TPImpl Struct Reference

#include <TypesParam.hpp>

Static Public Member Functions
template<class Fcn , class U , class... Args>
static auto	wrap_oparm_set_tp (U *underlying, Fcn fcn, Args...args) -> std::optional< virt::TypedParams >
template<class U , class CountFcn , class DataFcn , class... Args, class = std::enable_if_t<std::is_invocable_v<DataFcn, U*, virTypedParameterPtr, int*, Args...>>>
static auto	wrap_oparm_fill_tp (U *underlying, CountFcn count_fcn, DataFcn data_fcn, Args...args) -> std::optional< virt::TypedParams >
template<class U , class DataFcn , class... Args>
static auto	wrap_oparm_fill_tp (U *underlying, DataFcn data_fcn, Args...args) -> std::optional< virt::TypedParams >

Member Function Documentation

template<class U , class CountFcn , class DataFcn , class... Args, class = std::enable_if_t<std::is_invocable_v<DataFcn, U*, virTypedParameterPtr, int*, Args...>>>

static auto TPImpl::wrap_oparm_fill_tp ( U *  underlying, CountFcn  count_fcn, DataFcn  data_fcn, Args...  args  ) -> std::optional<virt::TypedParams>

inlinestatic

template<class U , class DataFcn , class... Args>

static auto TPImpl::wrap_oparm_fill_tp ( U *  underlying, DataFcn  data_fcn, Args...  args  ) -> std::optional<virt::TypedParams>

inlinestatic

template<class Fcn , class U , class... Args>

static auto TPImpl::wrap_oparm_set_tp ( U *  underlying, Fcn  fcn, Args...  args  ) -> std::optional<virt::TypedParams>

inlinestatic

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The documentation for this struct was generated from the following file:

• include/virt_wrap/TypesParam.hpp