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#include "devices/storage/StorageManagement.hpp"
#include "kapi/boot_modules.hpp"
#include "kapi/system.hpp"
#include "devices/BlockDevice.hpp"
#include "devices/storage/RAMDisk/RAMDiskController.hpp"
#include "devices/storage/StorageController.hpp"
#include <algorithm>
#include <optional>
namespace devices::storage
{
namespace
{
constinit auto static active_storage_management = std::optional<storage_management>{};
constinit auto static active_ram_disk_controller = std::optional<ram_disk::ram_disk_controller>{};
} // namespace
auto storage_management::init() -> void
{
if (active_storage_management)
{
kapi::system::panic("[DEVICES] Storage management has already been initialized.");
}
active_storage_management.emplace(storage_management{});
active_ram_disk_controller.emplace(&kapi::boot_modules::get_boot_module_registry());
active_storage_management->add_controller(&active_ram_disk_controller.value());
std::ranges::for_each(active_storage_management->m_controllers, [](auto controller) { controller->probe(); });
}
auto storage_management::get() -> storage_management &
{
if (!active_storage_management)
{
kapi::system::panic("[DEVICES] Storage management has not been initialized.");
}
return *active_storage_management;
}
auto storage_management::add_controller(storage_controller * controller) -> void
{
m_controllers.at(0) = controller; // TODO BA-FS26 use push_back from kstd:vector
}
auto storage_management::add_device(block_device * device) -> void
{
m_devices.at(0) = device; // TODO BA-FS26 use push_back from kstd:vector
}
} // namespace devices::storage
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