public async Task Passes_NotAllDataAvaliable_DoesNotProperlyMatchesData()
{
var source = new Dictionary <string, object>()
{
{ "Age", 1 },
{ "Likes", 1 },
{ "Genetics", "white" }
};
IRuleTreeValueProvider valueProvider = new DictionaryValueProvider(source);
IRuleTree tree = RuleTreeMockData.AgeAndLikes_GeneticsAndName;
IRuleTreeAssembler assembler = new RuleTreeAssembler(valueProvider);
await assembler.Assemble(tree);
var ageNode = tree.BaseNode.Children.First() as GenericComparisonRule <int>;
var likesNode = tree.BaseNode.Children.ElementAt(1) as GenericComparisonRule <int>;
var geneticsNode = likesNode.Children.First().Children.First() as OptionsSearchParameter <string>;
var nameNode = likesNode.Children.First().Children.ElementAt(1) as GenericComparisonRule <string>;
Assert.Equal("Age", ageNode.Key);
Assert.Equal(1, ageNode.ComparisonValue);
Assert.Equal("Likes", likesNode.Key);
Assert.Equal(1, likesNode.ComparisonValue);
Assert.Equal("Genetics", geneticsNode.Key);
Assert.Equal("white", geneticsNode.ComparisonValue);
Assert.Equal("Name", nameNode.Key);
Assert.Null(nameNode.ComparisonValue);
}
public async Task Passes_NotAllDataAvaliable_DoesNotPass()
{
var source = new Dictionary <string, object>()
{
{ "Age", 1 },
{ "Likes", 1 }
};
IRuleTreeValueProvider valueProvider = new DictionaryValueProvider(source);
IRuleTree tree = RuleTreeMockData.AgeAndLikes_GeneticsAndName;
IRuleTreeAssembler assembler = new RuleTreeAssembler(valueProvider);
await assembler.Assemble(tree);
var result = await tree.Passes();
Assert.False(result);
}
public async Task Assemble(IRuleTree ruleTree)
{
await Assemble(ruleTree.BaseNode.Children);
}