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|
let ella_rules =
% : (print_rule list) %
[
((`ella`,(Print_metavar
((Const_name `name`),
[(Patt_child (Print_metavar ((Var_name `string`),[])))])),
(\x y. true)),(PF (H_box [((Nat 0),(PO_leaf (`string`,(\s.s))))])));
((`ella`,(Print_metavar
((Const_name `fnname`),
[(Patt_child (Print_metavar ((Var_name `string`),[])))])),
(\x y. true)),(PF (H_box [((Nat 0),(PO_leaf (`string`,(\s.s))))])));
((`ella`,(Print_metavar
((Const_name `type`),
[(Patt_child (Print_metavar ((Var_name `string`),[])))])),
(\x y. true)),(PF (H_box [((Nat 0),(PO_leaf (`string`,(\s.s))))])));
((`ella`,
(Print_metavar ((Const_name `text`),[(Var_children `decls`)])),
(\x y. true)),
(PF (V_box [(((Abs 0),(Nat 1)),
(PO_expand (H_box [((Nat 0),(PO_subcall (`decls`,[])));
((Nat 0),(PO_constant `.`))])))])));
((`ella`,(Print_metavar
((Const_name `typedec`),[(Var_child `name`);
(Var_child `firstname`);
(Var_children `othernames`)])),
(\x y. true)),
(PF
(HV_box
[(((Nat 1),(Abs 3),(Nat 0)),(PO_constant `TYPE`));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (HV_box [(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (H_box
[((Nat 1),(PO_subcall (`name`,[])));
((Nat 1),(PO_constant `=`))]))));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (H_box
[((Nat 0),(PO_constant `NEW(`));
((Nat 0),
(PO_format
(PF (HoV_box
[(((Nat 1),
(Abs (-2)),(Nat 0)),
(PO_subcall
(`firstname`,[])));
(((Nat 1),(Abs (-2)),
(Nat 0)),
(PO_expand
(H_box
[((Nat 1),
(PO_constant
`|`));
((Nat 1),
(PO_subcall
(`othernames`,
[])))])))]))));
((Nat 0),(PO_constant `)`))]))))]))))])));
((`ella`,
(Print_metavar ((Const_name `inputitem`),[(Var_child `type`)])),
(\x y. true)),(PF (H_box [((Nat 0),(PO_subcall (`type`,[])))])));
((`ella`,(Print_metavar ((Const_name `inputitem`),
[(Var_child `type`);(Var_children `names`)])),
(\x y. true)),
(PF
(HV_box [(((Nat 1),(Abs 3),(Nat 0)),
(PO_format (PF (H_box [((Nat 0),(PO_subcall (`type`,[])));
((Nat 0),(PO_constant `:`))]))));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_format (PF (HoV_box [(((Nat 1),(Abs 0),(Nat 0)),
(PO_subcall (`names`,[])))]))))])));
((`ella`,(Print_metavar ((Const_name `inputitem_list`),
[(Var_children `items`);(Var_child `item`)])),
(\x y. true)),
(PF (H_box [((Nat 0),(PO_constant `(`));
((Nat 0),
(PO_format
(PF (HoV_box [(((Nat 1),(Abs 0),(Nat 0)),
(PO_expand
(H_box
[((Nat 0),(PO_subcall (`items`,[])));
((Nat 0),(PO_constant `,`))])));
(((Nat 1),(Abs 0),(Nat 0)),
(PO_subcall (`item`,[])))]))));
((Nat 0),(PO_constant `)`))])));
((`ella`,(Print_metavar ((Const_name `fndec`),[(Var_child `fnname`);
(Var_child `items`);
(Var_child `type`);
(Var_child `fnbody`)])),
(\x y. true)),
(PF (V_box [(((Abs 1),(Nat 0)),
(PO_format
(PF (HV_box
[(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (H_box [((Nat 1),(PO_constant `FN`));
((Nat 1),
(PO_subcall (`fnname`,[])));
((Nat 1),(PO_constant `=`))]))));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (H_box
[((Nat 0),
(PO_format
(PF
(HV_box
[(((Nat 1),(Abs 3),
(Nat 0)),
(PO_subcall
(`items`,[])));
(((Nat 1),(Abs 3),
(Nat 0)),
(PO_format
(PF
(H_box
[((Nat
1),
(PO_constant
`->`));
((Nat 1),
(PO_subcall
(`type`,
[])))]))))]))));
((Nat 0),(PO_constant `:`))]))))]))));
(((Abs 1),(Nat 0)),(PO_subcall (`fnbody`,[])))])));
((`ella`,
(Print_metavar ((Const_name `fnbody`),[(Var_child `fnbody`)])),
(\x y. true)),(PF (H_box [((Nat 0),(PO_subcall (`fnbody`,[])))])));
((`ella`,
(Print_metavar
((Const_name `delay`),[(Var_child `name`);(Var_child `int`)])),
(\x y. true)),
(PF (HV_box
[(((Nat 0),(Abs 3),(Nat 0)),(PO_constant `DELAY`));
(((Nat 0),(Abs 3),(Nat 0)),
(PO_format
(PF (H_box [((Nat 0),(PO_constant `(`));
((Nat 0),
(PO_format
(PF (HV_box
[(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (H_box
[((Nat 0),
(PO_subcall
(`name`,[])));
((Nat 0),
(PO_constant `,`))]))));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_subcall (`int`,[])))]))));
((Nat 0),(PO_constant `)`))]))))])));
((`ella`,(Print_metavar ((Const_name `unit`),[(Var_child `unit`)])),
(\x y. true)),(PF (H_box [((Nat 0),(PO_subcall (`unit`,[])))])));
((`ella`,(Print_metavar ((Const_name `tuple`),
[(Var_children `units`);(Var_child `unit`)])),
(\x y. true)),
(PF (H_box [((Nat 0),(PO_constant `(`));
((Nat 0),
(PO_format
(PF (HoV_box [(((Nat 1),(Abs 0),(Nat 0)),
(PO_expand
(H_box
[((Nat 0),(PO_subcall (`units`,[])));
((Nat 0),(PO_constant `,`))])));
(((Nat 1),(Abs 0),(Nat 0)),
(PO_subcall (`unit`,[])))]))));
((Nat 0),(PO_constant `)`))])));
((`ella`,
(Print_metavar ((Const_name `choosers`),[(Var_child `name`)])),
(\x y. true)),(PF (H_box [((Nat 0),(PO_subcall (`name`,[])))])));
((`ella`,(Print_metavar ((Const_name `choosers`),
[(Var_children `names`);(Var_child `name`)])),
(\x y. true)),
(PF (H_box [((Nat 0),(PO_constant `(`));
((Nat 0),
(PO_format
(PF (HoV_box [(((Nat 1),(Abs 0),(Nat 0)),
(PO_expand
(H_box
[((Nat 0),(PO_subcall (`names`,[])));
((Nat 0),(PO_constant `,`))])));
(((Nat 1),(Abs 0),(Nat 0)),
(PO_subcall (`name`,[])))]))));
((Nat 0),(PO_constant `)`))])));
((`ella`,(Print_metavar ((Const_name `choices`),
[(Var_child `choosers`);(Var_child `unit`)])),
(\x y. true)),
(PF (HV_box [(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (H_box [((Nat 0),(PO_subcall (`choosers`,[])));
((Nat 0),(PO_constant `:`))]))));
(((Nat 1),(Abs 3),(Nat 0)),(PO_subcall (`unit`,[])))])));
((`ella`,
(Print_metavar ((Const_name `choices_list`),
[(Var_children `choices`);(Var_child `choice`)])),
(\x y. true)),
(PF
(HoV_box [(((Nat 1),(Abs 0),(Nat 0)),
(PO_expand (H_box [((Nat 0),(PO_subcall (`choices`,[])));
((Nat 0),(PO_constant `,`))])));
(((Nat 1),(Abs 0),(Nat 0)),(PO_subcall (`choice`,[])))])));
((`ella`,(Print_metavar ((Const_name `else_clause`),[])),(\x y. true)),
PF_empty);
((`ella`,
(Print_metavar ((Const_name `else_clause`),[(Var_child `unit`)])),
(\x y. true)),
(PF (HV_box [(((Nat 1),(Abs 3),(Nat 0)),(PO_constant `ELSE`));
(((Nat 1),(Abs 3),(Nat 0)),(PO_subcall (`unit`,[])))])));
((`ella`,(Print_metavar
((Const_name `caseclause`),[(Var_child `unit`);
(Var_child `choices_list`);
(Var_child `else_clause`)])),
(\x y. true)),
(PF (V_box
[(((Abs 0),(Nat 0)),
(PO_format
(PF (HV_box
[(((Nat 1),(Abs 3),(Nat 0)),(PO_constant `CASE`));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_subcall (`unit`,[])))]))));
(((Abs 0),(Nat 0)),
(PO_format
(PF (H_box [((Nat 1),(PO_constant `OF`));
((Nat 1),(PO_subcall (`choices_list`,[])))]))));
(((Abs 0),(Nat 0)),(PO_subcall (`else_clause`,[])));
(((Abs 0),(Nat 0)),(PO_constant `ESAC`))])));
((`ella`,(Print_metavar
((Const_name `series`),
[(Patt_child
(Print_metavar
((Const_name `step_list`),[(Var_children `steps`)])));
(Var_child `unit`)])),(\x y. true)),
(PF (V_box [(((Abs 0),(Nat 0)),(PO_constant `BEGIN`));
(((Abs 3),(Nat 0)),
(PO_expand (H_box [((Nat 0),(PO_subcall (`steps`,[])));
((Nat 0),(PO_constant `.`))])));
(((Abs 3),(Nat 0)),
(PO_format (PF (HV_box [(((Nat 1),(Abs 3),(Nat 0)),
(PO_constant `OUTPUT`));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_subcall (`unit`,[])))]))));
(((Abs 0),(Nat 0)),(PO_constant `END`))])));
((`ella`,
(Print_metavar
((Const_name `makeitem`),
[(Var_child `fnname`);
(Patt_child
(Print_metavar
((Const_name `name_list`),[(Var_children `names`)])))])),
(\x y. true)),
(PF (HV_box
[(((Nat 1),(Abs 3),(Nat 0)),
(PO_format (PF (H_box [((Nat 0),(PO_subcall (`fnname`,[])));
((Nat 0),(PO_constant `:`))]))));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_format (PF (HoV_box [(((Nat 1),(Abs 0),(Nat 0)),
(PO_subcall (`names`,[])))]))))])));
((`ella`,(Print_metavar
((Const_name `make`),
[(Var_children `makeitems`);(Var_child `makeitem`)])),
(\x y. true)),
(PF
(HV_box
[(((Nat 1),(Abs 3),(Nat 0)),(PO_constant `MAKE`));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (V_box
[(((Abs 0),(Nat 0)),
(PO_expand
(H_box
[((Nat 0),(PO_subcall (`makeitems`,[])));
((Nat 0),(PO_constant `,`))])));
(((Abs 0),(Nat 0)),(PO_subcall (`makeitem`,[])))]))))])));
((`ella`,
(Print_metavar
((Const_name `joinitem`),[(Var_child `unit`);(Var_child `name`)])),
(\x y. true)),
(PF
(HV_box
[(((Nat 1),(Abs 3),(Nat 0)),(PO_subcall (`unit`,[])));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_format (PF (H_box [((Nat 1),(PO_constant `->`));
((Nat 1),(PO_subcall (`name`,[])))]))))])));
((`ella`,(Print_metavar
((Const_name `join`),
[(Var_children `joinitems`);(Var_child `joinitem`)])),
(\x y. true)),
(PF
(HV_box
[(((Nat 1),(Abs 3),(Nat 0)),(PO_constant `JOIN`));
(((Nat 1),(Abs 3),(Nat 0)),
(PO_format
(PF (V_box
[(((Abs 0),(Nat 0)),
(PO_expand
(H_box
[((Nat 0),(PO_subcall (`joinitems`,[])));
((Nat 0),(PO_constant `,`))])));
(((Abs 0),(Nat 0)),(PO_subcall (`joinitem`,[])))]))))])))
] : print_rule list;;
let ella_rules_fun =
% : (print_rule_function) %
print_rule_fun ella_rules;;
|
