void function ( String [ ] arg0 ) { for ( int loc0 = 0 ; loc0 < arg0 . length ; loc0 ++ ) { String [ ] loc1 = arg0 [ loc0 ] . split ( "srini_string" ) ; Production loc2 = new Production ( loc1 [ 0 ] , loc1 [ 1 ] ) ; if ( this . axiome == null ) { this . axiome = loc2 . getNonTerm ( ) ; } r . add ( loc2 ) ; n . add ( loc2 . getNonTerm ( ) ) ; } }
fonction qui va ajouter toutes les productions lues pour les mettre dans la grammaire concode_field_sep List<Production> r concode_elem_sep boolean containEpsilon concode_elem_sep Set<String> t concode_elem_sep String axiome concode_elem_sep Set<String> n concode_field_sep String getAxiome concode_elem_sep void setR concode_elem_sep void setT concode_elem_sep Set<String> getN concode_elem_sep void setAxiome concode_elem_sep void setContainEpsilon concode_elem_sep String addNewNonTerm concode_elem_sep List<Production> getR concode_elem_sep Set<String> getT concode_elem_sep void addProd concode_elem_sep void addAllTerm concode_elem_sep boolean getContainEpsilon concode_elem_sep void setN concode_elem_sep void initGram2 concode_elem_sep String toString concode_elem_sep void initGram concode_elem_sep String lectureProd