public void TestSettingsInitialization()
{
ValueSettingsKeys.Initialize();
Assert.Equal(10, ValueSettingsKeys.IntValue.GetValue());
Assert.Equal(3.14, ValueSettingsKeys.DoubleValue.GetValue());
Assert.Equal("Test string", ValueSettingsKeys.StringValue.GetValue());
}
public void TestSettingsValueChangedOnLoad()
{
ValueSettingsKeys.Initialize();
ListSettingsKeys.Initialize();
using (var writer = new StreamWriter(TempPath("TestSettingsValueChangedOnLoadText.txt")))
{
writer.Write(TestSettingsValueChangedOnLoadText);
}
int intValueChangeCount = 0;
int doubleValueChangeCount = 0;
int stringValueChangeCount = 0;
int intListChangeCount = 0;
int doubleListChangeCount = 0;
int stringListChangeCount = 0;
ValueSettingsKeys.IntValue.ChangesValidated += (s, e) => ++ intValueChangeCount;
ValueSettingsKeys.DoubleValue.ChangesValidated += (s, e) => ++ doubleValueChangeCount;
ValueSettingsKeys.StringValue.ChangesValidated += (s, e) => ++ stringValueChangeCount;
ListSettingsKeys.IntList.ChangesValidated += (s, e) => ++ intListChangeCount;
ListSettingsKeys.DoubleList.ChangesValidated += (s, e) => ++ doubleListChangeCount;
ListSettingsKeys.StringList.ChangesValidated += (s, e) => ++ stringListChangeCount;
SettingsContainer.LoadSettingsProfile(TempPath("TestSettingsValueChangedOnLoadText.txt"), true);
SettingsContainer.CurrentProfile.ValidateSettingsChanges();
Assert.Equal(1, intValueChangeCount);
Assert.Equal(0, doubleValueChangeCount);
Assert.Equal(0, stringValueChangeCount);
Assert.Equal(1, intListChangeCount);
Assert.Equal(0, doubleListChangeCount);
Assert.Equal(0, stringListChangeCount);
}
public void TestSettingsWrite()
{
ValueSettingsKeys.Initialize();
ValueSettingsKeys.IntValue.SetValue(20);
ValueSettingsKeys.DoubleValue.SetValue(6.5);
ValueSettingsKeys.StringValue.SetValue("New string");
Assert.Equal(20, ValueSettingsKeys.IntValue.GetValue());
Assert.Equal(6.5, ValueSettingsKeys.DoubleValue.GetValue());
Assert.Equal("New string", ValueSettingsKeys.StringValue.GetValue());
ValueSettingsKeys.IntValue.SetValue(30);
ValueSettingsKeys.DoubleValue.SetValue(9.1);
ValueSettingsKeys.StringValue.SetValue("Another string");
Assert.Equal(30, ValueSettingsKeys.IntValue.GetValue());
Assert.Equal(9.1, ValueSettingsKeys.DoubleValue.GetValue());
Assert.Equal("Another string", ValueSettingsKeys.StringValue.GetValue());
}
public void TestSettingsValueChanged()
{
// We use an array to avoid a closure issue (resharper)
int[] settingsChangedCount = { 0 };
ValueSettingsKeys.Initialize();
ListSettingsKeys.Initialize();
ValueSettingsKeys.IntValue.ChangesValidated += (s, e) => ++ settingsChangedCount[0];
ValueSettingsKeys.DoubleValue.ChangesValidated += (s, e) => ++ settingsChangedCount[0];
ValueSettingsKeys.StringValue.ChangesValidated += (s, e) => ++ settingsChangedCount[0];
ValueSettingsKeys.IntValue.SetValue(20);
ValueSettingsKeys.DoubleValue.SetValue(6.5);
ValueSettingsKeys.StringValue.SetValue("New string");
SettingsContainer.CurrentProfile.ValidateSettingsChanges();
Assert.Equal(3, settingsChangedCount[0]);
settingsChangedCount[0] = 0;
}
public void TestSettingsFileModified()
{
// NUnit does not support async tests so lets wrap this task into a synchronous operation
var task = Task.Run(async() =>
{
var tcs = new TaskCompletionSource <int>();
EventHandler <FileModifiedEventArgs> settingsModified = (s, e) => e.ReloadFile = true;
EventHandler <SettingsFileLoadedEventArgs> settingsLoaded = (s, e) => tcs.SetResult(0);
try
{
using (var writer = new StreamWriter(TempPath("TestSettingsFileModified.txt")))
{
writer.Write(TestSettingsFileModifiedText1);
}
SettingsContainer.LoadSettingsProfile(TempPath("TestSettingsFileModified.txt"), true);
SettingsContainer.CurrentProfile.MonitorFileModification = true;
SettingsContainer.CurrentProfile.FileModified += settingsModified;
ValueSettingsKeys.Initialize();
ListSettingsKeys.Initialize();
Assert.Equal(55, ValueSettingsKeys.IntValue.GetValue());
SettingsContainer.SettingsFileLoaded += settingsLoaded;
using (var writer = new StreamWriter(TempPath("TestSettingsFileModified.txt")))
{
writer.Write(TestSettingsFileModifiedText2);
}
// Gives some time to the file watcher to awake.
await tcs.Task;
Assert.Equal(75, ValueSettingsKeys.IntValue.GetValue());
SettingsContainer.SettingsFileLoaded -= settingsLoaded;
}
catch
{
SettingsContainer.SettingsFileLoaded -= settingsLoaded;
}
});
// Block while the task has not ended to ensure that no other test will start before this one ends.
task.Wait();
}
public void TestSettingsLoadWrongType()
{
using (var writer = new StreamWriter(TempPath("TestSettingsLoadWrongType.txt")))
{
writer.Write(TestSettingsLoadWrongTypeFileText);
}
SettingsContainer.LoadSettingsProfile(TempPath("TestSettingsLoadWrongType.txt"), true);
ValueSettingsKeys.Initialize();
ListSettingsKeys.Initialize();
Assert.Equal(ValueSettingsKeys.IntValue.DefaultValue, ValueSettingsKeys.IntValue.GetValue());
Assert.Equal(ValueSettingsKeys.DoubleValue.DefaultValue, ValueSettingsKeys.DoubleValue.GetValue());
Assert.Equal(ValueSettingsKeys.StringValue.DefaultValue, ValueSettingsKeys.StringValue.GetValue());
var intList = ListSettingsKeys.IntList.GetValue();
Assert.Equal(intList, ListSettingsKeys.IntList.DefaultValue);
var doubleList = ListSettingsKeys.DoubleList.GetValue();
Assert.Equal(doubleList, ListSettingsKeys.DoubleList.DefaultValue);
}
public void TestSettingsLoad()
{
using (var writer = new StreamWriter(TempPath("TestSettingsLoad.txt")))
{
writer.Write(TestSettingsLoadFileText);
}
SettingsContainer.LoadSettingsProfile(TempPath("TestSettingsLoad.txt"), true);
ValueSettingsKeys.Initialize();
ListSettingsKeys.Initialize();
Assert.Equal(45, ValueSettingsKeys.IntValue.GetValue());
Assert.Equal(25.0, ValueSettingsKeys.DoubleValue.GetValue());
Assert.Equal(new DateTime(2004, 7, 25, 18, 18, 00).ToString(CultureInfo.InvariantCulture), ValueSettingsKeys.StringValue.GetValue());
var intList = ListSettingsKeys.IntList.GetValue();
Assert.Equal(intList, new[] { 1, 3 });
var doubleList = ListSettingsKeys.DoubleList.GetValue();
Assert.Equal(doubleList, new[] { 9.0 });
var stringList = ListSettingsKeys.StringList.GetValue();
Assert.Equal(stringList, new[] { "String 1", "String 1.5", "String 2", "String 3" });
}