public async Task registry_contract_returns_correct_address()
{
using TestTxPermissionsBlockchain chain = await TestContractBlockchain.ForTest <TestTxPermissionsBlockchain, TxCertifierFilterTests>();
chain.RegisterContract.TryGetAddress(chain.BlockTree.Head.Header, CertifierContract.ServiceTransactionContractRegistryName, out Address address).Should().BeTrue();
address.Should().Be(new Address("0x5000000000000000000000000000000000000001"));
}
public async Task should_only_allow_addresses_from_contract_on_chain()
{
using TestTxPermissionsBlockchain chain = await TestContractBlockchain.ForTest <TestTxPermissionsBlockchain, TxCertifierFilterTests>();
chain.CertifierContract.Certified(chain.BlockTree.Head.Header, TestItem.AddressA).Should().BeFalse();
chain.CertifierContract.Certified(chain.BlockTree.Head.Header, new Address("0xbbcaa8d48289bb1ffcf9808d9aa4b1d215054c78")).Should().BeTrue();
}
public async Task registry_contract_returns_not_found_when_contract_doesnt_exist()
{
using TestTxPermissionsBlockchain chain = await TestContractBlockchain.ForTest <TestTxPermissionsBlockchain, TxCertifierFilterTests>();
RegisterContract contract = new(AbiEncoder.Instance, Address.FromNumber(1000), chain.ReadOnlyTransactionProcessorSource);
contract.TryGetAddress(chain.BlockTree.Head.Header, CertifierContract.ServiceTransactionContractRegistryName, out Address _).Should().BeFalse();
}
public async Task registry_contract_returns_not_found_when_key_doesnt_exist()
{
using TestTxPermissionsBlockchain chain = await TestContractBlockchain.ForTest <TestTxPermissionsBlockchain, TxCertifierFilterTests>();
chain.RegisterContract.TryGetAddress(chain.BlockTree.Head.Header, "not existing key", out Address _).Should().BeFalse();
}
