Readonly__dummyThis reactor's dummy action.
Protected_activeIndicates whether this reactor is active (meaning it has reacted to a startup action), or not (in which case it either never started up or has reacted to a shutdown action).
Protected_dependencyThis graph has in it all the dependencies implied by this container's ports, reactions, and connections.
Protected_keyA symbol that identifies this component, and it also used to selectively grant access to its privileged functions.
Last known status of the port, either via a timed message, a port absent, or a TAG from the RTI.
ReadonlyshutdownThis reactor's shutdown action.
ReadonlystartupThis reactor's startup action.
Protected Optional ReadonlytpoProtectedutilCollection of utility functions for this reactor and its subclasses.
StaticpathProtected_connectConnect a source port to a downstream destination port. If a source is a regular port, then the type variable of the source has to be a subtype of the type variable of the destination. If the source is a caller port, then the destination has to be a callee port that is effectively a subtype of the caller port. Because functions have a contra-variant subtype relation, the arguments of the caller side must be a subtype of the callee's, and the return value of the callee's must be a subtype of the caller's.
Protected_connectProtected_connectRemove the given reactor and its connections from this container if the key matches.
Protected_disconnectProtected_getReturn a dependency graph consisting of only this reactor's own ports and the dependencies between them.
Protected_getProtected_getIf the given component is owned by this reactor, look up its key and return it. Otherwise, if a key has been provided, and it matches the key of this reactor, also look up the component's key and return it. Otherwise, if the component is owned by a reactor that is owned by this reactor, request the component's key from that reactor and return it. If the component is an action, this request is not honored because actions are never supposed to be accessed across levels of hierarchy.
The component to look up the key for.
Optionalkey: symbolThe key that verifies the containment relation between this reactor and the component, with at most one level of indirection.
Protected_getProtected_getProtected_getProtected_getRecursively collect the local dependency graph of each contained reactor and merge them all in one graph.
The recursion depth can be limited via the depth parameter. A depth of 0 will only return the local dependency graph of this reactor, a depth of 1 will merge the local graph only with this reactor's immediate children, etc. The default dept is -1, which will let this method recurse until it has reached a reactor with no children.
Some additional constraits are added to guarantee the following:
The depth of recursion.
Protected_getProtected_getProtected_initializeProtected_initializeConfirm whether or not this component is contained by the given reactor.
The presumptive container of this component.
Confirm whether or not this component is contained by the container of the given reactor.
The container presumptive container of the container of this component.
Report whether the given port is downstream of this reactor. If so, the given port can be connected to with an output port of this reactor.
Report whether this component has been registered with its container or not. In principle, all components should have a container, but at the time of their construction there is a brief period where they are not. This is the only moment that a component is allowed register with its container.
Report whether the given port is upstream of this reactor. If so, the given port can be connected to an input port of this reactor.
Protected_linkReceive the runtime object from the container of this reactor. Invoking this method in any user-written code will result in a runtime error.
The runtime object handed down from the container.
Add a component to this container.
A component that is created as part of this reactor invokes this method upon creation.
The component to register.
The component's key.
Protected_unplugProtected_unsetReport a timer to the app so that it gets unscheduled.
The timer to report to the app.
Protected_unsetProtectedaddRest...args: ArgList<T>Optionaldeadline: TimeValueRest...args: ArgList<T>ProtectedaddAdd a reaction to this reactor. Each newly added reaction will acquire a dependency either on the previously added reaction, or on the last added mutation (in case no reactions had been added prior to this one). A reaction is specified by a list of triggers, a list of arguments, a react function, an optional deadline, and an optional late function (which represents the reaction body of the deadline). All triggers a reaction needs access must be included in the arguments.
Rest...args: ArgList<T>Optionaldeadline: TimeValueRest...args: ArgList<T>Returns true if a given source port can be connected to the given destination port, false otherwise. Valid connections must: (1) adhere to the scoping rules and connectivity constraints of reactors; and (2) not introduce cycles.
The scoping rules of reactors can be summarized as follows:
Handle a timed message being received from the RTI. This function is for NetworkReceiver reactors.
The payload of the message.
ProtectednextProtectedprevRegister a federate port's action with the network receiver.
The federate port's action for registration.
ProtectedschedulableStatickeyStatickeyGiven a component and its container (the global object if the component
is an App), return the key of the entry that matches the component.
a component of which the object is assumed to be its container
the assumed container of the component
the key of the entry that matches the component
Statickey
A network receiver is a reactor handling a network input.