| «cpp_assignment» |
Operations |
isInline |
Boolean with a default value of false |
| «cpp_body_comment» |
Comments that you want to appear in
the source code, such as comments for functions and static variables |
|
|
| «cpp_constructor» |
Operations |
isExplicit, isInline |
Boolean with a default value of false |
| memberInitializers |
This string specifies
the initializer list of the constructor of a class. The list specifies
the initial values of the attributes of the class or the parent class.For example, specify the following string to generate
an initializer list for a constructor method for a class named Class1
that has an integer attribute named attribute1 and a string attribute
named name1: attribute1(10),name1("Class1")
Do
not enclose the string with single quotation marks. The transformation
generates the following constructor: Class1::Class1() :
attribute1(10),name1("Class1")
{
//TODO Auto-generated method stub
}
|
| «cpp_copy_constructor» |
Operations |
isExplicit, isInline |
Boolean with a default value of false |
| memberInitializers |
This string specifies
the initializer list of the constructor of a class. The list specifies
the initial values of the attributes of the class or the parent class.For example, specify the following string to generate
an initializer list for a constructor method for a class named Class1
that has an integer attribute named attribute1 and a string attribute
named name1: attribute1(10),name1("Class1")
Do
not enclose the string with single quotation marks. The transformation
generates the following constructor: Class1::Class1() :
attribute1(10),name1("Class1")
{
//TODO Auto-generated method stub
}
|
| «cpp_dependency» |
Dependency
relationships |
isForwardReference |
Boolean with a default value of false;
if the value is set to true, it generates a forward declaration
of the supplier type in the header file of the client classEven
if you set this property to true, the transformation does
not generate a forward reference in the following situations: - If the supplier is a typedef, nested type, or enumeration
- If the client class contains any non-reference or non-pointer
types that are of the supplier type
|
| isInclusionInHeader |
Boolean with a default value of false;
if the value is set to true, it generates an #include directive
in the header file of the client class |
| «cpp_destructor» |
Operations |
isVirtual, isInline |
Boolean with a default value of false |
| «cpp_enum» |
Enumerations |
isAnonymousEnum |
Boolean with a default value of false;
if the value is set to true, the transformation generates
an anonymous enumeration |
| «cpp_external_inclusion» |
Classes, interfaces |
includeType |
Enumeration with values that specify
how the transformation generates include directives when the imported
class is not part of the transformation source |
| relativeToFolderInput |
String; required if you specify the Generate include directives that are
relative to this folder value
in the includeType property |
| specificFileNameInput |
String; required if you specify the Generate an include directive that contains
the following file name value
in the includeType property |
| «cpp_friend» |
Dependency relationships |
|
Generates an #include directive in
the header file, and declares the supplier class as a friend of the
client class |
| «cpp_generalization» |
Generalization relationships,
InterfaceRealization relationships |
GeneralizationKind |
Enumeration with public, protected,
private, and default values (0-public, 1-protected, 2-private, 3-default) |
| isVirtual |
Boolean with a default value of false;
indicates virtual inheritances |
| «cpp_internal_inclusion» |
Classes, interfaces |
includeType |
Enumeration with values that specify
how the transformation generates include directives when the importing
class and the imported class are part of the transformation source |
| relativeToFolderInput |
String; required if you specify the Generate include directives that are
relative to this folder value
in the includeType property |
| specificFileNameInput |
String; required if you specify the Generate an include directive that contains
the following file name value
in the includeType property |
| «cpp_namespace» |
Packages |
NamespaceName |
String |
| «cpp_operation» |
Operations |
isInline |
Boolean with a default value of false;
if the value is set to true, it generates the operation as
inline and adds the operation body to the corresponding header file |
| isVirtual |
Boolean with a default value of false;
if the value is set to true, it generates the operation as
a virtual function |
| isFriend |
Boolean with a default value of false;
if the value is set to true, it generates a friend operation |
| isGlobal |
Boolean with a default value of false;
if the value is set to true, it generates a global function |
| «cpp_properties» |
Classes, interfaces, enumerations |
bodyFileExtension |
C++ body file with the specified extension |
| headerFileExtension |
C++ header file with the specified
extensionFor example, to generate code for a C++ template class
in a header file that has .inc as a file name extension, you can apply
this stereotype to the class, and set this property to ".inc". Note: You
must associate the .inc file name extension to a C++ header file so
that the C/C++ Development Tools (CDT)
recognize .inc as a valid C++ file name extension.
|
| «cpp_struct» |
Classes |
|
|
| «cpp_type» |
Properties, parameters |
arrayDimensions |
This string is typically used to specify
multidimensional arrays that UML 2.0 does not support. For example,
use this string to specify an array for a property: [10][20]; or for
a non-return type parameter: [][10]
|
| InitializerKind |
This enumeration has constructor and
assignment values (0-constructor). If the InitializerKind property
is set to 0, the transformation generates a constructor initializer.
If
the InitializerKind property is set to 1, the transformation generates
an assignment statement in the constructor.
See Example of how the UML-to-C++ transformation transforms elements with the «cpp_type» stereotype applied.
|
| isAuto, isMutable, isRegister, isVolatile |
Boolean with a default value of false |
| qualifier |
This string contains the part of a
C++ type that cannot be modeled in UML, and that appears before the
variable name and after the type, such as ** and &.For example, const
int **a[12][33] can be represented by these items:
|
| Attributes |
isGlobal |
Boolean with a default value of false;
if the value is set to true, it generates a global variable |
| «cpp_typedef» |
Classes |
arrayDimensions |
String |
| ImplementationType |
This string specifies the type to which
the typedef refers; it can be a primitive type or a user-defined type. User-defined
types can be fully qualified or not. If a type name is not fully qualified,
the scope of the typedef is applied to the user-defined type.
|
| qualifier |
This string specifies pointer types,
constants, and so on.For example, the transformation generates const
int **Typedef1[12][13] for a UML element of the following
description: - A class named Typedef1, stereotyped as «cpp_typedef»
- ImplementationType int
- arrayDimensions[12][13]
- qualifier const **
|
| «cpp_union» |
Classes |
isAnonymousUnion |
Boolean with a default value of false |