public void TestWriteCollectionData_ManyCollectionsManyArtefacts()
{
// Test the typical use case for the CollectionWriter
CreateTwoCollectionsWithTwoArtefacts();
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
for (int i = 0; i < 2; i++)
{
Dictionary <string, string[]> collectionMetadata = CollectionReader.GetCollectionMetadataWithIdentifier(String.Format("TEST-COLLECTION-0{0}", i));
Assert.That(collectionMetadata ["title"] [0] == "Test Title");
Assert.That(collectionMetadata ["title"] [1] == "A second title");
Assert.That(collectionMetadata ["creator"] [0] == "Test Creator");
Assert.That(collectionMetadata ["creator"] [1] == "A co-creator");
Assert.That(collectionMetadata ["date"] [0] == "2016-10-20");
for (int j = 0; j < 2; j++)
{
Dictionary <string, Dictionary <string, float> > transformData = CollectionReader.GetTransformForArtefactWithIdentifierInCollection(String.Format("TEST-COLLECTION-0{0}", i), String.Format("TEST-ARTEFACT-0{0}", j));
Assert.That(transformData ["position"] ["x"] == Vector3.one.x);
Assert.That(transformData ["position"] ["y"] == Vector3.one.y);
Assert.That(transformData ["position"] ["z"] == Vector3.one.z);
Assert.That(transformData ["rotation"] ["x"] == Quaternion.identity.x);
Assert.That(transformData ["rotation"] ["y"] == Quaternion.identity.y);
Assert.That(transformData ["rotation"] ["z"] == Quaternion.identity.z);
Assert.That(transformData ["rotation"] ["w"] == Quaternion.identity.w);
Assert.That(transformData ["scale"] ["x"] == Vector3.one.x);
Assert.That(transformData ["scale"] ["y"] == Vector3.one.y);
Assert.That(transformData ["scale"] ["z"] == Vector3.one.z);
}
}
}
void Start()
{
// Upon creating this object, download the relevant XML data and use it to prepare the CollectionReader
#if UNITY_WEBGL
StartCoroutine(DownloadXml(Paths.CollectionMetadata));
#elif UNITY_STANDALONE
Debug.Log("Will load from " + Paths.CollectionMetadata);
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
GetCollections();
#endif
}
void Start()
{
// Upon creating this object, download the relevant XML data and use it to prepare the CollectionReader
#if UNITY_WEBGL
// StartCoroutine (DownloadXml (Paths.Local + "/Vertice_CollectionInformation.xml"));
StartCoroutine(DownloadXml(Paths.CollectionMetadata));
#else
Debug.Log("Will load from " + Paths.CollectionMetadata);
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
GetCollections();
#endif
}
public void TestAddArtefactToCollection()
{
CreateTwoCollectionsWithTwoArtefacts();
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
string[] collectionIdentifiers_00 = CollectionReader.GetIdentifiersForArtefactsInCollectionWithIdentifier("TEST-COLLECTION-00");
int numArtefactsBeforeAdd = collectionIdentifiers_00.Length;
CollectionWriter.AddArtefactToCollectionWithIdentifier("TEST-COLLECTION-00", "NEW-ARTEFACT", new VerticeTransform(0f, 0f, 0f, 0f));
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
string[] updated_collectionIdentifiers_00 = CollectionReader.GetIdentifiersForArtefactsInCollectionWithIdentifier("TEST-COLLECTION-00");
int numArtefactsAfterAdd = updated_collectionIdentifiers_00.Length;
Assert.That(numArtefactsAfterAdd == (numArtefactsBeforeAdd + 1));
}
/// <summary>
/// Writes the built XML document to a file
/// </summary>
/// <param name="filePath">The file path to write to</param>
static void WriteXmlToFile()
{
XmlWriter writer = null;
XmlWriterSettings settings = new XmlWriterSettings();
settings.Indent = true;
try
{
writer = XmlWriter.Create(Paths.CollectionMetadata, settings);
_xmlDocument.WriteTo(writer);
writer.Flush();
}
finally
{
if (writer != null)
{
writer.Close();
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
}
}
}
public void TestSaveLocationChanges()
{
// Check that, when the save location is changed, the two XML files a) can vary independently, and that b) the second file
// is an extension of whatever data existed in the first file (i.e. that, in a sense, operations on the second file are precluded by
// all of the operations that had occurred to establish the first file).
CollectionWriter.EstablishNewDocument();
// Create some data
Dictionary <string, string[]> descriptiveData = new Dictionary <string, string[]>();
Dictionary <string, VerticeTransform> structuralData = new Dictionary <string, VerticeTransform>();
descriptiveData.Add("title", new string[] { "Test Title" });
descriptiveData.Add("creator", new string[] { "Test Creator" });
descriptiveData.Add("date", new string[] { "2016-10-20" });
structuralData.Add("TEST-ARTEFACT-01", new VerticeTransform(Vector3.one, Quaternion.identity, Vector3.one));
// Write data to the first file
Paths.CollectionMetadata = Environment.CurrentDirectory + "/Assets/Scripts/Metadata/TestAssets/Collection_Writer_Test.xml";
CollectionWriter.WriteCollectionWithIdentifer("TEST-COLLECTION-01", descriptiveData, structuralData);
// Change location and save the new collection
Paths.CollectionMetadata = Environment.CurrentDirectory + "/Assets/Scripts/Metadata/TestAssets/Collection_Writer_Test_02.xml";
CollectionWriter.WriteCollectionWithIdentifer("TEST-COLLECTION-02", descriptiveData, structuralData);
// Check that the first file has only one collection
CollectionReader.LoadXmlFromFile(Environment.CurrentDirectory + "/Assets/Scripts/Metadata/TestAssets/Collection_Writer_Test.xml");
string[] collectionIdentifiers_01 = CollectionReader.GetIdentifiersForCollections();
Assert.That(collectionIdentifiers_01.Length == 1);
// Now check that the second file has two
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
string[] collectionIdentifiers_02 = CollectionReader.GetIdentifiersForCollections();
Assert.That(collectionIdentifiers_02.Length == 2);
// Tidy up (the second file will be deleted in TearDown)
File.Delete(Environment.CurrentDirectory + "/Assets/Scripts/Metadata/TestAssets/Collection_Writer_Test.xml");
}
public void TestOverwriteCollection()
{
CreateTwoCollectionsWithTwoArtefacts();
Dictionary <string, string[]> descriptiveData = new Dictionary <string, string[]>();
Dictionary <string, VerticeTransform> structuralData = new Dictionary <string, VerticeTransform>();
descriptiveData.Add("title", new string[] { "Test Overwrite" });
descriptiveData.Add("creator", new string[] { "Test Creator Overwrite" });
descriptiveData.Add("date", new string[] { "2016-10-26" });
structuralData.Add("TEST-ARTEFACT-03", new VerticeTransform(Vector3.one, Quaternion.identity, Vector3.one));
CollectionWriter.WriteCollectionWithIdentifer("TEST-COLLECTION-00", descriptiveData, structuralData);
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
Dictionary <string, string[]> collectionMetadata = CollectionReader.GetCollectionMetadataWithIdentifier("TEST-COLLECTION-00");
Assert.That(collectionMetadata ["title"] [0] == "Test Overwrite");
Assert.That(collectionMetadata ["creator"] [0] == "Test Creator Overwrite");
Assert.That(collectionMetadata ["date"] [0] == "2016-10-26");
Dictionary <string, Dictionary <string, float> > transformData = CollectionReader.GetTransformForArtefactWithIdentifierInCollection("TEST-COLLECTION-00", "TEST-ARTEFACT-03");
Assert.That(transformData ["position"] ["x"] == Vector3.one.x);
Assert.That(transformData ["position"] ["y"] == Vector3.one.y);
Assert.That(transformData ["position"] ["z"] == Vector3.one.z);
Assert.That(transformData ["rotation"] ["x"] == Quaternion.identity.x);
Assert.That(transformData ["rotation"] ["y"] == Quaternion.identity.y);
Assert.That(transformData ["rotation"] ["z"] == Quaternion.identity.z);
Assert.That(transformData ["rotation"] ["w"] == Quaternion.identity.w);
Assert.That(transformData ["scale"] ["x"] == Vector3.one.x);
Assert.That(transformData ["scale"] ["y"] == Vector3.one.y);
Assert.That(transformData ["scale"] ["z"] == Vector3.one.z);
}
public void TestWriteCollectionData_OneToOne()
{
// Test that a collection whose descriptive elements are non-repeating write correctly
Dictionary <string, string[]> descriptiveData = new Dictionary <string, string[]>();
Dictionary <string, VerticeTransform> structuralData = new Dictionary <string, VerticeTransform>();
descriptiveData.Add("title", new string[] { "Test Title" });
descriptiveData.Add("creator", new string[] { "Test Creator" });
descriptiveData.Add("date", new string[] { "2016-10-20" });
structuralData.Add("TEST-ARTEFACT-01", new VerticeTransform(Vector3.one, Quaternion.identity, Vector3.one));
CollectionWriter.WriteCollectionWithIdentifer("TEST-COLLECTION-01", descriptiveData, structuralData);
CollectionReader.LoadXmlFromFile(Paths.CollectionMetadata);
Dictionary <string, string[]> collectionMetadata = CollectionReader.GetCollectionMetadataWithIdentifier("TEST-COLLECTION-01");
Dictionary <string, Dictionary <string, float> > transformData = CollectionReader.GetTransformForArtefactWithIdentifierInCollection("TEST-COLLECTION-01", "TEST-ARTEFACT-01");
Assert.That(collectionMetadata ["title"] [0] == "Test Title");
Assert.That(collectionMetadata ["creator"] [0] == "Test Creator");
Assert.That(collectionMetadata ["date"] [0] == "2016-10-20");
Assert.That(transformData ["position"] ["x"] == Vector3.one.x);
Assert.That(transformData ["position"] ["y"] == Vector3.one.y);
Assert.That(transformData ["position"] ["z"] == Vector3.one.z);
Assert.That(transformData ["rotation"] ["x"] == Quaternion.identity.x);
Assert.That(transformData ["rotation"] ["y"] == Quaternion.identity.y);
Assert.That(transformData ["rotation"] ["z"] == Quaternion.identity.z);
Assert.That(transformData ["rotation"] ["w"] == Quaternion.identity.w);
Assert.That(transformData ["scale"] ["x"] == Vector3.one.x);
Assert.That(transformData ["scale"] ["y"] == Vector3.one.y);
Assert.That(transformData ["scale"] ["z"] == Vector3.one.z);
}
