| 123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173 | using System;using System.Collections.Generic;using System.Linq;using InABox.Clients;using InABox.Core;namespace InABox.Configuration{    public interface UserConfigurationSettings : IConfigurationSettings    {    }    [UserTracking(false)]    public class UserSettings : Entity, IPersistent, IRemotable, ILicense<CoreLicense>    {        public string Section { get; set; }        public string Key { get; set; }        public string UserID { get; set; }        public string Contents { get; set; }    }    public class UserConfiguration<T> : Configuration<T> where T : UserConfigurationSettings, new()    {        public UserConfiguration(string section = "") : base(section)        {        }        private UserSettings NewSettings(string? section = null)        {            return new UserSettings { Section = typeof(T).Name, Key = section ?? Section, UserID = ClientFactory.UserID };        }        private UserSettings GetSettings()        {            UserSettings result = null;            if (ClientFactory.GetClientType() != null)            {                var client = new Client<UserSettings>();                var filter = new Filter<UserSettings>(x => x.Section).IsEqualTo(typeof(T).Name)                    .And(x => x.Key).IsEqualTo(Section)                    .And(x => x.UserID).IsEqualTo(ClientFactory.UserID);                result = client.Load(filter).FirstOrDefault(x => string.Equals(x.UserID, ClientFactory.UserID));            }            return result ?? NewSettings();        }        private string GetKey(string? section = null)        {            return string.Format("{0}.{1}", section ?? Section, ClientFactory.UserID);        }        public override T Load()        {            var cached = ConfigurationCache.Check<T>(ConfigurationCacheType.User, GetKey());            if (cached != null)                //Logger.Send(LogType.Information, "", "User Config: Returning Cached Configuration Data");                return cached;            var result = new T();            var setting = GetSettings();            if (!string.IsNullOrEmpty(setting.Contents))                result = Serialization.Deserialize<T>(setting.Contents);            ConfigurationCache.Add(ConfigurationCacheType.User, GetKey(), result);            return result;        }        public override Dictionary<string, T> LoadAll()        {            var result = new Dictionary<string, T>();            var data = new Client<UserSettings>().Query(                new Filter<UserSettings>(x => x.Section).IsEqualTo(typeof(T).Name).And(x => x.UserID).IsEqualTo(ClientFactory.UserID),                new Columns<UserSettings>(x => x.Key, x => x.Contents),                new SortOrder<UserSettings>(x => x.Key)            );            foreach (var row in data.Rows)                result[row.Get<UserSettings, string>(c => c.Key)] = Serialization.Deserialize<T>(row.Get<UserSettings, string>(c => c.Contents));            return result;        }        public override void Save(T obj)        {            ConfigurationCache.Add(ConfigurationCacheType.User, GetKey(), obj);            var setting = GetSettings();            setting.Contents = Serialization.Serialize(obj);            new Client<UserSettings>().Save(setting, "", (o, e) => { });        }        public override void SaveAll(Dictionary<string, T> objs)        {            foreach (var (section, obj) in objs)            {                ConfigurationCache.Add(ConfigurationCacheType.User, GetKey(section), obj);            }            var client = new Client<UserSettings>();            var data = client.Load(                new Filter<UserSettings>(x => x.Section).IsEqualTo(typeof(T).Name)                    .And(x => x.Key).InList(objs.Keys.ToArray())                    .And(x => x.UserID).IsEqualTo(ClientFactory.UserID))                .ToDictionary(x => x.Key, x => x);            var settings = new List<UserSettings>(objs.Count);            foreach (var (section, obj) in objs)            {                var contents = Serialization.Serialize(obj);                if (!data.TryGetValue(section, out var setting))                {                    setting = NewSettings(section);                }                setting.Contents = contents;                settings.Add(setting);            }            client.Save(settings, "", (o, e) => { });        }        public override void Delete(Action<Exception?>? callback = null)        {            ConfigurationCache.Clear<T>(ConfigurationCacheType.User, GetKey());            var client = new Client<UserSettings>();            var filter = new Filter<UserSettings>(x => x.Section).IsEqualTo(typeof(T).Name)                .And(x => x.Key).IsEqualTo(Section)                .And(x => x.UserID).IsEqualTo(ClientFactory.UserID);            UserSettings? result;            try            {                result = client.Load(filter).FirstOrDefault();            }            catch (Exception e)            {                Logger.Send(LogType.Error, ClientFactory.UserID, "Error in UserConfiguration.Delete(): " + CoreUtils.FormatException(e));                result = null;            }            if (result != null)            {                if(callback != null)                {                    client.Delete(result, "", (o, e) => { callback(e); });                }                else                {                    client.Delete(result, "");                }            }        }        public override string[] Sections()        {            var result = new Client<UserSettings>().Query(                new Filter<UserSettings>(x => x.Section).IsEqualTo(typeof(T).Name).And(x => x.UserID).IsEqualTo(ClientFactory.UserID),                new Columns<UserSettings>(x => x.Key),                new SortOrder<UserSettings>(x => x.Key)            ).Rows.Select(r => r.Get<UserSettings, string>(c => c.Key)).Distinct().ToArray();            return result;        }    }}
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