private void MappingTrackers()
{
var role = RoleMap.RoleInfo.MinValidRole;
var index = (uint)1;
while (true)
{
while (!RoleMap.RoleInfo.IsValidRole(role) || RoleMap.IsRoleMapped(role) || RoleMap.IsRoleBound(role))
{
if (++role > RoleMap.RoleInfo.MaxValidRole)
{
return;
}
}
while (ViveRole.GetDeviceClass(index) != ETrackedDeviceClass.GenericTracker || RoleMap.IsDeviceMapped(index) || RoleMap.IsDeviceConnectedAndBound(index))
{
if (++index >= ViveRole.MAX_DEVICE_COUNT)
{
return;
}
}
MappingRole(role++, index++);
if (role > RoleMap.RoleInfo.MaxValidRole || index >= ViveRole.MAX_DEVICE_COUNT)
{
return;
}
}
}
/// <summary>
/// Get ActorRoles mapped to roles held in RoleFilter Flags
/// </summary>
/// <param name="role">RoleFilter</param>
/// <returns>List of IfcActorRole</returns>
private List <IfcActorRole> GetActorRoles(RoleFilter role)
{
if (RoleMap == null)
{
RoleMap = new Dictionary <RoleFilter, IfcActorRole>();
}
List <IfcActorRole> actorRoles = new List <IfcActorRole>();
if (role.HasFlag(RoleFilter.Architectural))
{
actorRoles.Add(RoleMap.ContainsKey(RoleFilter.Architectural) ? RoleMap[RoleFilter.Architectural] : MapRole(RoleFilter.Architectural, IfcRole.Architect));
}
if (role.HasFlag(RoleFilter.Mechanical))
{
actorRoles.Add(RoleMap.ContainsKey(RoleFilter.Mechanical) ? RoleMap[RoleFilter.Mechanical] : MapRole(RoleFilter.Mechanical, IfcRole.MechanicalEngineer));
}
if (role.HasFlag(RoleFilter.Electrical))
{
actorRoles.Add(RoleMap.ContainsKey(RoleFilter.Electrical) ? RoleMap[RoleFilter.Electrical] : MapRole(RoleFilter.Electrical, IfcRole.ElectricalEngineer));
}
if (role.HasFlag(RoleFilter.Plumbing))
{
actorRoles.Add(RoleMap.ContainsKey(RoleFilter.Plumbing) ? RoleMap[RoleFilter.Plumbing] : MapRole(RoleFilter.Plumbing, IfcRole.UserDefined));
}
if (role.HasFlag(RoleFilter.FireProtection))
{
actorRoles.Add(RoleMap.ContainsKey(RoleFilter.FireProtection) ? RoleMap[RoleFilter.FireProtection] : MapRole(RoleFilter.FireProtection, IfcRole.UserDefined));
}
if (role.HasFlag(RoleFilter.Unknown))
{
actorRoles.Add(RoleMap.ContainsKey(RoleFilter.Unknown) ? RoleMap[RoleFilter.Unknown] : MapRole(RoleFilter.Unknown, IfcRole.UserDefined));
}
return(actorRoles);
}
public RoleMap GetProjectRoles()
{
return(m_cache.ReadThrough($"rolemap_{m_session.Project.Id}", TimeSpan.FromHours(24), () =>
{
var allRoles = new List <RoleMapNode>();
var roles = m_database.SelectFrom <IUserRole>().Join(ur => ur.Members)
.Where(ur => ur.ProjectId == m_session.Project.Id).Execute();
foreach (var role in roles)
{
var model = new RoleMapNode
{
Id = role.Id,
Name = role.Name,
ParentRoleId = role.ParentRoleId
};
model.MemberUserIds.AddRange(role.Members.Select(m => m.MemberId));
allRoles.Add(model);
}
var map = new RoleMap();
map.Import(allRoles);
return map;
}));
}
private void MappingOthers()
{
// try mapping the rest of the devices
var role = HandRole.Controller3;
var deviceIndex = 0u;
while (role <= HandRole.Controller12 && deviceIndex < ViveRole.MAX_DEVICE_COUNT)
{
while (RoleMap.IsRoleMapped(role) || RoleMap.IsRoleBound(role))
{
if (++role > HandRole.Controller12)
{
return;
}
}
while (!IsController(deviceIndex) || RoleMap.IsDeviceMapped(deviceIndex))
{
if (++deviceIndex >= ViveRole.MAX_DEVICE_COUNT)
{
return;
}
}
MappingRole(role++, deviceIndex++);
}
}
public override void OnConnectedDeviceChanged(uint deviceIndex, ETrackedDeviceClass deviceClass, string deviceSN, bool connected)
{
if (RoleMap.IsDeviceBound(deviceSN))
{
return;
}
if (connected)
{
if (deviceClass != ETrackedDeviceClass.GenericTracker)
{
return;
}
// find unmapped role
var role = RoleMap.RoleInfo.MinValidRole;
while (!RoleMap.RoleInfo.IsValidRole(role) || RoleMap.IsRoleMapped(role))
{
if (++role > RoleMap.RoleInfo.MaxValidRole)
{
return;
}
}
MappingRole(role, deviceIndex);
}
else
{
UnmappingDevice(deviceIndex);
}
}
public RoleMap GetRolesVisibleForUser(int userId)
{
return(m_cache.ReadThrough($"rolemap_{m_session.Project.Id}_rolesvisiblefor_{userId}", TimeSpan.FromHours(24), () =>
{
var allRoles = GetProjectRoles();
var userRoles = GetRoleIdsOfUser(userId);
var visibleRoles = new List <RoleMapNode>();
foreach (var rId in userRoles)
{
var r = allRoles.FindRole(rId);
if (r == null)
{
continue;
}
visibleRoles.Add(r);
}
var submap = new RoleMap();
submap.Import(visibleRoles);
return submap;
}));
}
protected void MappingRoleIfUnbound(TRole role, uint deviceIndex)
{
if (!RoleMap.IsRoleBound(role) && !RoleMap.IsDeviceConnectedAndBound(deviceIndex))
{
MappingRole(role, deviceIndex);
}
}
public override void OnConnectedDeviceChanged(uint deviceIndex, VRModuleDeviceClass deviceClass, string deviceSN, bool connected)
{
if (!RoleMap.IsDeviceBound(deviceSN) && deviceClass != VRModuleDeviceClass.TrackedHand)
{
return;
}
Refresh();
}
public override void OnConnectedDeviceChanged(uint deviceIndex, VRModuleDeviceClass deviceClass, string deviceSN, bool connected)
{
if (!RoleMap.IsDeviceBound(deviceSN) && !IsController(deviceClass) && !IsTracker(deviceClass))
{
return;
}
Refresh();
}
/// <summary>
/// Get ActorRoles mapped to roles held in RoleFilter Flags
/// </summary>
/// <param name="role">RoleFilter</param>
/// <returns>List of IfcActorRole</returns>
private List <IIfcActorRole> GetActorRoles(RoleFilter role)
{
if (RoleMap == null)
{
RoleMap = new Dictionary <RoleFilter, IIfcActorRole>();
}
var actorRoles = new List <IIfcActorRole>();
using (var tx = Model.BeginTransaction("RoleSettings"))
{
if (role.HasFlag(RoleFilter.Architectural))
{
actorRoles.Add(
RoleMap.ContainsKey(RoleFilter.Architectural)
? RoleMap[RoleFilter.Architectural]
: MapRole(RoleFilter.Architectural, IfcRoleEnum.ARCHITECT));
}
if (role.HasFlag(RoleFilter.Mechanical))
{
actorRoles.Add(
RoleMap.ContainsKey(RoleFilter.Mechanical)
? RoleMap[RoleFilter.Mechanical]
: MapRole(RoleFilter.Mechanical, IfcRoleEnum.MECHANICALENGINEER));
}
if (role.HasFlag(RoleFilter.Electrical))
{
actorRoles.Add(
RoleMap.ContainsKey(RoleFilter.Electrical)
? RoleMap[RoleFilter.Electrical]
: MapRole(RoleFilter.Electrical, IfcRoleEnum.ELECTRICALENGINEER));
}
if (role.HasFlag(RoleFilter.Plumbing))
{
actorRoles.Add(
RoleMap.ContainsKey(RoleFilter.Plumbing)
? RoleMap[RoleFilter.Plumbing]
: MapRole(RoleFilter.Plumbing, IfcRoleEnum.USERDEFINED));
}
if (role.HasFlag(RoleFilter.FireProtection))
{
actorRoles.Add(
RoleMap.ContainsKey(RoleFilter.FireProtection)
? RoleMap[RoleFilter.FireProtection]
: MapRole(RoleFilter.FireProtection, IfcRoleEnum.USERDEFINED));
}
if (role.HasFlag(RoleFilter.Unknown))
{
actorRoles.Add(
RoleMap.ContainsKey(RoleFilter.Unknown)
? RoleMap[RoleFilter.Unknown]
: MapRole(RoleFilter.Unknown, IfcRoleEnum.USERDEFINED));
}
tx.Commit();
}
return(actorRoles);
}
private void MappingOtherControllers()
{
// mapping other controllers in order of device index
var deviceIndex = 0u;
var firstFoundTracker = VRModule.INVALID_DEVICE_INDEX;
var rightIndex = RoleMap.GetMappedDeviceByRole(HandRole.RightHand);
var leftIndex = RoleMap.GetMappedDeviceByRole(HandRole.LeftHand);
for (var role = RoleInfo.MinValidRole; role <= RoleInfo.MaxValidRole; ++role)
{
if (!RoleInfo.IsValidRole(role))
{
continue;
}
if (role == HandRole.RightHand || role == HandRole.LeftHand)
{
continue;
}
if (RoleMap.IsRoleBound(role))
{
continue;
}
// find next valid device
if (VRModule.IsValidDeviceIndex(deviceIndex))
{
while (!IsController(deviceIndex) || RoleMap.IsDeviceConnectedAndBound(deviceIndex) || deviceIndex == rightIndex || deviceIndex == leftIndex)
{
if (!VRModule.IsValidDeviceIndex(firstFoundTracker) && IsTracker(deviceIndex))
{
firstFoundTracker = deviceIndex;
}
if (!VRModule.IsValidDeviceIndex(++deviceIndex))
{
break;
}
}
}
if (VRModule.IsValidDeviceIndex(deviceIndex))
{
MappingRole(role, deviceIndex++);
}
else
{
UnmappingRole(role);
}
}
// if external camera is not mapped, try mapping first found tracker
if (!RoleMap.IsRoleMapped(HandRole.ExternalCamera) && VRModule.IsValidDeviceIndex(firstFoundTracker) && !RoleMap.IsDeviceConnectedAndBound(firstFoundTracker))
{
MappingRole(HandRole.ExternalCamera, firstFoundTracker);
}
}
private bool NextUnmappedSortedDevice(ref int i)
{
while (++i < m_sortedDeviceList.Count)
{
if (!RoleMap.IsDeviceMapped(m_sortedDeviceList[i]))
{
return(true);
}
}
return(false);
}
private bool NextUnmappedRole(ref ControllerRole r)
{
const ControllerRole rMax = ControllerRole.Controller15 + 1;
while (++r < rMax)
{
if (!RoleMap.IsRoleValueMapped((int)r))
{
return(true);
}
}
return(false);
}
/// <summary>
/// 生存している人狼のリストを取得する
/// （自分が人狼のとき、及びゲーム終了後のみ結果を取得できる）
/// </summary>
/// <returns></returns>
public List <Agent> GetAliveWerewolf()
{
List <Agent> ret = new List <Agent>();
foreach (Agent agent in latestGameInfo.AliveAgentList)
{
if (RoleMap.ContainsKey(agent) && RoleMap[agent] == Role.WEREWOLF)
{
ret.Add(agent);
}
}
return(ret);
}
public override void OnConnectedDeviceChanged(uint deviceIndex, VRModuleDeviceClass deviceClass, string deviceSN, bool connected)
{
if (connected)
{
if (RoleMap.IsDeviceBound(deviceSN))
{
return;
}
}
else
{
return;
}
Refresh();
}
private string GetReferenceRoleValue(RoleMap referenceRole)
{
string value = referenceRole.dataType;
if (string.IsNullOrEmpty(value))
{
value = referenceRole.value; // for backward compatibility
}
if (string.IsNullOrEmpty(value) || (!value.StartsWith(RDL_PREFIX) && !value.StartsWith(RDL_NS.NamespaceName)))
{
throw new Exception("Role map [" + referenceRole.name + "] has invalid class reference.");
}
return(value.Replace(RDL_PREFIX, RDL_NS.NamespaceName));
}
public override void OnBindingChanged(TrackerRole role, string deviceSN, bool bound)
{
if (bound)
{
// it's possible that some device will be pushed out when binding
MappingTrackers();
}
else
{
if (RoleMap.IsRoleMapped(role))
{
UnmappingRole(role);
MappingTrackers();
}
}
}
public override void OnBindingChanged(HandRole role, string deviceSN, bool bound)
{
if (!bound)
{
if (RoleMap.IsRoleMapped(role) && !IsController(RoleMap.GetMappedDeviceByRole(role)))
{
UnmappingRole(role);
}
}
if (handsAreMappedOrBound)
{
MappingOthers();
}
else
{
MappingHandsAndOthers();
}
}
public override void OnConnectedDeviceChanged(uint deviceIndex, ETrackedDeviceClass deviceClass, string deviceSN, bool connected)
{
if (RoleMap.IsDeviceBound(deviceSN) || deviceClass != ETrackedDeviceClass.Controller)
{
return;
}
if (!connected)
{
UnmappingDevice(deviceIndex);
}
if (handsAreMappedOrBound)
{
MappingOthers();
}
else
{
MappingHandsAndOthers();
}
}
private XElement CreatePropertyElement(RoleMap propertyRole, string propertyValue)
{
XElement propertyElement = new XElement(TPL_NS + propertyRole.id.Replace(TPL_PREFIX, String.Empty));
if (String.IsNullOrEmpty(propertyRole.valueListName))
{
if (String.IsNullOrEmpty(propertyValue))
{
propertyElement.Add(new XAttribute(RDF_RESOURCE, QUALIFIED_RDF_NIL));
}
else
{
propertyElement.Add(new XAttribute(RDF_DATATYPE,
propertyRole.dataType.Replace(XSD_PREFIX, XSD_NS.NamespaceName)));
if (propertyRole.dataType.Contains("dateTime"))
{
propertyValue = Utility.ToXsdDateTime(propertyValue);
}
propertyElement.Add(new XText(propertyValue));
}
}
else // resolve value list to uri
{
propertyValue = _mapping.ResolveValueList(propertyRole.valueListName, propertyValue);
if (String.IsNullOrEmpty(propertyValue))
{
return(null);
}
propertyValue = propertyValue.Replace(RDL_PREFIX, RDL_NS.NamespaceName);
propertyElement.Add(new XAttribute(RDF_RESOURCE, propertyValue));
}
return(propertyElement);
}
/// <summary>
/// Convert RoleFilter to IfcActorRole, need to be within a transaction
/// </summary>
/// <param name="role">RoleFilter</param>
/// <param name="ifcRole">IfcRole</param>
/// <returns></returns>
private IIfcActorRole MapRole(RoleFilter role, IfcRoleEnum ifcRole)
{
if (_fedModel.CurrentTransaction != null)
{
var actorRole = _fedModel.Instances.New <IfcActorRole>();
if (ifcRole == IfcRoleEnum.USERDEFINED)
{
actorRole.Role = IfcRoleEnum.USERDEFINED;
actorRole.UserDefinedRole = role.ToString();
}
else
{
actorRole.Role = ifcRole;
}
actorRole.Description = role.ToString();
RoleMap.Add(role, actorRole);
return(actorRole);
}
else
{
throw new InvalidOperationException("MapRole: No transaction currently in model");
}
}
/// <summary>
/// Convert RoleFilter to IfcActorRole, need to be within a transaction
/// </summary>
/// <param name="role">RoleFilter</param>
/// <param name="ifcRole">IfcRole</param>
/// <returns></returns>
private IfcActorRole MapRole(RoleFilter role, IfcRole ifcRole)
{
if (_fedModel.IsTransacting)
{
IfcActorRole actorRole = _fedModel.Instances.New <IfcActorRole>();
if (ifcRole == IfcRole.UserDefined)
{
actorRole.Role = IfcRole.UserDefined;
actorRole.UserDefinedRole = role.ToString();
}
else
{
actorRole.Role = ifcRole;
}
actorRole.Description = role.ToString();
RoleMap.Add(role, actorRole);
return(actorRole);
}
else
{
throw new InvalidOperationException("MapRole: No transaction currently in model");
}
}
private XElement CreatePropertyElement(RoleMap propertyRole, string propertyValue)
{
XElement propertyElement = new XElement(_appNamespace + propertyRole.name);
propertyElement.Add(new XAttribute(RDL_URI_ATTR, propertyRole.id));
if (String.IsNullOrEmpty(propertyRole.valueListName))
{
if (String.IsNullOrEmpty(propertyValue))
{
propertyElement.Add(new XAttribute(REF_ATTR, RDF_NIL));
}
else
{
if (propertyRole.dataType.Contains("dateTime"))
{
propertyValue = Utility.ToXsdDateTime(propertyValue);
}
propertyElement.Add(new XText(propertyValue));
}
}
else // resolve value list to uri
{
propertyValue = _mapping.ResolveValueList(propertyRole.valueListName, propertyValue);
if (String.IsNullOrEmpty(propertyValue))
{
return(null);
}
propertyValue = propertyValue.Replace(RDL_PREFIX, RDL_NS.NamespaceName);
propertyElement.Add(new XAttribute(REF_ATTR, propertyValue));
}
return(propertyElement);
}
private void MappingTrackers()
{
var deviceIndex = 0u;
for (var role = RoleInfo.MinValidRole; role <= RoleInfo.MaxValidRole; ++role)
{
if (!RoleInfo.IsValidRole(role))
{
continue;
}
if (RoleMap.IsRoleBound(role))
{
continue;
}
// find next valid device
if (VRModule.IsValidDeviceIndex(deviceIndex))
{
while (!IsTracker(deviceIndex) || RoleMap.IsDeviceConnectedAndBound(deviceIndex))
{
if (!VRModule.IsValidDeviceIndex(++deviceIndex))
{
break;
}
}
}
if (VRModule.IsValidDeviceIndex(deviceIndex))
{
MappingRole(role, deviceIndex++);
}
else
{
UnmappingRole(role);
}
}
}
public void Refresh()
{
// find right/left controller index
var rightIndex = VRModule.INVALID_DEVICE_INDEX;
var leftIndex = VRModule.INVALID_DEVICE_INDEX;
if (RoleMap.IsRoleValueBound((int)ControllerRole.RightHand))
{
rightIndex = RoleMap.GetMappedDeviceByRoleValue((int)ControllerRole.RightHand);
}
else
{
var index = VRModule.GetRightControllerDeviceIndex();
if (VRModule.GetDeviceState(index).deviceClass == VRModuleDeviceClass.Controller)
{
rightIndex = index;
}
}
if (RoleMap.IsRoleValueBound((int)ControllerRole.LeftHand))
{
leftIndex = RoleMap.GetMappedDeviceByRoleValue((int)ControllerRole.LeftHand);
}
else
{
var index = VRModule.GetRightControllerDeviceIndex();
if (VRModule.GetDeviceState(index).deviceClass == VRModuleDeviceClass.Controller)
{
leftIndex = index;
}
}
if (leftIndex == rightIndex)
{
leftIndex = VRModule.INVALID_DEVICE_INDEX;
}
// find all other unbound controller class devices
for (uint i = 0u, imax = VRModule.GetDeviceStateCount(); i < imax; ++i)
{
if (i == rightIndex)
{
continue;
}
if (i == leftIndex)
{
continue;
}
var device = VRModule.GetDeviceState(i);
if (!device.isConnected)
{
continue;
}
if (device.deviceClass != VRModuleDeviceClass.Controller)
{
continue;
}
if (RoleMap.IsDeviceBound(device.serialNumber))
{
continue;
}
m_sortedDeviceList.Add(i);
}
// if module didn't hint left/right controllers
// find left/right most device in m_sortedDeviceList and assigned to leftIndex/rightIndex
if (m_sortedDeviceList.Count > 0)
{
HandRoleHandler.SortDeviceIndicesByDirection(m_sortedDeviceList, VRModule.GetCurrentDeviceState(VRModule.HMD_DEVICE_INDEX).pose);
if (rightIndex == VRModule.INVALID_DEVICE_INDEX && !RoleMap.IsRoleBound(ControllerRole.RightHand))
{
rightIndex = m_sortedDeviceList[0];
m_sortedDeviceList.RemoveAt(0);
}
if (m_sortedDeviceList.Count > 0 && leftIndex == VRModule.INVALID_DEVICE_INDEX && !RoleMap.IsRoleBound(ControllerRole.RightHand))
{
leftIndex = m_sortedDeviceList[m_sortedDeviceList.Count - 1];
m_sortedDeviceList.RemoveAt(m_sortedDeviceList.Count - 1);
}
}
if (rightIndex != VRModule.INVALID_DEVICE_INDEX)
{
MappingRoleIfUnbound(ControllerRole.RightHand, rightIndex);
}
if (leftIndex != VRModule.INVALID_DEVICE_INDEX)
{
MappingRoleIfUnbound(ControllerRole.LeftHand, leftIndex);
}
if (m_sortedDeviceList.Count > 0)
{
var otherCtrlIndex = -1;
var otherRole = ControllerRole.Controller3 - 1;
while (NextUnmappedSortedDevice(ref otherCtrlIndex) && NextUnmappedRole(ref otherRole))
{
MappingRole(otherRole, m_sortedDeviceList[otherCtrlIndex]);
}
m_sortedDeviceList.Clear();
}
}
private static void ShowProcessesScreen(FdbSystemStatus status, HistoryMetric current, bool repaint)
{
const int BARSZ = 15;
const int COL0 = 1;
const int COL1 = COL0 + 18;
const int COL2 = COL1 + 12;
const int COL3 = COL2 + 15;
const int COL4 = COL3 + 11 + BARSZ;
const int COL5 = COL4 + 8;
const int COL6 = COL5 + 12 + BARSZ;
const int COL7 = COL6 + 10 + BARSZ;
if (repaint)
{
Console.Title = "fdbtop - Processes";
RepaintTopBar();
Console.ForegroundColor = ConsoleColor.DarkCyan;
WriteAt(COL0, 5, "Address (port)");
WriteAt(COL1, 5, "Network in / out (MB/s)");
WriteAt(COL3, 5, "CPU (%core)");
WriteAt(COL4, 5, "Memory Free / Total (GB)");
WriteAt(COL6, 5, "HDD (%busy)");
WriteAt(COL7, 5, "Roles");
#if DEBUG
Console.ForegroundColor = ConsoleColor.DarkGray;
WriteAt(COL0, 6, "0 - - - - - -");
WriteAt(COL1, 6, "1 - - - - - -");
WriteAt(COL2, 6, "2 - - - - - -");
WriteAt(COL3, 6, "3 - - - - - -");
WriteAt(COL4, 6, "4 - - - - - -");
WriteAt(COL5, 6, "5 - - - - - -");
WriteAt(COL6, 6, "6 - - - - - -");
WriteAt(COL7, 6, "7 - - - - - -");
#endif
}
UpdateTopBar(status, current);
if (status.Cluster.Machines.Count == 0)
{
//TODO display error message?
return;
}
var maxVersion = status.Cluster.Processes.Values.Max(p => p.Version);
int y = 7;
foreach (var machine in status.Cluster.Machines.Values.OrderBy(x => x.Address, StringComparer.Ordinal))
{
var procs = status.Cluster.Processes.Values
.Where(p => p.MachineId == machine.Id)
.OrderBy(p => p.Address, StringComparer.Ordinal)
.ToList();
var map = new RoleMap();
foreach (var proc in procs)
{
foreach (var role in proc.Roles)
{
map.Add(role.Value);
}
}
Console.ForegroundColor = ConsoleColor.DarkGray;
WriteAt(1, y,
"{0,15} | {0,8} in {0,8} out | {0,6}% {0,15} | {0,5} / {0,5} GB {0,15} | {0,22} | {0,11} |",
""
);
Console.ForegroundColor = ConsoleColor.White;
//"{0,-15} | net {2,8:N3} in {3,8:N3} out | cpu {4,5:N1}% | mem {5,5:N1} / {7,5:N1} GB {8,-20} | hdd {9,5:N1}% {10,-20}",
WriteAt(COL0, y, machine.Address);
WriteAt(COL1, y, "{0,8:N3}", MegaBytes(machine.Network.MegabitsReceived.Hz * 125000));
WriteAt(COL2, y, "{0,8:N3}", MegaBytes(machine.Network.MegabitsSent.Hz * 125000));
WriteAt(COL3, y, "{0,6:N1}", machine.Cpu.LogicalCoreUtilization * 100);
WriteAt(COL4, y, "{0,5:N1}", GigaBytes(machine.Memory.CommittedBytes));
WriteAt(COL5, y, "{0,5:N1}", GigaBytes(machine.Memory.TotalBytes));
//WriteAt(COL6, y, "{0,5:N1}", totalDiskBusy * 100);
WriteAt(COL7, y, "{0,11}", map);
Console.ForegroundColor = machine.Cpu.LogicalCoreUtilization >= 0.9 ? ConsoleColor.Red : ConsoleColor.Green;
WriteAt(COL3 + 8, y, "{0,-15}", new string('|', Bar(machine.Cpu.LogicalCoreUtilization, 1, BARSZ))); // 1 = all the (logical) cores
Console.ForegroundColor = machine.Memory.CommittedBytes >= 0.95 * machine.Memory.TotalBytes ? ConsoleColor.Red : ConsoleColor.Green;
WriteAt(COL5 + 9, y, "{0,-15}", new string('|', Bar(machine.Memory.CommittedBytes, machine.Memory.TotalBytes, BARSZ)));
//Console.ForegroundColor = totalDiskBusy >= 0.95 ? ConsoleColor.Red : ConsoleColor.Green;
//WriteAt(COL6 + 7, y, "{0,-15}", new string('|', Bar(totalDiskBusy, 1, BARSZ)));
++y;
//TODO: use a set to map procs ot machines? Where(..) will be slow if there are a lot of machines x processes
foreach (var proc in procs)
{
int p = proc.Address.IndexOf(':');
string port = p >= 0 ? proc.Address.Substring(p + 1) : proc.Address;
map = new RoleMap();
foreach (var role in proc.Roles)
{
map.Add(role.Value);
}
Console.ForegroundColor = ConsoleColor.DarkGray;
WriteAt(1, y,
"{0,7} | {0,5} | {0,8} in {0,8} out | {0,6}% {0,15} | {0,5} / {0,5} GB {0,15} | {0,5}% {0,15} | {0,11} |",
""
);
Console.ForegroundColor = proc.Version != maxVersion ? ConsoleColor.DarkCyan : ConsoleColor.Gray;
WriteAt(1 + 10, y, "{0,5}", proc.Version);
Console.ForegroundColor = proc.Excluded ? ConsoleColor.DarkRed : ConsoleColor.Gray;
WriteAt(COL0, y, "{0,7}", port);
Console.ForegroundColor = ConsoleColor.Gray;
WriteAt(COL1, y, "{0,8:N3}", MegaBytes(proc.Network.MegabitsReceived.Hz * 125000));
WriteAt(COL2, y, "{0,8:N3}", MegaBytes(proc.Network.MegabitsSent.Hz * 125000));
WriteAt(COL3, y, "{0,6:N1}", proc.Cpu.UsageCores * 100);
WriteAt(COL4, y, "{0,5:N1}", GigaBytes(proc.Memory.UsedBytes));
WriteAt(COL5, y, "{0,5:N1}", GigaBytes(proc.Memory.AvailableBytes));
WriteAt(COL6, y, "{0,5:N1}", Math.Min(proc.Disk.Busy * 100, 100)); // 1 == 1 core, but a process can go a little bit higher
WriteAt(COL7, y, "{0,11}", map);
Console.ForegroundColor = proc.Cpu.UsageCores >= 0.95 ? ConsoleColor.DarkRed : ConsoleColor.DarkGreen;
WriteAt(COL3 + 8, y, "{0,-15}", new string('|', Bar(proc.Cpu.UsageCores, 1, BARSZ)));
Console.ForegroundColor = proc.Memory.UsedBytes >= 0.95 * proc.Memory.AvailableBytes ? ConsoleColor.DarkRed : ConsoleColor.DarkGreen;
WriteAt(COL5 + 9, y, "{0,-15}", new string('|', Bar(proc.Memory.UsedBytes, proc.Memory.AvailableBytes, BARSZ)));
Console.ForegroundColor = proc.Disk.Busy >= 0.95 ? ConsoleColor.DarkRed : ConsoleColor.DarkGreen;
WriteAt(COL6 + 7, y, "{0,-15}", new string('|', Bar(proc.Disk.Busy, 1, BARSZ)));
++y;
}
++y;
}
}
public string ProjectProperty(string[] propertyNameParts, ref Values values)
{
string dataPropertyName = String.Empty;
string className = propertyNameParts[0];
string templateName = propertyNameParts[1];
string roleName = propertyNameParts[2];
string classPath = String.Empty;
if (className.Contains("$"))
{
string[] temp = className.Split('$');
className = temp[0];
classPath = temp[1];
}
ClassTemplateMap classTemplateMap = _graphMap.classTemplateMaps.Find(
cm => cm.classMap.name.Replace(" ", "").ToLower() == className.Replace(" ", "").ToLower());
if (classTemplateMap == null)
{
throw new Exception("Classmap [" + className + "] not found.");
}
List <TemplateMap> templateMaps = classTemplateMap.templateMaps;
TemplateMap templateMap = templateMaps.Find(tm => tm.name.ToLower() == templateName.ToLower());
RoleMap roleMap = templateMap.roleMaps.Find(rm => rm.name.ToLower() == roleName.ToLower());
switch (roleMap.type)
{
case RoleType.DataProperty:
dataPropertyName = roleMap.propertyName;
_valueListName = null;
break;
case RoleType.ObjectProperty:
dataPropertyName = roleMap.propertyName;
_valueListName = roleMap.valueListName;
break;
case RoleType.Property:
//if last part...
dataPropertyName = roleMap.propertyName;
if (String.IsNullOrEmpty(roleMap.valueListName))
{
_valueListName = null;
}
else
{
_valueListName = roleMap.valueListName;
for (int i = 0; i < values.Count; i++)
{
string value = values[i];
ValueListMap valueListMap = _mapping.valueListMaps.Find(x => x.name.ToLower() == roleMap.valueListName.ToLower());
if (valueListMap != null && valueListMap.valueMaps != null)
{
/// ValueMap valueMap = valueListMap.valueMaps.Find(x => x.uri == value);
ValueMap valueMap = valueListMap.valueMaps.Find(x => x.label == value);
if (valueMap != null)
{
value = valueMap.internalValue;
}
else
{
value = valueListMap.valueMaps[0].internalValue;
}
}
values[i] = value;
}
}
break;
case RoleType.FixedValue:
case RoleType.Possessor:
case RoleType.Reference:
throw new Exception("Role " + roleName + " can not be projected to property.");
}
return(dataPropertyName);
}
private void ProcessInboundTemplates(int dataObjectIndex, List <string> classInstances, List <TemplateMap> templateMaps)
{
foreach (TemplateMap templateMap in templateMaps)
{
string possessorRoleId = String.Empty;
RoleMap referenceRole = null;
List <RoleMap> propertyRoles = new List <RoleMap>();
List <RoleMap> classRoles = new List <RoleMap>();
// find property roles
foreach (RoleMap roleMap in templateMap.roleMaps)
{
switch (roleMap.type)
{
case RoleType.Possessor:
possessorRoleId = roleMap.id;
break;
case RoleType.Reference:
if (roleMap.classMap != null)
{
classRoles.Add(roleMap);
}
else
{
referenceRole = roleMap;
}
break;
case RoleType.Property:
case RoleType.DataProperty:
case RoleType.ObjectProperty:
propertyRoles.Add(roleMap);
break;
}
}
string referenceVariable = String.Empty;
string referenceRoleId = String.Empty;
string referenceRoleValue = String.Empty;
string referenceEndStmt = String.Empty;
if (referenceRole != null)
{
referenceVariable = BLANK_NODE;
referenceRoleId = referenceRole.id;
referenceRoleValue = referenceRole.value;
referenceEndStmt = END_STATEMENT;
}
for (int classInstanceIndex = 0; classInstanceIndex < classInstances.Count; classInstanceIndex++)
{
if (classRoles.Count > 0)
{
foreach (RoleMap classRole in classRoles)
{
string query = String.Format(SUBCLASS_INSTANCE_QUERY_TEMPLATE, possessorRoleId,
classInstances[classInstanceIndex], templateMap.id, referenceVariable, referenceRoleId,
referenceRoleValue, referenceEndStmt, classRole.id);
object results = _memoryStore.ExecuteQuery(query);
if (results is SparqlResultSet)
{
SparqlResultSet resultSet = (SparqlResultSet)results;
List <string> subclassInstances = new List <string>();
foreach (SparqlResult result in resultSet)
{
string subclassInstance = result.Value("class").ToString();
subclassInstances.Add(subclassInstance);
}
ProcessInboundClass(dataObjectIndex, classRole.classMap, subclassInstances);
}
}
}
else if (propertyRoles.Count > 0) // query for property values
{
foreach (RoleMap propertyRole in propertyRoles)
{
List <string> values = new List <string>();
string[] propertyPath = propertyRole.propertyName.Split('.');
string property = propertyPath[propertyPath.Length - 1];
string query = String.Format(LITERAL_QUERY_TEMPLATE, possessorRoleId, classInstances[classInstanceIndex],
templateMap.id, referenceVariable, referenceRoleId, referenceRoleValue, referenceEndStmt,
propertyRole.id);
object results = _memoryStore.ExecuteQuery(query);
if (results is SparqlResultSet)
{
SparqlResultSet resultSet = (SparqlResultSet)results;
foreach (SparqlResult result in resultSet)
{
string value = Regex.Replace(result.ToString(), @".*= ", String.Empty);
if (value == QUALIFIED_RDF_NIL)
{
value = String.Empty;
}
else if (value.Contains("^^"))
{
value = value.Substring(0, value.IndexOf("^^"));
}
else if (!String.IsNullOrEmpty(propertyRole.valueListName))
{
ValueListMap valueListMap = _mapping.valueListMaps.Find(x => x.name.ToLower() == propertyRole.valueListName.ToLower());
if (valueListMap != null && valueListMap.valueMaps != null)
{
ValueMap valueMap = valueListMap.valueMaps.Find(x => x.uri == value);
if (valueMap != null)
{
value = valueMap.internalValue;
}
else
{
value = valueListMap.valueMaps[0].internalValue;
}
}
}
if (propertyPath.Length > 2) // related property
{
values.Add(value);
}
else // direct property
{
_dataRecords[dataObjectIndex][property] = value;
}
}
if (propertyPath.Length > 2 && values.Count > 0)
{
SetRelatedRecords(dataObjectIndex, classInstanceIndex, propertyRole.propertyName, values);
}
}
}
}
}
}
}
private void MappingLeftRightHands()
{
// assign left/right controllers according to the hint
var rightIndex = VRModule.GetRightControllerDeviceIndex();
var leftIndex = VRModule.GetLeftControllerDeviceIndex();
if (VRModule.GetCurrentDeviceState(rightIndex).isConnected)
{
MappingRoleIfUnbound(HandRole.RightHand, rightIndex);
rightIndex = RoleMap.GetMappedDeviceByRole(HandRole.RightHand);
}
else if (RoleMap.IsRoleBound(HandRole.RightHand))
{
rightIndex = RoleMap.GetMappedDeviceByRole(HandRole.RightHand);
}
else
{
rightIndex = VRModule.INVALID_DEVICE_INDEX;
}
if (VRModule.GetCurrentDeviceState(leftIndex).isConnected&& leftIndex != rightIndex)
{
MappingRoleIfUnbound(HandRole.LeftHand, leftIndex);
leftIndex = RoleMap.GetMappedDeviceByRole(HandRole.LeftHand);
}
else if (RoleMap.IsRoleBound(HandRole.LeftHand))
{
leftIndex = RoleMap.GetMappedDeviceByRole(HandRole.LeftHand);
}
else
{
leftIndex = VRModule.INVALID_DEVICE_INDEX;
}
// if not both left/right controllers are assigned, find and assign them with left/right most controller
if (!VRModule.IsValidDeviceIndex(rightIndex) || !VRModule.IsValidDeviceIndex(leftIndex))
{
// find right to left sorted controllers
// FIXME: GetSortedTrackedDeviceIndicesOfClass doesn't return correct devices count right after device connected
#if __VIU_STEAMVR
if (VRModule.activeModule == SupportedVRModule.SteamVR)
{
var count = 0;
var system = Valve.VR.OpenVR.System;
if (system != null)
{
count = (int)system.GetSortedTrackedDeviceIndicesOfClass(Valve.VR.ETrackedDeviceClass.Controller, m_sortedDevices, Valve.VR.OpenVR.k_unTrackedDeviceIndex_Hmd);
}
foreach (var deviceIndex in m_sortedDevices)
{
if (m_sortedDeviceList.Count >= count)
{
break;
}
if (IsController(deviceIndex) && deviceIndex != rightIndex && deviceIndex != leftIndex && !RoleMap.IsDeviceConnectedAndBound(deviceIndex))
{
m_sortedDeviceList.Add(deviceIndex);
}
}
}
else
#endif
{
for (uint deviceIndex = 1u, imax = VRModule.GetDeviceStateCount(); deviceIndex < imax; ++deviceIndex)
{
if (IsController(deviceIndex) && deviceIndex != rightIndex && deviceIndex != leftIndex && !RoleMap.IsDeviceConnectedAndBound(deviceIndex))
{
m_sortedDeviceList.Add(deviceIndex);
}
}
if (m_sortedDeviceList.Count > 1)
{
SortDeviceIndicesByDirection(m_sortedDeviceList, VRModule.GetCurrentDeviceState(VRModule.HMD_DEVICE_INDEX).pose);
}
}
if (m_sortedDeviceList.Count > 0 && !VRModule.IsValidDeviceIndex(rightIndex))
{
rightIndex = m_sortedDeviceList[0];
m_sortedDeviceList.RemoveAt(0);
// mapping right most controller
MappingRole(HandRole.RightHand, rightIndex);
}
if (m_sortedDeviceList.Count > 0 && !VRModule.IsValidDeviceIndex(leftIndex))
{
leftIndex = m_sortedDeviceList[m_sortedDeviceList.Count - 1];
// mapping left most controller
MappingRole(HandRole.LeftHand, leftIndex);
}
m_sortedDeviceList.Clear();
}
if (!VRModule.IsValidDeviceIndex(rightIndex))
{
UnmappingRole(HandRole.RightHand);
}
if (!VRModule.IsValidDeviceIndex(leftIndex))
{
UnmappingRole(HandRole.LeftHand);
}
}
private static void ShowProcessesScreen(FdbSystemStatus status, HistoryMetric current, bool repaint)
{
const int BARSZ = 15;
const int COL0 = 1;
const int COL1 = COL0 + 18;
const int COL2 = COL1 + 12;
const int COL3 = COL2 + 15;
const int COL4 = COL3 + 11 + BARSZ;
const int COL5 = COL4 + 8;
const int COL6 = COL5 + 12 + BARSZ;
const int COL7 = COL6 + 10 + BARSZ;
if (repaint)
{
Console.Title = "fdbtop - Processes";
RepaintTopBar();
Console.ForegroundColor = ConsoleColor.DarkCyan;
WriteAt(COL0, 5, "Address (port)");
WriteAt(COL1, 5, "Network in / out (MB/s)");
WriteAt(COL3, 5, "CPU (%core)");
WriteAt(COL4, 5, "Memory Free / Total (GB)");
WriteAt(COL6, 5, "HDD (%busy)");
WriteAt(COL7, 5, "Roles");
#if DEBUG
Console.ForegroundColor = ConsoleColor.DarkGray;
WriteAt(COL0, 6, "0 - - - - - -");
WriteAt(COL1, 6, "1 - - - - - -");
WriteAt(COL2, 6, "2 - - - - - -");
WriteAt(COL3, 6, "3 - - - - - -");
WriteAt(COL4, 6, "4 - - - - - -");
WriteAt(COL5, 6, "5 - - - - - -");
WriteAt(COL6, 6, "6 - - - - - -");
WriteAt(COL7, 6, "7 - - - - - -");
#endif
}
UpdateTopBar(status, current);
if (status.Cluster.Machines.Count == 0)
{
//TODO display error message?
return;
}
var maxVersion = status.Cluster.Processes.Values.Max(p => p.Version);
int y = 7;
foreach(var machine in status.Cluster.Machines.Values.OrderBy(x => x.Address, StringComparer.Ordinal))
{
var procs = status.Cluster.Processes.Values
.Where(p => p.MachineId == machine.Id)
.OrderBy(p => p.Address, StringComparer.Ordinal)
.ToList();
var map = new RoleMap();
foreach(var proc in procs)
{
foreach(var role in proc.Roles)
{
map.Add(role.Value);
}
}
Console.ForegroundColor = ConsoleColor.DarkGray;
WriteAt(1, y,
"{0,15} | {0,8} in {0,8} out | {0,6}% {0,15} | {0,5} / {0,5} GB {0,15} | {0,22} | {0,11} |",
""
);
Console.ForegroundColor = ConsoleColor.White;
//"{0,-15} | net {2,8:N3} in {3,8:N3} out | cpu {4,5:N1}% | mem {5,5:N1} / {7,5:N1} GB {8,-20} | hdd {9,5:N1}% {10,-20}",
WriteAt(COL0, y, machine.Address);
WriteAt(COL1, y, "{0,8:N3}", MegaBytes(machine.Network.MegabitsReceived.Hz * 125000));
WriteAt(COL2, y, "{0,8:N3}", MegaBytes(machine.Network.MegabitsSent.Hz * 125000));
WriteAt(COL3, y, "{0,6:N1}", machine.Cpu.LogicalCoreUtilization * 100);
WriteAt(COL4, y, "{0,5:N1}", GigaBytes(machine.Memory.CommittedBytes));
WriteAt(COL5, y, "{0,5:N1}", GigaBytes(machine.Memory.TotalBytes));
//WriteAt(COL6, y, "{0,5:N1}", totalDiskBusy * 100);
WriteAt(COL7, y, "{0,11}", map);
Console.ForegroundColor = machine.Cpu.LogicalCoreUtilization >= 0.9 ? ConsoleColor.Red : ConsoleColor.Green;
WriteAt(COL3 + 8, y, "{0,-15}", new string('|', Bar(machine.Cpu.LogicalCoreUtilization, 1, BARSZ))); // 1 = all the (logical) cores
Console.ForegroundColor = machine.Memory.CommittedBytes >= 0.95 * machine.Memory.TotalBytes ? ConsoleColor.Red : ConsoleColor.Green;
WriteAt(COL5 + 9, y, "{0,-15}", new string('|', Bar(machine.Memory.CommittedBytes, machine.Memory.TotalBytes, BARSZ)));
//Console.ForegroundColor = totalDiskBusy >= 0.95 ? ConsoleColor.Red : ConsoleColor.Green;
//WriteAt(COL6 + 7, y, "{0,-15}", new string('|', Bar(totalDiskBusy, 1, BARSZ)));
++y;
//TODO: use a set to map procs ot machines? Where(..) will be slow if there are a lot of machines x processes
foreach (var proc in procs)
{
int p = proc.Address.IndexOf(':');
string port = p >= 0 ? proc.Address.Substring(p + 1) : proc.Address;
map = new RoleMap();
foreach (var role in proc.Roles)
{
map.Add(role.Value);
}
Console.ForegroundColor = ConsoleColor.DarkGray;
WriteAt(1, y,
"{0,7} | {0,5} | {0,8} in {0,8} out | {0,6}% {0,15} | {0,5} / {0,5} GB {0,15} | {0,5}% {0,15} | {0,11} |",
""
);
Console.ForegroundColor = proc.Version != maxVersion ? ConsoleColor.DarkCyan : ConsoleColor.Gray;
WriteAt(1 + 10, y, "{0,5}", proc.Version);
Console.ForegroundColor = proc.Excluded ? ConsoleColor.DarkRed : ConsoleColor.Gray;
WriteAt(COL0, y, "{0,7}", port);
Console.ForegroundColor = ConsoleColor.Gray;
WriteAt(COL1, y, "{0,8:N3}", MegaBytes(proc.Network.MegabitsReceived.Hz * 125000));
WriteAt(COL2, y, "{0,8:N3}", MegaBytes(proc.Network.MegabitsSent.Hz * 125000));
WriteAt(COL3, y, "{0,6:N1}", proc.Cpu.UsageCores * 100);
WriteAt(COL4, y, "{0,5:N1}", GigaBytes(proc.Memory.UsedBytes));
WriteAt(COL5, y, "{0,5:N1}", GigaBytes(proc.Memory.AvailableBytes));
WriteAt(COL6, y, "{0,5:N1}", Math.Min(proc.Disk.Busy * 100, 100)); // 1 == 1 core, but a process can go a little bit higher
WriteAt(COL7, y, "{0,11}", map);
Console.ForegroundColor = proc.Cpu.UsageCores >= 0.95 ? ConsoleColor.DarkRed : ConsoleColor.DarkGreen;
WriteAt(COL3 + 8, y, "{0,-15}", new string('|', Bar(proc.Cpu.UsageCores, 1, BARSZ)));
Console.ForegroundColor = proc.Memory.UsedBytes >= 0.95 * proc.Memory.AvailableBytes ? ConsoleColor.DarkRed : ConsoleColor.DarkGreen;
WriteAt(COL5 + 9, y, "{0,-15}", new string('|', Bar(proc.Memory.UsedBytes, proc.Memory.AvailableBytes, BARSZ)));
Console.ForegroundColor = proc.Disk.Busy >= 0.95 ? ConsoleColor.DarkRed : ConsoleColor.DarkGreen;
WriteAt(COL6 + 7, y, "{0,-15}", new string('|', Bar(proc.Disk.Busy, 1, BARSZ)));
++y;
}
++y;
}
}
private void CreateTemplateElement(int dataObjectIndex, string startClassName, string startClassIdentifier, string baseUri,
string classIdentifier, int classIdentifierIndex, TemplateMap templateMap, bool classIdentifierHasRelatedProperty)
{
string classInstance = baseUri + classIdentifier;
IDataObject dataObject = _dataObjects[dataObjectIndex];
string templateId = templateMap.id.Replace(TPL_PREFIX, TPL_NS.NamespaceName);
List <RoleMap> propertyRoles = new List <RoleMap>();
XElement baseTemplateElement = new XElement(OWL_THING);
StringBuilder baseValues = new StringBuilder(templateMap.id);
List <RoleMap> classRoles = new List <RoleMap>();
baseTemplateElement.Add(new XElement(RDF_TYPE, new XAttribute(RDF_RESOURCE, templateId)));
foreach (RoleMap roleMap in templateMap.roleMaps)
{
string roleId = roleMap.id.Substring(roleMap.id.IndexOf(":") + 1);
XElement roleElement = new XElement(TPL_NS + roleId);
switch (roleMap.type)
{
case RoleType.Possessor:
roleElement.Add(new XAttribute(RDF_RESOURCE, classInstance));
baseTemplateElement.Add(roleElement);
baseValues.Append(classIdentifier);
break;
case RoleType.FixedValue:
string dataType = roleMap.dataType.Replace(XSD_PREFIX, XSD_NS.NamespaceName);
roleElement.Add(new XAttribute(RDF_DATATYPE, dataType));
roleElement.Add(new XText(roleMap.value));
baseTemplateElement.Add(roleElement);
baseValues.Append(roleMap.value);
break;
case RoleType.Reference:
if (roleMap.classMap != null)
{
classRoles.Add(roleMap);
}
else
{
string value = GetReferenceRoleValue(roleMap);
roleElement.Add(new XAttribute(RDF_RESOURCE, value));
baseTemplateElement.Add(roleElement);
baseValues.Append(roleMap.value);
}
break;
case RoleType.Property:
case RoleType.DataProperty:
case RoleType.ObjectProperty:
if (String.IsNullOrEmpty(roleMap.propertyName))
{
throw new Exception("No data property mapped to role [" + startClassName + "." + templateMap.name + "." + roleMap.name + "]");
}
propertyRoles.Add(roleMap);
break;
}
}
if (propertyRoles.Count > 0) // property template
{
bool isTemplateValid = true; // template is not valid when value list uri is empty
List <List <XElement> > multiPropertyElements = new List <List <XElement> >();
// create property elements
foreach (RoleMap propertyRole in propertyRoles)
{
List <XElement> propertyElements = new List <XElement>();
multiPropertyElements.Add(propertyElements);
string[] propertyParts = propertyRole.propertyName.Split('.');
string propertyName = propertyParts[propertyParts.Length - 1];
int lastDotPos = propertyRole.propertyName.LastIndexOf('.');
string objectPath = propertyRole.propertyName.Substring(0, lastDotPos);
if (propertyParts.Length == 2) // direct property
{
string propertyValue = Convert.ToString(dataObject.GetPropertyValue(propertyName));
XElement propertyElement = CreatePropertyElement(propertyRole, propertyValue);
if (propertyElement == null)
{
isTemplateValid = false;
break;
}
propertyElements.Add(propertyElement);
}
else // related property
{
string key = objectPath + "." + dataObjectIndex;
List <IDataObject> relatedObjects = null;
if (!_relatedObjectsCache.TryGetValue(key, out relatedObjects))
{
relatedObjects = GetRelatedObjects(propertyRole.propertyName, dataObject);
_relatedObjectsCache.Add(key, relatedObjects);
}
if (classIdentifierHasRelatedProperty) // reference class identifier has related property
{
IDataObject relatedObject = relatedObjects[classIdentifierIndex];
string propertyValue = Convert.ToString(relatedObject.GetPropertyValue(propertyName));
XElement propertyElement = CreatePropertyElement(propertyRole, propertyValue);
if (propertyElement == null)
{
isTemplateValid = false;
break;
}
propertyElements.Add(propertyElement);
}
else // related property is property map
{
foreach (IDataObject relatedObject in relatedObjects)
{
string propertyValue = Convert.ToString(relatedObject.GetPropertyValue(propertyName));
XElement propertyElement = CreatePropertyElement(propertyRole, propertyValue);
if (propertyElement == null)
{
isTemplateValid = false;
break;
}
propertyElements.Add(propertyElement);
}
if (!isTemplateValid)
{
break;
}
}
}
}
if (isTemplateValid)
{
// add property elements to template element(s)
if (multiPropertyElements.Count > 0 && multiPropertyElements[0].Count > 0)
{
// enforce dotNetRDF to store/retrieve templates in order as expressed in RDF
string hashPrefixFormat = Regex.Replace(multiPropertyElements[0].Count.ToString(), "\\d", "0") + "0";
for (int i = 0; i < multiPropertyElements[0].Count; i++)
{
XElement templateElement = new XElement(baseTemplateElement);
_rdfXml.Add(templateElement);
StringBuilder templateValue = new StringBuilder(baseValues.ToString());
for (int j = 0; j < multiPropertyElements.Count; j++)
{
XElement propertyElement = multiPropertyElements[j][i];
templateElement.Add(propertyElement);
if (!String.IsNullOrEmpty(propertyElement.Value))
{
templateValue.Append(propertyElement.Value);
}
else
{
templateValue.Append(propertyElement.Attribute(RDF_RESOURCE).Value);
}
}
string hashCode = Utility.MD5Hash(templateValue.ToString());
hashCode = i.ToString(hashPrefixFormat) + hashCode.Substring(hashPrefixFormat.Length);
templateElement.Add(new XAttribute(RDF_ABOUT, hashCode));
}
}
}
}
else if (classRoles.Count > 0) // relationship template with known class role
{
bool isTemplateValid = false; // template is valid when there is at least one class referernce identifier that is not null
Dictionary <RoleMap, List <string> > relatedClassRoles = new Dictionary <RoleMap, List <string> >();
foreach (RoleMap classRole in classRoles)
{
bool refClassHasRelatedProperty;
List <string> refClassIdentifiers = GetClassIdentifiers(classRole.classMap, dataObjectIndex, out refClassHasRelatedProperty);
if (refClassHasRelatedProperty)
{
relatedClassRoles[classRole] = refClassIdentifiers;
}
else
{
string refClassIdentifier = refClassIdentifiers.First();
if (!String.IsNullOrEmpty(refClassIdentifier))
{
isTemplateValid = true;
baseValues.Append(refClassIdentifier);
string roleId = classRole.id.Substring(classRole.id.IndexOf(":") + 1);
XElement roleElement = new XElement(TPL_NS + roleId);
roleElement.Add(new XAttribute(RDF_RESOURCE, _graphBaseUri +
Utility.TitleCase(classRole.classMap.name) + "/" + refClassIdentifier));
baseTemplateElement.Add(roleElement);
}
ClassTemplateMap relatedClassTemplateMap = _graphMap.GetClassTemplateMap(classRole.classMap.id, classRole.classMap.index);
if (relatedClassTemplateMap != null && relatedClassTemplateMap.classMap != null)
{
ProcessOutboundClass(dataObjectIndex, startClassName, startClassIdentifier, false, refClassIdentifiers,
refClassHasRelatedProperty, relatedClassTemplateMap.classMap, relatedClassTemplateMap.templateMaps);
}
}
}
if (relatedClassRoles.Count > 0)
{
string refClassBaseValues = baseValues.ToString();
// enforce dotNetRDF to store/retrieve templates in order as expressed in RDF
string hashPrefixFormat = Regex.Replace(relatedClassRoles.Count.ToString(), "\\d", "0") + "0";
foreach (var pair in relatedClassRoles)
{
RoleMap classRole = pair.Key;
List <string> refClassIdentifiers = pair.Value;
string roleId = classRole.id.Substring(classRole.id.IndexOf(":") + 1);
string baseRelatedClassUri = _graphBaseUri + Utility.TitleCase(classRole.classMap.name) + "/";
for (int i = 0; i < refClassIdentifiers.Count; i++)
{
string refClassIdentifier = refClassIdentifiers[i];
if (!String.IsNullOrEmpty(refClassIdentifier))
{
XElement refBaseTemplateElement = new XElement(baseTemplateElement);
string hashCode = Utility.MD5Hash(refClassBaseValues + refClassIdentifier);
hashCode = i.ToString(hashPrefixFormat) + hashCode.Substring(hashPrefixFormat.Length);
refBaseTemplateElement.Add(new XAttribute(RDF_ABOUT, hashCode));
XElement roleElement = new XElement(TPL_NS + roleId);
roleElement.Add(new XAttribute(RDF_RESOURCE, baseRelatedClassUri + refClassIdentifier));
refBaseTemplateElement.Add(roleElement);
_rdfXml.Add(refBaseTemplateElement);
}
}
ClassTemplateMap relatedClassTemplateMap = _graphMap.GetClassTemplateMap(classRole.classMap.id, classRole.classMap.index);
if (relatedClassTemplateMap != null && relatedClassTemplateMap.classMap != null)
{
ProcessOutboundClass(dataObjectIndex, startClassName, startClassIdentifier, false, refClassIdentifiers,
true, relatedClassTemplateMap.classMap, relatedClassTemplateMap.templateMaps);
}
}
}
else if (isTemplateValid)
{
string hashCode = Utility.MD5Hash(baseValues.ToString());
baseTemplateElement.Add(new XAttribute(RDF_ABOUT, hashCode));
_rdfXml.Add(baseTemplateElement);
}
}
else // relationship template with no class role (e.g. primary classification template)
{
string hashCode = Utility.MD5Hash(baseValues.ToString());
baseTemplateElement.Add(new XAttribute(RDF_ABOUT, hashCode));
_rdfXml.Add(baseTemplateElement);
}
}
