public void VecU8EncodingTest()
{
var tc = new GenericTypeConverter <Vec <U8> >();
var actual = (Vec <U8>)tc.Create("0x200101020304050607");
Assert.AreEqual(actual.Bytes, actual.Encode());
var t1 = new U8(); t1.Create(actual.Value[0].Value);
var t2 = new U8(); t2.Create(actual.Value[1].Value);
var t3 = new U8(); t3.Create(actual.Value[2].Value);
var t4 = new U8(); t4.Create(actual.Value[3].Value);
var t5 = new U8(); t5.Create(actual.Value[4].Value);
var t6 = new U8(); t6.Create(actual.Value[5].Value);
var t7 = new U8(); t7.Create(actual.Value[6].Value);
var t8 = new U8(); t8.Create(actual.Value[7].Value);
List <U8> list = new List <U8>()
{
t1, t2, t3, t4, t5, t6, t7, t8
};
var vecU8 = new Vec <U8>();
vecU8.Create(list);
Assert.AreEqual("0x200101020304050607", Utils.Bytes2HexString(vecU8.Bytes));
}
public void MogwaiBiosTest()
{
var mogwaiBiosStr = "0x0b1b9f0f79a9e3971baf6188ed98623284f1c3bb275883602164b7097789523f000000000881f7a106cc0f747e85deedaf2946297ebacbe008a7a4887c334448fcc4c4888c00000000000000000000000000000000010426df010000";
var mogwaiBiosA = new MogwaiBios();
mogwaiBiosA.Create(mogwaiBiosStr);
var mogwaiBiosB = new MogwaiBios();
var id = new Hash();
id.Create(mogwaiBiosA.Id.Value);
Assert.AreEqual("0x0B1B9F0F79A9E3971BAF6188ED98623284F1C3BB275883602164B7097789523F", mogwaiBiosA.Id.Value);
var state = new U32();
state.Create(mogwaiBiosA.State.Value);
Assert.AreEqual(0, mogwaiBiosA.State.Value);
var metaXy = new Vec <U8Arr16>();
metaXy.Create(mogwaiBiosA.MetaXy.Bytes);
Assert.AreEqual(2, mogwaiBiosA.MetaXy.Value.Count);
Assert.AreEqual("0x0881F7A106CC0F747E85DEEDAF2946297EBACBE008A7A4887C334448FCC4C4888C", Utils.Bytes2HexString(mogwaiBiosA.MetaXy.Bytes));
Assert.AreEqual("0x81F7A106CC0F747E85DEEDAF2946297E", Utils.Bytes2HexString(metaXy.Value[0].Bytes));
var intrinsic = new Balance();
intrinsic.Create(mogwaiBiosA.Intrinsic.Value);
var level = new U8();
level.Create(mogwaiBiosA.Level.Value);
var phases = new Vec <BlockNumber>();
phases.Create(mogwaiBiosA.Phases.Bytes);
var adaptations = new Vec <Hash>();
adaptations.Create(mogwaiBiosA.Adaptations.Bytes);
mogwaiBiosB.Create(id, state, metaXy, intrinsic, level, phases, adaptations);
Assert.AreEqual(mogwaiBiosB.Id.Value, mogwaiBiosA.Id.Value);
Assert.AreEqual(mogwaiBiosB.State.Value, mogwaiBiosA.State.Value);
Assert.AreEqual(mogwaiBiosB.MetaXy.Value[0].Bytes, mogwaiBiosA.MetaXy.Value[0].Bytes);
Assert.AreEqual(mogwaiBiosB.Intrinsic.Value, mogwaiBiosA.Intrinsic.Value);
Assert.AreEqual(mogwaiBiosB.Level.Value, mogwaiBiosA.Level.Value);
Assert.AreEqual(mogwaiBiosB.Phases.Value[0].Bytes, mogwaiBiosA.Phases.Value[0].Bytes);
Assert.AreEqual(mogwaiBiosB.Adaptations.Value, mogwaiBiosA.Adaptations.Value);
}
public static GenericExtrinsicCall RemoveClaim(string mogwaicoinAddress, string account)
{
var address = new Vec <U8>();
address.Create(
Encoding.ASCII.GetBytes(mogwaicoinAddress).ToList().Select(p => {
var u = new U8(); u.Create(p); return(u);
}).ToList()
);
var accountId = new RawAccountId();
accountId.Create(Utils.GetPublicKeyFrom(account));
return(RemoveClaim(address, accountId));
}
public static GenericExtrinsicCall UpdateClaim(string mogwaicoinAddress, string account, ClaimState claimState, RawBalance balanceAmount)
{
var address = new Vec <U8>();
address.Create(
Encoding.ASCII.GetBytes(mogwaicoinAddress).ToList().Select(p => {
var u = new U8(); u.Create(p); return(u);
}).ToList()
);
var accountId = new RawAccountId();
accountId.Create(Utils.GetPublicKeyFrom(account));
var state = new EnumType <ClaimState>();
state.Create(claimState);
return(UpdateClaim(address, accountId, state, balanceAmount));
}