#include "ast_novel.h"


using namespace example_novel;
using namespace lib_syntax;

TextSection::TextSection(std::shared_ptr<const ExprRule> rule_bind)
	: AbstractImpl(rule_bind) {}

QString TextSection::content() const
{
	return context_store;
}

int TextSection::typeMark() const { return (int)NovelNode::TextSection; }

bool TextSection::isAnonymous() const
{
	return true;
}

QString TextSection::signature() const { return u8"::section"; }

void TextSection::cacheLoad()
{
	QString text;
	for (auto& t : selfTokens()) {
		text += t->token()->content() + " ";
	}
	context_store = text;
}

FragmentRefers::FragmentRefers(std::shared_ptr<const ExprRule> rule_bind)
	: AbstractImpl(rule_bind) {}

QString FragmentRefers::storyRefer() const { return  story_refs; }

QString FragmentRefers::fragmentRefer() const { return fragment_ref; }

void FragmentRefers::cacheLoad()
{
	this->story_refs = selfTokens()[5]->token()->content();
	this->fragment_ref = selfTokens()[3]->token()->content();
}
QString FragmentRefers::referSignature() const {
	return storyRefer() + u8"&" + fragmentRefer();
}

int FragmentRefers::typeMark() const { return (int)NovelNode::FragmentRefer; }

bool FragmentRefers::isAnonymous() const
{
	return true;
}

QString FragmentRefers::signature() const {
	QString signature = u8"@" + storyRefer() + u8"&" + fragmentRefer();
	return parent()->signature() + signature;
}


FragmentDefine::FragmentDefine(std::shared_ptr<const ExprRule> rule_bind)
	: AbstractImpl(rule_bind) {}

QString FragmentDefine::name() const { return  name_store; }

void FragmentDefine::cacheLoad()
{
	name_store = selfTokens()[2]->token()->content();
}
int FragmentDefine::typeMark() const { return (int)NovelNode::FragmentDefine; }

bool FragmentDefine::isAnonymous() const
{
	return false;
}

QString FragmentDefine::signature() const { return parent()->signature() + u8"&" + name(); }


StoryDefine::StoryDefine(std::shared_ptr<const ExprRule> rule_bind)
	: AbstractImpl(rule_bind), sort_index(0) {}

QString StoryDefine::name() const { return name_store; }

void example_novel::StoryDefine::setSort(int value){
	sort_index = value;
}

int StoryDefine::sort() const { return sort_index; }

void StoryDefine::cacheLoad()
{
	name_store = selfTokens()[2]->token()->content();
}

int StoryDefine::typeMark() const { return (int)NovelNode::StoryDefine; }

bool StoryDefine::isAnonymous() const
{
	return false;
}

QString StoryDefine::signature() const { return name(); }

#include "syntax_novel.h"
Document::Document(std::shared_ptr<const ExprRule> rule_bind)
	: AbstractImpl(rule_bind) {}

int Document::typeMark() const { return (int)NovelNode::Document; }

bool Document::isAnonymous() const
{
	return true;
}

QString Document::signature() const { return QString(u8"::document<%1>").arg(path()); }

void Document::cacheLoad()
{
}

AbstractImpl::AbstractImpl(std::shared_ptr<const ExprRule> rule_bind)
	: ExpressionElement(rule_bind) { parent_store.reset(); }

QList<std::shared_ptr<const ast_gen::TokenAccess> > AbstractImpl::selfTokens() const {
	auto tokensx = ast_basic::ExpressionElement::tokens();
	QList<std::shared_ptr<const ast_gen::TokenAccess>> values;
	for (auto xit : tokensx) {
		values.append(std::make_shared<ast_gen::TokenAccess>(std::dynamic_pointer_cast<const ast_gen::SyntaxElement>(shared_from_this()), xit));
	}

	return values;
}

std::shared_ptr<const ast_gen::SyntaxElement> AbstractImpl::parent() const
{
	return this->parent_store.lock();
}

void AbstractImpl::setParent(std::shared_ptr<const ast_gen::SyntaxElement> inst)
{
	this->parent_store = inst;
}


// ͨ¹ý SyntaxElement ¼Ì³Ð
std::shared_ptr<const ast_basic::IExprInst> AbstractImpl::bindExpression() const {
	return shared_from_this();
}

QString AbstractImpl::path() const
{
	return ast_basic::ExpressionElement::filePath();
}

VolumeDefine::VolumeDefine(std::shared_ptr<const ExprRule> rule_bind)
	: AbstractImpl(rule_bind) {}

QString VolumeDefine::name() const { return name_store; }

void VolumeDefine::cacheLoad()
{
	name_store = selfTokens()[2]->token()->content();
}

int VolumeDefine::typeMark() const { return (int)NovelNode::VolumeDefine; }

bool VolumeDefine::isAnonymous() const
{
	return false;
}

QString VolumeDefine::signature() const { return name(); }

ArticleDefine::ArticleDefine(std::shared_ptr<const ExprRule> rule_bind)
	: AbstractImpl(rule_bind) {}

QString ArticleDefine::name() const { return name_store; }

void ArticleDefine::cacheLoad()
{
	name_store = selfTokens()[2]->token()->content();
}

int ArticleDefine::typeMark() const { return (int)NovelNode::ArticleDefine; }

bool ArticleDefine::isAnonymous() const
{
	return false;
}

QString ArticleDefine::signature() const { return parent()->signature() + u8"&" + name(); }

RankDeclare::RankDeclare(std::shared_ptr<const ExprRule> rule)
: AbstractImpl(rule)
{
}

int example_novel::RankDeclare::rankNumber() const
{
	return page_rank;
}

int RankDeclare::typeMark() const
{
	return (int)NovelNode::RankDeclaration;
}

bool RankDeclare::isAnonymous() const
{
	return true;
}

QString RankDeclare::signature() const
{
	return u8"::rank";
}

void RankDeclare::cacheLoad()
{
	page_rank = selfTokens()[2]->token()->content().toInt();
}