std::wstring
tzf::ParameterInt64::get_value_str (void)
{
wchar_t str [32];
_i64tow (value, str, 10);
return std::wstring (str);
}
BaseFormat& BaseFormat::ToString(INT64 Value, bool Signed)
{
wchar_t Buffer[65];
Signed?_i64tow(Value, Buffer, Radix):_ui64tow(Value, Buffer, Radix);
if (Radix > 10)
{
UpperBuf(Buffer, ARRAYSIZE(Buffer));
}
return Put(Buffer, StrLength(Buffer));
}
BaseFormat& BaseFormat::ToString(T Value)
{
static_assert(std::is_integral<T>::value, "Value type is not integral");
wchar_t Buffer[65];
std::is_signed<T>::value? _i64tow(Value, Buffer, Radix) : _ui64tow(Value, Buffer, Radix);
if (Radix > 10)
{
UpperBuf(Buffer, ARRAYSIZE(Buffer));
}
return Put(Buffer, StrLength(Buffer));
}
static VOID TimeToMsString(LPWSTR String, ULONG Length, LARGE_INTEGER Time)
{
WCHAR Convstr[40];
LARGE_INTEGER LargeTime;
LPWSTR ms;
LargeTime.QuadPart = Time.QuadPart / TicksPerMs.QuadPart;
_i64tow(LargeTime.QuadPart, Convstr, 10);
wcscpy(String, Convstr);
ms = String + wcslen(String);
LoadString(GetModuleHandle(NULL), IDS_MS, ms, Length - (ms - String));
}
// Returns the well defined text representation of this expression.
FdoString* FdoInt64Value::ToString()
{
static const FdoInt32 iBufLen = 256;
wchar_t szBuf[iBufLen];
FdoStringUtility::ClearString(m_toString);
if (IsNull())
{
m_toString = FdoStringUtility::MakeString(FdoStringUtility::NullString);
return m_toString;
}
#ifdef _WIN32
_i64tow(GetInt64(), szBuf, 10);
#else
swprintf(szBuf, sizeof(szBuf)/sizeof(wchar_t), L"%lld", GetInt64());
#endif
m_toString = FdoStringUtility::MakeString(szBuf);
return m_toString;
}
static const wchar_t *toString(__int64 num)
{
static wchar_t str[128];
_i64tow(num, str, 10);
return str;
};
std::wstring StringUtility::I64ToWString( INT64 n )
{
wchar_t buf[256];
return std::wstring(_i64tow(n,buf,256));
}
