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$NetBSD: patch-ak,v 1.2 2005/08/26 08:41:46 spz Exp $
--- src/Core/util/List.hh.orig 2004-07-30 12:58:10.000000000 +0200
+++ src/Core/util/List.hh
@@ -164,7 +164,7 @@ public:
ListIterator (const const_ListIterator<T>& cit) : const_ListIterator<T>(cit.list_, cit.ptr_) {}
ListIterator (const List<T> &l, ListNode *p=0) : const_ListIterator<T>(l, p?p:l.forw) {}
- operator T* () const { return (ptr_==(ListNode*)list_) ? 0 : (T*)ptr_; }
+ operator T* () const { return (const_ListIterator<T>::ptr_==(ListNode*)const_ListIterator<T>::list_) ? 0 : (T*)const_ListIterator<T>::ptr_; }
T* operator-> () const { return (T*)const_ListIterator<T>::operator->(); }
ListIterator& operator++ () { // prefix ++
const_ListIterator<T>::operator++();
@@ -185,17 +185,17 @@ public:
const_ListSearchIterator& operator++ () { // prefix ++
for (const_ListIterator<T>::operator++();
- ptr_!=(ListNode*)list_;
+ const_ListIterator<T>::ptr_!=(ListNode*)const_ListIterator<T>::list_;
const_ListIterator<T>::operator++()) {
- if (((T*)ptr_)->isKey(key_)) break;
+ if (((T*)const_ListIterator<T>::ptr_)->isKey(key_)) break;
}
return *this;
}
const_ListSearchIterator& operator-- () { // prefix --
for (const_ListIterator<T>::operator--();
- ptr_!=(ListNode*)list_;
+ const_ListIterator<T>::ptr_!=(ListNode*)const_ListIterator<T>::list_;
const_ListIterator<T>::operator--()) {
- if (((T*)ptr_)->isKey(key_)) break;
+ if (((T*)const_ListIterator<T>::ptr_)->isKey(key_)) break;
}
return *this;
}
@@ -212,7 +212,7 @@ public:
: const_ListSearchIterator<T, Key>(k, l, p?p:(ListNode*)&l) {}
- operator T* () const { return (ptr_==(ListNode*)list_) ? 0 : (T*)ptr_; }
+ operator T* () const { return (const_ListIterator<T>::ptr_==(ListNode*)const_ListIterator<T>::list_) ? 0 : (T*)const_ListIterator<T>::ptr_; }
T* operator-> () const { return (T*)const_ListIterator<T>::operator->(); }
ListSearchIterator& operator++ () { // prefix ++
const_ListSearchIterator<T,Key>::operator++();
@@ -407,11 +407,11 @@ public:
* (A1 A2 A3) and (A4 B C), where A1==A2==A3==A4,
* will be equal.
*/
- if (length != b.length)
+ if (List<T>::length != b.length)
return false;
ListNode *e, *e2;
- for (e = forw; e != (ListNode*)this; e = e->forw) {
+ for (e = List<T>::forw; e != (ListNode*)this; e = e->forw) {
for (e2 = b.forw; e2 != (const ListNode*) &b; e2 = e2->forw)
if (*(T*)e == *(T*)e2)
break;
@@ -451,31 +451,31 @@ public:
void insertSorted(T *t) {
ListNode *e;
- for (e = forw; e != (ListNode*)this && (*(T*)e < *t); e = e->forw)
+ for (e = List<T>::forw; e != (ListNode*)this && (*(T*)e < *t); e = e->forw)
;
if (e != (ListNode*)this)
t->__link__(e->back, e);
else
- t->__link__(back, this);
+ t->__link__(List<T>::back, this);
- length++;
+ List<T>::length++;
}
bool insertSortedNoDups(T *t) {
ListNode *e;
- for (e = forw; e != (ListNode*)this && (*(T*)e < *t); e = e->forw)
+ for (e = List<T>::forw; e != (ListNode*)this && (*(T*)e < *t); e = e->forw)
;
if (e != (ListNode*)this) {
if (!(*(T*)e == *t)) {
t->__link__(e->back, e);
- length++;
+ List<T>::length++;
return true;
}
} else {
- t->__link__(back, this);
- length++;
+ t->__link__(List<T>::back, this);
+ List<T>::length++;
return true;
}
return false;
@@ -484,7 +484,7 @@ public:
// do a sorted merge
void splice(SortedList& l) {
ListNode *t;
- ListNode *e = forw;
+ ListNode *e = List<T>::forw;
while (!l.isEmpty()) {
t = l.forw;
t->__unlink__();
@@ -495,16 +495,16 @@ public:
if (e != (ListNode*)this)
t->__link__(e->back, e);
else
- t->__link__(back, this);
+ t->__link__(List<T>::back, this);
}
- length += l.length;
+ List<T>::length += l.length;
}
// do a sorted merge
void splice(List<T>& l) {
ListNode *t;
- ListNode *e = forw;
+ ListNode *e = List<T>::forw;
while (!l.isEmpty()) {
t = l.forw;
t->__unlink__();
@@ -514,7 +514,7 @@ public:
// sorted merge no dups
void spliceNoDups(SortedList& l) {
ListNode *t;
- ListNode *e = forw;
+ ListNode *e = List<T>::forw;
while (!l.isEmpty()) {
t = l.forw;
t->__unlink__();
@@ -527,16 +527,16 @@ public:
t->__link__(e->back, e);
}
else
- t->__link__(back, this);
+ t->__link__(List<T>::back, this);
}
- length += l.length;
+ List<T>::length += l.length;
}
T* find(const T &t) const {
- for (ListNode *e = forw; e != (const ListNode*)this; e = e->forw)
+ for (ListNode *e = List<T>::forw; e != (const ListNode*)this; e = e->forw)
if (*(T*)e == t)
return (T*)e;
else if (!(*(T*)e < t))
@@ -572,37 +572,37 @@ public:
}
WRRListIterator& operator++ () { // prefix ++
- ListNode *position = ptr_;
+ ListNode *position = ListIterator<T>::ptr_;
for (ListIterator<T>::operator++ ();
*this;
ListIterator<T>::operator++ ())
- if ((*uniform_)() < ((T *) ptr_)->weight())
+ if ((*uniform_)() < ((T *) ListIterator<T>::ptr_)->weight())
return *this;
// we do this twice to handle circular queue
for (ListIterator<T>::operator++ ();
- ptr_ != position;
+ ListIterator<T>::ptr_ != position;
ListIterator<T>::operator++ ())
- if ((*uniform_)() < ((T *) ptr_)->weight())
+ if ((*uniform_)() < ((T *) ListIterator<T>::ptr_)->weight())
return *this;
return *this;
}
WRRListIterator& operator-- () { // prefix --
- ListNode *position = ptr_;
+ ListNode *position = ListIterator<T>::ptr_;
for (ListIterator<T>::operator-- ();
*this;
ListIterator<T>::operator-- ())
- if ((*uniform_)() < ((T *) ptr_)->weight())
+ if ((*uniform_)() < ((T *) ListIterator<T>::ptr_)->weight())
return *this;
// we do this twice to handle circular queue
for (ListIterator<T>::operator-- ();
- ptr_ != position;
+ ListIterator<T>::ptr_ != position;
ListIterator<T>::operator-- ())
- if ((*uniform_)() < ((T *) ptr_)->weight())
+ if ((*uniform_)() < ((T *) ListIterator<T>::ptr_)->weight())
return *this;
return *this;
}
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