WsParser_VS/libSyntax/syntax_novel.cpp

#include "syntax_novel.h"
#include <tokens_novel.h>
#include "ast_novel.h"

using namespace lib_syntax;
using namespace example_novel;
using namespace lib_token;
using namespace ast_basic;
using namespace std;

// rule-parts ===============================================================================
#include "syntax_templets.h"
using namespace lib_composit;

void ref_story_set(std::shared_ptr<FragmentRefers> inst, std::shared_ptr<const lib_token::IToken> token) {
	inst->addToken(token);
	inst->setStoryRefer(token->content());
}
void ref_slice_set(std::shared_ptr<FragmentRefers> inst, std::shared_ptr<const lib_token::IToken> token) {
	inst->addToken(token);
	inst->setSliceRefer(token->content());
}
void slice_nm_set(std::shared_ptr<FragmentSlice> inst, std::shared_ptr<const lib_token::IToken> token) {
	inst->addToken(token);
	inst->setName(token->content());
}
void story_nm_set(std::shared_ptr<StoryDefine> inst, std::shared_ptr<const lib_token::IToken> token) {
	inst->addToken(token);
	inst->setName(token->content());
}
void article_nm_set(std::shared_ptr<ArticleDefine>inst, std::shared_ptr<const lib_token::IToken> token) {
	inst->addToken(token);
	inst->setName(token->content());
}
void volume_nm_set(std::shared_ptr<VolumeDefine> inst, std::shared_ptr<const lib_token::IToken> token) {
	inst->addToken(token);
	inst->setName(token->content());
}
void rank_set(std::shared_ptr<RankDeclare> inst, std::shared_ptr<const lib_token::IToken> token) {
	inst->addToken(token);
	inst->setRank(token->content().toInt());
}

//auto content_extract = [](std::shared_ptr<const lib_token::IActionToken> token) {
//	QString content;
//	while (token) {
//		if (token->defines())
//			content.prepend(token->content() + " ");
//		token = token->prevToken();
//	}
//	return content;
//	};

using TextDeclsSyntaxDef = Any<Match<Numbers>, Match<NormalText>>;
class DeclSyntax : public ElementRule<TextSection, (int) NovelNode::TextSection, TextDeclsSyntaxDef> {
public:
	DeclSyntax() : ElementRule<TextSection, (int) NovelNode::TextSection, TextDeclsSyntaxDef>("decl_section") { }

	// 通过 ElementRule 继承
	QList<std::shared_ptr<const MatchCursor>> expr_rule_parse(std::shared_ptr<const MatchCursor> cursor) const override {
		//// 如果提前结束，记录错误并返回
		//if (!cursor->words()) {
		//	// 只有在表达式的起始点遇到nullptr，才是正常结束。
		//	if (cursor->token()->tokenType() != lib_token::IActionToken::Type::ElementBegin) {
		//		auto ncurs = std::make_shared<MatchCursor>(cursor);
		//		ncurs->logExprsError(QString("Syntax[0x00001]输入错误，程序提前结束：%1。").arg(cursor->filePath()));
		//		ncurs->setFailure();
		//		return QList<std::shared_ptr<const MatchCursor>>() << ncurs;
		//	}

		//	while (cursor->token()->tokenType() == lib_token::IActionToken::Type::ElementBegin)
		//		cursor = cursor->previous();

		//	auto ncurs = std::make_shared<MatchCursor>(cursor);
		//	ncurs->setComplete();
		//	return QList<std::shared_ptr<const MatchCursor>>() << ncurs;
		//}

		//auto content = content_extract(cursor->token());

		//// 绑定文字行
		//auto bind_row = cursor->words()->row();
		//QList<std::shared_ptr<const MatchCursor>> bridge_list{ cursor };
		//decltype(bridge_list) final_result;
		//for (; bridge_list.size();) {
		//	// 一次匹配
		//	decltype(bridge_list) current_result;
		//	for (auto branch : bridge_list) {
		//		if (branch->words()->row() == bind_row) {
		//			auto mrst = _children_store->parse(branch);

		//			// 本次解析无法通过，全错
		//			if (!std::count_if(mrst.begin(), mrst.end(),
		//				[&](std::shared_ptr<const MatchCursor> v) {
		//					return !v->exprsErrorCount();// 没错
		//				})) {
		//				final_result.append(branch);
		//				continue;
		//			}

		//			// 
		//			for (auto m : mrst) {
		//				if (m->exprsErrorCount()) {
		//					std::const_pointer_cast<MatchCursor>(m)->setFailure(true);
		//					final_result.append(m);
		//				}
		//				else {
		//					current_result.append(m);
		//				}
		//			}
		//		}
		//	}
		//	bridge_list = current_result;
		//}

		//for (auto x : bridge_list)
		//	if (!final_result.contains(x))
		//		final_result.append(x);
		//return final_result;

		auto results = _children_store->parse(cursor);
		std::for_each(results.begin(), results.end(),
			[](std::shared_ptr<const MatchCursor> ins) {
				std::const_pointer_cast<MatchCursor>(ins)->setFailure(ins->exprsErrorCount());
			});
		return results;
	}
};


using ReferSyntaxDef = lib_composit::Seqs<Match<LBracket>, Match<ReferMk>, Match<SliceWord>, Action<FragmentRefers, NameText, ref_story_set>, Match<SplitMk>, Action<FragmentRefers, NameText, ref_slice_set>,
	OptMulti<DeclSyntax>,
	Match<RBracket>>;
class ReferSyntax : public ElementRule<FragmentRefers, (int) NovelNode::FragmentRefers, ReferSyntaxDef> {
public:
	ReferSyntax() : ElementRule<FragmentRefers, (int) NovelNode::FragmentRefers, ReferSyntaxDef>("fragment_refer") { }

	// 通过 ElementRule 继承
	QList<std::shared_ptr<const MatchCursor>> expr_rule_parse(std::shared_ptr<const MatchCursor> cursor) const override {
		return _children_store->parse(cursor);
	}
};


using SliceSyntaxDef = lib_composit::Seqs<Match<LBracket>, Match<SliceWord>, Action<FragmentSlice, NameText, slice_nm_set>,
	lib_composit::OptMulti<Any<ReferSyntax, DeclSyntax>>,
	Match<RBracket>>;
class SliceSyntax : public ElementRule<FragmentSlice, (int) NovelNode::FragmentSlice, SliceSyntaxDef> {
public:
	SliceSyntax() : ElementRule<FragmentSlice, (int) NovelNode::FragmentSlice, SliceSyntaxDef>("fragment_define") { }

	// 通过 ElementRule 继承
	QList<std::shared_ptr<const MatchCursor>> expr_rule_parse(std::shared_ptr<const MatchCursor> cursor) const override {
		return _children_store->parse(cursor);
	}
};


using StorySyntaxDef = lib_composit::Seqs<Match<LBracket>, Match<StoryWord>, Action<StoryDefine, NameText, story_nm_set>,
	lib_composit::OptMulti<Any<SliceSyntax, DeclSyntax>>,
	Match<RBracket>>;
class StorySyntax : public ElementRule<StoryDefine, (int) NovelNode::StoryDefine, StorySyntaxDef> {
public:
	StorySyntax() : ElementRule<StoryDefine, (int) NovelNode::StoryDefine, StorySyntaxDef>("story_define") { }

	// 通过 ElementRule 继承
	QList<std::shared_ptr<const MatchCursor>> expr_rule_parse(std::shared_ptr<const MatchCursor> cursor) const override {
		auto syntax = this->present();
		//auto current_rst = content_extract(cursor->token());
		auto rst = _children_store->parse(cursor);

	/*	QString result_list;
		for (auto c : rst) {
			result_list += content_extract(c->token()) += "\n";
		}*/

		return rst;
	}
};



using ArticleSyntaxDef = lib_composit::Seqs<Match<LBracket>, Match<ArticleWord>, Action<ArticleDefine, NameText, article_nm_set>,
	lib_composit::OptMulti<Any<ReferSyntax, DeclSyntax>>,
	Match<RBracket>>;
class ArticleSyntax : public ElementRule<ArticleDefine, (int) NovelNode::ArticleDefine, ArticleSyntaxDef> {
public:
	ArticleSyntax() : ElementRule<ArticleDefine, (int) NovelNode::ArticleDefine, ArticleSyntaxDef>("article_define") { }

	// 通过 ElementRule 继承
	QList<std::shared_ptr<const MatchCursor>> expr_rule_parse(std::shared_ptr<const MatchCursor> cursor) const override {
		return _children_store->parse(cursor);
	}
};



using VolumeSyntaxDef = lib_composit::Seqs<Match<LBracket>, Match<VolumeWord>, Action<VolumeDefine, NameText, volume_nm_set>,
	lib_composit::OptMulti<Any<ArticleSyntax, DeclSyntax>>,
	Match<RBracket>>;
class VolumeSyntax : public ElementRule<VolumeDefine, (int) NovelNode::VolumeDefine, VolumeSyntaxDef> {
public:
	VolumeSyntax() : ElementRule<VolumeDefine, (int) NovelNode::VolumeDefine, VolumeSyntaxDef>("volume_define") { }

	// 通过 ElementRule 继承
	QList<std::shared_ptr<const MatchCursor>> expr_rule_parse(std::shared_ptr<const MatchCursor> cursor) const override {
		return _children_store->parse(cursor);
	}
};



using RankSyntaxDef = lib_composit::Seqs<Match<DeclareSymbo>, Match<RankWord>, Action<RankDeclare, Numbers, rank_set>>;
class RankSyntax : public ElementRule<RankDeclare, (int) NovelNode::RankDeclaration, RankSyntaxDef> {
public:
	RankSyntax() : ElementRule<RankDeclare, (int) NovelNode::RankDeclaration, RankSyntaxDef>("rank_define") { }

	// 通过 ElementRule 继承
	QList<std::shared_ptr<const MatchCursor>> expr_rule_parse(std::shared_ptr<const MatchCursor> cursor) const override {
		return _children_store->parse(cursor);
	}
};



using DocSyntaxDef = lib_composit::Seqs<Opt<RankSyntax>, lib_composit::OptMulti<Any<StorySyntax, VolumeSyntax>>>;
class DocumentSyntax : public ElementRule<Document, (int) NovelNode::Document, DocSyntaxDef> {
public:
	DocumentSyntax() : ElementRule<Document, (int) NovelNode::Document, DocSyntaxDef>("decls-doc") { }

	// 通过 ElementRule 继承
	QList<std::shared_ptr<const MatchCursor>> expr_rule_parse(std::shared_ptr<const MatchCursor> cursor) const override {
		auto text = _children_store->present();
		return _children_store->parse(cursor);
	}
};


std::shared_ptr<const lib_syntax::ExprRule> example_novel::NovalSyntax::getSyntaxTree() {
	return std::make_shared<DocumentSyntax>();
}



//std::shared_ptr<const ast_gen::SyntaxElement> NovalSyntax::tidy(std::shared_ptr<ast_gen::SyntaxElement> root, QList<std::shared_ptr<ast_gen::SyntaxElement>> children)
//{
//	build_objecttree(root, children);
//	node_register(root, children);
//	return root;
//}
//void NovalSyntax::build_objecttree(std::shared_ptr<ast_gen::SyntaxElement> root, QList<std::shared_ptr<ast_gen::SyntaxElement>> children)
//{
//	for (auto& cinst : children) {
//		cinst->setParent(root);
//
//		QList<std::shared_ptr<ast_gen::SyntaxElement>> child_items;
//		for (auto& it : cinst->bindExpression()->children()) {
//			auto const_it = std::dynamic_pointer_cast<const ast_gen::SyntaxElement>(it);
//			child_items.append(std::const_pointer_cast<ast_gen::SyntaxElement>(const_it));
//		}
//
//		build_objecttree(cinst, child_items);
//	}
//}
//void NovalSyntax::node_register(std::shared_ptr<const ast_gen::SyntaxElement> root, QList<std::shared_ptr<ast_gen::SyntaxElement>> children)
//{
//	for (auto& child : children) {
//		if (!child->isAnonymous()) {
//			auto check_result = ast_gen::GlobalElement::UniquePtr->appendToCache(child);
//			if (check_result)
//				throw new SyntaxException(QString("SyntaxError[0x0004]系统中包含同类型重名命名节点：%1<type：%2>(%3,%4)")
//					.arg(child->signature()).arg(child->typeMark()).arg(child->path()).arg(check_result->path()));
//		}
//
//		QList<std::shared_ptr<ast_gen::SyntaxElement>> next_child_items;
//		for (auto& it : child->bindExpression()->children()) {
//			auto const_it = std::dynamic_pointer_cast<const ast_gen::SyntaxElement>(it);
//			next_child_items.append(std::const_pointer_cast<ast_gen::SyntaxElement>(const_it));
//		}
//
//		node_register(child, next_child_items);
//	}
//}