This is a variadic component wrapper where all components are optional at runtime. Accept unlimited number of parameters. The constructor starts the components, the destructor stops the components. The default behavior is to query the TIMEMORY_AUTO_LIST_INIT environment variable once (the first time the bundle is used) and use that list of components (if any) to initialize the components which are part of it's template parameters. This behavior can be modified by assigning a new lambda/functor to the reference which is returned from tim::auto_list<Types...>::get_initializer(). Assignment is not thread-safe since this is relatively unnecessary... if a different set of components are required on a particular thread, just create a different type with those particular components or pass the initialization functor to the constructor.
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template<typename... Types>
class tim::auto_list< Types >
This is a variadic component wrapper where all components are optional at runtime. Accept unlimited number of parameters. The constructor starts the components, the destructor stops the components. The default behavior is to query the TIMEMORY_AUTO_LIST_INIT environment variable once (the first time the bundle is used) and use that list of components (if any) to initialize the components which are part of it's template parameters. This behavior can be modified by assigning a new lambda/functor to the reference which is returned from tim::auto_list<Types...>::get_initializer(). Assignment is not thread-safe since this is relatively unnecessary... if a different set of components are required on a particular thread, just create a different type with those particular components or pass the initialization functor to the constructor.
- Template Parameters
-
| Types | Specification of the component types to bundle together |
void foo()
{
setenv("TIMEMORY_AUTO_LIST_COMPONENTS", "wall_clock", 0);
auto bar = bundle_t("bar");
bundle_t::get_initializer() = [](bundle_t& b)
{
b.initialize<cpu_clock, peak_rss>();
};
auto qix = bundle_t("qix");
auto local_init = [](bundle_t& b)
{
b.initialize<thread_cpu_clock, peak_rss>();
};
auto spam = bundle_t("spam", ..., local_init);
}
This is a variadic component wrapper where all components are optional at runtime....
The above code will record wall-clock timer on first use of "bar", and will record cpu-clock, peak-rss at "qix", and peak-rss at "spam". If foo() is called a second time, "bar" will record cpu-clock and peak-rss. "spam" will always use the local initialized. If none of these initializers are set, wall-clock will be recorded for all of them. The intermediate storage will happen on the heap and when the destructor is called, it will add itself to the call-graph
Definition at line 88 of file auto_list.hpp.
Collaboration diagram for tim::auto_list< Types >: