1 #pragma once 2 3 /* 4 注意！！！ 5 6 尽管采用MMI/O的方式访问寄存器，但是对于指定大小的寄存器， 7 在发起读请求的时候，只能从寄存器的起始地址位置开始读取。 8 9 例子：不能在一个32bit的寄存器中的偏移量8的位置开始读取1个字节 10 这种情况下，我们必须从32bit的寄存器的0地址处开始读取32bit，然后通过移位的方式得到其中的字节。 11 */ 12 13 #define xhci_read_cap_reg32(id, offset) (__read4b(xhci_hc[id].vbase + (offset))) 14 #define xhci_get_ptr_cap_reg32(id, offset) ((uint32_t *)(xhci_hc[id].vbase + (offset))) 15 #define xhci_write_cap_reg32(id, offset, value) (__write4b(xhci_hc[id].vbase + (offset), (value))) 16 17 #define xhci_read_cap_reg64(id, offset) (__read8b(xhci_hc[id].vbase + (offset))) 18 #define xhci_get_ptr_reg64(id, offset) ((uint64_t *)(xhci_hc[id].vbase + (offset))) 19 #define xhci_write_cap_reg64(id, offset, value) (__write8b(xhci_hc[id].vbase + (offset), (value))) 20 21 #define xhci_read_op_reg8(id, offset) (*(uint8_t *)(xhci_hc[id].vbase_op + (offset))) 22 #define xhci_get_ptr_op_reg8(id, offset) ((uint8_t *)(xhci_hc[id].vbase_op + (offset))) 23 #define xhci_write_op_reg8(id, offset, value) (*(uint8_t *)(xhci_hc[id].vbase_op + (offset)) = (uint8_t)(value)) 24 25 #define xhci_read_op_reg32(id, offset) (__read4b(xhci_hc[id].vbase_op + (offset))) 26 #define xhci_get_ptr_op_reg32(id, offset) ((uint32_t *)(xhci_hc[id].vbase_op + (offset))) 27 #define xhci_write_op_reg32(id, offset, value) (__write4b(xhci_hc[id].vbase_op + (offset), (value))) 28 29 #define xhci_read_op_reg64(id, offset) (__read8b(xhci_hc[id].vbase_op + (offset))) 30 #define xhci_get_ptr_op_reg64(id, offset) ((uint64_t *)(xhci_hc[id].vbase_op + (offset))) 31 #define xhci_write_op_reg64(id, offset, value) (__write8b(xhci_hc[id].vbase_op + (offset), (value))) 32 33 /** 34 * @brief 计算中断寄存器组虚拟地址 35 * @param id 主机控制器id 36 * @param num xhci中断寄存器组号 37 */ 38 #define xhci_calc_intr_vaddr(id, num) (xhci_hc[id].vbase + xhci_hc[id].rts_offset + XHCI_RT_IR0 + (num)*XHCI_IR_SIZE) 39 /** 40 * @brief 读取/写入中断寄存器 41 * @param id 主机控制器id 42 * @param num xhci中断寄存器组号 43 * @param intr_offset 寄存器在当前寄存器组中的偏移量 44 */ 45 #define xhci_read_intr_reg32(id, num, intr_offset) (__read4b(xhci_calc_intr_vaddr(id, num) + (intr_offset))) 46 #define xhci_write_intr_reg32(id, num, intr_offset, value) (__write4b(xhci_calc_intr_vaddr(id, num) + (intr_offset), (value))) 47 #define xhci_read_intr_reg64(id, num, intr_offset) (__read8b(xhci_calc_intr_vaddr(id, num) + (intr_offset))) 48 #define xhci_write_intr_reg64(id, num, intr_offset, value) (__write8b(xhci_calc_intr_vaddr(id, num) + (intr_offset), (value))) 49 50 #define xhci_is_aligned64(addr) (((addr)&0x3f) == 0) // 是否64bytes对齐 51 52 /** 53 * @brief 判断端口信息 54 * @param cid 主机控制器id 55 * @param pid 端口id 56 */ 57 #define XHCI_PORT_IS_USB2(cid, pid) ((xhci_hc[cid].ports[pid].flags & XHCI_PROTOCOL_INFO) == XHCI_PROTOCOL_USB2) 58 #define XHCI_PORT_IS_USB3(cid, pid) ((xhci_hc[cid].ports[pid].flags & XHCI_PROTOCOL_INFO) == XHCI_PROTOCOL_USB3) 59 60 #define XHCI_PORT_IS_USB2_HSO(cid, pid) ((xhci_hc[cid].ports[pid].flags & XHCI_PROTOCOL_HSO) == XHCI_PROTOCOL_HSO) 61 #define XHCI_PORT_HAS_PAIR(cid, pid) ((xhci_hc[cid].ports[pid].flags & XHCI_PROTOCOL_HAS_PAIR) == XHCI_PROTOCOL_HAS_PAIR) 62 #define XHCI_PORT_IS_ACTIVE(cid, pid) ((xhci_hc[cid].ports[pid].flags & XHCI_PROTOCOL_ACTIVE) == XHCI_PROTOCOL_ACTIVE) 63 64 #define XHCI_PORT_REGISTER_OFFSET(__port_id) (XHCI_OPS_PRS + 16 * (__port_id)) 65 66 // 获取端口速度 full=1, low=2, high=3, super=4 67 #define xhci_get_port_speed(__id, __port_id) ((xhci_read_op_reg32((__id), XHCI_PORT_REGISTER_OFFSET(__port_id) + XHCI_PORT_PORTSC) >> 10) & 0xf) 68 69 /** 70 * @brief 设置link TRB的命令（dword3） 71 * 72 */ 73 #define xhci_TRB_set_link_cmd(trb_vaddr) \ 74 do \ 75 { \ 76 struct xhci_TRB_normal_t *ptr = (struct xhci_TRB_normal_t *)(trb_vaddr); \ 77 ptr->TRB_type = TRB_TYPE_LINK; \ 78 ptr->ioc = 0; \ 79 ptr->chain = 0; \ 80 ptr->ent = 0; \ 81 ptr->cycle = 1; \ 82 } while (0) 83 84 // 设置endpoint结构体的dequeue_cycle_state bit 85 #define xhci_ep_set_dequeue_cycle_state(ep_ctx_ptr, state) ((ep_ctx_ptr)->tr_dequeue_ptr |= ((state)&1)) 86 // 获取endpoint结构体的dequeue_cycle_state bit 87 #define xhci_ep_get_dequeue_cycle_state(ep_ctx_ptr) (((ep_ctx_ptr)->tr_dequeue_ptr) & 1)