2022-11-10 22:22:48 +08:00
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<!--
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* Copyright : (C) 2022 Phytium Information Technology, Inc.
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* All Rights Reserved.
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*
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* This program is OPEN SOURCE software: you can redistribute it and/or modify it
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* under the terms of the Phytium Public License as published by the Phytium Technology Co.,Ltd,
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* either version 1.0 of the License, or (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,but WITHOUT ANY WARRANTY;
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* without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
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* See the Phytium Public License for more details.
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*
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*
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* FilePath: fxmac.md
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* Date: 2022-07-12 15:31:05
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* LastEditTime: 2022-07-12 15:31:05
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* Description: This file is for
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*
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* Modify History:
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* Ver Who Date Changes
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* ----- ------ -------- --------------------------------------
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-->
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# FXMAC 驱动程序
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## 1. 概述
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以太网控制器(XMAC)的主要功能是在兼容 IEEE802.3 standard 标准的以太网中发送和接收数据,当前支持 SGMII/RGMII 的 PHY 接口
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XMAC 接口特点包括
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- 支持速率 1000Mbps/100Mbps/10Mbps
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- 支持 Reduced Gigabit Media Independent Interface (RGMII)
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- 支持 SGMII Serial Gigabit Media-Independent Interface (SGMII)
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## 2. 功能
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XMAC 驱动提供了以太网控制器的初始化,DMA 环形队列使用函数,外部PHY 接口相关的配置功能
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XMAC 驱动程序的源文件包括,
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```
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.
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├── fxmac_bd.h
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├── fxmac_bdring.c
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├── fxmac_bdring.h
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├── fxmac.c
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├── fxmac_g.c
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├── fxmac.h
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├── fxmac_hw.h
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├── fxmac_intr.c
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├── fxmac_options.c
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├── fxmac_phy.c
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├── fxmac_phy.h
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├── fxmac_sinit.c
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├── Kconfig
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└── phy
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├── eth_ieee_reg.h
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└── yt
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├── phy_yt.c
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└── phy_yt.h
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```
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- 其中fxmac.h/fxmac.c 为开发者提供以下功能:
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1. mac 控制器实例初始化
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2. 设置每个控制器实例中4个mac地址的接口
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3. 设置每个控制器实例中4个mac匹配地址的接口
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4. 外置phy 芯片交互接口
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5. 中断相关接口
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- 其中fxmac_bdring.h/fxmac_bdring.c 为开发者提供了以下功能:
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1. 创建dma 环形队列
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2. 环形队列数据拷贝
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3. 环形队列描述符分配
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4. 环形队列描述符释放
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## 4 应用示例
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### [fgmac_lwip_echo](../../../baremetal/example/fgmac_lwip_echo/README.md)
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- 启动LWIP网络协议栈,通过FXMAC驱动,支持开发板和网络主机的ping通
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### [lwip port](../../../third-party/lwip-2.1.2/ports/fxmac/)
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- fxmac 耦合lwip 功能
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## 5. API参考
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### 5.1. 用户数据结构
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- FXMAC 驱动配置数据
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```c
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typedef struct
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{
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u32 instance_id; /* Id of device*/
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volatile uintptr_t base_address;
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volatile uintptr_t extral_mode_base;
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volatile uintptr_t extral_loopback_base;
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FXmacPhyInterface interface; /* 接口类型,提供SGMII/RGMII 选择 */
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u32 speed; /* FXMAC_SPEED_XXX */
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u32 duplex; /* 1 is full-duplex , 0 is half-duplex */
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u32 auto_neg; /* Enable auto-negotiation - when set active high, autonegotiation operation is enabled. */
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u32 pclk_hz;
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u32 max_queue_num; /* Number of Xmac Controller Queues */
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2023-05-11 10:25:21 +08:00
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u32 tx_queue_id; /* 0 ~ FXMAC_QUEUE_MAX_NUM ,Index queue number */
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u32 rx_queue_id; /* 0 ~ FXMAC_QUEUE_MAX_NUM ,Index queue number */
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2022-11-10 22:22:48 +08:00
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u32 hotplug_irq_num;
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u32 dma_brust_length; /* burst length */
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u32 network_default_config; /* mac 控制器默认配置 */
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2023-05-11 10:25:21 +08:00
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u32 queue_irq_num[FXMAC_QUEUE_MAX_NUM]; /* mac0 8个 ,其他的 4个 */
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2022-11-10 22:22:48 +08:00
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} FXmacConfig;
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```
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- FGMAC 驱动控制数据
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```c
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typedef struct
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{
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FXmacConfig config;
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u32 is_ready; /* Device is ininitialized and ready*/
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u32 is_started;
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u32 link_status; /* indicates link status ,FXMAC_LINKUP is link up ,FXMAC_LINKDOWN is link down,FXMAC_NEGOTIATING is need to negotiating*/
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u32 options;
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FXmacQueue tx_bd_queue; /* Transmit Queue */
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FXmacQueue rx_bd_queue; /* Receive Queue */
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FXmacIrqHandler send_irq_handler;
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void *send_args;
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FXmacIrqHandler recv_irq_handler;
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void *recv_args;
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FXmacErrorIrqHandler error_irq_handler;
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void *error_args;
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FXmacIrqHandler link_change_handler;
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void *link_change_args;
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FXmacIrqHandler restart_handler;
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void *restart_args;
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u32 moudle_id; /* Module identification number */
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u32 max_mtu_size;
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u32 max_frame_size;
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u32 phy_address; /* phy address */
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u32 rxbuf_mask; /* Filter length */ /* 1000,100,10 */
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} FXmac;
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```
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- FGMAC DMA描述符
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```c
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typedef struct
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{
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uintptr phys_base_addr; /* Physical address of 1st BD in list */
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uintptr base_bd_addr; /* Virtual address of 1st BD in list */
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uintptr high_bd_addr; /* Virtual address of last BD in the list */
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u32 length; /* Total size of ring in bytes */
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u32 run_state; /* Flag to indicate DMA is started */
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u32 separation; /* Number of bytes between the starting address
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of adjacent BDs */
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FXmacBd *free_head;
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/* First BD in the free group */
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FXmacBd *pre_head; /* First BD in the pre-work group */
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FXmacBd *hw_head; /* First BD in the work group */
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FXmacBd *hw_tail; /* Last BD in the work group */
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FXmacBd *post_head;
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/* First BD in the post-work group */
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FXmacBd *bda_restart;
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/* BDA to load when channel is started */
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volatile u32 hw_cnt; /* Number of BDs in work group */
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u32 pre_cnt; /* Number of BDs in pre-work group */
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u32 free_cnt; /* Number of allocatable BDs in the free group */
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u32 post_cnt; /* Number of BDs in post-work group */
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u32 all_cnt; /* Total Number of BDs for channel */
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} FXmacBdRing;
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```
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- FGMAC DMA描述符表(链式)相关数据
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```c
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typedef struct
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{
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u32 desc_idx; /* For Current Desc position */
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u32 desc_buf_idx; /* For Current Desc buffer buf position */
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u32 desc_max_num; /* Max Number for Desc and Desc buffer */
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u8 *desc_buf_base; /* Desc buffer Base */
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} FGmacRingDescData;
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```
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### 5.2 错误码定义
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- 模块错误码编号:0x1070000
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- [0x0] FGMAC: Success
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- FXMAC_ERR_INVALID_PARAM : Invalid parameter
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- FXMAC_ERR_SG_LIST : dma ring out of sequence
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- FXMAC_ERR_GENERAL :the number of BDs to allocate greater that the number of BDs in the preprocessing state.
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- FXMAC_ERR_SG_NO_LIST : dma ring is not allocated
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- FXMAC_ERR_PHY_BUSY : if there is another PHY operation in progress
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- FXMAC_PHY_IS_NOT_FOUND : phy is not found
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- FXMAC_PHY_AUTO_AUTONEGOTIATION_FAILED : PHY autonegotiation is error
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- FXMAC_ERR_MAC_IS_PROCESSING : MAC controllers are enabled together. As a result, some operations cannot be mirrored
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### 5.3 初始化流程
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1. FXmacLookupConfig 获取默认配置
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2. 修改默认配置 中 phy interface 类型、协商模式
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3. 初始化mac 模块
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4. 初始化phy 模块
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5. 初始化mac 中断
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6. 初始化dma 模块
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7. 根据mac 默认配置启动mac 功能
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### 5.4. 用户API接口
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#### FXmacLookupConfig
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- 获取FXMAC驱动的默认配置参数
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```c
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const FXmacConfig *FXmacLookupConfig(u32 instance_id);
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```
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Note:
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- 返回FXMAC的默认配置,复制后修改配置
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- 需要确认当前平台支持输入的instance_id
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Input:
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- {u32} instance_id, 驱动控制器号
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Return:
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- {const FXmacConfig *}, 驱动默认配置
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#### FXmacCfgInitialize
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- 完成FGMAC驱动实例的初始化,使之可以使用
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```c
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FError FXmacCfgInitialize(FXmac *instance_p, const FXmacConfig *config_p)
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```
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Note:
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- 此函数会重置FGMAC控制器和FGMAC控制数据
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Input:
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- {FXmac} *instance_p MAC 控制器实例指针
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- {FXmacConfig} *cofig_p 控制器驱动配置数据
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Return:
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- {FError} 驱动初始化的错误码信息,FGMAC_SUCCESS 表示初始化成功,其它返回值表示初始化失败
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#### FXmacInitInterface
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- 根据phy 接口类型 ,初始化mac 控制器配置
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```c
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void FXmacInitInterface(FXmac *instance_p)
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```
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Note:
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- 此函数一般用于 PHY 芯片协商完成之后被调用,与PHY配置进行适配
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Input:
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- {FXmac} *instance_p MAC 控制器实例指针
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#### FXmacGetMacAddress
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- 根据index 获取mac 地址
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```c
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void FXmacGetMacAddress(FXmac *instance_p, u8 *address_ptr, u8 index)
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```
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Input :
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- {FGmac} *instance_p MAC 控制器实例指针
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- {u8} index MAC(0-3)地址的索引
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Output :
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- {u8} *address_ptr 是指向缓冲区的指针当前MAC地址将被复制。
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#### FXmacSetMacAddress
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- 根据index 写入mac 地址
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```c
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FError FXmacSetMacAddress(FXmac *instance_p, u8 *address_ptr, u8 index);
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```
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Input :
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- {FGmac} *instance_p MAC 控制器实例指针
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- {u8} *address_ptr 是指向缓冲区的指针当前MAC地址将被复制。
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- {u8} index MAC(0-3)地址的索引
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Output :
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- {FError} FT_SUCCESS 如果MAC地址设置成功
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#### FXmacSetOptions
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- 设置FXmac 中的相关配置信息
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```c
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FError FXmacSetOptions(FXmac *instance_p, u32 options, u32 queue_num)
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```
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Note:
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- 必须在mac 控制器关闭的情况被调用
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Input:
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- {FGmac} *instance_p MAC 控制器实例指针
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- {u32} options 是要设置的选项。 选项参数位于 fxmac.h 中的 FXMAC_****_OPTION
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- {u32} queue_num mac控制器中队列的选项,仅在 FXMAC_JUMBO_ENABLE_OPTION 配置时被使用
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Return:
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- {FError} FT_SUCCESS 设置成功
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#### FXmacClearOptions
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- 清除FXmac 中的相关配置信息
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```c
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FError FXmacClearOptions(FXmac *instance_p, u32 options, u32 queue_num)
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```
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Note:
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- 必须在mac 控制器关闭的情况被调用
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Input:
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- {FGmac} *instance_p MAC 控制器实例指针
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- {u32} options 是要设置的选项。 选项参数位于 fxmac.h 中的 FXMAC_****_OPTION
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- {u32} queue_num mac控制器中队列的选项,仅在 FXMAC_JUMBO_ENABLE_OPTION 配置时被使用
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Return:
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- {FError} FT_SUCCESS 清除成功
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#### FXmacStart
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- 启动以太网控制器
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```c
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void FXmacStart(FXmac *instance_p)
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```
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note:
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- 根据 network_default_config 中的 FXMAC_TRANSMIT_ENABLE_OPTION 与
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FXMAC_RECEIVER_ENABLE_OPTION ,决定是否开启控制器的接收与发送功能。并且默认开启接收与发送相关中断
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Input:
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- {FGmac} *instance_p MAC 控制器实例指针
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#### FXmacStop
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- 关闭以太网控制器
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```c
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void FXmacStop(FXmac *instance_p)
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```
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note:
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- 关闭所有中断,关闭接收与发送功能
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Input:
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- {FGmac} *instance_p MAC 控制器实例指针
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#### FXmacSetQueuePtr
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- 设置mac 控制器中接收/发送缓冲区 的描述符环形队列的首地址
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```c
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void FXmacSetQueuePtr(FXmac *instance_p, uintptr queue_p, u8 queue_num,
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u32 direction)
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```
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Note:
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- 描述符环形队列的首地址按照128bit 对其
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Input:
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- {FXmac} *instance_p MAC 控制器实例指针
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- {uintptr} queue_p 写入队列的地址
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- {u8} queue_num 缓冲队列索引
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- {u32} direction 当为 FXMAC_SEND 表示方向为发送,当为 FXMAC_RECV 表示方向为接收
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#### FXmacPhyWrite
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- 将数据写入指定的PHY寄存器。
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```c
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FError FXmacPhyWrite(FXmac *instance_p, u32 phy_address,
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u32 register_num, u16 phy_data)
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```
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Note:
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- 这个函数不是线程安全的。 用户必须提供互斥的如果有多个线程可以调用该函数,则访问该函数。
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Input:
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- {FXmac} *instance_p MAC 控制器实例指针
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- {u32} phy_address 要写入的PHY的地址
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- {u32} register_num 要写入的PHY的地址,特定PHY寄存器的寄存器号0-31
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- {u16} phy_data 需要写入对应PHY 芯片中 对应register_num 的参数
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Return:
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- {FError} FT_SUCCESS PHY 写入成功
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#### FXmacPhyRead
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- 指定PHY 芯片中对应的寄存器号,读出其中对应的参数
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```c
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FError FXmacPhyRead(FXmac *instance_p, u32 phy_address,
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u32 register_num, u16 *phydat_aptr)
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```
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Note:
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- 这个函数不是线程安全的。 用户必须提供互斥的如果有多个线程可以调用该函数,则访问该函数。
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Input:
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- {FXmac} *instance_p MAC 控制器实例指针
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- {u32} phy_address 要写入的PHY的地址
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- {u32} register_num 要写入的PHY的地址,特定PHY寄存器的寄存器号0-31
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Output:
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- {u16} *phydat_aptr 需要读出对应PHY 芯片中 对应register_num中值的指针
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Return:
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- {FError} FT_SUCCESS PHY 读入成功
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#### FXmacPhyInit
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- 初始化PHY 芯片 ,首先检查出当前已连接的PHY 芯片地址,然后根据协商方式,确定
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```c
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FError FXmacPhyInit(FXmac *instance_p, u32 speed,u32 duplex_mode, u32 autonegotiation_en);
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```
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Input:
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- {FXmac} *instance_p MAC 控制器实例指针
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- {u32} speed 需要设置的速度
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- {u32} duplex_mode 双工模式配置,1为全双工,0 为半双工
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- {u32} autonegotiation_en 为1 时,PHY 会进行自协商操作。为0时 ,将根据配置项进行协商
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Return:
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- FError FT_SUCCESS 初始化成功
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#### FXmacSelectClk
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- 根据MAC 与 PHY 芯片连接的情况,设置相关时钟参数
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```c
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void FXmacSelectClk(FXmac *instance_p )
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```
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Input:
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- {FXmac} *instance_p MAC 控制器实例指针
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#### FXmacSetHandler
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- 设置中断回调函数
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```c
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FError FXmacSetHandler(FXmac *instance_p, u32 handler_type, void *func_pointer, void *call_back_ref)
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```
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Input:
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- {FXmac} *instance_p MAC 控制器实例指针
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- {u32} handler_type 指示中断处理程序类型 ,具体参数参考 FXMAC_HANDLER_***
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- {void } *func_pointer 回调函数接口
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- {void } *call_back_ref 回调函数的传入参数
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