tensorflow.struct_ source code

1 // Generated by the protocol buffer compiler.  DO NOT EDIT!
2 // source: tensorflow/core/protobuf/struct.proto
3 
4 module tensorflow.struct_;
5 
6 import google.protobuf;
7 import tensorflow.tensor_shape;
8 import tensorflow.types;
9 
10 enum protocVersion = 3012004;
11 
12 class StructuredValue
13 {
14     enum KindCase
15     {
16         kindNotSet = 0,
17         noneValue = 1,
18         float64Value = 11,
19         int64Value = 12,
20         stringValue = 13,
21         boolValue = 14,
22         tensorShapeValue = 31,
23         tensorDtypeValue = 32,
24         tensorSpecValue = 33,
25         typeSpecValue = 34,
26         listValue = 51,
27         tupleValue = 52,
28         dictValue = 53,
29         namedTupleValue = 54,
30     }
31     KindCase _kindCase = KindCase.kindNotSet;
32     @property KindCase kindCase() { return _kindCase; }
33     void clearKind() { _kindCase = KindCase.kindNotSet; }
34     @Oneof("_kindCase") union
35     {
36         @Proto(1) NoneValue _noneValue = protoDefaultValue!(NoneValue); mixin(oneofAccessors!_noneValue);
37         @Proto(11) double _float64Value; mixin(oneofAccessors!_float64Value);
38         @Proto(12, Wire.zigzag) long _int64Value; mixin(oneofAccessors!_int64Value);
39         @Proto(13) string _stringValue; mixin(oneofAccessors!_stringValue);
40         @Proto(14) bool _boolValue; mixin(oneofAccessors!_boolValue);
41         @Proto(31) TensorShapeProto _tensorShapeValue; mixin(oneofAccessors!_tensorShapeValue);
42         @Proto(32) DataType _tensorDtypeValue; mixin(oneofAccessors!_tensorDtypeValue);
43         @Proto(33) TensorSpecProto _tensorSpecValue; mixin(oneofAccessors!_tensorSpecValue);
44         @Proto(34) TypeSpecProto _typeSpecValue; mixin(oneofAccessors!_typeSpecValue);
45         @Proto(51) ListValue _listValue; mixin(oneofAccessors!_listValue);
46         @Proto(52) TupleValue _tupleValue; mixin(oneofAccessors!_tupleValue);
47         @Proto(53) DictValue _dictValue; mixin(oneofAccessors!_dictValue);
48         @Proto(54) NamedTupleValue _namedTupleValue; mixin(oneofAccessors!_namedTupleValue);
49     }
50 }
51 
52 class NoneValue
53 {
54 }
55 
56 class ListValue
57 {
58     @Proto(1) StructuredValue[] values = protoDefaultValue!(StructuredValue[]);
59 }
60 
61 class TupleValue
62 {
63     @Proto(1) StructuredValue[] values = protoDefaultValue!(StructuredValue[]);
64 }
65 
66 class DictValue
67 {
68     @Proto(1) StructuredValue[string] fields = protoDefaultValue!(StructuredValue[string]);
69 }
70 
71 class PairValue
72 {
73     @Proto(1) string key = protoDefaultValue!(string);
74     @Proto(2) StructuredValue value = protoDefaultValue!(StructuredValue);
75 }
76 
77 class NamedTupleValue
78 {
79     @Proto(1) string name = protoDefaultValue!(string);
80     @Proto(2) PairValue[] values = protoDefaultValue!(PairValue[]);
81 }
82 
83 class TensorSpecProto
84 {
85     @Proto(1) string name = protoDefaultValue!(string);
86     @Proto(2) TensorShapeProto shape = protoDefaultValue!(TensorShapeProto);
87     @Proto(3) DataType dtype = protoDefaultValue!(DataType);
88 }
89 
90 class TypeSpecProto
91 {
92     @Proto(1) TypeSpecClass typeSpecClass = protoDefaultValue!(TypeSpecClass);
93     @Proto(2) StructuredValue typeState = protoDefaultValue!(StructuredValue);
94     @Proto(3) string typeSpecClassName = protoDefaultValue!(string);
95 
96     enum TypeSpecClass
97     {
98         UNKNOWN = 0,
99         SPARSE_TENSOR_SPEC = 1,
100         INDEXED_SLICES_SPEC = 2,
101         RAGGED_TENSOR_SPEC = 3,
102         TENSOR_ARRAY_SPEC = 4,
103         DATA_DATASET_SPEC = 5,
104         DATA_ITERATOR_SPEC = 6,
105         OPTIONAL_SPEC = 7,
106         PER_REPLICA_SPEC = 8,
107         VARIABLE_SPEC = 9,
108     }
109 }