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retired
A standard library for the Gleam programming language
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Files
src/gleam@dynamic.erl
-module(gleam@dynamic).
-compile([no_auto_import, nowarn_unused_vars]).
-export([dynamic/1, decode1/2, from/1, unsafe_coerce/1, bit_string/1, classify/1, int/1, float/1, bool/1, shallow_list/1, optional/1, result/2, any/1, string/1, list/1, field/2, element/2, tuple2/2, tuple3/3, tuple4/4, tuple5/5, tuple6/6, map/2, decode2/3, decode3/4, decode4/5, decode5/6, decode6/7, decode7/8, decode8/9, decode9/10]).
-export_type([decode_error/0, dynamic/0, unknown_tuple/0]).
-type decode_error() :: {decode_error, binary(), binary(), list(binary())}.
-type dynamic() :: any().
-type unknown_tuple() :: any().
-spec dynamic(dynamic()) -> {ok, dynamic()} | {error, list(decode_error())}.
dynamic(Value) ->
{ok, Value}.
-spec put_expected(decode_error(), binary()) -> decode_error().
put_expected(Error, Expected) ->
erlang:setelement(2, Error, Expected).
-spec all_errors({ok, any()} | {error, list(decode_error())}) -> list(decode_error()).
all_errors(Result) ->
case Result of
{ok, _} ->
[];
{error, Errors} ->
Errors
end.
-spec decode1(
fun((CPL) -> CPM),
fun((dynamic()) -> {ok, CPL} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CPM} | {error, list(decode_error())}).
decode1(Constructor, T1) ->
fun(Value) -> case T1(Value) of
{ok, A} ->
{ok, Constructor(A)};
A@1 ->
{error, all_errors(A@1)}
end end.
-spec from(any()) -> dynamic().
from(A) ->
gleam_stdlib:identity(A).
-spec unsafe_coerce(dynamic()) -> any().
unsafe_coerce(A) ->
gleam_stdlib:identity(A).
-spec bit_string(dynamic()) -> {ok, bitstring()} | {error, list(decode_error())}.
bit_string(Data) ->
gleam_stdlib:decode_bit_string(Data).
-spec classify(dynamic()) -> binary().
classify(Data) ->
gleam_stdlib:classify_dynamic(Data).
-spec int(dynamic()) -> {ok, integer()} | {error, list(decode_error())}.
int(Data) ->
gleam_stdlib:decode_int(Data).
-spec exact_decode_tuple_error(integer(), dynamic()) -> {ok, any()} |
{error, list(decode_error())}.
exact_decode_tuple_error(Size, Data) ->
S = case Size of
0 ->
<<""/utf8>>;
_ ->
<<"s"/utf8>>
end,
Error = begin
_pipe = [<<"Tuple of "/utf8>>,
gleam@int:to_string(Size),
<<" element"/utf8>>,
S],
_pipe@1 = gleam@string_builder:from_strings(_pipe),
_pipe@2 = gleam@string_builder:to_string(_pipe@1),
{decode_error, _pipe@2, classify(Data), []}
end,
{error, [Error]}.
-spec at_least_decode_tuple_error(integer(), dynamic()) -> {ok, any()} |
{error, list(decode_error())}.
at_least_decode_tuple_error(Size, Data) ->
S = case Size of
0 ->
<<""/utf8>>;
_ ->
<<"s"/utf8>>
end,
Error = begin
_pipe = [<<"Tuple of at least "/utf8>>,
gleam@int:to_string(Size),
<<" element"/utf8>>,
S],
_pipe@1 = gleam@string_builder:from_strings(_pipe),
_pipe@2 = gleam@string_builder:to_string(_pipe@1),
{decode_error, _pipe@2, classify(Data), []}
end,
{error, [Error]}.
-spec float(dynamic()) -> {ok, float()} | {error, list(decode_error())}.
float(Data) ->
gleam_stdlib:decode_float(Data).
-spec bool(dynamic()) -> {ok, boolean()} | {error, list(decode_error())}.
bool(Data) ->
gleam_stdlib:decode_bool(Data).
-spec shallow_list(dynamic()) -> {ok, list(dynamic())} |
{error, list(decode_error())}.
shallow_list(Value) ->
gleam_stdlib:decode_list(Value).
-spec optional(fun((dynamic()) -> {ok, CMI} | {error, list(decode_error())})) -> fun((dynamic()) -> {ok,
gleam@option:option(CMI)} |
{error, list(decode_error())}).
optional(Decode) ->
fun(Value) -> gleam_stdlib:decode_option(Value, Decode) end.
-spec result(
fun((dynamic()) -> {ok, CLW} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CLY} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, {ok, CLW} | {error, CLY}} |
{error, list(decode_error())}).
result(Decode_ok, Decode_error) ->
fun(Value) ->
gleam@result:then(
gleam_stdlib:decode_result(Value),
fun(Inner_result) ->
case Inner_result of
{ok, Raw} ->
gleam@result:then(
begin
_pipe = Decode_ok(Raw),
map_errors(
_pipe,
fun(_capture) ->
push_path(_capture, <<"ok"/utf8>>)
end
)
end,
fun(Value@1) ->
{ok, {ok, Value@1}}
end
);
{error, Raw@1} ->
gleam@result:then(
begin
_pipe@1 = Decode_error(Raw@1),
map_errors(
_pipe@1,
fun(_capture@1) ->
push_path(_capture@1, <<"error"/utf8>>)
end
)
end,
fun(Value@2) ->
{ok, {error, Value@2}}
end
)
end
end
)
end.
-spec any(list(fun((dynamic()) -> {ok, CPH} | {error, list(decode_error())}))) -> fun((dynamic()) -> {ok,
CPH} |
{error, list(decode_error())}).
any(Decoders) ->
fun(Data) -> case Decoders of
[] ->
{error,
[{decode_error, <<"another type"/utf8>>, classify(Data), []}]};
[Decoder | Decoders@1] ->
case Decoder(Data) of
{ok, Decoded} ->
{ok, Decoded};
{error, _} ->
(any(Decoders@1))(Data)
end
end end.
-spec push_path(decode_error(), any()) -> decode_error().
push_path(Error, Name) ->
Name@1 = from(Name),
Decoder = any(
[fun string/1,
fun(X) -> gleam@result:map(int(X), fun gleam@int:to_string/1) end]
),
Name@3 = case Decoder(Name@1) of
{ok, Name@2} ->
Name@2;
{error, _} ->
_pipe = [<<"<"/utf8>>, classify(Name@1), <<">"/utf8>>],
_pipe@1 = gleam@string_builder:from_strings(_pipe),
gleam@string_builder:to_string(_pipe@1)
end,
erlang:setelement(4, Error, [Name@3 | erlang:element(4, Error)]).
-spec string(dynamic()) -> {ok, binary()} | {error, list(decode_error())}.
string(Data) ->
decode_string(Data).
-spec decode_string(dynamic()) -> {ok, binary()} | {error, list(decode_error())}.
decode_string(Data) ->
_pipe = bit_string(Data),
_pipe@1 = map_errors(
_pipe,
fun(_capture) -> put_expected(_capture, <<"String"/utf8>>) end
),
gleam@result:then(
_pipe@1,
fun(Raw) -> case gleam@bit_string:to_string(Raw) of
{ok, String} ->
{ok, String};
{error, nil} ->
{error,
[{decode_error,
<<"String"/utf8>>,
<<"BitString"/utf8>>,
[]}]}
end end
).
-spec map_errors(
{ok, CLG} | {error, list(decode_error())},
fun((decode_error()) -> decode_error())
) -> {ok, CLG} | {error, list(decode_error())}.
map_errors(Result, F) ->
gleam@result:map_error(
Result,
fun(_capture) -> gleam@list:map(_capture, F) end
).
-spec list(fun((dynamic()) -> {ok, CMD} | {error, list(decode_error())})) -> fun((dynamic()) -> {ok,
list(CMD)} |
{error, list(decode_error())}).
list(Decoder_type) ->
fun(Dynamic) ->
gleam@result:then(
shallow_list(Dynamic),
fun(List) ->
_pipe = List,
_pipe@1 = gleam@list:try_map(_pipe, Decoder_type),
map_errors(
_pipe@1,
fun(_capture) -> push_path(_capture, <<"*"/utf8>>) end
)
end
)
end.
-spec field(
any(),
fun((dynamic()) -> {ok, CMN} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CMN} | {error, list(decode_error())}).
field(Name, Inner_type) ->
fun(Value) ->
_pipe = Value,
_pipe@1 = gleam_stdlib:decode_field(_pipe, Name),
_pipe@2 = gleam@result:then(_pipe@1, Inner_type),
map_errors(_pipe@2, fun(_capture) -> push_path(_capture, Name) end)
end.
-spec element(
integer(),
fun((dynamic()) -> {ok, CMQ} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CMQ} | {error, list(decode_error())}).
element(Index, Inner_type) ->
fun(Data) ->
gleam@result:then(
gleam_stdlib:decode_tuple(Data),
fun(Tuple) ->
Size = gleam_stdlib:size_of_tuple(Tuple),
gleam@result:then(case Index >= 0 of
true ->
case Index < Size of
true ->
gleam_stdlib:tuple_get(Tuple, Index);
false ->
at_least_decode_tuple_error(Index + 1, Data)
end;
false ->
case gleam@int:absolute_value(Index) =< Size of
true ->
gleam_stdlib:tuple_get(Tuple, Size + Index);
false ->
at_least_decode_tuple_error(
gleam@int:absolute_value(Index),
Data
)
end
end, fun(Data@1) ->
_pipe = Inner_type(Data@1),
map_errors(
_pipe,
fun(_capture) -> push_path(_capture, Index) end
)
end)
end
)
end.
-spec tuple_errors({ok, any()} | {error, list(decode_error())}, binary()) -> list(decode_error()).
tuple_errors(Result, Name) ->
case Result of
{ok, _} ->
[];
{error, Errors} ->
gleam@list:map(
Errors,
fun(_capture) -> push_path(_capture, Name) end
)
end.
-spec assert_is_tuple(dynamic(), integer()) -> {ok, nil} |
{error, list(decode_error())}.
assert_is_tuple(Value, Desired_size) ->
Expected = gleam@string_builder:to_string(
gleam@string_builder:from_strings(
[<<"Tuple of "/utf8>>,
gleam@int:to_string(Desired_size),
<<" elements"/utf8>>]
)
),
gleam@result:then(
map_errors(
gleam_stdlib:decode_tuple(Value),
fun(_capture) -> put_expected(_capture, Expected) end
),
fun(Tuple) ->
case gleam_stdlib:size_of_tuple(Tuple) of
Size when Size =:= Desired_size ->
{ok, nil};
_ ->
exact_decode_tuple_error(Desired_size, Value)
end
end
).
-spec tuple2(
fun((dynamic()) -> {ok, CNH} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CNJ} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, {CNH, CNJ}} | {error, list(decode_error())}).
tuple2(Decode1, Decode2) ->
fun(Value) ->
gleam@result:then(
assert_is_tuple(Value, 2),
fun(_) ->
{A, B} = unsafe_coerce(Value),
case {Decode1(A), Decode2(B)} of
{{ok, A@1}, {ok, B@1}} ->
{ok, {A@1, B@1}};
{A@2, B@2} ->
_pipe = tuple_errors(A@2, <<"0"/utf8>>),
_pipe@1 = gleam@list:append(
_pipe,
tuple_errors(B@2, <<"1"/utf8>>)
),
{error, _pipe@1}
end
end
)
end.
-spec tuple3(
fun((dynamic()) -> {ok, CNM} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CNO} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CNQ} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, {CNM, CNO, CNQ}} | {error, list(decode_error())}).
tuple3(Decode1, Decode2, Decode3) ->
fun(Value) ->
gleam@result:then(
assert_is_tuple(Value, 3),
fun(_) ->
{A, B, C} = unsafe_coerce(Value),
case {Decode1(A), Decode2(B), Decode3(C)} of
{{ok, A@1}, {ok, B@1}, {ok, C@1}} ->
{ok, {A@1, B@1, C@1}};
{A@2, B@2, C@2} ->
_pipe = tuple_errors(A@2, <<"0"/utf8>>),
_pipe@1 = gleam@list:append(
_pipe,
tuple_errors(B@2, <<"1"/utf8>>)
),
_pipe@2 = gleam@list:append(
_pipe@1,
tuple_errors(C@2, <<"2"/utf8>>)
),
{error, _pipe@2}
end
end
)
end.
-spec tuple4(
fun((dynamic()) -> {ok, CNT} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CNV} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CNX} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CNZ} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, {CNT, CNV, CNX, CNZ}} |
{error, list(decode_error())}).
tuple4(Decode1, Decode2, Decode3, Decode4) ->
fun(Value) ->
gleam@result:then(
assert_is_tuple(Value, 4),
fun(_) ->
{A, B, C, D} = unsafe_coerce(Value),
case {Decode1(A), Decode2(B), Decode3(C), Decode4(D)} of
{{ok, A@1}, {ok, B@1}, {ok, C@1}, {ok, D@1}} ->
{ok, {A@1, B@1, C@1, D@1}};
{A@2, B@2, C@2, D@2} ->
_pipe = tuple_errors(A@2, <<"0"/utf8>>),
_pipe@1 = gleam@list:append(
_pipe,
tuple_errors(B@2, <<"1"/utf8>>)
),
_pipe@2 = gleam@list:append(
_pipe@1,
tuple_errors(C@2, <<"2"/utf8>>)
),
_pipe@3 = gleam@list:append(
_pipe@2,
tuple_errors(D@2, <<"3"/utf8>>)
),
{error, _pipe@3}
end
end
)
end.
-spec tuple5(
fun((dynamic()) -> {ok, COC} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COE} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COG} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COI} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COK} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, {COC, COE, COG, COI, COK}} |
{error, list(decode_error())}).
tuple5(Decode1, Decode2, Decode3, Decode4, Decode5) ->
fun(Value) ->
gleam@result:then(
assert_is_tuple(Value, 5),
fun(_) ->
{A, B, C, D, E} = unsafe_coerce(Value),
case {Decode1(A),
Decode2(B),
Decode3(C),
Decode4(D),
Decode5(E)} of
{{ok, A@1}, {ok, B@1}, {ok, C@1}, {ok, D@1}, {ok, E@1}} ->
{ok, {A@1, B@1, C@1, D@1, E@1}};
{A@2, B@2, C@2, D@2, E@2} ->
_pipe = tuple_errors(A@2, <<"0"/utf8>>),
_pipe@1 = gleam@list:append(
_pipe,
tuple_errors(B@2, <<"1"/utf8>>)
),
_pipe@2 = gleam@list:append(
_pipe@1,
tuple_errors(C@2, <<"2"/utf8>>)
),
_pipe@3 = gleam@list:append(
_pipe@2,
tuple_errors(D@2, <<"3"/utf8>>)
),
_pipe@4 = gleam@list:append(
_pipe@3,
tuple_errors(E@2, <<"4"/utf8>>)
),
{error, _pipe@4}
end
end
)
end.
-spec tuple6(
fun((dynamic()) -> {ok, CON} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COP} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COR} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COT} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COV} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, COX} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, {CON, COP, COR, COT, COV, COX}} |
{error, list(decode_error())}).
tuple6(Decode1, Decode2, Decode3, Decode4, Decode5, Decode6) ->
fun(Value) ->
gleam@result:then(
assert_is_tuple(Value, 6),
fun(_) ->
{A, B, C, D, E, F} = unsafe_coerce(Value),
case {Decode1(A),
Decode2(B),
Decode3(C),
Decode4(D),
Decode5(E),
Decode6(F)} of
{{ok, A@1},
{ok, B@1},
{ok, C@1},
{ok, D@1},
{ok, E@1},
{ok, F@1}} ->
{ok, {A@1, B@1, C@1, D@1, E@1, F@1}};
{A@2, B@2, C@2, D@2, E@2, F@2} ->
_pipe = tuple_errors(A@2, <<"0"/utf8>>),
_pipe@1 = gleam@list:append(
_pipe,
tuple_errors(B@2, <<"1"/utf8>>)
),
_pipe@2 = gleam@list:append(
_pipe@1,
tuple_errors(C@2, <<"2"/utf8>>)
),
_pipe@3 = gleam@list:append(
_pipe@2,
tuple_errors(D@2, <<"3"/utf8>>)
),
_pipe@4 = gleam@list:append(
_pipe@3,
tuple_errors(E@2, <<"4"/utf8>>)
),
_pipe@5 = gleam@list:append(
_pipe@4,
tuple_errors(F@2, <<"5"/utf8>>)
),
{error, _pipe@5}
end
end
)
end.
-spec map(
fun((dynamic()) -> {ok, CPA} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CPC} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, gleam@map:map_(CPA, CPC)} |
{error, list(decode_error())}).
map(Key_type, Value_type) ->
fun(Value) ->
gleam@result:then(
gleam_stdlib:decode_map(Value),
fun(Map) ->
gleam@result:then(
begin
_pipe = Map,
_pipe@1 = gleam@map:to_list(_pipe),
gleam@list:try_map(
_pipe@1,
fun(Pair) ->
{K, V} = Pair,
gleam@result:then(
begin
_pipe@2 = Key_type(K),
map_errors(
_pipe@2,
fun(_capture) ->
push_path(
_capture,
<<"keys"/utf8>>
)
end
)
end,
fun(K@1) ->
gleam@result:then(
begin
_pipe@3 = Value_type(V),
map_errors(
_pipe@3,
fun(_capture@1) ->
push_path(
_capture@1,
<<"values"/utf8>>
)
end
)
end,
fun(V@1) ->
{ok, {K@1, V@1}}
end
)
end
)
end
)
end,
fun(Pairs) ->
{ok, gleam@map:from_list(Pairs)}
end
)
end
)
end.
-spec decode2(
fun((CPP, CPQ) -> CPR),
fun((dynamic()) -> {ok, CPP} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CPQ} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CPR} | {error, list(decode_error())}).
decode2(Constructor, T1, T2) ->
fun(Value) -> case {T1(Value), T2(Value)} of
{{ok, A}, {ok, B}} ->
{ok, Constructor(A, B)};
{A@1, B@1} ->
{error, gleam@list:flatten([all_errors(A@1), all_errors(B@1)])}
end end.
-spec decode3(
fun((CPV, CPW, CPX) -> CPY),
fun((dynamic()) -> {ok, CPV} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CPW} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CPX} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CPY} | {error, list(decode_error())}).
decode3(Constructor, T1, T2, T3) ->
fun(Value) -> case {T1(Value), T2(Value), T3(Value)} of
{{ok, A}, {ok, B}, {ok, C}} ->
{ok, Constructor(A, B, C)};
{A@1, B@1, C@1} ->
{error,
gleam@list:flatten(
[all_errors(A@1), all_errors(B@1), all_errors(C@1)]
)}
end end.
-spec decode4(
fun((CQD, CQE, CQF, CQG) -> CQH),
fun((dynamic()) -> {ok, CQD} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CQE} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CQF} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CQG} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CQH} | {error, list(decode_error())}).
decode4(Constructor, T1, T2, T3, T4) ->
fun(X) -> case {T1(X), T2(X), T3(X), T4(X)} of
{{ok, A}, {ok, B}, {ok, C}, {ok, D}} ->
{ok, Constructor(A, B, C, D)};
{A@1, B@1, C@1, D@1} ->
{error,
gleam@list:flatten(
[all_errors(A@1),
all_errors(B@1),
all_errors(C@1),
all_errors(D@1)]
)}
end end.
-spec decode5(
fun((CQN, CQO, CQP, CQQ, CQR) -> CQS),
fun((dynamic()) -> {ok, CQN} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CQO} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CQP} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CQQ} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CQR} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CQS} | {error, list(decode_error())}).
decode5(Constructor, T1, T2, T3, T4, T5) ->
fun(X) -> case {T1(X), T2(X), T3(X), T4(X), T5(X)} of
{{ok, A}, {ok, B}, {ok, C}, {ok, D}, {ok, E}} ->
{ok, Constructor(A, B, C, D, E)};
{A@1, B@1, C@1, D@1, E@1} ->
{error,
gleam@list:flatten(
[all_errors(A@1),
all_errors(B@1),
all_errors(C@1),
all_errors(D@1),
all_errors(E@1)]
)}
end end.
-spec decode6(
fun((CQZ, CRA, CRB, CRC, CRD, CRE) -> CRF),
fun((dynamic()) -> {ok, CQZ} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRA} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRB} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRC} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRD} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRE} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CRF} | {error, list(decode_error())}).
decode6(Constructor, T1, T2, T3, T4, T5, T6) ->
fun(X) -> case {T1(X), T2(X), T3(X), T4(X), T5(X), T6(X)} of
{{ok, A}, {ok, B}, {ok, C}, {ok, D}, {ok, E}, {ok, F}} ->
{ok, Constructor(A, B, C, D, E, F)};
{A@1, B@1, C@1, D@1, E@1, F@1} ->
{error,
gleam@list:flatten(
[all_errors(A@1),
all_errors(B@1),
all_errors(C@1),
all_errors(D@1),
all_errors(E@1),
all_errors(F@1)]
)}
end end.
-spec decode7(
fun((CRN, CRO, CRP, CRQ, CRR, CRS, CRT) -> CRU),
fun((dynamic()) -> {ok, CRN} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRO} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRP} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRQ} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRR} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRS} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CRT} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CRU} | {error, list(decode_error())}).
decode7(Constructor, T1, T2, T3, T4, T5, T6, T7) ->
fun(X) -> case {T1(X), T2(X), T3(X), T4(X), T5(X), T6(X), T7(X)} of
{{ok, A}, {ok, B}, {ok, C}, {ok, D}, {ok, E}, {ok, F}, {ok, G}} ->
{ok, Constructor(A, B, C, D, E, F, G)};
{A@1, B@1, C@1, D@1, E@1, F@1, G@1} ->
{error,
gleam@list:flatten(
[all_errors(A@1),
all_errors(B@1),
all_errors(C@1),
all_errors(D@1),
all_errors(E@1),
all_errors(F@1),
all_errors(G@1)]
)}
end end.
-spec decode8(
fun((CSD, CSE, CSF, CSG, CSH, CSI, CSJ, CSK) -> CSL),
fun((dynamic()) -> {ok, CSD} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSE} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSF} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSG} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSH} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSI} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSJ} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSK} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CSL} | {error, list(decode_error())}).
decode8(Constructor, T1, T2, T3, T4, T5, T6, T7, T8) ->
fun(X) -> case {T1(X), T2(X), T3(X), T4(X), T5(X), T6(X), T7(X), T8(X)} of
{{ok, A},
{ok, B},
{ok, C},
{ok, D},
{ok, E},
{ok, F},
{ok, G},
{ok, H}} ->
{ok, Constructor(A, B, C, D, E, F, G, H)};
{A@1, B@1, C@1, D@1, E@1, F@1, G@1, H@1} ->
{error,
gleam@list:flatten(
[all_errors(A@1),
all_errors(B@1),
all_errors(C@1),
all_errors(D@1),
all_errors(E@1),
all_errors(F@1),
all_errors(G@1),
all_errors(H@1)]
)}
end end.
-spec decode9(
fun((CSV, CSW, CSX, CSY, CSZ, CTA, CTB, CTC, CTD) -> CTE),
fun((dynamic()) -> {ok, CSV} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSW} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSX} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSY} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CSZ} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CTA} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CTB} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CTC} | {error, list(decode_error())}),
fun((dynamic()) -> {ok, CTD} | {error, list(decode_error())})
) -> fun((dynamic()) -> {ok, CTE} | {error, list(decode_error())}).
decode9(Constructor, T1, T2, T3, T4, T5, T6, T7, T8, T9) ->
fun(X) ->
case {T1(X), T2(X), T3(X), T4(X), T5(X), T6(X), T7(X), T8(X), T9(X)} of
{{ok, A},
{ok, B},
{ok, C},
{ok, D},
{ok, E},
{ok, F},
{ok, G},
{ok, H},
{ok, I}} ->
{ok, Constructor(A, B, C, D, E, F, G, H, I)};
{A@1, B@1, C@1, D@1, E@1, F@1, G@1, H@1, I@1} ->
{error,
gleam@list:flatten(
[all_errors(A@1),
all_errors(B@1),
all_errors(C@1),
all_errors(D@1),
all_errors(E@1),
all_errors(F@1),
all_errors(G@1),
all_errors(H@1),
all_errors(I@1)]
)}
end
end.