BindThreadSafeSP

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Overloads

BindThreadSafeSP(const TSharedRef< UserClass, ESPMode::ThreadSafe > &, typename TMemFunPtrType< false, UserClass, RetValType(ParamTypes..., std::decay_t< VarTypes >...)>::Type, VarTypes &&...)

Description

Binds a shared pointer-based (thread-safe) member function delegate.

Shared pointer delegates keep a weak reference to your object. You can use ExecuteIfBound() to call them.

Note: This function is redundant, but is retained for backwards compatibility. BindSP() works in both thread-safe and not-thread-safe modes and should be preferred.

template<typename UserClass, typename... VarTypes>  
void BindThreadSafeSP  
(  
    const TSharedRef < UserClass, ESPMode::ThreadSafe > & InUserObjectRef,  
    typename TMemFunPtrType < false, UserClass, RetValType>::Type InFunc,  
    VarTypes &&... Vars  
)  
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template<typename UserClass, typename... VarTypes> void BindThreadSafeSP (     const TSharedRef < UserClass, ESPMode::ThreadSafe > & InUserObjectRef,     typename TMemFunPtrType < false, UserClass, RetValType>::Type InFunc,     VarTypes &&... Vars )

BindThreadSafeSP(const TSharedRef< UserClass, ESPMode::ThreadSafe > &, typename TMemFunPtrType< true, UserClass, RetValType(ParamTypes..., std::decay_t< VarTypes >...)>::Type, VarTypes &&...)

template<typename UserClass, typename... VarTypes>  
void BindThreadSafeSP  
(  
    const TSharedRef < UserClass, ESPMode::ThreadSafe > & InUserObjectRef,  
    typename TMemFunPtrType < true, UserClass, RetValType>::Type InFunc,  
    VarTypes &&... Vars  
)  
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template<typename UserClass, typename... VarTypes> void BindThreadSafeSP (     const TSharedRef < UserClass, ESPMode::ThreadSafe > & InUserObjectRef,     typename TMemFunPtrType < true, UserClass, RetValType>::Type InFunc,     VarTypes &&... Vars )

BindThreadSafeSP(UserClass *, typename TMemFunPtrType< false, UserClass, RetValType(ParamTypes..., std::decay_t< VarTypes >...)>::Type, VarTypes &&...)

Description

Binds a shared pointer-based (thread-safe) member function delegate.

Shared pointer delegates keep a weak reference to your object. You can use ExecuteIfBound() to call them.

Note: This function is redundant, but is retained for backwards compatibility. BindSP() works in both thread-safe and not-thread-safe modes and should be preferred.

template<typename UserClass, typename... VarTypes>  
void BindThreadSafeSP  
(  
    UserClass * InUserObject,  
    typename TMemFunPtrType < false, UserClass, RetValType>::Type InFunc,  
    VarTypes &&... Vars  
)  
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template<typename UserClass, typename... VarTypes> void BindThreadSafeSP (     UserClass * InUserObject,     typename TMemFunPtrType < false, UserClass, RetValType>::Type InFunc,     VarTypes &&... Vars )

BindThreadSafeSP(const UserClass *, typename TMemFunPtrType< true, UserClass, RetValType(ParamTypes..., std::decay_t< VarTypes >...)>::Type, VarTypes &&...)

template<typename UserClass, typename... VarTypes>  
void BindThreadSafeSP  
(  
    const UserClass * InUserObject,  
    typename TMemFunPtrType < true, UserClass, RetValType>::Type InFunc,  
    VarTypes &&... Vars  
)  
Copy full snippet

template<typename UserClass, typename... VarTypes> void BindThreadSafeSP (     const UserClass * InUserObject,     typename TMemFunPtrType < true, UserClass, RetValType>::Type InFunc,     VarTypes &&... Vars )