template <typename T = std::byte, class View = std::span<const T>>

class Buffer

Defined at line 61 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

zxdump::Buffer

> provides a view over a chunk of memory returned by

zxdump::Process::read_memory.

This is a move-only object that "owns" the storage viewed, but it's also

tied to the lifetime of the zxdump::TaskHolder object that owns the

zxdump::Process object. The data pointers from this object cannot be used

after either the zxdump::Buffer object or the associated zxdump::TaskHolder

object has been destroyed.

zxdump::Buffer

> acts like a smart-pointer type to std::span

<const

T> (or

a similar type) in that it has get() and the * and -> operators to access

that object's standard methods. Unlike other smart-pointer types, a

zxdump::Buffer has no nullptr-like state (except when default-constructed)

and is not contextually convertible to bool. A default-constructed

zxdump::Buffer can be assigned to, but not otherwise used.

All the memory-reading operations that return a zxdump::Buffer return a

result type that never reflects success with a default-constructed

zxdump::Buffer object. However, they can return an object whose value

(View) is in its empty, default-constructed state. This indicates that the

process memory was valid to access, but was elided (wholly or partially)

from the dump. In this case, reading a shorter region might succeed if the

containing segment was truncated rather than elided entirely.

Note that all memory will appear to have been elided if the dump was read in

by a zxdump::TaskHolder::Insert with read_memory=false.

Public Methods

void Buffer<T, View> ()

Defined at line 63 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

void Buffer<T, View> (const Buffer<T, View> & )

Defined at line 65 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

void Buffer<T, View> (Buffer<T, View> && other)

Defined at line 67 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

template <typename OtherT, class OtherView>

void Buffer<T, View> (Buffer<OtherT, OtherView> && other)

Converting move construction is allowed if the pointers are convertible.

Defined at line 73 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

Buffer<T, View> & operator= (Buffer<T, View> && other)

Defined at line 79 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

template <typename OtherT, class OtherView>

Buffer<T, View> & operator= (Buffer<OtherT, OtherView> && other)

Defined at line 87 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

template <typename OtherT, class OtherView>

Buffer<OtherT, OtherView> Reinterpret ()

This is like a reinterpret_cast, but applied to the rvalue reference.

Defined at line 94 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

void ~Buffer<T, View> ()

Defined at line 105 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

const View & get ()

Defined at line 107 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

const View & operator* ()

Defined at line 109 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

const View * operator-> ()

Defined at line 111 of file ../../src/lib/zxdump/include/lib/zxdump/buffer.h

template <typename T = std::byte, class View = std::span<const T>>

class DumpFile

template <typename T = std::byte, class View = std::span<const T>>

class Process

template <typename OtherTclass OtherView>

class Buffer