public TypeSupportFactory()
{
deleteEntityAction = DeleteEntityAction;
}
/* This is the default constructor that is to be used by all DDS
* classes that have a corresponding Gapi.Create<Entity> operation.
* The constuctor of these classes should only be invoked AFTER the
* gapi has created the corresponding gapi handles.
*/
protected SacsSuperClass(IntPtr gapiPtr)
{
this.deleteEntityAction = DeleteEntityAction;
this.SetPeer(gapiPtr, false);
}
/* This constructor is only used by all DDS classes that have a
* default constructor (i.e. TypeSupport, WaitSet, GuardCondition).
* It is due to the fact that the Gapi.<Entity>.alloc() needs to
* be called in order to get a gapi handle, but this cannot be done
* in the constructor in this stage.
* The caller must call SetPeer and pass the gapi handle as soon as
* he has obtained it.
*/
internal SacsSuperClass()
{
this.deleteEntityAction = null;
}
public TypeSupportFactory()
{
deleteEntityAction = DeleteEntityAction;
}
/* This is the default constructor that is to be used by all DDS
* classes that have a corresponding Gapi.Create<Entity> operation.
* The constuctor of these classes should only be invoked AFTER the
* gapi has created the corresponding gapi handles.
*/
protected SacsSuperClass(IntPtr gapiPtr)
{
this.deleteEntityAction = DeleteEntityAction;
this.SetPeer(gapiPtr, false);
}
/* This constructor is only used by all DDS classes that have a
* default constructor (i.e. TypeSupport, WaitSet, GuardCondition).
* It is due to the fact that the Gapi.<Entity>.alloc() needs to
* be called in order to get a gapi handle, but this cannot be done
* in the constructor in this stage.
* The caller must call SetPeer and pass the gapi handle as soon as
* he has obtained it.
*/
internal SacsSuperClass()
{
this.deleteEntityAction = null;
}
