Declaration :

• Uml : static, + create(inout parent : UmlItem, inout s : str) : UmlAddVariableValueAction, exceptions : RuntimeException
• C++ : public: static UmlAddVariableValueAction * create(UmlItem * parent, const char * s)
• Java : public static UmlAddVariableValueAction create(UmlItem parent, String s) throws RuntimeException

returns a new add variable value action named 's' created under 'parent'

In case it cannot be created (the name is already used or
invalid, 'parent' cannot contain it etc ...) return 0 in C++
and produce a RuntimeException in Java

Declaration :

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

returns the kind of the item

Declaration :

• Uml : # UmlBaseAddVariableValueAction(in id : item_id, in s : string) :
• C++ : protected: UmlBaseAddVariableValueAction(void * id, const QCString & s) : UmlAccessVariableValueAction(id, s)
• Java : protected UmlBaseAddVariableValueAction(long id, String s)

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

Declaration :

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

return the isReplaceAll attribute, if TRUE existing values of the variable must be removed before adding the new value

Declaration :

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

set the isReplaceAll attribute

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

Declaration :

• Uml : - _replace_all : bool
• C++ : private: bool _replace_all
• Java : private boolean _replace_all

Declaration :

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