/*
 * Copyright (c) Meta Platforms, Inc. and affiliates.
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */

namespace cpp2 apache.thrift.test
namespace java thrift.test.proto

include "thrift/annotation/cpp.thrift"

struct Reserved {
  1: string from;
}

struct Doubles {
  1: double nan;
  2: double inf;
  3: double neginf;
  4: double repeating;
  5: double big;
  6: double small;
  7: double zero;
  8: double negzero;
}

struct Floats {
  1: float nan;
  2: float inf;
  3: float neginf;
  4: float repeating;
  5: float big;
  6: float small;
  7: float zero;
  8: float negzero;
}

struct TwoInts {
  1: i32 a;
  2: i32 b;
}

struct OneOfEach {
  1: bool im_true;
  2: bool im_false;
  3: byte a_bite = 100;
  4: i16 integer16 = 23000;
  5: i32 integer32;
  6: i64 integer64 = 10000000000;
  7: double double_precision;
  8: string some_characters;
  9: string zomg_unicode;
  10: bool what_who;
  11: binary base64;
  12: list<byte> byte_list = [1, 2, 3];
  13: list<i16> i16_list = [1, 2, 3];
  14: list<i64> i64_list = [1, 2, 3];
  15: map<string, string> string_string_map;
  16: map_string_string_2491 string_string_hash_map;
  17: float float_precision;
  18: map<i64, float> rank_map;
  19: TwoInts two_ints_uninit;
  20: TwoInts two_ints_init = {"a": 3, "b": 4};
  21: list<TwoInts> list_two_ints_uninit;
  22: list<TwoInts> list_two_ints_init_default = [{}, {}];
  23: list<TwoInts> list_two_ints_init_explicit = [
    {"a": 1, "b": 2},
    {"a": 3, "b": 4},
  ];
  24: set<string> string_set;
  25: set_string_5791 string_hash_set;
}

struct Constant1 {
  1: i32 x;
  2: string y = "hello";
}

struct Constant {
  1: i32 a;
  2: i32 b = 1;
  3: list<i32> c;
  4: list<i32> d = [1, 2];
  5: Constant1 e;
  6: Constant1 f = {"x": 42};
  7: list<Constant1> g;
  8: list<Constant1> h = [{"x": 50, "y": "meow"}, {"x": 60}];
  9: string s = "world";
}

const Constant const1 = {};

const Constant const2 = {"s": "goodbye"};

struct Bonk {
  1: i32 type;
  2: string message;
}

struct Nesting {
  1: Bonk my_bonk;
  2: OneOfEach my_ooe;
}

struct HolyMoley {
  1: list<OneOfEach> big;
  2: set<list<string>> contain;
  3: map<string, list<Bonk>> bonks;
  4: map_string_list_Bonk_852 bonkers;
}

struct Backwards {
  2: i32 first_tag2;
  1: i32 second_tag1;
}

struct Empty {}

struct Wrapper {
  1: Empty foo;
}

struct RandomStuff {
  1: i32 a;
  2: i32 b;
  3: i32 c;
  4: i32 d;
  5: list<i32> myintlist;
  6: map<i32, Wrapper> maps;
  7: i64 bigint;
  8: double triple;
}

struct Base64 {
  1: i32 a;
  2: binary b1;
  3: binary b2;
  4: binary b3;
  5: binary b4;
  6: binary b5;
  7: binary b6;
}

struct CompactProtoTestStruct {
  // primitive fields
  1: byte a_byte;
  2: i16 a_i16;
  3: i32 a_i32;
  4: i64 a_i64;
  5: double a_double;
  6: string a_string;
  7: binary a_binary;
  8: bool true_field;
  9: bool false_field;
  10: Empty empty_struct_field;

  // primitives in lists
  11: list<byte> byte_list;
  12: list<i16> i16_list;
  13: list<i32> i32_list;
  14: list<i64> i64_list;
  15: list<double> double_list;
  16: list<string> string_list;
  17: list<binary> binary_list;
  18: list<bool> boolean_list;
  19: list<Empty> struct_list;

  // primitives in sets
  20: set<byte> byte_set;
  21: set<i16> i16_set;
  22: set<i32> i32_set;
  23: set<i64> i64_set;
  24: set<double> double_set;
  25: set<string> string_set;
  26: set<binary> binary_set;
  27: set<bool> boolean_set;
  28: set<Empty> struct_set;
  60: set_byte_5505 byte_hash_set;
  61: set_i16_4545 i16_hash_set;
  62: set_i32_8261 i32_hash_set;
  63: set_i64_5224 i64_hash_set;
  64: set_double_7024 double_hash_set;
  65: set_string_5791 string_hash_set;
  66: set_binary_9394 binary_hash_set;
  67: set_bool_8062 boolean_hash_set;

  // maps
  // primitives as keys
  29: map<byte, byte> byte_byte_map;
  30: map<i16, byte> i16_byte_map;
  31: map<i32, byte> i32_byte_map;
  32: map<i64, byte> i64_byte_map;
  33: map<double, byte> double_byte_map;
  34: map<string, byte> string_byte_map;
  35: map<binary, byte> binary_byte_map;
  36: map<bool, byte> boolean_byte_map;
  50: map_byte_byte_7773 byte_byte_hash_map;
  51: map_i16_byte_1780 i16_byte_hash_map;
  52: map_i32_byte_4822 i32_byte_hash_map;
  53: map_i64_byte_8738 i64_byte_hash_map;
  54: map_double_byte_8301 double_byte_hash_map;
  55: map_string_byte_2102 string_byte_hash_map;
  56: map_binary_byte_3546 binary_byte_hash_map;
  57: map_bool_byte_2237 boolean_byte_hash_map;
  // primitives as values
  37: map<byte, i16> byte_i16_map;
  38: map<byte, i32> byte_i32_map;
  39: map<byte, i64> byte_i64_map;
  40: map<byte, double> byte_double_map;
  41: map<byte, string> byte_string_map;
  42: map<byte, binary> byte_binary_map;
  43: map<byte, bool> byte_boolean_map;
  // collections as keys
  44: map<list<byte>, byte> list_byte_map;
  45: map<set<byte>, byte> set_byte_map;
  46: map<map<byte, byte>, byte> map_byte_map;
  // collections as values
  47: map<byte, map<byte, byte>> byte_map_map;
  48: map<byte, set<byte>> byte_set_map;
  49: map<byte, list<byte>> byte_list_map;

  58: list<float> float_list;
  59: map<i16, float> i16_float_map;
}

@cpp.Type{name = "std::unique_ptr<folly::IOBuf>"}
typedef binary IOBufPtr
@cpp.Type{name = "folly::IOBuf"}
typedef binary IOBuf
struct BufferStruct {
  1: binary bin_field;
  2: IOBufPtr iobuf_ptr_field;
  3: IOBuf iobuf_field;
}

const CompactProtoTestStruct COMPACT_TEST = {
  'a_byte': 127,
  'a_i16': 32000,
  'a_i32': 1000000000,
  'a_i64': 0xffffffffff,
  'a_double': 5.6789,
  'a_string': "my string",
  //'a_binary,'
  'true_field': 1,
  'false_field': 0,
  'empty_struct_field': {},
  'byte_list': [-127, -1, 0, 1, 127],
  'i16_list': [-1, 0, 1, 0x7fff],
  'i32_list': [-1, 0, 0xff, 0xffff, 0xffffff, 0x7fffffff],
  'i64_list': [
    -1,
    0,
    0xff,
    0xffff,
    0xffffff,
    0xffffffff,
    0xffffffffff,
    0xffffffffffff,
    0xffffffffffffff,
    0x7fffffffffffffff,
  ],
  'double_list': [0.1, 0.2, 0.3],
  'float_list': [0.1, 0.2, 0.3],
  'string_list': ["first", "second", "third"],
  //'binary_list,'
  'boolean_list': [1, 1, 1, 0, 0, 0],
  'struct_list': [{}, {}],
  'byte_set': [-127, -1, 0, 1, 127],
  'i16_set': [-1, 0, 1, 0x7fff],
  'i32_set': [1, 2, 3],
  'i64_set': [
    -1,
    0,
    0xff,
    0xffff,
    0xffffff,
    0xffffffff,
    0xffffffffff,
    0xffffffffffff,
    0xffffffffffffff,
    0x7fffffffffffffff,
  ],
  'double_set': [0.1, 0.2, 0.3],
  'string_set': ["first", "second", "third"],
  //'binary_set,'
  'boolean_set': [1, 0],
  'struct_set': [{}],
  'byte_hash_set': [-127, -1, 0, 1, 127],
  'i16_hash_set': [-1, 0, 1, 0x7fff],
  'i32_hash_set': [1, 2, 3],
  'i64_hash_set': [
    -1,
    0,
    0xff,
    0xffff,
    0xffffff,
    0xffffffff,
    0xffffffffff,
    0xffffffffffff,
    0xffffffffffffff,
    0x7fffffffffffffff,
  ],
  'double_hash_set': [0.1, 0.2, 0.3],
  'string_hash_set': ["first", "second", "third"],
  //'binary_hash_set,
  'boolean_hash_set': [1, 0],
  'byte_byte_map': {1: 2},
  'i16_byte_map': {1: 1, -1: 1, 0x7fff: 1},
  'i32_byte_map': {1: 1, -1: 1, 0x7fffffff: 1},
  'i64_byte_map': {0: 1, 1: 1, -1: 1, 0x7fffffffffffffff: 1},
  'double_byte_map': {-1.1: 1, 1.1: 1},
  'string_byte_map': {"first": 1, "second": 2, "third": 3, "": 0},
  //'binary_byte_map,'
  'boolean_byte_map': {1: 1, 0: 0},
  'byte_byte_hash_map': {1: 2},
  'i16_float_map': {1: 2.0},
  'i16_byte_hash_map': {1: 1, -1: 1, 0x7fff: 1},
  'i32_byte_hash_map': {1: 1, -1: 1, 0x7fffffff: 1},
  'i64_byte_hash_map': {0: 1, 1: 1, -1: 1, 0x7fffffffffffffff: 1},
  'double_byte_hash_map': {-1.1: 1, 1.1: 1},
  'string_byte_hash_map': {"first": 1, "second": 2, "third": 3, "": 0},
  //'binary_byte_hash_map,'
  'boolean_byte_hash_map': {1: 1, 0: 0},
  'byte_i16_map': {1: 1, 2: -1, 3: 0x7fff},
  'byte_i32_map': {1: 1, 2: -1, 3: 0x7fffffff},
  'byte_i64_map': {1: 1, 2: -1, 3: 0x7fffffffffffffff},
  'byte_double_map': {1: 0.1, 2: -0.1, 3: 1000000.1},
  'byte_string_map': {1: "", 2: "blah", 3: "loooooooooooooong string"},
  //'byte_binary_map,'
  'byte_boolean_map': {1: 1, 2: 0},
  'list_byte_map': {[1, 2, 3]: 1, [0, 1]: 2, []: 0},
  'set_byte_map': {[1, 2, 3]: 1, [0, 1]: 2, []: 0},
  'map_byte_map': {{1: 1}: 1, {2: 2}: 2, {}: 0},
  'byte_map_map': {0: {}, 1: {1: 1}, 2: {1: 1, 2: 2}},
  'byte_set_map': {0: [], 1: [1], 2: [1, 2]},
  'byte_list_map': {0: [], 1: [1], 2: [1, 2]},
};

service Srv {
  i32 Janky(1: i32 arg);

  // return type only methods

  void voidMethod();
  i32 primitiveMethod();
  CompactProtoTestStruct structMethod();
}

service Inherited extends Srv {
  i32 identity(1: i32 arg);
}

service EmptyService {
}

// The only purpose of this thing is to increase the size of the generated code
// so that ZlibTest has more highly compressible data to play with.
struct BlowUp {
  1: map<list<i32>, set<map<i32, string>>> b1;
  2: map<list<i32>, set<map<i32, string>>> b2;
  3: map<list<i32>, set<map<i32, string>>> b3;
  4: map<list<i32>, set<map<i32, string>>> b4;
}

struct ReverseOrderStruct {
  4: string first;
  3: i16 second;
  2: i32 third;
  1: i64 fourth;
}

service ReverseOrderService {
  void myMethod(4: string first, 3: i16 second, 2: i32 third, 1: i64 fourth);
}

union TestUnion {
  /**
   * A doc string
   */
  1: string string_field;
  2: i32 i32_field;
  3: OneOfEach struct_field;
  4: list<RandomStuff> struct_list;
  5: i32 other_i32_field;
}

struct StructWithAUnion {
  1: TestUnion test_union;
}

struct Nested {
  1: map<string, list<set<map<i32, i32>>>> foo;
  2: i32 bar;
}

struct NotNested {
  2: i32 bar;
}

// The following were automatically generated and may benefit from renaming.
@cpp.Type{template = "std::unordered_map"}
typedef map<binary, byte> map_binary_byte_3546
@cpp.Type{template = "std::unordered_map"}
typedef map<bool, byte> map_bool_byte_2237
@cpp.Type{template = "std::unordered_map"}
typedef map<byte, byte> map_byte_byte_7773
@cpp.Type{template = "std::unordered_map"}
typedef map<double, byte> map_double_byte_8301
@cpp.Type{template = "std::unordered_map"}
typedef map<i16, byte> map_i16_byte_1780
@cpp.Type{template = "std::unordered_map"}
typedef map<i32, byte> map_i32_byte_4822
@cpp.Type{template = "std::unordered_map"}
typedef map<i64, byte> map_i64_byte_8738
@cpp.Type{template = "std::unordered_map"}
typedef map<string, byte> map_string_byte_2102
@cpp.Type{template = "std::unordered_map"}
typedef map<string, list<Bonk>> map_string_list_Bonk_852
@cpp.Type{template = "std::unordered_map"}
typedef map<string, string> map_string_string_2491
@cpp.Type{template = "std::unordered_set"}
typedef set<binary> set_binary_9394
@cpp.Type{template = "std::unordered_set"}
typedef set<bool> set_bool_8062
@cpp.Type{template = "std::unordered_set"}
typedef set<byte> set_byte_5505
@cpp.Type{template = "std::unordered_set"}
typedef set<double> set_double_7024
@cpp.Type{template = "std::unordered_set"}
typedef set<i16> set_i16_4545
@cpp.Type{template = "std::unordered_set"}
typedef set<i32> set_i32_8261
@cpp.Type{template = "std::unordered_set"}
typedef set<i64> set_i64_5224
@cpp.Type{template = "std::unordered_set"}
typedef set<string> set_string_5791