/// <inheritdoc/>
public async Task <UserSettings> GetAsync(string userId)
{
// If the user isn't logged in, use the default settings
if (string.IsNullOrEmpty(userId))
{
return(new UserSettings());
}
var userSettings = new UserSettings();
var parameters = new Dictionary <string, object>
{
{ "@UserId", userId },
};
const string GetUserSettingsCommandText = @"
SELECT SettingId, SettingValue
FROM UserSettings
WHERE UserId = @UserId";
using (var command = this.databaseCommandFactory.Create(
GetUserSettingsCommandText,
parameters))
using (var reader = await command.ExecuteReaderAsync())
{
while (reader.Read())
{
var settingId = Convert.ToByte(reader["SettingId"]);
var settingValue = reader["SettingValue"].ToString();
switch (settingId)
{
case UserSettingsConstants.PlayStyle:
userSettings.PlayStyle = Enum.TryParse <PlayStyle>(settingValue, out var playStyle) ? new PlayStyle?(playStyle) : null;
break;
case UserSettingsConstants.UseScientificNotation:
userSettings.UseScientificNotation = bool.TryParse(settingValue, out var useScientificNotation) ? new bool?(useScientificNotation) : null;
break;
case UserSettingsConstants.ScientificNotationThreshold:
userSettings.ScientificNotationThreshold = int.TryParse(settingValue, out var scientificNotationThreshold) ? new int?(scientificNotationThreshold) : null;
break;
case UserSettingsConstants.UseLogarithmicGraphScale:
userSettings.UseLogarithmicGraphScale = bool.TryParse(settingValue, out var useLogarithmicGraphScale) ? new bool?(useLogarithmicGraphScale) : null;
break;
case UserSettingsConstants.LogarithmicGraphScaleThreshold:
userSettings.LogarithmicGraphScaleThreshold = int.TryParse(settingValue, out var logarithmicGraphScaleThreshold) ? new int?(logarithmicGraphScaleThreshold) : null;
break;
case UserSettingsConstants.HybridRatio:
userSettings.HybridRatio = double.TryParse(settingValue, out var hybridRatio) ? new double?(hybridRatio) : null;
break;
case UserSettingsConstants.Theme:
userSettings.Theme = Enum.TryParse <SiteThemeType>(settingValue, out var theme) ? new SiteThemeType?(theme) : null;
break;
case UserSettingsConstants.ShouldLevelSkillAncients:
userSettings.ShouldLevelSkillAncients = bool.TryParse(settingValue, out var shouldLevelSkillAncients) ? new bool?(shouldLevelSkillAncients) : null;
break;
case UserSettingsConstants.SkillAncientBaseAncient:
userSettings.SkillAncientBaseAncient = int.TryParse(settingValue, out var skillAncientBaseAncient) ? new int?(skillAncientBaseAncient) : null;
break;
case UserSettingsConstants.SkillAncientLevelDiff:
userSettings.SkillAncientLevelDiff = int.TryParse(settingValue, out var skillAncientLevelDiff) ? new int?(skillAncientLevelDiff) : null;
break;
case UserSettingsConstants.GraphSpacingType:
userSettings.GraphSpacingType = Enum.TryParse <GraphSpacingType>(settingValue, out var graphSpacingType) ? new GraphSpacingType?(graphSpacingType) : null;
break;
}
}
}
return(userSettings);
}
/// <inheritdoc/>
public async Task PatchAsync(string userId, UserSettings userSettings)
{
if (string.IsNullOrEmpty(userId))
{
throw new ArgumentNullException(nameof(userId));
}
if (userSettings == null)
{
throw new ArgumentNullException(nameof(userSettings));
}
/* Build a query that looks like this:
* MERGE INTO UserSettings WITH (HOLDLOCK)
* USING
* (VALUES (@UserId, 1, @Value1), (@UserId, 2, @Value2), ... )
* AS Input(UserId, SettingId, SettingValue)
* ON UserSettings.UserId = Input.UserId
* AND UserSettings.SettingId = Input.SettingId
* WHEN MATCHED THEN
* UPDATE
* SET
* SettingValue = Input.SettingValue
* WHEN NOT MATCHED THEN
* INSERT (UserId, SettingId, SettingValue)
* VALUES (Input.UserId, Input.SettingId, Input.SettingValue);");
*/
var setUserSettingsCommandText = new StringBuilder();
var parameters = new Dictionary <string, object>()
{
{ "@UserId", userId },
};
var isFirst = true;
setUserSettingsCommandText.Append(@"
MERGE INTO UserSettings WITH (HOLDLOCK)
USING
( VALUES ");
void AppendSetting(byte settingId, string settingValue)
{
if (string.IsNullOrEmpty(settingValue))
{
return;
}
if (!isFirst)
{
setUserSettingsCommandText.Append(",");
}
// No need to sanitize settingId as it's just a number
setUserSettingsCommandText.Append("(@UserId,");
setUserSettingsCommandText.Append(settingId);
setUserSettingsCommandText.Append(",@Value");
setUserSettingsCommandText.Append(settingId);
setUserSettingsCommandText.Append(")");
parameters.Add("@Value" + settingId, settingValue);
isFirst = false;
}
AppendSetting(UserSettingsConstants.PlayStyle, userSettings.PlayStyle?.ToString());
AppendSetting(UserSettingsConstants.UseScientificNotation, userSettings.UseScientificNotation?.ToString());
AppendSetting(UserSettingsConstants.ScientificNotationThreshold, userSettings.ScientificNotationThreshold?.ToString());
AppendSetting(UserSettingsConstants.UseLogarithmicGraphScale, userSettings.UseLogarithmicGraphScale?.ToString());
AppendSetting(UserSettingsConstants.LogarithmicGraphScaleThreshold, userSettings.LogarithmicGraphScaleThreshold?.ToString());
AppendSetting(UserSettingsConstants.HybridRatio, userSettings.HybridRatio?.ToString());
AppendSetting(UserSettingsConstants.Theme, userSettings.Theme?.ToString());
AppendSetting(UserSettingsConstants.ShouldLevelSkillAncients, userSettings.ShouldLevelSkillAncients?.ToString());
AppendSetting(UserSettingsConstants.SkillAncientBaseAncient, userSettings.SkillAncientBaseAncient?.ToString());
AppendSetting(UserSettingsConstants.SkillAncientLevelDiff, userSettings.SkillAncientLevelDiff?.ToString());
AppendSetting(UserSettingsConstants.GraphSpacingType, userSettings.GraphSpacingType?.ToString());
// If no settings were appended, just short-circuit.
if (isFirst)
{
return;
}
setUserSettingsCommandText.Append(@"
)
AS Input(UserId, SettingId, SettingValue)
ON UserSettings.UserId = Input.UserId
AND UserSettings.SettingId = Input.SettingId
WHEN MATCHED THEN
UPDATE
SET
SettingValue = Input.SettingValue
WHEN NOT MATCHED THEN
INSERT (UserId, SettingId, SettingValue)
VALUES (Input.UserId, Input.SettingId, Input.SettingValue);");
using (var command = this.databaseCommandFactory.Create(
setUserSettingsCommandText.ToString(),
parameters))
{
await command.ExecuteNonQueryAsync();
}
}
