const C = @cImport({
    @cInclude("uacpi/event.h");
    @cInclude("uacpi/io.h");
    @cInclude("uacpi/namespace.h");
    @cInclude("uacpi/notify.h");
    @cInclude("uacpi/opregion.h");
    @cInclude("uacpi/osi.h");
    @cInclude("uacpi/resources.h");
    @cInclude("uacpi/sleep.h");
    @cInclude("uacpi/status.h");
    @cInclude("uacpi/tables.h");
    @cInclude("uacpi/types.h");
    @cInclude("uacpi/uacpi.h");
    @cInclude("uacpi/utilities.h");
});

pub const Status = enum(C.uacpi_status) {
    ok = C.UACPI_STATUS_OK,
    mapping_failed = C.UACPI_STATUS_MAPPING_FAILED,
    out_of_memory = C.UACPI_STATUS_OUT_OF_MEMORY,
    bad_checksum = C.UACPI_STATUS_BAD_CHECKSUM,
    invalid_signature = C.UACPI_STATUS_INVALID_SIGNATURE,
    invalid_table_length = C.UACPI_STATUS_INVALID_TABLE_LENGTH,
    not_found = C.UACPI_STATUS_NOT_FOUND,
    invalid_argument = C.UACPI_STATUS_INVALID_ARGUMENT,
    unimplemented = C.UACPI_STATUS_UNIMPLEMENTED,
    already_exists = C.UACPI_STATUS_ALREADY_EXISTS,
    internal_error = C.UACPI_STATUS_INTERNAL_ERROR,
    type_mismatch = C.UACPI_STATUS_TYPE_MISMATCH,
    init_level_mismatch = C.UACPI_STATUS_INIT_LEVEL_MISMATCH,
    namespace_node_dangling = C.UACPI_STATUS_NAMESPACE_NODE_DANGLING,
    no_handler = C.UACPI_STATUS_NO_HANDLER,
    no_resource_end_tag = C.UACPI_STATUS_NO_RESOURCE_END_TAG,
    compiled_out = C.UACPI_STATUS_COMPILED_OUT,
    hardware_timeout = C.UACPI_STATUS_HARDWARE_TIMEOUT,
    timeout = C.UACPI_STATUS_TIMEOUT,
    overridden = C.UACPI_STATUS_OVERRIDDEN,
    denied = C.UACPI_STATUS_DENIED,

    // All errors that have bytecode-related origin should go here
    aml_undefined_reference = C.UACPI_STATUS_AML_UNDEFINED_REFERENCE,
    aml_invalid_namestring = C.UACPI_STATUS_AML_INVALID_NAMESTRING,
    aml_object_already_exists = C.UACPI_STATUS_AML_OBJECT_ALREADY_EXISTS,
    aml_invalid_opcode = C.UACPI_STATUS_AML_INVALID_OPCODE,
    aml_incompatible_object_type = C.UACPI_STATUS_AML_INCOMPATIBLE_OBJECT_TYPE,
    aml_bad_encoding = C.UACPI_STATUS_AML_BAD_ENCODING,
    aml_out_of_bounds_index = C.UACPI_STATUS_AML_OUT_OF_BOUNDS_INDEX,
    aml_sync_level_too_high = C.UACPI_STATUS_AML_SYNC_LEVEL_TOO_HIGH,
    aml_invalid_resource = C.UACPI_STATUS_AML_INVALID_RESOURCE,
    aml_loop_timeout = C.UACPI_STATUS_AML_LOOP_TIMEOUT,
    aml_call_stack_depth_limit = C.UACPI_STATUS_AML_CALL_STACK_DEPTH_LIMIT,
};

pub const InterruptResult = enum(C.uacpi_interrupt_ret) {
    not_handled = C.UACPI_INTERRUPT_NOT_HANDLED,
    handled = C.UACPI_INTERRUPT_HANDLED,
};

pub const LogLevel = enum(C.uacpi_log_level) {
    debug = C.UACPI_LOG_DEBUG,
    err = C.UACPI_LOG_ERROR,
    info = C.UACPI_LOG_INFO,
    trace = C.UACPI_LOG_TRACE,
    warn = C.UACPI_LOG_WARN,
};

pub const InterruptHandler = *const fn(Handle) callconv(.C) InterruptResult;

pub const Handle = C.uacpi_handle;
pub const CpuFlags = C.uacpi_cpu_flags;
pub const PhysAddr = C.uacpi_phys_addr;
pub const ThreadId = C.uacpi_thread_id;
pub const WorkType = C.uacpi_work_type;
pub const PciAddress = C.uacpi_pci_address;
pub const WorkHandler = C.uacpi_work_handler;