// Avoids reallocation of returned children ArrayList
private void GetChildren(
object oObj,
ChildrenListFilter pfChildrenListFilter,
object oChildrenListFilterCriteria,
ObjectFilter pfObjectFilter,
object oObjectFilterCriteria,
EntityRelation enRelation,
bool bRecursive,
ICollection <object> oOutChildren)
{
// Get TypeInfo of specified object
EntityTypeInfo oEntityTypeInfo =
GetEntityTypeInfo(oObj);
// Get the ChildrenLists according to EntityRelation filter
EntityChildrenListInfo[] ChildrenLists = GetChildrenListsInfo(
oEntityTypeInfo,
enRelation);
// Iterate ChildrenLists
foreach (EntityChildrenListInfo oChildrenList in ChildrenLists)
{
// Obtain list object
INamedObjectList oContainer = oChildrenList.GetValue(oObj) as INamedObjectList;
if (oContainer != null)
{
// Check if container passes filter
bool bContainerPassedFilter = (pfChildrenListFilter == null) ||
pfChildrenListFilter(oChildrenList, oChildrenListFilterCriteria);
object oEl;
for (int i = 0; i < oContainer.Count; i++)
{
oEl = oContainer[oContainer.NameByIndex(i)];
if (bContainerPassedFilter &&
(pfObjectFilter == null || pfObjectFilter(oEl, oObjectFilterCriteria)))
{
// If elements filter passed
oOutChildren.Add(oEl);
}
if (bRecursive)
{
// Recursive call for each children
GetChildren(
oEl,
pfChildrenListFilter,
oChildrenListFilterCriteria,
pfObjectFilter,
oObjectFilterCriteria,
enRelation,
bRecursive,
oOutChildren);
}
}
}
}
}
private ICollection <object> GetChildren(
object oObj,
ChildrenListFilter pfChildrenListFilter,
object oChildrenListFilterCriteria,
ObjectFilter pfObjectFilter,
object oObjectFilterCriteria,
EntityRelation enRelation,
bool bRecursive)
{
const int INITIAL_CHILDREN_ARRAY = 100;
ICollection <object> oChildren = new List <object>(INITIAL_CHILDREN_ARRAY);
GetChildren(
oObj,
pfChildrenListFilter,
oChildrenListFilterCriteria,
pfObjectFilter,
oObjectFilterCriteria,
enRelation,
bRecursive,
oChildren // "Out", will be filled
);
return(oChildren);
}
protected int CountFromDatabase(ObjectFilter objectFilter)
{
SqlParameter[] procParams = new SqlParameter[2];
procParams[0] = DataAccess.CreateParameter("@View", SqlDbType.NVarChar, GetViewName());
procParams[1] = DataAccess.CreateParameter("@Where", SqlDbType.NVarChar, objectFilter.Where);
return(ConvertHelper.Convert <int>(DataAccess.ExecuteScalar(GetProcName(EnumProcType.Count), procParams), 0));
}
public FilterRule(DataTableColumn <TModel> column, Type propertyType, string propertyName, ObjectFilter objectFilter)
{
Guid = Guid.NewGuid();
Column = column;
FilterType = objectFilter;
PropertyName = propertyName;
UpdatePropertyType(propertyType);
}
public Object Map(ObjectFilter filter, Object @object, CreateOrEditViewModel createOrEdit)
{
if (@object.Id == 0)
{
@object.ClassId = (int)filter.Class.Id;
}
return(@object);
}
protected int IndexFromDatabase(ObjectFilter objectFilter, int objectID)
{
SqlParameter[] procParams = new SqlParameter[4];
procParams[0] = DataAccess.CreateParameter("@View", SqlDbType.NVarChar, GetViewName());
procParams[1] = DataAccess.CreateParameter("@ID", SqlDbType.Int, objectID);
procParams[2] = DataAccess.CreateParameter("@Where", SqlDbType.NVarChar, objectFilter.Where);
procParams[3] = DataAccess.CreateParameter("@OrderBy", SqlDbType.NVarChar, objectFilter.OrderBy);
return(ConvertHelper.Convert <int>(DataAccess.ExecuteScalar(GetProcName(EnumProcType.Index), procParams), -1));
}
protected DataTable GetDataTable(ObjectFilter objectFilter)
{
SqlParameter[] procParams = new SqlParameter[5];
procParams[0] = DataAccess.CreateParameter("@View", SqlDbType.NVarChar, GetViewName());
procParams[1] = DataAccess.CreateParameter("@HitFrom", SqlDbType.Int, (null != objectFilter.HitFrom) ? objectFilter.HitFrom : NullHelper.Integer);
procParams[2] = DataAccess.CreateParameter("@HitTo", SqlDbType.Int, (null != objectFilter.HitTo) ? objectFilter.HitTo : NullHelper.Integer);
procParams[3] = DataAccess.CreateParameter("@Where", SqlDbType.NVarChar, objectFilter.Where);
procParams[4] = DataAccess.CreateParameter("@OrderBy", SqlDbType.NVarChar, objectFilter.OrderBy);
return(DataAccess.ExecuteDataTable(GetProcName(EnumProcType.Select), procParams));
}
protected DataRow GetDataRow(ObjectFilter objectFilter)
{
DataRow Ret = null;
DataTable dt = GetDataTable(objectFilter);
if (null != dt && dt.Rows.Count > 0)
{
Ret = dt.Rows[0];
}
return(Ret);
}
protected override bool Test()
{
ObjectFilter filter = new ObjectFilter();
filter.gameObject = GetVariable(m_Target);
List <Collider> include = Senses.GetObjectsWithinSphere(transform.position, maxDistance, filter);
List <Collider> exclude = Senses.GetObjectsWithinSphere(transform.position, minDistance, filter);
IEnumerable <Collider> result = exclude.Intersect(include);
return(result.Count <Collider>() > 0);
}
private void Initialize()
{
HaloSize = 3;
NearThreshold = 1589;
FarThreshold = 1903;
objectFilter = ObjectFilter.CreateObjectFilterWithGPUSupport();
// -- Initialize Relay commands --
InitializeRelayCommands();
// --
// -- Create observables to activate / deactivate recording and to start and stop processing --
var observableIsRecording = ObservableEx.ObservableProperty(() => IsRecording);
observableIsRecording
.Throttle(TimeSpan.FromMilliseconds(150))
.Subscribe(e =>
{
if (e)
{
ActivateRecording();
}
else
{
DeactivateRecording();
}
});
var observableIsAvailable = Observable.FromEventPattern <bool>(KinectManager.Instance, "KinectAvailabilityChanged")
.Select(e => e.EventArgs);
StartProcessingSubscription = observableIsAvailable
.CombineLatest(observableIsRunning, (available, running) => Tuple.Create(available, running))
.Where(tuple => tuple.Item1 && tuple.Item2)
.Subscribe(_ => StartProcessing());
StopProcessingSubscription = observableIsAvailable
.CombineLatest(observableIsRunning, (available, running) => Tuple.Create(available, running))
.Where(tuple => !tuple.Item1 || !tuple.Item2)
.Subscribe(_ => StopProcessing());
InitializeReactiveCommands();
InitializeReactiveProperties();
// --
fpsTimer = Stopwatch.StartNew();
colorAndDepthFPSTimer = Stopwatch.StartNew();
}
protected override bool Test()
{
sensedTargets.Clear();
GameObject target = GetVariable(m_VariableName);
ObjectFilter filter = new ObjectFilter();
filter.gameObject = target;
List <Transform> result = Senses.FindVisibleTargets(m_Behaviour.m_Owner.transform, m_Behaviour.m_Owner.transform.position, m_ViewRadius, m_ViewAngle, m_LineOfSightObstacleMask, filter);
return(result.Count > 0);
}
/// <summary>
/// Run the code example.
/// </summary>
/// <param name="user">The Dfa user object running the code example.
/// </param>
public override void Run(DfaUser user)
{
// Create UserRemoteService instance.
UserRemoteService service = (UserRemoteService)user.GetService(
DfaService.v1_20.UserRemoteService);
long userId = long.Parse(_T("INSERT_USER_ID_HERE"));
long advertiserId = long.Parse(_T("INSERT_ADVERTISER_ID_HERE"));
// Create and configure a user filter.
UserFilter filterToAdd = new UserFilter();
// The following field has been filled in to make a filter that allows a
// user to access only the assigned objects. This value was determined
// using GetUserFilterTypes.cs.
filterToAdd.userFilterCriteriaId = 2;
// Because this filter used the criteria type "Assigned" it is necessary
// to specify what advertisers this user has access to. This next step
// would be skipped for the criteria types "All" and "None".
// Create an object filter to represent each object the user has access
// to. Since this is an advertiser filter, an object filter represents an
// advertiser. The total of object filter objects will need to match the
// total of advertisers the user is assigned.
ObjectFilter allowedObject = new ObjectFilter();
// Insert the advertiser id of an advertiser assigned to this user.
allowedObject.id = advertiserId;
// Create any additional object filters that are needed, then add these
// settings to the user filter
filterToAdd.objectFilters = new ObjectFilter[] { allowedObject };
try {
// Retrieve the user who is to be modified.
User userToModify = service.getUser(userId);
// Add the filter to the user. The following method is specific to
// advertiser filters. See the User class documentation for the names of
// methods for other filters.
userToModify.advertiserUserFilter = filterToAdd;
// Save the changes made and display a success message.
UserSaveResult userSaveResult = service.saveUser(userToModify);
Console.WriteLine("User with id \"{0}\" was modified.", userSaveResult.id);
} catch (Exception ex) {
Console.WriteLine("Failed to add advertiser user filter. Exception says \"{0}\"",
ex.Message);
}
}
private ObservableCollection <FilterTypeConfig> makeFilter(ObjectFilter ifcProductFilter)
{
var ret = new ObservableCollection <FilterTypeConfig>();
foreach (var item in ifcProductFilter.Items)
{
ret.Add(new FilterTypeConfig()
{
TypeName = item.Key,
Export = item.Value
});
}
return(ret);
}
public async Task <IActionResult> ObjectSelectorFormAsync([FromQuery] ObjectFilter filter, string objectIds)
{
return(this.PartialView("_ObjectSelectorForm", await new ObjectSelectorFormViewModelFactory().CreateAsync(
this.HttpContext,
filter,
await this.Storage.GetRepository <int, Object, ObjectFilter>().GetAllAsync(
filter,
inclusions: new Inclusion <Object>[]
{
new Inclusion <Object>("Properties.Member"),
new Inclusion <Object>("Properties.StringValue.Localizations")
}
),
objectIds
)));
}
/// <summary> init is responsible for checking the class to make sure
/// it implements addPropertyChangeListener(java.beans.PropertyChangeListener)
/// and removePropertyChangeListener(java.beans.PropertyChangeListener).
/// We don't require the classes extend PropertyChangeSupport.
/// </summary>
public void init()
{
try
{
INFO = Introspector.getBeanInfo(OBJECT_CLASS);
// we have to filter out the class PropertyDescriptor
PropertyInfo[] pd = INFO.getPropertyDescriptors();
List <Object> list = new List <Object>();
for (int idx = 0; idx < pd.Length; idx++)
{
if (pd[idx].Name.Equals("class"))
{
// don't Add
}
else
{
// we map the methods using the PropertyDescriptor.getName for
// the key and the PropertyDescriptor as the value
methods.Put(pd[idx].Name, pd[idx]);
list.Add(pd[idx]);
}
}
PropertyInfo[] newpd = new PropertyInfo[list.Count];
list.CopyTo(newpd, 0);
PROPS = (PropertyInfo[])newpd;
// logic for filtering the PropertyDescriptors
if (ObjectFilter.lookupFilter(OBJECT_CLASS) != null)
{
// Remove the props that should be invisible
BeanFilter bf = ObjectFilter.lookupFilter(OBJECT_CLASS);
PROPS = bf.filter(PROPS);
}
if (checkBean())
{
ISBEAN = true;
}
// we clean up the array and List<Object>
list.Clear();
pd = null;
}
catch (System.Exception e)
{
// we should log this and throw an exception
}
}
private void SetEffectType(ObjectFilter objectFilter, string options)
{
EffectType effectType = sourceBeatmap.ParseEffectType(options);
if ((objectFilter & ObjectFilter.LaserMask) != 0)
{
// Only use events for laser effect type
LaserEffectTypeEvent evt = new LaserEffectTypeEvent
{
EffectType = effectType,
Position = currentPosition
};
currentMeasure.Objects.Add(evt);
}
else
{
// Store the current effect being used for this type so it can be embeded into the hold object
int button = objectFilter == ObjectFilter.Fx0 ? 0 : 1;
currentButtonEffectTypes[button] = effectType;
}
}
private void SetEffectTypeAndParameters(ObjectFilter objectFilter, string options)
{
string[] values = options.Split(';');
if (values.Length == 1)
{
SetEffectType(objectFilter, options);
}
else
{
// Filter out parameters
SetEffectType(objectFilter, values[0]);
short parameter = short.Parse(values[1]);
if (objectFilter == ObjectFilter.Fx0)
{
currentButtonEffectParameters[0][0] = parameter;
}
else
{
currentButtonEffectParameters[1][0] = parameter;
}
}
}
//Pickup collectable, add value and destroy when done
void OnTriggerEnter(Collider col)
{
if (ObjectFilter.EntityHasTags(col.gameObject, ObjectFilter.Tag.Collectable))
{
string nameOfCollectables = col.gameObject.name;
GameObject pckup = col.gameObject;
if (nameOfCollectables == "Coinx5(Clone)" || nameOfCollectables == "Coinx2(Clone)")
{
FindObjectOfType <AudioManager> ().play("Coin");
}
else
{
FindObjectOfType <AudioManager> ().play("FoodSound");
}
score += pckup.GetComponent <Collectables>().value;
_multis.Add(_multis.Count, new MulStruct(pckup.GetComponent <Collectables>()._time, pckup.GetComponent <Collectables>()._mult, Time.frameCount));
_foodFactor += pckup.GetComponent <Collectables>()._sizeMultiplier;
_totalFoodForRun += pckup.GetComponent <Collectables>()._sizeMultiplier;
_mv.removeFromList(pckup);
Destroy(pckup);
}
}
public async Task <IndexViewModel> CreateAsync(HttpContext httpContext, ObjectFilter filter, IEnumerable <Object> objects, string orderBy, int skip, int take, int total)
{
Class @class = filter?.Class?.Id == null ? null : await httpContext.GetStorage().GetRepository <int, Class, ClassFilter>().GetByIdAsync(
(int)filter.Class.Id,
new Inclusion <Class>("Members.PropertyDataType"),
new Inclusion <Class>("Members.RelationClass"),
new Inclusion <Class>("Parent.Members.PropertyDataType"),
new Inclusion <Class>("Parent.Members.RelationClass")
);
return(new IndexViewModel()
{
Class = @class == null ? null : new ClassViewModelFactory().Create(@class),
ClassesByAbstractClasses = await this.GetClassesByAbstractClassesAsync(httpContext),
Grid = @class == null ? null : new GridViewModelFactory().Create(
httpContext, orderBy, skip, take, total,
this.GetGridColumns(@class),
objects.Select(o => new ObjectViewModelFactory().Create(o, @class.GetVisibleInListMembers())),
"_Object"
)
});
}
private void Initialize()
{
HaloSize = 3;
NearThreshold = 1589;
FarThreshold = 1903;
objectFilter = ObjectFilter.CreateObjectFilterWithGPUSupport();
// -- Initialize Relay commands --
InitializeRelayCommands();
// --
// -- Create observables to activate / deactivate recording and to start and stop processing --
var observableIsRecording = ObservableEx.ObservableProperty(() => IsRecording);
observableIsRecording
.Throttle(TimeSpan.FromMilliseconds(150))
.Subscribe(e =>
{
if (e) ActivateRecording();
else DeactivateRecording();
});
var observableIsAvailable = Observable.FromEventPattern<bool>(KinectManager.Instance, "KinectAvailabilityChanged")
.Select(e => e.EventArgs);
StartProcessingSubscription = observableIsAvailable
.CombineLatest(observableIsRunning, (available, running) => Tuple.Create(available, running))
.Where(tuple => tuple.Item1 && tuple.Item2)
.Subscribe(_ => StartProcessing());
StopProcessingSubscription = observableIsAvailable
.CombineLatest(observableIsRunning, (available, running) => Tuple.Create(available, running))
.Where(tuple => !tuple.Item1 || !tuple.Item2)
.Subscribe(_ => StopProcessing());
InitializeReactiveCommands();
InitializeReactiveProperties();
// --
fpsTimer = Stopwatch.StartNew();
colorAndDepthFPSTimer = Stopwatch.StartNew();
}
public async Task <ObjectSelectorFormViewModel> CreateAsync(HttpContext httpContext, ObjectFilter filter, IEnumerable <Object> objects, string objectIds)
{
Class @class = filter?.Class?.Id == null ? null : await httpContext.GetStorage().GetRepository <int, Class, ClassFilter>().GetByIdAsync(
(int)filter.Class.Id,
new Inclusion <Class>("Members.PropertyDataType"),
new Inclusion <Class>("Members.RelationClass"),
new Inclusion <Class>("Parent.Members.PropertyDataType"),
new Inclusion <Class>("Parent.Members.RelationClass")
);
return(new ObjectSelectorFormViewModel()
{
Class = new ClassViewModelFactory().Create(@class),
GridColumns = this.GetGridColumns(@class),
Objects = objects.Select(o => new ObjectViewModelFactory().Create(o, @class.GetVisibleInListMembers())),
ObjectIds = string.IsNullOrEmpty(objectIds) ? new int[] { } : objectIds.Split(',').Select(objectId => int.Parse(objectId))
});
}
/// <summary>
/// Run the code example.
/// </summary>
/// <param name="user">The Dfa user object running the code example.
/// </param>
public override void Run(DfaUser user) {
// Create UserRemoteService instance.
UserRemoteService service = (UserRemoteService) user.GetService(
DfaService.v1_19.UserRemoteService);
long userId = long.Parse(_T("INSERT_USER_ID_HERE"));
long advertiserId = long.Parse(_T("INSERT_ADVERTISER_ID_HERE"));
// Create and configure a user filter.
UserFilter filterToAdd = new UserFilter();
// The following field has been filled in to make a filter that allows a
// user to access only the assigned objects. This value was determined
// using GetUserFilterTypes.cs.
filterToAdd.userFilterCriteriaId = 2;
// Because this filter used the criteria type "Assigned" it is necessary
// to specify what advertisers this user has access to. This next step
// would be skipped for the criteria types "All" and "None".
// Create an object filter to represent each object the user has access
// to. Since this is an advertiser filter, an object filter represents an
// advertiser. The total of object filter objects will need to match the
// total of advertisers the user is assigned.
ObjectFilter allowedObject = new ObjectFilter();
// Insert the advertiser id of an advertiser assigned to this user.
allowedObject.id = advertiserId;
// Create any additional object filters that are needed, then add these
// settings to the user filter
filterToAdd.objectFilters = new ObjectFilter[] {allowedObject};
try {
// Retrieve the user who is to be modified.
User userToModify = service.getUser(userId);
// Add the filter to the user. The following method is specific to
// advertiser filters. See the User class documentation for the names of
// methods for other filters.
userToModify.advertiserUserFilter = filterToAdd;
// Save the changes made and display a success message.
UserSaveResult userSaveResult = service.saveUser(userToModify);
Console.WriteLine("User with id \"{0}\" was modified.", userSaveResult.id);
} catch (Exception ex) {
Console.WriteLine("Failed to add advertiser user filter. Exception says \"{0}\"",
ex.Message);
}
}
public async Task <CreateOrEditViewModel> CreateAsync(HttpContext httpContext, ObjectFilter filter, Object @object)
{
Class @class = await httpContext.GetStorage().GetRepository <int, Class, ClassFilter>().GetByIdAsync(
(int)filter.Class.Id,
new Inclusion <Class>(c => c.Tabs),
new Inclusion <Class>(c => c.Parent.Tabs),
new Inclusion <Class>("Members.Tab"),
new Inclusion <Class>("Members.PropertyDataType.DataTypeParameters.DataTypeParameterValues"),
new Inclusion <Class>("Members.RelationClass"),
new Inclusion <Class>("Parent.Members.Tab"),
new Inclusion <Class>("Parent.Members.PropertyDataType.DataTypeParameters.DataTypeParameterValues"),
new Inclusion <Class>("Parent.Members.RelationClass")
);
if (@object == null)
{
return new CreateOrEditViewModel()
{
Class = new ClassViewModelFactory().Create(@class),
MembersByTabs = this.GetMembersByTabs(httpContext, @class)
}
}
;
return(new CreateOrEditViewModel()
{
Id = @object.Id,
Class = new ClassViewModelFactory().Create(@class),
MembersByTabs = this.GetMembersByTabs(httpContext, @class, @object)
});
}
