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moved fs types

devel
Ludovic 'Archivist' Lagouardette 4 vuotta sitten
vanhempi
e47731f1e5
commit
4dc0739f0b
2 muutettua tiedostoa jossa 317 lisäystä ja 310 poistoa
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  1. +304
    -0
      include/gp/vfs/fs_types.hpp
  2. +13
    -310
      include/gp/vfs/vfs.hpp

+ 304
- 0
include/gp/vfs/fs_types.hpp Näytä tiedosto

@ -0,0 +1,304 @@
#pragma once
#include "gp_config.hpp"
#include "gp/buffer.hpp"
#include "gp/variant.hpp"
namespace gp {
namespace fs {
struct bad_file final {
static constexpr auto _what = "bad_file";
constexpr auto what() {
return _what;
}
};
struct faulty_buffer final {
static constexpr auto _what = "faulty_buffer";
constexpr auto what() {
return _what;
}
};
struct interrupted final {
static constexpr auto _what = "interrupted";
constexpr auto what() {
return _what;
}
};
struct io_error final {
static constexpr auto _what = "io_error";
constexpr auto what() {
return _what;
}
};
struct is_directory final {
static constexpr auto _what = "is_directory";
constexpr auto what() {
return _what;
}
};
struct try_again final {
static constexpr auto _what = "try_again";
constexpr auto what() {
return _what;
}
};
struct not_connected final {
static constexpr auto _what = "not_connected";
constexpr auto what() {
return _what;
}
};
struct impossible_io final {
static constexpr auto _what = "impossible_io";
constexpr auto what() {
return _what;
}
};
struct negative_offset final {
static constexpr auto _what = "negative_offset";
constexpr auto what() {
return _what;
}
};
struct is_pipe final {
static constexpr auto _what = "is_pipe";
constexpr auto what() {
return _what;
}
};
struct buffer_too_big final {
static constexpr auto _what = "buffer_too_big";
constexpr auto what() {
return _what;
}
};
struct path_not_directory final {
static constexpr auto _what = "path_not_directory";
constexpr auto what() {
return _what;
}
};
struct name_too_long final {
static constexpr auto _what = "name_too_long";
constexpr auto what() {
return _what;
}
};
struct does_not_exist final {
static constexpr auto _what = "does_not_exist";
constexpr auto what() {
return _what;
}
};
struct may_loop final {
static constexpr auto _what = "may_loop";
constexpr auto what() {
return _what;
}
};
struct invalid_flags final {
static constexpr auto _what = "invalid_flags";
constexpr auto what() {
return _what;
}
};
struct is_read_only final {
static constexpr auto _what = "is_read_only";
constexpr auto what() {
return _what;
}
};
struct fd_limit_reached final {
static constexpr auto _what = "fd_limit_reached";
constexpr auto what() {
return _what;
}
};
struct file_limit_reached final {
static constexpr auto _what = "file_limit_reached";
constexpr auto what() {
return _what;
}
};
struct no_locking final {
static constexpr auto _what = "no_locking";
constexpr auto what() {
return _what;
}
};
struct would_block final {
static constexpr auto _what = "would_block";
constexpr auto what() {
return _what;
}
};
struct no_inodes final {
static constexpr auto _what = "no_inodes";
constexpr auto what() {
return _what;
}
};
struct no_space final {
static constexpr auto _what = "no_space";
constexpr auto what() {
return _what;
}
};
struct quota_reached final {
static constexpr auto _what = "quota_reached";
constexpr auto what() {
return _what;
}
};
struct cannot_write_shared_text final {
static constexpr auto _what = "cannot_write_shared_text";
constexpr auto what() {
return _what;
}
};
struct faulty_filename final {
static constexpr auto _what = "faulty_filename";
constexpr auto what() {
return _what;
}
};
struct exists_already final {
static constexpr auto _what = "exists_already";
constexpr auto what() {
return _what;
}
};
struct is_append_only final {
static constexpr auto _what = "is_append_only";
constexpr auto what() {
return _what;
}
};
struct unimplemented_operation final {
static constexpr auto _what = "unimplemented_operation";
constexpr auto what() {
return _what;
}
};
struct is_busy final {
static constexpr auto _what = "is_busy";
constexpr auto what() {
return _what;
}
};
struct bad_relative_path final {
static constexpr auto _what = "bad_relative_path";
constexpr auto what() {
return _what;
}
};
struct no_permissions final {
static constexpr auto _what = "no_permissions";
constexpr auto what() {
return _what;
}
};
struct success final {
static constexpr auto _what = "success";
constexpr auto what() {
return _what;
}
};
struct too_big final {
static constexpr auto _what = "too_big";
constexpr auto what() {
return _what;
}
};
struct network_down final {
static constexpr auto _what = "network_down";
constexpr auto what() {
return _what;
}
};
struct destination_not_available final {
static constexpr auto _what = "destination_not_available";
constexpr auto what() {
return _what;
}
};
struct insufficient_buffer_space final {
static constexpr auto _what = "insufficient_buffer_space";
constexpr auto what() {
return _what;
}
};
using read_return = gp::fixed_variant<
typename buffer<char>::associated_iterator, // iterator to last element read
bad_file,
faulty_buffer,
interrupted,
io_error,
is_directory,
try_again,
not_connected,
impossible_io,
negative_offset,
is_pipe,
buffer_too_big
>;
using open_return = gp::fixed_variant<
gp_config::file_descriptor_t,
path_not_directory,
name_too_long,
does_not_exist,
may_loop,
is_directory,
invalid_flags,
is_read_only,
fd_limit_reached,
file_limit_reached,
impossible_io,
interrupted,
no_locking,
would_block,
no_space,
no_inodes,
quota_reached,
io_error,
cannot_write_shared_text,
faulty_filename,
exists_already,
is_append_only,
unimplemented_operation,
is_busy,
bad_relative_path,
no_permissions
>;
using close_return = gp::fixed_variant<
success,
bad_file,
interrupted,
io_error
>;
using write_return = gp::fixed_variant<
typename buffer<char>::associated_iterator,
bad_file,
no_space,
quota_reached,
too_big,
interrupted,
io_error,
faulty_buffer,
is_pipe,
try_again,
network_down,
destination_not_available,
impossible_io,
buffer_too_big,
negative_offset,
insufficient_buffer_space
>;
class file_flags{};
class file_permissions{};
}
}

+ 13
- 310
include/gp/vfs/vfs.hpp Näytä tiedosto

@ -1,319 +1,22 @@
#pragma once
#include <stddef.h>
#include "gp_config.hpp"
#include "gp/variant.hpp"
#include "gp/optional.hpp"
#include "gp/buffer.hpp"
#include "gp/vfs/fs_types.hpp"
#include "gp/allocator/aggregator.hpp"
namespace gp {
class vfs {
public:
struct bad_file final {
static constexpr auto _what = "bad_file";
constexpr auto what() {
return _what;
}
};
struct faulty_buffer final {
static constexpr auto _what = "faulty_buffer";
constexpr auto what() {
return _what;
}
};
struct interrupted final {
static constexpr auto _what = "interrupted";
constexpr auto what() {
return _what;
}
};
struct io_error final {
static constexpr auto _what = "io_error";
constexpr auto what() {
return _what;
}
};
struct is_directory final {
static constexpr auto _what = "is_directory";
constexpr auto what() {
return _what;
}
};
struct try_again final {
static constexpr auto _what = "try_again";
constexpr auto what() {
return _what;
}
};
struct not_connected final {
static constexpr auto _what = "not_connected";
constexpr auto what() {
return _what;
}
};
struct impossible_io final {
static constexpr auto _what = "impossible_io";
constexpr auto what() {
return _what;
}
};
struct negative_offset final {
static constexpr auto _what = "negative_offset";
constexpr auto what() {
return _what;
}
};
struct is_pipe final {
static constexpr auto _what = "is_pipe";
constexpr auto what() {
return _what;
}
};
struct buffer_too_big final {
static constexpr auto _what = "buffer_too_big";
constexpr auto what() {
return _what;
}
};
struct path_not_directory final {
static constexpr auto _what = "path_not_directory";
constexpr auto what() {
return _what;
}
};
struct name_too_long final {
static constexpr auto _what = "name_too_long";
constexpr auto what() {
return _what;
}
};
struct does_not_exist final {
static constexpr auto _what = "does_not_exist";
constexpr auto what() {
return _what;
}
};
struct may_loop final {
static constexpr auto _what = "may_loop";
constexpr auto what() {
return _what;
}
};
struct invalid_flags final {
static constexpr auto _what = "invalid_flags";
constexpr auto what() {
return _what;
}
};
struct is_read_only final {
static constexpr auto _what = "is_read_only";
constexpr auto what() {
return _what;
}
};
struct fd_limit_reached final {
static constexpr auto _what = "fd_limit_reached";
constexpr auto what() {
return _what;
}
};
struct file_limit_reached final {
static constexpr auto _what = "file_limit_reached";
constexpr auto what() {
return _what;
}
};
struct no_locking final {
static constexpr auto _what = "no_locking";
constexpr auto what() {
return _what;
}
};
struct would_block final {
static constexpr auto _what = "would_block";
constexpr auto what() {
return _what;
}
};
struct no_inodes final {
static constexpr auto _what = "no_inodes";
constexpr auto what() {
return _what;
}
};
struct no_space final {
static constexpr auto _what = "no_space";
constexpr auto what() {
return _what;
}
};
struct quota_reached final {
static constexpr auto _what = "quota_reached";
constexpr auto what() {
return _what;
}
};
struct cannot_write_shared_text final {
static constexpr auto _what = "cannot_write_shared_text";
constexpr auto what() {
return _what;
}
};
struct faulty_filename final {
static constexpr auto _what = "faulty_filename";
constexpr auto what() {
return _what;
}
};
struct exists_already final {
static constexpr auto _what = "exists_already";
constexpr auto what() {
return _what;
}
};
struct is_append_only final {
static constexpr auto _what = "is_append_only";
constexpr auto what() {
return _what;
}
};
struct unimplemented_operation final {
static constexpr auto _what = "unimplemented_operation";
constexpr auto what() {
return _what;
}
};
struct is_busy final {
static constexpr auto _what = "is_busy";
constexpr auto what() {
return _what;
}
};
struct bad_relative_path final {
static constexpr auto _what = "bad_relative_path";
constexpr auto what() {
return _what;
}
};
struct no_permissions final {
static constexpr auto _what = "no_permissions";
constexpr auto what() {
return _what;
}
};
struct success final {
static constexpr auto _what = "success";
constexpr auto what() {
return _what;
}
};
struct too_big final {
static constexpr auto _what = "too_big";
constexpr auto what() {
return _what;
}
};
struct network_down final {
static constexpr auto _what = "network_down";
constexpr auto what() {
return _what;
}
};
struct destination_not_available final {
static constexpr auto _what = "destination_not_available";
constexpr auto what() {
return _what;
}
};
struct insufficient_buffer_space final {
static constexpr auto _what = "insufficient_buffer_space";
constexpr auto what() {
return _what;
}
};
using read_return = gp::fixed_variant<
typename buffer<char>::associated_iterator, // iterator to last element read
bad_file,
faulty_buffer,
interrupted,
io_error,
is_directory,
try_again,
not_connected,
impossible_io,
negative_offset,
is_pipe,
buffer_too_big
>;
using open_return = gp::fixed_variant<
gp_config::file_descriptor_t,
path_not_directory,
name_too_long,
does_not_exist,
may_loop,
is_directory,
invalid_flags,
is_read_only,
fd_limit_reached,
file_limit_reached,
impossible_io,
interrupted,
no_locking,
would_block,
no_space,
no_inodes,
quota_reached,
io_error,
cannot_write_shared_text,
faulty_filename,
exists_already,
is_append_only,
unimplemented_operation,
is_busy,
bad_relative_path,
no_permissions
>;
using close_return = gp::fixed_variant<
success,
bad_file,
interrupted,
io_error
>;
using write_return = gp::fixed_variant<
typename buffer<char>::associated_iterator,
bad_file,
no_space,
quota_reached,
too_big,
interrupted,
io_error,
faulty_buffer,
is_pipe,
try_again,
network_down,
destination_not_available,
impossible_io,
buffer_too_big,
negative_offset,
insufficient_buffer_space
>;
class file_flags{};
class file_permissions{};
private:
struct virtual_fs
{
virtual ~virtual_fs() = default;
virtual open_return f">open(buffer<char>, file_flags, file_permissions) = 0;
virtual read_return f">read(gp_config::file_descriptor_t, buffer<char>) = 0;
virtual write_return f">write(gp_config::file_descriptor_t, buffer<char>, size_t) = 0;
virtual close_return f">close(gp_config::file_descriptor_t) = 0;
virtual fs::open_return open(buffer<char>, fs::file_flags, fs::file_permissions) = 0;
virtual fs::read_return read(gp_config::file_descriptor_t, buffer<char>) = 0;
virtual fs::write_return write(gp_config::file_descriptor_t, buffer<char>, size_t) = 0;
virtual fs::close_return close(gp_config::file_descriptor_t) = 0;
};
template<typename concrete>
@ -332,20 +35,20 @@ namespace gp {
virtual ~abstract_fs() override = default;
virtual open_return f">open(buffer<char> path, file_flags flags, file_permissions perms) override {
virtual fs::open_return open(buffer<char> path, fs::file_flags flags, fs::file_permissions perms) override {
return internal_representation.open(path, flags, perms);
}
virtual read_return f">read(gp_config::file_descriptor_t fd, buffer<char> buff) override {
virtual fs::read_return read(gp_config::file_descriptor_t fd, buffer<char> buff) override {
return internal_representation.read(fd, buff);
}
virtual write_return f">write(gp_config::file_descriptor_t fd, buffer<char> buff, size_t offset) override {
virtual fs::write_return write(gp_config::file_descriptor_t fd, buffer<char> buff, size_t offset) override {
return internal_representation.write(fd, buff, offset);
}
virtual close_return f">close(gp_config::file_descriptor_t fd) override {
virtual fs::close_return close(gp_config::file_descriptor_t fd) override {
return internal_representation.close(fd);
}
};
@ -360,20 +63,20 @@ namespace gp {
, file_system{new(allocator.get().allocate(sizeof(T))) T(gp::move(v))}
{}
open_return f">open(buffer<char> path, file_flags flags, file_permissions perms) {
fs::open_return open(buffer<char> path, fs::file_flags flags, fs::file_permissions perms) {
return file_system->open(path, flags, perms);
}
read_return f">read(gp_config::file_descriptor_t fd, buffer<char> buff) {
fs::read_return read(gp_config::file_descriptor_t fd, buffer<char> buff) {
return file_system->read(fd, buff);
}
write_return f">write(gp_config::file_descriptor_t fd, buffer<char> buff, size_t offset) {
fs::write_return write(gp_config::file_descriptor_t fd, buffer<char> buff, size_t offset) {
return file_system->write(fd, buff, offset);
}
close_return f">close(gp_config::file_descriptor_t fd) {
fs::close_return close(gp_config::file_descriptor_t fd) {
return file_system->close(fd);
}

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