C++ (Cpp) isMandatory示例

示例#1

文件： WRegExpValidator.C 项目： DTidd/wt

std::string WRegExpValidator::javaScriptValidate() const
{
  loadJavaScript(WApplication::instance());

  WStringStream js;

  js << "new " WT_CLASS ".WRegExpValidator("
     << isMandatory()
     << ',';

  if (regexp_) {
    js << WWebWidget::jsStringLiteral(regexp_->pattern())
       << ",'";

#ifndef WT_TARGET_JAVA
    WFlags<RegExpFlag> flags = regexp_->flags();
#else
    int flags = regexp_->flags();
#endif

    if (flags & MatchCaseInsensitive)
      js << 'i';

    js << '\'';
  } else
    js << "null, null";

  js << ',' << WWebWidget::jsStringLiteral(invalidBlankText())
     << ',' << WWebWidget::jsStringLiteral(invalidNoMatchText())
     << ");";

  return js.str();
}

示例#2

文件： WLengthValidator.C 项目： 913862627/wt

std::string WLengthValidator::javaScriptValidate() const
{
  loadJavaScript(WApplication::instance());

  WStringStream js;

  js << "new " WT_CLASS ".WLengthValidator("
     << isMandatory()
     << ',';

  if (minLength_ != 0)
    js << minLength_;
  else
    js << "null";

  js << ',';

  if (maxLength_ != std::numeric_limits<int>::max())
    js << maxLength_;
  else
    js << "null";

  js << ',' << invalidBlankText().jsStringLiteral()
     << ',' << invalidTooShortText().jsStringLiteral()
     << ',' << invalidTooLongText().jsStringLiteral()
     << ");";

  return js.str();
}

示例#3

文件： WIntValidator.C 项目： 913862627/wt

std::string WIntValidator::javaScriptValidate() const
{
  loadJavaScript(WApplication::instance());

  WStringStream js;

  js << "new " WT_CLASS ".WIntValidator("
     << isMandatory()
     << ',';

  if (bottom_ != std::numeric_limits<int>::min())
    js << bottom_;
  else
    js << "null";

  js << ',';

  if (top_ != std::numeric_limits<int>::max())
    js << top_;
  else
    js << "null";

  js << "," << WWebWidget::jsStringLiteral(WLocale::currentLocale()
					   .groupSeparator())
     << ',' << invalidBlankText().jsStringLiteral()
     << ',' << invalidNotANumberText().jsStringLiteral()
     << ',' << invalidTooSmallText().jsStringLiteral()
     << ',' << invalidTooLargeText().jsStringLiteral()
     << ");";

  return js.str();
}

示例#4

文件： WTimeValidator.C 项目： bytemaster/wt-1

std::string WTimeValidator::javaScriptValidate() const
{
  loadJavaScript(WApplication::instance());

  WStringStream js;

  js << "new " WT_CLASS ".WTimeValidator("
     << (isMandatory() ? "true" : "false") << ",[";

  for (unsigned i = 0; i < formats_.size(); ++i) {
    WTime::RegExpInfo r = WTime::formatToRegExp(formats_[i]);

    if (i != 0)
      js << ',';

    js << "{"
       << "regexp:" << WWebWidget::jsStringLiteral(r.regexp) << ','
       << "getHour:function(results){" << r.hourGetJS << ";},"
       << "getMinute:function(results){" << r.minuteGetJS << ";},"
       << "getSecond:function(results){" << r.secGetJS << ";}"
       << "getMSec:function(results){" << r.msecGetJS << ";}"
       << "}";
  }

  js << "],";

  if (!bottom_.isNull())
    js << "new Time("
       << bottom_.hour() << ',' << bottom_.minute()-1 << ',' << bottom_.second()
       << ")";
  else
    js << "null";

  js << ',';

  if (!top_.isNull())
    js << "new Time("
       << top_.hour() << ',' << top_.minute()-1 << ',' << top_.second()
       << ")";
  else
    js << "null";

  js << ',' << invalidBlankText().jsStringLiteral()
     << ',' << invalidNotATimeText().jsStringLiteral()
     << ',' << invalidTooEarlyText().jsStringLiteral()
     << ',' << invalidTooLateText().jsStringLiteral()
     << ");";

  return js.str();
}

示例#5

文件： WDateValidator.C 项目： LifeGo/wt

std::string WDateValidator::javaScriptValidate() const
{
  loadJavaScript(WApplication::instance());

  WStringStream js;

  js << "new " WT_CLASS ".WDateValidator("
     << isMandatory()
     << ",[";

  for (unsigned i = 0; i < formats_.size(); ++i) {
    WDate::RegExpInfo r = WDate::formatToRegExp(formats_[i]);
    if (i != 0)
      js << ',';

    js << "{"
       << "regexp:" << WWebWidget::jsStringLiteral(r.regexp) << ','
       << "getMonth:function(results){" << r.monthGetJS << ";},"
       << "getDay:function(results){" << r.dayGetJS << ";},"
       << "getYear:function(results){" << r.yearGetJS << ";}"
       << "}";
  }

  js << "],";

  if (!bottom_.isNull())
    js << "new Date("
       << bottom_.year() << ',' << bottom_.month()-1 << ',' << bottom_.day()
       << ")";
  else
    js << "null";

  js << ',';

  if (!top_.isNull())
    js << "new Date("
       << top_.year() << ',' << top_.month()-1 << ',' << top_.day()
       << ")";
  else
    js << "null";

  js << ',' << invalidBlankText().jsStringLiteral()
     << ',' << invalidNotADateText().jsStringLiteral()
     << ',' << invalidTooEarlyText().jsStringLiteral()
     << ',' << invalidTooLateText().jsStringLiteral()
     << ");";

  return js.str();
}

示例#6

文件： WMatchValidator.C 项目： pluggulp/wt

	std::string WMatchValidator::javaScriptValidate() const
	{
		loadJavaScript(WApplication::instance());

		WStringStream js;

		js << "new " WT_CLASS ".WMatchValidator(";

		if(0 == m_pCompareWidget) {
			js << "null";
		} else {
			js << m_pCompareWidget->jsRef();
		}

		js << ',' << isMandatory() << ','
			<< invalidBlankText().jsStringLiteral() << ','
			<< invalidDataText().jsStringLiteral() << ','
			<< mismatchText().jsStringLiteral() << ");";

		return js.str();
	}

示例#7

文件： WRegExpValidator.C 项目： AmesianX/wt

std::string WRegExpValidator::javaScriptValidate() const
{
  loadJavaScript(WApplication::instance());

  WStringStream js;

  js << "new " WT_CLASS ".WRegExpValidator("
     << isMandatory()
     << ',';

  js << WWebWidget::jsStringLiteral(pattern_)
     << ",'";

  if (regex_.flags() & std::regex::icase)
    js << 'i';

  js << '\'';

  js << ',' << WWebWidget::jsStringLiteral(invalidBlankText())
     << ',' << WWebWidget::jsStringLiteral(invalidNoMatchText())
     << ");";

  return js.str();
}

示例#8

WValidator::State WDoubleValidator::validate(std::wstring& input,
					     int& pos) const
{
  if (isMandatory()) {
    if (input.empty())
      return InvalidEmpty;
  } else {
    if (input.empty())
      return Valid;
  }

  try {
    double i = boost::lexical_cast<double>(input);

    if ((i >= bottom_) && (i <= top_))
      return Valid;
    else
      return Invalid;
  } catch (boost::bad_lexical_cast& e) {
    return Invalid;
  }

  return Valid;
}