public override void ConvertElementLogic()
{
if (processConverter.IsRootProcess)
{
constructor = CreateConstructor();
}
}
private SolidityConstructor CreateConstructor()
{
SolidityConstructor constructor = new SolidityConstructor();
constructor.AddToBody(processConverter.ContractConverter.GetConstructorStatements());
constructor.AddToBody(processConverter.GetStatementOfNextElement(startEventElement));
return(constructor);
}
public void TestEmptyConstructor()
{
SolidityConstructor constructor = new SolidityConstructor();
var actual = constructor.ToString();
var expected = "constructor() public payable{\n}\n";
Assert.Equal(expected, actual);
}
public override IList <SolidityComponent> GetElementCode(List <ElementConverter> nextElements, IList <SequenceFlow> outgoingSeqFlows, IList <SolidityStruct> dataModel = null)
{
SolidityConstructor constructor = new SolidityConstructor();
constructor.AddToBody(nextElements[0].GetStatementForPrevious(startEvent));
return(new List <SolidityComponent> {
constructor
});
}
public void TesyConstructorWithBody()
{
SolidityConstructor constructor = new SolidityConstructor();
constructor.AddToBody(new SolidityStatement("a = 2"));
var actual = constructor.ToString();
var expected = "constructor() public payable{\n\ta = 2;\n}\n";
Assert.Equal(expected, actual);
}
SolidityConstructor CreateConstructor()
{
SolidityConstructor constructor = new SolidityConstructor();
constructor.AddParameter(new SolidityParameter("string memory", "name"));
constructor.AddParameter(new SolidityParameter("string memory", "symbol"));
if (token.IsFungible)
{
constructor.AddParentCall(ConverterConfig.FUNGIBLE_TOKEN_NAME, new List <string> {
"name", "symbol"
});
}
else
{
constructor.AddParentCall(ConverterConfig.NON_FUNGIBLE_TOKEN_NAME, new List <string> {
"name", "symbol"
});
}
constructor.AddParentCall(ConverterConfig.OWNABLE_NAME, new List <string>());
return(constructor);
}
