问答

iic中断接收例程中，这个操作是干什么用的 观察寄存器实际还在使能状态，这个个代码看起来没有任何作用，但是不加还不行，为什么 [img]data:image/png;base64,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[/img]

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[/img]小白最近新开始学习，用n32g432c8l7跟pc通信 不知道为什么接收数据的时候偶尔会有错误

在配置完成IIC从机模式后，主机向从机发送9位数据，在从机收到数据后主函数的代码会跑不到，不知道在什么地方造成了阻塞，接收完毕会产生多次的STPDEF中断吗，但是IIC从机模式的故障应该也不会影响到主函数的运行才对，有没有懂的大佬帮忙分析一下谢谢，代码如下[color=#dadada][backcolor=rgb(30, 30, 30)][font=Consolas, "][size=17px][color=#b4b4b4]#[/color][color=#9a9a9a]include[/color][color=#c8c8c8] [/color][color=#e8c9bb]"[/color][color=#ce9178]gd32e230.h[/color][color=#e8c9bb]"[/color] [color=#b4b4b4]#[/color][color=#9a9a9a]define[/color][color=#c8c8c8] [/color][color=#beb7ff]MSG_RECV_BYTE_SUM[/color][color=#c8c8c8] [/color][color=#b5cea8]9[/color] [color=#b4b4b4]#[/color][color=#9a9a9a]define[/color][color=#c8c8c8] [/color][color=#beb7ff]MSG_SEND_BYTE_SUM[/color][color=#c8c8c8] [/color][color=#b5cea8]6[/color] [color=#b4b4b4]#[/color][color=#9a9a9a]define[/color][color=#c8c8c8] [/color][color=#beb7ff]I2C0_OWN_ADDRESS7[/color][color=#c8c8c8] [/color][color=#b5cea8]0x44[/color] [color=#569cd6]void[/color] [color=#dcdcaa]iic_msg_gpio_config_init[/color][color=#b4b4b4]([/color][color=#569cd6]void[/color][color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] [color=#57a64a] /* enable GPIOB clock */[/color] [color=#dcdcaa]rcu_periph_clock_enable[/color][color=#b4b4b4]([/color]RCU_GPIOB[color=#b4b4b4]);[/color] [color=#57a64a] /* enable I2C0 clock */[/color] [color=#dcdcaa]rcu_periph_clock_enable[/color][color=#b4b4b4]([/color]RCU_I2C0[color=#b4b4b4]);[/color] [color=#57a64a] /* connect PB6 to I2C0_SCL */[/color] [color=#dcdcaa]gpio_af_set[/color][color=#b4b4b4]([/color]GPIOB[color=#b4b4b4],[/color] GPIO_AF_1[color=#b4b4b4],[/color] GPIO_PIN_6[color=#b4b4b4]);[/color] [color=#57a64a] /* connect PB7 to I2C0_SDA */[/color] [color=#dcdcaa]gpio_af_set[/color][color=#b4b4b4]([/color]GPIOB[color=#b4b4b4],[/color] GPIO_AF_1[color=#b4b4b4],[/color] GPIO_PIN_7[color=#b4b4b4]);[/color] [color=#57a64a] /* configure GPIO pins of I2C0 */[/color] [color=#dcdcaa]gpio_mode_set[/color][color=#b4b4b4]([/color]GPIOB[color=#b4b4b4],[/color] GPIO_MODE_AF[color=#b4b4b4],[/color] GPIO_PUPD_PULLUP[color=#b4b4b4],[/color] GPIO_PIN_6[color=#b4b4b4]);[/color] [color=#dcdcaa]gpio_output_options_set[/color][color=#b4b4b4]([/color]GPIOB[color=#b4b4b4],[/color] GPIO_OTYPE_OD[color=#b4b4b4],[/color] GPIO_OSPEED_50MHZ[color=#b4b4b4],[/color] GPIO_PIN_6[color=#b4b4b4]);[/color] [color=#dcdcaa]gpio_mode_set[/color][color=#b4b4b4]([/color]GPIOB[color=#b4b4b4],[/color] GPIO_MODE_AF[color=#b4b4b4],[/color] GPIO_PUPD_PULLUP[color=#b4b4b4],[/color] GPIO_PIN_7[color=#b4b4b4]);[/color] [color=#dcdcaa]gpio_output_options_set[/color][color=#b4b4b4]([/color]GPIOB[color=#b4b4b4],[/color] GPIO_OTYPE_OD[color=#b4b4b4],[/color] GPIO_OSPEED_50MHZ[color=#b4b4b4],[/color] GPIO_PIN_7[color=#b4b4b4]);[/color] [color=#57a64a] /* I2C clock configure */[/color] [color=#dcdcaa]i2c_clock_config[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] [color=#b5cea8]400000[/color][color=#b4b4b4],[/color] I2C_DTCY_2[color=#b4b4b4]);[/color] [color=#57a64a] /* I2C address configure */[/color] [color=#dcdcaa]i2c_mode_addr_config[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_I2CMODE_ENABLE[color=#b4b4b4],[/color] I2C_ADDFORMAT_7BITS[color=#b4b4b4],[/color] [color=#beb7ff]I2C0_OWN_ADDRESS7[/color][color=#b4b4b4]);[/color] [color=#57a64a] /* enable I2C0 */[/color] [color=#dcdcaa]i2c_enable[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4]);[/color] [color=#57a64a] /* enable acknowledge */[/color] [color=#dcdcaa]i2c_ack_config[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_ACK_ENABLE[color=#b4b4b4]);[/color] [color=#dcdcaa]nvic_irq_enable[/color][color=#b4b4b4]([/color]I2C0_EV_IRQn[color=#b4b4b4],[/color] [color=#b5cea8]23[/color][color=#b4b4b4]);[/color] [color=#dcdcaa]nvic_irq_enable[/color][color=#b4b4b4]([/color]I2C0_ER_IRQn[color=#b4b4b4],[/color] [color=#b5cea8]32[/color][color=#b4b4b4]);[/color] [color=#57a64a] /* enable the I2C0 interrupt */[/color] [color=#dcdcaa]i2c_interrupt_enable[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_ERR[color=#b4b4b4]);[/color] [color=#dcdcaa]i2c_interrupt_enable[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_EV[color=#b4b4b4]);[/color] [color=#dcdcaa]i2c_interrupt_enable[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_BUF[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#569cd6]void[/color] [color=#dcdcaa]i2c0_event_irq_handler[/color][color=#b4b4b4]([/color][color=#569cd6]void[/color][color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_ADDSEND[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#b4b4b4] [/color][color=#57a64a]// 0：接收端[/color] [color=#b4b4b4] [/color][color=#57a64a]// 1：发送端[/color] [color=#9cdcfe]tI2cSlave[/color][color=#b4b4b4].[/color][color=#9cdcfe]uFlag[/color][color=#b4b4b4].[/color][color=#9cdcfe]Bits[/color].[color=#9cdcfe]DirState[/color] [color=#b4b4b4]=[/color] [color=#dcdcaa]i2c_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_FLAG_TR[color=#b4b4b4]);[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#9cdcfe]tI2cSlave[/color][color=#b4b4b4].[/color][color=#9cdcfe]uFlag[/color][color=#b4b4b4].[/color][color=#9cdcfe]Bits[/color].[color=#9cdcfe]DirState[/color] [color=#b4b4b4]==[/color] RESET[color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] msg_iic_recv_buf_count [color=#b4b4b4]=[/color] [color=#b5cea8]0[/color][color=#b4b4b4];[/color] [color=#d8a0df]for[/color] [color=#b4b4b4]([/color][color=#569cd6]uint8_t[/color] [color=#9cdcfe]i[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0[/color][color=#b4b4b4];[/color] [color=#9cdcfe]i[/color] [color=#b4b4b4]<[/color] [color=#beb7ff]MSG_RECV_BYTE_SUM[/color][color=#b4b4b4];[/color] [color=#9cdcfe]i[/color][color=#b4b4b4]++)[/color] [color=#b4b4b4]{[/color] [color=#9cdcfe]i2c_rxbuffer1[/color][color=#b4b4b4][[/color][color=#9cdcfe]i[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0[/color][color=#b4b4b4];[/color] [color=#b4b4b4]}[/color] [color=#b4b4b4]}[/color] [color=#d8a0df]else[/color] [color=#b4b4b4]{[/color] [color=#57a64a] /* clear I2C_TDATA register */[/color] [color=#dcdcaa]i2c_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_FLAG_TBE[color=#b4b4b4]);[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]soft_versions[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0x00[/color][color=#b4b4b4];[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]0[/color] [color=#b4b4b4]=[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]soft_versions[/color][color=#b4b4b4];[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]1[/color] [color=#b4b4b4]=[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]KEY_state[/color][color=#b4b4b4];[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]reserved_1[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0x00[/color][color=#b4b4b4];[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]reserved_2[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0x00[/color][color=#b4b4b4];[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]reserved_3[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0x00[/color][color=#b4b4b4];[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]2[/color] [color=#b4b4b4]=[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]reserved_1[/color][color=#b4b4b4];[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]3[/color] [color=#b4b4b4]=[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]reserved_2[/color][color=#b4b4b4];[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]4[/color] [color=#b4b4b4]=[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]reserved_3[/color][color=#b4b4b4];[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]check_sum[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0[/color][color=#b4b4b4];[/color] [color=#569cd6]uint32_t[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0[/color][color=#b4b4b4];[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]+=[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]0[/color][color=#b4b4b4]];[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]+=[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]1[/color][color=#b4b4b4]];[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]+=[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]2[/color][color=#b4b4b4]];[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]+=[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]3[/color][color=#b4b4b4]];[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]+=[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]4[/color][color=#b4b4b4]];[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]=[/color] [color=#b4b4b4]~[/color][color=#9cdcfe]cheak[/color][color=#b4b4b4];[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]=[/color] [color=#9cdcfe]cheak[/color] [color=#b4b4b4]+[/color] [color=#b5cea8]1[/color][color=#b4b4b4];[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color][color=#b5cea8]5[/color] [color=#b4b4b4]=[/color] [color=#9cdcfe]cheak[/color][color=#b4b4b4];[/color] [color=#9cdcfe]slave_msg_send[/color][color=#b4b4b4].[/color][color=#9cdcfe]check_sum[/color] [color=#b4b4b4]=[/color] [color=#9cdcfe]cheak[/color][color=#b4b4b4];[/color] msg_iic_send_buf_count [color=#b4b4b4]=[/color] [color=#b5cea8]0[/color][color=#b4b4b4];[/color] [color=#b4b4b4]}[/color] [color=#57a64a] /* clear the ADDSEND bit */[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_ADDSEND[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#d8a0df]else[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_RBNE[color=#b4b4b4]))[/color][color=#57a64a] // && dma_flag_get(DMA_RX_CH, DMA_FLAG_FTF)[/color] [color=#b4b4b4]{[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color]msg_iic_recv_buf_count [color=#b4b4b4]<[/color] [color=#beb7ff]MSG_RECV_BYTE_SUM[/color][color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] [color=#9cdcfe]i2c_rxbuffer1[/color][color=#b4b4b4][[/color]msg_iic_recv_buf_count [color=#b4b4b4]=[/color] [color=#dcdcaa]i2c_data_receive[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4]);[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color]msg_iic_recv_buf_count [color=#b4b4b4]==[/color] [color=#b4b4b4]([/color][color=#beb7ff]MSG_RECV_BYTE_SUM[/color] [color=#b4b4b4]-[/color] [color=#b5cea8]1[/color][color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]UpdateReceiveProc[/color][color=#b4b4b4]();[/color] [color=#b4b4b4]}[/color] [color=#b4b4b4]++[/color]msg_iic_recv_buf_count[color=#b4b4b4];[/color] [color=#b4b4b4]}[/color] [color=#d8a0df]else[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_data_receive[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#b4b4b4]}[/color] [color=#d8a0df]else[/color] [color=#d8a0df]if[/color] [color=#b4b4b4](([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_TBE[color=#b4b4b4])))[/color][color=#57a64a] // && dma_flag_get(DMA_TX_CH, DMA_FLAG_FTF)[/color] [color=#b4b4b4]{[/color] [color=#57a64a] /* send a data byte */[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color]msg_iic_send_buf_count [color=#b4b4b4]<[/color] [color=#beb7ff]MSG_SEND_BYTE_SUM[/color][color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] [color=#57a64a] /* if reception data register is not empty, I2C0 will read a data from I2C_RDATA */[/color] [color=#dcdcaa]i2c_data_transmit[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] [color=#9cdcfe]i2c_txbuffer[/color][color=#b4b4b4][[/color]msg_iic_send_buf_count[color=#b4b4b4]]);[/color] msg_iic_send_buf_count[color=#b4b4b4]++;[/color] [color=#b4b4b4]}[/color] [color=#d8a0df]else[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_data_transmit[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] [color=#b5cea8]0xff[/color][color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#b4b4b4]}[/color] [color=#d8a0df]else[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_STPDET[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#57a64a] /* clear STPDET interrupt flag */[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_STPDET[color=#b4b4b4]);[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#9cdcfe]tI2cSlave[/color][color=#b4b4b4].[/color][color=#9cdcfe]uFlag[/color][color=#b4b4b4].[/color][color=#9cdcfe]Bits[/color].[color=#9cdcfe]DirState[/color] [color=#b4b4b4]==[/color] RESET[color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] [color=#9cdcfe]tI2cSlave[/color][color=#b4b4b4].[/color][color=#9cdcfe]uFlag[/color][color=#b4b4b4].[/color][color=#9cdcfe]Bits[/color].[color=#9cdcfe]RecSuccess[/color] [color=#b4b4b4]=[/color] SUCCESS[color=#b4b4b4];[/color] msg_iic_recv_buf_count [color=#b4b4b4]=[/color] [color=#b5cea8]0x00[/color][color=#b4b4b4];[/color] [color=#b4b4b4]}[/color] [color=#d8a0df]else[/color] [color=#b4b4b4]{[/color] [color=#9cdcfe]tI2cSlave[/color][color=#b4b4b4].[/color][color=#9cdcfe]uFlag[/color][color=#b4b4b4].[/color][color=#9cdcfe]Bits[/color].[color=#9cdcfe]SendSuccess[/color] [color=#b4b4b4]=[/color] SUCCESS[color=#b4b4b4];[/color] [color=#9cdcfe]tI2cSlave[/color][color=#b4b4b4].[/color][color=#9cdcfe]SendSize[/color] [color=#b4b4b4]=[/color] [color=#b5cea8]0x00[/color][color=#b4b4b4];[/color][color=#57a64a] // 避免没有接收到命令重新发数据[/color] msg_iic_send_buf_count [color=#b4b4b4]=[/color] [color=#b5cea8]0x00[/color][color=#b4b4b4];[/color] [color=#b4b4b4]}[/color] [color=#dcdcaa]i2c_enable[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#d8a0df]else[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_AERR[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#57a64a] /* clear STPDET interrupt flag */[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_AERR[color=#b4b4b4]);[/color] [color=#9cdcfe]tI2cSlave[/color][color=#b4b4b4].[/color][color=#9cdcfe]uFlag[/color][color=#b4b4b4].[/color][color=#9cdcfe]Bits[/color].[color=#9cdcfe]SendSuccess[/color] [color=#b4b4b4]=[/color] SUCCESS[color=#b4b4b4];[/color] [color=#b4b4b4]}[/color] [color=#b4b4b4]}[/color] [color=#569cd6]void[/color] [color=#dcdcaa]i2c0_error_irq_handler[/color][color=#b4b4b4]([/color][color=#569cd6]void[/color][color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] [color=#57a64a] /* no acknowledge received */[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_AERR[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_AERR[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#57a64a] /* SMBus alert */[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_SMBALT[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_SMBALT[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#57a64a] /* bus timeout in SMBus mode */[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_SMBTO[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_SMBTO[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#57a64a] /* over-run or under-run when SCL stretch is disabled */[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_OUERR[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_OUERR[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#57a64a] /* arbitration lost */[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_LOSTARB[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_LOSTARB[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#57a64a] /* bus error */[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_BERR[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_BERR[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#57a64a] /* CRC value doesn't match */[/color] [color=#d8a0df]if[/color] [color=#b4b4b4]([/color][color=#dcdcaa]i2c_interrupt_flag_get[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_PECERR[color=#b4b4b4]))[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c_interrupt_flag_clear[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_FLAG_PECERR[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#57a64a] /* disable the I2C0 interrupt */[/color] [color=#dcdcaa]i2c_interrupt_disable[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_ERR[color=#b4b4b4]);[/color] [color=#dcdcaa]i2c_interrupt_disable[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_BUF[color=#b4b4b4]);[/color] [color=#dcdcaa]i2c_interrupt_disable[/color][color=#b4b4b4]([/color]I2C0[color=#b4b4b4],[/color] I2C_INT_EV[color=#b4b4b4]);[/color] [color=#b4b4b4]}[/color] [color=#569cd6]void[/color] [color=#dcdcaa]I2C0_EV_IRQHandler[/color][color=#b4b4b4]([/color][color=#569cd6]void[/color][color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c0_event_irq_handler[/color][color=#b4b4b4]();[/color] [color=#b4b4b4]}[/color] [color=#569cd6]void[/color] [color=#dcdcaa]I2C0_ER_IRQHandler[/color][color=#b4b4b4]([/color][color=#569cd6]void[/color][color=#b4b4b4])[/color] [color=#b4b4b4]{[/color] [color=#dcdcaa]i2c0_error_irq_handler[/color][color=#b4b4b4]();[/color] [color=#b4b4b4]}[/color] [/size][/font][/backcolor][/color]

使用hc32l072做modbus，接收都没问题，就是发送数据全是乱码，照着例程里面进行配置的，不知道是什么问题，都快被搞懵了

对于PIC16F877芯片，在进行串口开发的过程中，为何串口接收引脚的模式需要配置为“输出模式”，而不是“接收模式”？

GD32F470 硬件I2C，从机接收模式，1、接收不到主机400Hk发过来的器件地址，但是能正常接收主机100KHz发过来的器件地址。 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**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**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***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**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[/img] 2、在中断中能通过事件i2c_flag_get函数获取标志状态，而i2c_interrupt_flag_get中断标志函数获取得不到状态。 各位帮忙看看 有谁遇到过类似问题！

HC32L110，无外部高速、低速晶振。RCH用的内部4M晶振，RCL使用内部38.4k，LPUART使用工作模式1（无校验时）或工作模式3（有校验）。 MCU上电初始化后进入低功耗状态，在低功耗状态下LPUART接收。 目前的问题现象： 使用SSCOM发送一帧数据，LPUART 2400/9600带奇偶校验接收无问题，每个字节都会产生中断。 如果改成无校验模式，SSCOM发送一帧数据，只有最后一个字节会产生中断，前面的字节都接收不到（有的时候也会不丢数据）。如果SSCOM发送时停止位改成2位，或者每次只发送1个字节，接收也没问题。 似乎是HC32L110无校验的情况下还是当成了有校验？

在GD32F407跑了freeRTOS，串口接收使用了DMA+IDLE中断来实现不定长接收，串口的IDLE中断中接收完数据后，通过事件通知线程执行解析，但是中断中调用xEventGroupSetBitsFromISR函数后就会死机

[b][size=24px]单片机串口通信问题。只能发送，不能接收是什么原因？[/size][/b]