arg = -G
arg[1:2] = -
case - 
flagp = G
arg = -c
arg[1:2] = -
case - 
flagp = c
arg = misc
arg[1:2] = m
arg_cnt = 1 arg = misc
arg = misc.r
arg[1:2] = m
arg_cnt = 2 arg = misc.r
arg = misc.out
arg[1:2] = m
arg_cnt = 3 arg = misc.out
arg = misc.sig
arg[1:2] = m
arg_cnt = 4 arg = misc.sig
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
mklist va_alist
mklist va_alist
mklist va_alist
Creating emptylist
Creating emptylist
mklist type p = ParameterNode__state
mklist l before addright(l,p)
mklist p before addright(l,p)
addright dump_info(e) = ParameterNode__state
addright dump_info(e) = ParameterNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty l.lh_first TRUE
is empty l.lh_first TRUE
addright 3 l = emptyListHeaderNode__state
addright 3 l = emptyListHeaderNode__state
addright - in next node lh first & last should equal p above
addright - in next node lh first & last should equal p above
addright return
mklist l after addright(l,p)
mklist type p = ParameterNode__state
mklist l before addright(l,p)
mklist p before addright(l,p)
addright dump_info(e) = ParameterNode__state
addright dump_info(e) = ParameterNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
mklist l after addright(l,p)
mklist done
mklist va_alist
mklist va_alist
mklist va_alist
Creating emptylist
Creating emptylist
mklist type p = ParameterNode__state
mklist l before addright(l,p)
mklist p before addright(l,p)
addright dump_info(e) = ParameterNode__state
addright dump_info(e) = ParameterNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty l.lh_first TRUE
is empty l.lh_first TRUE
addright 3 l = emptyListHeaderNode__state
addright 3 l = emptyListHeaderNode__state
addright - in next node lh first & last should equal p above
addright - in next node lh first & last should equal p above
addright return
mklist l after addright(l,p)
mklist type p = ParameterNode__state
mklist l before addright(l,p)
mklist p before addright(l,p)
addright dump_info(e) = ParameterNode__state
addright dump_info(e) = ParameterNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
mklist l after addright(l,p)
mklist done
mklist va_alist
mklist va_alist
mklist va_alist
Creating emptylist
Creating emptylist
mklist type p = ParameterNode__state
mklist l before addright(l,p)
mklist p before addright(l,p)
addright dump_info(e) = ParameterNode__state
addright dump_info(e) = ParameterNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty l.lh_first TRUE
is empty l.lh_first TRUE
addright 3 l = emptyListHeaderNode__state
addright 3 l = emptyListHeaderNode__state
addright - in next node lh first & last should equal p above
addright - in next node lh first & last should equal p above
addright return
mklist l after addright(l,p)
mklist type p = ParameterNode__state
mklist l before addright(l,p)
mklist p before addright(l,p)
addright dump_info(e) = ParameterNode__state
addright dump_info(e) = ParameterNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
mklist l after addright(l,p)
mklist done
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
mklist va_alist
mklist va_alist
mklist va_alist
Creating emptylist
Creating emptylist
mklist type p = ParameterNode__state
mklist l before addright(l,p)
mklist p before addright(l,p)
addright dump_info(e) = ParameterNode__state
addright dump_info(e) = ParameterNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty l.lh_first TRUE
is empty l.lh_first TRUE
addright 3 l = emptyListHeaderNode__state
addright 3 l = emptyListHeaderNode__state
addright - in next node lh first & last should equal p above
addright - in next node lh first & last should equal p above
addright return
mklist l after addright(l,p)
mklist done
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
Creating emptylist
mklist va_alist
mklist va_alist
mklist va_alist
Creating emptylist
Creating emptylist
mklist type p = LetterId__state
mklist l before addright(l,p)
mklist p before addright(l,p)
addright dump_info(e) = LetterId__state
addright dump_info(e) = LetterId__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty l.lh_first TRUE
is empty l.lh_first TRUE
addright 3 l = emptyListHeaderNode__state
addright 3 l = emptyListHeaderNode__state
addright - in next node lh first & last should equal p above
addright - in next node lh first & last should equal p above
addright return
mklist l after addright(l,p)
mklist done
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = LetterId__state
addright dump_info(e) = LetterId__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = LetterId__state
addright dump_info(e) = LetterId__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = QStrNode__state
addright dump_info(e) = QStrNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = LetterId__state
addright dump_info(e) = LetterId__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = UQStrNode__state
addright dump_info(e) = UQStrNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = UQStrNode__state
addright dump_info(e) = UQStrNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = UQStrNode__state
addright dump_info(e) = UQStrNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = UQStrNode__state
addright dump_info(e) = UQStrNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = UQStrNode__state
addright dump_info(e) = UQStrNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = LetterId__state
addright dump_info(e) = LetterId__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = UQStrNode__state
addright dump_info(e) = UQStrNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = OpridNode__state
addright dump_info(e) = OpridNode__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
Creating emptylist
Creating emptylist
addright dump_info(e) = LetterId__state
addright dump_info(e) = LetterId__state
addright 2 p = ConsNode__state
addright 2 p = ConsNode__state
is empty lh_first - FALSE
is empty lh_first - FALSE
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last.cn_tl_field should equal p above
addright - in next node lh last should equal p above
addright return
IN LENGTH
length count = 0dump_info(self.lh_first) = ConsNode__state
length count = 1dump_info(v) = null
length count = 2dump_info(v) = null
length count = 3dump_info(v) = null
length count = 4dump_info(v) = null
length count = 5dump_info(v) = null
length count = 6dump_info(v) = null
length count = 7dump_info(v) = null
length count = 8dump_info(v) = null
length count = 9dump_info(v) = null
length count = 10dump_info(v) = null
length count = 11dump_info(v) = null
length count = 12dump_info(v) = null
length count = 13dump_info(v) = null
length count = 14dump_info(v) = null
length count = 15dump_info(v) = null
length count = 16dump_info(v) = null
length count = 17dump_info(v) = null
length count = 18dump_info(v) = null
length count = 19dump_info(v) = null
length count = 20dump_info(v) = null
length count = 21dump_info(v) = null
length count = 22dump_info(v) = null
length count = 23dump_info(v) = null
list_to_array count = 0dump_info(self.lh_first) = ConsNode__state
list to array len = 23 tmp = ConsNode__state
list to array count = 1 v = null
list to array count = 2 v = null
list to array count = 3 v = null
list to array count = 4 v = null
list to array count = 5 v = null
list to array count = 6 v = null
list to array count = 7 v = null
list to array count = 8 v = null
list to array count = 9 v = null
list to array count = 10 v = null
list to array count = 11 v = null
list to array count = 12 v = null
list to array count = 13 v = null
list to array count = 14 v = null
list to array count = 15 v = null
list to array count = 16 v = null
list to array count = 17 v = null
list to array count = 18 v = null
list to array count = 19 v = null
list to array count = 20 v = null
list to array count = 21 v = null
list to array count = 22 v = null
list to array count = 23 v = null
mklist va_alist
mklist va_alist
mklist va_alist
Creating emptylist
Creating emptylist
mklist type p = null
mklist l before addright(l,p)
mklist p before addright(l,p)
mklist p nil
addright dump_info(e) = null
addright dump_info(e) = null
addright 1 return l type l = ListHeaderNode__state
addright 1 return l type l = ListHeaderNode__state
mklist l after addright(l,p)
mklist done
Creating emptylist
Creating emptylist
