/// <inheritdoc />
public override XElement ToXElement()
{
XElement xml = base.ToXElement();
if (NetworkLink.HasValue())
{
xml.Add(NetworkLink.ToXElement());
}
if (StyleSelectors != null)
{
foreach (KmlStyleSelector selector in StyleSelectors)
{
xml.Add(selector.ToXElement());
}
}
if (Features != null)
{
foreach (KmlFeature feature in Features)
{
xml.Add(feature.ToXElement());
}
}
return(xml);
}
private void CheckRule6(NetworkLink link)
{
NetworkComponent headComponent = link.SourceComponent;
NetworkComponent tailComponent = link.TargetComponent;
if ((headComponent == null) || (tailComponent == null))
{
return;
}
if (link.Security == Constants.UnTrusted)
{
if (headComponent.IsFirewall || tailComponent.IsFirewall)
{
//If there is firewall don't show message
}
else
{
String headName = "unnamed";
if (!String.IsNullOrWhiteSpace(headComponent.ComponentName))
{
headName = headComponent.ComponentName;
}
String tailName = "unnamed";
if (!String.IsNullOrWhiteSpace(tailComponent.ComponentName))
{
tailName = tailComponent.ComponentName;
}
String text = String.Format(rule6, headName, tailName);
SetLineMessage(headComponent, tailComponent, text);
}
}
}
public TAPInterface(string name, bool persistent)
{
backupMAC = EmulationManager.Instance.CurrentEmulation.MACRepository.GenerateUniqueMAC();
Link = new NetworkLink(this);
deviceName = name ?? "";
this.persistent = persistent;
Init();
}
// Use this for initialization
void Start()
{
_networkLink = gameObject.AddComponent <NetworkLink>();
_networkLink.StartPoint.x = -3f;
_networkLink.StartPoint.y = -3f;
_networkLink.EndPoint.x = 3f;
_networkLink.EndPoint.y = 3f;
}
private string findEdgeId(NetworkNode component1, NetworkNode component2, ComponentPairing pair)
{
//if we didn't find it here then it's a connector and we need to walk the tree.
//We will need to walk the tree and find the node we are looking for
//printGraph(new List<NetworkComponent>(component1));
NetworkWalk printer = new NetworkWalk();
NetworkLink link = printer.FindNodeEdge(component1, component2);
return(link.ID);
}
private IEnumerable <NetworkLink <ISatellite> > FindNeighbors()
{
foreach (ISatellite sat in RTCore.Instance.Satellites)
{
NetworkLink <ISatellite> link = NetworkManager.GetLink(this, sat);
if (link != null)
{
yield return(link);
}
}
}
/// <summary>
/// Get the maximum range distance between the satellites A and B based on current Range Model
/// and valid direct connection.
/// </summary>
/// <param name="sat_a">The satellite id.</param>
/// <param name="sat_b">The satellite id.</param>
/// <returns>Positive number</returns>
public static double GetMaxRangeDistance(Guid sat_a, Guid sat_b)
{
if (RTCore.Instance == null)
{
return(0.0);
}
//sanity check
var satelliteA = RTCore.Instance.Network.Where(sat => sat.Guid.Equals(sat_a)).FirstOrDefault();
var satelliteB = RTCore.Instance.Network.Where(sat => sat.Guid.Equals(sat_b)).FirstOrDefault();
if (satelliteA == null || satelliteB == null)
{
return(0.0);
}
//get link object
NetworkLink <ISatellite> link = null;
switch (RTSettings.Instance.RangeModelType)
{
case RangeModel.RangeModel.Additive:
link = RangeModelRoot.GetLink(satelliteA, satelliteB);
break;
default:
link = RangeModelStandard.GetLink(satelliteA, satelliteB);
break;
}
if (link == null)
{
return(0.0); //no connection possible
}
//get max distance out of multiple antenna connections
var distance = 0.0;
var maxDistance = 0.0;
for (int i = 0; i < link.Interfaces.Count; i++)
{
switch (RTSettings.Instance.RangeModelType)
{
case RangeModel.RangeModel.Additive:
distance = RangeModelRoot.GetRangeInContext(link.Interfaces[i], satelliteB, satelliteA);
break;
default:
distance = RangeModelStandard.GetRangeInContext(link.Interfaces[i], satelliteB, satelliteA);
break;
}
maxDistance = Math.Max(maxDistance, Double.IsNaN(distance) ? 0.0 : distance);
}
return(maxDistance);
}
public Network ParseSVG(string svg, SVGNodeDescription nodeDescription, SVGNodeDescription linkDescription)
{
var nodeParser = this.svgParsersService.GetNodeParser(nodeDescription);
var linkParser = this.svgParsersService.GetLinkParser(linkDescription);
var svgNodes = nodeParser.ParseAll(svg);
var svgLinks = linkParser.ParseAll(svg);
var netNodes = svgNodes.Select(x => NetworkNode.FromProperties(x.Properties));
var netLinks = svgLinks.Select(x => NetworkLink.FromProperties(x.Properties));
var network = new Network()
{
Nodes = netNodes,
Links = netLinks
};
return(network);
}
private static Feature CreateFeature(int index, bool id)
{
Feature output;
int type = index % 7;
switch (type)
{
case 0:
output = new Placemark();
break;
case 1:
output = new Folder();
break;
case 2:
output = new Document();
break;
case 3:
output = new NetworkLink();
break;
case 4:
output = new GroundOverlay();
break;
case 5:
output = new ScreenOverlay();
break;
default:
output = new PhotoOverlay();
break;
}
if (id)
{
output.Id = "i" + index;
}
else
{
output.TargetId = "i" + index;
}
return(output);
}
internal void AddEdge(NetworkComponent target, NetworkLink link)
{
if (target == null)
{
return;
}
ComponentPairing t = new ComponentPairing()
{
Source = this.ComponentGuid,
Target = target.ComponentGuid
};
Connections.Add(target);
FullyConnectedConnections.Add(new FullNode()
{
Source = this, Target = target, Link = link
});
}
/// <summary>
/// Return the inital KMZ as requested by the apsim.info web site.
/// </summary>
private byte[] MyDataKMZ()
{
kml KmlContainer = new kml();
Document KmlDoc = new Document();
KmlDoc.Name.Text = "APSoil characterised soils";
KmlDoc.Snippet.Text = "Fully characterised soil sites for use with APSIM and Yield Prophet.";
KmlDoc.Description.UseCDATA = true;
KmlDoc.Description.Text = "<p>The soil sites displayed are from APSoil</p>";
KmlContainer.Documents.Add(KmlDoc);
NetworkLink KmlNetworkLink = new NetworkLink("APSoil soils", "All characterised soils");
KmlNetworkLink.Link.Href.Text = ourPath + "/ApsoilKML.aspx?Mode=1";
KmlNetworkLink.Link.RefreshMode.Value = refreshModeEnum.onExpire;
KmlDoc.Features.NetworkLinks.Add(KmlNetworkLink);
return(KmlContainer.GetKMZ("APSRU_Sites.kml"));
}
public SMSC9500(Machine machine)
{
this.machine = machine;
MAC = EmulationManager.Instance.CurrentEmulation.MACRepository.GenerateUniqueMAC();
Link = new NetworkLink(this);
for (int i = 0; i < NumberOfEndpoints; i++)
{
dataToggleBit[i] = false;
}
endpointDescriptor = new EndpointUSBDescriptor[NumberOfEndpoints];
for (int i = 0; i < NumberOfEndpoints; i++)
{
endpointDescriptor[i] = new EndpointUSBDescriptor();
}
fillEndpointsDescriptors(endpointDescriptor);
interfaceDescriptor[0].EndpointDescriptor = endpointDescriptor;
configurationDescriptor.InterfaceDescriptor = interfaceDescriptor;
rxPacketQueue = new Queue <EthernetFrame>();
}
public static double DistanceTo(this ISatellite a, NetworkLink<ISatellite> b)
{
return Vector3d.Distance(a.Position, b.Target.Position);
}
public OsXTapInterface(string interfaceNameOrPath)
{
Link = new NetworkLink(this);
originalInterfaceNameOrPath = interfaceNameOrPath;
Init();
}
/// <summary>
/// Our own version of the distance function, less accurate, but far lower execution cost.
/// </summary>
public static double DistanceTo(ISatellite a, NetworkLink<ISatellite> b)
{
return Math.Abs(a.Position.x - b.Target.Position.x) +
Math.Abs(a.Position.y - b.Target.Position.y) +
Math.Abs(a.Position.z - b.Target.Position.z);
}
/// <summary>
/// Setup for Nunit Tests.
/// </summary>
protected override void OnSetup()
{
mockLoggingHelper = CreateMock <ILoggingHelper>();
unit1Guid = Guid.NewGuid();
unit2Guid = Guid.NewGuid();
unit3Guid = Guid.NewGuid();
user1Id = System.Guid.NewGuid();
user2Id = System.Guid.NewGuid();
var unitBoundary = DbGeometry.PolygonFromText("POLYGON((511570.8590967182 106965.35195621933, 511570.8590967182 107474.95297542136, 512474.1409032818 107474.95297542136, 512474.1409032818 106965.35195621933, 511570.8590967182 106965.35195621933))", 27700);
var location = new List <Location>()
{
new Location()
{
ID = unit1Guid, Shape = unitBoundary
}
};
var networkLinks = new List <NetworkLink>()
{
new NetworkLink()
{
LinkGeometry = unitBoundary,
}
};
var networkLink = new NetworkLink()
{
LinkGeometry = unitBoundary,
};
var accessLink = new List <AccessLink>()
{
new AccessLink()
{
ID = Guid.NewGuid(), NetworkLink = networkLink
}
};
var deliveryPoint = new List <DeliveryPoint>()
{
new DeliveryPoint()
{
NetworkNode = new NetworkNode()
{
Location = new Location()
{
Shape = unitBoundary
}
}
}
};
var networkNodeDataDTO = new NetworkNodeDataDTO()
{
ID = Guid.NewGuid(),
Location = new LocationDataDTO()
{
ID = Guid.NewGuid(),
Shape = unitBoundary,
RowCreateDateTime = DateTime.UtcNow
}
};
var accessLinkDataDTOs = new AccessLinkDataDTO()
{
Approved = true,
ID = Guid.NewGuid(),
WorkloadLengthMeter = 40,
LinkDirectionGUID = Guid.NewGuid(),
ConnectedNetworkLinkID = Guid.NewGuid(),
AccessLinkTypeGUID = Guid.NewGuid()
};
var accessLinkStatus = new AccessLinkStatusDataDTO()
{
ID = Guid.NewGuid(),
NetworkLinkID = Guid.NewGuid(),
AccessLinkStatusGUID = Guid.NewGuid(),
StartDateTime = DateTime.UtcNow,
RowCreateDateTime = DateTime.UtcNow
};
netWorkLinkDataDto = new NetworkLinkDataDTO()
{
ID = Guid.NewGuid(),
DataProviderGUID = Guid.NewGuid(),
NetworkLinkTypeGUID = Guid.NewGuid(),
StartNodeID = Guid.NewGuid(),
EndNodeID = Guid.NewGuid(),
LinkLength = 40,
LinkGeometry = unitBoundary,
RowCreateDateTime = DateTime.UtcNow,
};
var mockAsynEnumerable = new DbAsyncEnumerable <AccessLink>(accessLink);
mockFmoDbContext = CreateMock <AccessLinkDBContext>();
mockFmoDbContext.Setup(x => x.SaveChanges()).Returns(1);
var mockAccessLinkDataService = MockDbSet(accessLink);
mockFmoDbContext.Setup(x => x.Set <AccessLink>()).Returns(mockAccessLinkDataService.Object);
mockFmoDbContext.Setup(x => x.AccessLinks).Returns(mockAccessLinkDataService.Object);
// mockFmoDbContext.Setup(c => c.AccessLinks.AsNoTracking()).Returns(mockAccessLinkDataService.Object);
mockAccessLinkDataService.Setup(x => x.Include(It.IsAny <string>())).Returns(mockAccessLinkDataService.Object);
mockAccessLinkDataService.Setup(x => x.AsNoTracking()).Returns(mockAccessLinkDataService.Object);
var mockAccessLinkDataService1 = MockDbSet(networkLinks);
mockFmoDbContext.Setup(x => x.Set <NetworkLink>()).Returns(mockAccessLinkDataService1.Object);
mockFmoDbContext.Setup(x => x.NetworkLinks).Returns(mockAccessLinkDataService1.Object);
// mockFmoDbContext.Setup(c => c.NetworkLinks.AsNoTracking()).Returns(mockAccessLinkDataService1.Object);
mockAccessLinkDataService1.Setup(x => x.AsNoTracking()).Returns(mockAccessLinkDataService1.Object);
var mockAccessLinkDataService4 = MockDbSet(deliveryPoint);
mockFmoDbContext.Setup(x => x.Set <DeliveryPoint>()).Returns(mockAccessLinkDataService4.Object);
mockFmoDbContext.Setup(x => x.DeliveryPoints).Returns(mockAccessLinkDataService4.Object);
mockAccessLinkDataService4.Setup(x => x.AsNoTracking()).Returns(mockAccessLinkDataService4.Object);
var mockAsynEnumerable2 = new DbAsyncEnumerable <Location>(location);
var mockAccessLinkDataService2 = MockDbSet(location);
mockFmoDbContext.Setup(x => x.Set <Location>()).Returns(mockAccessLinkDataService2.Object);
mockFmoDbContext.Setup(x => x.Locations).Returns(mockAccessLinkDataService2.Object);
mockFmoDbContext.Setup(c => c.Locations.AsNoTracking()).Returns(mockAccessLinkDataService2.Object);
mockDatabaseFactory = CreateMock <IDatabaseFactory <AccessLinkDBContext> >();
mockDatabaseFactory.Setup(x => x.Get()).Returns(mockFmoDbContext.Object);
var rmTraceManagerMock = new Mock <IRMTraceManager>();
rmTraceManagerMock.Setup(x => x.StartTrace(It.IsAny <string>(), It.IsAny <Guid>()));
mockLoggingHelper.Setup(x => x.RMTraceManager).Returns(rmTraceManagerMock.Object);
testCandidate = new AccessLinkDataService(mockDatabaseFactory.Object, mockLoggingHelper.Object);
}
private void OnLinkRemove(ISatellite a, NetworkLink<ISatellite> link)
{
mEdges.Remove(new BidirectionalEdge<ISatellite>(a, link.Target, link.Port));
}
public USBEthernetControlModelDevice()
{
Link = new NetworkLink(this);
}
/// <summary>
/// Our own version of the distance function, less accurate, but far lower execution cost.
/// </summary>
public static double DistanceTo(ISatellite a, NetworkLink <ISatellite> b)
{
return((Math.Abs(a.Position.x - b.Target.Position.x) +
Math.Abs(a.Position.y - b.Target.Position.y) +
Math.Abs(a.Position.z - b.Target.Position.z)) * DIST_FACTOR);
}
public void ExtractNetworkFromXml(XmlDocument xDoc)
{
//create a dictionary of connected graphs
//go through the document creating each node and its connections
//have a dictionary of nodes to see if we saw this node already
//if so do not recreate it.
//if not create the node and it's connections
//once the graph is built pick a node and start moving through them
//to extract minimal spanning tree(s)
//then walk the tree to evaluate node rules
XmlNodeList objectNodes = xDoc.SelectNodes("/mxGraphModel/root/object[not(@redDot)]");
XmlNodeList zoneNodes = xDoc.SelectNodes("//*[@zone=\"1\"]");
XmlNodeList mxCellLinkObjects = xDoc.SelectNodes("/mxGraphModel/root/object[mxCell/@edge='1']");
XmlNodeList mxCellLinks = xDoc.SelectNodes("//*[@edge=\"1\"]");
XmlNodeList mxCellLayers = xDoc.SelectNodes("//*[@parent=\"0\" and @id]");
foreach (XmlNode layer in mxCellLayers)
{
string id = layer.Attributes["id"].Value;
layers.Add(id, new NetworkLayer()
{
ID = id,
LayerName = layer.Attributes["value"] != null ? layer.Attributes["value"].Value : Constants.DEFAULT_LAYER_NAME,
Visible = layer.Attributes["visible"] != null ? (layer.Attributes["visible"].Value == "0" ? false : true) : true
});
}
foreach (XmlNode node in zoneNodes)
{
//determine if it is an edge or a node
//if it is an node look it up(should be new)
//and create it
//if it is an edge then we need to save it until all the nodes are created
//once we have them all start connecting everything up.
//if it is a zone then just skip it
if (((XmlElement)node).HasAttribute("zone"))
{
string zone = node.Attributes["id"].Value;
zones.Add(zone, new NetworkZone()
{
ID = zone,
ZoneType = node.Attributes["ZoneType"].Value,
SAL = node.Attributes["SAL"].Value
});
}
}
foreach (XmlNode node in objectNodes)
{
//determine if it is an edge or a node
//if it is an node look it up(should be new)
//and create it
//if it is an edge then we need to save it until all the nodes are created
//once we have them all start connecting everything up.
//if it is a zone then just skip it
if (((XmlElement)node).HasAttribute("zone"))
{
continue;
}
//do a little preprocessing to get the attribute values
var styleString = node.FirstChild.Attributes["style"].Value;
// if it is a group then skip it
if (styleString.Split(';').Contains("group"))
{
continue;
}
int nodeType = 0;
string imgPath;
if (DrawIOParsingHelps.DecodeQueryParameters(styleString.Replace("image;", "")).TryGetValue("image", out imgPath))
{
if (!imageToTypePath.TryGetValue(imgPath.Replace("img/cset/", ""), out nodeType))
{
}
}
else
{
//I think we can assume
nodeType = 49;// "MSC";
}
//get the parent value if it is in the layers dictionary then set the
//visible value to the value of the parent
//else set it to visible
string layername = node.FirstChild.Attributes["parent"].Value;
NetworkLayer layer;
bool IsVisible = true;
if (layers.TryGetValue(layername, out layer))
{
if (!layer.Visible)
{
//if it is not visible skip it.
continue;
}
}
//extract the geometry to a point on the component
NetworkGeometry geometry = new NetworkGeometry(node.FirstChild.FirstChild);
NetworkComponent dnode;
string id = node.Attributes["id"].Value;
if (nodes.TryGetValue(id, out dnode))
{
//this should never happen we should never have a duplicate id
}
else
{
dnode = new NetworkComponent()
{
ComponentGuid = ((XmlElement)node).HasAttribute("ComponentGuid") ? Guid.Parse(node.Attributes["ComponentGuid"].Value) : new Guid(),
ID = node.Attributes["id"].Value,
ComponentName = ((XmlElement)node).HasAttribute("label") ? node.Attributes["label"].Value : "",
Component_Symbol_Id = nodeType,
//ComponentType = nodeType,
IsVisible = IsVisible,
Parent_id = layername,
Geometry = geometry
};
NetworkZone myzone;
if (zones.TryGetValue(layername, out myzone))
{
dnode.Zone = myzone;
}
else
{
dnode.Zone = defaultZone;
}
nodes.Add(id, dnode);
}
}
//the mxCellLinks list also has the objects
//so we keep track of the child id's and
//if we see them again in the raw links
//then just skip it.
foreach (XmlNode node in mxCellLinkObjects)
{
XmlElement xNode = (XmlElement)node;
var link = new NetworkLink();
foreach (XmlAttribute a in node.Attributes)
{
link.setValue(a.Name, a.Value);
}
Links.Add(link);
var childnode = ((XmlElement)xNode.FirstChild);
//find each node
//add them to each other
if (childnode.HasAttribute("source") && childnode.HasAttribute("target"))
{
NetworkComponent start = findNode(childnode.Attributes["source"].Value);
NetworkComponent target = findNode(childnode.Attributes["target"].Value);
//map any other attributes
link.SourceComponent = start;
link.TargetComponent = target;
start?.AddEdge(target, link);
target?.AddEdge(start, link);
}
}
foreach (XmlNode node in mxCellLinks)
{
XmlElement xNode = (XmlElement)node;
if (((XmlElement)xNode.ParentNode).Name == "object")
{
continue;//skip it
}
//find each node
//add them to each other
if (xNode.HasAttribute("source") && xNode.HasAttribute("target"))
{
NetworkComponent start = findNode(node.Attributes["source"].Value);
NetworkComponent target = findNode(node.Attributes["target"].Value);
//map any other attributes
var link = new NetworkLink();
link.ID = xNode.Attributes["id"].Value;
link.SourceComponent = start;
link.TargetComponent = target;
Links.Add(link);
start?.AddEdge(target, link);
target?.AddEdge(start, link);
}
}
this.nodes = PostProcessConnectors.RemoveConnectors(nodes);
}
/// <summary>Finds the distance between an ISatellite and the target of a connection</summary>
/// <returns>The distance in meters.</returns>
/// <param name="sat">The satellite from which the distance is to be measured.</param>
/// <param name="link">The network node to whose destination the distance is to be measured.</param>
public static double DistanceTo(this ISatellite sat, NetworkLink<ISatellite> link)
{
return Vector3d.Distance(sat.Position, link.Target.Position);
}
/// <summary>Finds the distance between an ISatellite and the target of a connection</summary>
/// <returns>The distance in meters.</returns>
/// <param name="sat">The satellite from which the distance is to be measured.</param>
/// <param name="link">The network node to whose destination the distance is to be measured.</param>
public static double DistanceTo(this ISatellite sat, NetworkLink <ISatellite> link)
{
return(Vector3d.Distance(sat.Position, link.Target.Position));
}
public USBEthernetEmulationModelDevice()
{
Link = new NetworkLink(this);
}
