public AttributeDict getPredefinedScope(LabelType ltype) { String grammarLabelKey = g.getTypeString() + ":" + ltype; return Grammar.grammarAndLabelRefTypeToScope.get(grammarLabelKey); }
public AttributeDict getPredefinedScope(LabelType ltype) { String grammarLabelKey = g.getTypeString() + ":" + ltype; return Grammar.grammarAndLabelRefTypeToScope.get(grammarLabelKey); }
public AttributeDict getPredefinedScope(LabelType ltype) { String grammarLabelKey = g.getTypeString() + ":" + ltype; return Grammar.grammarAndLabelRefTypeToScope.get(grammarLabelKey); }
public AttributeDict getPredefinedScope(LabelType ltype) { String grammarLabelKey = g.getTypeString() + ":" + ltype; return Grammar.grammarAndLabelRefTypeToScope.get(grammarLabelKey); }
public AttributeDict getPredefinedScope(LabelType ltype) { String grammarLabelKey = g.getTypeString() + ":" + ltype; return Grammar.grammarAndLabelRefTypeToScope.get(grammarLabelKey); }
public void defineAction(GrammarAST atAST) { if ( atAST.getChildCount()==2 ) { String name = atAST.getChild(0).getText(); namedActions.put(name, (ActionAST)atAST.getChild(1)); } else { String scope = atAST.getChild(0).getText(); String gtype = getTypeString(); if ( scope.equals(gtype) || (scope.equals("parser")&>ype.equals("combined")) ) { String name = atAST.getChild(1).getText(); namedActions.put(name, (ActionAST)atAST.getChild(2)); } } }
public void defineAction(GrammarAST atAST) { if ( atAST.getChildCount()==2 ) { String name = atAST.getChild(0).getText(); namedActions.put(name, (ActionAST)atAST.getChild(1)); } else { String scope = atAST.getChild(0).getText(); String gtype = getTypeString(); if ( scope.equals(gtype) || (scope.equals("parser")&>ype.equals("combined")) ) { String name = atAST.getChild(1).getText(); namedActions.put(name, (ActionAST)atAST.getChild(2)); } } }
public void defineAction(GrammarAST atAST) { if ( atAST.getChildCount()==2 ) { String name = atAST.getChild(0).getText(); namedActions.put(name, (ActionAST)atAST.getChild(1)); } else { String scope = atAST.getChild(0).getText(); String gtype = getTypeString(); if ( scope.equals(gtype) || (scope.equals("parser")&>ype.equals("combined")) ) { String name = atAST.getChild(1).getText(); namedActions.put(name, (ActionAST)atAST.getChild(2)); } } }
public void defineAction(GrammarAST atAST) { if ( atAST.getChildCount()==2 ) { String name = atAST.getChild(0).getText(); namedActions.put(name, (ActionAST)atAST.getChild(1)); } else { String scope = atAST.getChild(0).getText(); String gtype = getTypeString(); if ( scope.equals(gtype) || (scope.equals("parser")&>ype.equals("combined")) ) { String name = atAST.getChild(1).getText(); namedActions.put(name, (ActionAST)atAST.getChild(2)); } } }
public void defineAction(GrammarAST atAST) { if ( atAST.getChildCount()==2 ) { String name = atAST.getChild(0).getText(); namedActions.put(name, (ActionAST)atAST.getChild(1)); } else { String scope = atAST.getChild(0).getText(); String gtype = getTypeString(); if ( scope.equals(gtype) || (scope.equals("parser")&>ype.equals("combined")) ) { String name = atAST.getChild(1).getText(); namedActions.put(name, (ActionAST)atAST.getChild(2)); } } }
return new Grammar[] {lg, g}; ANTLRv4PluginController.LOG.info("loadGrammars invalid grammar type "+g.getTypeString()+" for "+g.name); return null;