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AValue.cs
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AValue.cs
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using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Diagnostics;
using Newtonsoft.Json.Linq;
using Newtonsoft.Json;
namespace Aerospike.Database.LINQPadDriver.Extensions
{
partial class AValue : IConvertible,
IComparable,
IEquatable<AValue>,
IEqualityComparer<AValue>,
IComparable<AValue>,
IEquatable<Aerospike.Client.Key>,
IEqualityComparer<Aerospike.Client.Key>,
IComparable<Aerospike.Client.Key>,
IEquatable<Aerospike.Client.Value>,
IEqualityComparer<Aerospike.Client.Value>,
IComparable<Aerospike.Client.Value>
, IEquatable< string >
, IEqualityComparer< string >
, IComparable< string >
, IEquatable< bool >
, IEqualityComparer< bool >
, IComparable< bool >
, IEquatable< Enum >
, IEqualityComparer< Enum >
, IComparable< Enum >
, IEquatable< Guid >
, IEqualityComparer< Guid >
, IComparable< Guid >
, IEquatable< short >
, IEqualityComparer< short >
, IComparable< short >
, IEquatable< int >
, IEqualityComparer< int >
, IComparable< int >
, IEquatable< long >
, IEqualityComparer< long >
, IComparable< long >
, IEquatable< ushort >
, IEqualityComparer< ushort >
, IComparable< ushort >
, IEquatable< uint >
, IEqualityComparer< uint >
, IComparable< uint >
, IEquatable< ulong >
, IEqualityComparer< ulong >
, IComparable< ulong >
, IEquatable< decimal >
, IEqualityComparer< decimal >
, IComparable< decimal >
, IEquatable< float >
, IEqualityComparer< float >
, IComparable< float >
, IEquatable< double >
, IEqualityComparer< double >
, IComparable< double >
, IEquatable< byte >
, IEqualityComparer< byte >
, IComparable< byte >
, IEquatable< sbyte >
, IEqualityComparer< sbyte >
, IComparable< sbyte >
, IEquatable< DateTime >
, IEqualityComparer< DateTime >
, IComparable< DateTime >
, IEquatable< DateTimeOffset >
, IEqualityComparer< DateTimeOffset >
, IComparable< DateTimeOffset >
, IEquatable< TimeSpan >
, IEqualityComparer< TimeSpan >
, IComparable< TimeSpan >
, IEquatable< JObject >
, IEqualityComparer< JObject >
, IEquatable< JArray >
, IEqualityComparer< JArray >
, IEquatable< JValue >
, IEqualityComparer< JValue >
, IEquatable< JToken >
, IEqualityComparer< JToken >
{
#region To type Methods
/// <summary>
/// Tries to convert <see cref="Value"/> to a JToken.
/// </summary>
/// <returns>A <see cref="JToken"/> or an empty JToken</returns>
public JToken ToJson()
{
if (
this.UnderlyingType == typeof(JObject) ||
this.UnderlyingType == typeof(JArray) ||
this.UnderlyingType == typeof(JValue) ||
this.UnderlyingType == typeof(JToken) ||
false)
{
return (JToken)this.Value;
}
try
{
return (JToken) new JObject(this.Value);
} catch
{
return new JObject();
}
}
#pragma warning disable CS0618 // Type or member is obsolete
/// <summary>
/// Returns the string for <see cref="Value"/> using the given format, if possible.
/// Otherwise the ToString of <see cref="Value"/> is used.
/// </summary>
/// <param name="format">A composite format string.</param>
/// <param name="throwOnFormatException">
/// If true and a format exception occurs, it will be re-thrown.
/// The default is false and the ToString value is returned.
/// </param>
/// <returns>The string value of <see cref="Value"/></returns>
public string ToString(string format, bool throwOnFormatException = false)
{
try
{
switch(this.Value)
{
case System.Enum vEnum:
return vEnum.ToString(format);
case System.Guid vGuid:
return vGuid.ToString(format);
case System.Int16 vInt16:
return vInt16.ToString(format);
case System.Int32 vInt32:
return vInt32.ToString(format);
case System.Int64 vInt64:
return vInt64.ToString(format);
case System.UInt16 vUInt16:
return vUInt16.ToString(format);
case System.UInt32 vUInt32:
return vUInt32.ToString(format);
case System.UInt64 vUInt64:
return vUInt64.ToString(format);
case System.Decimal vDecimal:
return vDecimal.ToString(format);
case System.Single vSingle:
return vSingle.ToString(format);
case System.Double vDouble:
return vDouble.ToString(format);
case System.Byte vByte:
return vByte.ToString(format);
case System.SByte vSByte:
return vSByte.ToString(format);
case System.DateTime vDateTime:
return vDateTime.ToString(format);
case System.DateTimeOffset vDateTimeOffset:
return vDateTimeOffset.ToString(format);
case System.TimeSpan vTimeSpan:
return vTimeSpan.ToString(format);
default:
break;
}
throwOnFormatException = false;
return String.Format($"{{0:{format}}}", this.Value);
}
catch(FormatException ex)
{
if(throwOnFormatException)
{
if (Client.Log.DebugEnabled())
{
Client.Log.Error($"AValue.ToString Exception {ex.GetType().Name} ({ex.Message})");
DynamicDriver.WriteToLog(ex, "AValue.ToString");
}
throw;
}
}
return this.ToString();
}
/// <summary>
/// Returns the string for <see cref="Value"/> using the given provider, if possible.
/// Otherwise the ToString of <see cref="Value"/> is used.
/// </summary>
/// <param name="provider">An object that supplies culture-specific formatting information.</param>
/// <param name="throwOnFormatException">
/// If true and a format exception occurs, it will be re-thrown.
/// The default is false and the ToString value is returned.
/// </param>
/// <returns>The string value of <see cref="Value"/></returns>
public string ToString(IFormatProvider provider, bool throwOnFormatException = false)
{
try
{
switch(this.Value)
{
case System.String vString:
return vString.ToString(provider);
case System.Boolean vBoolean:
return vBoolean.ToString(provider);
case System.Enum vEnum:
return vEnum.ToString(provider);
case System.Int16 vInt16:
return vInt16.ToString(provider);
case System.Int32 vInt32:
return vInt32.ToString(provider);
case System.Int64 vInt64:
return vInt64.ToString(provider);
case System.UInt16 vUInt16:
return vUInt16.ToString(provider);
case System.UInt32 vUInt32:
return vUInt32.ToString(provider);
case System.UInt64 vUInt64:
return vUInt64.ToString(provider);
case System.Decimal vDecimal:
return vDecimal.ToString(provider);
case System.Single vSingle:
return vSingle.ToString(provider);
case System.Double vDouble:
return vDouble.ToString(provider);
case System.Byte vByte:
return vByte.ToString(provider);
case System.SByte vSByte:
return vSByte.ToString(provider);
case System.DateTime vDateTime:
return vDateTime.ToString(provider);
case System.DateTimeOffset vDateTimeOffset:
return vDateTimeOffset.ToString(provider);
default:
break;
}
return String.Format(provider, "{0}", this.Value);
}
catch(FormatException ex)
{
if(throwOnFormatException)
{
if (Client.Log.DebugEnabled())
{
Client.Log.Error($"AValue.ToString Exception {ex.GetType().Name} ({ex.Message})");
DynamicDriver.WriteToLog(ex, "AValue.ToString");
}
throw;
}
}
return this.ToString();
}
/// <summary>
/// Returns the string for <see cref="Value"/> using the given format and provider, if possible.
/// Otherwise the ToString of <see cref="Value"/> is used.
/// </summary>
/// <param name="format">A composite format string.</param>
/// <param name="provider">An object that supplies culture-specific formatting information.</param>
/// <param name="throwOnFormatException">
/// If true and a format exception occurs, it will be re-thrown.
/// The default is false and the ToString value is returned.
/// </param>
/// <returns>The string value of <see cref="Value"/></returns>
public string ToString(string format, IFormatProvider provider, bool throwOnFormatException = false)
{
try
{
switch(this.Value)
{
case System.Enum vEnum:
return vEnum.ToString(format, provider);
case System.Guid vGuid:
return vGuid.ToString(format, provider);
case System.Int16 vInt16:
return vInt16.ToString(format, provider);
case System.Int32 vInt32:
return vInt32.ToString(format, provider);
case System.Int64 vInt64:
return vInt64.ToString(format, provider);
case System.UInt16 vUInt16:
return vUInt16.ToString(format, provider);
case System.UInt32 vUInt32:
return vUInt32.ToString(format, provider);
case System.UInt64 vUInt64:
return vUInt64.ToString(format, provider);
case System.Decimal vDecimal:
return vDecimal.ToString(format, provider);
case System.Single vSingle:
return vSingle.ToString(format, provider);
case System.Double vDouble:
return vDouble.ToString(format, provider);
case System.Byte vByte:
return vByte.ToString(format, provider);
case System.SByte vSByte:
return vSByte.ToString(format, provider);
case System.DateTime vDateTime:
return vDateTime.ToString(format, provider);
case System.DateTimeOffset vDateTimeOffset:
return vDateTimeOffset.ToString(format, provider);
case System.TimeSpan vTimeSpan:
return vTimeSpan.ToString(format, provider);
default:
break;
}
throwOnFormatException = false;
return String.Format(provider, $"{{0:{format}}}", this.Value);
}
catch(FormatException ex)
{
if(throwOnFormatException)
{
if (Client.Log.DebugEnabled())
{
Client.Log.Error($"AValue.ToString Exception {ex.GetType().Name} ({ex.Message})");
DynamicDriver.WriteToLog(ex, "AValue.ToString");
}
throw;
}
}
return this.ToString();
}
#pragma warning restore CS0618 // Type or member is obsolete
#endregion
#region native DataTypes operator/Methods
public static implicit operator string (AValue v) => v.Convert< string >();
//public static implicit operator string[] (AValue v) => v.Convert<string[] >();
public static bool operator==(AValue av, string v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, string v) => !(av == v);
public static bool operator==(string v, AValue av) => av == v;
public static bool operator!=(string v, AValue av) => av != v;
public static bool operator==(AValue av, List< string > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< string > v) => !(av == v);
public static bool operator==(List< string > v, AValue av) => av == v;
public static bool operator!=(List< string > v, AValue av) => av != v;
public static bool operator<(string oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(string oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(string oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(string oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, string oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, string oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, string oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, string oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public virtual bool Equals(string value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| Helpers.Equals(this.Value, (object) value);
public bool Equals(string v1, string v2) => v1 == v2;
public int GetHashCode(string value) => value.GetHashCode();
public int CompareTo(string value)
{
if(this.Value is null) return value is null ? 0 : -1;
if(value is null) return 1;
if(this.Value is string sValue) return sValue.CompareTo(value);
if(this.Value is Guid gValue) return gValue.ToString().CompareTo(value);
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator bool (AValue v) => v.Convert< bool >();
//public static implicit operator bool[] (AValue v) => v.Convert<bool[] >();
public static bool operator==(AValue av, bool v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, bool v) => !(av == v);
public static bool operator==(bool v, AValue av) => av == v;
public static bool operator!=(bool v, AValue av) => av != v;
public static bool operator==(AValue av, List< bool > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< bool > v) => !(av == v);
public static bool operator==(List< bool > v, AValue av) => av == v;
public static bool operator!=(List< bool > v, AValue av) => av != v;
public static bool operator<(bool oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(bool oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(bool oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(bool oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, bool oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, bool oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, bool oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, bool oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public bool Tobool() => (bool) this;
public bool Equals(bool value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(bool v1, bool v2) => v1 == v2;
public int GetHashCode(bool value) => value.GetHashCode();
public int CompareTo(bool value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is bool cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator Enum (AValue v) => v.Convert< Enum >();
//public static implicit operator Enum[] (AValue v) => v.Convert<Enum[] >();
public static bool operator==(AValue av, Enum v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, Enum v) => !(av == v);
public static bool operator==(Enum v, AValue av) => av == v;
public static bool operator!=(Enum v, AValue av) => av != v;
public static bool operator==(AValue av, List< Enum > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< Enum > v) => !(av == v);
public static bool operator==(List< Enum > v, AValue av) => av == v;
public static bool operator!=(List< Enum > v, AValue av) => av != v;
public static bool operator<(Enum oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(Enum oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(Enum oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(Enum oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, Enum oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, Enum oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, Enum oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, Enum oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public Enum ToEnum() => (Enum) this;
public bool Equals(Enum value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(Enum v1, Enum v2) => v1 == v2;
public int GetHashCode(Enum value) => value.GetHashCode();
public int CompareTo(Enum value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is Enum cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator Guid (AValue v) => v.Convert< Guid >();
//public static implicit operator Guid[] (AValue v) => v.Convert<Guid[] >();
public static bool operator==(AValue av, Guid v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, Guid v) => !(av == v);
public static bool operator==(Guid v, AValue av) => av == v;
public static bool operator!=(Guid v, AValue av) => av != v;
public static bool operator==(AValue av, List< Guid > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< Guid > v) => !(av == v);
public static bool operator==(List< Guid > v, AValue av) => av == v;
public static bool operator!=(List< Guid > v, AValue av) => av != v;
public static bool operator<(Guid oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(Guid oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(Guid oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(Guid oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, Guid oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, Guid oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, Guid oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, Guid oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public Guid ToGuid() => (Guid) this;
public bool Equals(Guid value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(Guid v1, Guid v2) => v1 == v2;
public int GetHashCode(Guid value) => value.GetHashCode();
public int CompareTo(Guid value)
{
if(this.Value is null) return -1;
if(this.Value is Guid gValue) return gValue.CompareTo(value);
if(this.Value is string sValue) return sValue.CompareTo(value.ToString());
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator short (AValue v) => v.Convert< short >();
//public static implicit operator short[] (AValue v) => v.Convert<short[] >();
public static bool operator==(AValue av, short v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, short v) => !(av == v);
public static bool operator==(short v, AValue av) => av == v;
public static bool operator!=(short v, AValue av) => av != v;
public static bool operator==(AValue av, List< short > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< short > v) => !(av == v);
public static bool operator==(List< short > v, AValue av) => av == v;
public static bool operator!=(List< short > v, AValue av) => av != v;
public static bool operator<(short oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(short oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(short oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(short oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, short oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, short oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, short oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, short oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public short Toshort() => (short) this;
public bool Equals(short value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(short v1, short v2) => v1 == v2;
public int GetHashCode(short value) => value.GetHashCode();
public int CompareTo(short value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is short cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator int (AValue v) => v.Convert< int >();
//public static implicit operator int[] (AValue v) => v.Convert<int[] >();
public static bool operator==(AValue av, int v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, int v) => !(av == v);
public static bool operator==(int v, AValue av) => av == v;
public static bool operator!=(int v, AValue av) => av != v;
public static bool operator==(AValue av, List< int > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< int > v) => !(av == v);
public static bool operator==(List< int > v, AValue av) => av == v;
public static bool operator!=(List< int > v, AValue av) => av != v;
public static bool operator<(int oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(int oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(int oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(int oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, int oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, int oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, int oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, int oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public int Toint() => (int) this;
public bool Equals(int value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(int v1, int v2) => v1 == v2;
public int GetHashCode(int value) => value.GetHashCode();
public int CompareTo(int value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is int cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator long (AValue v) => v.Convert< long >();
//public static implicit operator long[] (AValue v) => v.Convert<long[] >();
public static bool operator==(AValue av, long v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, long v) => !(av == v);
public static bool operator==(long v, AValue av) => av == v;
public static bool operator!=(long v, AValue av) => av != v;
public static bool operator==(AValue av, List< long > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< long > v) => !(av == v);
public static bool operator==(List< long > v, AValue av) => av == v;
public static bool operator!=(List< long > v, AValue av) => av != v;
public static bool operator<(long oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(long oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(long oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(long oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, long oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, long oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, long oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, long oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public long Tolong() => (long) this;
public bool Equals(long value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(long v1, long v2) => v1 == v2;
public int GetHashCode(long value) => value.GetHashCode();
public int CompareTo(long value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is long cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator ushort (AValue v) => v.Convert< ushort >();
//public static implicit operator ushort[] (AValue v) => v.Convert<ushort[] >();
public static bool operator==(AValue av, ushort v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, ushort v) => !(av == v);
public static bool operator==(ushort v, AValue av) => av == v;
public static bool operator!=(ushort v, AValue av) => av != v;
public static bool operator==(AValue av, List< ushort > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< ushort > v) => !(av == v);
public static bool operator==(List< ushort > v, AValue av) => av == v;
public static bool operator!=(List< ushort > v, AValue av) => av != v;
public static bool operator<(ushort oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(ushort oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(ushort oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(ushort oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, ushort oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, ushort oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, ushort oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, ushort oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public ushort Toushort() => (ushort) this;
public bool Equals(ushort value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(ushort v1, ushort v2) => v1 == v2;
public int GetHashCode(ushort value) => value.GetHashCode();
public int CompareTo(ushort value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is ushort cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator uint (AValue v) => v.Convert< uint >();
//public static implicit operator uint[] (AValue v) => v.Convert<uint[] >();
public static bool operator==(AValue av, uint v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, uint v) => !(av == v);
public static bool operator==(uint v, AValue av) => av == v;
public static bool operator!=(uint v, AValue av) => av != v;
public static bool operator==(AValue av, List< uint > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< uint > v) => !(av == v);
public static bool operator==(List< uint > v, AValue av) => av == v;
public static bool operator!=(List< uint > v, AValue av) => av != v;
public static bool operator<(uint oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(uint oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(uint oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(uint oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, uint oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, uint oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, uint oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, uint oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public uint Touint() => (uint) this;
public bool Equals(uint value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(uint v1, uint v2) => v1 == v2;
public int GetHashCode(uint value) => value.GetHashCode();
public int CompareTo(uint value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is uint cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator ulong (AValue v) => v.Convert< ulong >();
//public static implicit operator ulong[] (AValue v) => v.Convert<ulong[] >();
public static bool operator==(AValue av, ulong v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, ulong v) => !(av == v);
public static bool operator==(ulong v, AValue av) => av == v;
public static bool operator!=(ulong v, AValue av) => av != v;
public static bool operator==(AValue av, List< ulong > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< ulong > v) => !(av == v);
public static bool operator==(List< ulong > v, AValue av) => av == v;
public static bool operator!=(List< ulong > v, AValue av) => av != v;
public static bool operator<(ulong oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(ulong oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(ulong oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(ulong oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, ulong oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, ulong oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, ulong oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, ulong oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public ulong Toulong() => (ulong) this;
public bool Equals(ulong value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(ulong v1, ulong v2) => v1 == v2;
public int GetHashCode(ulong value) => value.GetHashCode();
public int CompareTo(ulong value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is ulong cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator decimal (AValue v) => v.Convert< decimal >();
//public static implicit operator decimal[] (AValue v) => v.Convert<decimal[] >();
public static bool operator==(AValue av, decimal v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, decimal v) => !(av == v);
public static bool operator==(decimal v, AValue av) => av == v;
public static bool operator!=(decimal v, AValue av) => av != v;
public static bool operator==(AValue av, List< decimal > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< decimal > v) => !(av == v);
public static bool operator==(List< decimal > v, AValue av) => av == v;
public static bool operator!=(List< decimal > v, AValue av) => av != v;
public static bool operator<(decimal oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(decimal oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(decimal oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(decimal oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, decimal oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, decimal oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, decimal oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, decimal oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public decimal Todecimal() => (decimal) this;
public bool Equals(decimal value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(decimal v1, decimal v2) => v1 == v2;
public int GetHashCode(decimal value) => value.GetHashCode();
public int CompareTo(decimal value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is decimal cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator float (AValue v) => v.Convert< float >();
//public static implicit operator float[] (AValue v) => v.Convert<float[] >();
public static bool operator==(AValue av, float v) => av?.Equals(v) ?? false;
public static bool operator!=(AValue av, float v) => !(av == v);
public static bool operator==(float v, AValue av) => av == v;
public static bool operator!=(float v, AValue av) => av != v;
public static bool operator==(AValue av, List< float > v)
=> Helpers.SequenceEquals(v, av?.Value);
public static bool operator!=(AValue av, List< float > v) => !(av == v);
public static bool operator==(List< float > v, AValue av) => av == v;
public static bool operator!=(List< float > v, AValue av) => av != v;
public static bool operator<(float oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator>(float oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator<=(float oValue, AValue aValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public static bool operator>=(float oValue, AValue aValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator<(AValue aValue, float oValue) => aValue is null || (aValue.CompareTo(oValue) < 0);
public static bool operator>(AValue aValue, float oValue) => aValue is not null && (aValue.CompareTo(oValue) > 0);
public static bool operator<=(AValue aValue, float oValue) => aValue is null || (aValue.CompareTo(oValue) <= 0);
public static bool operator>=(AValue aValue, float oValue) => aValue is not null && (aValue.CompareTo(oValue) >= 0);
public float Tofloat() => (float) this;
public bool Equals(float value)
=> (this.DigestRequired() && this.CompareDigest(value))
|| this.CompareTo(value) == 0;
public bool Equals(float v1, float v2) => v1 == v2;
public int GetHashCode(float value) => value.GetHashCode();
public int CompareTo(float value)
{
if(this.Value is null) return -1;
try {
var tValue = this.Value;
if(tValue is float cValue)
return cValue.CompareTo(value);
if(tValue is string)
return Helpers.GetStableHashCode(tValue).CompareTo(Helpers.GetStableHashCode(value));
tValue = ((IConvertible)tValue).ToType(typeof(decimal), null);
return ((decimal)tValue).CompareTo((decimal)((IConvertible)value).ToType(typeof(decimal), null));
} catch {}
return Helpers.GetStableHashCode(this.Value).CompareTo(Helpers.GetStableHashCode(value));
}
public static implicit operator double (AValue v) => v.Convert< double >();
//public static implicit operator double[] (AValue v) => v.Convert<double[] >();