Module: Muml_Classifier

Includes:
Mjava_Annotation
Defined in:
lib/ontomde-uml2-java/java.rb,
lib/ontomde-uml2-java/java.rb,
lib/ontomde-uml2-java/equals.rb,
lib/ontomde-uml2-java/javadoc.rb,
lib/ontomde-uml2-java/accessorCode.rb,
lib/ontomde-uml2-java/enumAssignable.rb,
lib/ontomde-uml2-java/operationAsClass.rb,
lib/ontomde-uml2-java/operationAsClass.rb,
lib/ontomde-uml2-java/accessorSignature.rb,
lib/ontomde-uml2-java/accessorSignature.rb,
lib/ontomde-uml2-java/enumCompatibilityLayer.rb

Constant Summary collapse

JAVA_IMPORT_COMPUTED_DEPENDENCIES =

if true, generator will compute depencies and add imports NOTE !!

This feature was added for derived generators.
It's use is **not** recommended  for **java**.
Problems will occur if model manipulate classes
such as java.sql.Date and java.lang.Date simultaneously.

false
JAVA_DEFAULT_IMPORTS =

default java imports

[  ]
JAVA_MAGIC_DOT_STRING =

String used to replace dot in enum literals

'_dot_'
STRUTS_APPLY_TO_PARAM = 
"applyTo"
STRUTS_APPLY_TO_PROP = 
"ApplyTo"
STRUTS_RESULT_PARAM_NAME =

Creates a class for every business method holding every parameters and

"_result"

Instance Method Summary collapse

Methods included from Mjava_Annotation

#java_writeAnnotation

Instance Method Details

#getterParameterName(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 91

def getterParameterName(oa)
	return "i#{oa.java_NameProperty}"

end

#java_addAccessors! ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 25

def java_addAccessors!
	java_transform!
end

#java_addAccessorsFor!(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 30

def java_addAccessorsFor!(oa)
	#log.debug { "-------java.transform:Accessor for #{self.uml_name}.#{oa.uml_name}" }
	return unless context[:java_transform,true]
	return if oa.java_noAccessors?

               oa.uml_visibility=Cuml_VisibilityKind::Private

	#prevent multiple accessor addition.
	#useful when a transformation has manually launch
	#java_addAccessorFor! (ex: to set a custom getter code)
	return unless oa.java_getter_property_inv.empty?
	java_addGlobalGetter!(oa)
	java_addGlobalSetter!(oa)
	java_addQualifiedPutter!(oa)
	java_addQualifiedGetter!(oa)
	java_addAppender!(oa)
	java_addCreateAndAppender!(oa)
	java_addWithIndexAppender!(oa)
	java_addAppenderQualifier!(oa)
	java_addRemover!(oa)
	java_addSuggester!(oa)
	java_addSuggesterType!(oa)
	java_addCreater!(oa)
end

#java_addAppender!(oa) ⇒ Object

Adds an appender for parameter oa using a model transformation.

NOTE:

  • A new operation is added to the UML model. The operation then generated using standard operation generator.

  • operation is only generated for multi-valued property

  • If property is part of a bidirectional association, code is generated to update automaticaly the other side of the association.



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 308

def java_addAppender!(oa)
	return unless context[:java_addAppender,true]
	return if oa.umlx_upperValueIsOne?
	return unless oa.uml_qualifier.empty?
	return if oa.java_isSuggester?
	#return if oa.umlx_isComposite?
	return if oa.uml_isReadOnly?
	add=java_createAndAddMethodFromProperty(oa,"add",true)

	ip=Cuml_Parameter.new(rdf_model,add.rdf_uri+"_in")
	ip.uml_name=getterParameterName(oa)
	ip.uml_direction=Cuml_ParameterDirectionKind::In
	ip.uml_upperValue=umlx_literal(1);
	ip.uml_lowerValue=umlx_literal(1);
	ip.uml_type=oa.uml_type
	add.uml_ownedParameter_add(ip)
	oe=oa.umlx_otherEnd

	if oa.uml_isDerived?
		# no code generated
	elsif (oe.nil? || !oe.umlx_isNavigable?) && !oa.java_use_Arrays?
		add.java_code=<<END
/* TPL:0009b */
if(#{getterParameterName(oa)}==null) { return; }
#{java_this(oa)}#{oa.java_NameProperty}.add(#{getterParameterName(oa)});
END
	elsif (oe.nil? || !oe.umlx_isNavigable?) && oa.java_use_Arrays?
		add.java_code=<<END
/* TPL:0009a */
if(#{getterParameterName(oa)}==null) { return; }
#{oa.uml_type_one.java_qualifiedName}[] newArray=null;
if (#{java_this(oa)}#{oa.java_NameProperty}==null) {
	newArray=new String[1];
	newArray[0]=#{getterParameterName(oa)};
} else {
	newArray=new String[1+#{java_this(oa)}#{oa.java_NameProperty}.length];
	System.arraycopy(#{java_this(oa)}#{oa.java_NameProperty}, 0, newArray,0, #{java_this(oa)}#{oa.java_NameProperty}.length);
	newArray[#{java_this(oa)}#{oa.java_NameProperty}.length]=#{getterParameterName(oa)};
}
#{java_this(oa)}#{oa.java_NameProperty}=newArray;
END


	elsif oe.umlx_upperValueIsOne?
		#*-1
		add.java_code=<<END
/* TPL:0010 */
if(#{getterParameterName(oa)}==null) { return; }
if(#{java_this(oa)}#{oa.java_NameProperty}.add(#{getterParameterName(oa)})){
	#{getterParameterName(oa)}.set#{oe.java_NameBean}(this);
	}
END
	else
		#*-*
		# second test avoids loop
		add.java_code=<<END
/* TPL:0011 */
if(#{getterParameterName(oa)}==null) { return; }
if(#{java_this(oa)}#{oa.java_NameProperty}.add(#{getterParameterName(oa)})) {
	#{getterParameterName(oa)}.add#{oe.java_NameBean}(this);
	}
END
	end

end

#java_addAppenderQualifier!(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 147

def java_addAppenderQualifier!(oa)
	return unless context[:java_addAppenderQualifier,true]
	return if oa.umlx_upperValueIsOne?
	return if oa.uml_qualifier.empty?
	return if oa.umlx_isComposite?
	return if oa.uml_isReadOnly?
	add=java_createAndAddMethodFromProperty(oa,"add",true)

	ip=Cuml_Parameter.new(rdf_model,add.rdf_uri+"_in")
	ip.uml_name=getterParameterName(oa)
	ip.uml_direction=Cuml_ParameterDirectionKind::In
	ip.uml_upperValue=umlx_literal(1);
	ip.uml_lowerValue=umlx_literal(1);
	ip.uml_type=oa.uml_type
	add.uml_ownedParameter_add(ip)
	oe=oa.umlx_otherEnd

	qualCall=".get(#{oa.uml_qualifier_one.java_Name})"
	qualInit="//#{java_this(oa)}#{oa.java_NameProperty}.put(#{oa.uml_qualifier_one.java_Name},new java.util.HashSet<#{oa.uml_qualifier_one.uml_type_one}>);"

	if oa.uml_isDerived?
		# no code when derived
	elsif true #TODO:remetre le test oe.nil? || !oe.umlx_isNavigable?
		add.java_code=<<END
/* TPL:0006 */
//TODO:
if(#{ip.java_Name}==null) { return; }
#{qualInit}
#{java_this(oa)}#{oa.java_NameProperty}#{qualCall}.add(#{ip.java_Name});
END
	elsif oe.umlx_upperValueIsOne?
		#*-1
		add.java_code=<<END
/* TPL:0007 */
if(#{ip.java_Name}==null) { return; }
if(#{java_this(oa)}#{oa.java_NameProperty}#{qualCall}.add(#{ip.java_Name})){
	#{ip.java_Name}.set#{oe.java_NameBean}(this);
	}
END
	else
		#*-*
		add.java_code=<<END
/* TPL:0008 */
if(#{ip.java_Name}==null) { return; }
if(#{java_this(oa)}#{oa.java_NameProperty}#{qualCall}.add(#{ip.java_Name})) {
	#{ip.java_Name}.remove#{oe.java_NameBean}(this);
	}
END
	end
end

#java_addCreateAndAppender!(oa) ⇒ Object

Adds a createAndAdd method for parameter oa using a model transformation.

NOTE:

  • A new operation is added to the UML model. The operation then generated using standard operation generator.

  • operation is only generated for multi-valued property

  • operation is only generated for a composite association end.



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 237

def java_addCreateAndAppender!(oa)
	#method cannot be generated if required enum assignable is not on.
	return unless context[:withEnumAssignable]
	return unless context[:java_addAppender,true]
	#return if oa.umlx_upperValueIsOne?
	return unless oa.uml_qualifier.empty?
	return unless oa.umlx_isComposite?
	return if oa.java_isSuggester?

	add=umlx_createAndAddOperation(rdf_uri+"_createAndAdd#{oa.java_NameBean}","createAndAdd#{oa.java_NameBean}")

	rp=add.umlx_createAndAddReturnParameter(add.rdf_uri+"_ret")
	rp.uml_upperValue=umlx_literal(1);
	rp.uml_lowerValue=umlx_literal(1);
	rp.uml_type=oa.uml_type

	#ip=add.umlx_createAndAddParameter(add.rdf_uri+"_type")
	#ip.uml_name="type"
	#ip.uml_upperValue=umlx_literal(1);
	#ip.uml_lowerValue=umlx_literal(1);
	#ip.uml_type=oa.uml_type


	tp=add.umlx_createAndAddParameter(oa.rdf_uri+"_reqType","requestedType")
	tp.uml_type=oa.uml_type_one.java_enumAssignableDataType_one

	#if  oa.uml_type_one.uml_isAbstract?
	# ******************************
	# TODO: implement type selector
	# ******************************
	# no java code generated

               #TODO: factorize in helper class
	add.java_code=%{ /* TPL:0020b */
	if (requestedType==null) {
		return null;
	}
	String qname=requestedType.name().replaceAll("#{JAVA_MAGIC_DOT_STRING}",".");
	try {
		// c=#{java_this(oa)}getClass().getClassLoader().loadClass(requestedType.name());
		Class<?> t = Class.forName(qname);
		Class<?>[] p = new Class[0];
		Object[]initArgs =new Object[0];
		java.lang.reflect.Constructor<?>  c=t.getConstructor(p);
		#{oa.uml_type_one.java_qualifiedName} ret=(#{oa.uml_type_one.java_qualifiedName})c.newInstance(initArgs);
		#{oa.umlx_upperValueIsOne? ? "set" : "add"}#{oa.java_NameBean}(ret);
		return ret;
	} catch (ClassNotFoundException e) {
		e.printStackTrace();
		throw new RuntimeException("Missing type "+qname,e);
	} catch (NoSuchMethodException e) {
		e.printStackTrace();
		throw new RuntimeException("Missing default constructor for"+qname,e);
	} catch (IllegalAccessException e) {
		e.printStackTrace();
		throw new RuntimeException("Illegal access Exception on "+qname,e);
	} catch (InstantiationException e) {
		e.printStackTrace();
		throw new RuntimeException("Instantiation exception on "+qname,e);
	} catch (java.lang.reflect.InvocationTargetException e) {
		e.printStackTrace();
		throw new RuntimeException("Invocation Target Exception on "+qname,e);
	}}
end

#java_addCreater!(oa) ⇒ Object

Adds a creater for parameter oa using a model transformation.

NOTE:

  • A new operation is added to the UML model. The operation then generated using standard operation generator.

– TODO: implementer methodes



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 204

def java_addCreater!(oa)
	return unless context[:java_addCreater,true]
	return if oa.umlx_upperValueIsOne?
	#return unless oa.uml_qualifier.empty?
	return unless oa.umlx_isComposite?
	get=java_createAndAddMethodFromProperty(oa,"create",false)

	rp=Cuml_Parameter.new(rdf_model,get.rdf_uri+"_p1")
	rp.uml_name="return"
	rp.uml_direction=Cuml_ParameterDirectionKind::Return
	rp.uml_upperValue=oa.uml_upperValue
	rp.uml_lowerValue=oa.uml_lowerValue
	rp.uml_type=oa.uml_type
	rp.uml_qualifier=oa.uml_qualifier
	get.uml_ownedParameter_add(rp)
	if oa.umlx_upperValueIsOne?  || !oa.uml_qualifier.empty?
		j="{ new return #{oa.java_NameProperty}"
		sep_next=".get("
		sep_end=""
		j=j+sep_end  +";}"
		#get.java_code=j
	else
		#on ne peut pas permetre la modification de la liste en direct
		#get.java_code="{ return new java.util.HashSet<#{oa.uml_type_one.java_qualifiedName}>(#{oa.java_NameProperty}); }"
	end
end

#java_addEnumAssignable! ⇒ Object

add an enum assignable to this model element



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# File 'lib/ontomde-uml2-java/enumAssignable.rb', line 36

def java_addEnumAssignable!
	#log.debug { "java_addEnumAssignable! for #{self}::#{self.class.name}" }
	p=umlx_owner_one
	p=p.umlx_getOrCreatePackage(context[:enumAssignableSubPackage,"enumCreate"],p)

	ret=p.umlx_createAndAddEnumeration(self.rdf_uri+"_enumAssignable","#{uml_name} Assignable")
	ret.umlx_createAndAddImplementation(java_getJavaEnumInterface)
	self.java_enumAssignableDataType=ret

	umlx_assignableClassifier.each { |c|
		next if c.uml_isAbstract?
		ret.umlx_createAndAddLiteral(c.java_qualifiedName.to_s.gsub(/\./,JAVA_MAGIC_DOT_STRING));
	}

	return ret
end

#java_addEqualsAndHashOperations(callSuperEquals) ⇒ Object

adds a equals and a hash method to the current class. Signature is computed from attributes stereoptyped EqualsValue NOTE: method is not generated if there is no attribute stereotyped EqualsValue



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# File 'lib/ontomde-uml2-java/equals.rb', line 7

def java_addEqualsAndHashOperations(callSuperEquals)
  ret=Set.new
  uml_ownedAttribute.each {|biz|
    ret << biz if biz.umlx_hasStereotype?("EqualsValue")
  }
  if !ret.empty?
    puts "generate hash and equals for #{self.java_Name}"
    java_addEqualsOperation!(ret, callSuperEquals)
    java_addHashCodeOperation!(ret)
  end
  return nil
end

#java_addEqualsOperation!(attributesInSignature, callSuperEquals) ⇒ Object

adds a equals method



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# File 'lib/ontomde-uml2-java/equals.rb', line 21

def java_addEqualsOperation!(attributesInSignature, callSuperEquals)
    me=self.umlx_createAndAddOperation(self.rdf_uri+"_equals")
    me.uml_name="equals"
    #      me.uml_class=self
    me.uml_visibility=Cuml_VisibilityKind::Public
    rme=me.umlx_createAndAddReturnParameter("#{me.rdf_uri}_ret")
    rme.uml_type=umlx_getOrCreateDataType("boolean")
    rpe=me.umlx_createAndAddParameter("#{me.rdf_uri}_par", "o")
    rpe.uml_type=umlx_getOrCreateClass("Object")
    me.java_annotation_add("@Override")
    meCode = <<CODE
  if(this == o) {
      return true;
  }
  if(o==null || !(o instanceof #{self.java_Name})) {
      return false;
  }
CODE
    if callSuperEquals
    meCode << <<CODE
  if !super.equals(o) {
      return false;  
  }
CODE
  else
    meCode << "// do not use super.equals()\n"
  end
  meCode << <<CODE
  final #{self.java_Name} _o = (#{self.java_Name}) o;
CODE
  attributesInSignature.each { |a|
    meCode << <<CODE
  if (#{a.java_Name} != null ?
        !#{a.java_Name}.equals(_o.#{a.java_Name}) :
        _o.#{a.java_Name} != null) {
        return false;
  }
CODE
  }
  meCode << <<CODE
  return true;
CODE
  me.java_code = meCode
  return me
end

#java_addGlobalGetter!(oa) ⇒ Object

Adds a getter for parameter oa using a model transformation.

NOTE:

  • A new operation is added to the UML model. The operation then generated using standard operation generator.

  • If property is part of a bidirectional association, code is generated to update automaticaly the other side of the association.

  • If property is multivalued, the operation returns a set.



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 211

def java_addGlobalGetter!(oa)
	return unless context[:java_addGlobalGetter,true]
	#return if oa.uml_isDerived?
	#return unless oa.uml_isReadOnly?
	return unless oa.java_AttributeGlobalGetter.empty?
	get=java_createAndAddMethodFromProperty(oa,"get",false)
	get.java_getter_property=oa
	oa.java_AttributeGlobalGetter=get

	rp=get.umlx_createAndAddParameter(get.rdf_uri+"_p1")
	rp.java_use_Arrays=oa.java_use_Arrays
	oa.umlx_copyToAttributeProperty(rp)
	rp.uml_name="return"
	rp.uml_direction=Cuml_ParameterDirectionKind::Return
	rp.uml_qualifier=oa.uml_qualifier
	get.java_code=mtk_stss {java_writeGlobalGetterBody(oa) }
	return get
end

#java_addGlobalSetter!(oa) ⇒ Object

Adds a setter for parameter oa using a model transformation.

NOTE:

  • A new operation is added to the UML model. The operation then generated using standard operation generator.

  • If property is part of a bidirectional association, code is generated to update automaticaly the other side of the association.

  • If property is multivalued, the operation takes a set as an argument. For single value access use appender and remover.



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 236

def java_addGlobalSetter!(oa)
	return unless context[:java_addGlobalSetter,true]
	return unless oa.java_AttributeGlobalSetter.empty?
	# a setter is generated for derived attribute as it may be implemented.
	#return unless !oa.uml_isDerived?
	set=java_createAndAddMethodFromProperty(oa,"set",false)
	set.java_setter_property=oa
	oa.java_AttributeGlobalSetter=set

	ip=set.umlx_createAndAddParameter(set.rdf_uri+"_in")
	ip.java_use_Arrays=oa.java_use_Arrays
	oa.umlx_copyToAttributeProperty(ip)
	ip.uml_name=getterParameterName(oa)
	ip.uml_direction=Cuml_ParameterDirectionKind::In
	ip.uml_qualifier=oa.uml_qualifier
	oe=oa.umlx_otherEnd
	set.java_code=mtk_stss{java_writeGlobalSetterBody(oa)}
	return set
end

#java_addHashCodeOperation!(attributesInSignature) ⇒ Object

adds a hash method



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# File 'lib/ontomde-uml2-java/equals.rb', line 68

def java_addHashCodeOperation!(attributesInSignature)
  me=self.umlx_createAndAddOperation(self.rdf_uri+"_hash")
  me.uml_name="hashCode"
  me.uml_class=self
  me.uml_visibility=Cuml_VisibilityKind::Public
  rme=me.umlx_createAndAddReturnParameter("#{me.rdf_uri}_ret")
  rme.uml_type=umlx_getOrCreateDataType("int")
  me.java_annotation_add("@Override")
  meCode = <<CODE
  final int prime = 31;
  int result = 1;
CODE
  attributesInSignature.each { |a|
    meCode << <<CODE
  result = prime * result + ((#{a.java_Name} == null) ? 0 : #{a.java_Name}.hashCode());
CODE
  }
  meCode << <<CODE
  return result;
CODE
  me.java_code = meCode
  return me 
end

#java_addQualifiedAppender!(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 121

def java_addQualifiedAppender!(oa)
end

#java_addQualifiedGetter!(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 256

def java_addQualifiedGetter!(oa)
	return unless context[:java_addQualifiedGetter,true]
	return if oa.uml_qualifier.empty?
	return unless !oa.uml_isDerived?

	getter=java_createAndAddMethodFromProperty(oa,"get",true)

	rp=getter.umlx_createAndAddParameter(getter.rdf_uri+"_p1")
	rp.java_use_Arrays=oa.java_use_Arrays
	oa.umlx_copyToAttributeProperty(rp)
	rp.uml_name="return"
	rp.uml_direction=Cuml_ParameterDirectionKind::Return

	getter.java_code=mtk_stss{java_writeQualifiedGetterBody(oa)}
	return getter
end

#java_addQualifiedPutter!(oa) ⇒ Object

Adds a putter for parameter oa using a model transformation. (manages addition to a hastable):

NOTE:

  • This code is generated when a qualifier is defined in model.

  • Languages do not not handled multiple key Hastable.

  • A new operation is puttered to the UML model. The operation then generated using standard operation generator.

  • operation is only generated for multi-valued property

*WARNING: bi-directional cannot be handled with qualifier because association key is not known.

  • a TODO note is added in the code in case model is bi-directional so developper knows something has to be done.

EXAMPLE 1: (uml_upperValue==1)

Class3 putRoleClass3(String key) {
...
}

EXAMPLE 2 (uml_upperValue==*):

Set<Class3> putRoleClass3(String key) {
...
}



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 115

def java_addQualifiedPutter!(oa)
	return unless context[:java_addQualifiedPutter,true]
	return if oa.uml_qualifier.empty?
	return unless !oa.uml_isDerived?

	putter=java_createAndAddMethodFromProperty(oa,"put",true)
	ip=putter.umlx_createAndAddParameter(putter.rdf_uri+"_in")
	ip.java_use_Arrays=oa.java_use_Arrays
	oa.umlx_copyToAttributeProperty(ip)
	ip.uml_name=getterParameterName(oa)
	ip.uml_direction=Cuml_ParameterDirectionKind::In
	oe=oa.umlx_otherEnd
	putter.java_code= mtk_stss { java_writeQualifiedPutterBody(oa) }
	return putter
end

#java_addQualifiedRemover!(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 118

def java_addQualifiedRemover!(oa)
end

#java_addRemover!(oa) ⇒ Object

Adds a remover for parameter oa using a model transformation.

NOTE:

  • A new operation is added to the UML model. The operation then generated using standard operation generator.

  • Remover is only generated for multi-valued property

  • If property is part of a bidirectional association, code is generated to update automaticaly the other side of the association.



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 47

def java_addRemover!(oa)
	return unless context[:java_addRemover,true]
	return if oa.umlx_upperValueIsOne?
	return if oa.java_isSuggester?
	return if oa.uml_isReadOnly?
	set=java_createAndAddMethodFromProperty(oa,"remove",true)

	if oa.uml_qualifier.empty?
		qualCall=""
		qualInit=""
		qualCheckRemove=""
	else
		qualCall=".get(#{oa.uml_qualifier_one.java_Name})"
		qualInit="//#{java_this(oa)}#{oa.java_NameProperty}.put(#{oa.uml_qualifier_one.java_Name},new java.util.HashSet<#{oa.uml_qualifier_one.uml_type_one}>);"
		qualCheckRemove="==null"
	end

	ip=Cuml_Parameter.new(rdf_model,set.rdf_uri+"_in")
	ip.uml_name=getterParameterName(oa)
	ip.uml_direction=Cuml_ParameterDirectionKind::In
	ip.uml_upperValue=umlx_literal(1)
	ip.uml_lowerValue=umlx_literal(1)
	ip.uml_type=oa.uml_type
	set.uml_ownedParameter_add(ip)
	oe=oa.umlx_otherEnd
	if oa.uml_isDerived?
		#no code when derived
	elsif oe.nil? || !oe.umlx_isNavigable?
		set.java_code=<<END
/* TPL:0003 */
#{java_this(oa)}#{oa.java_NameProperty}.remove(#{getterParameterName(oa)});
END
	elsif oe.umlx_upperValueIsOne?
		set.java_code=<<END
/* TPL:0004 */
 #{qualInit}
 if(#{java_this(oa)}#{oa.java_NameProperty}.remove(#{getterParameterName(oa)})#{qualCheckRemove}) {
	#{getterParameterName(oa)}#{qualCall}.set#{oe.java_NameBean}(null);
}
END
	else
		set.java_code=<<END
/* TPL:0005 */
if(#{java_this(oa)}#{oa.java_NameProperty}.remove(#{getterParameterName(oa)})) {
	#{getterParameterName(oa)}#{qualCall}.remove#{oe.java_NameBean}(this);
}
END
	end

	if set.java_use_Arrays?
		set.java_code=nil # TODO: implement
	end

end

#java_addSuggester!(oa) ⇒ Object

Adds a suggester for parameter oa using a model transformation.

NOTE:

  • A new operation is added to the UML model. The operation then generated using standard operation generator.

  • A suggester returns a set of possible value for the parameter.

  • Suggester is not generated for datatypes (string, int, …)

  • A default suggester is generated for enum that return every enum values

  • A default non functional suggester is generated for objects.



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 139

def java_addSuggester!(oa)
	return if oa.java_isSuggester?
	return if oa.uml_isReadOnly?
	#log.debug { "add suggester (#{oa}) self=#{self}" }
	return unless context[:java_addSuggester,true]
	return if oa.uml_type_one.kind_of?(Muml_DataType) && !oa.uml_type_one.kind_of?(Muml_Enumeration)

	#sug=umlx_createAndAddProperty("#{oa.rdf_uri}_sugP","#{oa.uml_name}Sug2")
	#sug2.uml_type=oa.uml_type
	#sug2.uml_upperValue=umlx_literal(-1)
	#sug2.uml_lowerValue=umlx_literal(0)
	#sug2.uml_isOrdered=RDF_TRUE
	#sug2.uml_isDerived=RDF_TRUE
	#sug2.java_isSuggester=RDF_TRUE


	sug=java_createAndAddMethodFromProperty(oa,"sug",false)
	#suggester is a defined as a bean property so it can be used with tools such as struts.
	sug.uml_name="get#{oa.java_NameBean}Sug"
	#java_createAndAddMethodParameterFromProperty(oa,true)

	rp=sug.umlx_createAndAddParameter(sug.rdf_uri+"_p1")
	#rp.java_use_Arrays=oa.java_use_Arrays
	oa.umlx_copyToAttributeProperty(rp)
	rp.uml_name="return"
	rp.uml_direction=Cuml_ParameterDirectionKind::Return
	rp.uml_upperValue=umlx_literal(-1)
	rp.uml_lowerValue=umlx_literal(0)
	rp.uml_isOrdered=RDF_TRUE

	if(oa.uml_type_one.kind_of?(Muml_Enumeration))
		sug.java_code=mtk_stss{ java_writeSuggesterBodyEnum(oa) }
	else
		sug.java_code=mtk_stss{ java_writeSuggesterBody(oa) }
	end
	return sug
end

#java_addSuggesterType!(oa) ⇒ Object

adds a suggester for creator. Returns an enum of possible types.



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 179

def java_addSuggesterType!(oa)
	#log.debug { "add suggester (#{oa}) self=#{self}" }
	return if oa.uml_isReadOnly?
	return unless context[:withEnumAssignable]
	return unless context[:java_addSuggester,true]
	return if oa.uml_type_one.kind_of?(Muml_DataType) && !oa.uml_type_one.kind_of?(Muml_Enumeration)
	return unless oa.umlx_isComposite?
	sug=java_createAndAddMethodFromProperty(oa,"createAndAddSug",false)
	#suggester is a defined as a bean property so it can be used with tools such as struts.
	sug.uml_name="getCreateAndAdd#{oa.java_NameBean}Sug"
	rp=sug.umlx_createAndAddParameter(sug.rdf_uri+"_p1")
	#rp.java_use_Arrays=oa.java_use_Arrays
	oa.umlx_copyToAttributeProperty(rp)
	rp.uml_type=oa.uml_type_one.java_enumAssignableDataType
	rp.uml_name="return"
	rp.uml_direction=Cuml_ParameterDirectionKind::Return
	rp.uml_upperValue=umlx_literal(-1)
	rp.uml_lowerValue=umlx_literal(0)
	rp.uml_isOrdered=RDF_TRUE

	isCreateAndAdd=true
	sug.java_code=mtk_stss{ java_writeSuggesterTypeBodyEnum(oa,isCreateAndAdd) }
	oa.java_createAndAddSuggester=sug
	return sug
end

#java_addWithIndexAppender!(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 273

def java_addWithIndexAppender!(oa)
	return unless context[:java_addAppender,true]
	return if oa.umlx_upperValueIsOne?
	#return unless oa.uml_qualifier.empty?
	return unless oa.uml_isOrdered?
	return if oa.java_isSuggester?
	return if oa.uml_isReadOnly?
	#return if oa.umlx_isComposite?
	add=java_createAndAddMethodFromProperty(oa,"add",true,"wi")

	ip2=Cuml_Parameter.new(rdf_model,add.rdf_uri+"_in")
	ip2.uml_name="_index"
	ip2.uml_direction=Cuml_ParameterDirectionKind::In
	ip2.uml_upperValue=umlx_literal(1);
	ip2.uml_lowerValue=umlx_literal(1);
	ip2.uml_type=umlx_dataType_integer
	add.uml_ownedParameter_add(ip2)
	oe=oa.umlx_otherEnd

	ip=Cuml_Parameter.new(rdf_model,add.rdf_uri+"_in")
	ip.uml_name=getterParameterName(oa)
	ip.uml_direction=Cuml_ParameterDirectionKind::In
	ip.uml_upperValue=umlx_literal(1);
	ip.uml_lowerValue=umlx_literal(1);
	ip.uml_type=oa.uml_type
	add.uml_ownedParameter_add(ip)

	add.java_code = mtk_stss{java_addWithIndexAppenderBody(oa,oe,ip,ip2)}
	return add
end

#java_addWithIndexAppenderBody(oa, oe, ip, ip2) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 375

def java_addWithIndexAppenderBody(oa,oe,ip,ip2)
		if oe.nil? || !oe.umlx_isNavigable?
			write <<END
/* TPL:0019 */
if(#{getterParameterName(oa)}==null) { return; }
#{oa.java_NameProperty}.add(#{ip2.java_Name}, #{ip.java_Name});
END
		end
end

#java_createAndAddMethodFromProperty(oa, mName, withQualifier, uri_suffix = "") ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 58

def java_createAndAddMethodFromProperty(oa,mName,withQualifier,uri_suffix="")
	m=umlx_createAndAddOperation(oa.rdf_uri+"_#{mName}"+uri_suffix)
	m.uml_name="#{mName}#{oa.java_NameBean}"
	m.uml_class=self
	m.uml_visibility=Cuml_VisibilityKind::Public
	m.uml_isStatic=oa.uml_isStatic
	m.java_use_Arrays=oa.java_use_Arrays
	#puts "java_use_Arrays(#{oa})=#{m.java_use_Arrays}"


	if withQualifier
		oa.uml_qualifier.each { |qual|
			ip_qual=m.umlx_createAndAddParameter(m.rdf_uri+qual.rdf_uri)
			ip_qual.java_use_Arrays=oa.java_use_Arrays
			qual.umlx_copyToAttributeProperty(ip_qual)
			ip_qual.uml_name=qual.uml_name
			ip_qual.uml_direction=Cuml_ParameterDirectionKind::In
			}
		oe=oa.umlx_otherEnd
		if((!oe.nil?) && oe.umlx_isNavigable?)
			oe.uml_qualifier.each { |qual|
				ip_qual=m.umlx_createAndAddParameter(m.rdf_uri+qual.rdf_uri)
				ip_qual.java_use_Arrays=oa.java_use_Arrays
				qual.umlx_copyToAttributeProperty(ip_qual)
				ip_qual.uml_name=qual.uml_name
				ip_qual.uml_direction=Cuml_ParameterDirectionKind::In
				}
		end
	end
	return m
end

#java_FileName ⇒ Object

Returns the full java file name for this element (Uses: Java_FilePath and java_Name.) Example:

  • build/package1/package2/NomDeLaClasse.java



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# File 'lib/ontomde-uml2-java/java.rb', line 549

def java_FileName
  return "#{java_FilePath}#{java_Name}.java"
end

#java_generate ⇒ Object

opens java file for writing with java_openOutStream and calls java_write



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# File 'lib/ontomde-uml2-java/java.rb', line 595

def java_generate
  return if @java_already_generated
  return if java_ignoreMe?

  return unless self.umlx_owner_one.kind_of?(Muml_Package)
  @java_already_generated=true

  java_openOutStream {
    mtk_context(:innerClass=> false,
      :java_interface => kind_of?(Muml_Interface)) {
      java_write
    }
  }
end

#java_getJavaEnumInterface ⇒ Object 



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# File 'lib/ontomde-uml2-java/enumAssignable.rb', line 52

def java_getJavaEnumInterface
	ret=umlx_getOrCreateInterface(JAVA_ENUM_INTERFACE_QNAME)
	if ret.uml_ownedOperation.empty?
		ret.umlx_external="false"
		op=ret.umlx_createAndAddOperation("#{ret.rdf_uri}_name}","name")
		r=op.umlx_createAndAddReturnParameter("#{op.rdf_uri}_ret","return")
		r.uml_type=umlx_dataType_string
                       op.umlx_businessMethod=RDF_FALSE
	end
	return ret
end

#java_isEnumStringMapping?(oa) ⇒ Boolean

Returns:

  • (Boolean) 


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# File 'lib/ontomde-uml2-java/enumCompatibilityLayer.rb', line 25

def java_isEnumStringMapping?(oa)
	return !oa.umlx_stringMappingForEnum.empty?
end

#java_openOutStream(&block) ⇒ Object

Opens java_FileName for writing

Example usage: java_openOutStream { write (“this text goes in java file”) }



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# File 'lib/ontomde-uml2-java/java.rb', line 559

def java_openOutStream(&block)
  mtk_writeSession(java_FileName) {
    yield
    if (context[:protectedReverse].protectedMode?)
      write <<NOTICE
\/\/**********************************************************************
\/\/** This file is in REVERSE MODE. Text between tags will be saved
\/\/** upon next generation if reverse="yes"
\/\/** Element between tags are not stored in model, so this file should
\/\/** manage in a version management tool.#{%{
      /\/\**
      /\/\** This file was generated with option --skipNoReverseMarker
      \/\/** Please set --no-skipNoReverseMarker if you wish to add a
      \/\/** reverse="yes" section.} if context[:skipNoReverseMarker] }
      \/\/**********************************************************************
      \/\/** Generated with ontoMDE (ORANGE-FT/RD/BIZZ/CIL/SAM 2006-2007)
      \/\/**********************************************************************
NOTICE


    else
      write <<NOTICE
\/\/**********************************************************************
\/\/** This file is in NOREVERSE MODE and was totaly generated from
/\/\** model informations.
/\/\** It is not mandatory to use a
/\/\** version management tool for this file
\/\/**********************************************************************
\/\/** Generated with ontoMDE (ORANGE-FT/RD/BIZZ/CIL/SAM 2006-2007
\/\/**********************************************************************
NOTICE
    end
  }
end

#java_qualifierNavigabilityWarning(oa) ⇒ Object

return a warning text to be included in java method if incorrect model is found.



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 103

def java_qualifierNavigabilityWarning(oa)
	oe=oa.umlx_otherEnd
	return "" if oe.nil?
	return "" if oe.umlx_isNavigable?
	return <<END
/*TODO: association other end is navigable (#{oe.uml_name}).
 Because extrinsic qualifier key is not computable, there is no way a computer program can guess it.
 Check your model !
 If your key is intrisic, you should reconsider your model as it is a redundant functional qualifier.
 You should take appropriate action or your data model could be corrupted
 as association other end will not be updated.
*/
END
end

#java_this(oa) ⇒ Object

java_this(oa)=“#java_this(oa)”



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 3

def java_this(oa)
 return "" if oa.uml_isStatic?
 return "this."
end

#java_transform! ⇒ Object

Performs a model transformation to add

  • attribute getter

  • attribute setter

  • attribute remover

  • attribute appender

  • attribute suggester

NOTE:

  • java_transform! is skipped if context is false (default=true)



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# File 'lib/ontomde-uml2-java/accessorSignature.rb', line 20

def java_transform!
		uml_ownedAttribute.each { |oa|
			java_addAccessorsFor!(oa)
		}
end

#java_write ⇒ Object

write java code for class.

(Uses java_writeClassHeader, java_writeClassBody)

NOTE

  • also used for inner classes



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# File 'lib/ontomde-uml2-java/java.rb', line 614

def java_write
  java_writeClassHeader {
    java_writeClassBody
  }
end

#java_writeAttributes ⇒ Object

iterate java_write on attributes

NOTE

  • no attribute is generated for an interface

  • getter/setter// are not handled here (see java_transform!).



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# File 'lib/ontomde-uml2-java/java.rb', line 819

def java_writeAttributes
  return if kind_of?(Muml_Interface)
  #sort has been added because ownedAttribute order is random
  #which is cause false change detection on versionned file
  uml_ownedAttribute.sort { |a,b| a.java_Name.to_s <=> b.java_Name.to_s }.each { |o| o.java_write}
end

#java_writeClassBody ⇒ Object

write class body.

(Uses java_writeClassComment, java_writeClassModifiers, java_writeMetaClassName, java_writeExtends, java_writeImplements, java_writeDeclarationSpecificOnBegin, java_writeAttributes, java_writeConstructors, java_writeOperations, java_writeDeclarationSpecificOnEnd)



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# File 'lib/ontomde-uml2-java/java.rb', line 639

def java_writeClassBody
  java_writeClassComment
  java_writeJavadoc
  java_writeAnnotation
  java_writeClassModifiers
  java_writeMetaClassName
  java_writeExtends
  java_writeImplements # class seulement
  write("{\n")
  java_writeCustomCode
  
  java_writeDeclarationSpecificOnBegin
  java_writeAttributes
  write("\n\n")
  #java_writeConstructors
  write("\n\n")
  java_writeOperations
  java_writeDeclarationSpecificOnEnd

  mtk_context(:innerClass=>true) {
    uml_nestedClassifier.each { |c|
      c.java_write
    }
  }
  write("}\n")
end

#java_writeClassComment ⇒ Object

Does nothing.



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# File 'lib/ontomde-uml2-java/java.rb', line 682

def java_writeClassComment
end

#java_writeClassHeader(&block) ⇒ Object

write java header.

(Uses java_writePackageDeclaration, java_writeImports)

Exemple:

package pack1;
import xyz;



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# File 'lib/ontomde-uml2-java/java.rb', line 625

def java_writeClassHeader(&block)
  return if context[:innerClass]
  java_writePackageDeclaration {
    java_writeImports
    yield
  }
end

#java_writeConstructors ⇒ Object

Does nothing.



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# File 'lib/ontomde-uml2-java/java.rb', line 694

def java_writeConstructors
end

#java_writeCustomCode ⇒ Object

add add a custom code zone that is usefull for out of model code.



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# File 'lib/ontomde-uml2-java/java.rb', line 668

def java_writeCustomCode
  mtk_protected(Mrdf_Resource::NOREVERSE,"custom_code") {
    write !java_customCode.empty? ? java_customCode : <<END
// ***********************************************
// This area is provided to insert special code
// that cannot be handled by generator.
// Please, don't use custom method to avoid
// keeping source models up to date.
// ***********************************************
END
  }
end

#java_writeDeclarationSpecificOnBegin ⇒ Object

Does nothing.



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# File 'lib/ontomde-uml2-java/java.rb', line 686

def java_writeDeclarationSpecificOnBegin
end

#java_writeDeclarationSpecificOnEnd ⇒ Object

Does nothing.



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# File 'lib/ontomde-uml2-java/java.rb', line 690

def java_writeDeclarationSpecificOnEnd
end

#java_writeEnumStringMappingGetterCode(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/enumCompatibilityLayer.rb', line 29

def java_writeEnumStringMappingGetterCode(oa)
	# getter for compatibility layer (enum visible as string)
	enum_oa=oa.umlx_stringMappingForEnum_one
	if  oa.umlx_upperValueIsOne?
		write "/* TPL:0012b */ return (#{enum_oa.java_NameProperty}==null) ? null : (#{enum_oa.java_NameProperty}.name());  "

	else
		write %{ /*TPL:0012c */
java.util.Set<java.lang.String>  ret=new java.util.HashSet<java.lang.String>();
for ( java.util.Iterator<#{enum_oa.uml_type_one.java_qualifiedName}>  iter = #{enum_oa.java_NameProperty}.iterator(); iter.hasNext();) {
	ret.add(iter.next().name());
}
return ret;\n}
	end
end

#java_writeEnumStringMappingSetterCode(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/enumCompatibilityLayer.rb', line 44

def java_writeEnumStringMappingSetterCode(oa)
	oa_enum=oa.umlx_stringMappingForEnum_one
	#Note: throws a runtime exception if enum is not found
	#Note: valueOf throws null pointer exception
	if  oa.umlx_upperValueIsOne?
		write "#{oa_enum.java_NameProperty}= #{getterParameterName(oa)}==null ? null : Enum.valueOf(#{oa_enum.uml_type_one.java_qualifiedName}.class,#{getterParameterName(oa)}); /* TPL:0014c*/"
	else
		# TODO: provide java implementation
	end
end

#java_writeExtends ⇒ Object

write java extends instructions is necessary (Uses java_qualifiedName)

Example:

extends Class2,Class3



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# File 'lib/ontomde-uml2-java/java.rb', line 719

def java_writeExtends
  ext=Set.new
  nbrInterface=0;

  uml_generalization.each { |g|
    nbrInterface+=1
    if (nbrInterface>1) && !kind_of?(Muml_Interface)
      write("\n/*TODO: UML model defines multiple inheritance (#{g.uml_general_one.java_qualifiedName})*/")
    else
      ext.add(g.uml_general_one.java_qualifiedName)
    end
  }
  java_extends.each { |g|
    nbrInterface+=1
    if nbrInterface>1
      write("\n/*TODO: UML model defines multiple inheritance (#{g})*/")
    else
      ext.add(g)
    end
  }
  sep="\nextends "
  ext.sort{ |a,b| a <=> b}.each { |g|
    write(sep)
    write(g)
    sep=","
  }

end

#java_writeGlobalGetterBody(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 385

def java_writeGlobalGetterBody(oa)
	return if oa.uml_isDerived?  && oa.umlx_stringMappingForEnum.empty?

	if java_isEnumStringMapping?(oa)
		java_writeEnumStringMappingGetterCode(oa)

	elsif oa.umlx_upperValueIsOne?  || !oa.uml_qualifier.empty?
		j="/* TPL:0012 */ return #{oa.java_NameProperty}"
		sep_next=".get("
		sep_end=""
		#oa.uml_qualifier.each { |key|
		#	j=j+sep_next+key.uml_name_one
		#	sep_next=","
		#	sep_end=")"
		#}
		j=j+sep_end  +";"
		write j
	else
		#on ne peut pas permettre la modification de la liste en direct
		write %{
if(#{oa.java_NameProperty}!=null){ /* TPL:0013 */
	return #{oa.java_NameProperty};
} else {
	return #{oa.java_getCollectionMapping.addNew(oa.uml_type_one.java_qualifiedName)};
}}
	end
end

#java_writeGlobalSetterBody(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 413

def java_writeGlobalSetterBody(oa)
	return if oa.uml_isDerived?  && oa.umlx_stringMappingForEnum.empty?

	oe=oa.umlx_otherEnd
	if java_isEnumStringMapping?(oa)
		java_writeEnumStringMappingSetterCode(oa)
	elsif  !oa.uml_qualifier.empty? || (!oe.nil? && oe.umlx_isNavigable? && !oe.uml_qualifier.empty?)
		#TODO: gerer bi-nav et qualifier
		write "/* TPL:0014 */ //TODO: bi-navigability\n #{oa.java_NameProperty}=#{getterParameterName(oa)};"
	elsif (oe.nil?) ||  (!oe.umlx_isNavigable?)
		# Autre extr�mit� non navigable.
		#begin
		#if oa.uml_qualifier.empty?
		write "#{java_this(oa)}#{oa.java_NameProperty}=#{getterParameterName(oa)}; /* TPL:0014d*/"
		#else
		#	j="{ #{oa.java_NameProperty}.put("
		#	sep=""
		#	oa.uml_qualifier.each { |qual|
		#		j=j+sep+qual.java_NameProperty
		#		sep=","
		#		}
		#	j=j+sep+"#{ip.uml_name});}"
		#	set.java_code=j
		#end
		#end
	elsif oa.umlx_upperValueIsOne? && oe.umlx_upperValueIsOne?
		# 1<->1
		#Ne pas enlver le =null (bloque la recursion)
		write <<END
/* TPL:0015 */
		if(#{java_this(oa)}#{oa.java_NameProperty}==#{getterParameterName(oa)}) { return ;}
		#{oa.uml_type_one.java_qualifiedName} previous=#{java_this(oa)}#{oa.java_NameProperty};

		#{java_this(oa)}#{oa.java_NameProperty}=null;
		if(previous!=null) { previous.set#{oe.java_NameBean}(null); }

		#{java_this(oa)}#{oa.java_NameProperty}=#{getterParameterName(oa)};
		if(#{getterParameterName(oa)}!=null) { #{getterParameterName(oa)}.set#{oe.java_NameBean}(this); }
END

	elsif oa.umlx_upperValueIsOne? && (!oe.umlx_upperValueIsOne?)
		# 1<->*
		write <<END
/* TPL:0016 */
		if(#{oa.java_NameProperty}!=null && #{oa.java_NameProperty}.equals(#{getterParameterName(oa)})) { return ;}
		#{oa.uml_type_one.java_qualifiedName} previous=#{oa.java_NameProperty};
		
		#{oa.java_NameProperty}=null;
		if(previous!=null) { previous.remove#{oe.java_NameBean}(this); }

		#{java_this(oa)}#{oa.java_NameProperty}=#{getterParameterName(oa)};
		if(#{getterParameterName(oa)}!=null) { #{getterParameterName(oa)}.add#{oe.java_NameBean}(this); }
END
	else # *<->1 and *<->*
		write <<END
/* TPL:0017 */
		#{oa.java_propertyAssociationType} toBeRemoved=new #{oa.java_propertyAssociationConcreteType}();
		for(#{oa.uml_type_one.java_qualifiedName} item:#{oa.java_NameProperty}) {
			if(#{getterParameterName(oa)}!=null && #{getterParameterName(oa)}.contains(item)) { continue;}
			toBeRemoved.add(item);
		}
		for(#{oa.uml_type_one.java_qualifiedName} item:toBeRemoved) {
			#{java_this(oa)}remove#{oa.java_NameBean}(item);
		}
		if(#{getterParameterName(oa)}==null) { return ; }
		for(#{oa.uml_type_one.java_qualifiedName} item:#{getterParameterName(oa)}) {
			#{java_this(oa)}add#{oa.java_NameBean}(item);
		}
END
	end
end

#java_writeImports ⇒ Object

write import instructions

NOTE:

The generator always uses qualified names, thus imports are not used by the generator.
Using short names leads to name clash. (different Date class, ...)

Letting eclipse handle imports is a the best solution.

Eclipse offers a highly convenient organize imports feature.
Developer should generate java code squeleton and fill it with their code eventually
using ECLIPSE organize import features.



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# File 'lib/ontomde-uml2-java/java.rb', line 767

def java_writeImports
  setOfImport=Set.new
  java_import.each { |imp|
    setOfImport<< imp
  }
  JAVA_DEFAULT_IMPORTS.each { |c|
    setOfImport<< c
  }
  if(JAVA_IMPORT_COMPUTED_DEPENDENCIES)
    umlx_computeDirectDepencies().each { |c|
      m=c.java_qualifiedName
      #Concrete type may come from a datatype mapping definition and be either a class or a language datatype.
      next unless m.index(".")
      setOfImport<< m
    }
  end

  if (setOfImport.empty?)
    # adds a useless import so eclipse
    # will place imports in the right area (between ontomde reverse marquers)
    # when using "organize import" eclipse feature.
    if umlx_owner_one.kind_of?(Muml_Model)
      #import of class in root package is invalid
      setOfImport<<"java.lang.Object"
    else
      #we import something
      setOfImport<< self.java_qualifiedName;
    end
  end

  mtk_protected(Mrdf_Resource::NOREVERSE,"imports") {
    setOfImport.sort { |a,b| a <=> b}.each {|imp|
      write("import #{imp};\n");
    }
  }
end

#java_writeJavadoc ⇒ Object

write classifier javadoc comment.



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# File 'lib/ontomde-uml2-java/javadoc.rb', line 20

def java_writeJavadoc
  return unless context[:javadoc]
  c=""
  sep=""
  uml_ownedComment.each { |comment|
    c="#{c}#{sep}#{comment.uml_body_one}"
    sep="\n"
  }
  write("    /**\n");
  c.java_writeJavadoc(self)
  #Note: RSM exports adds an extraneous http://
  #Note: TODO: This code is RSM 6 specific
  %{@see <a href="#{context[:rsm6WebDocURI]}#{UriNamespace.instance.unalias(rdf_uri).gsub(/http:\/\/kb#/,"")}-content.html">UML documentation.</a>}.java_writeJavadoc(self) unless context[:rsm6WebDocURI].empty?

  write("    */\n")
end

#java_writeOperations ⇒ Object

iterate java_write on operations



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# File 'lib/ontomde-uml2-java/java.rb', line 808

def java_writeOperations
  #sort has been added because ownedOperation order is random
  #which is cause false change detection on versionned file
  uml_ownedOperation.sort { |a,b| a.java_Name.to_s <=> b.java_Name.to_s }.each { |o| o.java_write}
end

#java_writePackageDeclaration(&block) ⇒ Object

write java package declaration (Uses java_qualifiedName)

Example:

  • package aPackage;

  • package aPackage.aPackage2;

  • //package –none–



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# File 'lib/ontomde-uml2-java/java.rb', line 704

def java_writePackageDeclaration(&block)
  p = umlx_package
  if p.nil?
    write("//package --none--;\n")
  else
    write("package #{p.java_qualifiedName};\n")
  end
  yield
end

#java_writeQualifiedGetterBody(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 485

def java_writeQualifiedGetterBody(oa)
	write("/* TPL:0018 */\n")
	write("return   #{oa.java_NameProperty}.get(")
	sep=""
	oa.uml_qualifier.each { |key|
			write(sep)
			sep=","
			write(key.java_Name)
		}
	write(");\n")
end

#java_writeQualifiedPutterBody(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 126

def java_writeQualifiedPutterBody(oa)
	j=""
	sep=""
	oa.uml_qualifier.each { |key|
		j=j+sep+key.java_Name
		sep=","
	}
	write <<END
{
#{java_qualifierNavigabilityWarning(oa)}
if(#{getterParameterName(oa)}==null) {
   #{java_this(oa)}#{oa.java_NameProperty}.remove(#{j});
 } else {
   #{java_this(oa)}#{oa.java_NameProperty}.put(#{j},#{getterParameterName(oa)});
 }
}
END
end

#java_writeSuggesterBody(oa) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 7

def java_writeSuggesterBody(oa)
	#TODO: recherche du composite commun
	write("/* TPL:0001 */ return null;\n")
end

#java_writeSuggesterBodyEnum(oa) ⇒ Object

Write code for a suggester for a parameter enum



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 18

def java_writeSuggesterBodyEnum(oa)
	java_writeSuggesterBodyEnumWithType(oa,oa.uml_type_one)
end

#java_writeSuggesterBodyEnumWithType(oa, enum, isCreateAndAddSuggester = false) ⇒ Object

Write code for a suggester returning enum given has parameter if lowerValue is zero, null is also added (except if createAndAdd)



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 23

def java_writeSuggesterBodyEnumWithType(oa,enum,isCreateAndAddSuggester=false)
	write <<END
/* TPL:0002 */
java.util.ArrayList<#{enum.java_qualifiedName}> ret=new java.util.ArrayList<#{enum.java_qualifiedName}>();
#{ (oa.umlx_lowerValueIsZero? && (!isCreateAndAddSuggester))  ? %{ret.add(null);} : %{} } /* TPL:0002i */
for(int i=java.lang.reflect.Array.getLength(#{enum.java_qualifiedName}.values())-1; i>=0 ; i--){
	ret.add(#{enum.java_qualifiedName}.values()[i]);
	}
return ret;
END
end

#java_writeSuggesterTypeBodyEnum(oa, isCreateAndAdd = false) ⇒ Object

Write code for a composition createAndAdd suggester



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 13

def java_writeSuggesterTypeBodyEnum(oa,isCreateAndAdd=false)
	java_writeSuggesterBodyEnumWithType(oa,oa.uml_type_one.java_enumAssignableDataType_one,isCreateAndAdd)
end

#struts_addAllOperationAggregateParameterClass!(biz) ⇒ Object 



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# File 'lib/ontomde-uml2-java/operationAsClass.rb', line 68

def struts_addAllOperationAggregateParameterClass!(biz)
	mpc=self
	mpc.struts_bizOperation=biz
	biz.struts_bizOperationReverse_add(mpc)
	#biz.struts_bizForm=mpc
	mpc.uml_name="#{biz.umlx_owner_one.java_Name}#{biz.java_Name}MPC"
	(biz.uml_ownedParameter+biz.uml_returnResult).each { |param|
		#next if param.uml_direction_one.isReturn?
		mpcp=mpc.umlx_createAndAddProperty(mpc.rdf_uri+"_mpc3")
		param.umlx_copyToAttributeProperty(mpcp)
		mpcp.uml_name= param.uml_direction_one.isReturn? ? STRUTS_RESULT_PARAM_NAME : param.uml_name
	}
	mpc.struts_addApplyToParameter!(biz)
	mpc.struts_addProceed!(biz)
	#mpc.apaCom_addLogger!
end

#struts_addApplyToParameter!(biz) ⇒ Object 



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# File 'lib/ontomde-uml2-java/operationAsClass.rb', line 85

def struts_addApplyToParameter!(biz)
	mpc=self
	m,m1,m2=mpc.umlx_createAndAddAssociation(mpc.rdf_uri+"_apply",biz.umlx_owner_one)
	m1.uml_name=STRUTS_APPLY_TO_PARAM
	m2.uml_name="#{STRUTS_APPLY_TO_PARAM}_inv"
end

#struts_addProceed!(biz) ⇒ Object 



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# File 'lib/ontomde-uml2-java/operationAsClass.rb', line 92

def struts_addProceed!(biz)
	mpc=self
	cpt=mpc.umlx_createAndAddOperation(mpc.rdf_uri+"_proceed","proceed")
	params=""; sep=""
	hasRP=false
	(biz.uml_ownedParameter+biz.uml_returnResult).each { |param|
		if param.uml_direction_one.isReturn?
			hasRP=true
			next
		end
		params="#{params}#{sep}#{param.java_Name}"
		sep=","
		}
	if(biz.uml_raisedException.empty?)
	cpt.java_code=%{
		#{hasRP ? "#{STRUTS_RESULT_PARAM_NAME}=" : ""} #{STRUTS_APPLY_TO_PARAM}.#{biz.java_Name}(#{params});
	}
	else
	cpt.java_code=%{
	try {
		//log.error("before biz method");
		//log.error("applyTo="+#{STRUTS_APPLY_TO_PARAM});
		#{hasRP ? "#{STRUTS_RESULT_PARAM_NAME}=" : ""} #{STRUTS_APPLY_TO_PARAM}.#{biz.java_Name}(#{params});
		//log.error("after biz method");
		//log.error("result="+#{hasRP ? STRUTS_RESULT_PARAM_NAME : %{"-none-"}});
	} catch(Exception e) {
		//TODO: implement proper exception handling
		throw new java.lang.RuntimeException(e);
	}
	}
	end

end

#umlx_literal(val) ⇒ Object 



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# File 'lib/ontomde-uml2-java/accessorCode.rb', line 35

def umlx_literal(val)
	r=Cuml_LiteralInteger.new(rdf_model,nil)
	r.uml_value=val
	return r
end