public void MultipleDuchiesCanBeLoaded()
{
var reader = new BufferedReader("duchies = { d_ivrea d_athens d_oppo }");
var region = CK3Region.Parse("region1", reader);
Assert.Empty(region.Duchies); // not linked yet
var titles = new Title.LandedTitles();
region.LinkDuchy(titles.Add("d_ivrea"));
region.LinkDuchy(titles.Add("d_athens"));
region.LinkDuchy(titles.Add("d_oppo"));
Assert.Equal(3, region.Duchies.Count);
}
public void PrimogenitureAndSeniorityTriggersAreOutputted()
{
const string outputModName = "outputMod";
var outputFilePath = Path.Combine(
"output",
outputModName,
"common",
"scripted_triggers",
"IRToCK3_succession_triggers.txt"
);
var date = new Date(476, 1, 1);
var titles = new Title.LandedTitles();
var kingdomPrimogeniture = titles.Add("k_kingdom1");
kingdomPrimogeniture.SuccessionLaws.Add("single_heir_succession_law");
var kingdomSeniority = titles.Add("k_kingdom2");
kingdomSeniority.SuccessionLaws.Add("single_heir_dynasty_house");
var vassal = titles.Add("d_vassal");
vassal.SuccessionLaws.Add("single_heir_succession_law");
vassal.SetDeFactoLiege(kingdomPrimogeniture, date); // has de facto liege, will not be added to the trigger
SystemUtils.TryCreateFolder(CommonFunctions.GetPath(outputFilePath));
SuccessionTriggersOutputter.OutputSuccessionTriggers(outputModName, titles, date);
using var file = File.OpenRead(outputFilePath);
var reader = new StreamReader(file);
Assert.Equal("historical_succession_access_single_heir_succession_law_trigger={", reader.ReadLine());
Assert.Equal("\tOR={", reader.ReadLine());
Assert.Equal($"\t\thas_title=title:{kingdomPrimogeniture.Id}", reader.ReadLine());
Assert.Equal("\t}", reader.ReadLine());
Assert.Equal("}", reader.ReadLine());
Assert.Equal("historical_succession_access_single_heir_dynasty_house_trigger={", reader.ReadLine());
Assert.Equal("\tOR={", reader.ReadLine());
Assert.Equal($"\t\thas_title=title:{kingdomSeniority.Id}", reader.ReadLine());
Assert.Equal("\t}", reader.ReadLine());
Assert.Equal("}", reader.ReadLine());
Assert.True(reader.EndOfStream);
}
public void DuchyCanBeLoaded()
{
var reader = new BufferedReader("duchies = { d_duchy }");
var region = CK3Region.Parse("region1", reader);
Assert.Empty(region.Duchies); // not linked yet
var titles = new Title.LandedTitles();
region.LinkDuchy(titles.Add("d_duchy"));
Assert.Collection(region.Duchies,
item => Assert.Equal("d_duchy", item.Key)
);
}
public void RegionCanBeLinkedToDuchy()
{
var reader = new BufferedReader("duchies = { d_ivrea d_athens d_oppo }");
var region = CK3Region.Parse("region1", reader);
var titles = new Title.LandedTitles();
var reader2 = new BufferedReader(
"{ c_athens = { b_athens = { province = 79 } b_newbarony = { province = 56 } } }"
);
var duchy2 = titles.Add("d_athens");
duchy2.LoadTitles(reader2);
Assert.False(region.Duchies.ContainsKey("d_athens")); // not linked yet
region.LinkDuchy(duchy2);
Assert.NotNull(region.Duchies["d_athens"]);
}
public void LinkedRegionWillFailForProvinceMismatch()
{
var reader = new BufferedReader("duchies = { d_ivrea d_athens d_oppo }");
var region = CK3Region.Parse("region1", reader);
var titles = new Title.LandedTitles();
var reader2 = new BufferedReader(
"{ c_athens = { b_athens = { province = 79 } b_newbarony = { province = 56 } } }"
);
var duchy2 = titles.Add("d_athens");
duchy2.LoadTitles(reader2);
region.LinkDuchy(duchy2);
Assert.False(region.ContainsProvince(7));
}
public void LinkedRegionCanLocateProvince()
{
var reader = new BufferedReader("duchies = { d_ivrea d_athens d_oppo }");
var region = CK3Region.Parse("region1", reader);
var titles = new Title.LandedTitles();
var reader2 = new BufferedReader(
"= { c_athens = { b_athens = { province = 79 } b_newbarony = { province = 56 } } }"
);
var duchy2 = titles.Add("d_athens");
duchy2.LoadTitles(reader2);
region.LinkDuchy(duchy2);
Assert.True(region.ContainsProvince(79));
Assert.True(region.ContainsProvince(56));
}
public void TitlesAreOutputted()
{
const string outputModName = "outputMod";
var titles = new Title.LandedTitles();
var kingdom = titles.Add("k_kingdom");
var history = new History();
history.AddFieldValue("liege", 0, new Date(20, 1, 1), "liege");
var kingdomHistory = new TitleHistory(history);
kingdom.AddHistory(kingdomHistory);
var duchy = titles.Add("d_duchy");
duchy.DeJureLiege = kingdom;
var county = titles.Add("c_county");
county.DeJureLiege = duchy;
var barony = titles.Add("b_barony");
barony.DeJureLiege = county;
var specialTitle = titles.Add("k_special_title");
var specialHistory = new History();
specialHistory.AddFieldValue("holder", "bob_42", new Date(20, 1, 1), "holder");
var specialTitleHistory = new TitleHistory(specialHistory);
specialTitle.AddHistory(specialTitleHistory);
var titleHistoryPath = Path.Combine("output", outputModName, "history", "titles");
var kingdomHistoryPath = Path.Combine(titleHistoryPath, "k_kingdom.txt");
var otherTitlesHistoryPath = Path.Combine(titleHistoryPath, "00_other_titles.txt");
SystemUtils.TryCreateFolder(titleHistoryPath);
var landedTitlesPath = Path.Combine("output", outputModName, "common", "landed_titles", "00_landed_titles.txt");
SystemUtils.TryCreateFolder(CommonFunctions.GetPath(landedTitlesPath));
TitlesOutputter.OutputTitles(outputModName, titles, IMPERATOR_DE_JURE.NO);
Assert.True(File.Exists(kingdomHistoryPath));
using var kingdomHistoryFile = File.OpenRead(kingdomHistoryPath);
var reader = new StreamReader(kingdomHistoryFile);
Assert.Equal("k_kingdom={", reader.ReadLine());
Assert.Equal("\t20.1.1={", reader.ReadLine());
Assert.Equal("\t\tliege=0", reader.ReadLine());
Assert.Equal("\t}", reader.ReadLine());
Assert.Equal("}", reader.ReadLine());
Assert.True(reader.EndOfStream);
Assert.True(File.Exists(otherTitlesHistoryPath));
using var otherTitlesHistoryFile = File.OpenRead(otherTitlesHistoryPath);
reader = new StreamReader(otherTitlesHistoryFile);
Assert.Equal("k_special_title={", reader.ReadLine());
Assert.Equal("\t20.1.1={", reader.ReadLine());
Assert.Equal("\t\tholder=\"bob_42\"", reader.ReadLine());
Assert.Equal("\t}", reader.ReadLine());
Assert.Equal("}", reader.ReadLine());
Assert.True(reader.EndOfStream);
Assert.True(File.Exists(landedTitlesPath));
using var landedTitlesFile = File.OpenRead(landedTitlesPath);
reader = new StreamReader(landedTitlesFile);
Assert.Equal("k_kingdom={", reader.ReadLine());
Assert.Equal("\td_duchy={", reader.ReadLine());
Assert.Equal("\t\tc_county={", reader.ReadLine());
Assert.Equal("\t\t\tb_barony={", reader.ReadLine());
Assert.Equal("\t\t\t\tlandless=no", reader.ReadLine());
Assert.Equal("\t\t\t\tdefinite_form=no", reader.ReadLine());
Assert.Equal("\t\t\t\truler_uses_title_name=no", reader.ReadLine());
Assert.Equal("\t\t\t}", reader.ReadLine());
Assert.Equal("\t\t\tlandless=no", reader.ReadLine());
Assert.Equal("\t\t\tdefinite_form=no", reader.ReadLine());
Assert.Equal("\t\t\truler_uses_title_name=no", reader.ReadLine());
Assert.Equal("\t\t}", reader.ReadLine());
Assert.Equal("\t\tlandless=no", reader.ReadLine());
Assert.Equal("\t\tdefinite_form=no", reader.ReadLine());
Assert.Equal("\t\truler_uses_title_name=no", reader.ReadLine());
Assert.Equal("\t}", reader.ReadLine());
Assert.Equal("\tlandless=no", reader.ReadLine());
Assert.Equal("\tdefinite_form=no", reader.ReadLine());
Assert.Equal("\truler_uses_title_name=no", reader.ReadLine());
Assert.Equal("}", reader.ReadLine());
Assert.Equal("k_special_title={", reader.ReadLine());
Assert.Equal("\tlandless=no", reader.ReadLine());
Assert.Equal("\tdefinite_form=no", reader.ReadLine());
Assert.Equal("\truler_uses_title_name=no", reader.ReadLine());
Assert.Equal("}", reader.ReadLine());
Assert.True(reader.EndOfStream);
}
