This is the complete list of members for plugify::MemAddr, including all inherited members.

_addr (defined in plugify::MemAddr)	plugify::MemAddr
_ptr (defined in plugify::MemAddr)	plugify::MemAddr
CCast() const noexcept	plugify::MemAddr	inline
Deref(ptrdiff_t deref=1) const	plugify::MemAddr	inline
DerefSelf(ptrdiff_t deref=1)	plugify::MemAddr	inline
FollowNearCall(const ptrdiff_t opcodeOffset=0x1, const ptrdiff_t nextInstructionOffset=0x5) const	plugify::MemAddr	inline
FollowNearCallSelf(const ptrdiff_t opcodeOffset=0x1, const ptrdiff_t nextInstructionOffset=0x5)	plugify::MemAddr	inline
GetPtr() const noexcept	plugify::MemAddr	inline
GetValue() const noexcept	plugify::MemAddr	inline
MemAddr() noexcept	plugify::MemAddr	inline
MemAddr(const uintptr_t ptr) noexcept	plugify::MemAddr	inline
MemAddr(T ptr) noexcept	plugify::MemAddr	inline
MemAddr(const MemAddr &other) noexcept=default	plugify::MemAddr
MemAddr(MemAddr &&other) noexcept=default	plugify::MemAddr
Offset(const ptrdiff_t offset) const noexcept	plugify::MemAddr	inline
OffsetSelf(const ptrdiff_t offset) noexcept	plugify::MemAddr	inline
operator bool() const noexcept	plugify::MemAddr	inlineexplicit
operator uintptr_t() const noexcept	plugify::MemAddr	inline
operator void *() const noexcept	plugify::MemAddr	inline
operator!=(const MemAddr addr) const noexcept	plugify::MemAddr	inline
operator<(const MemAddr addr) const noexcept	plugify::MemAddr	inline
operator=(const MemAddr &other) noexcept=default	plugify::MemAddr
operator=(MemAddr &&other) noexcept=default	plugify::MemAddr
operator==(const MemAddr addr) const noexcept	plugify::MemAddr	inline
operator==(const uintptr_t addr) const noexcept	plugify::MemAddr	inline
RCast() const noexcept	plugify::MemAddr	inline
ResolveRelativeAddress(const ptrdiff_t registerOffset=0x0, const ptrdiff_t nextInstructionOffset=0x4) const	plugify::MemAddr	inline
ResolveRelativeAddressSelf(const ptrdiff_t registerOffset=0x0, const ptrdiff_t nextInstructionOffset=0x4)	plugify::MemAddr	inline
UCast() const noexcept	plugify::MemAddr	inline