Operation kind

returns the kind of the item

Declaration :

• Uml : + kind() : anItemKind
• C++ : public: virtual anItemKind kind()
• Java : public anItemKind kind()

Operation create

Returns a new Transition from 'start' to 'end'

In case it cannot be created ('parent' cannot contain it etc ...) return 0
in C++ and produce a RuntimeException in Java

Declaration :

• Uml : static, + create(inout start : UmlItem, inout end : UmlItem) : UmlTransition, exceptions : RuntimeException
• C++ : public: static UmlTransition * create(UmlItem * start, UmlItem * end)
• Java : public static UmlTransition create(UmlItem start, UmlItem end) throws RuntimeException

Operation target

returns the 'end' object (the 'start' object is the parent of the transition) no set !

Declaration :

• Uml : + target() : UmlItem
• C++ : public: virtual UmlItem * target()
• Java : public UmlItem target()

Operation isExternal

return if the transition is internal or external,
only self transitions can't be external

Declaration :

• Uml : + isExternal() : bool
• C++ : public: bool isExternal()
• Java : public boolean isExternal()

Operation set_IsExternal

set if the transition is internal or external,
only a self transition may be set internal
On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_IsExternal(in v : bool) : bool, exceptions : RuntimeException
• C++ : public: bool set_IsExternal(bool v)
• Java : public void set_IsExternal(boolean v) throws RuntimeException

Operation trigger

return the trigger in OCL

Declaration :

• Uml : + trigger() : string
• C++ : public: const QByteArray & trigger()
• Java : public String trigger()

Operation set_Trigger

set the trigger in OCL

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_Trigger(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_Trigger(const char * s)
• Java : public void set_Trigger(String s) throws RuntimeException

Operation guard

return the guard in OCL

Declaration :

• Uml : + guard() : string
• C++ : public: const QByteArray & guard()
• Java : public String guard()

Operation set_Guard

set the guard in OCL

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_Guard(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_Guard(const char * s)
• Java : public void set_Guard(String s) throws RuntimeException

Operation activity

return the activity in OCL

Declaration :

• Uml : + activity() : string
• C++ : public: const QByteArray & activity()
• Java : public String activity()

Operation set_Activity

set the activity in OCL

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_Activity(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_Activity(const char * s)
• Java : public void set_Activity(String s) throws RuntimeException

Operation cppTrigger

return the trigger in C++

Declaration :

• Uml : + cppTrigger() : string
• C++ : public: const QByteArray & cppTrigger()
• Java : public String cppTrigger()

Operation set_CppTrigger

set the trigger in C++

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_CppTrigger(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_CppTrigger(const char * s)
• Java : public void set_CppTrigger(String s) throws RuntimeException

Operation cppGuard

return the guard in C++

Declaration :

• Uml : + cppGuard() : string
• C++ : public: const QByteArray & cppGuard()
• Java : public String cppGuard()

Operation set_CppGuard

set the guard in C++

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_CppGuard(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_CppGuard(const char * s)
• Java : public void set_CppGuard(String s) throws RuntimeException

Operation cppActivity

return the activity in C++

Declaration :

• Uml : + cppActivity() : string
• C++ : public: const QByteArray & cppActivity()
• Java : public String cppActivity()

Operation set_CppActivity

set the activity in C++

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_CppActivity(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_CppActivity(const char * s)
• Java : public void set_CppActivity(String s) throws RuntimeException

Operation javaTrigger

return the trigger in Java

Declaration :

• Uml : + javaTrigger() : string
• C++ : public: const QByteArray & javaTrigger()
• Java : public String javaTrigger()

Operation set_JavaTrigger

set the trigger in Java

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_JavaTrigger(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_JavaTrigger(const char * s)
• Java : public void set_JavaTrigger(String s) throws RuntimeException

Operation javaGuard

return the guard in Java

Declaration :

• Uml : + javaGuard() : string
• C++ : public: const QByteArray & javaGuard()
• Java : public String javaGuard()

Operation set_JavaGuard

set the guard in Java

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_JavaGuard(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_JavaGuard(const char * s)
• Java : public void set_JavaGuard(String s) throws RuntimeException

Operation javaActivity

return the activity in Java

Declaration :

• Uml : + javaActivity() : string
• C++ : public: const QByteArray & javaActivity()
• Java : public String javaActivity()

Operation set_JavaActivity

set the activity in Java

On error return FALSE in C++, produce a RuntimeException in Java

Declaration :

• Uml : + set_JavaActivity(in s : str) : bool, exceptions : RuntimeException
• C++ : public: bool set_JavaActivity(const char * s)
• Java : public void set_JavaActivity(String s) throws RuntimeException

Operation unload

to unload the object to free memory, it will be reloaded automatically
if needed. Recursively done for the sub items if 'rec' is TRUE.

if 'del' is true the sub items are deleted in C++, and removed from the
internal dictionnary in C++ and Java (to allow it to be garbaged),
you will have to call Children() to re-access to them

Declaration :

• Uml : + unload(in rec : bool, in del : bool) : void
• C++ : public: virtual void unload(bool = FALSE, bool = FALSE)
• Java : public void unload(boolean rec, boolean del)

Relation _target (<unidirectional association>)

Declaration :

• Uml : - _target : UmlItem
• C++ : private: UmlItem * _target
• Java : private UmlItem _target

Attribute _is_external

Declaration :

• Uml : + _is_external : bool
• C++ : public: bool _is_external
• Java : public boolean _is_external

Relation _uml (<directional composition>)

Declaration :

• Uml : - _uml : TransitionBehavior
• C++ : private: TransitionBehavior _uml
• Java : private TransitionBehavior _uml

Relation _cpp (<directional composition>)

Declaration :

• Uml : - _cpp : TransitionBehavior
• C++ : private: TransitionBehavior _cpp
• Java : private TransitionBehavior _cpp

Relation _java (<directional composition>)

Declaration :

• Uml : - _java : TransitionBehavior
• C++ : private: TransitionBehavior _java
• Java : private TransitionBehavior _java

Operation read_uml_

Declaration :

• Uml : # read_uml_() : void
• C++ : protected: virtual void read_uml_()
• Java : protected void read_uml_()

Operation read_cpp_

Declaration :

• Uml : # read_cpp_() : void
• C++ : protected: virtual void read_cpp_()
• Java : protected void read_cpp_()

Operation read_java_

Declaration :

• Uml : # read_java_() : void
• C++ : protected: virtual void read_java_()
• Java : protected void read_java_()

Operation UmlBaseTransition

the constructor, do not call it yourself !!!!!!!!!!

Declaration :

• Uml : # UmlBaseTransition(in id : item_id, in n : string) :
• C++ : protected: UmlBaseTransition(void * id, const QByteArray & n) : UmlItem(id, n)
• Java : protected UmlBaseTransition(long id, String n)