1 /* 2 * Copyright (c) 2020 HiSilicon (Shanghai) Technologies CO., LIMITED. 3 * Licensed under the Apache License, Version 2.0 (the "License"); 4 * you may not use this file except in compliance with the License. 5 * You may obtain a copy of the License at 6 * 7 * http://www.apache.org/licenses/LICENSE-2.0 8 * 9 * Unless required by applicable law or agreed to in writing, software 10 * distributed under the License is distributed on an "AS IS" BASIS, 11 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. 12 * See the License for the specific language governing permissions and 13 * limitations under the License. 14 * Description: hcc dfx completion. 15 * Author: 16 * Create: 2021-05-13 17 */ 18 19 #ifndef HCC_DFX_HEADER 20 #define HCC_DFX_HEADER 21 22 #include "td_type.h" 23 #include "hcc_comm.h" 24 #include "hcc_cfg_comm.h" 25 #include "hcc_types.h" 26 #include "hcc_cfg_comm.h" 27 #include "soc_osal.h" 28 29 typedef struct _hcc_service_stat_ { 30 /* 业务申请内存成功、失败的总次数, 业务内存只有RX方向需要hcc申请 */ 31 td_u32 alloc_succ_cnt; /* 回调业务alloc返回成功次数 */ 32 td_u32 alloc_cb_cnt; /* 回调业务alloc次数 */ 33 td_u32 alloc_fail_cnt; /* 申请内存失败的次数: 其中包含参数错误引起未调用回调场景 */ 34 35 /* 回调业务free的次数 */ 36 td_u32 free_cnt; 37 38 #ifdef CONFIG_HCC_SUPPORT_FLOW_CONTRL 39 /* 回调业务start_subq的次数 */ 40 td_u32 start_subq_cnt; 41 /* 回调业务stop_subq的次数 */ 42 td_u32 stop_subq_cnt; 43 #endif 44 /* 回调业务 rx_proc 统计 */ 45 td_u32 rx_cnt; /* 调用次数 */ 46 td_u32 exp_rx_cnt; /* 实际应调用次数 */ 47 48 td_u32 bus_tx_succ; /* 通道发送成功包数量 */ 49 50 td_u32 rx_err_cnt; 51 } hcc_service_stat; 52 53 typedef struct _hcc_queue_stat_ { 54 /* 队列申请内存成功、失败次数 */ 55 /* 释放次数无法记录，数据可能会不准确，暂不记录 */ 56 td_u32 alloc_succ_cnt; 57 td_u32 alloc_fail_cnt; 58 59 td_u32 total_pkts; // 当前队列处理帧的数量，成功传递给对端 或 成功传递给业务的包数量 60 td_u32 loss_pkts; // 当前队列丢帧数量 61 } hcc_queue_stat; 62 63 typedef struct _hcc_bus_stat_ { 64 td_u32 total_tx_pkts; // 发送成功的数量 65 td_u32 loss_tx_pkts; // 发送丢帧数量 66 } hcc_bus_stat; 67 68 typedef struct _hcc_inner_stat_ { 69 td_u32 unc_alloc_succ[HCC_DIR_COUNT]; 70 td_u32 unc_alloc_fail[HCC_DIR_COUNT]; 71 td_u32 unc_free_cnt; 72 td_u32 mem_free_cnt; 73 td_u32 srv_rx_cnt; 74 td_u16 tx_fail_exit_cnt; 75 td_u16 proc_packet_overnum_cnt; 76 } hcc_inner_stat; 77 78 typedef struct _hcc_dfx_ { 79 osal_spinlock hcc_dfx_lock; 80 #ifdef CONFIG_HCC_SUPPORT_DFX_SRV 81 hcc_service_stat *service_stat; 82 #endif 83 hcc_queue_stat *queue_stat[HCC_DIR_COUNT]; 84 hcc_inner_stat inner_stat; 85 td_u8 que_max_cnt; 86 td_u8 srv_max_cnt; 87 td_u16 rsv; 88 } hcc_dfx; 89 90 td_void hcc_proc_overnum_inc(td_void *hcc); 91 td_void hcc_tx_fail_inc(td_void *hcc); 92 td_void hcc_dfx_queue_info_print(td_u8 chl, hcc_queue_dir dir, hcc_queue_type q_id); 93 td_void hcc_dfx_service_info_print(td_u8 chl, hcc_service_type service_type); 94 td_void hcc_bus_dfx_statics_print(td_u8 chl); 95 #endif /* HCC_DFX_HEADER */ 96