///////////////////////////////////////
// RECLAIM
///////////////////////////////////////
public void Reclaim(ShouldBe1 o)
{
if (o != null)
{
o.Value = default(int);
this.instantiator.DiscardShouldBe1(o);
}
}
///////////////////////////////////////
// TO BYTES
///////////////////////////////////////
public byte[] Energize(ShouldBe1 o)
{
int index = 0;
Energize(o, bytes, ref index, true);
byte[] result = this.instantiator.AcquireByteArray(index);
Buffer.BlockCopy(bytes, 0, result, 0, index);
return(result);
}
public void Energize(ShouldBe1 o, byte[] bytes, ref int index, bool writeTypeId)
{
if (writeTypeId)
{
bytes[index++] = 1;
}
// PRIMITIVE: Value
bytes[index++] = (byte)((o.Value >> 24) & 255);
bytes[index++] = (byte)((o.Value >> 16) & 255);
bytes[index++] = (byte)((o.Value >> 8) & 255);
bytes[index++] = (byte)(o.Value & 255);
}
public void DiscardShouldBe1(ShouldBe1 o)
{
// Dispose?
}
public object Energize(byte[] bytes, ref int index, ushort typeId)
{
switch (typeId)
{
case 1:
{
ShouldBe1 o = this.instantiator.AcquireShouldBe1();
// PRIMITIVE: Value
o.Value =
(int)(
((int)bytes[index++] << 24) |
((int)bytes[index++] << 16) |
((int)bytes[index++] << 8) |
(int)bytes[index++]
);
return(o);
}
case 2:
{
ShouldBe2 o = this.instantiator.AcquireShouldBe2();
// PRIMITIVE: Value
o.Value =
(int)(
((int)bytes[index++] << 24) |
((int)bytes[index++] << 16) |
((int)bytes[index++] << 8) |
(int)bytes[index++]
);
return(o);
}
case 3:
{
ShouldBe3 o = this.instantiator.AcquireShouldBe3();
// PRIMITIVE: Value
o.Value =
(int)(
((int)bytes[index++] << 24) |
((int)bytes[index++] << 16) |
((int)bytes[index++] << 8) |
(int)bytes[index++]
);
return(o);
}
case 17:
{
BaseThingShouldBe17 o = this.instantiator.AcquireBaseThingShouldBe17();
// PRIMITIVE: Dunno1
o.Dunno1 = bytes[index++] == 1;
// PRIMITIVE: Dunno2
o.Dunno2 = bytes[index++] == 1;
return(o);
}
case 4:
{
ShouldBe4 o = this.instantiator.AcquireShouldBe4();
// PRIMITIVE: Dunno1
o.Dunno1 = bytes[index++] == 1;
// PRIMITIVE: Dunno2
o.Dunno2 = bytes[index++] == 1;
// PRIMITIVE: Dunno3
o.Dunno3 = bytes[index++] == 1;
return(o);
}
case 5:
{
BaseThingShouldBe5 o = this.instantiator.AcquireBaseThingShouldBe5();
// PRIMITIVE: Dunno1
o.Dunno1 = bytes[index++] == 1;
// PRIMITIVE: Dunno4
o.Dunno4 = bytes[index++] == 1;
return(o);
}
case 57:
{
ShouldBe57 o = this.instantiator.AcquireShouldBe57();
// PRIMITIVE: Dunno1
o.Dunno1 = bytes[index++] == 1;
// PRIMITIVE: Dunno4
o.Dunno4 = bytes[index++] == 1;
// PRIMITIVE: Dunno5
o.Dunno5 = bytes[index++] == 1;
return(o);
}
case 6:
{
NewAbstractShouldBe6 o = this.instantiator.AcquireNewAbstractShouldBe6();
// PRIMITIVE: Dunno6
o.Dunno6 = bytes[index++] == 1;
return(o);
}
case 7:
{
NewAbstractShouldBe7 o = this.instantiator.AcquireNewAbstractShouldBe7();
// PRIMITIVE: Dunno7
o.Dunno7 = bytes[index++] == 1;
return(o);
}
case 8:
{
NewAbstractShouldBe8 o = this.instantiator.AcquireNewAbstractShouldBe8();
// PRIMITIVE: Dunno8
o.Dunno8 = bytes[index++] == 1;
return(o);
}
case 566:
{
ShouldBe566 o = this.instantiator.AcquireShouldBe566();
// PRIMITIVE: Dunno566
o.Dunno566 = bytes[index++] == 1;
return(o);
}
default:
throw new AutonumberTestPatternBufferException("Unrecognized type ID: " + typeId + " ");
}
}
public object Energize(byte[] bytes, ref int index)
{
ulong vuread_oyX8cM7RTc4d = 0;
for (int i_vCfPWczt1cch = 0; i_vCfPWczt1cch < 9; i_vCfPWczt1cch++)
{
byte b = bytes[index++];
if (i_vCfPWczt1cch < 8)
{
vuread_oyX8cM7RTc4d += (((ulong)b & (ulong)127) << (7 * i_vCfPWczt1cch));
if ((int)(b & 128) == 0)
{
break;
}
}
else
{
vuread_oyX8cM7RTc4d += (ulong)b << (7 * i_vCfPWczt1cch);
break;
}
}
ushort typeId = (ushort)vuread_oyX8cM7RTc4d;
switch (typeId)
{
case 1:
{
ShouldBe1 o = this.instantiator.AcquireShouldBe1();
// PRIMITIVE: Value
o.Value =
(int)(
((int)bytes[index++] << 24) |
((int)bytes[index++] << 16) |
((int)bytes[index++] << 8) |
(int)bytes[index++]
);
return(o);
}
case 2:
{
ShouldBe2 o = this.instantiator.AcquireShouldBe2();
// PRIMITIVE: Value
o.Value =
(int)(
((int)bytes[index++] << 24) |
((int)bytes[index++] << 16) |
((int)bytes[index++] << 8) |
(int)bytes[index++]
);
return(o);
}
case 3:
{
ShouldBe3 o = this.instantiator.AcquireShouldBe3();
// PRIMITIVE: Value
o.Value =
(int)(
((int)bytes[index++] << 24) |
((int)bytes[index++] << 16) |
((int)bytes[index++] << 8) |
(int)bytes[index++]
);
return(o);
}
case 17:
{
BaseThingShouldBe17 o = this.instantiator.AcquireBaseThingShouldBe17();
// PRIMITIVE: Dunno1
o.Dunno1 = bytes[index++] == 1;
// PRIMITIVE: Dunno2
o.Dunno2 = bytes[index++] == 1;
return(o);
}
case 4:
{
ShouldBe4 o = this.instantiator.AcquireShouldBe4();
// PRIMITIVE: Dunno1
o.Dunno1 = bytes[index++] == 1;
// PRIMITIVE: Dunno2
o.Dunno2 = bytes[index++] == 1;
// PRIMITIVE: Dunno3
o.Dunno3 = bytes[index++] == 1;
return(o);
}
case 5:
{
BaseThingShouldBe5 o = this.instantiator.AcquireBaseThingShouldBe5();
// PRIMITIVE: Dunno1
o.Dunno1 = bytes[index++] == 1;
// PRIMITIVE: Dunno4
o.Dunno4 = bytes[index++] == 1;
return(o);
}
case 57:
{
ShouldBe57 o = this.instantiator.AcquireShouldBe57();
// PRIMITIVE: Dunno1
o.Dunno1 = bytes[index++] == 1;
// PRIMITIVE: Dunno4
o.Dunno4 = bytes[index++] == 1;
// PRIMITIVE: Dunno5
o.Dunno5 = bytes[index++] == 1;
return(o);
}
case 6:
{
NewAbstractShouldBe6 o = this.instantiator.AcquireNewAbstractShouldBe6();
// PRIMITIVE: Dunno6
o.Dunno6 = bytes[index++] == 1;
return(o);
}
case 7:
{
NewAbstractShouldBe7 o = this.instantiator.AcquireNewAbstractShouldBe7();
// PRIMITIVE: Dunno7
o.Dunno7 = bytes[index++] == 1;
return(o);
}
case 8:
{
NewAbstractShouldBe8 o = this.instantiator.AcquireNewAbstractShouldBe8();
// PRIMITIVE: Dunno8
o.Dunno8 = bytes[index++] == 1;
return(o);
}
case 566:
{
ShouldBe566 o = this.instantiator.AcquireShouldBe566();
// PRIMITIVE: Dunno566
o.Dunno566 = bytes[index++] == 1;
return(o);
}
default:
throw new AutonumberTestPatternBufferException("Unrecognized type ID: " + typeId + " ");
}
}