Big Number

Types

• UInt128 / Int128
• UInt256 / Int256
• UInt512 / Int512
• UIntVar / IntVar

Initializes New Data

// unsigned integer
v1 := types.NewUInt128("18446744073709551618254", 10)
v2 := types.NewUInt256("18446744073709551618254", 10)
v3 := types.NewUInt512("18446744073709551618254", 10)
v4 := types.NewUIntVar("18446744073709551618254", 10, 32)

// signed integer
v5 := types.NewUInt128("-18446744073709551618254", 10)
v6 := types.NewUInt128("-18446744073709551618254", 10)
v7 := types.NewUInt128("-18446744073709551618254", 10)
v8 := types.NewUInt128("-18446744073709551618254", 10, 32)

Get Data Value

Call method Get()

v := types.NewUInt256(2)
data := v.Get()

Set Data Value

Call method Set()

newValue := []byte{ 
    208, 8, 0, 0, 0, 0, 0, 0, 232, 3, 0, 0, 0, 0, 0, 0,
    0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 
}
v := types.NewUInt256(2)
v.Set(newValue)

Shift Operations

• LShift()
• RShift()

v1 := types.NewUInt256("256848659713813", 10)
v2 := v1.LShift(13)

Logical Operations

• Not()
• And()
• Or()
• Xor()

v1 := types.NewUInt256("256848659713813", 10)
v2 := types.NewUInt256("1684661315868486", 10)

// not v1
r1 := v1.Not()

// v1 and v2
r2 := v1.And(v2)

Arithmetic Operations

• Add()
• Sub()
• Multiply()
• Divide()
• Modulo()

v1 := types.NewUInt256("256848659713813", 10)
v2 := types.NewUInt256("1684661315868486", 10)

// v1 add v2
r := v1.Add(v2)