#ifndef _LVE_GLOBAL_PARAMS_H_
#define _LVE_GLOBAL_PARAMS_H_

#define BITMASK_SZ     (sizeof(uint64_t) * 3)
#define PARAM_SZ       (BITMASK_SZ * BITS_PER_BYTE)

enum lve_params {
	LVE_SYMLINK_PROTECTION = 1,
	LVE_HARDLINK_PROTECTION,
	LVE_HANDLE_SYMLINK_OWNER,
	LVE_HANDLE_SYMLINK_BY_TASK,
	LVE_HANDLE_SYMLINK_PROC,
	LVE_SYMLINK_OWNER_GID,
	LVE_SYMLINK_PROT_ALLOW_GID,
	LVE_HARDLINK_PROT_ALLOW_GID,
	LVE_GLOBAL_NONROOT,
	LVE_XFS_QUOTA_CAP_RES_BYPASS,
	LVE_PROC_CAN_SEE_OTHER_UID,
	LVE_PROC_SUPER_GID,
	LVE_PROC_DISABLE_NET,
	LVE_MEMSTAT_NO_CACHE,

	LVE_PTRACE_ENABLED,
	LVE_PTRACE_SELF_ENABLED,

	LVE_GRACE_PERIOD = 125,
	LVE_PARAM_MAX = PARAM_SZ /*192*/,
};

typedef int (*param_cb)(uint64_t val);

int lve_update_grace_period(uint64_t val);

void lve_params_init(void);
int lve_get_param(enum lve_params lve_param, uint64_t *val);
int lve_set_param(enum lve_params, uint64_t val);
int lve_set_param_callback(enum lve_params, param_cb cb);
void lve_set_param_callbacks(void);

static inline bool param_is_enabled(enum lve_params param)
{
        uint64_t enabled;

        if (lve_get_param(param, &enabled) < 0) {
                pr_err("can't read param %u\n", param);
                return false;
        }

        return enabled != 0UL ? true : false;
}

#endif