Recently, I have successfully connected srsUE to OAI eNB and Amarisoft MME.
Amarisoft MME is a commercial EPC for LTE. It’s homepage is http://www.amarisoft.com/.
OAI is an opensource SDR LTE project, in which the evolved node B (eNB), user equipment (UE) and evolved packet core (EPC) are being fully developed according to the 3GPP specification. Through our test, we find that the OAI eNB is trusty. However, the OAI EPC is hard to configure and the OAI UE is unstable to some extent. The source code and tutorials can be get from https://gitlab.eurecom.fr/oai/openairinterface5g
srsUE is an opensource SDR UE for LTE Release 8. The srsUE is very stable and trusty through our test. It’s homepage is http://www.softwareradiosystems. and you can get its source code from https://github.com/srsLTE/srsUE and http://github.com/srsLTE/srsLTE.
As a result, we select Amarisoft MME, OAI eNB and srsUE to develop our stable SDR LTE system. Finally, we have successfully connected srsUE to OAI eNB and Amarisoft MME.
The screenshot is as follows.
The screenshot of Amarisoft MME. As we can see, the srsUE is registered.
The screenshot of OAI eNB. As we can see, the uplink is stable.
The screenshot of srsUE. As we can see, the downlink is stable too.
The screenshot of Amarifot MME, OAI eNB and srsUE.


{% load static i18n %} {% load wagtailcore_tags %}
Use this document as a way to quick start any new project.


- C - Class in many_to_many_association_two
-
- C() - Constructor for class many_to_many_association_two.C
-
No argument constructor required by JPA.
- C(String) - Constructor for class many_to_many_association_two.C
-
Constructor using id.
- C - Class in one_many_to_many_association
-
- C() - Constructor for class one_many_to_many_association.C
-
No argument constructor required by JPA.
- C(String) - Constructor for class one_many_to_many_association.C
-
Constructor using id.
- C - Class in one_many_to_one_many_association
-
- C() - Constructor for class one_many_to_one_many_association.C
-
No argument constructor required by JPA.
- C(String) - Constructor for class one_many_to_one_many_association.C
-
Constructor using id.
- C.Attribute - Class in many_to_many_association_two
-
- C.Attribute - Class in one_many_to_many_association
-
- C.Attribute - Class in one_many_to_one_many_association
-
- c_R1_id - Static variable in class many_to_many_association_two.A.Attribute
-
- c_R1_id - Static variable in class many_to_many_association_two.B.Attribute
-
- c_R1_id - Static variable in class one_many_to_many_association.A.Attribute
-
- c_R1_id - Static variable in class one_many_to_many_association.B.Attribute
-
- c_R1_id - Static variable in class one_many_to_one_many_association.A.Attribute
-
- c_R1_id - Static variable in class one_many_to_one_many_association.B.Attribute
-
- cancelSignal(String) - Method in class bytes.A
-
- cancelSignal(Event<A>) - Method in class bytes.A
-
- cancelSignal(String) - Method in class many_to_many_association_two.A
-
- cancelSignal(Event<A>) - Method in class many_to_many_association_two.A
-
- cancelSignal(String) - Method in class many_to_many_association_two.B
-
- cancelSignal(Event<B>) - Method in class many_to_many_association_two.B
-
- cancelSignal(String) - Method in class many_to_many_association_two.C
-
- cancelSignal(Event<C>) - Method in class many_to_many_association_two.C
-
- cancelSignal(String) - Method in class many_to_many_association_two.D
-
- cancelSignal(Event<D>) - Method in class many_to_many_association_two.D
-
- cancelSignal(String) - Method in class one_many_to_many_association.A
-
- cancelSignal(Event<A>) - Method in class one_many_to_many_association.A
-
- cancelSignal(String) - Method in class one_many_to_many_association.B
-
- cancelSignal(Event<B>) - Method in class one_many_to_many_association.B
-
- cancelSignal(String) - Method in class one_many_to_many_association.C
-
- cancelSignal(Event<C>) - Method in class one_many_to_many_association.C
-
- cancelSignal(String) - Method in class one_many_to_one_many_association.A
-
- cancelSignal(Event<A>) - Method in class one_many_to_one_many_association.A
-
- cancelSignal(String) - Method in class one_many_to_one_many_association.B
-
- cancelSignal(Event<B>) - Method in class one_many_to_one_many_association.B
-
- cancelSignal(String) - Method in class one_many_to_one_many_association.C
-
- cancelSignal(Event<C>) - Method in class one_many_to_one_many_association.C
-
- cancelSignal(String) - Method in class two_transitions_to_same_state.A
-
- cancelSignal(Event<A>) - Method in class two_transitions_to_same_state.A
-
- cancelSignal(String) - Method in class unary_many_association.A
-
- cancelSignal(Event<A>) - Method in class unary_many_association.A
-
- cancelSignal(String) - Method in class unary_many_association.B
-
- cancelSignal(Event<B>) - Method in class unary_many_association.B
-
- cancelSignal(String) - Method in class unary_one_many.A
-
- cancelSignal(Event<A>) - Method in class unary_one_many.A
-
- cancelSignal(String) - Method in class zero_one_to_zero_one.A
-
- cancelSignal(Event<A>) - Method in class zero_one_to_zero_one.A
-
- cancelSignal(String) - Method in class zero_one_to_zero_one.B
-
- cancelSignal(Event<B>) - Method in class zero_one_to_zero_one.B
-
- close() - Static method in class bytes.Context
-
- close() - Static method in class many_to_many_association_two.Context
-
- close() - Static method in class one_many_to_many_association.Context
-
- close() - Static method in class one_many_to_one_many_association.Context
-
- close() - Static method in class two_transitions_to_same_state.Context
-
- close() - Static method in class unary_many_association.Context
-
- close() - Static method in class unary_one_many.Context
-
- close() - Static method in class zero_one_to_zero_one.Context
-
- contactFrequencyPerYear - Static variable in class unary_many_association.B.Attribute
-
- Context - Class in bytes
-
- Context() - Constructor for class bytes.Context
-
- Context - Class in many_to_many_association_two
-
- Context() - Constructor for class many_to_many_association_two.Context
-
- Context - Class in one_many_to_many_association
-
- Context() - Constructor for class one_many_to_many_association.Context
-
- Context - Class in one_many_to_one_many_association
-
- Context() - Constructor for class one_many_to_one_many_association.Context
-
- Context - Class in two_transitions_to_same_state
-
- Context() - Constructor for class two_transitions_to_same_state.Context
-
- Context - Class in unary_many_association
-
- Context() - Constructor for class unary_many_association.Context
-
- Context - Class in unary_one_many
-
- Context() - Constructor for class unary_one_many.Context
-
- Context - Class in zero_one_to_zero_one
-
- Context() - Constructor for class zero_one_to_zero_one.Context
-
- create(String) - Static method in class bytes.A
-
Static creator method using id.
- create(CreationEvent<A>) - Static method in class bytes.A
-
Static creator method using CreationEvent.
- create(Class<T>, CreationEvent<T>) - Static method in class bytes.Context
-
- create(String) - Static method in class many_to_many_association_two.A
-
Static creator method using id.
- create(CreationEvent<A>) - Static method in class many_to_many_association_two.A
-
Static creator method using CreationEvent.
- create(String) - Static method in class many_to_many_association_two.B
-
Static creator method using id.
- create(CreationEvent<B>) - Static method in class many_to_many_association_two.B
-
Static creator method using CreationEvent.
- create(String) - Static method in class many_to_many_association_two.C
-
Static creator method using id.
- create(CreationEvent<C>) - Static method in class many_to_many_association_two.C
-
Static creator method using CreationEvent.
- create(Class<T>, CreationEvent<T>) - Static method in class many_to_many_association_two.Context
-
- create(String) - Static method in class many_to_many_association_two.D
-
Static creator method using id.
- create(CreationEvent<D>) - Static method in class many_to_many_association_two.D
-
Static creator method using CreationEvent.
- create(String) - Static method in class one_many_to_many_association.A
-
Static creator method using id.
- create(CreationEvent<A>) - Static method in class one_many_to_many_association.A
-
Static creator method using CreationEvent.
- create(String) - Static method in class one_many_to_many_association.B
-
Static creator method using id.
- create(CreationEvent<B>) - Static method in class one_many_to_many_association.B
-
Static creator method using CreationEvent.
- create(String) - Static method in class one_many_to_many_association.C
-
Static creator method using id.
- create(CreationEvent<C>) - Static method in class one_many_to_many_association.C
-
Static creator method using CreationEvent.
- create(Class<T>, CreationEvent<T>) - Static method in class one_many_to_many_association.Context
-
- create(String) - Static method in class one_many_to_one_many_association.A
-
Static creator method using id.
- create(CreationEvent<A>) - Static method in class one_many_to_one_many_association.A
-
Static creator method using CreationEvent.
- create(String) - Static method in class one_many_to_one_many_association.B
-
Static creator method using id.
- create(CreationEvent<B>) - Static method in class one_many_to_one_many_association.B
-
Static creator method using CreationEvent.
- create(String) - Static method in class one_many_to_one_many_association.C
-
Static creator method using id.
- create(CreationEvent<C>) - Static method in class one_many_to_one_many_association.C
-
Static creator method using CreationEvent.
- create(Class<T>, CreationEvent<T>) - Static method in class one_many_to_one_many_association.Context
-
- create(A) - Method in interface two_transitions_to_same_state.A.BehaviourFactory
-
- create(Integer) - Static method in class two_transitions_to_same_state.A
-
Static creator method using id.
- create(CreationEvent<A>) - Static method in class two_transitions_to_same_state.A
-
Static creator method using CreationEvent.
- create(EntityManager, CreationEvent<A>) - Static method in class two_transitions_to_same_state.A
-
Static creator method associated with the creation transition to 'Created' via event 'Create'.
- Create() - Constructor for class two_transitions_to_same_state.A.Events.Create
-
Constructor.
- create(Class<T>, CreationEvent<T>) - Static method in class two_transitions_to_same_state.Context
-
- create(A.AId) - Static method in class unary_many_association.A
-
Static creator method using id.
- create(CreationEvent<A>) - Static method in class unary_many_association.A
-
Static creator method using CreationEvent.
- create(Integer) - Static method in class unary_many_association.B
-
Static creator method using id.
- create(CreationEvent<B>) - Static method in class unary_many_association.B
-
Static creator method using CreationEvent.
- create(Class<T>, CreationEvent<T>) - Static method in class unary_many_association.Context
-
- create(A.AId) - Static method in class unary_one_many.A
-
Static creator method using id.
- create(CreationEvent<A>) - Static method in class unary_one_many.A
-
Static creator method using CreationEvent.
- create(Class<T>, CreationEvent<T>) - Static method in class unary_one_many.Context
-
- create(A.AId) - Static method in class zero_one_to_zero_one.A
-
Static creator method using id.
- create(CreationEvent<A>) - Static method in class zero_one_to_zero_one.A
-
Static creator method using CreationEvent.
- create(B.BId) - Static method in class zero_one_to_zero_one.B
-
Static creator method using id.
- create(CreationEvent<B>) - Static method in class zero_one_to_zero_one.B
-
Static creator method using CreationEvent.
- create(Class<T>, CreationEvent<T>) - Static method in class zero_one_to_zero_one.Context
-
- createBehaviourFactory(Class<? extends A.Behaviour>) - Static method in class two_transitions_to_same_state.A
-
Returns a BehaviourFactory on the assumption that the given class
has a single constructor with one parameter of type A.
- createEntityManager() - Static method in class bytes.Context
-
- createEntityManager() - Static method in class many_to_many_association_two.Context
-
- createEntityManager() - Static method in class one_many_to_many_association.Context
-
- createEntityManager() - Static method in class one_many_to_one_many_association.Context
-
- createEntityManager() - Static method in class two_transitions_to_same_state.Context
-
- createEntityManager() - Static method in class unary_many_association.Context
-
- createEntityManager() - Static method in class unary_one_many.Context
-
- createEntityManager() - Static method in class zero_one_to_zero_one.Context
-
- em() - Static method in class bytes.Context
-
- em() - Static method in class many_to_many_association_two.Context
-
- em() - Static method in class one_many_to_many_association.Context
-
- em() - Static method in class one_many_to_one_many_association.Context
-
- em() - Static method in class two_transitions_to_same_state.Context
-
- em() - Static method in class unary_many_association.Context
-
- em() - Static method in class unary_one_many.Context
-
- em() - Static method in class zero_one_to_zero_one.Context
-
- equals(Object) - Method in class unary_many_association.A.AId
-
- equals(Object) - Method in class unary_one_many.A.AId
-
- equals(Object) - Method in class zero_one_to_zero_one.A.AId
-
- equals(Object) - Method in class zero_one_to_zero_one.B.BId
-
- event(Event<A>) - Method in class bytes.A
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<A>) - Method in class many_to_many_association_two.A
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<B>) - Method in class many_to_many_association_two.B
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<C>) - Method in class many_to_many_association_two.C
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<D>) - Method in class many_to_many_association_two.D
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<A>) - Method in class one_many_to_many_association.A
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<B>) - Method in class one_many_to_many_association.B
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<C>) - Method in class one_many_to_many_association.C
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<A>) - Method in class one_many_to_one_many_association.A
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<B>) - Method in class one_many_to_one_many_association.B
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<C>) - Method in class one_many_to_one_many_association.C
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<A>) - Method in class two_transitions_to_same_state.A
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<A>) - Method in class unary_many_association.A
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<B>) - Method in class unary_many_association.B
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<A>) - Method in class unary_one_many.A
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<A>) - Method in class zero_one_to_zero_one.A
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- event(Event<B>) - Method in class zero_one_to_zero_one.B
-
Synchronously runs the on entry procedure associated
with this event and also any signals to self that are
made during the procedure.
- Events() - Constructor for class two_transitions_to_same_state.A.Events
-
- getA_R1() - Method in class many_to_many_association_two.B
-
Getter.
- getA_R1() - Method in class many_to_many_association_two.C
-
Getter.
- getA_R1() - Method in class one_many_to_many_association.B
-
Getter.
- getA_R1() - Method in class one_many_to_many_association.C
-
Getter.
- getA_R1() - Method in class one_many_to_one_many_association.B
-
Getter.
- getA_R1() - Method in class one_many_to_one_many_association.C
-
Getter.
- getA_R1() - Method in class zero_one_to_zero_one.B
-
Getter.
- getA_R2() - Method in class many_to_many_association_two.B
-
Getter.
- getA_R2() - Method in class many_to_many_association_two.D
-
Getter.
- getAOne() - Method in class unary_many_association.A.AId
-
Returns the value of the attribute 'A one'
- getAOne() - Method in class unary_one_many.A.AId
-
Returns the value of the attribute 'A one'
- getAOne() - Method in class zero_one_to_zero_one.A.AId
-
Returns the value of the attribute 'A one'
- getATwo() - Method in class bytes.A
-
Returns aTwo.
- getATwo() - Method in class unary_many_association.A.AId
-
Returns the value of the attribute 'A two'
- getATwo() - Method in class unary_one_many.A.AId
-
Returns the value of the attribute 'A two'
- getATwo() - Method in class zero_one_to_zero_one.A.AId
-
Returns the value of the attribute 'A two'
- getB_R1() - Method in class many_to_many_association_two.A
-
Getter.
- getB_R1() - Method in class many_to_many_association_two.C
-
Getter.
- getB_R1() - Method in class one_many_to_many_association.A
-
Getter.
- getB_R1() - Method in class one_many_to_many_association.C
-
Getter.
- getB_R1() - Method in class one_many_to_one_many_association.A
-
Getter.
- getB_R1() - Method in class one_many_to_one_many_association.C
-
Getter.
- getB_R1() - Method in class zero_one_to_zero_one.A
-
Getter.
- getB_R2() - Method in class many_to_many_association_two.A
-
Getter.
- getB_R2() - Method in class many_to_many_association_two.D
-
Getter.
- getBehaviourFactory() - Static method in class two_transitions_to_same_state.A
-
Returns the singleton BehaviourFactory for this.
- getBOne() - Method in class zero_one_to_zero_one.B.BId
-
Returns the value of the attribute 'B one'
- getBTwo() - Method in class zero_one_to_zero_one.B.BId
-
Returns the value of the attribute 'B two'
- getC_R1() - Method in class many_to_many_association_two.A
-
Getter.
- getC_R1() - Method in class many_to_many_association_two.B
-
Getter.
- getC_R1() - Method in class one_many_to_many_association.A
-
Getter.
- getC_R1() - Method in class one_many_to_many_association.B
-
Getter.
- getC_R1() - Method in class one_many_to_one_many_association.A
-
Getter.
- getC_R1() - Method in class one_many_to_one_many_association.B
-
Getter.
- getContactFrequencyPerYear() - Method in class unary_many_association.B
-
Returns contactFrequencyPerYear.
- getD_R2() - Method in class many_to_many_association_two.A
-
Getter.
- getD_R2() - Method in class many_to_many_association_two.B
-
Getter.
- getDescription() - Method in class many_to_many_association_two.C
-
Returns description.
- getDescription() - Method in class many_to_many_association_two.D
-
Returns description.
- getDescription() - Method in class one_many_to_many_association.C
-
Returns description.
- getDescription() - Method in class one_many_to_one_many_association.C
-
Returns description.
- getHasChildren_R1() - Method in class unary_many_association.A
-
Getter.
- getHasChildren_R1() - Method in class unary_one_many.A
-
Getter.
- getHasChildrenInverse_R1() - Method in class unary_many_association.A
-
Getter.
- getHasChildrenInverse_R1() - Method in class unary_one_many.A
-
Getter.
- getId() - Method in class bytes.A
-
Returns the identifier for this entity.
- getId() - Method in class many_to_many_association_two.A
-
Returns the identifier for this entity.
- getId() - Method in class many_to_many_association_two.B
-
Returns the identifier for this entity.
- getId() - Method in class many_to_many_association_two.C
-
Returns the identifier for this entity.
- getId() - Method in class many_to_many_association_two.D
-
Returns the identifier for this entity.
- getId() - Method in class one_many_to_many_association.A
-
Returns the identifier for this entity.
- getId() - Method in class one_many_to_many_association.B
-
Returns the identifier for this entity.
- getId() - Method in class one_many_to_many_association.C
-
Returns the identifier for this entity.
- getId() - Method in class one_many_to_one_many_association.A
-
Returns the identifier for this entity.
- getId() - Method in class one_many_to_one_many_association.B
-
Returns the identifier for this entity.
- getId() - Method in class one_many_to_one_many_association.C
-
Returns the identifier for this entity.
- getId() - Method in class two_transitions_to_same_state.A
-
Returns the identifier for this entity.
- getId() - Method in class unary_many_association.A
-
Returns the identifier for this entity.
- getId() - Method in class unary_many_association.B
-
Returns the identifier for this entity.
- getId() - Method in class unary_one_many.A
-
Returns the identifier for this entity.
- getId() - Method in class zero_one_to_zero_one.A
-
Returns the identifier for this entity.
- getId() - Method in class zero_one_to_zero_one.B
-
Returns the identifier for this entity.
- getState() - Method in class two_transitions_to_same_state.A
-
For internal use only by the state machine but is persisted by the jpa provider.
- load(EntityManager) - Method in class bytes.A
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class bytes.A
-
- load(T) - Static method in class bytes.Context
-
- load(EntityManager) - Method in class many_to_many_association_two.A
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class many_to_many_association_two.A
-
- load(EntityManager) - Method in class many_to_many_association_two.B
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class many_to_many_association_two.B
-
- load(EntityManager) - Method in class many_to_many_association_two.C
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class many_to_many_association_two.C
-
- load(T) - Static method in class many_to_many_association_two.Context
-
- load(EntityManager) - Method in class many_to_many_association_two.D
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class many_to_many_association_two.D
-
- load(EntityManager) - Method in class one_many_to_many_association.A
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class one_many_to_many_association.A
-
- load(EntityManager) - Method in class one_many_to_many_association.B
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class one_many_to_many_association.B
-
- load(EntityManager) - Method in class one_many_to_many_association.C
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class one_many_to_many_association.C
-
- load(T) - Static method in class one_many_to_many_association.Context
-
- load(EntityManager) - Method in class one_many_to_one_many_association.A
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class one_many_to_one_many_association.A
-
- load(EntityManager) - Method in class one_many_to_one_many_association.B
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class one_many_to_one_many_association.B
-
- load(EntityManager) - Method in class one_many_to_one_many_association.C
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class one_many_to_one_many_association.C
-
- load(T) - Static method in class one_many_to_one_many_association.Context
-
- load(EntityManager) - Method in class two_transitions_to_same_state.A
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class two_transitions_to_same_state.A
-
- load(T) - Static method in class two_transitions_to_same_state.Context
-
- load(EntityManager) - Method in class unary_many_association.A
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class unary_many_association.A
-
- load(EntityManager) - Method in class unary_many_association.B
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class unary_many_association.B
-
- load(T) - Static method in class unary_many_association.Context
-
- load(EntityManager) - Method in class unary_one_many.A
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class unary_one_many.A
-
- load(T) - Static method in class unary_one_many.Context
-
- load(EntityManager) - Method in class zero_one_to_zero_one.A
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class zero_one_to_zero_one.A
-
- load(EntityManager) - Method in class zero_one_to_zero_one.B
-
Does a merge then a refresh and returns a new updated merged instance.
- load() - Method in class zero_one_to_zero_one.B
-
- load(T) - Static method in class zero_one_to_zero_one.Context
-
- persist(EntityManager) - Method in class bytes.A
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class bytes.A
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class many_to_many_association_two.A
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class many_to_many_association_two.A
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class many_to_many_association_two.B
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class many_to_many_association_two.B
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class many_to_many_association_two.C
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class many_to_many_association_two.C
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class many_to_many_association_two.D
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class many_to_many_association_two.D
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class one_many_to_many_association.A
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class one_many_to_many_association.A
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class one_many_to_many_association.B
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class one_many_to_many_association.B
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class one_many_to_many_association.C
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class one_many_to_many_association.C
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class one_many_to_one_many_association.A
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class one_many_to_one_many_association.A
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class one_many_to_one_many_association.B
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class one_many_to_one_many_association.B
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class one_many_to_one_many_association.C
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class one_many_to_one_many_association.C
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class two_transitions_to_same_state.A
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class two_transitions_to_same_state.A
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class unary_many_association.A
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class unary_many_association.A
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class unary_many_association.B
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class unary_many_association.B
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class unary_one_many.A
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class unary_one_many.A
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class zero_one_to_zero_one.A
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class zero_one_to_zero_one.A
-
Same as persist(Context.em())
.
- persist(EntityManager) - Method in class zero_one_to_zero_one.B
-
Same as EntityManager.persist() except allows method chaining.
- persist() - Method in class zero_one_to_zero_one.B
-
Same as persist(Context.em())
.
- persistSignal(String, Object, Class<T>, Event<T>, long, Optional<Long>, String) - Static method in class bytes.Context
-
- persistSignal(String, Object, Class<T>, Event<T>, long, Optional<Long>, String) - Static method in class many_to_many_association_two.Context
-
- persistSignal(String, Object, Class<T>, Event<T>, long, Optional<Long>, String) - Static method in class one_many_to_many_association.Context
-
- persistSignal(String, Object, Class<T>, Event<T>, long, Optional<Long>, String) - Static method in class one_many_to_one_many_association.Context
-
- persistSignal(String, Object, Class<T>, Event<T>, long, Optional<Long>, String) - Static method in class two_transitions_to_same_state.Context
-
- persistSignal(String, Object, Class<T>, Event<T>, long, Optional<Long>, String) - Static method in class unary_many_association.Context
-
- persistSignal(String, Object, Class<T>, Event<T>, long, Optional<Long>, String) - Static method in class unary_one_many.Context
-
- persistSignal(String, Object, Class<T>, Event<T>, long, Optional<Long>, String) - Static method in class zero_one_to_zero_one.Context
-
- refresh(EntityManager) - Method in class bytes.A
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class many_to_many_association_two.A
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class many_to_many_association_two.B
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class many_to_many_association_two.C
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class many_to_many_association_two.D
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class one_many_to_many_association.A
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class one_many_to_many_association.B
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class one_many_to_many_association.C
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class one_many_to_one_many_association.A
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class one_many_to_one_many_association.B
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class one_many_to_one_many_association.C
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class two_transitions_to_same_state.A
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class unary_many_association.A
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class unary_many_association.B
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class unary_one_many.A
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class zero_one_to_zero_one.A
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- refresh(EntityManager) - Method in class zero_one_to_zero_one.B
-
Same as EntityManager.refresh() except inverted to facilitate method chaining.
- relateAcrossR1(B) - Method in class many_to_many_association_two.A
-
MANY A characterizes MANY B
- relateAcrossR1(C) - Method in class many_to_many_association_two.A
-
ONE A characterizes MANY C
- relateAcrossR1(A) - Method in class many_to_many_association_two.B
-
MANY B is characterized by MANY A
- relateAcrossR1(C) - Method in class many_to_many_association_two.B
-
ONE B is characterized by MANY C
- relateAcrossR1(B) - Method in class many_to_many_association_two.C
-
MANY C is characterized by ONE B
- relateAcrossR1(A) - Method in class many_to_many_association_two.C
-
MANY C characterizes ONE A
- relateAcrossR1(B) - Method in class one_many_to_many_association.A
-
ONE_MANY A characterizes MANY B
- relateAcrossR1(C) - Method in class one_many_to_many_association.A
-
ONE A characterizes MANY C
- relateAcrossR1(A) - Method in class one_many_to_many_association.B
-
MANY B is characterized by ONE_MANY A
- relateAcrossR1(C) - Method in class one_many_to_many_association.B
-
ONE B is characterized by ONE_MANY C
- relateAcrossR1(B) - Method in class one_many_to_many_association.C
-
ONE_MANY C is characterized by ONE B
- relateAcrossR1(A) - Method in class one_many_to_many_association.C
-
MANY C characterizes ONE A
- relateAcrossR1(B) - Method in class one_many_to_one_many_association.A
-
ONE_MANY A characterizes ONE_MANY B
- relateAcrossR1(C) - Method in class one_many_to_one_many_association.A
-
ONE A characterizes ONE_MANY C
- relateAcrossR1(A) - Method in class one_many_to_one_many_association.B
-
ONE_MANY B is characterized by ONE_MANY A
- relateAcrossR1(C) - Method in class one_many_to_one_many_association.B
-
ONE B is characterized by ONE_MANY C
- relateAcrossR1(B) - Method in class one_many_to_one_many_association.C
-
ONE_MANY C is characterized by ONE B
- relateAcrossR1(A) - Method in class one_many_to_one_many_association.C
-
ONE_MANY C characterizes ONE A
- relateAcrossR1(B) - Method in class zero_one_to_zero_one.A
-
ZERO_ONE A characterizes ZERO_ONE B
- relateAcrossR1(A) - Method in class zero_one_to_zero_one.B
-
ZERO_ONE B is characterized by ZERO_ONE A
- relateAcrossR2(B) - Method in class many_to_many_association_two.A
-
MANY A characterizes MANY B
- relateAcrossR2(D) - Method in class many_to_many_association_two.A
-
ONE A characterizes MANY D
- relateAcrossR2(A) - Method in class many_to_many_association_two.B
-
MANY B is characterized by MANY A
- relateAcrossR2(D) - Method in class many_to_many_association_two.B
-
ONE B is characterized by MANY D
- relateAcrossR2(B) - Method in class many_to_many_association_two.D
-
MANY D is characterized by ONE B
- relateAcrossR2(A) - Method in class many_to_many_association_two.D
-
MANY D characterizes ONE A
- remove(EntityManager) - Method in class bytes.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class bytes.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(T) - Static method in class bytes.Context
-
- remove(EntityManager) - Method in class many_to_many_association_two.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class many_to_many_association_two.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class many_to_many_association_two.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class many_to_many_association_two.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class many_to_many_association_two.C
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class many_to_many_association_two.C
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(T) - Static method in class many_to_many_association_two.Context
-
- remove(EntityManager) - Method in class many_to_many_association_two.D
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class many_to_many_association_two.D
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class one_many_to_many_association.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class one_many_to_many_association.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class one_many_to_many_association.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class one_many_to_many_association.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class one_many_to_many_association.C
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class one_many_to_many_association.C
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(T) - Static method in class one_many_to_many_association.Context
-
- remove(EntityManager) - Method in class one_many_to_one_many_association.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class one_many_to_one_many_association.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class one_many_to_one_many_association.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class one_many_to_one_many_association.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class one_many_to_one_many_association.C
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class one_many_to_one_many_association.C
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(T) - Static method in class one_many_to_one_many_association.Context
-
- remove(EntityManager) - Method in class two_transitions_to_same_state.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class two_transitions_to_same_state.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(T) - Static method in class two_transitions_to_same_state.Context
-
- remove(EntityManager) - Method in class unary_many_association.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class unary_many_association.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class unary_many_association.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class unary_many_association.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(T) - Static method in class unary_many_association.Context
-
- remove(EntityManager) - Method in class unary_one_many.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class unary_one_many.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(T) - Static method in class unary_one_many.Context
-
- remove(EntityManager) - Method in class zero_one_to_zero_one.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class zero_one_to_zero_one.A
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(EntityManager) - Method in class zero_one_to_zero_one.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove() - Method in class zero_one_to_zero_one.B
-
Same as EntityManager.remove() except inverted to facilitate method chaining.
- remove(T) - Static method in class zero_one_to_zero_one.Context
-
- select(BooleanExpression<A>) - Static method in class bytes.A
-
- select() - Static method in class bytes.A
-
- select(BooleanExpression<A>) - Static method in class many_to_many_association_two.A
-
- select() - Static method in class many_to_many_association_two.A
-
- select(BooleanExpression<B>) - Static method in class many_to_many_association_two.B
-
- select() - Static method in class many_to_many_association_two.B
-
- select(BooleanExpression<C>) - Static method in class many_to_many_association_two.C
-
- select() - Static method in class many_to_many_association_two.C
-
- select(BooleanExpression<D>) - Static method in class many_to_many_association_two.D
-
- select() - Static method in class many_to_many_association_two.D
-
- select(BooleanExpression<A>) - Static method in class one_many_to_many_association.A
-
- select() - Static method in class one_many_to_many_association.A
-
- select(BooleanExpression<B>) - Static method in class one_many_to_many_association.B
-
- select() - Static method in class one_many_to_many_association.B
-
- select(BooleanExpression<C>) - Static method in class one_many_to_many_association.C
-
- select() - Static method in class one_many_to_many_association.C
-
- select(BooleanExpression<A>) - Static method in class one_many_to_one_many_association.A
-
- select() - Static method in class one_many_to_one_many_association.A
-
- select(BooleanExpression<B>) - Static method in class one_many_to_one_many_association.B
-
- select() - Static method in class one_many_to_one_many_association.B
-
- select(BooleanExpression<C>) - Static method in class one_many_to_one_many_association.C
-
- select() - Static method in class one_many_to_one_many_association.C
-
- select(BooleanExpression<A>) - Static method in class two_transitions_to_same_state.A
-
- select() - Static method in class two_transitions_to_same_state.A
-
- select(BooleanExpression<A>) - Static method in class unary_many_association.A
-
- select() - Static method in class unary_many_association.A
-
- select(BooleanExpression<B>) - Static method in class unary_many_association.B
-
- select() - Static method in class unary_many_association.B
-
- select(BooleanExpression<A>) - Static method in class unary_one_many.A
-
- select() - Static method in class unary_one_many.A
-
- select(BooleanExpression<A>) - Static method in class zero_one_to_zero_one.A
-
- select() - Static method in class zero_one_to_zero_one.A
-
- select(BooleanExpression<B>) - Static method in class zero_one_to_zero_one.B
-
- select() - Static method in class zero_one_to_zero_one.B
-
- sendSignalsInQueue() - Static method in class bytes.Context
-
- sendSignalsInQueue() - Static method in class many_to_many_association_two.Context
-
- sendSignalsInQueue() - Static method in class one_many_to_many_association.Context
-
- sendSignalsInQueue() - Static method in class one_many_to_one_many_association.Context
-
- sendSignalsInQueue() - Static method in class two_transitions_to_same_state.Context
-
- sendSignalsInQueue() - Static method in class unary_many_association.Context
-
- sendSignalsInQueue() - Static method in class unary_one_many.Context
-
- sendSignalsInQueue() - Static method in class zero_one_to_zero_one.Context
-
- setA_R1(Set<A>) - Method in class many_to_many_association_two.B
-
Setter.
- setA_R1(A) - Method in class many_to_many_association_two.C
-
Setter.
- setA_R1(Set<A>) - Method in class one_many_to_many_association.B
-
Setter.
- setA_R1(A) - Method in class one_many_to_many_association.C
-
Setter.
- setA_R1(Set<A>) - Method in class one_many_to_one_many_association.B
-
Setter.
- setA_R1(A) - Method in class one_many_to_one_many_association.C
-
Setter.
- setA_R1(A) - Method in class zero_one_to_zero_one.B
-
Setter.
- setA_R2(Set<A>) - Method in class many_to_many_association_two.B
-
Setter.
- setA_R2(A) - Method in class many_to_many_association_two.D
-
Setter.
- setAOne(String) - Method in class unary_many_association.A.AId
-
Sets the value of attribute 'A one'
- setAOne(String) - Method in class unary_one_many.A.AId
-
Sets the value of attribute 'A one'
- setAOne(String) - Method in class zero_one_to_zero_one.A.AId
-
Sets the value of attribute 'A one'
- setATwo(byte[]) - Method in class bytes.A
-
Sets aTwo to the given value.
- setATwo(String) - Method in class unary_many_association.A.AId
-
Sets the value of attribute 'A two'
- setATwo(String) - Method in class unary_one_many.A.AId
-
Sets the value of attribute 'A two'
- setATwo(String) - Method in class zero_one_to_zero_one.A.AId
-
Sets the value of attribute 'A two'
- setATwo_(byte[]) - Method in class bytes.A
-
Sets the attribute to the given value and returns this
(enables method chaining).
- setB_R1(Set<B>) - Method in class many_to_many_association_two.A
-
Setter.
- setB_R1(B) - Method in class many_to_many_association_two.C
-
Setter.
- setB_R1(Set<B>) - Method in class one_many_to_many_association.A
-
Setter.
- setB_R1(B) - Method in class one_many_to_many_association.C
-
Setter.
- setB_R1(Set<B>) - Method in class one_many_to_one_many_association.A
-
Setter.
- setB_R1(B) - Method in class one_many_to_one_many_association.C
-
Setter.
- setB_R1(B) - Method in class zero_one_to_zero_one.A
-
Setter.
- setB_R2(Set<B>) - Method in class many_to_many_association_two.A
-
Setter.
- setB_R2(B) - Method in class many_to_many_association_two.D
-
Setter.
- setBehaviourFactory(A.BehaviourFactory) - Static method in class two_transitions_to_same_state.A
-
Sets the BehaviourFactory for all instances of
this class.
- setBehaviourFactory(Class<? extends A.Behaviour>) - Static method in class two_transitions_to_same_state.A
-
Sets the BehaviourFactory for all instances of
this class using the given Behaviour class as the base.
- setBOne(String) - Method in class zero_one_to_zero_one.B.BId
-
Sets the value of attribute 'B one'
- setBTwo(String) - Method in class zero_one_to_zero_one.B.BId
-
Sets the value of attribute 'B two'
- setC_R1(Set<C>) - Method in class many_to_many_association_two.A
-
Setter.
- setC_R1(Set<C>) - Method in class many_to_many_association_two.B
-
Setter.
- setC_R1(Set<C>) - Method in class one_many_to_many_association.A
-
Setter.
- setC_R1(Set<C>) - Method in class one_many_to_many_association.B
-
Setter.
- setC_R1(Set<C>) - Method in class one_many_to_one_many_association.A
-
Setter.
- setC_R1(Set<C>) - Method in class one_many_to_one_many_association.B
-
Setter.
- setContactFrequencyPerYear(Double) - Method in class unary_many_association.B
-
Sets contactFrequencyPerYear to the given value.
- setContactFrequencyPerYear_(Double) - Method in class unary_many_association.B
-
Sets the attribute to the given value and returns this
(enables method chaining).
- setD_R2(Set<D>) - Method in class many_to_many_association_two.A
-
Setter.
- setD_R2(Set<D>) - Method in class many_to_many_association_two.B
-
Setter.
- setDescription(String) - Method in class many_to_many_association_two.C
-
Sets description to the given value.
- setDescription(String) - Method in class many_to_many_association_two.D
-
Sets description to the given value.
- setDescription(String) - Method in class one_many_to_many_association.C
-
Sets description to the given value.
- setDescription(String) - Method in class one_many_to_one_many_association.C
-
Sets description to the given value.
- setDescription_(String) - Method in class many_to_many_association_two.C
-
Sets the attribute to the given value and returns this
(enables method chaining).
- setDescription_(String) - Method in class many_to_many_association_two.D
-
Sets the attribute to the given value and returns this
(enables method chaining).
- setDescription_(String) - Method in class one_many_to_many_association.C
-
Sets the attribute to the given value and returns this
(enables method chaining).
- setDescription_(String) - Method in class one_many_to_one_many_association.C
-
Sets the attribute to the given value and returns this
(enables method chaining).
- setEntityActorListenerFactory(SignalProcessorListenerFactory) - Static method in class bytes.Context
-
- setEntityActorListenerFactory(SignalProcessorListenerFactory) - Static method in class many_to_many_association_two.Context
-
- setEntityActorListenerFactory(SignalProcessorListenerFactory) - Static method in class one_many_to_many_association.Context
-
- setEntityActorListenerFactory(SignalProcessorListenerFactory) - Static method in class one_many_to_one_many_association.Context
-
- setEntityActorListenerFactory(SignalProcessorListenerFactory) - Static method in class two_transitions_to_same_state.Context
-
- setEntityActorListenerFactory(SignalProcessorListenerFactory) - Static method in class unary_many_association.Context
-
- setEntityActorListenerFactory(SignalProcessorListenerFactory) - Static method in class unary_one_many.Context
-
- setEntityActorListenerFactory(SignalProcessorListenerFactory) - Static method in class zero_one_to_zero_one.Context
-
- setEntityManagerFactory(EntityManagerFactory, String) - Static method in class bytes.Context
-
- setEntityManagerFactory(EntityManagerFactory, int) - Static method in class bytes.Context
-
- setEntityManagerFactory(EntityManagerFactory, String) - Static method in class many_to_many_association_two.Context
-
- setEntityManagerFactory(EntityManagerFactory, int) - Static method in class many_to_many_association_two.Context
-
- setEntityManagerFactory(EntityManagerFactory, String) - Static method in class one_many_to_many_association.Context
-
- setEntityManagerFactory(EntityManagerFactory, int) - Static method in class one_many_to_many_association.Context
-
- setEntityManagerFactory(EntityManagerFactory, String) - Static method in class one_many_to_one_many_association.Context
-
- setEntityManagerFactory(EntityManagerFactory, int) - Static method in class one_many_to_one_many_association.Context
-
- setEntityManagerFactory(EntityManagerFactory, String) - Static method in class two_transitions_to_same_state.Context
-
- setEntityManagerFactory(EntityManagerFactory, int) - Static method in class two_transitions_to_same_state.Context
-
- setEntityManagerFactory(EntityManagerFactory, String) - Static method in class unary_many_association.Context
-
- setEntityManagerFactory(EntityManagerFactory, int) - Static method in class unary_many_association.Context
-
- setEntityManagerFactory(EntityManagerFactory, String) - Static method in class unary_one_many.Context
-
- setEntityManagerFactory(EntityManagerFactory, int) - Static method in class unary_one_many.Context
-
- setEntityManagerFactory(EntityManagerFactory, String) - Static method in class zero_one_to_zero_one.Context
-
- setEntityManagerFactory(EntityManagerFactory, int) - Static method in class zero_one_to_zero_one.Context
-
- setHasChildren_R1(Set<A>) - Method in class unary_many_association.A
-
Setter.
- setHasChildren_R1(Set<A>) - Method in class unary_one_many.A
-
Setter.
- setHasChildrenInverse_R1(A) - Method in class unary_many_association.A
-
Setter.
- setHasChildrenInverse_R1(A) - Method in class unary_one_many.A
-
Setter.
- setId(String) - Method in class bytes.A
-
- setId(String) - Method in class many_to_many_association_two.A
-
- setId(String) - Method in class many_to_many_association_two.B
-
- setId(String) - Method in class many_to_many_association_two.C
-
- setId(String) - Method in class many_to_many_association_two.D
-
- setId(String) - Method in class one_many_to_many_association.A
-
- setId(String) - Method in class one_many_to_many_association.B
-
- setId(String) - Method in class one_many_to_many_association.C
-
- setId(String) - Method in class one_many_to_one_many_association.A
-
- setId(String) - Method in class one_many_to_one_many_association.B
-
- setId(String) - Method in class one_many_to_one_many_association.C
-
- setId(Integer) - Method in class two_transitions_to_same_state.A
-
- setId(A.AId) - Method in class unary_many_association.A
-
- setId(Integer) - Method in class unary_many_association.B
-
- setId(A.AId) - Method in class unary_one_many.A
-
- setId(A.AId) - Method in class zero_one_to_zero_one.A
-
- setId(B.BId) - Method in class zero_one_to_zero_one.B
-
- setId_(String) - Method in class bytes.A
-
- setId_(String) - Method in class many_to_many_association_two.A
-
- setId_(String) - Method in class many_to_many_association_two.B
-
- setId_(String) - Method in class many_to_many_association_two.C
-
- setId_(String) - Method in class many_to_many_association_two.D
-
- setId_(String) - Method in class one_many_to_many_association.A
-
- setId_(String) - Method in class one_many_to_many_association.B
-
- setId_(String) - Method in class one_many_to_many_association.C
-
- setId_(String) - Method in class one_many_to_one_many_association.A
-
- setId_(String) - Method in class one_many_to_one_many_association.B
-
- setId_(String) - Method in class one_many_to_one_many_association.C
-
- setId_(Integer) - Method in class two_transitions_to_same_state.A
-
- setId_(A.AId) - Method in class unary_many_association.A
-
- setId_(Integer) - Method in class unary_many_association.B
-
- setId_(A.AId) - Method in class unary_one_many.A
-
- setId_(A.AId) - Method in class zero_one_to_zero_one.A
-
- setId_(B.BId) - Method in class zero_one_to_zero_one.B
-
- setState(String) - Method in class two_transitions_to_same_state.A
-
For internal use only by the state machine but is persisted by the jpa provider.
- setState(A.State) - Method in class two_transitions_to_same_state.A
-
Sets the current state.
- signal(Event<A>) - Method in class bytes.A
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<A>, Duration) - Method in class bytes.A
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<A>, long) - Method in class bytes.A
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<A>) - Method in class many_to_many_association_two.A
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<A>, Duration) - Method in class many_to_many_association_two.A
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<A>, long) - Method in class many_to_many_association_two.A
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<B>) - Method in class many_to_many_association_two.B
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<B>, Duration) - Method in class many_to_many_association_two.B
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<B>, long) - Method in class many_to_many_association_two.B
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<C>) - Method in class many_to_many_association_two.C
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<C>, Duration) - Method in class many_to_many_association_two.C
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<C>, long) - Method in class many_to_many_association_two.C
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<D>) - Method in class many_to_many_association_two.D
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<D>, Duration) - Method in class many_to_many_association_two.D
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<D>, long) - Method in class many_to_many_association_two.D
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<A>) - Method in class one_many_to_many_association.A
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<A>, Duration) - Method in class one_many_to_many_association.A
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<A>, long) - Method in class one_many_to_many_association.A
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<B>) - Method in class one_many_to_many_association.B
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<B>, Duration) - Method in class one_many_to_many_association.B
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<B>, long) - Method in class one_many_to_many_association.B
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<C>) - Method in class one_many_to_many_association.C
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<C>, Duration) - Method in class one_many_to_many_association.C
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<C>, long) - Method in class one_many_to_many_association.C
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<A>) - Method in class one_many_to_one_many_association.A
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<A>, Duration) - Method in class one_many_to_one_many_association.A
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<A>, long) - Method in class one_many_to_one_many_association.A
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<B>) - Method in class one_many_to_one_many_association.B
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<B>, Duration) - Method in class one_many_to_one_many_association.B
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<B>, long) - Method in class one_many_to_one_many_association.B
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<C>) - Method in class one_many_to_one_many_association.C
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<C>, Duration) - Method in class one_many_to_one_many_association.C
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<C>, long) - Method in class one_many_to_one_many_association.C
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<A>) - Method in class two_transitions_to_same_state.A
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<A>, Duration) - Method in class two_transitions_to_same_state.A
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<A>, long) - Method in class two_transitions_to_same_state.A
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<A>) - Method in class unary_many_association.A
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<A>, Duration) - Method in class unary_many_association.A
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<A>, long) - Method in class unary_many_association.A
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<B>) - Method in class unary_many_association.B
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<B>, Duration) - Method in class unary_many_association.B
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<B>, long) - Method in class unary_many_association.B
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<A>) - Method in class unary_one_many.A
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<A>, Duration) - Method in class unary_one_many.A
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<A>, long) - Method in class unary_one_many.A
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<A>) - Method in class zero_one_to_zero_one.A
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<A>, Duration) - Method in class zero_one_to_zero_one.A
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<A>, long) - Method in class zero_one_to_zero_one.A
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signal(Event<B>) - Method in class zero_one_to_zero_one.B
-
Asychronously queues the given signal against this entity for processing.
- signal(Event<B>, Duration) - Method in class zero_one_to_zero_one.B
-
Asychronously queues the given signal against this entity for processing
after the delay specified.
- signal(Event<B>, long) - Method in class zero_one_to_zero_one.B
-
Asychronously queues the given signal against this entity for processing
at the epoch time in ms specified.
- signatureKey - Static variable in class two_transitions_to_same_state.A.Events.Create
-
- signatureKey() - Method in class two_transitions_to_same_state.A.Events.Create
-
- signatureKey - Static variable in class two_transitions_to_same_state.A.Events.First
-
- signatureKey() - Method in class two_transitions_to_same_state.A.Events.First
-
- stop() - Static method in class bytes.Context
-
- stop() - Static method in class many_to_many_association_two.Context
-
- stop() - Static method in class one_many_to_many_association.Context
-
- stop() - Static method in class one_many_to_one_many_association.Context
-
- stop() - Static method in class two_transitions_to_same_state.Context
-
- stop() - Static method in class unary_many_association.Context
-
- stop() - Static method in class unary_one_many.Context
-
- stop() - Static method in class zero_one_to_zero_one.Context
-
- unary_many_association - package unary_many_association
-
- unary_one_many - package unary_one_many
-
- uniqueId() - Method in class bytes.A
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class many_to_many_association_two.A
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class many_to_many_association_two.B
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class many_to_many_association_two.C
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class many_to_many_association_two.D
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class one_many_to_many_association.A
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class one_many_to_many_association.B
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class one_many_to_many_association.C
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class one_many_to_one_many_association.A
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class one_many_to_one_many_association.B
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class one_many_to_one_many_association.C
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class two_transitions_to_same_state.A
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class unary_many_association.A
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class unary_many_association.B
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class unary_one_many.A
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class zero_one_to_zero_one.A
-
Returns a unique id for this instance as a String.
- uniqueId() - Method in class zero_one_to_zero_one.B
-
Returns a unique id for this instance as a String.
- unrelateAcrossR1(B) - Method in class many_to_many_association_two.A
-
MANY A characterizes MANY B
- unrelateAcrossR1(C) - Method in class many_to_many_association_two.A
-
ONE A characterizes MANY C
- unrelateAcrossR1(A) - Method in class many_to_many_association_two.B
-
MANY B is characterized by MANY A
- unrelateAcrossR1(C) - Method in class many_to_many_association_two.B
-
ONE B is characterized by MANY C
- unrelateAcrossR1(B) - Method in class many_to_many_association_two.C
-
MANY C is characterized by ONE B
- unrelateAcrossR1(A) - Method in class many_to_many_association_two.C
-
MANY C characterizes ONE A
- unrelateAcrossR1(B) - Method in class one_many_to_many_association.A
-
ONE_MANY A characterizes MANY B
- unrelateAcrossR1(C) - Method in class one_many_to_many_association.A
-
ONE A characterizes MANY C
- unrelateAcrossR1(A) - Method in class one_many_to_many_association.B
-
MANY B is characterized by ONE_MANY A
- unrelateAcrossR1(C) - Method in class one_many_to_many_association.B
-
ONE B is characterized by ONE_MANY C
- unrelateAcrossR1(B) - Method in class one_many_to_many_association.C
-
ONE_MANY C is characterized by ONE B
- unrelateAcrossR1(A) - Method in class one_many_to_many_association.C
-
MANY C characterizes ONE A
- unrelateAcrossR1(B) - Method in class one_many_to_one_many_association.A
-
ONE_MANY A characterizes ONE_MANY B
- unrelateAcrossR1(C) - Method in class one_many_to_one_many_association.A
-
ONE A characterizes ONE_MANY C
- unrelateAcrossR1(A) - Method in class one_many_to_one_many_association.B
-
ONE_MANY B is characterized by ONE_MANY A
- unrelateAcrossR1(C) - Method in class one_many_to_one_many_association.B
-
ONE B is characterized by ONE_MANY C
- unrelateAcrossR1(B) - Method in class one_many_to_one_many_association.C
-
ONE_MANY C is characterized by ONE B
- unrelateAcrossR1(A) - Method in class one_many_to_one_many_association.C
-
ONE_MANY C characterizes ONE A
- unrelateAcrossR1(B) - Method in class zero_one_to_zero_one.A
-
ZERO_ONE A characterizes ZERO_ONE B
- unrelateAcrossR1(A) - Method in class zero_one_to_zero_one.B
-
ZERO_ONE B is characterized by ZERO_ONE A
- unrelateAcrossR2(B) - Method in class many_to_many_association_two.A
-
MANY A characterizes MANY B
- unrelateAcrossR2(D) - Method in class many_to_many_association_two.A
-
ONE A characterizes MANY D
- unrelateAcrossR2(A) - Method in class many_to_many_association_two.B
-
MANY B is characterized by MANY A
- unrelateAcrossR2(D) - Method in class many_to_many_association_two.B
-
ONE B is characterized by MANY D
- unrelateAcrossR2(B) - Method in class many_to_many_association_two.D
-
MANY D is characterized by ONE B
- unrelateAcrossR2(A) - Method in class many_to_many_association_two.D
-
MANY D characterizes ONE A


Israeli Prime Minister Benjamin Netanyahu indicted on corruption charges
by NewstalkIsrael's Prime Minister Benjamin Netanyahu has been indicted on corruption charges, the country's attorney-general has announced.
The charges include bribery, fraud and breach of trust.
It raises further uncertainty over the political future of a country heading towards a third election in less than a year.
Mr Netanyahu, who has denied wrongdoing in three corruption cases, is under no obligation to resign after being charged.
The allegations include suspicions that he accepted hundreds of thousands of euro worth of champagne and cigars from billionaire friends - and offered to trade favours with a newspaper publisher.
He has also been accused of using his influence to help a wealthy telecoms magnate in exchange for favourable coverage on a popular news site.
He has previously dismissed the investigations into him as a "witch hunt".
Mr Netanyahu has been prime minister there since 2009, but has failed to form a government after a trio of public votes.
Opposition leader Benny Gantz was also unable to secure a coalition.
The current situation is that the Israeli parliament has less than three weeks to nominate any of its 120 lawmakers to try and establish a coalition, otherwise another election will be triggered within 90 days.
Previous ballots this year have been held in April and September.
Despite his recent troubles, Mr Netanyahu remains leader of the Likud Party.
The 70-year-old is the longest-serving leader in Israel, having first served from June 1996 until July 1999 and started his second tenure back in March 2009.


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Walmart Apologises For Sweater Featuring Santa With Cocaine Habit
by Cameron Frew‘On the third day of Christmas my true love gave to me… three lines of charlie.’
Advertisements
The festive season is a busy time for Santa Claus. The whole world, one night, a f*ck-load of presents – how does he keep the energy up?
Well, if Walmart’s adult-themed yuletide jumpers are anything to go by, it isn’t thanks to milk and cookies. No no, Santa favours ‘quality, grade A, Colombian snow’.
Advertisements
Walmart Canada has now issued an apology after some controversial (and hilarious) sweaters were listed for sale on their website.
 We have removed these products from our marketplace. We apologize for any unintended offence this may have caused.
Of all the jumpers, the highlight is one featuring a wide-eyed Father Christmas, sitting in front of three lines of a white substance – I’m guessing it’s not sugar.
Created by clothing company FUN Wear, and called the ‘Let It Snow Ugly Christmas Sweater’, it had Twitter users in stitches.
Advertisements
The product description, now taken down from the website, read:
We all know how snow works. It’s white, powdery and the best snow comes straight from South America. That’s bad news for jolly old St. Nick, who lives far away in the North Pole. That’s why Santa really likes to savor the moment when he gets his hands on some quality, grade A, Colombian snow.
He packs it in perfect lines on his coffee table and then takes a big whiff to smell the high quality aroma of the snow. It’s exactly what he needs to get inspired for Christmas Eve.
While some weren’t exactly pleased about this narcotics-loving Santa, others loved it. One Twitter user wrote: ‘This is the best ugly Christmas sweater copy ever written.’
There were other jumpers too: one featured St. Nick ‘roasting his chesnuts on an open fire’, another saw Santa lying on a table with his pants down as an alien prepares to probe him.
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The product description for the latter read:
Well, let’s just say if you’re going to zip around the world using flying reindeer to deliver gifts to millions of homes in a single night, you probably should expect some inquisitive aliens to eventually wonder how you can do it.
We all love a bit of fun around Christmas, but you need to draw the line somewhere.
After graduating from Glasgow Caledonian University with an NCTJ and BCTJ-accredited Multimedia Journalism degree, Cameron ventured into the world of print journalism at The National, while also working as a freelance film journalist on the side, becoming an accredited Rotten Tomatoes critic in the process. He’s now left his Scottish homelands and took up residence at UNILAD as a journalist.


1. drag the link to your bookmarks bar. And thats it! Just renember that not all bookmarklets work on all sites!


Hi👋, I am Alok Raj.
Senior Software Engineer @globant
Web UI Developer(ReactJS)
+91-8240159173
<EMAIL_ADDRESS>Pune,India
- Inquisitive Software Development Specialist with 2+ years of experience in developing web applications.
- Proficient in developing end-to-end Javascript web applications.
- A full stack developer who can also work on backend technologies, if required.
Hands-on experience in major JavaScript Frameworks and libraries like Angular 2+, React and VueJS with advanced JavaScript concepts.
- Have knowledge and experience of the Agile process. Experience in collaborating with external development teams.
- Takes utmost care in following best practices, standards and always tries to write clean & reusable code.
- Being a fresher, I surpassed many expectations for which he is recognized with many accolades.
- Open source enthusiast (opendevs.in)(alokraj.tech)
- With a Go-Getter attitude and have zeal to learn new technologies.
The only objective of my life is To Learn & Be Valuable.


Trader Nestle:
Oh, my! It is gorgeous! An actual tiara from the Imperial era! Isn't it beautiful? Thank you for your hard work.
You shall have your reward!
Here are some things that a mercenary will find useful.
Return


{%- set stats = status %} {# include "components/5_column_status.html" #} {%- if team_summary.all.accounts_passed > 0 -%}
There are currently {{team_summary.all.accounts_passed }} accounts passing.
{%- endif -%} {%- if team_summary.all.accounts_failed > 0 -%}There are currently a total of {{ team_summary.all.issues_found }} failed resources from {{ team_summary.all.accounts_failed }} accounts.
{%- endif -%} {%- if team_summary.all.accounts_unaudited > 0 -%}{{ team_summary.all.accounts_unaudited }} accounts are unaudited.
{%- endif -%} {%- if team_summary.all.accounts_inactive > 0 -%}{{ team_summary.all.accounts_inactive }} accounts are switched off.
{%- endif -%}


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I Alone Level-up: Chapter 5
Jinwoo’s shout reached all the Hunters’ ears .
“!”
“Instruments?!”
Hope returned to their eyes . Unlike the time where Jinwoo asked them to bow, the Hunters this time did not hesitate to respond . Of course, if Jinwoo was wrong on his guess, they would be massacred when they approached the statues . But in this moment, there was not one Hunter who remained suspicious of Jinwoo’s directions .
Mr . Song was the first to arrive at a statue holding an instrument .
“…”
Holding his breath, Mr . Song slowly looked up at the statue . As if responding, the statue’s fingers moved, and it started playing the harp in its hands .
It was a beautiful sound .
“He was right!”
“Move to the statues with instruments!”
Each Hunter, with renewed hope, ran towards the various statues holding instruments .
Trumpets, flutes, lyres . Soon, the harmonious melody of different instruments filled the entire temple .
Mr . Kim, who had been running until his breath ran out, collapsed and knelt before a statue holding a mandolin .
strum~ strum~
As the mandolin’s melody rang through the air, the Statue of God that was chasing Mr . Kim slowed to a stop . Unable to hold his emotions back, Mr . Kim burst into tears where he knelt .
“Uwaaaaah-“
And the Statue of God turned away from him . Scanning the rest of the temple, it found its new target .
“Shit!”
Meeting its eyes, Jinwoo cursed . And he started running, his heart beating like it was about to explode . His sweating back was soaked .
‘Why! Why is this one not playing?!’
Jinwoo glared at the statue he had arrived at with resentment . Holding drums in its hands, its silent figure made no indication that it would play its instrument .
BOOM!
BOOM!
BOOM!
With terrifying speed, the Statue of God closed the gap between them . As the Statue, which had been at the opposite end of the room only moments ago, neared them, Jinwoo gulped .
‘Is it because Juhee and I are both here at the same time?’
That must’ve been the answer . As he looked around, no other Hunter had trouble with their statues .
‘I don’t have time to think about this,’
He put down Juhee and prepared to run to a different spot .
“Jinwoo…”
A terrified Juhee held onto his sleeves . Jinwoo calmly whispered into her ears,
“We’ll both die if I stay . ”
As he saw tears forming at the corners of her eyes, Jinwoo knew that there was no time to explain . He gently pulled away her shaking hands from his sleeves, then ran with all his might towards another statue .
*Ba-Bum* *Ba-Bum* *Ba-Bum*
He heard the beat of the drum starting from behind him as he ran .
‘Thank god . ’
There was only one thing left . To safely make it to another statue!
Jinwoo was now the only one who had not made it to the protection of statues holding instruments . Accordingly, the complete rage of the Statue of God was now focused solely on him . Jinwoo ran away from the crashing footsteps of his chaser and sped across the room .
BOOM!
BOOM!
As he barely dodged and rolled away from the Statue’s stomps, his panting became heavier and heavier . Although he was the lowest of the E-rank Hunters, as a Fighter-class Hunter, his body offered what little help it could in this situation .
‘Just a little bit more!’
Taking notice of the Statue of God’s footsteps closing in on him, he focused and strengthened his legs . His speed increased . There was but a few steps until he reached his target statue .
“NO, NOT THAT WAY!”
Mr . Song had shouted at him .
Having focused on the Statue of God’s movements until now, Jinwoo turned his attention to the statue he had arrived at .
“Ah!”
‘It’s not holding an instrument!’
He now realized what appeared to be an instrument in the statue’s hands was actually a shield . Without mercy, the statue raised and brought down the shield in its hands .
“Uwah!”
Jinwoo threw his body to the side .
“Kiyaah!”
Juhee screamed .
As he rolled across on the floor, he looked up . The Statue of God was almost upon him .
“Out of the frying pan…”
His tumble on the ground had opened a cut on his forehead . Blood flowed down to his eyes, obscuring his vision . Jinwoo rapidly looked left and right .
‘Instrument, instrument…’
But no instrument registered in his eyes .
The Statue of God raised its foot .
“Shit!”
BOOM!
Jinwoo barely evaded the stomp by throwing his body to the side . But he was reaching his limits . Feeling faint, he found it hard to maintain balance for some reason .
‘Please…’
If there was a God, he wanted to pray to it . In that moment, Jinwoo noticed a statue that was neither holding a weapon nor an instrument .
‘That’s!’
He crawled with last vestiges of his strength, placing his hopes on the statue . With a final twist of his body, he threw himself at the feet of the statue with a book in its hands . Facing the Statue of God that was heading toward him, he realized he had no strength left to move . Panting heavily, he looked at the face of the Statue of God . As if made worse by his persistent resistance, the anger in the face that looked down upon Jinwoo was greatly magnified .
It stopped before Jinwoo .
Faced with a giant as tall as a building, Jinwoo struggled to breathe .
‘Guess I’m a cornered rat…’
The Statue of God simply continued to stare .
‘This is the end…’
Certain of his impending doom, Jinwoo saw his death in the eyes that were looking down at him .
In that moment, he heard a beautiful and melodious singing coming from behind him . With effort, he turned and looked at its source . The statue that he was resting on was now singing with a holy voice; its sound echoing throughout the temple . Looking back, Jinwoo saw the Statue of God’s face starting to relax . The traces of its demonic rage disappeared as the Statue’s face returned to its original emotionless visage .
As the statues’ music ended, the Statue of God turned and returned to its seat, appearing as if nothing had happened .
BOOM!
The sound of the giant sitting down rang throughout the temple .
“Hah . Hah . Are… we… safe…?”
Jinwoo faintly smiled through his heavy breaths .
Juhee quickly ran to him,
“Jinwoo!”
Having reached him after running with all her might, Juhee collapsed next to him in tears .
“Oh my god… oh my god…”
She used all the mana at her disposal and tried every healing magic she knew . But it had no effect .
One by one, the scattered Hunters gathered before Jinwoo . Their expressions equally dark .
“Oh no… Jinwoo . ”
Amidst their pitying looks and words, Juhee cried without ceasing .
‘Why are they looking at me like that?‘
Jinwoo wanted to ask, but he lacked the energy to speak . So, he tried to gather his strength and stand up .
“…?”
A pool of blood had gathered where he was sitting . Jinwoo finally was able to understand the situation he was in .
“Ah…”
His right leg had disappeared below the knees .
He looked across the room to the statue holding a shield . The base of the shield was covered in blood .
His missing leg below it .
He turned and saw blood dripping down from Juhee’s nose . Her body had reached its limits . A B-rank Hunter’s healing was insufficient for the regeneration of a body part . Yet she continued, her efforts like collecting water with a broken pitcher . And as she continued, both her mana and vitality quickly decreased .
“It’s okay, Juhee . You can stop now…”
“No! I can heal this! I’ll heal you!”
The Hunters watched the pair with pity .
Of the 17 that had entered, only 6 remained .
Of the 6 remaining, 2 had received a seriously injury .
Mr . Song and his arm, and now Jinwoo with his leg .
Although their lives were saved, no one could put on a smile .
Suddenly, a thundering noise rang throughout the temple .
At its center, the ground with the magic circle inscribed upon it started rising, forming an platform .
Jinwoo realized the final trial had arrived .
‘Prove your Faith…’
He had already been contemplating its meaning .
-5 . The Final Trial-
The rising ground stopped at waist height .
“An altar…”
Jinwoo absent-mindedly spoke to himself .
‘An altar?’
‘Did he just say an altar?’
The man who had saved their lives not once but twice; Jinwoo was not a high leveled Awakened Being[1], but a lowly E-rank Hunter that they looked down on in the past .
‘If it wasn’t for Mr . Sung, we would be…’
The Hunters’ thoughts were in union . Jinwoo’s words up until now were a lifeline to them . And now this man had uttered the words, “altar” . The quick-witted Mr . Kim was the first to speak,
“I think I understand . ”
He unsheathed the sword at his waist . Normally a weapon to be used in slaying magic beasts, its purpose this time was different .
 ”
The Hunters looked at Mr . Kim’s drawn sword, gleaming with sharpness, and gulped .
“Hey, Mr . Kim! Why are you taking that out now?”
“Let’s talk about this, talk!”
Mr . Song’s C-rank was the highest in the party . With him out of commission, there was no one else in the party would could match Mr . Kim, whose skill shone even amongst the other D-rankers .
Mr . Kim pointed his sword at the altar .
“The last Commandment was, ‘Prove your Faith’, and now this altar appeared in the middle of the room . ”
Mr . Kim’s gaze shifted to Jinwoo,
“We have to sacrifice someone at the altar, right, Mr . Sung?”
Jinwoo nodded . It was his guess as well . One of the living 6 had to become a sacrifice .
‘That’s probably the last rule…’
As he raised his head, he saw Mr .
“Ahjussi… what are you going to-”
“Just sit there quietly!”
Mr . Kim pointed his sword at Mr . Song, who had been sitting next to Jinwoo looking over his injuries .
“Who is the one who dragged us all here? It’s Mr . Song right here! Then shouldn’t he be the one to pay the price for all this?!”
“Ahjussi!”
Jinwoo yelled and tried to get up, but Mr . Song’s hands stopped him . Jinwoo turned and look at the man .
“ . ”
Mr . Song shook his head without a word . His eyes begged Jinwoo to stay quiet . Jinwoo wanted to say something, but swallowed his words . Mr . Song slowly got up .
“Mr . Kim is right . I have to take responsibility . ”
“Then we’re in agreement, old man . ”
Mr . Kim gestured towards the altar with his sword .
“If you’re in, then let’s hurry up . 11 people died because of you . ”
Translator’s Notes:
[1]: “Awakening Being” (각성자; gak-sung-ja): “to awaken” gak-sung + “person” ja > a person who had underwent Awakening . All Hunters are Awakened Beings . Not all Awakened Beings work as Hunters .


Publish data Publishing to Government Service Data
Government Service Data is a reporting tool that lets government services publish data about their transactions. Its main users are civil servants working to transform services.
Government Service Data is designed to help these users understand:
- the demands faced by services - the volume of transactions they receive across different channels, and how often each channel is used and why
- how well services are meeting their users' needs
- how far the service has been digitised
Which services should publish data
You only need to publish to Government Service Data if your service is transactional.
A transactional service is one that allows the user to interact with government. Services that allow the user to do or change something (rather than simply providing content) are transactional. A user using this type of service successfully results in a transaction.
Here are some examples of transactional services:
- Making a claim
- Applying for a licence
- Buying a product
- Booking a service
- Applying for a benefit
- Paying a fine or a tax bill
What to publish
The Government Service Data team has developed a new set of KPIs designed to work for service transformation.
The KPIs are:Total number of transactions received
This KPI helps users gauge the overall demand for the service.
Total number of transactions received, split by channel
This KPI helps users see which channels are used the most.
Channels include:
- online
- phone
- paper form
- face-to-face
- other
Number of transactions ending in an outcome
This KPI gives users an indication of how well the service is meeting users’ needs.
Number of transactions ending in the user’s intended outcome
This KPI gives users more information about how well the service is meeting users’ needs.
Total number of phone calls received
This KPI shows how much the service's contact centre is used.
Number of phone calls received, split by reasons for calling
This KPI shows why calls are made and gives an indication of how the number of calls can be reduced.
Reasons include:
- to get information
- to chase progress
- to challenge a decision
- Other
When to publish
Services should publish data on a monthly basis, two months in arrears. For example, data from February would be published in April.


To create a platform for people to easily find apartments in neighbourhoods of their interest based on their budget and personal
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We are a team of McGill Engineering students who aim to make a website which can assist people with their apartment hunting process.
We decided on a simple and clean look for the website to keep the focus on the website's purpose.
For any queries or concerns, please direct your questions to information@roomr.com


The Replacement Killers (1998)
Director: Antoine Fuqua Cast: Chow Yun-Fat, Mira Sorvino, Michael Rooker, Jurgen Prochnow, Kenneth Tsang Rated R: Strong violence, language
by Nathaniel R. Atcheson<EMAIL_ADDRESS>I suppose there are different kinds of action films. Some action films are straightforward, while, at the same time, they mock themselves in self-consciousness because they know that action films are, by definition, ludicrous. Films like Die Hard and The Rock fit nicely into this category. The other significant category of action contains films like The Replacement Killers and Face/Off--these films utilize slow-motion, are very arty, very serious, and totally pretentious.
I don't have a problem with pretentiousness, especially when we're given actors, like Chow Yun-Fat and Mira Sorvino, who can pull it off. I had a great time with The Replacement Killers, and the reasons for this are very simple: it's an extremely well-crafted and energetic piece. It's also the kind of stylish, Asian action picture that mainstream American moviegoers don't see very often.
Yun-Fat stars as John Lee, a deadly assassin. In the early scenes of the film, a cop (Michael Rooker) is seen killing the son of Terence Wei (Kenneth Tsang). Wei, in an act of brutal revenge, hires Lee to dispatch of the cop's son. With the gun pointed at the seven year-old boy, Lee has a morality attack and refuses to kill the kid. Knowing that his life is in danger, Lee tries to get back to his family in China, so he goes to Meg Coburn (Sorvino) who makes fake IDs.
It doesn't take long for Wei's people to find Lee, and Lee is forced to bring Meg with him on his adventures. At this point, Wei hires killers to replace Lee and kill the boy. Meg convinces Lee that he has to kill Wei and all of his men, or the boy will never be safe.
Each review I read for this film speaks of an emotional void, a complete emptiness in anything of substance. My disagreement with this point is one of my central reasons for enjoying all of the pretentious flair of the action sequences: in several scenes (like one terrific moment during which Lee muses in a photo booth as his picture is being taken), the characters are actually given time to develop. And the two lead actors do great jobs of playing these people (Sorvino, once again, gives dimension to a character who would have been less appealing if played by most other actresses).
However (and expectedly), I didn't watch the film for the characters. Director Antoine Fuqua clearly knows what he's doing, and the action here rivals most scenes staged by the maestro himself, John Woo (who worked as executive producer of this film). The opening scene--in which Lee kills a group of culprits in a nightclub--is one of the better action sequences in recent memory. All of the action in the film is overflowing with that sharp style, filled with close-ups of guns, and slow-motion so we can see the graphic deaths and viscera in all of their detail. The pounding soundtrack also propels the film into an eclectic state that disallowed me from ever looking away.
I would have enjoyed this film more if I hadn't been hung-up on the central irony that was apparently overlooked (or simply ignored) by writer Ken Sanzel--this is a film about an assassin who takes mercy upon a young boy, and basically goes through a morality revolution. But never, in all of the scenes in which he blows away dozens of thugs, does he ever show any kind of remorse. True, they are trying to kill him, but in two specific scenes he has the villains at his mercy, and he executes them anyway. This seems thoughtless to me, and tells me that maybe some of the more thoughtful elements that I observed in the film were accidental.
But who really cares about that, anyway? This is an action film--an exciting, engaging, and flashy action film. It has Chow Yun-Fat, and Mira Sorvino, and techno music, and gunfire, and blood, and lots and lots of slow-motion. It's fun to watch, it got my blood flowing, and I recommend it based on these very simple criteria.
>From 0-10: 7 Grade: B
Visit FILM PSYCHOSIS at http://www.pyramid.net/natesmovies
Nathaniel R. Atcheson
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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belongs to the author.
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Related links: index of all rec.arts.movies.reviews reviews


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A miniature-windmill-free crazy-golf course is opening in Battersea Power Station
by By Angela HuiI said what, what (in the putt)... Thought crazy golf was extremely 2015? Well, someone clearly disagrees, because new venues are appearing all over London. And, in extremely 2015 fashion, the latest, soon to arrive at Battersea Power Station, comes with an ‘immersive’ twist. Created by the team behind Rooftop Film Club and SFG Club, Birdies new nine-hole mini-golf course is full of twists and turns. Instead of miniature windmills and artificial grass, visitors will be put through their paces in a series of dark passages, pressure pads and towering ramps. Each individual hole has been designed to put your speed, accuracy and determination to the test. Take the ‘Infinity & Beyond’ hole, which is a tunnel that seems to keep going and going and going to...? Who knows where.
At the moment, the elaborate site at Battersea Power Station is still under construction, so the novelty date will have to wait until it opens on Thursday November 28. Fore!
Battersea Power Station. Battersea Park rail. Thu Nov 28. off-peak £10, pea k £12.
Tee off! Try out the other tip-top crazy-golf courses in London.
Bring out the big infant in you at these fun kidult activities.