTestWriter(metadata, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void GivenNodeWhenWritingXmlThenIdAndLabelAreWritten()
{
GexfNode node = new GexfNode()
{
Id = "1", Label = "Hello"
};
XmlTestWriter writer = new XmlTestWriter(node, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void GivenNodeWithoutLabelWhenWritingXmlThenLabelAttributeIsNotWritten()
{
const string XmlOutput = "<edge id=\"1\" source=\"2\" target=\"3\" weight=\"3.167\" type=\"directed\" />";
GexfEdge edge = new GexfEdge(GexfEdgeType.Undirected)
{
Id = "1", Source = "2", Target = "3", EdgeType = GexfEdgeType.Directed, Weight = 3.167
};
XmlTestWriter writer = new XmlTestWriter(edge, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void TestMethod1()
{
const string XmlOutput = "<attvalues>\r\n" +
" <attvalue for=\"0\" value=\"http://gephi.org\"/>\r\n" +
" <attvalue for=\"1\" value=\"1\"/>\r\n" +
"</attvalues>";
GexfAttributeValueList attributeValueList = new GexfAttributeValueList();
XmlTestWriter writer = new XmlTestWriter(attributeValueList, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void TestMethod1()
{
const string XmlOutput = "<attribute id=\"1\" title=\"my−string−attribute\" type=\"string\" />";
GexfAttribute attribute = new GexfAttribute()
{
Id = "1", Title = "my−string−attribute", Type = GexfAttributeType.String
};
XmlTestWriter writer = new XmlTestWriter(attribute, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void TestMethod1()
{
const string XmlOutput = "<viz:thickness value=\"5.124\" xmlns:viz=\"http://www.gexf.net/1.2draft/viz\" />";
GexfThickness shape = new GexfThickness()
{
Thickness = 5.124f
};
XmlTestWriter writer = new XmlTestWriter(shape, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void GivenNodeWhenWritingXmlThenIdAndLabelAreWritten()
{
const string XmlOutput = "<viz:color r=\"239\" g=\"173\" b=\"66\" a=\"0.501960784313725\" xmlns:viz=\"http://www.gexf.net/1.2draft/viz\" />";
GexfColor color = new GexfColor()
{
Color = Color.FromArgb(128, 239, 173, 66)
};
XmlTestWriter writer = new XmlTestWriter(color, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void TestMethod1()
{
const string XmlOutput = "<viz:shape value=\"disc\" xmlns:viz=\"http://www.gexf.net/1.2draft/viz\" />";
GexfShape shape = new GexfShape()
{
Shape = "disc"
};
XmlTestWriter writer = new XmlTestWriter(shape, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void TestMethod1()
{
const string XmlOutput = "<viz:position x=\"15.7835\" y=\"40.1092\" z=\"3.1\" xmlns:viz=\"http://www.gexf.net/1.2draft/viz\" />";
GexfPosition position = new GexfPosition()
{
X = 15.7835f, Y = 40.1092f, Z = 3.1f
};
XmlTestWriter writer = new XmlTestWriter(position, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void GivenMetadataIsNotEmptyWhenWritingXmlThenMetadataIsWritten()
{
GexfMetadata metadata = new GexfMetadata
{
Creator = "Gephi.org",
Description = "A hello world! file",
Keywords = "Keyword Metadata",
LastModifiedDate = new DateTime(2009, 3, 20)
};
XmlTestWriter writer = new XmlTestWriter(metadata, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void TestMethod1()
{
const string XmlOutput = "<attvalue for=\"0\" value=\"http://gephi.org\"/>";
GexfAttribute attribute = new GexfAttribute()
{
Id = "1", Title = "my−string−attribute", Type = GexfAttributeType.String
};
GexfAttributeValue attributeValue = new GexfAttributeValue(attribute)
{
Value = "http://gephi.org"
};
XmlTestWriter writer = new XmlTestWriter(attributeValue, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void GivenNodeWhenWritingXmlThenIdAndLabelAreWritten()
{
GexfNode node1 = new GexfNode()
{
Id = "0", Label = "Hello"
};
GexfNode node2 = new GexfNode()
{
Id = "1", Label = "World"
};
GexfNodeList nodeList = new GexfNodeList();
nodeList.Add(node1);
nodeList.Add(node2);
XmlTestWriter writer = new XmlTestWriter(nodeList, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void GivenNodeWhenWritingXmlThenIdAndLabelAreWritten()
{
GexfEdge edge1 = new GexfEdge(GexfEdgeType.Directed)
{
Id = "0", Source = "2", Target = "4"
};
GexfEdge edge2 = new GexfEdge(GexfEdgeType.Directed)
{
Id = "1", Source = "3", Target = "5"
};
GexfEdgeList edgeList = new GexfEdgeList();
edgeList.Add(edge1);
edgeList.Add(edge2);
XmlTestWriter writer = new XmlTestWriter(edgeList, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
public void TestMethod1()
{
const string XmlOutput = "<attributes class=\"node\">\r\n" +
" <attribute id=\"0\" title=\"url\" type=\"string\"/>\r\n" +
" <attribute id=\"1\" title=\"indegree\" type=\"float\"/>\r\n" +
"</attributes>";
GexfAttributeList attributeList = new GexfAttributeList()
{
Mode = GexfMode.Static, Class = "node"
}
; attributeList.AddAttribute("0", "url", GexfAttributeType.String, null, null);
attributeList.AddAttribute("1", "indegree", GexfAttributeType.Float, null, null);
XmlTestWriter writer = new XmlTestWriter(attributeList, XmlOutput);
Assert.AreEqual(writer.ExpectedNormalizedXmlOutput, writer.ActualNormalizedXmlOutput);
}
