public void PullDownNamespaces(SCG.IEnumerable <SCG.IEnumerable <string> > Namespaces)
{
// collect everything into a non lazy structure first
var insertions = new SCG.List <SuggestionTree <Pay> .IntermFResult.single_suggestion>();
foreach (var ns in Namespaces)
{
var namespace_node_res = FindSequence(ns.ToArray(), last_query_is_exact: true);
if (namespace_node_res.type == SuggestionTree <Pay> .FRType.unique_fit)
{
SuggestionTree <Pay> namespaceNode = namespace_node_res.suggs[0].val;
foreach (var single_sugg in namespaceNode.FindAllWithPayload())
{
insertions.Add(single_sugg);
}
}
else
{
throw new Exception("no exact match for Namespace-pulling : " + string.Join(".", ns.ToArray())); // <- turn this into consumer catchable Exception as soon as user defined "usings" are a thing
}
}
// second iteration to not intertwine access and modifying - and avoid reasoning headaches
foreach (var single_sugg in insertions)
{
Add(single_sugg.steps, single_sugg.val.payload); // Add overrides the payload
}
}
public void TestToString()
{
var set = new J2N.Collections.Generic.HashSet <IDictionary <string, string> >
{
new SCG.Dictionary <string, string> {
{ "1", "one" }, { "2", "two" }, { "3", "three" }
},
new SCG.Dictionary <string, string> {
{ "4", "four" }, { "5", "five" }, { "6", "six" }
},
new SCG.Dictionary <string, string> {
{ "7", "seven" }, { "8", "eight" }, { "9", "nine" }
},
};
var setExpected = "[{1=one, 2=two, 3=three}, {4=four, 5=five, 6=six}, {7=seven, 8=eight, 9=nine}]";
Assert.AreEqual(setExpected, CollectionUtil.ToString(set, StringFormatter.InvariantCulture));
var set2 = new J2N.Collections.Generic.HashSet <ISet <string> >
{
new J2N.Collections.Generic.HashSet <string> {
"1", "2", "3"
},
new J2N.Collections.Generic.HashSet <string> {
"4", "5", "6"
},
new System.Collections.Generic.HashSet <string> {
"7", "8", "9"
},
};
var set2Expected = "[[1, 2, 3], [4, 5, 6], [7, 8, 9]]";
Assert.AreEqual(set2Expected, CollectionUtil.ToString(set2, StringFormatter.InvariantCulture));
var map = new SCG.Dictionary <string, IDictionary <int, double> >
{
{ "first", new SCG.Dictionary <int, double> {
{ 1, 1.23 }, { 2, 2.23 }, { 3, 3.23 }
} },
{ "second", new SCG.Dictionary <int, double> {
{ 4, 1.24 }, { 5, 2.24 }, { 6, 3.24 }
} },
{ "third", new SCG.Dictionary <int, double> {
{ 7, 1.25 }, { 8, 2.25 }, { 9, 3.25 }
} },
};
var mapExpectedPortuguese = "{first={1=1,23, 2=2,23, 3=3,23}, second={4=1,24, 5=2,24, 6=3,24}, third={7=1,25, 8=2,25, 9=3,25}}";
var mapExpectedUSEnglish = "{first={1=1.23, 2=2.23, 3=3.23}, second={4=1.24, 5=2.24, 6=3.24}, third={7=1.25, 8=2.25, 9=3.25}}";
Assert.AreEqual(mapExpectedPortuguese, CollectionUtil.ToString(map, new StringFormatter(new CultureInfo("pt"))));
Assert.AreEqual(mapExpectedUSEnglish, CollectionUtil.ToString(map, new StringFormatter(new CultureInfo("en-US"))));
var array = new SCG.List <SCG.Dictionary <string, string> >[]
{
new SCG.List <SCG.Dictionary <string, string> > {
new SCG.Dictionary <string, string> {
{ "foo", "bar" }, { "foobar", "barfoo" }
}
},
new SCG.List <SCG.Dictionary <string, string> > {
new SCG.Dictionary <string, string> {
{ "orange", "yellow" }, { "red", "black" }
},
new SCG.Dictionary <string, string> {
{ "rain", "snow" }, { "sleet", "sunshine" }
}
},
};
var arrayExpected = "[[{foo=bar, foobar=barfoo}], [{orange=yellow, red=black}, {rain=snow, sleet=sunshine}]]";
Assert.AreEqual(arrayExpected, CollectionUtil.ToString(array, StringFormatter.InvariantCulture));
}
