| 123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208209210211212213214215216217218219220221222223224225226227228229230231232233234235236237238239240241242243244245246247248249250251252253254255256257258259260261262263264265266267268269270271272273274275276277278279280281282283284285286 | using System;using Fort23.UTool;namespace Core.Utility{    public struct EncryptionLong : EncryptionBasic<long>, IFormattable    {        public static Random random = new Random(123);        private long _key;        private long _value;        // private event System.Action<long> _callBack;        public long Value        {            get { return Decrypt(_value); }            set            {                _value = Encryption(value);                // try                // {                //     _callBack?.Invoke(value);                // }                // catch (Exception e)                // {                //     LogTool.Exception(e);                // }            }        }        public long Decrypt(long v)        {            return v ^ _key;        }        // public void AddCallBack(Action<long> callBack)        // {        //     _callBack += callBack;        // }        //        // public void RemoveCallBack(Action<long> callBack)        // {        //     _callBack -= callBack;        // }        public long Encryption(long v)        {            _key = (long)random.Next(1, int.MaxValue);            return v ^ _key;        }        public static explicit operator EncryptionLong(long value)        {            EncryptionLong encryptionLong = new EncryptionLong();            encryptionLong.Value = value;            return encryptionLong;        }        public static explicit operator EncryptionLong(int value)        {            EncryptionLong encryptionLong = new EncryptionLong();            encryptionLong.Value = value;            return encryptionLong;        }        public static bool operator ==(EncryptionLong x, EncryptionLong y)        {            return x.Value == y.Value;        }        public static bool operator !=(EncryptionLong x, EncryptionLong y)        {            return x.Value != y.Value;        }        public static bool operator >(EncryptionLong x, float y)        {            return x.Value > y;        }        public static bool operator <(EncryptionLong x, float y)        {            return x.Value < y;        }        public static bool operator >(float x, EncryptionLong y)        {            return x > y.Value;        }        public static bool operator <(float x, EncryptionLong y)        {            return x < y.Value;        }        public static bool operator >(EncryptionLong x, EncryptionLong y)        {            return x.Value > y.Value;        }        public static bool operator <(EncryptionLong x, EncryptionLong y)        {            return x.Value < y.Value;        }        public static bool operator >=(int x, EncryptionLong y)        {            return x >= y.Value;        }        public static bool operator <=(int x, EncryptionLong y)        {            return x <= y.Value;        }        public static bool operator >=(float x, EncryptionLong y)        {            return x >= y.Value;        }        public static bool operator <=(float x, EncryptionLong y)        {            return x <= y.Value;        }        public static bool operator >=(EncryptionLong x, int y)        {            return x.Value >= y;        }        public static bool operator <=(EncryptionLong x, int y)        {            return x.Value <= y;        }        public static bool operator >=(EncryptionLong x, float y)        {            return x.Value >= y;        }        public static bool operator <=(EncryptionLong x, float y)        {            return x.Value <= y;        }        public static bool operator >=(EncryptionLong x, EncryptionLong y)        {            return x.Value >= y.Value;        }        public static bool operator <=(EncryptionLong x, EncryptionLong y)        {            return x.Value <= y.Value;        }        public static EncryptionLong operator /(EncryptionLong x, int y)        {            return (EncryptionLong)(x.Value / y);        }        public static EncryptionLong operator /(int x, EncryptionLong y)        {            return (EncryptionLong)(x / y.Value);        }#if !COMBAT_SERVER#endif        public static EncryptionLong operator /(EncryptionLong x, EncryptionLong y)        {            return (EncryptionLong)(x.Value / y.Value);        }        public static EncryptionLong operator *(int x, EncryptionLong y)        {            return (EncryptionLong)(x * y.Value);        }        public static EncryptionLong operator *(EncryptionLong x, int y)        {            return (EncryptionLong)(x.Value * y);        }        public static EncryptionLong operator *(long x, EncryptionLong y)        {            return (EncryptionLong)(x * y.Value);        }        public static EncryptionLong operator *(EncryptionLong x, long y)        {            return (EncryptionLong)(x.Value * y);        }        public static EncryptionLong operator *(EncryptionLong x, EncryptionLong y)        {            return (EncryptionLong)(x.Value * y.Value);        }        public static EncryptionLong operator +(int x, EncryptionLong y)        {            return (EncryptionLong)(x + y.Value);        }        public static EncryptionLong operator +(EncryptionLong x, int y)        {            return (EncryptionLong)(x.Value + y);        }        public static EncryptionLong operator +(long x, EncryptionLong y)        {            return (EncryptionLong)(x + y.Value);        }        public static EncryptionLong operator +(EncryptionLong x, long y)        {            return (EncryptionLong)(x.Value + y);        }        public static EncryptionLong operator +(EncryptionLong x, EncryptionLong y)        {            return (EncryptionLong)(x.Value + y.Value);        }        public static string operator +(EncryptionLong x, string y)        {            return (x.Value + y);        }        public static string operator +(string x, EncryptionLong y)        {            return (x + y.Value);        }        public static EncryptionLong operator -(int x, EncryptionLong y)        {            return (EncryptionLong)(x - y.Value);        }        public static EncryptionLong operator -(EncryptionLong x, int y)        {            return (EncryptionLong)(x.Value - y);        }        public static EncryptionLong operator -(long x, EncryptionLong y)        {            return (EncryptionLong)(x - y.Value);        }        public static EncryptionLong operator -(EncryptionLong x, long y)        {            return (EncryptionLong)(x.Value - y);        }        public static EncryptionLong operator -(EncryptionLong x, EncryptionLong y)        {            return (EncryptionLong)(x.Value - y.Value);        }        // public static long operator -(int x, EncryptionLong y)        // {        //     return x - y.Value;        // }        //        // public static long operator -(EncryptionLong x, int y)        // {        //     return x.Value - y;        // }        // public static long operator -(long x, EncryptionLong y)        // {        //     return x - y.Value;        // }        //        // public static long operator -(EncryptionLong x, long y)        // {        //     return x.Value - y;        // }        public string ToString(string format, IFormatProvider formatProvider)        {            return Value.ToString();        }    }}
 |