EmmyLuaCodeStyle/CodeFormatLib/src/LuaCodeFormat.cpp at master · flip1995/EmmyLuaCodeStyle · GitHub

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#include "LuaCodeFormat.h"

#include "CodeFormatCore/Config/LuaEditorConfig.h"

#include "CodeFormatCore/RangeFormat/RangeFormatBuilder.h"

#include "LuaParser/Parse/LuaParser.h"

#include "Util/StringUtil.h"

LuaCodeFormat &LuaCodeFormat::GetInstance() {

static LuaCodeFormat instance;

return instance;

}

LuaCodeFormat::LuaCodeFormat()

: _supportNonStandardSymbol(false),

_supportCLikeComments(false) {

}

void LuaCodeFormat::UpdateCodeStyle(const std::string &workspaceUri, const std::string &configPath) {

for (auto &config: _configs) {

if (config.Workspace == workspaceUri) {

config.Editorconfig = LuaEditorConfig::OpenFile(configPath);

return;

}

auto &config = _configs.emplace_back(

workspaceUri);

config.Editorconfig = LuaEditorConfig::OpenFile(configPath);

}

void LuaCodeFormat::UpdateDiagnosticStyle(InfoTree &tree) {

_diagnosticStyle = LuaDiagnosticStyle();

_diagnosticStyle.ParseTree(tree);

_diagnosticStyle.code_style_check = true;

_diagnosticStyle.name_style_check = true;

_diagnosticStyle.spell_check = true;

}

void LuaCodeFormat::RemoveCodeStyle(const std::string &workspaceUri) {

for (auto it = _configs.begin(); it != _configs.end(); it++) {

if (it->Workspace == workspaceUri) {

_configs.erase(it);

break;

}

void LuaCodeFormat::SetDefaultCodeStyle(ConfigMap &configMap) {

if (!configMap.empty()) {

LuaStyle style;

style.Parse(configMap);

_defaultStyle = style;

}

void LuaCodeFormat::SupportNonStandardSymbol() {

_supportNonStandardSymbol = true;

}

void LuaCodeFormat::SupportCLikeComments() {

_supportCLikeComments = true;

}

void LuaCodeFormat::LoadSpellDictionary(const std::string &path) {

_spellChecker.LoadDictionary(path);

}

void LuaCodeFormat::LoadSpellDictionaryFromBuffer(const std::string &buffer) {

_spellChecker.LoadDictionaryFromBuffer(buffer);

}

Result<std::string> LuaCodeFormat::Reformat(const std::string &uri, std::string &&text, ConfigMap &configMap) {

auto file = std::make_shared<LuaSource>(std::move(text));

LuaLexer luaLexer(file);

if (_supportNonStandardSymbol) {

luaLexer.SupportNonStandardSymbol();

}

if (_supportCLikeComments) {

luaLexer.SupportCLikeComments();

}

luaLexer.Parse();

LuaParser p(file, std::move(luaLexer.GetTokens()));

p.Parse();

if (p.HasError()) {

return ResultType::Err;

}

LuaSyntaxTree t;

t.BuildTree(p);

LuaStyle style = GetStyle(uri);

CalculateTempStyle(style, configMap);

FormatBuilder f(style);

return f.GetFormatResult(t);

}

Result<std::string> LuaCodeFormat::RangeFormat(const std::string &uri, FormatRange &range,

std::string &&text,

ConfigMap &configMap) {

auto file = std::make_shared<LuaSource>(std::move(text));

LuaLexer luaLexer(file);

if (_supportNonStandardSymbol) {

luaLexer.SupportNonStandardSymbol();

}

if (_supportCLikeComments) {

luaLexer.SupportCLikeComments();

}

luaLexer.Parse();

LuaParser p(file, std::move(luaLexer.GetTokens()));

p.Parse();

if (p.HasError()) {

return ResultType::Err;

}

LuaSyntaxTree t;

t.BuildTree(p);

LuaStyle style = GetStyle(uri);

CalculateTempStyle(style, configMap);

RangeFormatBuilder f(style, range);

auto formattedText = f.GetFormatResult(t);

range = f.GetReplaceRange();

return formattedText;

}

Result<std::vector<LuaTypeFormat::Result>>

LuaCodeFormat::TypeFormat(const std::string &uri, std::size_t line, std::size_t character, std::string &&text,

ConfigMap &configMap, ConfigMap &stringTypeOptions) {

auto file = std::make_shared<LuaSource>(std::move(text));

LuaLexer luaLexer(file);

if (_supportNonStandardSymbol) {

luaLexer.SupportNonStandardSymbol();

}

if (_supportCLikeComments) {

luaLexer.SupportCLikeComments();

}

luaLexer.Parse();

LuaParser p(file, std::move(luaLexer.GetTokens()));

p.Parse();

if (p.HasError()) {

return ResultType::Err;

}

LuaSyntaxTree t;

t.BuildTree(p);

LuaStyle style = GetStyle(uri);

CalculateTempStyle(style, configMap);

LuaTypeFormatFeatures typeFormatOptions = LuaTypeFormatFeatures::From(stringTypeOptions);

LuaTypeFormat tf(typeFormatOptions);

tf.Analyze("\n", line, character, t, style);

return tf.GetResult();

}

Result<std::vector<LuaDiagnosticInfo>> LuaCodeFormat::Diagnostic(const std::string &uri, std::string &&text) {

auto file = std::make_shared<LuaSource>(std::move(text));

LuaLexer luaLexer(file);

if (_supportNonStandardSymbol) {

luaLexer.SupportNonStandardSymbol();

}

if (_supportCLikeComments) {

luaLexer.SupportCLikeComments();

}

luaLexer.Parse();

LuaParser p(file, std::move(luaLexer.GetTokens()));

p.Parse();

if (p.HasError()) {

return ResultType::Err;

}

LuaSyntaxTree t;

t.BuildTree(p);

LuaStyle style = GetStyle(uri);

DiagnosticBuilder diagnosticBuilder(style, _diagnosticStyle);

diagnosticBuilder.CodeStyleCheck(t);

return MakeDiagnosticInfo(diagnosticBuilder.GetDiagnosticResults(t), file);

}

Result<std::vector<LuaDiagnosticInfo>> LuaCodeFormat::SpellCheck(const std::string &uri, std::string &&text,

const CodeSpellChecker::CustomDictionary &tempDict) {

auto file = LuaSource::From(std::move(text));

LuaLexer luaLexer(file);

if (_supportNonStandardSymbol) {

luaLexer.SupportNonStandardSymbol();

}

if (_supportCLikeComments) {

luaLexer.SupportCLikeComments();

}

luaLexer.Parse();

LuaParser p(file, std::move(luaLexer.GetTokens()));

p.Parse();

if (p.HasError()) {

return ResultType::Err;

}

LuaSyntaxTree t;

t.BuildTree(p);

LuaStyle style = GetStyle(uri);

DiagnosticBuilder diagnosticBuilder(style, _diagnosticStyle);

_spellChecker.SetCustomDictionary(tempDict);

diagnosticBuilder.SpellCheck(t, _spellChecker);

return MakeDiagnosticInfo(diagnosticBuilder.GetDiagnosticResults(t), file);

}

Result<std::vector<LuaDiagnosticInfo>> LuaCodeFormat::NameStyleCheck(const std::string &uri, std::string &&text) {

auto file = LuaSource::From(std::move(text));

LuaLexer luaLexer(file);

if (_supportNonStandardSymbol) {

luaLexer.SupportNonStandardSymbol();

}

if (_supportCLikeComments) {

luaLexer.SupportCLikeComments();

}

luaLexer.Parse();

LuaParser p(file, std::move(luaLexer.GetTokens()));

p.Parse();

if (p.HasError()) {

return ResultType::Err;

}

LuaSyntaxTree t;

t.BuildTree(p);

LuaStyle style = GetStyle(uri);

DiagnosticBuilder diagnosticBuilder(style, _diagnosticStyle);

diagnosticBuilder.NameStyleCheck(t);

return MakeDiagnosticInfo(diagnosticBuilder.GetDiagnosticResults(t), file);

}

std::vector<SuggestItem> LuaCodeFormat::SpellCorrect(const std::string &word) {

std::string letterWord = word;

for (auto &c: letterWord) {

c = std::tolower(c);

}

bool upperFirst = false;

if (std::isupper(word.front())) {

upperFirst = true;

}

auto suggests = _spellChecker.GetSuggests(letterWord);

for (auto &suggest: suggests) {

if (!suggest.Term.empty()) {

if (upperFirst) {

suggest.Term[0] = std::toupper(suggest.Term[0]);

}

return suggests;

}

LuaStyle &LuaCodeFormat::GetStyle(const std::string &uri) {

std::shared_ptr<LuaEditorConfig> editorConfig = nullptr;

std::size_t matchProcess = 0;

for (auto &config: _configs) {

if (string_util::StartWith(uri, config.Workspace)) {

if (config.Workspace.size() > matchProcess) {

matchProcess = config.Workspace.size();

editorConfig = config.Editorconfig;

}

if (editorConfig) {

return editorConfig->Generate(uri);

}

return _defaultStyle;

}

std::vector<LuaDiagnosticInfo> LuaCodeFormat::MakeDiagnosticInfo(const std::vector<LuaDiagnostic> &diagnostics,

std::shared_ptr<LuaSource> file) {

std::vector<LuaDiagnosticInfo> results;

for (auto &diagnostic: diagnostics) {

auto &result = results.emplace_back();

result.Type = diagnostic.Type;

result.Message = diagnostic.Message;

result.Data = diagnostic.Data;

result.Start.Line = file->GetLine(diagnostic.Range.StartOffset);

result.Start.Col = file->GetColumn(diagnostic.Range.StartOffset);

result.End.Line = file->GetLine(diagnostic.Range.GetEndOffset());

result.End.Col = file->GetColumn(diagnostic.Range.GetEndOffset()) + 1;

}

return results;

}

void LuaCodeFormat::CalculateTempStyle(LuaStyle &style, ConfigMap &configMap) {

if (configMap.empty()) {

return;

}

if (configMap.count("insertSpaces")) {

style.indent_style = configMap.at("insertSpaces") == "true"

? IndentStyle::Space

: IndentStyle::Tab;

}

if (configMap.count("tabSize")) {

if (style.indent_style == IndentStyle::Tab) {

style.tab_width = std::stoi(configMap.at("tabSize"));

} else if (style.indent_style == IndentStyle::Space) {

style.indent_size = std::stoi(configMap.at("tabSize"));

}

EmmyLuaCodeStyle/CodeFormatLib/src/LuaCodeFormat.cpp at master · flip1995/EmmyLuaCodeStyle · GitHub

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