kernel: rearrange sources according to p1204

1 files changed, 0 insertions, 568 deletions

diff --git a/kernel/src/filesystem/vfs.tests.cpp b/kernel/src/filesystem/vfs.tests.cpp
deleted file mode 100644
index f1d0df0d..00000000
--- a/kernel/src/filesystem/vfs.tests.cpp
+++ /dev/null
@@ -1,568 +0,0 @@
-#include <kernel/filesystem/vfs.hpp>
-
-#include <kernel/filesystem/open_file_descriptor.hpp>
-#include <kernel/test_support/filesystem/storage_boot_module_vfs_fixture.hpp>
-
-#include <kstd/memory>
-#include <kstd/vector>
-
-#include <catch2/catch_test_macros.hpp>
-
-#include <cstddef>
-#include <filesystem>
-#include <stdexcept>
-#include <string_view>
-
-SCENARIO_METHOD(kernel::tests::filesystem::storage_boot_module_vfs_fixture, "VFS with dummy modules",
-                "[filesystem][vfs]")
-{
-  GIVEN("an initialized boot module registry with multiple modules")
-  {
-    REQUIRE_NOTHROW(setup_modules_and_init_vfs(5));
-
-    THEN("vfs initializes and provides /dev mount")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto dev = vfs.open("/dev");
-
-      REQUIRE(dev != nullptr);
-    }
-
-    THEN("vfs initializes root filesystem with boot device if boot module is present")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto root_file = vfs.open("/");
-
-      REQUIRE(root_file != nullptr);
-    }
-  }
-}
-
-SCENARIO_METHOD(kernel::tests::filesystem::storage_boot_module_vfs_fixture, "VFS with file backed image",
-                "[filesystem][vfs][img]")
-{
-  auto const image_path_1 = std::filesystem::path{KERNEL_TEST_ASSETS_DIR} / "ext2_1KB_fs.img";
-  auto const image_path_2 = std::filesystem::path{KERNEL_TEST_ASSETS_DIR} / "ext2_2KB_fs.img";
-  auto const image_path_3 = std::filesystem::path{KERNEL_TEST_ASSETS_DIR} / "ext2_4KB_fs.img";
-
-  GIVEN("a real image file")
-  {
-    REQUIRE(std::filesystem::exists(image_path_1));
-    REQUIRE_NOTHROW(setup_modules_from_img_and_init_vfs({"test_img_module"}, {image_path_1}));
-
-    THEN("vfs initializes and provides expected mount points")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto root = vfs.open("/");
-      auto dev = vfs.open("/dev");
-      auto information = vfs.open("/information/info_1.txt");
-
-      REQUIRE(root != nullptr);
-      REQUIRE(dev != nullptr);
-      REQUIRE(information != nullptr);
-    }
-  }
-
-  GIVEN("a real image file containing a /dev directory")
-  {
-    REQUIRE(std::filesystem::exists(image_path_2));
-    REQUIRE_NOTHROW(setup_modules_from_img_and_init_vfs({"test_img_module_2"}, {image_path_2}));
-
-    THEN("vfs hides the image's /dev behind the devfs mount")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-
-      auto image_1 = vfs.open("/dev/image_1.txt");
-      REQUIRE(image_1 == nullptr);
-
-      auto dev = vfs.open("/dev/ram0");
-      REQUIRE(dev != nullptr);
-    }
-  }
-
-  GIVEN("three real image files")
-  {
-    REQUIRE(std::filesystem::exists(image_path_1));
-    REQUIRE(std::filesystem::exists(image_path_2));
-    REQUIRE(std::filesystem::exists(image_path_3));
-    REQUIRE_NOTHROW(setup_modules_from_img_and_init_vfs({"test_img_module_1", "test_img_module_2", "test_img_module_3"},
-                                                        {image_path_1, image_path_2, image_path_3}));
-
-    auto & vfs = kernel::filesystem::vfs::get();
-
-    THEN("vfs initializes first module as root")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto info1 = vfs.open("/information/info_1.txt");
-      auto info2 = vfs.open("/information/info_2.txt");
-
-      REQUIRE(info1 != nullptr);
-      REQUIRE(info2 != nullptr);
-    }
-
-    THEN("second image can be mounted, data retrieved and unmounted again")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/information") == kernel::filesystem::vfs::operation_result::success);
-
-      auto mounted_monkey_1 = vfs.open("/information/monkey_house/monkey_1.txt");
-      REQUIRE(mounted_monkey_1 != nullptr);
-      REQUIRE(vfs.close(mounted_monkey_1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::success);
-      auto unmounted_monkey_1 = vfs.open("/information/monkey_house/monkey_1.txt");
-      REQUIRE(unmounted_monkey_1 == nullptr);
-
-      auto info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-    }
-
-    THEN("third image can be mounted in a mounted file system, unmount only if no child mount exists")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/information") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.do_mount("/dev/ram32", "/information/monkey_house/infrastructure") ==
-              kernel::filesystem::vfs::operation_result::success);
-
-      auto mounted_monkey_1 = vfs.open("/information/monkey_house/monkey_1.txt");
-      auto mounted_fish1 = vfs.open("/information/monkey_house/infrastructure/enclosures/aquarium/tank_1/fish_1.txt");
-
-      REQUIRE(mounted_monkey_1 != nullptr);
-      REQUIRE(mounted_fish1 != nullptr);
-
-      REQUIRE(vfs.close(mounted_monkey_1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.close(mounted_fish1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::unmount_failed);
-      REQUIRE(vfs.unmount("/information/monkey_house/infrastructure") ==
-              kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::success);
-    }
-
-    THEN("image can be mounted, unmount only if no files are open")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/information") == kernel::filesystem::vfs::operation_result::success);
-
-      auto mounted_monkey_1 = vfs.open("/information/monkey_house/monkey_1.txt");
-      REQUIRE(mounted_monkey_1 != nullptr);
-
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::unmount_failed);
-
-      REQUIRE(vfs.close(mounted_monkey_1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::success);
-    }
-
-    THEN("file with invalid path or not opened file cannot be closed")
-    {
-      REQUIRE(vfs.close("invalid_path") == kernel::filesystem::vfs::operation_result::invalid_path);
-      REQUIRE_THROWS_AS(vfs.close("/information/info_1.txt"), std::runtime_error);
-    }
-
-    THEN("file cannot be closed twice")
-    {
-      auto info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-
-      REQUIRE(vfs.close(info_1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE_THROWS_AS(vfs.close(info_1->absolute_path()), std::runtime_error);
-    }
-
-    THEN("images can be stacked mounted and correct file system is unmounted again")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/information") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.do_mount("/dev/ram32", "/information") == kernel::filesystem::vfs::operation_result::success);
-
-      auto mounted_tickets = vfs.open("/information/entrance/tickets.txt");
-      REQUIRE(mounted_tickets != nullptr);
-
-      REQUIRE(vfs.close(mounted_tickets->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::success);
-      mounted_tickets = vfs.open("/information/entrance/tickets.txt");
-      REQUIRE(mounted_tickets == nullptr);
-
-      auto mounted_monkey = vfs.open("/information/monkey_house/monkey_1.txt");
-      REQUIRE(mounted_monkey != nullptr);
-    }
-
-    THEN("image can be mounted on / file opened and unmounted again")
-    {
-      auto info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-
-      REQUIRE(vfs.do_mount("/dev/ram16", "/") == kernel::filesystem::vfs::operation_result::success);
-
-      info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 == nullptr);
-
-      auto water = vfs.open("/monkey_house/infrastructure/water.txt");
-      REQUIRE(water != nullptr);
-
-      REQUIRE(vfs.close(water->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/") == kernel::filesystem::vfs::operation_result::success);
-
-      info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-    }
-
-    THEN("image can be mounted on / just the boot root has /dev")
-    {
-      auto info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-
-      REQUIRE(vfs.do_mount("/dev/ram16", "/") == kernel::filesystem::vfs::operation_result::success);
-
-      info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 == nullptr);
-
-      auto water = vfs.open("/monkey_house/infrastructure/water.txt");
-      REQUIRE(water != nullptr);
-
-      REQUIRE(vfs.close(water->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      auto dev_ram_16 = vfs.open("/dev/ram16");
-      REQUIRE(dev_ram_16 == nullptr);
-
-      REQUIRE(vfs.do_mount("/dev/ram32", "/") == kernel::filesystem::vfs::operation_result::non_existent_path);
-
-      REQUIRE(vfs.unmount("/") == kernel::filesystem::vfs::operation_result::success);
-
-      auto dev_ram_32 = vfs.open("/dev/ram32");
-      REQUIRE(dev_ram_32 != nullptr);
-    }
-
-    THEN("boot root can be unmounted and remounted again but /dev is not re-grafted")
-    {
-      auto info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-
-      REQUIRE(vfs.close(info_1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/dev") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.unmount("/") == kernel::filesystem::vfs::operation_result::success);
-
-      info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 == nullptr);
-
-      REQUIRE(vfs.do_mount("/dev/ram0", "/") == kernel::filesystem::vfs::operation_result::success);
-
-      info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-
-      auto dev_ram_0 = vfs.open("/dev/ram0");
-      REQUIRE(dev_ram_0 == nullptr);
-    }
-
-    THEN("mount with null file system fails")
-    {
-      REQUIRE(vfs.do_mount("/closed.txt", "/information") ==
-              kernel::filesystem::vfs::operation_result::invalid_filesystem);
-    }
-
-    THEN("mount with invalid path fails")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "") == kernel::filesystem::vfs::operation_result::invalid_path);
-      REQUIRE(vfs.do_mount("/dev/ram16", "information") ==
-              kernel::filesystem::vfs::operation_result::mount_point_not_found);
-    }
-
-    THEN("mount with non-existent source path fails")
-    {
-      REQUIRE(vfs.do_mount("/dev/nonexistent", "/information") ==
-              kernel::filesystem::vfs::operation_result::non_existent_path);
-    }
-
-    THEN("mount with non-existent mount point fails")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/information/nonexistent") ==
-              kernel::filesystem::vfs::operation_result::mount_point_not_found);
-    }
-
-    THEN("unmount with invalid path fails")
-    {
-      REQUIRE(vfs.unmount("") == kernel::filesystem::vfs::operation_result::invalid_path);
-      REQUIRE(vfs.unmount("information") == kernel::filesystem::vfs::operation_result::mount_point_not_found);
-    }
-
-    THEN("unmounting non-existent mount point returns expected error code")
-    {
-      REQUIRE(vfs.unmount("/information/nonexistent") ==
-              kernel::filesystem::vfs::operation_result::mount_point_not_found);
-    }
-
-    THEN("a file can be access if . in the path")
-    {
-      auto info_1 = vfs.open("/information/./info_1.txt");
-      REQUIRE(info_1 != nullptr);
-    }
-
-    THEN("a file can be accessed within the same mount if path contains .. ")
-    {
-      auto info_1 = vfs.open("/archiv/../information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-
-      auto img = vfs.open("/archiv/../information/../archiv/2024.img");
-      REQUIRE(img != nullptr);
-    }
-
-    THEN("a file can be accessed over multiple mounts if path contains .. or . ")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/information") == kernel::filesystem::vfs::operation_result::success);
-
-      auto img = vfs.open("/information/monkey_house/caretaker/../../../../../../archiv/2024.img");
-      REQUIRE(img != nullptr);
-
-      auto dev_32 = vfs.open("/information/monkey_house/caretaker/../../../dev/ram32");
-      REQUIRE(dev_32 != nullptr);
-
-      auto water = vfs.open("/information/./monkey_house/infrastructure/water.txt");
-      REQUIRE(water != nullptr);
-    }
-
-    THEN("a file can be accessed over multiple mounts (device and file) if path contains .. ")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/information") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.do_mount("/archiv/2024.img", "/information/monkey_house/infrastructure") ==
-              kernel::filesystem::vfs::operation_result::success);
-
-      auto pig_1 = vfs.open("/information/monkey_house/infrastructure/stable/pig_1.txt");
-      REQUIRE(pig_1 != nullptr);
-
-      auto isabelle =
-          vfs.open("/information/monkey_house/infrastructure/stable/../../../monkey_house/caretaker/isabelle.txt");
-      REQUIRE(isabelle != nullptr);
-
-      auto closed = vfs.open("/information/monkey_house/infrastructure/stable/../../../../closed.txt");
-      REQUIRE(closed != nullptr);
-    }
-  }
-
-  GIVEN("A real image file containing as filesystem formatted files")
-  {
-    REQUIRE(std::filesystem::exists(image_path_1));
-    REQUIRE_NOTHROW(setup_modules_from_img_and_init_vfs({"test_img_module_1"}, {image_path_1}));
-
-    THEN("the file-filesystem in the image can be mounted, files can be read and unmounted again")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      REQUIRE(vfs.do_mount("/archiv/2024.img", "/information") == kernel::filesystem::vfs::operation_result::success);
-
-      auto info_1 = vfs.open("/information/info_1.txt");
-      REQUIRE(info_1 == nullptr);
-
-      auto dentry = vfs.open("/information/sheep_1.txt");
-      REQUIRE(dentry != nullptr);
-      auto sheep_1_ofd = kstd::make_shared<kernel::filesystem::open_file_descriptor>(dentry);
-
-      kstd::vector<std::byte> buffer(7);
-      auto bytes_read = sheep_1_ofd->read(buffer.data(), buffer.size());
-      std::string_view buffer_as_str{reinterpret_cast<char *>(buffer.data()), bytes_read};
-      REQUIRE(buffer_as_str == "sheep_1");
-
-      REQUIRE(vfs.close(dentry->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::success);
-      auto unmounted_sheep_1 = vfs.open("/information/sheep_1.txt");
-      REQUIRE(unmounted_sheep_1 == nullptr);
-    }
-
-    THEN("the file-filesystem in the image can be mounted and in this filesystem can another file-filesystem be "
-         "mounted, files can be read and unmounted again")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      REQUIRE(vfs.do_mount("/archiv/2024.img", "/information") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.do_mount("/archiv/2025.img", "/information/stable") ==
-              kernel::filesystem::vfs::operation_result::success);
-
-      auto sheep_1 = vfs.open("/information/sheep_1.txt");
-      auto goat_1 = vfs.open("/information/stable/petting_zoo/goat_1.txt");
-      REQUIRE(sheep_1 != nullptr);
-      REQUIRE(goat_1 != nullptr);
-
-      auto sheep_1_ofd = kstd::make_shared<kernel::filesystem::open_file_descriptor>(sheep_1);
-      auto goat_1_ofd = kstd::make_shared<kernel::filesystem::open_file_descriptor>(goat_1);
-
-      kstd::vector<std::byte> sheep_buffer(7);
-      auto bytes_read = sheep_1_ofd->read(sheep_buffer.data(), sheep_buffer.size());
-      std::string_view buffer_as_str{reinterpret_cast<char *>(sheep_buffer.data()), bytes_read};
-      REQUIRE(buffer_as_str == "sheep_1");
-
-      kstd::vector<std::byte> goat_buffer(6);
-      bytes_read = goat_1_ofd->read(goat_buffer.data(), goat_buffer.size());
-      buffer_as_str = std::string_view{reinterpret_cast<char *>(goat_buffer.data()), bytes_read};
-      REQUIRE(buffer_as_str == "goat_1");
-
-      REQUIRE(vfs.close(sheep_1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.close(goat_1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::unmount_failed);
-
-      REQUIRE(vfs.unmount("/information/stable") == kernel::filesystem::vfs::operation_result::success);
-      auto unmounted_goat_1 = vfs.open("/information/stable/petting_zoo/goat_1.txt");
-      REQUIRE(unmounted_goat_1 == nullptr);
-
-      auto still_mounted_sheep_1 = vfs.open("/information/sheep_1.txt");
-      REQUIRE(still_mounted_sheep_1 != nullptr);
-
-      REQUIRE(vfs.close(still_mounted_sheep_1->absolute_path()) == kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/information") == kernel::filesystem::vfs::operation_result::success);
-      auto unmounted_sheep_1 = vfs.open("/information/sheep_1.txt");
-      REQUIRE(unmounted_sheep_1 == nullptr);
-    }
-  }
-
-  GIVEN("two real image files where the second contains as filesystem formatted files")
-  {
-    REQUIRE(std::filesystem::exists(image_path_1));
-    REQUIRE(std::filesystem::exists(image_path_3));
-    REQUIRE_NOTHROW(
-        setup_modules_from_img_and_init_vfs({"test_img_module_3", "test_img_module_1"}, {image_path_3, image_path_1}));
-
-    auto & vfs = kernel::filesystem::vfs::get();
-
-    THEN("cannot unmount a filesystem if files are mounted")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/entrance") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.do_mount("/entrance/archiv/2024.img", "/enclosures") ==
-              kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/entrance") == kernel::filesystem::vfs::operation_result::unmount_failed);
-      REQUIRE(vfs.unmount("/enclosures") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.unmount("/entrance") == kernel::filesystem::vfs::operation_result::success);
-    }
-
-    THEN("can mount filesystem onto the directory that contains it")
-    {
-      REQUIRE(vfs.do_mount("/dev/ram16", "/entrance") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.do_mount("/entrance/archiv/2024.img", "/entrance") ==
-              kernel::filesystem::vfs::operation_result::success);
-
-      REQUIRE(vfs.unmount("/entrance") == kernel::filesystem::vfs::operation_result::success);
-      REQUIRE(vfs.unmount("/entrance") == kernel::filesystem::vfs::operation_result::success);
-    }
-  }
-
-  GIVEN("A real image files, containing symbolic links")
-  {
-    REQUIRE(std::filesystem::exists(image_path_1));
-    REQUIRE_NOTHROW(setup_modules_from_img_and_init_vfs({"test_img_module_1"}, {image_path_1}));
-
-    THEN("file can be opened through absolute symbolic link")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto info_1 = vfs.open("/symlinks/info_1_absolute");
-      REQUIRE(info_1 != nullptr);
-    }
-
-    THEN("file can be opened through relative symbolic link")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto info_1 = vfs.open("/symlinks/info_1_relative");
-      REQUIRE(info_1 != nullptr);
-    }
-
-    THEN("file can be opened through symbolic link pointing absolute to the directory containing the file")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto info_1 = vfs.open("/symlinks/information_directory_absolute/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-    }
-
-    THEN("file can be opened through symbolic link pointing relative to the directory containing the file")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto info_1 = vfs.open("/symlinks/information_directory_relative/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-    }
-
-    THEN("symbolic link with path traversing back to the root")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto info_1 = vfs.open("/symlinks/traverse_back_5_times/information/info_1.txt");
-      REQUIRE(info_1 != nullptr);
-    }
-
-    THEN("symbolic link containing an invalid absolute path is handled correctly")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto invalid_symlink = vfs.open("/symlinks/invalid_absolute");
-      REQUIRE(invalid_symlink == nullptr);
-    }
-
-    THEN("symbolic link containing an invalid relative path is handled correctly")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto invalid_symlink = vfs.open("/symlinks/invalid_relative");
-      REQUIRE(invalid_symlink == nullptr);
-    }
-
-    THEN("circular symbolic links are detected and handled correctly")
-    {
-      auto & vfs = kernel::filesystem::vfs::get();
-      auto circular_symlink = vfs.open("/symlinks/symloop_a");
-      REQUIRE(circular_symlink == nullptr);
-    }
-  }
-
-  GIVEN("A real image file containing as filesystem formatted files and this filesystem contains a symbolic link")
-  {
-    REQUIRE(std::filesystem::exists(image_path_1));
-    REQUIRE_NOTHROW(setup_modules_from_img_and_init_vfs({"test_img_module_1"}, {image_path_1}));
-
-    auto & vfs = kernel::filesystem::vfs::get();
-    vfs.do_mount("/archiv/2024.img", "/information");
-
-    THEN("file can be opened through symbolic link pointing to the parent filesystem")
-    {
-      auto closed_file = vfs.open("/information/symlinks/traverse_back_twice/closed.txt");
-      REQUIRE(closed_file != nullptr);
-    }
-  }
-
-  GIVEN("Two real images, one containing a symbolic link leaving and reentering filesystem again")
-  {
-    REQUIRE(std::filesystem::exists(image_path_1));
-    REQUIRE(std::filesystem::exists(image_path_2));
-    REQUIRE_NOTHROW(
-        setup_modules_from_img_and_init_vfs({"test_img_module_1", "test_img_module_2"}, {image_path_1, image_path_2}));
-
-    auto & vfs = kernel::filesystem::vfs::get();
-    vfs.do_mount("/dev/ram16", "/information");
-
-    THEN("file can be opened through symbolic link pointing to the parent filesystem and back into the mounted "
-         "filesystem again")
-    {
-      auto monkey_1 = vfs.open("/information/symlinks/leave_and_reenter_mount/monkey_1.txt");
-      REQUIRE(monkey_1 != nullptr);
-    }
-  }
-
-  GIVEN("One real image containing a very long symbolic link")
-  {
-    REQUIRE(std::filesystem::exists(image_path_3));
-    REQUIRE_NOTHROW(setup_modules_from_img_and_init_vfs({"test_img_module_3"}, {image_path_3}));
-
-    auto & vfs = kernel::filesystem::vfs::get();
-
-    THEN("file can be opened through symbolic link with a long path")
-    {
-      auto fish_30 = vfs.open("/symlinks/very_long_symlink");
-      REQUIRE(fish_30 != nullptr);
-    }
-  }
-
-  GIVEN("One real image containing a valid symbolic link chain")
-  {
-    REQUIRE(std::filesystem::exists(image_path_3));
-    REQUIRE_NOTHROW(setup_modules_from_img_and_init_vfs({"test_img_module_3"}, {image_path_3}));
-
-    auto & vfs = kernel::filesystem::vfs::get();
-
-    THEN("file can be opened through symbolic link chain")
-    {
-      auto map = vfs.open("/symlinks/symlink_chain_1/map.txt");
-      REQUIRE(map != nullptr);
-    }
-  }
-}