public BuildDependencyGenerator(AntlrTool tool, Grammar g)
{
this.tool = tool;
this.g = g;
string language = g.GetOptionString("language");
generator = new CodeGenerator(tool, g, language);
}
public LexerATNFactory(LexerGrammar g)
: base(g)
{
// use codegen to get correct language templates for lexer commands
string language = g.GetOptionString("language");
CodeGenerator gen = new CodeGenerator(g.tool, null, language);
AbstractTarget target = gen.GetTarget();
codegenTemplates = target != null ? target.GetTemplates() : null;
}
protected DefaultOutputModelFactory([NotNull] CodeGenerator gen)
{
this.gen = gen;
this.g = gen.g;
if (gen.GetTarget() == null)
{
throw new NotSupportedException("Cannot build an output model without a target.");
}
}
protected AbstractTarget(CodeGenerator gen, string language)
{
targetCharValueEscape['\n'] = "\\n";
targetCharValueEscape['\r'] = "\\r";
targetCharValueEscape['\t'] = "\\t";
targetCharValueEscape['\b'] = "\\b";
targetCharValueEscape['\f'] = "\\f";
targetCharValueEscape['\\'] = "\\\\";
targetCharValueEscape['\''] = "\\'";
targetCharValueEscape['"'] = "\\\"";
this.gen = gen;
this.language = language;
}
/**
* Convert from an ANTLR string literal found in a grammar file to an
* equivalent string literal in the target language.
*/
public abstract string GetTargetStringLiteralFromANTLRStringLiteral(
CodeGenerator generator,
string literal, bool addQuotes);
public ActionTranslator(OutputModelFactory factory, ActionAST node)
{
this.factory = factory;
this.node = node;
this.gen = factory.GetGenerator();
}
public virtual void LoadPrecRuleTemplates()
{
string templateGroupFile = Path.Combine("Tool", "Templates", "LeftRecursiveRules.stg");
recRuleTemplates = new TemplateGroupFile(
Path.Combine(
Path.GetDirectoryName(typeof(AntlrTool).GetTypeInfo().Assembly.Location),
templateGroupFile),
Encoding.UTF8);
if (!recRuleTemplates.IsDefined("recRule"))
{
tool.errMgr.ToolError(ErrorType.MISSING_CODE_GEN_TEMPLATES, "LeftRecursiveRules");
}
// use codegen to get correct language templates; that's it though
CodeGenerator gen = new CodeGenerator(tool, null, language);
TemplateGroup templates = gen.GetTemplates();
if (templates == null)
{
// this class will still operate using Java templates
templates = new CodeGenerator(tool, null, "Java").GetTemplates();
Debug.Assert(templates != null);
}
codegenTemplates = templates;
}
public virtual void Process()
{
CodeGenerator gen = new CodeGenerator(g);
AbstractTarget target = gen.GetTarget();
if (target == null)
{
return;
}
IntervalSet idTypes = new IntervalSet();
idTypes.Add(ANTLRParser.ID);
idTypes.Add(ANTLRParser.RULE_REF);
idTypes.Add(ANTLRParser.TOKEN_REF);
IList<GrammarAST> idNodes = g.ast.GetNodesWithType(idTypes);
foreach (GrammarAST idNode in idNodes)
{
if (target.GrammarSymbolCausesIssueInGeneratedCode(idNode))
{
g.tool.errMgr.GrammarError(ErrorType.USE_OF_BAD_WORD,
g.fileName, idNode.Token,
idNode.Text);
}
}
// all templates are generated in memory to report the most complete
// error information possible, but actually writing output files stops
// after the first error is reported
int errorCount = g.tool.errMgr.GetNumErrors();
if (g.IsLexer())
{
if (target.NeedsHeader())
{
Template lexerHeader = gen.GenerateLexer(true); // Header file if needed.
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
WriteRecognizer(lexerHeader, gen, true);
}
}
Template lexer = gen.GenerateLexer(false);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
WriteRecognizer(lexer, gen, false);
}
}
else
{
if (target.NeedsHeader())
{
Template parserHeader = gen.GenerateParser(true);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
WriteRecognizer(parserHeader, gen, true);
}
}
Template parser = gen.GenerateParser(false);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
WriteRecognizer(parser, gen, false);
}
if (g.tool.gen_listener)
{
if (target.NeedsHeader())
{
Template listenerHeader = gen.GenerateListener(true);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
gen.WriteListener(listenerHeader, true);
}
}
Template listener = gen.GenerateListener(false);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
gen.WriteListener(listener, false);
}
if (target.NeedsHeader())
{
Template baseListener = gen.GenerateBaseListener(true);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
gen.WriteBaseListener(baseListener, true);
}
}
if (target.WantsBaseListener())
{
Template baseListener = gen.GenerateBaseListener(false);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
gen.WriteBaseListener(baseListener, false);
}
}
}
if (g.tool.gen_visitor)
{
if (target.NeedsHeader())
{
Template visitorHeader = gen.GenerateVisitor(true);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
gen.WriteVisitor(visitorHeader, true);
}
}
Template visitor = gen.GenerateVisitor(false);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
gen.WriteVisitor(visitor, false);
}
if (target.NeedsHeader())
{
Template baseVisitor = gen.GenerateBaseVisitor(true);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
gen.WriteBaseVisitor(baseVisitor, true);
}
}
if (target.WantsBaseVisitor())
{
Template baseVisitor = gen.GenerateBaseVisitor(false);
if (g.tool.errMgr.GetNumErrors() == errorCount)
{
gen.WriteBaseVisitor(baseVisitor, false);
}
}
}
}
gen.WriteVocabFile();
}
protected virtual void WriteRecognizer(Template template, CodeGenerator gen, bool header)
{
#if false
if (g.tool.launch_ST_inspector)
{
STViz viz = template.inspect();
if (g.tool.ST_inspector_wait_for_close)
{
try
{
viz.waitForClose();
}
catch (InterruptedException ex)
{
g.tool.errMgr.toolError(ErrorType.INTERNAL_ERROR, ex);
}
}
}
#endif
gen.WriteRecognizer(template, header);
}
public ParserFactory(CodeGenerator gen)
: base(gen)
{
}