本文整理汇总了C++中BaseClass::ShortClassName方法的典型用法代码示例。如果您正苦于以下问题：C++ BaseClass::ShortClassName方法的具体用法？C++ BaseClass::ShortClassName怎么用？C++ BaseClass::ShortClassName使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类BaseClass的用法示例。
在下文中一共展示了BaseClass::ShortClassName方法的4个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: FactoryMonitor
/*! @brief Constructor
@param[in] object Reference to the class instance that is creating this SubMonitor.
@param[in] msg String that indicates what the SubMonitor is monitoring, e.g., "Build".
@param[in] level The MueLu Level object.
@param[in] msgLevel Governs whether information should be printed.
@param[in] timerLevel Governs whether timing information should be *gathered*. Setting this to NoTimeReport prevents the creation of timers.
TODO: code factorization
*/
FactoryMonitor(const BaseClass& object, const std::string & msg, const Level & level, MsgType msgLevel = static_cast<MsgType>(Test | Runtime0), MsgType timerLevel = Timings0)
: Monitor(object, msg, msgLevel, timerLevel),
timerMonitorExclusive_(object, object.ShortClassName() + " : " + msg, timerLevel)
{
if (IsPrint(TimingsByLevel)) {
levelTimeMonitor_ = rcp(new TimeMonitor(object, object.ShortClassName() + ": " + msg + " (total, level=" + Teuchos::Utils::toString(level.GetLevelID()) + ")", timerLevel));
levelTimeMonitorExclusive_ = rcp(new MutuallyExclusiveTimeMonitor<Level>(object, object.ShortClassName() + " " + MUELU_TIMER_AS_STRING + " : " + msg + " (level=" + Teuchos::Utils::toString(level.GetLevelID()) + ")", timerLevel));
}
}示例2: SubFactoryMonitor
/*! @brief Constructor
@param[in] object Reference to the class instance that is creating this SubMonitor.
@param[in] msg String that indicates what the SubMonitor is monitoring, e.g., "Build"
@param[in] level The MueLu Level object.
@param[in] msgLevel Governs whether information should be printed.
@param[in] timerLevel Governs whether timing information should be *gathered*. Setting this to NoTimeReport prevents the creation of timers.
*/
SubFactoryMonitor(const BaseClass& object, const std::string & msg, const Level & level, MsgType msgLevel = Runtime1, MsgType timerLevel = Timings1)
: SubMonitor(object, msg, msgLevel, timerLevel)
{
if (IsPrint(TimingsByLevel)) {
levelTimeMonitor_ = rcp(new TimeMonitor(object, object.ShortClassName() + ": " + msg + " (sub, total, level=" + Teuchos::Utils::toString(level.GetLevelID()) + ")", timerLevel));
}
}示例3: SubMonitor
/*! @brief Constructor.
@param[in] object Reference to the class instance that is creating this SubMonitor.
@param[in] msg String that indicates what the SubMonitor is monitoring, e.g., "Build"
@param[in] msgLevel Governs whether information should be printed.
@param[in] timerLevel Governs whether timing information should be *gathered*. Setting this to NoTimeReport prevents the creation of timers.
*/
SubMonitor(const BaseClass& object, const std::string & msg, MsgType msgLevel = Runtime1, MsgType timerLevel = Timings1)
: printMonitor_(object, msg, msgLevel),
timerMonitor_(object, object.ShortClassName() + ": " + msg + " (sub, total)", timerLevel)
{ }示例4: Monitor
/*! @brief Constructor.
@param[in] object Reference to the class instance that is creating this Monitor.
@param[in] msg String that indicates what the Monitor is monitoring, e.g., "Build"
@param[in] msgLevel Governs whether information should be printed.
@param[in] timerLevel Governs whether timing information should be *gathered*. Setting this to NoTimeReport prevents the creation of timers.
*/
Monitor(const BaseClass& object, const std::string & msg, MsgType msgLevel = Runtime0, MsgType timerLevel = Timings0)
: printMonitor_(object, msg + " (" + object.description() + ")", msgLevel),
timerMonitor_(object, object.ShortClassName() + ": " + msg + " (total)", timerLevel)
{ }