Language Operations#
Opcodes#
| Code | Operation | Comment |
|---|---|---|
| 1 | \(LT(left: Value[SInt], right: Value[SInt])\)$ | |
| 2 | \(LE(left: Value[SInt], right: Value[SInt])\) | |
| 3 | \(GT(left: Value[SInt], right: Value[SInt])\) | |
| 4 | \(GE(left: Value[SInt], right: Value[SInt])\) | |
| 5 | \(EQ\)[\(T1 <: SType, T2 <: SType\)]\((left: Value[T1], right: Value[T2])\) | |
| 6 | \(NEQ\)[\(T1 <: SType, T2 <: SType\)]\((left: Value[T1], right: Value[T2])\) | |
| 7 | \(OR(input: Value[SCollection[SBoolean]])\) | |
| 8 | \(AND(input: Value[SCollection[SBoolean]])\) | |
| 9 | \(CAND(sigmaTrees: Seq[SigmaTree])\) | |
| 10 | \(COR(sigmaTrees: Seq[SigmaTree])\) | |
| 11 | \(Plus(left: Value[SInt], right: Value[SInt])\) | |
| 12 | \(Minus(left: Value[SInt], right: Value[SInt])\) | |
| 13 | \(Xor(left: Value[SByteArray], right: Value[SByteArray])\) | |
| 14 | \(AppendBytes(left: Value[SByteArray], right: Value[SByteArray])\) | |
| 15 | \(Exponentiate(left: Value[SGroupElement], right: Value[SBigInt])\) | |
| 16 | \(MultiplyGroup(left: Value[SGroupElement], right: Value[SGroupElement])\) | |
| 17 | \(IntToByteArray(input: Value[SInt])\) | |
| 18 | \(ByteArrayToBigInt(input: Value[SByteArray])\) | |
| 19 | \(CalcBlake2b256(input: Value[SByteArray])\) | |
| 20 | \(ProveDiffieHellmanTuple(gv: Value[SGroupElement], hv: Value[SGroupElement], uv: Value[SGroupElement], vv: Value[SGroupElement])\) | |
| 21 | \(IsMember(tree: Value[SAvlTree], key: Value[SByteArray], proof: Value[SByteArray])\) | |
| 22 | \(IntConstant(value: Long)\) | |
| 23 | \(TaggedInt(id: Byte)\) | |
| 24 | \(BigIntConstant(value: BigInteger)\) | |
| 25 | \(TaggedBigInt(id: Byte)\) | |
| 26 | \(ByteArrayConstant(value: Array[Byte])\) | |
| 27 | \(TaggedByteArray(id: Byte)\) | |
| 28 | \(PropConstant(value: Array[Byte])\) | |
| 29 | \(TaggedProp(id: Byte)\) | |
| 30 | \(AvlTreeConstant(value: AvlTreeData)\) | |
| 31 | \(TaggedAvlTree(id: Byte)\) | |
| 32 | \(GroupElementConstant(value: GroupElement)\) | |
| 33 | \(GroupGenerator\) | |
| 34 | \(TaggedGroupElement(id: Byte)\) | |
| 35 | \(BooleanConstant(val value: Boolean)\) | |
| 36 | \(TaggedBoolean(id: Byte)\) | |
| 37 | \(TaggedBox(id: Byte)\) | |
| 38 | \(ConcreteCollection\)[\(V <: SType\)]\((value: IndexedSeq[Value[V]])\) | |
| 39 | \(MapCollection\)[\(IV <: SType, OV <: SType](input: Value[SCollection[IV]], id: Byte, mapper: Transformer[IV, OV])\) | |
| 40 | \(Exists\)[\(IV <: SType](input: Value\)[SCollection[IV]], id: Byte, relations: Relation[, ]*)$ | |
| 41 | \(ForAll\)[\(IV <: SType](input: Value[SCollection[IV]], id: Byte, relations: Relation[_, _])\) | |
| 42 | \(Fold\)[\(IV <: SType](input: Value[SCollection[IV]], id: Byte, zero: Value[IV], accId: Byte, foldOp: TwoArgumentsOperation[IV, IV, IV])\) | |
| 43 | \(ByIndex\)[\(V <: SType](input: Value[SCollection[V]], index: Int)\) | |
| 44 | \(SizeOf\)[\(V <: SType](input: Value[SCollection[V]])\) | |
| 45 | \(ExtractHeight(input: Value[SBox])\) | |
| 46 | \(Height\) | ??? |
| 47 | \(ExtractAmount(input: Value[SBox])\) | |
| 48 | \(ExtractScript(input: Value[SBox])\) | |
| 49 | \(ExtractBytes(input: Value[SBox])\) | |
| 50 | \(ExtractId(input: Value[SBox])\) | |
| 51 | \(ExtractRegisterAs\)[\(V <: SType](input: Value[SBox], registerId: RegisterIdentifier, default: Option[Value[V]] = None)\) | |
| 52 | \(TxOutput(outIndex: Int)\) | |
| 53 | \(ProveDlog(value: Value[SGroupElement])\) |
UnknownByteArray#
TaggedVariable#
SGroupElement#
The 'S' in front of SGroupElement refers to the sigma state code under the ErgoScript. When working on the ErgoScript directly, you will use GroupElement.