IPv4::IPv4(const CS& str)
: m_Bytes(4)
{
Array<CS> parts = str.Split(".");
if (parts.Length() != 4)
throw EInvalidArgument("Invalid format for IPv4 (1)");
for (size_t i = 0; i < 4; i++) {
CS part = parts[i];
for (size_t j = 0; j < part.Length(); j++)
if (part.CharAt(j) < '0' || part.CharAt(j) > '9')
throw EInvalidArgument("Invalid format for IPv4 (2)");
unsigned char byte = atoi(part.CStr());
m_Bytes[i] = byte;
}
}
size_t RegularFile::Read(Array<char>& buff, size_t count) {
if (m_Mode != OpenMode::Read)
throw EInvalidOperation("File is not in Read mode");
if (!count)
count = buff.Length();
else if (count > buff.Length())
throw EInvalidArgument("The requested count exceeds buffer size");
return Read((unsigned char*)(buff.Storage()), count);
}
void initialize(boost::function<void(void)> aCallback, unsigned long aPeriodMS, HANDLE aTimerQueue = NULL)
{
stop();
if (aCallback.empty()) {
ANCHO_THROW(EInvalidArgument());
}
mCallback = aCallback;
mTimerQueue = aTimerQueue;
mPeriod = aPeriodMS;
}
inline JSVariant convert(const Ancho::Utils::JSValueWrapperConst &aValue)
{
if (aValue.isObject()) {
return convert(aValue.toObject());
}
if (aValue.isArray()) {
return convert(aValue.toArray());
}
ANCHO_THROW(EInvalidArgument());
return JSVariant();
}
