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|
open Core.Std let _ = _squelch_unused_module_warning_
open Typerep_experimental.Std
module Transaction_type = struct
module V1 = struct
type t =
| Trade
| Order
module Typename_of_t = Make_typename.Make0(struct
type non_rec = t
type t = non_rec
let name = "Combination.Transaction_type.V1.t"
end)
let typerep_of_t =
let name_of_t = Typename_of_t.named in
Typerep.Named (name_of_t, Some (lazy (
let tag0 = Typerep.Tag.internal_use_only {
Typerep.Tag_internal.
label = "Trade";
rep = typerep_of_tuple0;
arity = 0;
index = 0;
ocaml_repr = 0;
tyid = Typename.create ();
create = Typerep.Tag_internal.Const Trade;
} in
let tag1 = Typerep.Tag.internal_use_only {
Typerep.Tag_internal.
label = "Order";
rep = typerep_of_tuple0;
arity = 0;
index = 1;
ocaml_repr = 1;
tyid = Typename.create ();
create = Typerep.Tag_internal.Const Order;
} in
let typename = Typerep.Named.typename_of_t name_of_t in
let polymorphic = false in
let tags = [|
Typerep.Variant_internal.Tag tag0;
Typerep.Variant_internal.Tag tag1;
|] in
let value = function
| Trade -> Typerep.Variant_internal.Value (tag0, value_tuple0)
| Order -> Typerep.Variant_internal.Value (tag1, value_tuple0)
in
Typerep.Variant (Typerep.Variant.internal_use_only {
Typerep.Variant_internal.
typename;
tags;
polymorphic;
value;
})
)))
end
module V2 = struct
type t =
| Trade
| Order
| Journal of string * string
module Typename_of_t = Make_typename.Make0(struct
type non_rec = t
type t = non_rec
let name = "Combination.Transaction_type.V2.t"
end)
let typerep_of_t =
let name_of_t = Typename_of_t.named in
Typerep.Named (name_of_t, Some (lazy (
let tag0 = Typerep.Tag.internal_use_only {
Typerep.Tag_internal.
label = "Trade";
rep = typerep_of_tuple0;
arity = 0;
index = 0;
ocaml_repr = 0;
tyid = Typename.create ();
create = Typerep.Tag_internal.Const Trade;
} in
let tag1 = Typerep.Tag.internal_use_only {
Typerep.Tag_internal.
label = "Order";
rep = typerep_of_tuple0;
arity = 0;
index = 1;
ocaml_repr = 1;
tyid = Typename.create ();
create = Typerep.Tag_internal.Const Order;
} in
let tag2 = Typerep.Tag.internal_use_only {
Typerep.Tag_internal.
label = "Journal";
rep = typerep_of_tuple2 typerep_of_string typerep_of_string;
arity = 2;
index = 1;
ocaml_repr = 0;
tyid = Typename.create ();
create = Typerep.Tag_internal.Args (fun (v1, v2) -> Journal (v1, v2));
} in
let typename = Typerep.Named.typename_of_t name_of_t in
let polymorphic = false in
let tags = [|
Typerep.Variant_internal.Tag tag0;
Typerep.Variant_internal.Tag tag1;
Typerep.Variant_internal.Tag tag2;
|] in
let value = function
| Trade -> Typerep.Variant_internal.Value (tag0, value_tuple0)
| Order -> Typerep.Variant_internal.Value (tag1, value_tuple0)
| Journal (v1, v2) -> Typerep.Variant_internal.Value (tag2, (v1, v2))
in
Typerep.Variant (Typerep.Variant.internal_use_only {
Typerep.Variant_internal.
typename;
tags;
polymorphic;
value;
})
)))
end
end
module V1 = struct
type t = {
transaction_type : Transaction_type.V1.t;
username : string;
}
module Typename_of_t = Make_typename.Make0(struct
type non_rec = t
type t = non_rec
let name = "Combination.V1.t"
end)
let typerep_of_t =
let name_of_t = Typename_of_t.named in
Typerep.Named (name_of_t, Some(lazy(
let field0 = Typerep.Field.internal_use_only {
Typerep.Field_internal.
label = "transaction_type";
index = 0;
rep = Transaction_type.V1.typerep_of_t;
tyid = Typename.create ();
get = (fun t -> t.transaction_type);
} in
let field1 = Typerep.Field.internal_use_only {
Typerep.Field_internal.
label = "username";
index = 1;
rep = typerep_of_string;
tyid = Typename.create ();
get = (fun t -> t.username);
} in
let typename = Typerep.Named.typename_of_t name_of_t in
let has_double_array_tag =
Typerep_obj.has_double_array_tag {
transaction_type = Typerep_obj.double_array_value;
username = Typerep_obj.double_array_value;
}
in
let fields = [|
Typerep.Record_internal.Field field0;
Typerep.Record_internal.Field field1;
|] in
let create { Typerep.Record_internal.get } =
let transaction_type = get field0 in
let username = get field1 in
{ transaction_type ; username }
in
Typerep.Record (Typerep.Record.internal_use_only {
Typerep.Record_internal.
typename;
has_double_array_tag;
fields;
create;
})
)))
end
module V2 = struct
type t = {
transaction_type : Transaction_type.V2.t;
username : string;
tags : (string * string) list;
}
module Typename_of_t = Make_typename.Make0(struct
type non_rec = t
type t = non_rec
let name = "Combination.V2.t"
end)
let typerep_of_t =
let name_of_t = Typename_of_t.named in
Typerep.Named (name_of_t, Some(lazy(
let field0 = Typerep.Field.internal_use_only {
Typerep.Field_internal.
label = "transaction_type";
index = 0;
rep = Transaction_type.V2.typerep_of_t;
tyid = Typename.create ();
get = (fun t -> t.transaction_type);
} in
let field1 = Typerep.Field.internal_use_only {
Typerep.Field_internal.
label = "username";
index = 1;
rep = typerep_of_string;
tyid = Typename.create ();
get = (fun t -> t.username);
} in
let field2 = Typerep.Field.internal_use_only {
Typerep.Field_internal.
label = "tags";
index = 2;
rep = typerep_of_list (typerep_of_tuple2 typerep_of_string typerep_of_string);
tyid = Typename.create ();
get = (fun t -> t.tags);
} in
let typename = Typerep.Named.typename_of_t name_of_t in
let has_double_array_tag =
Typerep_obj.has_double_array_tag {
transaction_type = Typerep_obj.double_array_value;
username = Typerep_obj.double_array_value;
tags = Typerep_obj.double_array_value;
}
in
let fields = [|
Typerep.Record_internal.Field field0;
Typerep.Record_internal.Field field1;
Typerep.Record_internal.Field field2;
|] in
let create { Typerep.Record_internal.get } =
let transaction_type = get field0 in
let username = get field1 in
let tags = get field2 in
{ transaction_type ; username ; tags }
in
Typerep.Record (Typerep.Record.internal_use_only {
Typerep.Record_internal.
typename;
has_double_array_tag;
fields;
create;
})
)))
end
type t =
| V1 of V1.t
| V2 of V2.t
module Typename_of_t = Make_typename.Make0(struct
type non_rec = t
type t = non_rec
let name = "Combination.t"
end)
let typerep_of_t : t Typerep.t =
let name_of_t = Typename_of_t.named in
Typerep.Named (name_of_t, Some (lazy (
let tag0 = Typerep.Tag.internal_use_only {
Typerep.Tag_internal.
label = "V1";
rep = V1.typerep_of_t;
arity = 1;
index = 0;
ocaml_repr = 0;
tyid = Typename.create ();
create = Typerep.Tag_internal.Args (fun x -> V1 x);
} in
let tag1 = Typerep.Tag.internal_use_only {
Typerep.Tag_internal.
label = "V2";
rep = V2.typerep_of_t;
arity = 1;
index = 1;
ocaml_repr = 1;
tyid = Typename.create ();
create = Typerep.Tag_internal.Args (fun x -> V2 x)
} in
let typename = Typerep.Named.typename_of_t name_of_t in
let polymorphic = false in
let tags = [|
Typerep.Variant_internal.Tag tag0;
Typerep.Variant_internal.Tag tag1;
|] in
let value = function
| V1 x -> Typerep.Variant_internal.Value (tag0, x)
| V2 x -> Typerep.Variant_internal.Value (tag1, x)
in
Typerep.Variant (Typerep.Variant.internal_use_only {
Typerep.Variant_internal.
typename;
tags;
polymorphic;
value;
})
)))
|
