Incremental (melange.Melange_compiler_libs.Parser.Incremental)

let use_file: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(list(Parsetree.toplevel_phrase));

let toplevel_phrase: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Parsetree.toplevel_phrase);

let parse_val_longident: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Longident.t);

let parse_pattern: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Parsetree.pattern);

let parse_mty_longident: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Longident.t);

let parse_module_type: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Parsetree.module_type);

let parse_module_expr: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Parsetree.module_expr);

let parse_mod_longident: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Longident.t);

let parse_mod_ext_longident: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Longident.t);

let parse_expression: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Parsetree.expression);

let parse_core_type: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Parsetree.core_type);

let parse_constr_longident: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Longident.t);

let parse_any_longident: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Longident.t);

let interface: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Parsetree.signature);

let implementation: 
  Stdlib.Lexing.position =>
  MenhirInterpreter.checkpoint(Parsetree.structure);