Michelson: Simpler prim encoding

This commit is contained in:
Milo Davis 2017-12-07 14:44:39 +01:00 committed by Benjamin Canou
parent 6e1be8efe3
commit 2364a66403

View File

@ -384,223 +384,109 @@ let strings_of_prims expr =
strip_locations (convert (root expr))
let prim_encoding =
let to_int = function
| K_parameter -> 0
| K_return -> 1
| K_storage -> 2
| K_code -> 3
| D_False -> 4
| D_Item -> 5
| D_Left -> 6
| D_List -> 7
| D_Map -> 8
| D_None -> 9
| D_Pair -> 10
| D_Right -> 11
| D_Set -> 12
| D_Some -> 13
| D_True -> 14
| D_Unit -> 15
| I_H -> 16
| I_ABS -> 17
| I_ADD -> 18
| I_AMOUNT -> 19
| I_AND -> 20
| I_BALANCE -> 21
| I_CAR -> 22
| I_CDR -> 23
| I_CHECK_SIGNATURE -> 24
| I_COMPARE -> 25
| I_CONCAT -> 26
| I_CONS -> 27
| I_CREATE_ACCOUNT -> 28
| I_CREATE_CONTRACT -> 29
| I_DEFAULT_ACCOUNT -> 30
| I_DIP -> 31
| I_DROP -> 32
| I_DUP -> 33
| I_EDIV -> 34
| I_EMPTY_MAP -> 35
| I_EMPTY_SET -> 36
| I_EQ -> 37
| I_EXEC -> 38
| I_FAIL -> 39
| I_GE -> 40
| I_GET -> 41
| I_GT -> 42
| I_HASH_KEY -> 43
| I_IF -> 44
| I_IF_CONS -> 45
| I_IF_LEFT -> 46
| I_IF_NONE -> 47
| I_INT -> 48
| I_LAMBDA -> 49
| I_LE -> 50
| I_LEFT -> 51
| I_LOOP -> 52
| I_LSL -> 53
| I_LSR -> 54
| I_LT -> 55
| I_MANAGER -> 56
| I_MAP -> 57
| I_MEM -> 58
| I_MUL -> 59
| I_NEG -> 60
| I_NEQ -> 61
| I_NIL -> 62
| I_NONE -> 63
| I_NOT -> 64
| I_NOW -> 65
| I_OR -> 66
| I_PAIR -> 67
| I_PUSH -> 68
| I_REDUCE -> 69
| I_RIGHT -> 70
| I_SIZE -> 71
| I_SOME -> 72
| I_SOURCE -> 73
| I_STEPS_TO_QUOTA -> 74
| I_SUB -> 75
| I_SWAP -> 76
| I_TRANSFER_TOKENS -> 77
| I_UNIT -> 78
| I_UPDATE -> 79
| I_XOR -> 80
| I_ITER -> 81
| I_LOOP_LEFT -> 82
| T_bool -> 83
| T_contract -> 84
| T_int -> 85
| T_key -> 86
| T_key_hash -> 87
| T_lambda -> 88
| T_list -> 89
| T_map -> 90
| T_nat -> 91
| T_option -> 92
| T_or -> 93
| T_pair -> 94
| T_set -> 95
| T_signature -> 96
| T_string -> 97
| T_tez -> 98
| T_timestamp -> 99
| T_unit -> 100 in
let of_int_map = [|
K_parameter ;
K_return ;
K_storage ;
K_code ;
D_False ;
D_Item ;
D_Left ;
D_List ;
D_Map ;
D_None ;
D_Pair ;
D_Right ;
D_Set ;
D_Some ;
D_True ;
D_Unit ;
I_H ;
I_ABS ;
I_ADD ;
I_AMOUNT ;
I_AND ;
I_BALANCE ;
I_CAR ;
I_CDR ;
I_CHECK_SIGNATURE ;
I_COMPARE ;
I_CONCAT ;
I_CONS ;
I_CREATE_ACCOUNT ;
I_CREATE_CONTRACT ;
I_DEFAULT_ACCOUNT ;
I_DIP ;
I_DROP ;
I_DUP ;
I_EDIV ;
I_EMPTY_MAP ;
I_EMPTY_SET ;
I_EQ ;
I_EXEC ;
I_FAIL ;
I_GE ;
I_GET ;
I_GT ;
I_HASH_KEY ;
I_IF ;
I_IF_CONS ;
I_IF_LEFT ;
I_IF_NONE ;
I_INT ;
I_LAMBDA ;
I_LE ;
I_LEFT ;
I_LOOP ;
I_LSL ;
I_LSR ;
I_LT ;
I_MANAGER ;
I_MAP ;
I_MEM ;
I_MUL ;
I_NEG ;
I_NEQ ;
I_NIL ;
I_NONE ;
I_NOT ;
I_NOW ;
I_OR ;
I_PAIR ;
I_PUSH ;
I_REDUCE ;
I_RIGHT ;
I_SIZE ;
I_SOME ;
I_SOURCE ;
I_STEPS_TO_QUOTA ;
I_SUB ;
I_SWAP ;
I_TRANSFER_TOKENS ;
I_UNIT ;
I_UPDATE ;
I_XOR ;
I_ITER ;
I_LOOP_LEFT ;
T_bool ;
T_contract ;
T_int ;
T_key ;
T_key_hash ;
T_lambda ;
T_list ;
T_map ;
T_nat ;
T_option ;
T_or ;
T_pair ;
T_set ;
T_signature ;
T_string ;
T_tez ;
T_timestamp ;
T_unit |] in
let of_int i =
if Compare.Int.(i >= 0 || i <= 100) then
of_int_map.(i)
else
raise Data_encoding.No_case_matched in
let open Data_encoding in
let binary =
conv to_int of_int uint8 in
let json =
string_enum
(List.map (fun op -> string_of_prim op, op)
(Array.to_list of_int_map)) in
splitted ~json ~binary
string_enum [
("parameter", K_parameter) ;
("return", K_return) ;
("storage", K_storage) ;
("code", K_code) ;
("False", D_False) ;
("Item", D_Item) ;
("Left", D_Left) ;
("List", D_List) ;
("Map", D_Map) ;
("None", D_None) ;
("Pair", D_Pair) ;
("Right", D_Right) ;
("Set", D_Set) ;
("Some", D_Some) ;
("True", D_True) ;
("Unit", D_Unit) ;
("H", I_H) ;
("ABS", I_ABS) ;
("ADD", I_ADD) ;
("AMOUNT", I_AMOUNT) ;
("AND", I_AND) ;
("BALANCE", I_BALANCE) ;
("CAR", I_CAR) ;
("CDR", I_CDR) ;
("CHECK_SIGNATURE", I_CHECK_SIGNATURE) ;
("COMPARE", I_COMPARE) ;
("CONCAT", I_CONCAT) ;
("CONS", I_CONS) ;
("CREATE_ACCOUNT", I_CREATE_ACCOUNT) ;
("CREATE_CONTRACT", I_CREATE_CONTRACT) ;
("DEFAULT_ACCOUNT", I_DEFAULT_ACCOUNT) ;
("DIP", I_DIP) ;
("DROP", I_DROP) ;
("DUP", I_DUP) ;
("EDIV", I_EDIV) ;
("EMPTY_MAP", I_EMPTY_MAP) ;
("EMPTY_SET", I_EMPTY_SET) ;
("EQ", I_EQ) ;
("EXEC", I_EXEC) ;
("FAIL", I_FAIL) ;
("GE", I_GE) ;
("GET", I_GET) ;
("GT", I_GT) ;
("HASH_KEY", I_HASH_KEY) ;
("IF", I_IF) ;
("IF_CONS", I_IF_CONS) ;
("IF_LEFT", I_IF_LEFT) ;
("IF_NONE", I_IF_NONE) ;
("INT", I_INT) ;
("LAMBDA", I_LAMBDA) ;
("LE", I_LE) ;
("LEFT", I_LEFT) ;
("LOOP", I_LOOP) ;
("LSL", I_LSL) ;
("LSR", I_LSR) ;
("LT", I_LT) ;
("MANAGER", I_MANAGER) ;
("MAP", I_MAP) ;
("MEM", I_MEM) ;
("MUL", I_MUL) ;
("NEG", I_NEG) ;
("NEQ", I_NEQ) ;
("NIL", I_NIL) ;
("NONE", I_NONE) ;
("NOT", I_NOT) ;
("NOW", I_NOW) ;
("OR", I_OR) ;
("PAIR", I_PAIR) ;
("PUSH", I_PUSH) ;
("REDUCE", I_REDUCE) ;
("RIGHT", I_RIGHT) ;
("SIZE", I_SIZE) ;
("SOME", I_SOME) ;
("SOURCE", I_SOURCE) ;
("STEPS_TO_QUOTA", I_STEPS_TO_QUOTA) ;
("SUB", I_SUB) ;
("SWAP", I_SWAP) ;
("TRANSFER_TOKENS", I_TRANSFER_TOKENS) ;
("UNIT", I_UNIT) ;
("UPDATE", I_UPDATE) ;
("XOR", I_XOR) ;
("ITER", I_ITER) ;
("LOOP_LEFT", I_LOOP_LEFT) ;
("bool", T_bool) ;
("contract", T_contract) ;
("int", T_int) ;
("key", T_key) ;
("key_hash", T_key_hash) ;
("lambda", T_lambda) ;
("list", T_list) ;
("map", T_map) ;
("nat", T_nat) ;
("option", T_option) ;
("or", T_or) ;
("pair", T_pair) ;
("set", T_set) ;
("signature", T_signature) ;
("string", T_string) ;
("tez", T_tez) ;
("timestamp", T_timestamp) ;
("unit", T_unit) ]
let () =
register_error_kind