DDS4CCM11 — Editorial corrections

p16 7.3.6 cont'd

[19] context ConsumesDe inv:
component.contents->includesAll (consumess)

-> context ConsumesDef

p18 7.3.6 cont'd

[36] Contraints [33], [34], and [35] apply recursively to valuetype members that are valuetypes.

-> Constraints

p18 7.3.6 cont'd

[33, 34, 35, 36] isAcceptableKeyType (type)
isAcceptableKeyType (valueType : ValueDef) : Boolean
{ valueType.contents.forAll
( c | c.oclIsTypeOf(ValuefMemberDef) implies c.OclAsType (ValueMemberDef).isPublicMember)

-> c.oclIsTypeOf(ValueMemberDef)

-> c.oclAsType (ValueMemberDef)
(using lowercase "o" at c.oclAsType)

p19 top

else
         result = home.key
endi f }

-> endif }

p32 paragraph below Figure 7.16, last sentence

The Binding metaclass has two attributes: “name” (the name of the Binding) and “CCMQoS
metamodel: Bindingmandatory” (if “true,” then the QoS property is bound in any case).

-> Change “CCMQoS metamodel: Bindingmandatory” to “mandatory”

p44 CORBAUnion example

        enum Contents
        {
              INTEGER_CL;
              FLOAT_CL;
              DOUBLE_CL;
              COMPLEX_CL;
              STRUCTURED_CL;
        };

The delimiter for enum values is a comma; the value list should be:

              INTEGER_CL,
              FLOAT_CL,
              DOUBLE_CL,
              COMPLEX_CL,
              STRUCTURED_CL
        };

p45 Figure 8.9 - Union example (a)

-> Remove class «CORBAUnion» "Reading", it is redundant to fig. 8.10

p45 Figure 8.10 - Union example (b)

 ┌──────────────────────────────────────────────────────────┐
 │                      «CORBAUnion»                        │      
 │                        Reading                           │      
 ├──────────────────────────────────────────────────────────┤
 │ «CORBASwitch» discriminator: Contents                    │      
 │ «CORBACase» a_long: long {lable=INTEGER_CL}              │      
 │ «CORBACase» a_double: double {lable=FLOAT_CL, DOUBLE_CL} │
 │ «CORBACase» an_any: any {lable=default}                  │      
 └──────────────────────────────────────────────────────────┘

"lable" -> "label"

p45 CORBAStruct example

        struct Problem
        {
              string expression;
              Fraction result;
              Boolean correctness;

-> boolean correctness;
(lowercase "b" at "boolean")

p49 CORBAArray list 1st bullet 4th sentence

• Named by a typedef declaration arrays are represented by the UML DataType [...]
  [...] The value of the “tag „index” is a list of integers separated by comma [...]

-> The value of the tag “index”

p62 Constraints

[43-4] Contraints [43-1], [43-2], and [43-3] apply recursively to [...]

-> Constraints

p62 Constraints

[43-1, 43-2, 43-3, 43-4] isAcceptableKeyType(type)

isAcceptableKeyType (valueType : ValueDef) : boolean
{ valueType.contents.forAll (c | c.oclIsTypeOf(ValuefMemberDef) implies
c.OclAsType(ValueMemberDef).isPublicMember) and

-> c.oclIsTypeOf(ValueMemberDef)

-> c.oclAsType(ValueMemberDef)
(with lowercase "o" at c.oclAsType)

p63 8.2.3 Example

        typedef enum PhilosopherState
        {

Use of `typedef` in this context is archaic. Omit `typedef`:

        enum PhilosopherState
        {

p63 8.2.3 Example

        eventtype StatusInfo {
              public  string name;
              public  PhilosopherState state;
              public  long secondesSinceLastMeal;

-> secondsSinceLastMeal

p66 Figure 8.25 bottom left

        ┌─────────────────────┐
        │   <<enumeration>>   │
        │  ComponentCategory  │
        ├─────────────────────┤
        │ ▱ session           │
        │ ▱ entity            │
        │ ▱ process           │
        │ ▱ sevice            │
        │ ▱ extension         │
        └─────────────────────┘

-> service

p71 paragraph before 8.4.2

[...] All these files are represented using a UML Artifact with stereotypes
<<CORBAAComponentFile>>, <<CORBAAIDLFile>>, <<CORBAAContainedFile>>, and <<CORBAADependentFile>>.

-> CORBAComponentFile , CORBAIDLFile , CORBAContainedFile , CORBADependentFile

p71 Table 8.4 rightmost column header Const-raints

-> Constraints

p82 Class2Interface

Class2Interface (cl, itf)
FORALL UML1Class cl WHERE c.stereotype = "CORBAInterface" || "CORBAHome“
CREATE UML2Interface itf
SETTING itf.stereotype = cl.stereotype, itf.name = cl.name, itf.attribute = cl.attribute, itf.operation = cl.opertaion,

-> cl.operation

p86 9.2.1 example, cont'd

      interface RetrieveRadarData {
          /* callculates the List of radar contacts visible for a given position of a Radar */

-> calculates