* Copyright (c) Huawei Technologies Co., Ltd. 2025. All rights reserved.
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License version 2 and
* only version 2 as published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*/
#ifndef PBL_RUNENV_CONFIG_H
#define PBL_RUNENV_CONFIG_H
#include <linux/types.h>
#define DBL_RC_MODE 0
#define DBL_EP_MODE 1
#define DBL_HOST_DEPLOYMENT 0
#define DBL_DEVICE_DEPLOYMENT 1
* @driver base layer interface
* @description: Set device RC/EP mode info.
* @attention : For device, called by PCIE module_init only.
* @param [in] : mode(u32), RC/EP mode.
* @param [out]: NULL
* @return : 0(success) or -EINVAL(invalid mode error)
*/
int dbl_set_rc_ep_mode(u32 mode);
* @driver base layer interface
* @description: Get device RC/EP mode info.
* @attention : For device.
* @param [in] : NULL
* @param [out]: NULL
* @return : DBL_RC_MODE or DBL_EP_MODE
*/
u32 dbl_get_rc_ep_mode(void);
* @driver base layer interface
* @description: Get product deployment mode (host/device).
* @attention : For host & device.
* @param [in] : NULL
* @param [out]: NULL
* @return : DBL_HOST_DEPLOYMENT or DBL_DEVICE_DEPLOYMENT
*/
u32 dbl_get_deployment_mode(void);
#define DBL_IN_PHYSICAL_MACH 0xaaa
#define DBL_IN_NORMAL_DOCKER 0xbbb
#define DBL_IN_ADMIN_DOCKER 0xccc
#define DBL_IN_VIRTUAL_MACH 0xddd
#define DBL_IN_UNKNOWN_MACH 0xfff
* @driver base layer interface
* @description: Get the run_env of the current process
* @attention : NULL
* @param [in] : NULL
* @param [out]: NULL
* @return : DBL_IN_PHYSICAL_MACH or DBL_IN_NORMAL_DOCKER or DBL_IN_ADMIN_DOCKER or DBL_IN_VIRTUAL_MACH
*/
int dbl_get_run_env(void);
* @driver base layer interface
* @description: Get the run_env of the current process
* @attention : NULL
* @param [in] : NULL
* @param [out]: NULL
* @return : True(in normal docker, not include admin docker) or False(not in normal docker)
*/
bool run_in_normal_docker(void);
* @driver base layer interface
* @description: Get the run_env of the current process
* @attention : NULL
* @param [in] : NULL
* @param [out]: NULL
* @return : True(in docker, include normal docker and admin docker) or False(not in docker)
*/
bool run_in_docker(void);
* @driver base layer interface
* @description: Get the run_env of the current process
* @attention : NULL
* @param [in] : NULL
* @param [out]: NULL
* @return : return if current have admin permission(host or admin docker will return true)
*/
bool dbl_current_is_admin(void);
* @driver base layer interface
* @description: Judge whether the current process is running in virtual machine
* @attention : NULL
* @param [in] : NULL
* @param [out]: NULL
* @return : True (in virtual machine) or False(not in virtual machine)
*/
bool run_in_virtual_mach(void);
* @driver base layer interface
* @description: Get the drv_version of the current process
* @attention : NULL
* @param [in] : recv drv_version buf and len
* @param [out]: drv_version string
* @return : return 0 if success, otherwise return err code
*/
int dbl_runenv_get_drv_version(char *buf, u32 len);
#define DBL_CUST_OP_ENHANCE_DISABLE 0
#define DBL_CUST_OP_ENHANCE_ENABLE 1
* @driver base layer interface
* @description: Get the custom op enhance mode
* @attention : NULL
* @param [in] : udevid(u32)
* @param [out]: mode(u32), enable/disable
* @return : 0(success) or other (failed)
*/
int dbl_get_cust_op_enhance_mode(unsigned int udevid, unsigned int *mode);
* @driver base layer interface
* @description: Set the custom op enhance mode
* @attention : NULL
* @param [in] : udevid(u32)
* @param [in] : mode(u32), enable/disable
* @param [out]: NULL
* @return : 0(success) or other (failed)
*/
int dbl_set_cust_op_enhance_mode(unsigned int udevid, unsigned int mode);
* @driver base layer interface
* @description: Get the container pid from host pid
* @attention : If not run in docker, container_pid is host_pid
* @param [in] : host_pid(pid_t)
* @param [out]: container_pid(pid_t)
* @return : 0(success) or other (failed)
*/
int dbl_host_pid_to_container_pid(pid_t host_pid, pid_t *container_pid);
#endif
