Goby v2
dccl.proto
1 
2 // provides MessageFile
3 import "goby/common/protobuf/option_extensions.proto";
4 
5 package goby.acomms.protobuf;
6 
7 message DCCLConfig
8 {
9  // optional int32 modem_id = 1 [(goby.field).description="Unique number
10  // 1-31 to identify this node", (goby.field).example="1"];
11  optional string crypto_passphrase = 2 [
12  (goby.field).description =
13  "If given, encrypt all communications with this passphrase using "
14  "AES. "
15  "Omit for unencrypted communications.",
16  (goby.field).example = "twinkletoes%24"
17  ];
18  repeated uint32 skip_crypto_for_id = 3
19  [(goby.field).description =
20  "Skip encrypting and decrypting these DCCL IDs"];
21  optional string id_codec = 4;
22 }
23 
24 message ArithmeticModel
25 {
26  required string name = 1;
27 
28  repeated uint32 frequency =
29  10; // frequency of the symbol given by the repeated field index
30  // probability is (frequency / sum(frequency))
31  optional uint32 eof_frequency = 11
32  [default = 1]; // frequency of EOF symbol
33  optional uint32 out_of_range_frequency = 12
34  [default =
35  0]; // frequency of the out-of-range value, that is, the value
36  // not within the range defined by [symbol_to_value(0),
37  // maximum_value). This *may* be zero, in this case, out
38  // of range values end encoding and return EOF there.
39 
40  repeated double value_bound =
41  20; // set of bounds of value in double space that maps to symbol given
42  // by repeated field index; upper bound is given by lower bound of
43  // the next symbol. Size must be size(frequency) + 1 (number of
44  // symbols + 1).
45 
46  optional bool is_adaptive = 30 [default = false];
47 }