public async Task TestEmptyContract()
{
var chainId = Hash.Generate();
var runner = _smartContractRunnerFactory.GetRunner(0);
var contractCType = typeof(TestContractC);
var contractBType = typeof(TestContractB);
var contractAType = typeof(TestContractA);
var nonAttrContract1Type = typeof(TestNonAttrContract1);
var nonAttrContract2Type = typeof(TestNonAttrContract2);
var refNonAttrContractType = typeof(TestRefNonAttrContract);
var contractCTemplate = runner.ExtractMetadata(contractCType);
var contractBTemplate = runner.ExtractMetadata(contractBType);
var contractATemplate = runner.ExtractMetadata(contractAType);
var nonAttrContract1Template = runner.ExtractMetadata(nonAttrContract1Type);
var nonAttrContract2Template = runner.ExtractMetadata(nonAttrContract2Type);
var refNonAttrContractTemplate = runner.ExtractMetadata(refNonAttrContractType);
var contract1Addr = Address.FromString("TestNonAttrContract1"); // 0x3f77405cbfe1e48e2fa0e4bf6a4e5917f768
var contract2Addr = Address.FromString("TestNonAttrContract2"); // 0xb4e0cc36ede5d518fbabd1ed5498093e4b71
var refContractAddr = Address.FromString("TestRefNonAttrContract"); // 0x7c7f78ecc9f78be2a502e5bf9f22112c6a47
var addrA = Address.FromString("TestContractA"); // 0x46c86551bca0e3120ca0f831f53d8cb55ac7
var addrB = Address.FromString("TestContractB"); // 0xea0e38633e550dc4b7914010c2d7c95086ee
var addrC = Address.FromString("TestContractC"); // 0x053f751c35f7c681be14bcee03085dc8a309
await _functionMetadataService.DeployContract(chainId, addrC, contractCTemplate);
await _functionMetadataService.DeployContract(chainId, addrB, contractBTemplate);
await _functionMetadataService.DeployContract(chainId, addrA, contractATemplate);
await _functionMetadataService.DeployContract(chainId, contract1Addr, nonAttrContract1Template);
await _functionMetadataService.DeployContract(chainId, contract2Addr, nonAttrContract2Template);
await _functionMetadataService.DeployContract(chainId, refContractAddr, refNonAttrContractTemplate);
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource4", DataAccessMode.AccountSpecific)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrC.DumpHex() + ".Func0"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource5", DataAccessMode.ReadOnlyAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrC.DumpHex() + ".Func1"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrC.DumpHex() + ".Func1"
}),
new HashSet <Resource>(new []
{
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource5", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.AccountSpecific),
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrB.DumpHex() + ".Func0"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource3", DataAccessMode.ReadOnlyAccountSharing),
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrB.DumpHex() + ".Func1"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>()), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func0(int)"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func1"
}),
new HashSet <Resource>(new []
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource0", DataAccessMode.AccountSpecific),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func0"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func2"
}),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func1"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func2"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func0",
addrB.DumpHex() + ".Func0",
addrC.DumpHex() + ".Func0"
}),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource0", DataAccessMode.AccountSpecific),
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.AccountSpecific),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource5", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource4", DataAccessMode.AccountSpecific),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func3"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func2"
}),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func4"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func3",
addrB.DumpHex() + ".Func1"
}),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource0", DataAccessMode.AccountSpecific),
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource3", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.AccountSpecific),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource5", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource4", DataAccessMode.AccountSpecific),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func5"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, contract1Addr.DumpHex() + ".Func1"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, contract1Addr.DumpHex() + ".Func2"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(contract2Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, contract2Addr.DumpHex() + ".Func1"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(contract2Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, contract2Addr.DumpHex() + ".Func2"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new [] { contract1Addr.DumpHex() + ".Func1" }),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, refContractAddr.DumpHex() + ".Func1"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new [] { contract1Addr.DumpHex() + ".Func1" }),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing),
new Resource(refContractAddr.Value.ToByteArray().ToHex() + ".localRes", DataAccessMode.AccountSpecific)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, refContractAddr.DumpHex() + ".Func1_1"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new [] { contract1Addr.DumpHex() + ".Func2" }),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing),
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, refContractAddr.DumpHex() + ".Func2"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
contract1Addr.DumpHex() + ".Func2",
refContractAddr.DumpHex() + ".Func1_1"
}),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing),
new Resource(refContractAddr.Value.ToByteArray().ToHex() + ".localRes", DataAccessMode.AccountSpecific)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, refContractAddr.DumpHex() + ".Func2_1"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
contract1Addr.DumpHex() + ".Func2",
refContractAddr.DumpHex() + ".Func1"
}),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing),
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, refContractAddr.DumpHex() + ".Func2_2"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
contract1Addr.DumpHex() + ".Func1",
contract1Addr.DumpHex() + ".Func2"
}),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing),
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, refContractAddr.DumpHex() + ".Func3"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
contract1Addr.DumpHex() + ".Func1",
contract2Addr.DumpHex() + ".Func1"
}),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing),
new Resource(contract2Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, refContractAddr.DumpHex() + ".Func4"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
contract1Addr.DumpHex() + ".Func2",
addrC.DumpHex() + ".Func0"
}),
new HashSet <Resource>(new []
{
new Resource(contract1Addr.Value.ToByteArray().ToHex() + "._lock", DataAccessMode.ReadWriteAccountSharing),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource4", DataAccessMode.AccountSpecific),
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, refContractAddr.DumpHex() + ".Func5"))));
var callGraph = new SerializedCallGraph
{
Vertices =
{
addrC.DumpHex() + ".Func0",
addrC.DumpHex() + ".Func1",
addrB.DumpHex() + ".Func0",
addrB.DumpHex() + ".Func1",
addrA.DumpHex() + ".Func0(int)",
addrA.DumpHex() + ".Func0",
addrA.DumpHex() + ".Func1",
addrA.DumpHex() + ".Func2",
addrA.DumpHex() + ".Func3",
addrA.DumpHex() + ".Func4",
addrA.DumpHex() + ".Func5",
contract1Addr.DumpHex() + ".Func1",
contract1Addr.DumpHex() + ".Func2",
contract2Addr.DumpHex() + ".Func1",
contract2Addr.DumpHex() + ".Func2",
refContractAddr.DumpHex() + ".Func1",
refContractAddr.DumpHex() + ".Func1_1",
refContractAddr.DumpHex() + ".Func2",
refContractAddr.DumpHex() + ".Func2_1",
refContractAddr.DumpHex() + ".Func2_2",
refContractAddr.DumpHex() + ".Func3",
refContractAddr.DumpHex() + ".Func4",
refContractAddr.DumpHex() + ".Func5"
},
Edges =
{
new GraphEdge
{
Source = addrB.DumpHex() + ".Func0",
Target = addrC.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func0",
Target = addrA.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func1",
Target = addrA.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func3",
Target = addrB.DumpHex() + ".Func0"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func3",
Target = addrA.DumpHex() + ".Func0"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func3",
Target = addrC.DumpHex() + ".Func0"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func4",
Target = addrA.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func5",
Target = addrB.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func5",
Target = addrA.DumpHex() + ".Func3"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func1",
Target = contract1Addr.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func1_1",
Target = contract1Addr.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func2",
Target = contract1Addr.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func2_1",
Target = contract1Addr.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func2_1",
Target = refContractAddr.DumpHex() + ".Func1_1"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func2_2",
Target = contract1Addr.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func2_2",
Target = refContractAddr.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func3",
Target = contract1Addr.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func3",
Target = contract1Addr.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func4",
Target = contract1Addr.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func4",
Target = contract2Addr.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func5",
Target = contract1Addr.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = refContractAddr.DumpHex() + ".Func5",
Target = addrC.DumpHex() + ".Func0"
}
}
};
Assert.Equal(callGraph, await _dataStore.GetAsync <SerializedCallGraph>(chainId.OfType(HashType.CallingGraph)));
}
public async Task TestDepolyContract()
{
var chainId = Hash.Generate();
var runner = _smartContractRunnerFactory.GetRunner(0);
var contractCType = typeof(TestContractC);
var contractBType = typeof(TestContractB);
var contractAType = typeof(TestContractA);
var contractCTemplate = runner.ExtractMetadata(contractCType);
var contractBTemplate = runner.ExtractMetadata(contractBType);
var contractATemplate = runner.ExtractMetadata(contractAType);
var addrA = Address.FromString("TestContractA");
var addrB = Address.FromString("TestContractB");
var addrC = Address.FromString("TestContractC");
Console.WriteLine(addrC);
await _functionMetadataService.DeployContract(chainId, addrC, contractCTemplate);
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource4", DataAccessMode.AccountSpecific)
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrC.DumpHex() + ".Func0")));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource5", DataAccessMode.ReadOnlyAccountSharing)
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrC.DumpHex() + ".Func1")));
await _functionMetadataService.DeployContract(chainId, addrB, contractBTemplate);
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrC.DumpHex() + ".Func1"
}),
new HashSet <Resource>(new []
{
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource5", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.AccountSpecific),
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrB.DumpHex() + ".Func0")));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new []
{
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource3", DataAccessMode.ReadOnlyAccountSharing),
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrB.DumpHex() + ".Func1")));
await _functionMetadataService.DeployContract(chainId, addrA, contractATemplate);
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>()), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func0(int)")));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func1"
}),
new HashSet <Resource>(new []
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource0", DataAccessMode.AccountSpecific),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func0")));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func2"
}),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func1")));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), (await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func2"))));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func0",
addrB.DumpHex() + ".Func0",
addrC.DumpHex() + ".Func0"
}),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource0", DataAccessMode.AccountSpecific),
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.AccountSpecific),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource5", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource4", DataAccessMode.AccountSpecific),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func3")));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func2"
}),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func4")));
Assert.Equal(new FunctionMetadata(
new HashSet <string>(new []
{
addrA.DumpHex() + ".Func3",
addrB.DumpHex() + ".Func1"
}),
new HashSet <Resource>(new[]
{
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource0", DataAccessMode.AccountSpecific),
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource3", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrB.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.AccountSpecific),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource5", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrC.Value.ToByteArray().ToHex() + ".resource4", DataAccessMode.AccountSpecific),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource1", DataAccessMode.ReadOnlyAccountSharing),
new Resource(addrA.Value.ToByteArray().ToHex() + ".resource2", DataAccessMode.ReadWriteAccountSharing)
})), await _dataStore.GetAsync <FunctionMetadata>(DataPath.CalculatePointerForMetadata(chainId, addrA.DumpHex() + ".Func5")));
var callGraph = new SerializedCallGraph
{
Vertices =
{
addrC.DumpHex() + ".Func0",
addrC.DumpHex() + ".Func1",
addrB.DumpHex() + ".Func0",
addrB.DumpHex() + ".Func1",
addrA.DumpHex() + ".Func0(int)",
addrA.DumpHex() + ".Func0",
addrA.DumpHex() + ".Func1",
addrA.DumpHex() + ".Func2",
addrA.DumpHex() + ".Func3",
addrA.DumpHex() + ".Func4",
addrA.DumpHex() + ".Func5"
},
Edges =
{
new GraphEdge
{
Source = addrB.DumpHex() + ".Func0",
Target = addrC.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func0",
Target = addrA.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func1",
Target = addrA.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func3",
Target = addrB.DumpHex() + ".Func0"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func3",
Target = addrA.DumpHex() + ".Func0"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func3",
Target = addrC.DumpHex() + ".Func0"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func4",
Target = addrA.DumpHex() + ".Func2"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func5",
Target = addrB.DumpHex() + ".Func1"
},
new GraphEdge
{
Source = addrA.DumpHex() + ".Func5",
Target = addrA.DumpHex() + ".Func3"
}
}
};
Assert.Equal(callGraph, await _dataStore.GetAsync <SerializedCallGraph>(chainId.OfType(HashType.CallingGraph)));
}
public async Task AddCallGraphAsync(SerializedCallGraph callGraph)
{
await _callGraphStore.SetAsync(_chainId.ToStorageKey(), callGraph);
}
