[Test] // #373
public void object_to_kv_ignores_props_not_publicly_readable()
{
var kv = new ToKvMe {
PrivateRead2 = "foo",
WriteOnly = "a,b"
}.ToKeyValuePairs();
AssertKV(kv, ("Read1", "a"), ("Read2", "b"));
}
public void can_parse_dictionary_to_kv()
{
var kv = new Dictionary <string, object> {
{ "one", 1 },
{ "two", "foo" },
{ "three", null }
}.ToKeyValuePairs();
AssertKV(kv, ("one", 1), ("two", "foo"), ("three", null));
}
public void can_parse_object_to_kv()
{
var kv = new {
one = 1,
two = "foo",
three = (string)null
}.ToKeyValuePairs();
AssertKV(kv, ("one", 1), ("two", "foo"), ("three", null));
}
public void can_parse_collection_of_kvp_to_kv()
{
var kv = new[] {
new KeyValuePair <object, object>("one", 1),
new KeyValuePair <object, object>("two", "foo"),
new KeyValuePair <object, object>("three", null),
new KeyValuePair <object, object>(null, "four"),
}.ToKeyValuePairs();
AssertKV(kv, ("one", 1), ("two", "foo"), ("three", null));
}
public void can_parse_collection_of_conventional_objects_to_kv()
{
// convention is to accept collection of any arbitrary type that contains
// a property called Key or Name and a property called Value
var kv = new object[] {
new { Key = "one", Value = 1 },
new { key = "two", value = "foo" }, // lower-case should work too
new { Key = (string)null, Value = 3 }, // null keys should get skipped
new { Name = "three", Value = (string)null },
new { name = "four", value = "bar" } // lower-case should work too
}.ToKeyValuePairs().ToList();
AssertKV(kv, ("one", 1), ("two", "foo"), ("three", null), ("four", "bar"));
}
public void can_parse_string_to_kv()
{
var kv = "one=1&two=foo&three".ToKeyValuePairs();
AssertKV(kv, ("one", "1"), ("two", "foo"), ("three", null));
}
