func init() {
C.mdq_init()
if DecquadBytes != 16 { // 16 bytes == 128 bits
panic("DECQUAD_Bytes != 16")
}
assert(C.DECSUBSET == 0) // because else, we should define Flag_Lost_digits as status flag
assert(pool_buff_capacity > DecquadPmax)
assert(pool_buff_capacity > DecquadString)
// check that Roundxxx constants are >= 0, because Round method uses -1 internally, to indicate that the context rounding should be used
assert(RoundCeiling >= 0)
assert(RoundDown >= 0)
assert(RoundFloor >= 0)
assert(RoundHalfDown >= 0)
assert(RoundHalfEven >= 0)
assert(RoundHalfUp >= 0)
assert(RoundUp >= 0)
assert(Round05Up >= 0)
assert(RoundDefault >= 0)
}
func init() {
C.mdq_init()
if DecquadBytes != 16 { // 16 bytes == 128 bits
panic("DECQUAD_Bytes != 16")
}
assert(C.DECSUBSET == 0) // because else, we should define LostDigits as status flag
assert(poolBuffCapacity > DecquadPmax)
assert(poolBuffCapacity > DecquadString)
}
