Class ArkadeScript

Namespace

NArk.Arkade.Scripts

Assembly

NArk.Arkade.dll

Encode/decode + ASM helpers for ArkadeScript — the Bitcoin-Script superset the emulator executes. Mirrors the ts-sdk's ArkadeScript coder (and its toASM / fromASM helpers) so that the same script bytes round-trip across the .NET, TypeScript, and Go SDKs.

public static class ArkadeScript

Inheritance

object

ArkadeScript

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Remarks

Encoding is a thin pass-through over NBitcoin's NBitcoin.Script / NBitcoin.Op primitives — NBitcoin already treats any byte outside the push range (0x01–0x4e) as an opaque single-byte opcode, so all 41 Arkade extension opcodes survive the trip without a custom serializer.

ASM formatting and parsing route through ArkadeOpcodeRegistry so Arkade extension opcodes get their canonical OP_INSPECTOUTPUTVALUE- style names instead of NBitcoin's OP_UNKNOWN placeholder.

Methods

AsmToBytes(string)

Encode an ASM string straight to bytes — convenience over FromAsm(string) + Encode(IEnumerable<Op>).

public static byte[] AsmToBytes(string asm)

Parameters

asm string

Returns

byte[]

BytesToAsm(byte[])

Decode bytes straight to ASM — convenience over Decode(byte[]) + ToAsm(IEnumerable<Op>).

public static string BytesToAsm(byte[] script)

Parameters

script byte[]

Returns

string

Decode(byte[])

Decode an ArkadeScript byte stream into an op list. Equivalent to the ts-sdk's ArkadeScript.decode(...). Bytes outside the data-push range are surfaced as NBitcoin.Ops with NBitcoin.Op.Code holding the raw byte; use GetOpcodeName(byte) to resolve the mnemonic.

public static IReadOnlyList<Op> Decode(byte[] script)

Parameters

script byte[]

Returns

IReadOnlyList<Op>

Encode(IEnumerable<Op>)

Encode an op stream into the canonical ArkadeScript byte representation. Equivalent to the ts-sdk's ArkadeScript.encode(...).

public static byte[] Encode(IEnumerable<Op> ops)

Parameters

ops IEnumerable<Op>

Returns

byte[]

FromAsm(string)

Parse a Bitcoin-style ASM string back into an op list — the inverse of ToAsm(IEnumerable<Op>). Tokens are: OP_* opcode mnemonics (with or without the prefix), OP_0..OP_16 small-integer shortcuts, or even-length hex strings interpreted as data pushes. Small integers must carry the OP_ prefix: a bare "11" is a one-byte data push, not OP_11, since the two are otherwise indistinguishable in the hex rendering ToAsm(IEnumerable<Op>) emits.

public static IReadOnlyList<Op> FromAsm(string asm)

Parameters

asm string

Returns

IReadOnlyList<Op>

Exceptions

FormatException

A token cannot be resolved as either an opcode or a hex push.

ToAsm(IEnumerable<Op>)

Format an op stream as Bitcoin-style ASM (e.g. "OP_DUP OP_HASH160 deadbeef OP_INSPECTOUTPUTVALUE"). Data pushes are lowercase hex; NBitcoin.OpcodeType.OP_0 through NBitcoin.OpcodeType.OP_16 render as their OP_N mnemonics to match the ts-sdk's output.

public static string ToAsm(IEnumerable<Op> ops)

Parameters

ops IEnumerable<Op>

Returns

string