public void ToApiMoveNodesRequest()
{
// ARRANGE
ApiMoveNodesRequest expected = FactoryNode.ApiMoveNodesRequest;
expected.ResolutionStrategy = "overwrite";
MoveNodesRequest param = new MoveNodesRequest(12,
new List <MoveNode>(expected.Nodes.Count),
ResolutionStrategy.Overwrite,
expected.KeepShareLinks);
foreach (ApiMoveNode currentApi in expected.Nodes)
{
param.NodesToBeMoved.Add(new MoveNode(currentApi.NodeId, currentApi.NewName));
}
Mock.Arrange(() => EnumConverter.ConvertResolutionStrategyToValue(param.ResolutionStrategy)).Returns(expected.ResolutionStrategy);
// ACT
ApiMoveNodesRequest actual = NodeMapper.ToApiMoveNodesRequest(param);
// ASSERT
Assert.Equal(expected, actual, new ApiMoveNodesRequestComparer());
}
/// <summary>
/// Maps a basic property value.
/// </summary>
/// <param name="mapping">
/// The mapping for the property value. Cannot be null.
/// </param>
/// <param name="sourcePropertyType">
/// The type of the first parameter being supplied to <paramref name="mapping"/>.
/// Cannot be <c>null</c>.
/// </param>
/// <param name="sourcePropertyAlias">
/// The alias of the node property to map from. Required.
/// </param>
/// <param name="nodeMapper"></param>
/// <param name="destinationProperty"></param>
public BasicPropertyMapper(
Func <object, object> mapping,
Type sourcePropertyType,
NodeMapper nodeMapper,
PropertyInfo destinationProperty,
string sourcePropertyAlias
)
: base(nodeMapper, destinationProperty)
{
if (sourcePropertyType == null && mapping != null)
{
throw new ArgumentNullException("sourcePropertyType", "Source property type must be specified when using a mapping");
}
if (sourcePropertyAlias == null)
{
sourcePropertyAlias = NodeMapper.GetPropertyAlias(destinationProperty);
if (sourcePropertyAlias == null)
{
throw new PropertyAliasNotFoundException(sourcePropertyType, destinationProperty, sourcePropertyAlias);
}
}
SourcePropertyAlias = sourcePropertyAlias;
RequiresInclude = false;
AllowCaching = true;
_mapping = mapping;
_sourcePropertyType = sourcePropertyType;
}
public void GetComplexObject()
{
NodeMapper nodeMapper = new NodeMapper();
Order order= nodeMapper.Get<Order>(14);
Assert.AreEqual(14, order.Id);
Assert.AreEqual(2, order.OrderItems.Count);
}
// Start is called before the first frame update
void Start()
{
// Fill in needed components
lr = GetComponent <LineRendererToPoint>();
neighbors = new List <NodeMapper>();
if (Adjacent != null)
{
for (int i = 0; i <= Adjacent.Count; i++)
{
NodeMapper nm = Adjacent[i].GetComponent <NodeMapper>();
if (nm != null)
{
neighbors.Add(nm);
}
if (CorrectConnection[i])
{
correctCount++;
}
}
}
if (SelectSprite != null)
{
SelectSprite.enabled = true;
//selectColor = SelectSprite.material.color;
DeSelect();
}
}
/// <summary>
/// Maps a single relationship.
/// </summary>
/// <param name="mapping">
/// Mapping to a nullable node ID. Takes the context and source property value
/// as parameters.
/// If <c>null</c>, the mapping will be deduced from the other parameters.
/// </param>
/// <param name="sourcePropertyType">
/// The type of object being supplied to <paramref name="mapping"/>.
/// Will be set to <c>int?</c> if <paramref name="mapping"/> is specified.
/// </param>
/// <param name="sourcePropertyAlias">
/// The alias of the node property to map from. If null, the closest ancestor which is
/// compatible with <paramref name="destinationProperty"/> will be mapped instead.
/// </param>
/// <param name="nodeMapper"></param>
/// <param name="destinationProperty"></param>
public SinglePropertyMapper(
Func <NodeMappingContext, object, int?> mapping,
Type sourcePropertyType,
NodeMapper nodeMapper,
PropertyInfo destinationProperty,
string sourcePropertyAlias
)
: base(nodeMapper, destinationProperty)
{
if (sourcePropertyType == null && mapping != null)
{
// Default source property type
sourcePropertyType = typeof(int?);
}
if (sourcePropertyAlias == null &&
mapping != null &&
!typeof(int?).IsAssignableFrom(sourcePropertyType))
{
throw new ArgumentException("If specifying a mapping for a single model with no property alias, the source property type must be assignable to Nullable<int>.");
}
SourcePropertyAlias = sourcePropertyAlias;
RequiresInclude = true;
AllowCaching = true;
_mapping = mapping;
_sourcePropertyType = sourcePropertyType;
}
public void ToApiRestorePreviousVersionsRequest()
{
// ARRANGE
string expectedStrategyValue = "overwrite";
ResolutionStrategy expectedStrategy = ResolutionStrategy.Overwrite;
ApiRestorePreviousVersionsRequest expected = FactoryNode.ApiRestorePreviousVersionsRequest;
expected.ResolutionStrategy = expectedStrategyValue;
RestorePreviousVersionsRequest param = new RestorePreviousVersionsRequest(expected.DeletedNodeIds)
{
KeepShareLinks = expected.KeepShareLinks,
NewParentNodeId = expected.ParentId,
ResolutionStrategy = expectedStrategy
};
Mock.Arrange(() => EnumConverter.ConvertResolutionStrategyToValue(expectedStrategy)).Returns(expectedStrategyValue);
// ACT
ApiRestorePreviousVersionsRequest actual = NodeMapper.ToApiRestorePreviousVersionsRequest(param);
// ASSERT
Assert.Equal(expected, actual, new ApiRestorePreviousVersionsRequestComparer());
}
public Node EnableRoomEncryption(EnableRoomEncryptionRequest request)
{
_client.Executor.CheckApiServerVersion();
#region Parameter Validation
request.MustNotNull(nameof(request));
request.DataRoomRescueKeyPassword.MustNotNullOrEmptyOrWhitespace(nameof(request.DataRoomRescueKeyPassword), true);
request.Id.MustPositive(nameof(request.Id));
#endregion
ApiUserKeyPair apiDataRoomRescueKey = null;
if (request.DataRoomRescueKeyPassword != null)
{
try {
UserKeyPair cryptoPair = Crypto.Sdk.Crypto.GenerateUserKeyPair(request.DataRoomRescueKeyPassword);
apiDataRoomRescueKey = UserMapper.ToApiUserKeyPair(cryptoPair);
} catch (CryptoException ce) {
DracoonClient.Log.Debug(Logtag, $"Generation of user key pair failed with '{ce.Message}'!");
throw new DracoonCryptoException(CryptoErrorMapper.ParseCause(ce), ce);
}
}
ApiEnableRoomEncryptionRequest apiEnableRoomEncryptionRequest =
RoomMapper.ToApiEnableRoomEncryptionRequest(request, apiDataRoomRescueKey);
IRestRequest restRequest = _client.Builder.PutEnableRoomEncryption(request.Id, apiEnableRoomEncryptionRequest);
ApiNode result = _client.Executor.DoSyncApiCall <ApiNode>(restRequest, RequestType.PutEnableRoomEncryption);
return(NodeMapper.FromApiNode(result));
}
void SelectUnderCursor()
{
NodeMapper node = FindNodeMapperUnderCursor();
if (node != null)
{
if (selectedNode != null)
{
if (selectedNode.IsAdjacent(node))
{
selectedNode.ConnectTo(node);
DeSelectNode();
if (_constellation != null && _constellation.CheckForSuccess())
{
Debug.Log("Win?");
Win();
}
}
else
{
DeSelectNode();
}
}
else if (selectedNode == null)
{
SelectNode(node);
}
}
else
{
DeSelectNode();
}
}
public void FromApiDeletedNodeSummary()
{
// ARRANGE
NodeType expectedType = NodeType.File;
string expectedTypeValue = "file";
RecycleBinItem expected = FactoryNode.RecycleBinItem;
expected.Type = expectedType;
ApiDeletedNodeSummary param = new ApiDeletedNodeSummary()
{
Type = expectedTypeValue,
ParentId = expected.ParentId,
ParentPath = expected.ParentPath,
Name = expected.Name,
FirstDeletedAt = expected.FirstDeletedAt,
LastDeletedAt = expected.LastDeletedAt,
LastDeletedNodeId = expected.LastDeletedNodeId,
CntVersions = expected.VersionsCount
};
Mock.Arrange(() => EnumConverter.ConvertValueToNodeTypeEnum(expectedTypeValue)).Returns(expectedType);
// ACT
RecycleBinItem actual = NodeMapper.FromApiDeletedNodeSummary(param);
// ASSERT
Assert.Equal(expected, actual, new RecycleBinItemComparer());
}
/// <summary>
/// Maps a single relationship.
/// </summary>
/// <param name="mapping">
/// Mapping to a nullable node ID. Takes the context and source property value
/// as parameters.
/// If <c>null</c>, the mapping will be deduced from the other parameters.
/// </param>
/// <param name="sourcePropertyType">
/// The type of object being supplied to <paramref name="mapping"/>.
/// Will be set to <c>int?</c> if <paramref name="mapping"/> is specified.
/// </param>
/// <param name="sourcePropertyAlias">
/// The alias of the node property to map from. If null, the closest ancestor which is
/// compatible with <paramref name="destinationProperty"/> will be mapped instead.
/// </param>
/// <param name="nodeMapper"></param>
/// <param name="destinationProperty"></param>
public SinglePropertyMapper(
Func<NodeMappingContext, object, int?> mapping,
Type sourcePropertyType,
NodeMapper nodeMapper,
PropertyInfo destinationProperty,
string sourcePropertyAlias
)
: base(nodeMapper, destinationProperty)
{
if (sourcePropertyType == null && mapping != null)
{
// Default source property type
sourcePropertyType = typeof(int?);
}
if (sourcePropertyAlias == null
&& mapping != null
&& !typeof(int?).IsAssignableFrom(sourcePropertyType))
{
throw new ArgumentException("If specifying a mapping for a single model with no property alias, the source property type must be assignable to Nullable<int>.");
}
SourcePropertyAlias = sourcePropertyAlias;
RequiresInclude = true;
AllowCaching = true;
_mapping = mapping;
_sourcePropertyType = sourcePropertyType;
}
public void GetComplexObject()
{
NodeMapper nodeMapper = new NodeMapper();
Order order = nodeMapper.Get <Order>(14);
Assert.AreEqual(14, order.Id);
Assert.AreEqual(2, order.OrderItems.Count);
}
private void DeSelectNode()
{
if (selectedNode != null)
{
selectedNode.DeSelect();
selectedNode = null;
}
}
void ClearUnderCursor()
{
NodeMapper node = FindNodeMapperUnderCursor();
if (node != null)
{
node.ClearLine();
}
}
public void GetEntityTest()
{
NodeMapper mapper = new NodeMapper();
Person person = mapper.Get <Person>(7);
Console.WriteLine("Generated Id: " + person.Id.ToString());
Assert.AreNotEqual(0, person.Id);
Assert.AreEqual("Sony", person.FirstName);
}
public void FromApiDeletedNodeVersion()
{
// ARRANGE
Classification expectedClassification = Classification.Confidential;
NodeType expectedType = NodeType.File;
string expectedTypeValue = "file";
PreviousVersion expected = FactoryNode.PreviousVersion;
expected.Classification = expectedClassification;
expected.Type = expectedType;
ApiDeletedNodeVersion param = new ApiDeletedNodeVersion {
Type = expectedTypeValue,
ParentId = expected.ParentId,
ParentPath = expected.ParentPath,
Name = expected.Name,
AccessedAt = expected.AccessedAt,
Classification = (int)expectedClassification,
CreatedAt = expected.CreatedAt,
CreatedBy = new ApiUserInfo {
Id = expected.CreatedBy.Id.Value,
DisplayName = expected.CreatedBy.DisplayName,
AvatarUuid = expected.CreatedBy.AvatarUUID
},
DeletedAt = expected.DeletedAt,
DeletedBy = new ApiUserInfo {
Id = expected.DeletedBy.Id.Value,
DisplayName = expected.DeletedBy.DisplayName,
AvatarUuid = expected.DeletedBy.AvatarUUID
},
ExpireAt = expected.ExpireAt,
Id = expected.Id,
IsEncrypted = expected.IsEncrypted,
Notes = expected.Notes,
Size = expected.Size,
UpdatedAt = expected.UpdatedAt,
UpdatedBy = new ApiUserInfo {
Id = expected.UpdatedBy.Id.Value,
DisplayName = expected.UpdatedBy.DisplayName,
AvatarUuid = expected.UpdatedBy.AvatarUUID
}
};
Mock.Arrange(() => EnumConverter.ConvertValueToNodeTypeEnum(expectedTypeValue)).Returns(expectedType);
Mock.Arrange(() => EnumConverter.ConvertValueToClassificationEnum((int)expectedClassification)).Returns(expectedClassification);
Mock.Arrange(() => UserMapper.FromApiUserInfo(param.CreatedBy)).Returns(expected.CreatedBy);
Mock.Arrange(() => UserMapper.FromApiUserInfo(param.DeletedBy)).Returns(expected.DeletedBy);
Mock.Arrange(() => UserMapper.FromApiUserInfo(param.UpdatedBy)).Returns(expected.UpdatedBy);
// ACT
PreviousVersion actual = NodeMapper.FromApiDeletedNodeVersion(param);
// ASSERT
Assert.Equal(expected, actual, new PreviousVersionComparer());
}
public ConfigurationManager(NodeMapper nodeMapper, EdgeMapper edgeMapper, BoardConfiguration boardConfiguration,
SerialConfiguration serialConfiguration, GpioConfiguration gpioConfiguration)
{
_nodeMapper = nodeMapper;
_edgeMapper = edgeMapper;
BoardConfiguration = boardConfiguration;
SerialConfiguration = serialConfiguration;
GpioConfiguration = gpioConfiguration;
}
public bool IsAdjacentButNotConnecting(NodeMapper nm)
{
bool ret = false;
int index = neighbors.IndexOf(nm);
if (index > -1)
{
ret = !(connection == index);
}
return(ret);
}
public void Get_MyClassEntity_With_Manager()
{
NodeMapper nodeMapper = new NodeMapper();
MyClass myClaz = nodeMapper.Get <MyClass>(29);
Manager manager = (Manager)myClaz.SelectedPerson;
Assert.IsNotNull(myClaz);
Assert.IsNotNull(manager);
Assert.AreEqual(29, myClaz.Id);
Assert.AreEqual("Neo4jD", manager.OfficeName);
}
public void DeleteEntityTest()
{
Person person = this.SaveTest();
NodeMapper mapper = new NodeMapper();
mapper.Delete <Person>(person);
Person tryGetDeletedPerson = mapper.Get <Person>(person.Id);
Assert.AreEqual(person.Id, tryGetDeletedPerson.Id);
}
public void FromApiNode_Null()
{
// ARRANGE
Node expected = null;
ApiNode param = null;
// ACT
Node actual = NodeMapper.FromApiNode(param);
// ASSERT
Assert.Equal(expected, actual, new NodeComparer());
}
public Person SaveTest()
{
Person person = new Person {
FirstName = "Sony", LastName = "Arouje"
};
NodeMapper mapper = new NodeMapper();
person = mapper.Save <Person>(person);
Console.WriteLine("Generated Id: " + person.Id.ToString());
Assert.AreNotEqual(0, person.Id);
return(person);
}
public void RunSync_UnknownFileSize_Success()
{
// ARRANGE
byte[] fileMock = new byte[1888];
new Random().NextBytes(fileMock);
Stream s = new MemoryStream(fileMock);
IInternalDracoonClient c = FactoryClients.InternalDracoonClientMock(true);
FileUploadCallbackMock callback = new FileUploadCallbackMock();
FileUpload f = new FileUpload(c, "id1", FactoryFile.UploadFileRequest, s, -1);
f.AddFileUploadCallback(callback);
ApiCreateFileUpload acfu = FactoryFile.ApiCreateFileUpload;
acfu.Classification = null;
Mock.Arrange(() => c.Builder.PostCreateFileUpload(Arg.IsAny <ApiCreateFileUpload>())).Returns(FactoryRestSharp.PostCreateFileUploadMock())
.Occurs(1);
Mock.Arrange(() => c.Executor.DoSyncApiCall <ApiUploadToken>(Arg.IsAny <IRestRequest>(), RequestType.PostUploadToken, 0))
.Returns(FactoryFile.ApiUploadToken).Occurs(1);
Mock.Arrange(() => c.Builder.PutCompleteFileUpload(Arg.AnyString, Arg.IsAny <ApiCompleteFileUpload>()))
.Returns(FactoryRestSharp.PutCompleteFileUploadMock("path")).Occurs(1);
Mock.Arrange(() => c.Executor.DoSyncApiCall <ApiNode>(Arg.IsAny <IRestRequest>(), RequestType.PutCompleteUpload, 0))
.Returns(FactoryNode.ApiNode).Occurs(1);
Mock.Arrange(() => c.Builder.GetGeneralSettings())
.Returns(FactoryRestSharp.RestRequestWithAuth(ApiConfig.ApiGetGeneralConfig, Method.GET)).Occurs(1);
Mock.Arrange(() => c.Executor.DoSyncApiCall <ApiGeneralSettings>(Arg.IsAny <IRestRequest>(), RequestType.GetGeneralSettings, 0))
.Returns(FactoryServerSettings.ApiGeneralSettings).Occurs(1);
Mock.Arrange(() => FileMapper.ToApiCreateFileUpload(Arg.IsAny <FileUploadRequest>())).Returns(acfu).Occurs(1);
Mock.Arrange(() => NodeMapper.FromApiNode(Arg.IsAny <ApiNode>())).Returns(FactoryNode.Node).Occurs(1);
Mock.Arrange(() => FileHash.CompareFileHashes(Arg.AnyString, Arg.IsAny <byte[]>(), Arg.AnyInt)).Returns(true).OccursAtLeast(1);
DracoonWebClientExtension wc = Mock.Create <DracoonWebClientExtension>();
Mock.Arrange(() => Mock.Create <UploadProgressChangedEventArgs>().BytesSent).IgnoreInstance();
Mock.Arrange(() => c.Executor.ExecuteWebClientChunkUpload(Arg.IsAny <WebClient>(), Arg.IsAny <Uri>(), Arg.IsAny <byte[]>(),
RequestType.PostUploadChunk, Arg.IsAny <Thread>(), Arg.AnyInt)).DoInstead(() => Thread.Sleep(250))
.Raises(() => wc.UploadProgressChanged += null, null, Mock.Create <UploadProgressChangedEventArgs>()).Returns(new byte[13]);
Mock.Arrange(() => c.Builder.ProvideChunkUploadWebClient(Arg.AnyInt, Arg.AnyLong, Arg.AnyString, Arg.AnyString)).Returns(wc);
Mock.Arrange(() => JsonConvert.DeserializeObject <ApiUploadChunkResult>(Arg.AnyString)).Returns(FactoryFile.ApiUploadChunkResult);
Mock.Arrange(() => callback.OnStarted(Arg.AnyString)).Occurs(1);
Mock.Arrange(() => callback.OnRunning(Arg.AnyString, Arg.AnyLong, Arg.AnyLong)).OccursAtLeast(1);
Mock.Arrange(() => callback.OnFinished(Arg.AnyString, Arg.IsAny <Node>())).Occurs(1);
// ACT
Node actual = f.RunSync();
s.Close();
// ASSERT
Assert.Equal(FactoryNode.Node, actual, new NodeComparer());
Mock.Assert(callback);
Mock.Assert(c.Builder);
Mock.Assert(c.Executor);
}
public void FromApiDeletedNodeSummary_Null()
{
// ARRANGE
RecycleBinItem expected = null;
ApiDeletedNodeSummary param = null;
// ACT
RecycleBinItem actual = NodeMapper.FromApiDeletedNodeSummary(param);
// ASSERT
Assert.Equal(expected, actual, new RecycleBinItemComparer());
}
public void RunAsync_IOException()
{
// ARRANGE
byte[] fileMock = new byte[1888];
new Random().NextBytes(fileMock);
Stream s = new MemoryStream(fileMock);
IInternalDracoonClient c = FactoryClients.InternalDracoonClientMock(true);
FileUploadCallbackMock callback = new FileUploadCallbackMock();
FileUpload f = new FileUpload(c, "id1", FactoryFile.UploadFileRequest, s, fileMock.Length);
f.AddFileUploadCallback(callback);
Mock.Arrange(() => c.Builder.PostCreateFileUpload(Arg.IsAny <ApiCreateFileUpload>())).Returns(FactoryRestSharp.PostCreateFileUploadMock())
.OnAllThreads();
Mock.Arrange(() => c.Executor.DoSyncApiCall <ApiUploadToken>(Arg.IsAny <IRestRequest>(), RequestType.PostUploadToken, 0))
.Returns(FactoryFile.ApiUploadToken).OnAllThreads();
Mock.Arrange(() => c.Builder.PutCompleteFileUpload(Arg.AnyString, Arg.IsAny <ApiCompleteFileUpload>()))
.Returns(FactoryRestSharp.PutCompleteFileUploadMock("path")).OnAllThreads();
Mock.Arrange(() => c.Executor.DoSyncApiCall <ApiNode>(Arg.IsAny <IRestRequest>(), RequestType.PutCompleteUpload, 0))
.Returns(FactoryNode.ApiNode).OnAllThreads();
Mock.Arrange(() => c.Builder.GetGeneralSettings())
.Returns(FactoryRestSharp.RestRequestWithAuth(ApiConfig.ApiGetGeneralConfig, Method.GET)).OnAllThreads();
Mock.Arrange(() => c.Executor.DoSyncApiCall <ApiGeneralSettings>(Arg.IsAny <IRestRequest>(), RequestType.GetGeneralSettings, 0))
.Returns(FactoryServerSettings.ApiGeneralSettings).OnAllThreads();
Mock.Arrange(() => FileMapper.ToApiCreateFileUpload(Arg.IsAny <FileUploadRequest>())).Returns(FactoryFile.ApiCreateFileUpload)
.OnAllThreads();
Mock.Arrange(() => NodeMapper.FromApiNode(Arg.IsAny <ApiNode>())).Returns(FactoryNode.Node).OnAllThreads();
Mock.Arrange(() => FileHash.CompareFileHashes(Arg.AnyString, Arg.IsAny <byte[]>(), Arg.AnyInt)).Returns(true).OnAllThreads();
DracoonWebClientExtension wc = Mock.Create <DracoonWebClientExtension>();
Mock.Arrange(() => Mock.Create <UploadProgressChangedEventArgs>().BytesSent).IgnoreInstance().OnAllThreads();
Mock.Arrange(() => c.Executor.ExecuteWebClientChunkUpload(Arg.IsAny <WebClient>(), Arg.IsAny <Uri>(), Arg.IsAny <byte[]>(),
RequestType.PostUploadChunk, Arg.IsAny <Thread>(), Arg.AnyInt))
.Raises(() => wc.UploadProgressChanged += null, null, Mock.Create <UploadProgressChangedEventArgs>()).Returns(new byte[13])
.OnAllThreads();
Mock.Arrange(() => c.Builder.ProvideChunkUploadWebClient(Arg.AnyInt, Arg.AnyLong, Arg.AnyString, Arg.AnyString)).Returns(wc)
.OnAllThreads();
Mock.Arrange(() => JsonConvert.DeserializeObject <ApiUploadChunkResult>(Arg.AnyString)).Returns(FactoryFile.ApiUploadChunkResult)
.OnAllThreads();
Mock.Arrange(() => s.Read(Arg.IsAny <byte[]>(), Arg.AnyInt, Arg.AnyInt)).Throws(new IOException()).OnAllThreads();
Mock.Arrange(() => callback.OnStarted(Arg.AnyString)).Occurs(1);
Mock.Arrange(() => callback.OnFailed(Arg.AnyString, Arg.IsAny <DracoonException>())).Occurs(1);
// ACT
f.RunAsync();
while (f.RunningThread.IsAlive)
{
}
s.Close();
// ASSERT
Mock.Assert(callback);
}
public void ToApiDeleteNodesRequest()
{
// ARRANGE
ApiDeleteNodesRequest expected = FactoryNode.ApiDeleteNodesRequest;
DeleteNodesRequest param = new DeleteNodesRequest(expected.NodeIds);
// ACT
ApiDeleteNodesRequest actual = NodeMapper.ToApiDeleteNodesRequest(param);
// ASSERT
Assert.Equal(expected, actual, new ApiDeleteNodesRequestComparer());
}
public void SaveOrder()
{
Order order = new Order();
order.Id = 0;
order.Name = "Viji";
order.AddOrderItem(new OrderItem(0, new Product(0, "Rice")));
order.AddOrderItem(new OrderItem(0, new Product(0, "Sugar")));
NodeMapper nodeMapper = new NodeMapper();
nodeMapper.Save<Order>(order);
Console.WriteLine(order.Id.ToString());
Assert.AreNotEqual(0, order.Id);
}
public void FromApiNodePermissions_Null()
{
// ARRANGE
NodePermissions expected = null;
ApiNodePermissions param = null;
// ACT
NodePermissions actual = NodeMapper.FromApiNodePermissions(param);
// ASSERT
Assert.Equal(expected, actual, new NodePermissionsComparer());
}
public void FromApiDeletedNodeVersion_Null()
{
// ARRANGE
PreviousVersion expected = null;
ApiDeletedNodeVersion param = null;
// ACT
PreviousVersion actual = NodeMapper.FromApiDeletedNodeVersion(param);
// ASSERT
Assert.Equal(expected, actual, new PreviousVersionComparer());
}
public bool IsConnectedTo(NodeMapper nm, out bool adjacent)
{
adjacent = false;
bool ret = false;
int index = neighbors.IndexOf(nm);
if (index > -1)
{
adjacent = true;
ret = (index == connection);
}
return(ret);
}
public void StarReadout()
{
for (int i = 0; i < transform.childCount; i++)
{
Transform child = transform.GetChild(i);
NodeMapper nm = child.GetComponent <NodeMapper>();
if (nm != null)
{
string str = nm.name + ": " + (nm.IsCorrectConnections() ? "Correct" : "Incorrect");
Debug.Log(str);
}
}
}
public void ToApiDeletePreviousVersionsRequest()
{
// ARRANGE
ApiDeletePreviousVersionsRequest expected = FactoryNode.ApiDeletePreviousVersionsRequest;
DeletePreviousVersionsRequest param = new DeletePreviousVersionsRequest(expected.VersionsToBeDeleted);
// ACT
ApiDeletePreviousVersionsRequest actual = NodeMapper.ToApiDeletePreviousVersionsRequest(param);
// ASSERT
Assert.Equal(expected, actual, new ApiDeletePreviousVersionsRequestComparer());
}
/// <summary>
/// Maps a collection relationship.
/// </summary>
/// <param name="mapping">
/// Mapping to a collection of node IDs. Takes the context and source property value
/// as parameters. If <c>null</c>, the mapping will be deduced from
/// the other parameters.
/// </param>
/// <param name="sourcePropertyType">
/// The type of object being supplied to <paramref name="mapping"/>.
/// Will be set to <c>IEnumerable{int}</c> if <paramref name="mapping"/> is specified.
/// </param>
/// <param name="sourcePropertyAlias">
/// The alias of the node property to map from. If null, descendants of
/// the node which are compatible with <paramref name="destinationProperty"/>
/// will be mapped instead.
/// </param>
/// <param name="nodeMapper"></param>
/// <param name="destinationProperty"></param>
public CollectionPropertyMapper(
Func <NodeMappingContext, object, IEnumerable <int> > mapping,
Type sourcePropertyType,
NodeMapper nodeMapper,
PropertyInfo destinationProperty,
string sourcePropertyAlias
)
: base(nodeMapper, destinationProperty)
{
if (sourcePropertyType == null && mapping != null)
{
sourcePropertyType = typeof(IEnumerable <int>);
}
if (sourcePropertyAlias == null &&
mapping != null &&
!typeof(IEnumerable <int>).IsAssignableFrom(sourcePropertyType))
{
throw new ArgumentException("If specifying a mapping for a collection with no property alias, the source property type must implement IEnumerable<int>.");
}
_elementType = destinationProperty.PropertyType.GetGenericArguments().FirstOrDefault();
if (_elementType == null || !typeof(IEnumerable).IsAssignableFrom(destinationProperty.PropertyType))
{
throw new CollectionTypeNotSupportedException(destinationProperty.PropertyType);
}
Type rawCollectionType = null;
if (_elementType == typeof(int))
{
// Collection of IDs
RequiresInclude = false;
rawCollectionType = typeof(IEnumerable <int>);
}
else
{
// Collection of models
RequiresInclude = true;
rawCollectionType = typeof(IEnumerable <>).MakeGenericType(_elementType);
}
// See if the collection can be assigned, or must be instantiated
_canAssignDirectly = CheckCollectionCanBeAssigned(DestinationInfo.PropertyType, rawCollectionType);
SourcePropertyAlias = sourcePropertyAlias;
AllowCaching = true;
_mapping = mapping;
_sourcePropertyType = sourcePropertyType;
}
public Node GetNode(long nodeId)
{
_client.Executor.CheckApiServerVersion();
#region Parameter Validation
nodeId.MustPositive(nameof(nodeId));
#endregion
IRestRequest restRequest = _client.Builder.GetNode(nodeId);
ApiNode result = _client.Executor.DoSyncApiCall <ApiNode>(restRequest, RequestType.GetNode);
return(NodeMapper.FromApiNode(result));
}
public void GetOrder()
{
NodeMapper nodeMapper = new NodeMapper();
Order order = nodeMapper.Get<Order>(19);
Assert.AreEqual(14, order.Id);
foreach (OrderItem item in order.OrderItems)
{
Console.WriteLine(item.Id.ToString());
Product prod = item.Product;
if (prod != null)
Console.WriteLine(prod.ProductName);
}
Assert.AreEqual(2, order.OrderItems.Count);
}
/// <summary>
/// Maps a custom property not covered by the other derivations
/// of <see cref="PropertyMapperBase"/>.
/// </summary>
/// <param name="mapping">
/// The custom mapping.
/// </param>
/// <param name="allowCaching">
/// Whether the property should allow its mapped value to be cached
/// and reused.
/// </param>
/// <param name="requiresInclude"></param>
/// <param name="destinationProperty"></param>
/// <param name="nodeMapper"></param>
public CustomPropertyMapper(
CustomPropertyMapping mapping,
bool requiresInclude,
bool allowCaching,
NodeMapper nodeMapper,
PropertyInfo destinationProperty
)
: base(nodeMapper, destinationProperty)
{
if (mapping == null)
{
throw new ArgumentNullException("mapping");
}
RequiresInclude = requiresInclude;
AllowCaching = allowCaching;
_mapping = mapping;
}
public DefaultPropertyMapper(
NodeMapper nodeMapper,
PropertyInfo destinationProperty,
PropertyInfo nodeProperty,
Func<object, object> mapping
)
:base(nodeMapper, destinationProperty)
{
if (nodeProperty == null)
{
throw new ArgumentNullException("nodeProperty");
}
if (!destinationProperty.PropertyType.IsAssignableFrom(nodeProperty.PropertyType))
{
throw new DefaultPropertyTypeException(nodeMapper.DestinationType, destinationProperty, nodeProperty);
}
RequiresInclude = false;
AllowCaching = true;
_mapping = mapping;
_nodeProperty = nodeProperty;
}
public Person SaveTest()
{
Person person = new Person { FirstName = "Sony", LastName="Arouje" };
NodeMapper mapper = new NodeMapper();
person=mapper.Save<Person>(person);
Console.WriteLine("Generated Id: " + person.Id.ToString());
Assert.AreNotEqual(0, person.Id);
return person;
}
public void DeleteEntityTest()
{
Person person = this.SaveTest();
NodeMapper mapper = new NodeMapper();
mapper.Delete<Person>(person);
Person tryGetDeletedPerson = mapper.Get<Person>(person.Id);
Assert.AreEqual(person.Id, tryGetDeletedPerson.Id);
}
public void GetEntityTest()
{
NodeMapper mapper = new NodeMapper();
Person person = mapper.Get<Person>(7);
Console.WriteLine("Generated Id: " + person.Id.ToString());
Assert.AreNotEqual(0, person.Id);
Assert.AreEqual("Sony", person.FirstName);
}
public RelationshipCreateHelper(NodeMapper nodeMapper)
{
_nodeMapper = nodeMapper;
}
internal static void Map(MethodBodyBlock body, MetaDataMapper map)
{
NodeMapper mapper = new NodeMapper(map);
ForEachVisitor.ForEach(body,new ForEachCallback(mapper.Callback));
}
public void CanReadNodeToDifferentEntity()
{
NodeMapper mapper = new NodeMapper();
Address address = mapper.Get<Address>(7);
}
