public void GivenErrorHandlingStrategy_WhenBreakPopulate_Breaks()
{
CustomizableErrorHandlingStrategy errorStrategy = new CustomizableErrorHandlingStrategy
{
PrePopulateAction = (json, o) => json.Contains("test")
? new PreviewResult()
{
BreakPopulating = true
}
: new PreviewResult()
{
BreakPopulating = false
}
};
strategy.ErrorStrategy = errorStrategy;
{
string s = "test, this is an invalid json that should throw exception, unless populating is skipped";
{
T1 t1 = new T1();
strategy.PopulateFromSerialized(t1, s);
Expect(t1.D1, Null);
Expect(t1.D2, False);
}
}
{
string s = "this is also invalid json, but doesn't match skip condition, thus should cause exception";
T1 t1 = new T1();
Assert.Throws <JsonReaderException>(() => strategy.PopulateFromSerialized(t1, s));
}
}
public void GivenErrorHandlingStrategy_WhenUnparseableValue_CanBeIgnored()
{
CustomizableErrorHandlingStrategy errorStrategy = new CustomizableErrorHandlingStrategy
{
DeserializeErrorAction = (o, args) => args.ErrorContext.Handled = true,
SerializeErrorAction = (o, args) => args.ErrorContext.Handled = true
};
strategy.ErrorStrategy = errorStrategy;
string s;
{
T1 t1 = new T1();
t1.D1 = "123";
t1.D2 = true;
s = strategy.Serialize(t1);
}
s = s.Replace(@"""d2"": true", @"""d2"": ""123""");
{
T1 t1 = new T1();
strategy.PopulateFromSerialized(t1, s);
Expect(t1.D1, EqualTo("123"));
Expect(t1.D2, False);
}
}