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101
libSyntax/syntax_novel.cpp
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@ -11,14 +11,14 @@ auto leftb = std::make_shared<LeftBracket>(); // {
auto rightb = std::make_shared<RightBracket>(); // } auto rightb = std::make_shared<RightBracket>(); // }
auto refers = std::make_shared<ReferMark>(); // @ auto refers = std::make_shared<ReferMark>(); // @
auto story_key = std::make_shared<Keywords>(u8"故事", u8"story-mark"); // 故事 auto story = std::make_shared<Keywords>(u8"故事", u8"story-mark"); // 故事
auto numbers = std::make_shared<Numbers>(); // [0-9]+ auto numbers = std::make_shared<Numbers>(); // [0-9]+
auto frag_key = std::make_shared<Keywords>(u8"情节", u8"fragment-mark"); // 情节 auto frags = std::make_shared<Keywords>(u8"情节", u8"fragment-mark"); // 情节
auto volume_key = std::make_shared<Keywords>(u8"分卷", u8"volume-mark"); // 分卷 auto volume = std::make_shared<Keywords>(u8"分卷", u8"volume-mark"); // 分卷
auto article_key = std::make_shared<Keywords>(u8"章节", u8"article-mark"); // 章节 auto article = std::make_shared<Keywords>(u8"章节", u8"article-mark"); // 章节
auto split_mark = std::make_shared<Split>(); // & auto split = std::make_shared<Split>(); // &
auto vtext = std::make_shared<VTextSection>(); // ^([^\\{\\}\\n@&]+) auto vtext = std::make_shared<VTextSection>(); // ^([^\\{\\}\\n@&]+)
auto name_text = std::make_shared<NameSection>(); // ^([^:\\{\\}\\n@&][^\\{\\}\\n@&]*) auto ntext = std::make_shared<NameSection>(); // ^([^:\\{\\}\\n@&][^\\{\\}\\n@&]*)
auto newl = std::make_shared<NewLine>(); auto newl = std::make_shared<NewLine>();
@ -29,25 +29,13 @@ auto newl = std::make_shared<NewLine>();
// MatchRule // MatchRule
#define MR(x) std::make_shared<const TokenMatch>(x) #define MR(x) std::make_shared<const TokenMatch>(x)
// Buffer // Buffer
#define Rules QList<std::shared_ptr<const BaseRule>> #define Buff QList<std::shared_ptr<const BaseRule>>()
// Option // Option
#define OptMulT(token) std::make_shared<const Rept>(MR(token), 0, INT_MAX) #define OptMulT(token) std::make_shared<const Rept>(MR(token), 0, INT_MAX)
#define OptMulR(rule) std::make_shared<const Rept>(rule, 0, INT_MAX) #define OptMulR(rule) std::make_shared<const Rept>(rule, 0, INT_MAX)
// multi+ // multi+
#define MultiR(rule) std::make_shared<const Rept>(rule, 1, INT_MAX) #define MultiR(rule) std::make_shared<const Rept>(rule, 1, INT_MAX)
QList<std::shared_ptr<const BaseRule>> LinesMerge(const QList<std::shared_ptr<const BaseRule>>& mbrs) {
QList<std::shared_ptr<const BaseRule>> values_ret;
for (auto& item : mbrs) {
values_ret << item << OptMulT(newl);
}
return values_ret;
}
QList<std::shared_ptr<const BaseRule>> LinesMerge(std::shared_ptr<const BaseRule> item) {
return QList<std::shared_ptr<const BaseRule>>() << item << OptMulT(newl);
}
// remove-return // remove-return
auto remove_nl = [](const ExprRule::TokenSeqs& p)->ExprRule::TokenSeqs { auto remove_nl = [](const ExprRule::TokenSeqs& p)->ExprRule::TokenSeqs {
ExprRule::TokenSeqs result; ExprRule::TokenSeqs result;
@ -62,54 +50,55 @@ auto remove_nl = [](const ExprRule::TokenSeqs& p)->ExprRule::TokenSeqs {
return result; return result;
}; };
auto decl_comp = std::make_shared<const Any>(Rules{MR(numbers), MR(vtext), MR(name_text), MR(split_mark)}); auto decl_comp = std::make_shared<const Any>(Buff << MR(numbers) << MR(vtext) << MR(ntext) << MR(split));
auto decl_expr = ExprRule(u8"decl_section", (int)NovelExprs::DESC_SECTION).reloadRule(remove_nl, auto decl_expr = ExprRule(u8"decl_section", (int)NovelExprs::DESC_SECTION)
std::make_shared<const Seqs>(LinesMerge(MultiR(decl_comp)) .reloadRule(remove_nl, std::make_shared<const Seqs>(Buff << MultiR(decl_comp) << OptMulT(newl)));
));
auto fragment_decl = ExprRule(u8"fragment_define", (int)NovelExprs::FRAG_DEFINES).reloadRule(remove_nl, std::make_shared<const Seqs>( auto fragment_decl = ExprRule(u8"fragment_define", (int)NovelExprs::FRAG_DEFINES)
LinesMerge(Rules{MR(leftb), MR(frag_key), MR(name_text)}) << .reloadRule(remove_nl, std::make_shared<const Seqs>(Buff
OptMulR(decl_expr) << << MR(leftb) << OptMulT(newl) << MR(frags) << OptMulT(newl) << MR(ntext) << OptMulT(newl)
LinesMerge(MR(rightb)) << OptMulR(decl_expr) << MR(rightb) << OptMulT(newl)));
));
auto fragment_refer = ExprRule(u8"fragment_refer", (int)NovelExprs::FRAG_REFERS).reloadRule(remove_nl, std::make_shared<const Seqs>( auto fragment_refer = ExprRule(u8"fragment_refer", (int)NovelExprs::FRAG_REFERS)
LinesMerge(Rules{MR(leftb), MR(refers), MR(frag_key), MR(name_text), MR(split_mark), MR(name_text)}) << .reloadRule(remove_nl, std::make_shared<const Seqs>(Buff
OptMulR(decl_expr) << << MR(leftb) << OptMulT(newl) << MR(refers) << OptMulT(newl) << MR(frags) << OptMulT(newl)
LinesMerge(MR(rightb)) << MR(ntext) << OptMulT(newl) << MR(split) << OptMulT(newl) << MR(ntext) << OptMulT(newl)
)); << OptMulR(decl_expr) << MR(rightb) << OptMulT(newl)));
auto fragment_comp = std::make_shared<const Any>(Rules{fragment_decl, fragment_refer, decl_expr}); auto fragment_comp = std::make_shared<const Any>(Buff << fragment_decl << fragment_refer << decl_expr);
auto story_define = ExprRule(u8"story_define", (int)NovelExprs::STORY_DEFINES).reloadRule(remove_nl, std::make_shared<const Seqs>(
LinesMerge(Rules{MR(leftb), MR(story_key), MR(numbers), MR(name_text)}) << auto story_define =
OptMulR(fragment_comp) << ExprRule(u8"story_define", (int)NovelExprs::STORY_DEFINES)
LinesMerge(MR(rightb)) .reloadRule(remove_nl, std::make_shared<const Seqs>(Buff << OptMulT(newl)
)); << MR(leftb) << OptMulT(newl) << MR(story) << OptMulT(newl) << MR(numbers) << OptMulT(newl) << MR(ntext) << OptMulT(newl)
<< OptMulR(fragment_comp) << MR(rightb) << OptMulT(newl)));
// =================================================================== // ===================================================================
auto article_decl = ExprRule(u8"article_define", (int)NovelExprs::ARTICLE_DEFINE).reloadRule(remove_nl, std::make_shared<const Seqs>( auto article_decl =
LinesMerge(Rules{MR(leftb), MR(article_key), MR(name_text)}) << ExprRule(u8"article_define", (int)NovelExprs::ARTICLE_DEFINE)
OptMulR(std::make_shared<const Any>(Rules{ fragment_refer, decl_expr })) << .reloadRule(remove_nl, std::make_shared<const Seqs>(
LinesMerge(MR(rightb)) Buff << MR(leftb) << OptMulT(newl) << MR(article) << OptMulT(newl) << MR(ntext) << OptMulT(newl)
)); << OptMulR(std::make_shared<const Any>(Buff << fragment_refer << decl_expr))
<< MR(rightb) << OptMulT(newl)));
auto volume_decl = ExprRule(u8"volume_define", (int)NovelExprs::VOLUME_DEFINE).reloadRule(remove_nl, std::make_shared<const Seqs>( auto volume_decl =
LinesMerge(Rules{MR(leftb), MR(volume_key), MR(name_text)}) << ExprRule(u8"volume_define", (int)NovelExprs::VOLUME_DEFINE)
OptMulR(std::make_shared<const Any>(Rules{ decl_expr, article_decl })) << .reloadRule(remove_nl,
LinesMerge(MR(rightb)) std::make_shared<const Seqs>(Buff << OptMulT(newl)
)); << MR(leftb) << OptMulT(newl) << MR(volume) << OptMulT(newl) << MR(ntext) << OptMulT(newl)
<< OptMulR(std::make_shared<const Any>(Buff << decl_expr << article_decl))
<< MR(rightb) << OptMulT(newl)));
auto document_define = ExprRule(u8"decls-doc", (int)NovelExprs::DOC_DEFINES).reloadRule(remove_nl, std::make_shared<const Seqs>( auto document_define =
Rules{ ExprRule(u8"decls-doc", (int)NovelExprs::DOC_DEFINES)
OptMulT(newl), .reloadRule(remove_nl, std::make_shared<const Rept>(std::make_shared<const Any>(Buff << story_define << volume_decl), 1, INT_MAX));
MultiR(std::make_shared<const Any>(Rules{story_define, volume_decl}))
}
));
std::shared_ptr<const ExprRule> NovalSyntax::getParseTree() { return document_define; } std::shared_ptr<const ExprRule> NovalSyntax::getParseTree() { return document_define; }
std::shared_ptr<const TokenReader> NovalSyntax::getLexReader() std::shared_ptr<const TokenReader> NovalSyntax::getLexReader()
{ {
auto inst = std::make_shared<lib_token::TokenReader>(QList<std::shared_ptr<const lib_token::TokenDefine>>() auto inst = std::make_shared<lib_token::TokenReader>(QList<std::shared_ptr<const lib_token::TokenDefine>>()
<< leftb << rightb << refers << split_mark << story_key << frag_key << volume_key << article_key << numbers << name_text << vtext << newl); << leftb << rightb << refers << split << story << frags << volume << article << numbers << ntext << vtext << newl);
return inst; return inst;
} }