public void Should_FlattenValueSettingsNode(string name)
{
var settingsNode = new ObjectNode("root", new [] { new ValueNode(name, "testValue") });
var expectedFlatteringResult = new Dictionary <string, string>
{
{ name, "testValue" }
};
var actualFlatteringResult = settingsNode.Flatten();
actualFlatteringResult.Should().BeEquivalentTo(expectedFlatteringResult);
}
public void Should_FlattenSimpleObjectNode(string name, int childValuesAmount)
{
var expectedNames = RandomStringGenerator.CreateStrings(childValuesAmount, 16);
var expectedValues = RandomStringGenerator.CreateStrings(childValuesAmount, 16);
var childNodes = expectedNames.Zip(expectedValues, (s, s1) => new ValueNode(s, s1)).ToList();
var settingsNode = new ObjectNode("root", new [] { new ObjectNode(name, childNodes) });
var expectedFlatteringResult = childNodes.ToDictionary(
s => $"{name}:{s.Name}".TrimStart(':'),
s => s.Value);
var actualFlatteringResult = settingsNode.Flatten();
actualFlatteringResult.Should().BeEquivalentTo(expectedFlatteringResult);
}
public void Flatten_should_deal_with_object_node_hierarchies_by_merging_names()
{
var node = new ObjectNode(null, new ISettingsNode[]
{
new ObjectNode("foo", new ISettingsNode[]
{
new ObjectNode("bar", new ISettingsNode[]
{
new ValueNode("k1", "v1"),
new ValueNode("k2", "v2"),
new ValueNode(string.Empty, "foo-bar-value")
}),
new ObjectNode("baz", new ISettingsNode[]
{
new ValueNode("k1", "v1"),
new ValueNode("k2", "v2")
}),
new ValueNode(string.Empty, "foo-value"),
}),
new ObjectNode("bar", new ISettingsNode[]
{
new ObjectNode("baz", new ISettingsNode[]
{
new ValueNode("k1", "v1"),
new ValueNode("k2", "v2")
}),
new ValueNode(string.Empty, "bar-value"),
})
});
var dictionary = node.Flatten();
dictionary.Should().HaveCount(9);
dictionary["foo"].Should().Equal("foo-value");
dictionary["foo/bar"].Should().Equal("foo-bar-value");
dictionary["foo/bar/k1"].Should().Equal("v1");
dictionary["foo/bar/k2"].Should().Equal("v2");
dictionary["foo/baz/k1"].Should().Equal("v1");
dictionary["foo/baz/k2"].Should().Equal("v2");
dictionary["bar"].Should().Equal("bar-value");
dictionary["bar/baz/k1"].Should().Equal("v1");
dictionary["bar/baz/k2"].Should().Equal("v2");
}
public void Should_FlattenNestedObjectSettingsNode(string rootNodeName, string nestedNodeName, string expectedPrefix, int childCount)
{
var childNames = RandomStringGenerator.CreateStrings(childCount, 16);
var expectedValues = RandomStringGenerator.CreateStrings(childCount, 16);
var childNodes = childNames.Zip(expectedValues, (s, s1) => new ValueNode(s, s1)).ToList();
var nestedNode = new ObjectNode(nestedNodeName, childNodes);
var settingsNode = new ObjectNode(rootNodeName, new[] { nestedNode });
var expectedFlatteringResult = childNodes.ToDictionary(
s => $"{expectedPrefix}:{s.Name}".TrimStart(':'),
s => s.Value
);
var actualFlatteringResult = settingsNode.Flatten();
actualFlatteringResult.Should().BeEquivalentTo(expectedFlatteringResult);
}
public void Should_FlattenNestedArraySettingsNode(string rootNodeName, string nestedNodeName, string expectedPrefix, int arrayLength)
{
var expectedValues = RandomStringGenerator.CreateStrings(arrayLength, 16);
var childNodes = expectedValues.Select(s => new ValueNode(s)).ToList();
var arrayNode = new ArrayNode(nestedNodeName, childNodes);
var settingsNode = new ObjectNode(rootNodeName, new[] { arrayNode });
var expectedFlatteringResult = new Dictionary <string, string>();
for (var i = 0; i < arrayLength; i++)
{
expectedFlatteringResult[$"{expectedPrefix}:{i}".TrimStart(':')] = expectedValues[i];
}
var actualFlatteringResult = settingsNode.Flatten();
actualFlatteringResult.Should().BeEquivalentTo(expectedFlatteringResult);
}
