public void NonGenericArrayEncoding2()
{
var exampleArray = new List <List <UInt256> >();
exampleArray.Add(new List <UInt256> {
1, 2, 3
});
exampleArray.Add(new List <UInt256> {
4, 5, 6
});
exampleArray.Add(new List <UInt256> {
7, 8, 9
});
exampleArray.Add(new List <UInt256> {
10, 11, 12
});
var encoded = SolidityUtil.AbiEncode("uint256[4][3]", exampleArray);
var encodedHex = encoded.ToHexString();
var recode = SolidityUtil.AbiDecode <UInt256[][]>("uint256[4][3]", encoded);
Assert.Equal(exampleArray[0][0], recode[0][0]);
Assert.Equal(exampleArray[1][0], recode[1][0]);
Assert.Equal(exampleArray[2][0], recode[2][0]);
}
void TestConvert(string solType, object num)
{
var result = SolidityUtil.AbiEncode((solType, num));
var decoded = SolidityUtil.AbiDecode(solType, result);
var expectedResult = ToInvariantString(num);
var decodedResult = ToInvariantString(decoded);
Assert.Equal(expectedResult, decodedResult);
_output.WriteLine($"{solType}, {num.GetType()}, {expectedResult}, {decodedResult}");
}
public void NonGenericArrayEncoding()
{
var exampleArray = new List <UInt256>();
exampleArray.Add(3);
exampleArray.Add(777);
exampleArray.Add(3333);
var encoded = SolidityUtil.AbiEncode("uint256[3]", exampleArray);
var encodedHex = encoded.ToHexString();
var recode = SolidityUtil.AbiDecode <UInt256[]>("uint256[3]", encoded);
Assert.Equal(exampleArray[0], recode[0]);
Assert.Equal(exampleArray[1], recode[1]);
Assert.Equal(exampleArray[2], recode[2]);
}
public void MultiDimensionalArrayEncoding()
{
var exampleArray = ArrayExtensions.CreateJaggedArray <UInt256[][][]>(2, 6, 3);
exampleArray[0][0][0] = 3;
exampleArray[0][4][2] = 3333;
exampleArray[0][2][1] = 777;
var encoded = SolidityUtil.AbiEncode("uint256[2][6][3]", exampleArray);
var encodedHex = encoded.ToHexString();
var recode = SolidityUtil.AbiDecode <UInt256[][][]>("uint256[2][6][3]", encoded);
Assert.Equal(exampleArray[0][0][0], recode[0][0][0]);
Assert.Equal(exampleArray[0][4][2], recode[0][4][2]);
Assert.Equal(exampleArray[0][2][1], recode[0][2][1]);
}
public void HashPersonalMessage(string expectedResult, string inputMsg)
{
var result = SolidityUtil.HashPersonalMessage(inputMsg).ToHexString(hexPrefix: true);
Assert.Equal(expectedResult, result);
}
public async Task MultiDim()
{
// Create our expected 3 dimensional array.
var expected3D = ArrayExtensions.CreateJaggedArray <UInt256[][][]>(2, 6, 3);
uint x = 0;
for (uint i = 0; i < 2; i++)
{
for (uint j = 0; j < 6; j++)
{
for (uint k = 0; k < 3; k++)
{
expected3D[i][j][k] = x++;
}
}
}
var t1 = await _contract.arrayStaticMultiDim3DEcho(expected3D).Call();
// Create our expected 2 dimensional array.
var expected2D = ArrayExtensions.CreateJaggedArray <UInt256[][]>(6, 3);
x = 0;
for (uint j = 0; j < 6; j++)
{
for (uint k = 0; k < 3; k++)
{
expected2D[j][k] = x++;
}
}
var t2 = await _contract.arrayStaticMultiDim2DEcho(expected2D).Call();
// Encode and decode our 3D array to test re-encoding.
var encoded = SolidityUtil.AbiEncode("uint256[2][6][3]", expected3D);
var encodedHex = encoded.ToHexString();
var recode = SolidityUtil.AbiDecode <UInt256[][][]>("uint256[2][6][3]", encoded);
Assert.AreEqual(expected3D[0][0][0], recode[0][0][0]);
Assert.AreEqual(expected3D[1][5][2], recode[1][5][2]);
Assert.AreEqual(expected3D[0][2][1], recode[0][2][1]);
// Call our method that returns a static 3D array programmed in a contract.
var rawData3D = await _contract.arrayStaticMultiDim3D().CallRaw();
var hex = rawData3D.ToHexString();
var decoded3D = SolidityUtil.AbiDecode <UInt256[][][]>("uint256[2][6][3]", rawData3D);
Assert.AreEqual(expected3D[0][0][0], decoded3D[0][0][0]);
Assert.AreEqual(expected3D[1][5][2], decoded3D[1][5][2]);
Assert.AreEqual(expected3D[0][2][1], decoded3D[0][2][1]);
Assert.AreEqual(hex, encodedHex);
// Call our method that returns a static 2D array programmed in a contract.
var rawData2D = await _contract.arrayStaticMultiDim2D().CallRaw();
var decoded2D = SolidityUtil.AbiDecode <UInt256[][]>("uint256[6][3]", rawData2D);
Assert.AreEqual(expected2D[0][0], decoded2D[0][0]);
Assert.AreEqual(expected2D[3][1], decoded2D[3][1]);
Assert.AreEqual(expected2D[5][2], decoded2D[5][2]);
}