IGeneric (Generic System API 4.0-SNAPSHOT API)

Type Parameters:

T - the implementation of IVertex used for all nodes.

All Superinterfaces:

ISignature<T>

All Known Subinterfaces:

IRoot<T>
```
public interface IGeneric<T extends IGeneric<T>>
extends ISignature<T>
```
Represents a node of the graph.

Author:

Nicolas Feybesse

Nested Class Summary

Nested Classes
Modifier and Type	Interface and Description
`static interface`	`IGeneric.SystemProperty` Represents a system property in Generic System.
`static class`	`IGeneric.Visitor<T extends IGeneric<T>>` Used for the path of a tree.

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`T`	`addAttribute(List<T> overrides, Serializable value, T... targets)` Returns a new attribute on this type that satisfies the specified `overrides`, `value` and `targets`.
`T`	`addAttribute(Serializable value, T... targets)` Returns a new attribute on this type that satisfies the specified `value` and `targets`.
`T`	`addAttribute(T override, Serializable value, T... targets)` Returns a new attribute on this type that satisfies the specified `override`, `value` and `targets`.
`T`	`addHolder(T attribute, List<T> overrides, Serializable value, T... targets)` Returns a new holder on this instance that satisfies the specified `overrides`, `value` and `targets`.
`T`	`addHolder(T attribute, Serializable value, T... targets)` Returns a new holder on this instance that satisfies the specified `value` and `targets`.
`T`	`addHolder(T attribute, T override, Serializable value, T... targets)` Returns a new holder on this instance that satisfies the specified `override`, `value` and `targets`.
`T`	`addInstance(List<T> overrides, Serializable value, T... components)` Returns a new instance of this type that satisfies the specified `overrides`, `value` and `components`.
`T`	`addInstance(Serializable value, T... components)` Returns a new instance of this type that satisfies the specified `value` and `components`.
`T`	`addInstance(T override, Serializable value, T... components)` Returns a new instance of this type that satisfies the specified `override`, `value` and `components`.
`T`	`addLink(T relation, List<T> overrides, Serializable value, T firstTarget, T... otherTargets)` Returns a new link on this instance that satisfies the specified `overrides`, `value`, `firstTarget` and `otherTargets`.
`T`	`addLink(T relation, Serializable value, T firstTarget, T... otherTargets)` Returns a new link on this instance that satisfies the specified `value`, `firstTarget` and `otherTargets`.
`T`	`addLink(T relation, T override, Serializable value, T firstTarget, T... otherTargets)` Returns a new link on this instance that satisfies the specified `override`, `value`, `firstTarget` and `otherTargets`.
`T`	`addRelation(List<T> overrides, Serializable value, T firstTarget, T... otherTargets)` Returns a new relation on this type that satisfies the specified `overrides`, `value`, `firstTarget` and `otherTargets`.
`T`	`addRelation(Serializable value, T firstTarget, T... otherTargets)` Returns a new relation on this type that satisfies the specified `value`, `firstTarget` and `otherTargets`.
`T`	`addRelation(T override, Serializable value, T firstTarget, T... otherTargets)` Returns a new relation on this type that satisfies the specified `override`, `value`, `firstTarget` and `otherTargets`.
`T[]`	`addThisToTargets(T... targets)` Utility method for creating a real array of `T` implementation with `this` in first position and `targets` after.
`T[]`	`addThisToTargets(T firstTarget, T... otherTargets)` Utility method for create a real array of `T` implementation with `this` in first position, `firstTarget` in second position and `otherTargets` after.
`T[]`	`coerceToTArray(Object... array)` Technical method for creating a real array of `T` implementation for passing safe varags parameter and avoid heap pollution.
`String`	`detailedInfo()` Returns a `String` detailed representation of this vertex.
`T`	`disableCascadeRemove(int pos)` Disable the cascade remove property of this vertex for the specified position.
`T`	`disableHashedInstanceValue()` Declares that this vertex’s instances values are not hashes (default).
`T`	`disableInheritance()` Disable inheritance on this vertex.
`T`	`disablePropertyConstraint()` Disable the property constraint of this vertex.
`T`	`disableReferentialIntegrity(int pos)` Disable the referential integrity constraint of this vertex for the specified position.
`T`	`disableRequiredConstraint(int pos)` Disable the required constraint of this vertex for the specified position.
`T`	`disableSingularConstraint(int pos)` Disable the singular constraint of this vertex for the specified position.
`T`	`disableSystemProperty(Class<? extends IGeneric.SystemProperty> propertyClass, int pos, T... targets)` Disable this vertex for the specified boolean system property, position and `targets`.
`T`	`disableUniqueValueConstraint()` Disable the unique value constraint of this vertex.
`T`	`enableCascadeRemove(int pos)` Enable the cascade remove property of this vertex for the specified position.
`T`	`enableHashedInstanceValue()` Declares that this vertex’s instances values are hashes.
`T`	`enableInheritance()` Enable the inheritance on this vertex.
`T`	`enablePropertyConstraint()` Enable the property constraint of this vertex.
`T`	`enableReferentialIntegrity(int pos)` Enable the referential integrity constraint of this vertex for the specified position.
`T`	`enableRequiredConstraint(int pos)` Enable the required constraint of this vertex for the specified position.
`T`	`enableSingularConstraint(int pos)` Enable the singular constraint of this vertex for the specified position.
`T`	`enableSystemProperty(Class<? extends IGeneric.SystemProperty> propertyClass, int pos, T... targets)` Enable this vertex for the specified boolean system property, position and `targets`.
`T`	`enableUniqueValueConstraint()` Enable the unique value constraint of this vertex.
`T`	`getAttribute(Serializable value, T... targets)` Returns if exists the attribute of this (meta) vertex.
`T`	`getAttribute(T... targets)` Returns if exists the attribute of this (meta) vertex.
`Snapshot<T>`	`getAttributes()` Returns the attributes of this vertex (directly if this vertex is a type, the attributes of its type if this vertex is an instance).
`Snapshot<T>`	`getAttributes(int pos)` Returns the attributes of this vertex (directly if this vertex is a type, the attributes of its type if this vertex is an instance) for which this vertex is in the specified position in their components.
`Snapshot<T>`	`getAttributes(Serializable value, T... targets)` Returns the attributes of this vertex (directly if this vertex is a type, the attributes of its type if this vertex is an instance).
`Snapshot<T>`	`getAttributes(T... targets)` Returns the attributes of this vertex (directly if this vertex is a type, the attributes of its type if this vertex is an instance).
`Snapshot<T>`	`getAttributes(T attribute)` Returns the attributes of this vertex that inherit from the specified `attribute`.
`T`	`getBaseComponent()` Returns the component at the `BASE` position, that is to say the component at the position 0.
`T`	`getComponent(int pos)` Returns the component at the specified position.
`T`	`getComposite(Serializable value)` Returns composite vertices for which this vertex is a component.
`Snapshot<T>`	`getComposites()` Returns composite vertices for which this vertex is a component.
`Snapshot<T>`	`getComposites(Serializable value)` Returns composite vertices for which this vertex is a component.
`IContext<T>`	`getCurrentCache()` Returns the current cache.
`T`	`getHolder(T attribute, Serializable value, T... targets)` Returns if exists the holder of this (meta) vertex.
`T`	`getHolder(T attribute, T... targets)` Returns if exists the holder of this (meta) vertex.
`Snapshot<T>`	`getHolders(T attribute)` Returns the holders of this vertex that are instances of the specified `attribute`.
`Snapshot<T>`	`getHolders(T attribute, int pos)` Returns the holders of this vertex that are instances of the specified attribute and for which this vertex is in the specified position in the components of these holders.
`Snapshot<T>`	`getHolders(T attribute, Serializable value, T... targets)` Returns the holders of this vertex that are instances of the specified attribute and for which this vertex is in the specified position in the components of these holders.
`Snapshot<T>`	`getHolders(T attribute, T... targets)` Returns the holders of this vertex that are instances of the specified attribute and for which this vertex is in the specified position in the components of these holders.
`T`	`getInheriting(Serializable value, T... components)` Return vertex that have this vertex as super.
`T`	`getInheriting(T... components)` Return vertex that have this vertex as super.
`Snapshot<T>`	`getInheritings()` Returns vertices that have this vertex as super.
`Snapshot<T>`	`getInheritings(Serializable value, T... components)` Returns vertices that have this vertex as super.
`Snapshot<T>`	`getInheritings(T... components)` Returns vertices that have this vertex as super.
`T`	`getInstance(List<T> overrides, Serializable value, T... components)` Returns if exists an instance of this (meta) vertex.
`T`	`getInstance(Serializable value, T... components)` Returns if exists an instance of this (meta) vertex.
`T`	`getInstance(T... components)` Returns if exists an instance of this (meta) vertex.
`T`	`getInstance(T override, Serializable value, T... components)` Returns if exists an instance of this (meta) vertex.
`Snapshot<T>`	`getInstances()` Returns vertices that have this vertex as meta.
`Snapshot<T>`	`getInstances(List<T> overrides, Serializable value, T... components)` Returns vertices that have this vertex as meta.
`Snapshot<T>`	`getInstances(Serializable value, T... components)` Returns vertices that have this vertex as meta.
`Snapshot<T>`	`getInstances(T... components)` Returns vertices that have this vertex as meta.
`Snapshot<T>`	`getInstances(T override, Serializable value, T... components)` Returns vertices that have this vertex as meta.
`Class<? extends Serializable>`	`getInstanceValueClassConstraint()` Get the `Class` value constraint of this vertex.
`Class<? extends InstanceValueGenerator.ValueGenerator>`	`getInstanceValueGenerator()` Get the `Class` value generator of this vertex.
`T`	`getKey(Class<? extends IGeneric.SystemProperty> propertyClass, int pos)` Returns the key for the property at the position
`int`	`getLevel()` Returns the meta level of this vertex.
`T`	`getLink(T relation, Serializable value, T... targets)` Returns if exists the link of this (meta) vertex.
`T`	`getLink(T relation, T... targets)` Returns if exists the link of this (meta) vertex.
`Snapshot<T>`	`getLinks(T relation)` Returns the links of this vertex that are instances of the specified `relation`.
`Snapshot<T>`	`getLinks(T relation, int pos)` Returns the links of this vertex that are instances of the specified `relation` and for which this vertex is in the specified position in the components of these links.
`Snapshot<T>`	`getLinks(T relation, Serializable value, T... targets)` Returns the links of this vertex that are instances of the specified `relation` and for which this vertex is in the specified position in the components of these links.
`Snapshot<T>`	`getLinks(T relation, T... targets)` Returns the links of this vertex that are instances of the specified `relation` and for which this vertex is in the specified position in the components of these links.
`T`	`getRelation(Serializable value, T... targets)` Returns if exists the relation of this (meta) vertex.
`T`	`getRelation(T... targets)` Returns if exists the relation of this (meta) vertex.
`Snapshot<T>`	`getRelations(int pos)` Returns the relations of this vertex (directly if this vertex is a type, the relations of its type if this vertex is an instance) for which this vertex is in the specified position in their components.
`Snapshot<T>`	`getRelations(Serializable value, T... targets)` Returns the relations of this vertex that inherit from the specified `relation`.
`Snapshot<T>`	`getRelations(T... targets)` Returns the relations of this vertex that inherit from the specified `relation`.
`Snapshot<T>`	`getRelations(T relation)` Returns the relations of this vertex that inherit from the specified `relation`.
`IRoot<T>`	`getRoot()` Returns the signature of the root of the graph.
`T`	`getSubInheriting(Serializable value, T... components)` Returns vertex that inherit from this vertex.
`T`	`getSubInheriting(T... components)` Returns vertex that inherit from this vertex.
`Snapshot<T>`	`getSubInheritings()` Returns vertices that inherit from this vertex.
`Snapshot<T>`	`getSubInheritings(Serializable value, T... components)` Returns vertices that inherit from this vertex.
`Snapshot<T>`	`getSubInheritings(T... components)` Returns vertices that inherit from this vertex.
`T`	`getSubInstance(List<T> overrides, Serializable value, T... components)` Return vertex that are instances of this vertex.
`T`	`getSubInstance(Serializable value, T... components)` Return vertex that are instances of this vertex.
`T`	`getSubInstance(T... components)` Return vertex that are instances of this vertex.
`T`	`getSubInstance(T override, Serializable value, T... components)` Return vertex that are instances of this vertex.
`Snapshot<T>`	`getSubInstances()` Returns vertices that are instances of this vertex.
`Snapshot<T>`	`getSubInstances(List<T> overrides, Serializable value, T... components)` Returns vertices that are instances of this vertex.
`Snapshot<T>`	`getSubInstances(Serializable value, T... components)` Returns vertices that are instances of this vertex.
`Snapshot<T>`	`getSubInstances(T... components)` Returns vertices that are instances of this vertex.
`Snapshot<T>`	`getSubInstances(T override, Serializable value, T... components)` Returns vertices that are instances of this vertex.
`Serializable`	`getSystemPropertyValue(Class<? extends IGeneric.SystemProperty> propertyClass, int pos)` Returns the property value of this vertex for the specified system property and position.
`T`	`getTargetComponent()` Returns the component at the `TARGET` position, that is to say the component at the position 1.
`T`	`getTernaryComponent()` Returns the component at the `TERNARY` position, that is to say the component at the position 2.
`Serializable`	`getValue(T attribute, Serializable value, T... targets)` Return value for each holder that is instance of the specified `attribute` and position and for which this vertex is in the specified position in its components.
`Serializable`	`getValue(T attribute, T... targets)` Return value for each holder that is instance of the specified `attribute` and position and for which this vertex is in the specified position in its components.
`Snapshot<Serializable>`	`getValues(T attribute, int pos)` Returns values for each holder that is instance of the specified `attribute` and position and for which this vertex is in the specified position in its components.
`Snapshot<Serializable>`	`getValues(T attribute, Serializable value, T... targets)` Returns values for each holder that is instance of the specified `attribute` and position and for which this vertex is in the specified position in its components.
`Snapshot<Serializable>`	`getValues(T attribute, T... targets)` Returns values for each holder that is instance of the specified `attribute` and position and for which this vertex is in the specified position in its components.
`T`	`hideValue()` Hide this vertex’s and its instances’ values in the reactor.
`String`	`info()` Returns a `String` representation of this vertex in the format : (meta)[supers]value[components]
`boolean`	`inheritsFrom(T superVertex)` Indicates whether this vertex "inherits from" another.
`boolean`	`isAlive()` Indicates whether this signature is alive.
`boolean`	`isAncestorOf(T dependency)` Indicates whether this vertex is ancestor of the specified dependency.
`boolean`	`isCascadeRemoveEnabled(int pos)` Indicates whether this vertex is cascade remove for the specified position.
`boolean`	`isCompositeOf(T vertex)` Indicates whether this vertex has a component that is a specialization of `vertex`.
`boolean`	`isConcrete()` Indicates if the meta level of this vertex is `CONCRETE`.
`boolean`	`isDirectAncestorOf(T vertex)`
`boolean`	`isInheritanceEnabled()` Indicates whether this vertex is heritable.
`boolean`	`isInstanceOf(T metaVertex)` Indicates whether this vertex "is instance of" another.
`boolean`	`isInstanceValueHashed()` Indicates whether this vertex’s instances values are hashes.
`boolean`	`isMeta()` Indicates if the meta level of this vertex is `META`.
`boolean`	`isPropertyConstraintEnabled()` Indicates whether this vertex is property constraint.
`boolean`	`isReferentialIntegrityEnabled(int pos)` Indicates whether this vertex is referential integrity for the specified position.
`boolean`	`isRequiredConstraintEnabled(int pos)` Indicates whether this vertex is required constraint for the specified position.
`boolean`	`isRoot()` Indicates whether this vertex is the root of the graph.
`boolean`	`isSingularConstraintEnabled(int pos)` Indicates whether this vertex is singular constraint for the specified position.
`boolean`	`isSpecializationOf(T vertex)` Indicates whether this vertex "inherits from" or "is instance of" or "is instance of instance of" another.
`boolean`	`isStructural()` Indicates if the meta level of this vertex is `STRUCTURAL`.
`boolean`	`isSystem()` Indicates whether this signature is system.
`boolean`	`isSystemPropertyEnabled(Class<? extends IGeneric.SystemProperty> propertyClass, int pos)` Indicates whether this vertex is enabled for the specified boolean system property and position.
`boolean`	`isUniqueValueEnabled()` Indicates whether this vertex is unique value constraint.
`boolean`	`isValueHidden()` Indicates whether this vertex’s and its instances’ values should be shown by the reactor.
`void`	`remove()` Removes this vertex.
`T`	`setAttribute(List<T> overrides, Serializable value, T... targets)` Returns a new or the existing attribute on this type that satisfies the specified `overrides`, `value` and `targets`.
`T`	`setAttribute(Serializable value, T... targets)` Returns a new or the existing attribute on this type that satisfies the specified `value` and `targets`.
`T`	`setAttribute(T override, Serializable value, T... targets)` Returns a new or the existing attribute on this type that satisfies the specified `override`, `value` and `targets`.
`T`	`setHolder(T attribute, List<T> overrides, Serializable value, T... targets)` Returns a new or the existing holder on this type that satisfies the specified `overrides`, `value` and `targets`.
`T`	`setHolder(T attribute, Serializable value, T... targets)` Returns a new or the existing holder on this type that satisfies the specified `overrides`, `value` and `targets`.
`T`	`setHolder(T attribute, T override, Serializable value, T... targets)` Returns a new or the existing holder on this type that satisfies the specified `overrides`, `value` and `targets`.
`T`	`setInstance(List<T> overrides, Serializable value, T... components)` Returns an existing or a new instance of this type that satisfies the specified `overrides`, `value` and `components`.
`T`	`setInstance(Serializable value, T... components)` Returns an existing or a new instance of this type that satisfies the specified `value` and `components`.
`T`	`setInstance(T override, Serializable value, T... components)` Returns an existing or a new instance of this type that satisfies the specified `override`, `value` and `components`.
`T`	`setInstanceValueClassConstraint(Class<? extends Serializable> constraintClass)` Set the `Class` value constraint of this vertex.
`T`	`setInstanceValueGenerator(Class<? extends InstanceValueGenerator.ValueGenerator> instanceValueGeneratorClass)` Set the `Class` value generator of this vertex.
`T`	`setLink(T relation, List<T> overrides, Serializable value, T firstTarget, T... otherTargets)` Returns a new or the existing link on this type that satisfies the specified `overrides`, `value`, `firstTarget` and `otherTargets`.
`T`	`setLink(T relation, Serializable value, T firstTarget, T... otherTargets)` Returns a new or the existing link on this type that satisfies the specified `overrides`, `value`, `firstTarget` and `otherTargets`.
`T`	`setLink(T relation, T override, Serializable value, T firstTarget, T... otherTargets)` Returns a new or the existing link on this type that satisfies the specified `override`, `value`, `firstTarget` and `otherTargets`.
`T`	`setRelation(List<T> overrides, Serializable value, T firstTarget, T... otherTargets)` Returns a new or the existing relation on this type that satisfies the specified `overrides`, `value`, `firstTarget` and `otherTargets`.
`T`	`setRelation(Serializable value, T firstTarget, T... otherTargets)` Returns a new or the existing relation on this type that satisfies the specified `value`, `firstTarget` and `otherTargets`.
`T`	`setRelation(T override, Serializable value, T firstTarget, T... otherTargets)` Returns a new or the existing relation on this type that satisfies the specified `override`, `value`, `firstTarget` and `otherTargets`.
`T`	`setSystemPropertyValue(Class<? extends IGeneric.SystemProperty> propertyClass, int pos, Serializable value, T... targets)` Set the property value of this vertex for the specified system property, position and `targets`.
`void`	`traverse(IGeneric.Visitor<T> visitor)` Traverse the Tree.
`T`	`unhideValue()` Show this vertex’s and its instances’ values in the reactor.
`T`	`update(List<T> overrides, Serializable newValue, T... newComponents)` Update this Generic with the specified `overrides`, `newValue` and `newComponents`.
`T`	`update(Serializable newValue, T... newComponents)` Update this Generic with the specified `newValue` and `newComponents`.
`T`	`update(T override, Serializable newValue, T... newComponents)` Update this Generic with the specified `override`, `newValue` and `newComponents`.
`T`	`updateComponent(T newTargetComponent, int pos)` Update a component of this Generic with the specified `newTargetComponent`.
`T`	`updateComponents(T... newComponents)` Update the components of this Generic with the specified `newComponents`.
`T`	`updateSupers(T... overrides)` Update the supers of this Generic with the specified `overrides`.
`T`	`updateValue(Serializable newValue)` Update this Generic with the specified `newValue`.

Methods inherited from interface org.genericsystem.api.core.ISignature
getBirthTs, getComponents, getMeta, getSupers, getTs, getValue

- Method Detail
  - isRoot
```
boolean isRoot()
```
    Indicates whether this vertex is the root of the graph.
    
    Returns:
    
    true if this signature is the root of the graph, false otherwise.
  - getRoot
```
IRoot<T> getRoot()
```
    Returns the signature of the root of the graph.
    
    Returns:
    
    the signature of the root of the graph.
  - isAlive
```
boolean isAlive()
```
    Indicates whether this signature is alive. It means, as appropriate, this exact instance should be directly reachable from the graph and not killed at a given moment.
    
    Returns:
    
    true if this signature is alive, false otherwise.
  - isSystem
```
boolean isSystem()
```
    Indicates whether this signature is system. System signatures are created at startup and can not be remove.
    
    Returns:
    
    true if this signature is system, false otherwise.
  - coerceToTArray
```
T[] coerceToTArray(Object... array)
```
    Technical method for creating a real array of T implementation for passing safe varags parameter and avoid heap pollution.
    
    Parameters:
    
    array - array of object.
    
    Returns:
    
    an array of T.
  - addThisToTargets
```
T[] addThisToTargets(T... targets)
```
    Utility method for creating a real array of T implementation with this in first position and targets after.
    
    Parameters:
    
    targets - an array of targets stored in an objects array
    
    Returns:
    
    a real array of T implementation augmented of this Vertex in first position.
  - addThisToTargets
```
T[] addThisToTargets(T firstTarget,
                     T... otherTargets)
```
    Utility method for create a real array of T implementation with this in first position, firstTarget in second position and otherTargets after.
    
    Parameters:
    
    firstTarget - the first target.
    
    otherTargets - an array of targets stored in an objects array.
    
    Returns:
    
    a real array of T implementation augmented of this Vertex in first position, firstTarget in second and then otherTargets.
  - getLevel
```
int getLevel()
```
    Returns the meta level of this vertex.
    
    Returns:
    
    the meta level : 0 for META level, 1 for STRUCTURAL and 2 for CONCRETE.
  - isMeta
```
boolean isMeta()
```
    Indicates if the meta level of this vertex is META.
    
    Returns:
    
    true if the meta level of this vertex is 0, false otherwise.
  - isStructural
```
boolean isStructural()
```
    Indicates if the meta level of this vertex is STRUCTURAL.
    
    Returns:
    
    true if the meta level of this vertex is 1, false otherwise.
  - isConcrete
```
boolean isConcrete()
```
    Indicates if the meta level of this vertex is CONCRETE.
    
    Returns:
    
    true if the meta level of this vertex is 2, false otherwise.
  - inheritsFrom
```
boolean inheritsFrom(T superVertex)
```
    Indicates whether this vertex "inherits from" another.
    
    Parameters:
    
    superVertex - the vertex reference to be tested for inheritance.
    
    Returns:
    
    true if this vertex inherits from superVertex, false otherwise.
  - isInstanceOf
```
boolean isInstanceOf(T metaVertex)
```
    Indicates whether this vertex "is instance of" another.
    
    Parameters:
    
    metaVertex - the vertex reference to be tested for instantiation.
    
    Returns:
    
    true if this vertex is instance of metaVertex, false otherwise.
  - isSpecializationOf
```
boolean isSpecializationOf(T vertex)
```
    Indicates whether this vertex "inherits from" or "is instance of" or "is instance of instance of" another.
    
    Parameters:
    
    vertex - the vertex reference to be tested for specialization.
    
    Returns:
    
    true if this vertex is a specialization of vertex, false otherwise.
  - getAttribute
```
T getAttribute(Serializable value,
               T... targets)
```
    Returns if exists the attribute of this (meta) vertex. The returned attribute satisfies the specified value and targets.
    
    Parameters:
    
    value - the value of returned attribute.
    
    targets - the targets of returned attribute.
    
    Returns:
    
    an attribute if exists, null otherwise.
  - getAttribute
```
T getAttribute(T... targets)
```
    Returns if exists the attribute of this (meta) vertex. The returned attribute satisfies the specified targets.
    
    Parameters:
    
    targets - the targets of returned attribute.
    
    Returns:
    
    an attribute if exists, null otherwise.
  - getHolder
```
T getHolder(T attribute,
            Serializable value,
            T... targets)
```
    Returns if exists the holder of this (meta) vertex. The returned holder satisfies the specified attribute, value and targets.
    
    Parameters:
    
    attribute - the attribute from which retrieve the holder.
    
    value - the value of returned holder.
    
    targets - the targets of returned holder.
    
    Returns:
    
    a holder if exists, null otherwise.
  - getRelation
```
T getRelation(Serializable value,
              T... targets)
```
    Returns if exists the relation of this (meta) vertex. The returned relation satisfies the specified value and targets.
    
    Parameters:
    
    value - the value of returned relation.
    
    targets - the targets of returned relation.
    
    Returns:
    
    a relation if exists, null otherwise.
  - getRelation
```
T getRelation(T... targets)
```
    Returns if exists the relation of this (meta) vertex. The returned relation satisfies the specified targets.
    
    Parameters:
    
    targets - the targets of returned relation.
    
    Returns:
    
    a relation if exists, null otherwise.
  - getLink
```
T getLink(T relation,
          Serializable value,
          T... targets)
```
    Returns if exists the link of this (meta) vertex. The returned link satisfies the specified relation, value and targets.
    
    Parameters:
    
    relation - the relation from which retrieve the link.
    
    value - the value of returned link.
    
    targets - the targets of returned link.
    
    Returns:
    
    a link if exists, null otherwise.
  - getHolder
```
T getHolder(T attribute,
            T... targets)
```
    Returns if exists the holder of this (meta) vertex. The returned holder satisfies the specified attribute and targets.
    
    Parameters:
    
    attribute - the attribute from which retrieve the holder.
    
    targets - the targets of returned holder.
    
    Returns:
    
    a holder if exists, null otherwise.
  - getLink
```
T getLink(T relation,
          T... targets)
```
    Returns if exists the link of this (meta) vertex. The returned link satisfies the specified relation and targets.
    
    Parameters:
    
    relation - the relation from which retrieve the link.
    
    targets - the targets of returned link.
    
    Returns:
    
    a link if exists, null otherwise.
  - isCompositeOf
```
boolean isCompositeOf(T vertex)
```
    Indicates whether this vertex has a component that is a specialization of vertex.
    
    Parameters:
    
    vertex - the vertex reference to be tested for attribution.
    
    Returns:
    
    true if this vertex has a component that is a specialization of vertex.
  - getAttributes
```
Snapshot<T> getAttributes()
```
    Returns the attributes of this vertex (directly if this vertex is a type, the attributes of its type if this vertex is an instance).
    The returned attributes satisfies the specified targets.
    
    Returns:
    
    the attributes of this vertex regardless of the position of this vertex in the components of these attributes.
  - getAttributes
```
Snapshot<T> getAttributes(T... targets)
```
    Returns the attributes of this vertex (directly if this vertex is a type, the attributes of its type if this vertex is an instance).
    The returned attributes satisfies the specified targets.
    
    Parameters:
    
    targets - the targets of returned attribute.
    
    Returns:
    
    the attributes of this vertex regardless of the position of this vertex in the components of these attributes.
  - getAttributes
```
Snapshot<T> getAttributes(int pos)
```
    Returns the attributes of this vertex (directly if this vertex is a type, the attributes of its type if this vertex is an instance) for which this vertex is in the specified position in their components.
    
    Parameters:
    
    pos - the expected position of this vertex in the components of these attributes.
    
    Returns:
    
    the attributes of this vertex.
  - getAttributes
```
Snapshot<T> getAttributes(T attribute)
```
    Returns the attributes of this vertex that inherit from the specified attribute.
    
    Parameters:
    
    attribute - the attribute from which the returned attributes inherit
    
    Returns:
    
    the attributes of this vertex regardless of the position of this vertex in their components.
  - getAttributes
```
Snapshot<T> getAttributes(Serializable value,
                          T... targets)
```
    Returns the attributes of this vertex (directly if this vertex is a type, the attributes of its type if this vertex is an instance).
    The returned attributes satisfies the specified value and targets.
    
    Parameters:
    
    value - the value of returned attribute.
    
    targets - the targets of returned attribute.
    
    Returns:
    
    the attributes of this vertex regardless of the position of this vertex in the components of these attributes.
  - getHolders
```
Snapshot<T> getHolders(T attribute)
```
    Returns the holders of this vertex that are instances of the specified attribute.
    
    Parameters:
    
    attribute - the attribute of which the returned holders are instances.
    
    Returns:
    
    the holders of this vertex regardless of the position of this vertex in their components.
  - getHolders
```
Snapshot<T> getHolders(T attribute,
                       int pos)
```
    Returns the holders of this vertex that are instances of the specified attribute and for which this vertex is in the specified position in the components of these holders.
    
    Parameters:
    
    attribute - the attribute of which the returned holders are instances.
    
    pos - the expected position of this vertex in the components of these holders.
    
    Returns:
    
    the holders of this vertex for the specified attribute and position.
  - getHolders
```
Snapshot<T> getHolders(T attribute,
                       Serializable value,
                       T... targets)
```
    Returns the holders of this vertex that are instances of the specified attribute and for which this vertex is in the specified position in the components of these holders.
    The returned holders satisfies the specified value and targets.
    
    Parameters:
    
    attribute - the attribute of which the returned holders are instances.
    
    value - the value of returned holders.
    
    targets - the targets of returned holders.
    
    Returns:
    
    the holders of this vertex for the specified attribute and position.
  - getHolders
```
Snapshot<T> getHolders(T attribute,
                       T... targets)
```
    Returns the holders of this vertex that are instances of the specified attribute and for which this vertex is in the specified position in the components of these holders.
    The returned holders satisfies the specified targets.
    
    Parameters:
    
    attribute - the attribute of which the returned holders are instances.
    
    targets - the targets of returned holders.
    
    Returns:
    
    the holders of this vertex for the specified attribute and position.
  - getRelations
```
Snapshot<T> getRelations(T... targets)
```
    Returns the relations of this vertex that inherit from the specified relation.
    The returned relations satisfies the specified targets.
    
    Parameters:
    
    targets - the targets of returned relations.
    
    Returns:
    
    the relations of this vertex regardless of the position of this vertex in their components.
  - getRelations
```
Snapshot<T> getRelations(int pos)
```
    Returns the relations of this vertex (directly if this vertex is a type, the relations of its type if this vertex is an instance) for which this vertex is in the specified position in their components.
    
    Parameters:
    
    pos - the expected position of this vertex in the components of these relations.
    
    Returns:
    
    the relations of this vertex.
  - getRelations
```
Snapshot<T> getRelations(T relation)
```
    Returns the relations of this vertex that inherit from the specified relation.
    
    Parameters:
    
    relation - the relation from which the returned relations inherit.
    
    Returns:
    
    the relations of this vertex regardless of the position of this vertex in their components.
  - getRelations
```
Snapshot<T> getRelations(Serializable value,
                         T... targets)
```
    Returns the relations of this vertex that inherit from the specified relation.
    The returned relations satisfies the specified value and targets.
    
    Parameters:
    
    value - the value of returned relations.
    
    targets - the targets of returned relations.
    
    Returns:
    
    the relations of this vertex regardless of the position of this vertex in their components.
  - getLinks
```
Snapshot<T> getLinks(T relation)
```
    Returns the links of this vertex that are instances of the specified relation.
    
    Parameters:
    
    relation - the relation of which the returned links are instances.
    
    Returns:
    
    the links of this vertex regardless of the position of this vertex in their components.
  - getLinks
```
Snapshot<T> getLinks(T relation,
                     int pos)
```
    Returns the links of this vertex that are instances of the specified relation and for which this vertex is in the specified position in the components of these links.
    
    Parameters:
    
    relation - the relation of which the returned links are instances.
    
    pos - the expected position of this vertex in the components of these links.
    
    Returns:
    
    the links of this vertex for the specified relation and position.
  - getLinks
```
Snapshot<T> getLinks(T relation,
                     Serializable value,
                     T... targets)
```
    Returns the links of this vertex that are instances of the specified relation and for which this vertex is in the specified position in the components of these links.
    The returned links satisfies the specified value and targets.
    
    Parameters:
    
    relation - the relation of which the returned links are instances.
    
    value - the value of returned links.
    
    targets - the targets of returned links.
    
    Returns:
    
    the links of this vertex for the specified relation and position.
  - getLinks
```
Snapshot<T> getLinks(T relation,
                     T... targets)
```
    Returns the links of this vertex that are instances of the specified relation and for which this vertex is in the specified position in the components of these links.
    The returned links satisfies the specified targets.
    
    Parameters:
    
    relation - the relation of which the returned links are instances.
    
    targets - the targets of returned links.
    
    Returns:
    
    the links of this vertex for the specified relation and position.
  - getValue
```
Serializable getValue(T attribute,
                      T... targets)
```
    Return value for each holder that is instance of the specified attribute and position and for which this vertex is in the specified position in its components.
    The returned values satisfies the specified targets.
    
    Parameters:
    
    attribute - the attribute of which value holders are instances.
    
    targets - the targets of returned values.
    
    Returns:
    
    value for each holder that is instance of the specified attribute and position.
  - getValues
```
Snapshot<Serializable> getValues(T attribute,
                                 T... targets)
```
    Returns values for each holder that is instance of the specified attribute and position and for which this vertex is in the specified position in its components.
    The returned values satisfies the specified targets.
    
    Parameters:
    
    attribute - the attribute of which value holders are instances.
    
    targets - the targets of returned values.
    
    Returns:
    
    values for each holder that is instance of the specified attribute and position.
  - getValues
```
Snapshot<Serializable> getValues(T attribute,
                                 int pos)
```
    Returns values for each holder that is instance of the specified attribute and position and for which this vertex is in the specified position in its components.
    
    Parameters:
    
    attribute - the attribute of which value holders are instances.
    
    pos - the expected position of this vertex in the components of the holders.
    
    Returns:
    
    values for each holder that is instance of the specified attribute and position.
  - getValue
```
Serializable getValue(T attribute,
                      Serializable value,
                      T... targets)
```
    Return value for each holder that is instance of the specified attribute and position and for which this vertex is in the specified position in its components.
    The returned values satisfies the specified value and targets.
    
    Parameters:
    
    attribute - the attribute of which value holders are instances.
    
    value - the value of returned values.
    
    targets - the targets of returned values.
    
    Returns:
    
    value for each holder that is instance of the specified attribute and position.
  - getValues
```
Snapshot<Serializable> getValues(T attribute,
                                 Serializable value,
                                 T... targets)
```
    Returns values for each holder that is instance of the specified attribute and position and for which this vertex is in the specified position in its components.
    The returned values satisfies the specified value and targets.
    
    Parameters:
    
    attribute - the attribute of which value holders are instances.
    
    value - the value of returned values.
    
    targets - the targets of returned values.
    
    Returns:
    
    values for each holder that is instance of the specified attribute and position.
  - getInstance
```
T getInstance(Serializable value,
              T... components)
```
    Returns if exists an instance of this (meta) vertex.
    The returned vertex satisfies the specified value and components.
    
    Parameters:
    
    value - the value of returned vertex.
    
    components - the components of returned vertex.
    
    Returns:
    
    a vertex if exists, null otherwise.
  - getInstance
```
T getInstance(T... components)
```
    Returns if exists an instance of this (meta) vertex.
    The returned vertex satisfies the specified components.
    
    Parameters:
    
    components - the components of returned vertex.
    
    Returns:
    
    a vertex if exists, null otherwise.
  - getInstance
```
T getInstance(T override,
              Serializable value,
              T... components)
```
    Returns if exists an instance of this (meta) vertex. The returned vertex satisfies the specified super, value and components.
    Note that the returned vertex if any, inherits from the override specified but can have more or more precise in an undefined order.
    
    Parameters:
    
    value - the value of returned vertex.
    
    override - the override of returned vertex.
    
    components - the components of returned vertex.
    
    Returns:
    
    a vertex if exists, null otherwise.
  - getInstance
```
T getInstance(List<T> overrides,
              Serializable value,
              T... components)
```
    Returns if exists an instance of this (meta) vertex. The returned vertex satisfies the specified overrides, value and components.
    Note that the returned vertex if any, inherits from any vertex specified in the list of overrides but can have more or more precise supers in an undefined order.
    
    Parameters:
    
    overrides - the list of overrides of returned vertex.
    
    value - the value of returned vertex.
    
    components - the components of returned vertex.
    
    Returns:
    
    a vertex if exists, null otherwise.
  - getInstances
```
Snapshot<T> getInstances(Serializable value,
                         T... components)
```
    Returns vertices that have this vertex as meta.
    The returned vertex satisfies the specified value and components.
    To get all vertices that are instances of this vertex, consider getAllInstances().
    
    Parameters:
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that have this vertex for meta.
  - getInstances
```
Snapshot<T> getInstances()
```
    Returns vertices that have this vertex as meta.
    To get all vertices that are instances of this vertex, consider getAllInstances().
    
    Returns:
    
    the vertices that have this vertex for meta.
  - getInstances
```
Snapshot<T> getInstances(T... components)
```
    Returns vertices that have this vertex as meta.
    The returned vertex satisfies the specified components.
    To get all vertices that are instances of this vertex, consider getAllInstances().
    
    Parameters:
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that have this vertex for meta.
  - getInstances
```
Snapshot<T> getInstances(T override,
                         Serializable value,
                         T... components)
```
    Returns vertices that have this vertex as meta.
    The returned vertex satisfies the specified override, value and components.
    To get all vertices that are instances of this vertex, consider getAllInstances().
    
    Parameters:
    
    override - the override of returned vertex.
    
    value - the value of returned vertex.
    
    components - the components of returned vertex.
    
    Returns:
    
    the vertices that have this vertex for meta.
  - getInstances
```
Snapshot<T> getInstances(List<T> overrides,
                         Serializable value,
                         T... components)
```
    Returns vertices that have this vertex as meta.
    The returned vertex satisfies the specified overrides, value and components.
    To get all vertices that are instances of this vertex, consider getAllInstances().
    
    Parameters:
    
    overrides - the overrides of returned vertex.
    
    value - the value of returned vertex.
    
    components - the components of returned vertex.
    
    Returns:
    
    the vertices that have this vertex for meta.
  - getSubInstance
```
T getSubInstance(Serializable value,
                 T... components)
```
    Return vertex that are instances of this vertex.
    The returned vertex satisfies the specified value and components.
    
    Parameters:
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertex that are instances of this vertex.
  - getSubInstances
```
Snapshot<T> getSubInstances(Serializable value,
                            T... components)
```
    Returns vertices that are instances of this vertex.
    The returned vertex satisfies the specified value and components.
    
    Parameters:
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that are instances of this vertex.
  - getSubInstance
```
T getSubInstance(T... components)
```
    Return vertex that are instances of this vertex.
    The returned vertex satisfies the specified components.
    
    Parameters:
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertex that are instances of this vertex.
  - getSubInstances
```
Snapshot<T> getSubInstances(T... components)
```
    Returns vertices that are instances of this vertex.
    The returned vertex satisfies the specified components.
    
    Parameters:
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that are instances of this vertex.
  - getSubInstances
```
Snapshot<T> getSubInstances()
```
    Returns vertices that are instances of this vertex.
    
    Returns:
    
    the vertices that are instances of this vertex.
  - getSubInstance
```
T getSubInstance(T override,
                 Serializable value,
                 T... components)
```
    Return vertex that are instances of this vertex.
    The returned vertex satisfies the specified override, value and components.
    
    Parameters:
    
    override - the override of returned vertex.
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertex that are instances of this vertex.
  - getSubInstances
```
Snapshot<T> getSubInstances(T override,
                            Serializable value,
                            T... components)
```
    Returns vertices that are instances of this vertex.
    The returned vertex satisfies the specified override, value and components.
    
    Parameters:
    
    override - the override of returned vertex.
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that are instances of this vertex.
  - getSubInstance
```
T getSubInstance(List<T> overrides,
                 Serializable value,
                 T... components)
```
    Return vertex that are instances of this vertex.
    The returned vertex satisfies the specified overrides, value and components.
    
    Parameters:
    
    overrides - the overrides of returned vertex.
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertex that are instance of this vertex.
  - getSubInstances
```
Snapshot<T> getSubInstances(List<T> overrides,
                            Serializable value,
                            T... components)
```
    Returns vertices that are instances of this vertex.
    The returned vertex satisfies the specified overrides, value and components.
    
    Parameters:
    
    overrides - the overrides of returned vertex.
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that are instances of this vertex.
  - getInheriting
```
T getInheriting(Serializable value,
                T... components)
```
    Return vertex that have this vertex as super.
    The returned vertex satisfies the specified value and components.
    To get all vertices that inherit from this vertex, consider getAllInheritings().
    
    Parameters:
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertex that have this vertex for super.
  - getInheriting
```
T getInheriting(T... components)
```
    Return vertex that have this vertex as super.
    The returned vertex satisfies the specified value and components.
    To get all vertices that inherit from this vertex, consider getAllInheritings().
    
    Parameters:
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertex that have this vertex for super.
  - getInheritings
```
Snapshot<T> getInheritings(Serializable value,
                           T... components)
```
    Returns vertices that have this vertex as super.
    The returned vertex satisfies the specified value and components.
    To get all vertices that inherit from this vertex, consider getAllInheritings().
    
    Parameters:
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that have this vertex for super.
  - getInheritings
```
Snapshot<T> getInheritings(T... components)
```
    Returns vertices that have this vertex as super.
    The returned vertex satisfies the specified components.
    To get all vertices that inherit from this vertex, consider getAllInheritings().
    
    Parameters:
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that have this vertex for super.
  - getInheritings
```
Snapshot<T> getInheritings()
```
    Returns vertices that have this vertex as super.
    
    To get all vertices that inherit from this vertex, consider getAllInheritings().
    
    Returns:
    
    the vertices that have this vertex for super.
  - getSubInheriting
```
T getSubInheriting(Serializable value,
                   T... components)
```
    Returns vertex that inherit from this vertex.
    The returned vertex satisfies the specified value and components.
    
    Parameters:
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertex that inherits from this vertex.
  - getSubInheritings
```
Snapshot<T> getSubInheritings(Serializable value,
                              T... components)
```
    Returns vertices that inherit from this vertex.
    The returned vertex satisfies the specified value and components.
    
    Parameters:
    
    value - the value of returned vertex.
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that inherits from this vertex.
  - getSubInheriting
```
T getSubInheriting(T... components)
```
    Returns vertex that inherit from this vertex.
    The returned vertex satisfies the specified components.
    
    Parameters:
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertex that inherits from this vertex.
  - getSubInheritings
```
Snapshot<T> getSubInheritings(T... components)
```
    Returns vertices that inherit from this vertex.
    The returned vertex satisfies the specified components.
    
    Parameters:
    
    components - the targets of returned vertex.
    
    Returns:
    
    the vertices that inherits from this vertex.
  - getSubInheritings
```
Snapshot<T> getSubInheritings()
```
    Returns vertices that inherit from this vertex.
    
    Returns:
    
    the vertices that inherits from this vertex.
  - getComposite
```
T getComposite(Serializable value)
```
    Returns composite vertices for which this vertex is a component.
    The returned vertex satisfies the specified value.
    
    Parameters:
    
    value - the value of returned vertex.
    
    Returns:
    
    the composite vertices.
  - getComposites
```
Snapshot<T> getComposites(Serializable value)
```
    Returns composite vertices for which this vertex is a component.
    The returned vertex satisfies the specified value.
    
    Parameters:
    
    value - the value of returned vertex.
    
    Returns:
    
    the composite vertices.
  - getComposites
```
Snapshot<T> getComposites()
```
    Returns composite vertices for which this vertex is a component.
    
    Returns:
    
    the composite vertices.
  - isDirectAncestorOf
```
boolean isDirectAncestorOf(T vertex)
```
  - isAncestorOf
```
boolean isAncestorOf(T dependency)
```
    Indicates whether this vertex is ancestor of the specified dependency.
    The ancestors of a node are recursively :
    - its meta,
    - its supers,
    - its components.
    Parameters:
    
    dependency - the dependency of which this vertex is an ancestor.
    
    Returns:
    
    true if this vertex is ancestor of the specified dependency, false otherwise.
  - info
```
String info()
```
    Returns a String representation of this vertex in the format :
```
 (meta)[supers]value[components]
 
```
    Returns:
    
    the String representation of this vertex.
  - detailedInfo
```
String detailedInfo()
```
    Returns a String detailed representation of this vertex.
    
    Returns:
    
    the String detailed representation of this vertex.
  - getSystemPropertyValue
```
Serializable getSystemPropertyValue(Class<? extends IGeneric.SystemProperty> propertyClass,
                                    int pos)
```
    Returns the property value of this vertex for the specified system property and position.
    
    Parameters:
    
    propertyClass - the Class of the property.
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    the property value.
  - setSystemPropertyValue
```
T setSystemPropertyValue(Class<? extends IGeneric.SystemProperty> propertyClass,
                         int pos,
                         Serializable value,
                         T... targets)
```
    Set the property value of this vertex for the specified system property, position and targets.
    
    Parameters:
    
    propertyClass - the Class of the system property.
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    value - the property value to set.
    
    targets - the targets for the system property.
    
    Returns:
    
    this.
  - enableSystemProperty
```
T enableSystemProperty(Class<? extends IGeneric.SystemProperty> propertyClass,
                       int pos,
                       T... targets)
```
    Enable this vertex for the specified boolean system property, position and targets.
    
    Parameters:
    
    propertyClass - the Class of the boolean system property.
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    targets - the targets for the system property.
    
    Returns:
    
    this.
  - disableSystemProperty
```
T disableSystemProperty(Class<? extends IGeneric.SystemProperty> propertyClass,
                        int pos,
                        T... targets)
```
    Disable this vertex for the specified boolean system property, position and targets.
    
    Parameters:
    
    propertyClass - the Class of the boolean system property.
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    targets - the targets for the system property.
    
    Returns:
    
    this.
  - isSystemPropertyEnabled
```
boolean isSystemPropertyEnabled(Class<? extends IGeneric.SystemProperty> propertyClass,
                                int pos)
```
    Indicates whether this vertex is enabled for the specified boolean system property and position.
    
    Parameters:
    
    propertyClass - the Class of the boolean system property.
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    true if this vertex is enabled for the specified boolean system property and position, false otherwise.
  - enableReferentialIntegrity
```
T enableReferentialIntegrity(int pos)
```
    Enable the referential integrity constraint of this vertex for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    this.
  - disableReferentialIntegrity
```
T disableReferentialIntegrity(int pos)
```
    Disable the referential integrity constraint of this vertex for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    this.
  - isReferentialIntegrityEnabled
```
boolean isReferentialIntegrityEnabled(int pos)
```
    Indicates whether this vertex is referential integrity for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    true if this vertex is referential integrity, false otherwise.
  - enableSingularConstraint
```
T enableSingularConstraint(int pos)
```
    Enable the singular constraint of this vertex for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    this.
  - disableSingularConstraint
```
T disableSingularConstraint(int pos)
```
    Disable the singular constraint of this vertex for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    this.
  - isSingularConstraintEnabled
```
boolean isSingularConstraintEnabled(int pos)
```
    Indicates whether this vertex is singular constraint for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    true if this vertex is singular constraint, false otherwise.
  - enablePropertyConstraint
```
T enablePropertyConstraint()
```
    Enable the property constraint of this vertex.
    
    Returns:
    
    this.
  - disablePropertyConstraint
```
T disablePropertyConstraint()
```
    Disable the property constraint of this vertex.
    
    Returns:
    
    this.
  - isPropertyConstraintEnabled
```
boolean isPropertyConstraintEnabled()
```
    Indicates whether this vertex is property constraint.
    
    Returns:
    
    true if this vertex is property constraint, false otherwise.
  - enableUniqueValueConstraint
```
T enableUniqueValueConstraint()
```
    Enable the unique value constraint of this vertex.
    
    Returns:
    
    this.
  - disableUniqueValueConstraint
```
T disableUniqueValueConstraint()
```
    Disable the unique value constraint of this vertex.
    
    Returns:
    
    this.
  - isUniqueValueEnabled
```
boolean isUniqueValueEnabled()
```
    Indicates whether this vertex is unique value constraint.
    
    Returns:
    
    true if this vertex is unique value constraint, false otherwise.
  - getInstanceValueClassConstraint
```
Class<? extends Serializable> getInstanceValueClassConstraint()
```
    Get the Class value constraint of this vertex.
    
    Returns:
    
    the Class constraint.
  - setInstanceValueClassConstraint
```
T setInstanceValueClassConstraint(Class<? extends Serializable> constraintClass)
```
    Set the Class value constraint of this vertex.
    
    Parameters:
    
    constraintClass - the Class value of the constraint.
    
    Returns:
    
    this.
  - getInstanceValueGenerator
```
Class<? extends InstanceValueGenerator.ValueGenerator> getInstanceValueGenerator()
```
    Get the Class value generator of this vertex.
    
    Returns:
    
    the Class constraint.
  - setInstanceValueGenerator
```
T setInstanceValueGenerator(Class<? extends InstanceValueGenerator.ValueGenerator> instanceValueGeneratorClass)
```
    Set the Class value generator of this vertex.
    
    Parameters:
    
    instanceValueGeneratorClass - the Class value of the generator for instance values.
    
    Returns:
    
    this.
  - enableRequiredConstraint
```
T enableRequiredConstraint(int pos)
```
    Enable the required constraint of this vertex for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    this.
  - disableRequiredConstraint
```
T disableRequiredConstraint(int pos)
```
    Disable the required constraint of this vertex for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    this.
  - isRequiredConstraintEnabled
```
boolean isRequiredConstraintEnabled(int pos)
```
    Indicates whether this vertex is required constraint for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    true if this vertex is required constraint, false otherwise.
  - enableCascadeRemove
```
T enableCascadeRemove(int pos)
```
    Enable the cascade remove property of this vertex for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    this.
  - disableCascadeRemove
```
T disableCascadeRemove(int pos)
```
    Disable the cascade remove property of this vertex for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    this.
  - isCascadeRemoveEnabled
```
boolean isCascadeRemoveEnabled(int pos)
```
    Indicates whether this vertex is cascade remove for the specified position.
    
    Parameters:
    
    pos - the position of this vertex in components to consider for axed properties, for example : ApiStatics.NO_POSITION, ApiStatics.BASE_POSITION, ApiStatics.TARGET_POSITION... Use ApiStatics.NO_POSITION for no axed properties.
    
    Returns:
    
    true if this vertex is cascade remove, false otherwise.
  - enableInheritance
```
T enableInheritance()
```
    Enable the inheritance on this vertex.
    
    Returns:
    
    this.
  - disableInheritance
```
T disableInheritance()
```
    Disable inheritance on this vertex.
    
    Returns:
    
    this.
  - isInheritanceEnabled
```
boolean isInheritanceEnabled()
```
    Indicates whether this vertex is heritable.
    
    Returns:
    
    true if this vertex is heritable, false otherwise.
  - enableHashedInstanceValue
```
T enableHashedInstanceValue()
```
    Declares that this vertex’s instances values are hashes. Used by the reactor.
    
    Returns:
    
    this.
  - disableHashedInstanceValue
```
T disableHashedInstanceValue()
```
    Declares that this vertex’s instances values are not hashes (default). Used by the reactor.
    
    Returns:
    
    this.
  - isInstanceValueHashed
```
boolean isInstanceValueHashed()
```
    Indicates whether this vertex’s instances values are hashes. Used by the reactor.
    
    Returns:
    
    true if this vertex’s instances values are hashes, false otherwise.
  - hideValue
```
T hideValue()
```
    Hide this vertex’s and its instances’ values in the reactor.
    
    Returns:
    
    this.
  - unhideValue
```
T unhideValue()
```
    Show this vertex’s and its instances’ values in the reactor.
    
    Returns:
    
    this.
  - isValueHidden
```
boolean isValueHidden()
```
    Indicates whether this vertex’s and its instances’ values should be shown by the reactor.
    
    Returns:
    
    true if this vertex’s and its instances’ values should be shown, false otherwise.
  - remove
```
void remove()
```
    Removes this vertex.
    
    Throws:
    
    RollbackException - if this vertex is not alive or the operation violates an integrity constraint.
  - addInstance
```
T addInstance(Serializable value,
              T... components)
```
    Returns a new instance of this type that satisfies the specified value and components.
    
    Parameters:
    
    value - the expected value.
    
    components - the expected component references.
    
    Returns:
    
    the new instance.
    
    Throws:
    
    RollbackException - if the instance already exists.
  - addInstance
```
T addInstance(T override,
              Serializable value,
              T... components)
```
    Returns a new instance of this type that satisfies the specified override, value and components.
    
    Parameters:
    
    override - a vertex reference from which the returned instance shall inherit.
    
    value - the expected value.
    
    components - the expected component references.
    
    Returns:
    
    the new instance.
  - addInstance
```
T addInstance(List<T> overrides,
              Serializable value,
              T... components)
```
    Returns a new instance of this type that satisfies the specified overrides, value and components.
    
    Parameters:
    
    overrides - vertex references from which the returned instance shall inherit.
    
    value - the expected value.
    
    components - the expected component references.
    
    Returns:
    
    the new instance.
  - setInstance
```
T setInstance(Serializable value,
              T... components)
```
    Returns an existing or a new instance of this type that satisfies the specified value and components.
    
    Parameters:
    
    value - the expected value.
    
    components - the expected component references.
    
    Returns:
    
    a new instance or the existing instance that satisfies the specified value and components.
  - setInstance
```
T setInstance(T override,
              Serializable value,
              T... components)
```
    Returns an existing or a new instance of this type that satisfies the specified override, value and components.
    
    Parameters:
    
    override - a vertex reference from which the returned instance shall inherit.
    
    value - the expected value.
    
    components - the expected component references.
    
    Returns:
    
    a new instance or the existing instance that satisfies the specified override, value and components.
  - setInstance
```
T setInstance(List<T> overrides,
              Serializable value,
              T... components)
```
    Returns an existing or a new instance of this type that satisfies the specified overrides, value and components.
    
    Parameters:
    
    overrides - vertex references from which the returned instance shall inherit.
    
    value - the expected value.
    
    components - the expected component references.
    
    Returns:
    
    a new instance or the existing instance that satisfies the specified overrides, value and components.
  - traverse
```
void traverse(IGeneric.Visitor<T> visitor)
```
    Traverse the Tree.
    
    Parameters:
    
    visitor - The class Visitor.
  - addAttribute
```
T addAttribute(Serializable value,
               T... targets)
```
    Returns a new attribute on this type that satisfies the specified value and targets.
    
    Parameters:
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new attribute.
  - addAttribute
```
T addAttribute(T override,
               Serializable value,
               T... targets)
```
    Returns a new attribute on this type that satisfies the specified override, value and targets.
    
    Parameters:
    
    override - a vertex reference from which the returned attribute shall inherit.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new attribute.
  - addAttribute
```
T addAttribute(List<T> overrides,
               Serializable value,
               T... targets)
```
    Returns a new attribute on this type that satisfies the specified overrides, value and targets.
    
    Parameters:
    
    overrides - vertex references from which the returned attribute shall inherit.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new attribute.
  - setAttribute
```
T setAttribute(Serializable value,
               T... targets)
```
    Returns a new or the existing attribute on this type that satisfies the specified value and targets.
    
    Parameters:
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new or the existing attribute.
  - setAttribute
```
T setAttribute(T override,
               Serializable value,
               T... targets)
```
    Returns a new or the existing attribute on this type that satisfies the specified override, value and targets.
    
    Parameters:
    
    override - a vertex reference from which the returned attribute inherits.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new or the existing attribute.
  - setAttribute
```
T setAttribute(List<T> overrides,
               Serializable value,
               T... targets)
```
    Returns a new or the existing attribute on this type that satisfies the specified overrides, value and targets.
    
    Parameters:
    
    overrides - vertex references from which the returned attribute inherits.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new or the existing attribute.
  - addHolder
```
T addHolder(T attribute,
            Serializable value,
            T... targets)
```
    Returns a new holder on this instance that satisfies the specified value and targets.
    
    Parameters:
    
    attribute - the attribute of which the result holder is instance.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new holder.
  - addHolder
```
T addHolder(T attribute,
            T override,
            Serializable value,
            T... targets)
```
    Returns a new holder on this instance that satisfies the specified override, value and targets.
    
    Parameters:
    
    attribute - the attribute of which the result holder is instance.
    
    override - a vertex reference from which the returned holder shall inherit.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new holder.
  - addHolder
```
T addHolder(T attribute,
            List<T> overrides,
            Serializable value,
            T... targets)
```
    Returns a new holder on this instance that satisfies the specified overrides, value and targets.
    
    Parameters:
    
    attribute - the attribute of which the result holder is instance.
    
    overrides - vertex references from which the returned holder shall inherit.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new holder.
  - setHolder
```
T setHolder(T attribute,
            Serializable value,
            T... targets)
```
    Returns a new or the existing holder on this type that satisfies the specified overrides, value and targets.
    
    Parameters:
    
    attribute - the attribute of which the result holder is instance.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new or the existing holder.
  - setHolder
```
T setHolder(T attribute,
            T override,
            Serializable value,
            T... targets)
```
    Returns a new or the existing holder on this type that satisfies the specified overrides, value and targets.
    
    Parameters:
    
    attribute - the attribute of which the result holder is instance.
    
    override - vertex reference from which the returned attribute inherits.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new or the existing holder.
  - setHolder
```
T setHolder(T attribute,
            List<T> overrides,
            Serializable value,
            T... targets)
```
    Returns a new or the existing holder on this type that satisfies the specified overrides, value and targets.
    
    Parameters:
    
    attribute - the attribute of which the result holder is instance.
    
    overrides - vertex references from which the returned attribute shall inherit.
    
    value - the expected value.
    
    targets - the expected targets references.
    
    Returns:
    
    a new or the existing holder.
  - addRelation
```
T addRelation(Serializable value,
              T firstTarget,
              T... otherTargets)
```
    Returns a new relation on this type that satisfies the specified value, firstTarget and otherTargets.
    
    Parameters:
    
    value - the expected value.
    
    firstTarget - the expected first target of the relation.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new relation.
  - addRelation
```
T addRelation(T override,
              Serializable value,
              T firstTarget,
              T... otherTargets)
```
    Returns a new relation on this type that satisfies the specified override, value, firstTarget and otherTargets.
    
    Parameters:
    
    override - a vertex reference from which the returned relation shall inherit.
    
    value - the expected value.
    
    firstTarget - the expected first target of the relation.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new relation.
  - addRelation
```
T addRelation(List<T> overrides,
              Serializable value,
              T firstTarget,
              T... otherTargets)
```
    Returns a new relation on this type that satisfies the specified overrides, value, firstTarget and otherTargets.
    
    Parameters:
    
    overrides - vertex references from which the returned relation shall inherit.
    
    value - the expected value.
    
    firstTarget - the expected first target of the relation.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new relation.
  - setRelation
```
T setRelation(Serializable value,
              T firstTarget,
              T... otherTargets)
```
    Returns a new or the existing relation on this type that satisfies the specified value, firstTarget and otherTargets.
    
    Parameters:
    
    value - the expected value.
    
    firstTarget - the expected first target of the relation.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new or the existing relation.
  - setRelation
```
T setRelation(T override,
              Serializable value,
              T firstTarget,
              T... otherTargets)
```
    Returns a new or the existing relation on this type that satisfies the specified override, value, firstTarget and otherTargets.
    
    Parameters:
    
    override - a vertex reference from which the returned relation inherits.
    
    value - the expected value.
    
    firstTarget - the expected first target of the relation.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new or the existing relation.
  - setRelation
```
T setRelation(List<T> overrides,
              Serializable value,
              T firstTarget,
              T... otherTargets)
```
    Returns a new or the existing relation on this type that satisfies the specified overrides, value, firstTarget and otherTargets.
    
    Parameters:
    
    overrides - vertex references from which the returned relation inherits.
    
    value - the expected value.
    
    firstTarget - the expected first target of the relation.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new or the existing relation.
  - addLink
```
T addLink(T relation,
          Serializable value,
          T firstTarget,
          T... otherTargets)
```
    Returns a new link on this instance that satisfies the specified value, firstTarget and otherTargets.
    
    Parameters:
    
    relation - the relation of which the result link is instance.
    
    value - the expected value (can be null).
    
    firstTarget - the expected first target.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new link.
  - addLink
```
T addLink(T relation,
          T override,
          Serializable value,
          T firstTarget,
          T... otherTargets)
```
    Returns a new link on this instance that satisfies the specified override, value, firstTarget and otherTargets.
    
    Parameters:
    
    relation - the relation of which the result link is instance.
    
    override - a vertex reference from which the returned link shall inherit.
    
    value - the expected value (can be null).
    
    firstTarget - the expected first target.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new link.
  - addLink
```
T addLink(T relation,
          List<T> overrides,
          Serializable value,
          T firstTarget,
          T... otherTargets)
```
    Returns a new link on this instance that satisfies the specified overrides, value, firstTarget and otherTargets.
    
    Parameters:
    
    relation - the relation of which the result link is instance.
    
    overrides - vertex references from which the returned link shall inherit.
    
    value - the expected value (can be null).
    
    firstTarget - the expected first target.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new link.
  - setLink
```
T setLink(T relation,
          Serializable value,
          T firstTarget,
          T... otherTargets)
```
    Returns a new or the existing link on this type that satisfies the specified overrides, value, firstTarget and otherTargets.
    
    Parameters:
    
    relation - the relation of which the result link is instance.
    
    value - the expected value (can be null).
    
    firstTarget - the expected first target.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new or the existing link.
  - setLink
```
T setLink(T relation,
          T override,
          Serializable value,
          T firstTarget,
          T... otherTargets)
```
    Returns a new or the existing link on this type that satisfies the specified override, value, firstTarget and otherTargets.
    
    Parameters:
    
    relation - the relation of which the result link is instance.
    
    override - vertex reference from which the returned relation inherits.
    
    value - the expected value (can be null).
    
    firstTarget - the expected first target.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new or the existing link.
  - setLink
```
T setLink(T relation,
          List<T> overrides,
          Serializable value,
          T firstTarget,
          T... otherTargets)
```
    Returns a new or the existing link on this type that satisfies the specified overrides, value, firstTarget and otherTargets.
    
    Parameters:
    
    relation - the relation of which the result link is instance.
    
    overrides - vertex references from which the returned relation shall inherit.
    
    value - the expected value (can be null).
    
    firstTarget - the expected first target.
    
    otherTargets - the expected other targets references.
    
    Returns:
    
    a new or the existing link.
  - updateValue
```
T updateValue(Serializable newValue)
```
    Update this Generic with the specified newValue.
    
    Parameters:
    
    newValue - the new value of this Generic.
    
    Returns:
    
    the updated Generic.
  - updateSupers
```
T updateSupers(T... overrides)
```
    Update the supers of this Generic with the specified overrides.
    
    Parameters:
    
    overrides - the new overrides of this Generic.
    
    Returns:
    
    the updated Generic.
  - updateComponent
```
T updateComponent(T newTargetComponent,
                  int pos)
```
    Update a component of this Generic with the specified newTargetComponent.
    
    Parameters:
    
    newTargetComponent - the new target component of this Generic.
    
    pos - the position of the new target component in components
    
    Returns:
    
    the updated Generic.
  - updateComponents
```
T updateComponents(T... newComponents)
```
    Update the components of this Generic with the specified newComponents.
    
    Parameters:
    
    newComponents - the new components of this Generic.
    
    Returns:
    
    the updated Generic.
  - update
```
T update(List<T> overrides,
         Serializable newValue,
         T... newComponents)
```
    Update this Generic with the specified overrides, newValue and newComponents.
    
    Parameters:
    
    overrides - the new overrides of this Generic.
    
    newValue - the new value of this Generic.
    
    newComponents - the new components of this Generic.
    
    Returns:
    
    the updated Generic.
  - update
```
T update(T override,
         Serializable newValue,
         T... newComponents)
```
    Update this Generic with the specified override, newValue and newComponents.
    
    Parameters:
    
    override - the new override of this Generic.
    
    newValue - the new value of this Generic.
    
    newComponents - the new components of this Generic.
    
    Returns:
    
    the updated Generic.
  - update
```
T update(Serializable newValue,
         T... newComponents)
```
    Update this Generic with the specified newValue and newComponents.
    
    Parameters:
    
    newValue - the new value of this Generic.
    
    newComponents - the new components of this Generic.
    
    Returns:
    
    the updated Generic.
  - getBaseComponent
```
T getBaseComponent()
```
    Returns the component at the BASE position, that is to say the component at the position 0.
    
    Returns:
    
    the component at the BASE position.
  - getTargetComponent
```
T getTargetComponent()
```
    Returns the component at the TARGET position, that is to say the component at the position 1.
    
    Returns:
    
    the component at the TARGET position.
  - getTernaryComponent
```
T getTernaryComponent()
```
    Returns the component at the TERNARY position, that is to say the component at the position 2.
    
    Returns:
    
    the component at the TERNARY position.
  - getComponent
```
T getComponent(int pos)
```
    Returns the component at the specified position.
    
    Parameters:
    
    pos - the position of the component to be returned.
    
    Returns:
    
    the component at the specified position.
  - getKey
```
T getKey(Class<? extends IGeneric.SystemProperty> propertyClass,
         int pos)
```
    Returns the key for the property at the position
    
    Parameters:
    
    propertyClass - the Class of the property.
    
    pos - the position of the property
    
    Returns:
    
    the key for the property at the position
  - getCurrentCache
```
IContext<T> getCurrentCache()
```
    Returns the current cache.
    
    Returns:
    
    the current cache.

Interface IGeneric<T extends IGeneric<T>>

Nested Class Summary

Method Summary

Methods inherited from interface org.genericsystem.api.core.ISignature

Method Detail

isRoot

getRoot

isAlive

isSystem

coerceToTArray

addThisToTargets

addThisToTargets

getLevel

isMeta

isStructural

isConcrete

inheritsFrom

isInstanceOf

isSpecializationOf

getAttribute

getAttribute

getHolder

getRelation

getRelation

getLink

getHolder

getLink

isCompositeOf

getAttributes

getAttributes

getAttributes

getAttributes

getAttributes

getHolders

getHolders

getHolders

getHolders

getRelations

getRelations

getRelations

getRelations

getLinks

getLinks

getLinks

getLinks

getValue

getValues

getValues

getValue

getValues

getInstance

getInstance

getInstance

getInstance

getInstances

getInstances

getInstances

getInstances

getInstances

getSubInstance

getSubInstances

getSubInstance

getSubInstances

getSubInstances

getSubInstance

getSubInstances

getSubInstance

getSubInstances

getInheriting

getInheriting

getInheritings

getInheritings

getInheritings

getSubInheriting

getSubInheritings

getSubInheriting

getSubInheritings

getSubInheritings

getComposite

getComposites