public async Task RegisterNewDeviceTypeSettingTest()
{
//Arrange
var dbConnection = new UnitTestDbConnection();
Database.SetInitializer(new CreateFreshDbInitializer());
var adapterBuilder = new AdapterSettingBuilder(dbConnection, CancellationToken.None);
var deviceType = UnitTesting.CreateFakeDeviceType();
var deviceTypeSetting = new DeviceTypeSetting
{
Name = "Device type Setting 1",
ValueType = DataType.STRING,
Value = "Hello World",
DeviceType = deviceType
};
//act
var result = await adapterBuilder.RegisterDeviceTypeSettingAsync(deviceTypeSetting);
DeviceTypeSetting setting;
using (var context = new ZvsContext(dbConnection))
{
setting = await context.DeviceTypeSettings.FirstOrDefaultAsync();
}
//assert
Console.WriteLine(result.Message);
Assert.IsFalse(result.HasError);
Assert.IsNotNull(setting, "Setting not saved!");
Assert.IsTrue(setting.Name == deviceTypeSetting.Name, "Device type setting name mismatch");
}
public async Task RegisterRemovedDeviceTypeSettingOptionTest()
{
//Arrange
var dbConnection = new UnitTestDbConnection();
Database.SetInitializer(new CreateFreshDbInitializer());
var adapterBuilder = new AdapterSettingBuilder(dbConnection, CancellationToken.None);
var deviceType = UnitTesting.CreateFakeDeviceType();
var deviceTypeSetting = new DeviceTypeSetting
{
Name = "Device Type Setting 1",
ValueType = DataType.STRING,
Value = "Hello World",
DeviceType = deviceType
};
var option1 = new DeviceTypeSettingOption
{
Name = "Option 1",
};
var option2 = new DeviceTypeSettingOption
{
Name = "Option 2",
};
deviceTypeSetting.Options.Add(option1);
deviceTypeSetting.Options.Add(option2);
using (var context = new ZvsContext(dbConnection))
{
context.DeviceTypeSettings.Add(deviceTypeSetting);
await context.SaveChangesAsync();
}
deviceTypeSetting.Options.Remove(option2);
//act
var result = await adapterBuilder.RegisterDeviceTypeSettingAsync(deviceTypeSetting);
DeviceTypeSetting setting;
using (var context = new ZvsContext(dbConnection))
{
setting = await context.DeviceTypeSettings
.Include(o => o.Options)
.FirstOrDefaultAsync();
}
//assert
Console.WriteLine(result.Message);
Assert.IsFalse(result.HasError);
Assert.IsNotNull(setting, "Setting not found");
Assert.IsTrue(setting.Options.Count == 1, "Expected 2 options");
Assert.IsTrue(setting.Options[0].Name == option1.Name, "Name mismatch");
}
public async Task RegisterRemovedDeviceTypeSettingOptionTest()
{
//Arrange
var dbConnection = new StubIEntityContextConnection { NameOrConnectionStringGet = () => "asb-RegisterRemovedDeviceTypeSettingOptionTest" };
Database.SetInitializer(new CreateFreshDbInitializer());
var adapterBuilder = new AdapterSettingBuilder(dbConnection, CancellationToken.None);
var deviceType = UnitTesting.CreateFakeDeviceType();
var deviceTypeSetting = new DeviceTypeSetting
{
Name = "Device Type Setting 1",
ValueType = DataType.STRING,
Value = "Hello World",
DeviceType = deviceType
};
var option1 = new DeviceTypeSettingOption
{
Name = "Option 1",
};
var option2 = new DeviceTypeSettingOption
{
Name = "Option 2",
};
deviceTypeSetting.Options.Add(option1);
deviceTypeSetting.Options.Add(option2);
using (var context = new ZvsContext(dbConnection))
{
context.DeviceTypeSettings.Add(deviceTypeSetting);
await context.SaveChangesAsync();
}
deviceTypeSetting.Options.Remove(option2);
//act
var result = await adapterBuilder.RegisterDeviceTypeSettingAsync(deviceTypeSetting);
DeviceTypeSetting setting;
using (var context = new ZvsContext(dbConnection))
{
setting = await context.DeviceTypeSettings
.Include(o => o.Options)
.FirstOrDefaultAsync();
}
//assert
Console.WriteLine(result.Message);
Assert.IsFalse(result.HasError);
Assert.IsNotNull(setting, "Setting not found");
Assert.IsTrue(setting.Options.Count == 1, "Expected 2 options");
Assert.IsTrue(setting.Options[0].Name == option1.Name, "Name mismatch");
}
public async Task RegisterNoUpdateDeviceTypeSettingTest()
{
//Arrange
var dbConnection = new StubIEntityContextConnection { NameOrConnectionStringGet = () => "asb-RegisterNoUpdateDeviceTypeSettingTest" };
Database.SetInitializer(new CreateFreshDbInitializer());
var adapterBuilder = new AdapterSettingBuilder(dbConnection, CancellationToken.None);
var deviceType = UnitTesting.CreateFakeDeviceType();
var deviceTypeSetting = new DeviceTypeSetting
{
Name = "Device Type Setting 1",
ValueType = DataType.STRING,
Value = "Hello World",
DeviceType = deviceType
};
using (var context = new ZvsContext(dbConnection))
{
context.DeviceTypeSettings.Add(deviceTypeSetting);
await context.SaveChangesAsync();
}
//act
var result = await adapterBuilder.RegisterDeviceTypeSettingAsync(deviceTypeSetting);
DeviceTypeSetting setting;
using (var context = new ZvsContext(dbConnection))
{
setting = await context.DeviceTypeSettings.FirstOrDefaultAsync();
}
//assert
Console.WriteLine(result.Message);
Assert.IsFalse(result.HasError);
Assert.IsNotNull(setting, "Setting not found");
Assert.IsTrue(setting.Value == deviceTypeSetting.Value, "Device type setting name mismatch");
}
public override async Task OnSettingsCreating(AdapterSettingBuilder settingBuilder)
{
var comSetting = new AdapterSetting
{
Name = "Com Port",
Value = (3).ToString(CultureInfo.InvariantCulture),
ValueType = DataType.COMPORT,
Description = "The COM port that your z-wave controller is assigned to."
};
var pollIntSetting = new AdapterSetting
{
Name = "Polling interval",
Value = (360).ToString(CultureInfo.InvariantCulture),
ValueType = DataType.INTEGER,
Description = "The frequency in which devices are polled for level status on your network. Set high to avoid excessive network traffic. "
};
var comPortSettingResult = await settingBuilder.Adapter(this).RegisterAdapterSettingAsync(comSetting, o => o.ComportSetting);
if (comPortSettingResult.HasError)
await
Log.ReportErrorFormatAsync(CancellationToken,
"An error occured when registering the comport adapter setting. {0}", comPortSettingResult.Message);
var pollIntSettingResult = await settingBuilder.Adapter(this).RegisterAdapterSettingAsync(pollIntSetting, o => o.PollingIntervalSetting);
if (pollIntSettingResult.HasError)
await
Log.ReportErrorFormatAsync(CancellationToken,
"An error occured when registering the polling adapter setting. {0}", pollIntSettingResult.Message);
var dimmerOnResult = await settingBuilder.RegisterDeviceTypeSettingAsync(new DeviceTypeSetting
{
UniqueIdentifier = OpenzWaveDeviceTypeSettings.DefaultDimmerOnLevel.ToString(),
DeviceTypeId = DimmerTypeId,
Name = "Default Level",
Description = "Level that an device is set to when using the 'ON' command.",
Value = "99",//default value
ValueType = DataType.BYTE
});
if (dimmerOnResult.HasError)
await Log.ReportErrorFormatAsync(CancellationToken, "An error occured when registering the dimmer level setting. {0}", dimmerOnResult.Message);
var repollLevelSetting = await settingBuilder.RegisterDeviceTypeSettingAsync(new DeviceTypeSetting
{
UniqueIdentifier = OpenzWaveDeviceTypeSettings.EnableRepollOnLevelChange.ToString(),
DeviceTypeId = DimmerTypeId,
Name = "Enable re-poll on level change",
Description = "Re-poll dimmers 3 seconds after a level change is received?",
Value = true.ToString(), //default value
ValueType = DataType.BOOL
});
if (repollLevelSetting.HasError)
await Log.ReportErrorFormatAsync(CancellationToken, "An error occured when registering the re-poll setting. {0}", repollLevelSetting.Message);
var repollSetting = await settingBuilder.RegisterDeviceTypeSettingAsync(new DeviceTypeSetting
{
UniqueIdentifier = OpenzWaveDeviceTypeSettings.RepollingEnabled.ToString(),
DeviceTypeId = DimmerTypeId,
Name = "Enable polling for this device",
Description = "Toggles automatic polling for a device.",
Value = false.ToString(), //default value
ValueType = DataType.BOOL
});
if (repollSetting.HasError)
await Log.ReportErrorFormatAsync(CancellationToken, "An error occured when registering the re-poll setting. {0}", repollSetting.Message);
}
