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/*
Miranda IM: the free IM client for Microsoft* Windows*
Copyright 2000-12 Miranda IM, 2012-13 Miranda NG project,
all portions of this codebase are copyrighted to the people
listed in contributors.txt.
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*/
#include "..\..\core\commonheaders.h"
#include "JSONNode.h"
#ifdef JSON_ITERATORS
#ifdef JSON_REF_COUNT
#define JSON_ASSERT_UNIQUE(x) JSON_ASSERT(internal -> refcount == 1, json_string(JSON_TEXT(x)) + JSON_TEXT(" in non single reference"))
#else
#define JSON_ASSERT_UNIQUE(x) (void)0
#endif
#ifdef JSON_MUTEX_CALLBACKS
#define JSON_MUTEX_COPY2 ,internal -> mylock
#else
#define JSON_MUTEX_COPY2
#endif
JSONNode::json_iterator JSONNode::find(const json_string & name_t){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE, JSON_TEXT("finding a non-iteratable node"));
makeUniqueInternal();
if (JSONNode ** res = internal -> at(name_t)) {
return ptr_to_json_iterator(res);
}
return end();
}
#ifdef JSON_CASE_INSENSITIVE_FUNCTIONS
JSONNode::json_iterator JSONNode::find_nocase(const json_string & name_t){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE, JSON_TEXT("finding a non-iteratable node"));
makeUniqueInternal();
if (JSONNode ** res = internal -> at_nocase(name_t)) {
return ptr_to_json_iterator(res);
}
return end();
}
#endif
JSONNode::json_iterator JSONNode::erase(json_iterator pos){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("erase 1");
JSON_ASSERT_SAFE(pos < end(), JSON_TEXT("erase out of range"), return end(););
JSON_ASSERT_SAFE(pos >= begin(), JSON_TEXT("erase out of range"), return begin(););
deleteJSONNode(*(json_iterator_ptr(pos)));
internal -> Children.erase(json_iterator_ptr(pos));
return (empty()) ? end() : pos;
}
JSONNode::json_iterator JSONNode::erase(json_iterator _start, const json_iterator & _end){
if (_start == _end) return _start;
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("erase 3");
JSON_ASSERT_SAFE(_start <= end(), JSON_TEXT("erase out of lo range"), return end(););
JSON_ASSERT_SAFE(_end <= end(), JSON_TEXT("erase out of hi range"), return end(););
JSON_ASSERT_SAFE(_start >= begin(), JSON_TEXT("erase out of lo range"), return begin(););
JSON_ASSERT_SAFE(_end >= begin(), JSON_TEXT("erase out of hi range"), return begin(););
for (JSONNode ** pos = json_iterator_ptr(_start); pos < json_iterator_ptr(_end); ++pos){
deleteJSONNode(*pos);
}
internal -> Children.erase(json_iterator_ptr(_start), json_iterator_ptr(_end) - json_iterator_ptr(_start));
return (empty()) ? end() : _start;
}
#ifdef JSON_LIBRARY
JSONNode::json_iterator JSONNode::insert(json_iterator pos, JSONNode * x){
#else
JSONNode::json_iterator JSONNode::insert(json_iterator pos, const JSONNode & x){
#endif
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("insert 1");
if (json_iterator_ptr(pos) >= internal -> Children.end()) {
internal -> push_back(x);
return end() - 1;
}
JSON_ASSERT_SAFE(pos >= begin(), JSON_TEXT("insert out of lo range"), return begin(););
#ifdef JSON_LIBRARY
internal -> Children.insert(json_iterator_ptr(pos), x);
#else
internal -> Children.insert(json_iterator_ptr(pos), newJSONNode(x));
#endif
return pos;
}
JSONNode::json_iterator JSONNode::insertFFF(json_iterator pos, JSONNode ** const _start, JSONNode ** const _end){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("insertFFF");
JSON_ASSERT_SAFE(pos <= end(), JSON_TEXT("insert out of high range"), return end(););
JSON_ASSERT_SAFE(pos >= begin(), JSON_TEXT("insert out of low range"), return begin(););
const size_t num = _end - _start;
json_auto<JSONNode *> mem(num);
JSONNode ** runner = mem.ptr;
for (JSONNode ** po = _start; po < _end; ++po){
*runner++=newJSONNode(*(*po) JSON_MUTEX_COPY2);
}
internal -> Children.insert(json_iterator_ptr(pos), mem.ptr, num);
return pos;
}
#ifndef JSON_LIBRARY
JSONNode::const_iterator JSONNode::find(const json_string & name_t) const {
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE, JSON_TEXT("finding a non-iteratable node"));
if (JSONNode ** res = internal -> at(name_t)) {
return JSONNode::const_iterator(res);
}
return JSONNode::const_iterator(internal -> end());
}
#ifdef JSON_CASE_INSENSITIVE_FUNCTIONS
JSONNode::const_iterator JSONNode::find_nocase(const json_string & name_t) const {
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE, JSON_TEXT("finding a non-iteratable node"));
if (JSONNode ** res = internal -> at_nocase(name_t)) {
return JSONNode::const_iterator(res);
}
return JSONNode::const_iterator(internal -> end());
}
#endif
JSONNode::reverse_iterator JSONNode::erase(reverse_iterator pos){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("erase 2");
JSON_ASSERT_SAFE(pos < rend(), JSON_TEXT("erase out of range"), return rend(););
JSON_ASSERT_SAFE(pos >= rbegin(), JSON_TEXT("erase out of range"), return rbegin(););
deleteJSONNode(*(pos.it));
internal -> Children.erase(pos.it);
return (empty()) ? rend() : pos + 1;
}
JSONNode::reverse_iterator JSONNode::erase(reverse_iterator _start, const reverse_iterator & _end){
if (_start == _end) return _start;
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("erase 4");
JSON_ASSERT_SAFE(_start <= rend(), JSON_TEXT("erase out of lo range"), return rend(););
JSON_ASSERT_SAFE(_end <= rend(), JSON_TEXT("erase out of hi range"), return rend(););
JSON_ASSERT_SAFE(_start >= rbegin(), JSON_TEXT("erase out of lo range"), return rbegin(););
JSON_ASSERT_SAFE(_end >= rbegin(), JSON_TEXT("erase out of hi range"), return rbegin(););
for (JSONNode ** pos = _start.it; pos > _end.it; --pos){
deleteJSONNode(*pos);
}
const size_t num = _start.it - _end.it;
internal -> Children.erase(_end.it + 1, num, _start.it);
return (empty()) ? rend() : _start + num;
}
JSONNode::reverse_iterator JSONNode::insert(reverse_iterator pos, const JSONNode & x){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("insert 1");
if (pos.it < internal -> Children.begin()) {
internal -> push_front(x);
return rend() - 1;
}
JSON_ASSERT_SAFE(pos >= rbegin(), JSON_TEXT("insert out of range"), return rbegin(););
internal -> Children.insert(++pos.it, newJSONNode(x), true);
return pos;
}
JSONNode::reverse_iterator JSONNode::insertRFF(reverse_iterator pos, JSONNode ** const _start, JSONNode ** const _end){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("insert RFF");
JSON_ASSERT_SAFE(pos <= rend(), JSON_TEXT("insert out of range"), return rend(););
JSON_ASSERT_SAFE(pos >= rbegin(), JSON_TEXT("insert out of range"), return rbegin(););
const size_t num = _end - _start;
json_auto<JSONNode *> mem(num);
JSONNode ** runner = mem.ptr + num;
for (JSONNode ** po = _start; po < _end; ++po){ //fill it backwards
*(--runner) = newJSONNode(*(*po) JSON_MUTEX_COPY2);
}
internal -> Children.insert(++pos.it, mem.ptr, num);
return pos - num + 1;
}
JSONNode::iterator JSONNode::insertFRR(json_iterator pos, JSONNode ** const _start, JSONNode ** const _end){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("insert FRR");
JSON_ASSERT_SAFE(pos <= end(), JSON_TEXT("insert out of range"), return end(););
JSON_ASSERT_SAFE(pos >= begin(), JSON_TEXT("insert out of range"), return begin(););
const size_t num = _start - _end;
json_auto<JSONNode *> mem(num);
JSONNode ** runner = mem.ptr;
for (JSONNode ** po = _start; po > _end; --po){
*runner++=newJSONNode(*(*po) JSON_MUTEX_COPY2);
}
internal -> Children.insert(pos.it, mem.ptr, num);
return pos;
}
JSONNode::reverse_iterator JSONNode::insertRRR(reverse_iterator pos, JSONNode ** const _start, JSONNode ** const _end){
JSON_CHECK_INTERNAL();
JSON_ASSERT(type() == JSON_NODE || type() == JSON_ARRAY, JSON_TEXT("erasing a non-iteratable node"));
JSON_ASSERT_UNIQUE("insert RRR");
JSON_ASSERT_SAFE(pos <= rend(), JSON_TEXT("insert out of range"), return rend(););
JSON_ASSERT_SAFE(pos >= rbegin(), JSON_TEXT("insert out of range"), return rbegin(););
const size_t num = _start - _end;
json_auto<JSONNode *> mem(num);
JSONNode ** runner = mem.ptr;
for (JSONNode ** po = _start; po > _end; --po){
*runner++=newJSONNode(*(*po) JSON_MUTEX_COPY2);
}
internal -> Children.insert(++pos.it, mem.ptr, num);
return pos - num + 1;
}
#endif
#endif
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