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);