ClassS *<-* setRefClass*(*'ClassS',
fields = c*(*
'field.s'
*)*,
methods = list*(*
initialize = *function**()* *{*
*return**(*initFields*(*field.s = 0*))*
*}*
*)*
*)*
ClassM *<-* setRefClass*(*'ClassM',
fields = c*(*
'field.m'
*)*,
methods = list*(*
initialize = *function**()* *{*
*return**(*initFields*(*field.m = 0*))*
*}*
*)*
*)*
ClassD *<-* setRefClass*(*'ClassD',
contains = c*(*
'ClassS',
'ClassM'
*)*,
fields = c*(*
'field.d'
*)*,
methods = list*(*
initialize = *function**()* *{*
initFields*(*field.d = 0*)*
*return**(*callSuper*())*
*}*
*)*
*)*
*
*
===
Browse[2]> d = ClassD$new*()*
Browse[2]> d$field.d; d$field.s; d$field.m
[1] 0
[1] 0
An object of class "uninitializedField"
Slot "field":
[1] "field.m"
Slot "className":
[1] "ANY"
Browse[2]> m
===
In other words, initialize isn't being called for M (these classes are named
as such to indicate superclass, mixin, and derived). Is this a known
problem, or am I missing something?
--
Robert Tirrell | r...@stanford.edu | (607) 437-6532
Program in Biomedical Informatics | Butte Lab | Stanford University
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