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AC63_BT_SDK/apps/hid/board/br23/board_ac635n_demo.c

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原始文件
2025-02-18 15:40:42 +08:00
#include "app_config.h"
#ifdef CONFIG_BOARD_AC635N_DEMO
#include "system/includes.h"
#include "asm/charge.h"
#include "device/key_driver.h"
#include "asm/power/p33.h"
#include "asm/iic_soft.h"
#include "usb/otg.h"
#include "rtc_alarm.h"
#include "asm/power/power_port.h"
#ifdef CONFIG_LITE_AUDIO
#include "media/includes.h"
#endif/*CONFIG_LITE_AUDIO*/
#define LOG_TAG_CONST BOARD
#define LOG_TAG "[BOARD]"
#define LOG_ERROR_ENABLE
#define LOG_DEBUG_ENABLE
#define LOG_INFO_ENABLE
/* #define LOG_DUMP_ENABLE */
#define LOG_CLI_ENABLE
#include "debug.h"
void board_power_init(void);
const struct soft_iic_config soft_iic_cfg[] = {
//iic0 data
{
.scl = IO_PORTC_04, //IIC CLK脚
.sda = IO_PORTC_05, //IIC DAT脚
.delay = 50, //软件IIC延时参数，影响通讯时钟频率
.io_pu = 1, //是否打开上拉电阻，如果外部电路没有焊接上拉电阻需要置1
},
};
/************************** LOW POWER config ****************************/
const struct low_power_param power_param = {
.config = TCFG_LOWPOWER_LOWPOWER_SEL, //0：sniff时芯片不进入低功耗 1：sniff时芯片进入powerdown
.btosc_hz = TCFG_CLOCK_OSC_HZ, //外接晶振频率
.delay_us = TCFG_CLOCK_SYS_HZ / 1000000L, //提供给低功耗模块的延时(不需要需修改)
.btosc_disable = TCFG_LOWPOWER_BTOSC_DISABLE, //进入低功耗时BTOSC是否保持
.vddiom_lev = TCFG_LOWPOWER_VDDIOM_LEVEL, //强VDDIO等级,可选：2.0V 2.2V 2.4V 2.6V 2.8V 3.0V 3.2V 3.6V
.vddiow_lev = TCFG_LOWPOWER_VDDIOW_LEVEL, //弱VDDIO等级,可选：2.1V 2.4V 2.8V 3.2V
.osc_type = OSC_TYPE_LRC,
.dcdc_port = TCFG_DCDC_PORT_SEL,
#if TCFG_RTC_ALARM_ENABLE
.rtc_clk = CLK_SEL_32K,
#endif
};
/************************** KEY MSG****************************/
/*各个按键的消息设置，如果USER_CFG中设置了USE_CONFIG_KEY_SETTING为1，则会从配置文件读取对应的配置来填充改结构体*/
u8 key_table[KEY_NUM_MAX][KEY_EVENT_MAX] = {
// SHORT LONG HOLD UP DOUBLE TRIPLE
};
// *INDENT-OFF*
/************************** UART config****************************/
#if TCFG_UART0_ENABLE
UART0_PLATFORM_DATA_BEGIN(uart0_data)
.tx_pin = TCFG_UART0_TX_PORT, //串口打印TX引脚选择
.rx_pin = TCFG_UART0_RX_PORT, //串口打印RX引脚选择
.baudrate = TCFG_UART0_BAUDRATE, //串口波特率
.flags = UART_DEBUG, //串口用来打印需要把改参数设置为UART_DEBUG
UART0_PLATFORM_DATA_END()
#endif //TCFG_UART0_ENABLE
/************************** CHARGE config****************************/
#if TCFG_CHARGE_ENABLE
CHARGE_PLATFORM_DATA_BEGIN(charge_data)
.charge_en = TCFG_CHARGE_ENABLE, //内置充电使能
.charge_poweron_en = TCFG_CHARGE_POWERON_ENABLE, //是否支持充电开机
.charge_full_V = TCFG_CHARGE_FULL_V, //充电截止电压
.charge_full_mA = TCFG_CHARGE_FULL_MA, //充电截止电流
.charge_mA = TCFG_CHARGE_MA, //充电电流
/*ldo5v拔出过滤值，过滤时间 = (filter*2 + 20)ms,ldoin<0.6V且时间大于过滤时间才认为拔出
对于充满直接从5V掉到0V的充电仓，该值必须设置成0，对于充满由5V先掉到0V之后再升压到xV的
充电仓，需要根据实际情况设置该值大小*/
.ldo5v_off_filter = 100,
/*ldo5v的10k下拉电阻使能,若充电舱需要更大的负载才能检测到插入时，请将该变量置1,默认值设置为1
对于充电舱需要按键升压,且维持电压是从充电舱经过上拉电阻到充电口的舱，请将该值改为0*/
.ldo5v_pulldown_en = 0,
CHARGE_PLATFORM_DATA_END()
#endif//TCFG_CHARGE_ENABLE
/************************** AD KEY ****************************/
#if TCFG_ADKEY_ENABLE
const struct adkey_platform_data adkey_data = {
.enable = TCFG_ADKEY_ENABLE, //AD按键使能
.adkey_pin = TCFG_ADKEY_PORT, //AD按键对应引脚
.ad_channel = TCFG_ADKEY_AD_CHANNEL, //AD通道值
.extern_up_en = TCFG_ADKEY_EXTERN_UP_ENABLE, //是否使用外接上拉电阻
.ad_value = { //根据电阻算出来的电压值
TCFG_ADKEY_VOLTAGE0,
TCFG_ADKEY_VOLTAGE1,
TCFG_ADKEY_VOLTAGE2,
TCFG_ADKEY_VOLTAGE3,
TCFG_ADKEY_VOLTAGE4,
TCFG_ADKEY_VOLTAGE5,
TCFG_ADKEY_VOLTAGE6,
TCFG_ADKEY_VOLTAGE7,
TCFG_ADKEY_VOLTAGE8,
TCFG_ADKEY_VOLTAGE9,
},
.key_value = { //AD按键各个按键的键值
TCFG_ADKEY_VALUE0,
TCFG_ADKEY_VALUE1,
TCFG_ADKEY_VALUE2,
TCFG_ADKEY_VALUE3,
TCFG_ADKEY_VALUE4,
TCFG_ADKEY_VALUE5,
TCFG_ADKEY_VALUE6,
TCFG_ADKEY_VALUE7,
TCFG_ADKEY_VALUE8,
TCFG_ADKEY_VALUE9,
},
};
#endif
#if TCFG_IRKEY_ENABLE
const struct irkey_platform_data irkey_data = {
.enable = TCFG_IRKEY_ENABLE, //IR按键使能
.port = TCFG_IRKEY_PORT, //IR按键口
};
#endif
/************************** IO KEY ****************************/
#if TCFG_IOKEY_ENABLE
const struct iokey_port iokey_list[] = {
{
.connect_way = TCFG_IOKEY_POWER_CONNECT_WAY, //IO按键的连接方式
.key_type.one_io.port = TCFG_IOKEY_POWER_ONE_PORT, //IO按键对应的引脚
.key_value = TCFG_IOKEY_POWER_ONE_PORT_VALUE, //按键值
},
/* { */
/* .connect_way = TCFG_IOKEY_PREV_CONNECT_WAY, */
/* .key_type.one_io.port = TCFG_IOKEY_PREV_ONE_PORT, */
/* .key_value = TCFG_IOKEY_PREV_ONE_PORT_VALUE, */
/* }, */
/* { */
/* .connect_way = TCFG_IOKEY_NEXT_CONNECT_WAY, */
/* .key_type.one_io.port = TCFG_IOKEY_NEXT_ONE_PORT, */
/* .key_value = TCFG_IOKEY_NEXT_ONE_PORT_VALUE, */
/* }, */
};
const struct iokey_platform_data iokey_data = {
.enable = TCFG_IOKEY_ENABLE, //是否使能IO按键
.num = ARRAY_SIZE(iokey_list), //IO按键的个数
.port = iokey_list, //IO按键参数表
};
#if MULT_KEY_ENABLE
//组合按键消息映射表
//配置注意事项:单个按键按键值需要按照顺序编号,如power:0, prev:1, next:2
//bit_value = BIT(0) | BIT(1) 指按键值为0和按键值为1的两个按键被同时按下,
//remap_value = 3指当这两个按键被同时按下后重新映射的按键值;
const struct key_remap iokey_remap_table[] = {
{.bit_value = BIT(0) | BIT(1), .remap_value = 3},
{.bit_value = BIT(0) | BIT(2), .remap_value = 4},
{.bit_value = BIT(1) | BIT(2), .remap_value = 5},
};
const struct key_remap_data iokey_remap_data = {
.remap_num = ARRAY_SIZE(iokey_remap_table),
.table = iokey_remap_table,
};
#endif
#endif
#if TCFG_RTC_ALARM_ENABLE
const struct sys_time def_sys_time = { //初始一下当前时间
.year = 2020,
.month = 1,
.day = 1,
.hour = 0,
.min = 0,
.sec = 0,
};
const struct sys_time def_alarm = { //初始一下目标时间，即闹钟时间
.year = 2020,
.month = 1,
.day = 1,
.hour = 0,
.min = 0,
.sec = 7,
};
extern void alarm_isr_user_cbfun(u8 index);
RTC_DEV_PLATFORM_DATA_BEGIN(rtc_data)
.default_sys_time = &def_sys_time,
.default_alarm = &def_alarm,
/* .cbfun = NULL, //闹钟中断的回调函数,用户自行定义 */
.cbfun = alarm_isr_user_cbfun,
RTC_DEV_PLATFORM_DATA_END()
#endif
/************************** otg data****************************/
#if TCFG_OTG_MODE
struct otg_dev_data otg_data = {
.usb_dev_en = TCFG_OTG_USB_DEV_EN,
.slave_online_cnt = TCFG_OTG_SLAVE_ONLINE_CNT,
.slave_offline_cnt = TCFG_OTG_SLAVE_OFFLINE_CNT,
.host_online_cnt = TCFG_OTG_HOST_ONLINE_CNT,
.host_offline_cnt = TCFG_OTG_HOST_OFFLINE_CNT,
.detect_mode = TCFG_OTG_MODE,
.detect_time_interval = TCFG_OTG_DET_INTERVAL,
};
#endif
REGISTER_DEVICES(device_table) = {
#if TCFG_OTG_MODE
{ "otg", &usb_dev_ops, (void *) &otg_data},
#endif
};
void debug_uart_init(const struct uart_platform_data *data)
{
#if TCFG_UART0_ENABLE
if (data) {
uart_init(data);
} else {
uart_init(&uart0_data);
}
#endif
}
/*其他封装板级，移该函数*/
u8 get_power_on_status(void)
{
#if TCFG_IOKEY_ENABLE
struct iokey_port *power_io_list = NULL;
power_io_list = iokey_data.port;
if (iokey_data.enable) {
if (gpio_read(power_io_list->key_type.one_io.port) == power_io_list->connect_way){
return 1;
}
}
#endif
#if TCFG_ADKEY_ENABLE
if (adkey_data.enable) {
return 1;
}
#endif
#if TCFG_LP_TOUCH_KEY_ENABLE
return lp_touch_key_power_on_status();
#endif
return 0;
}
static void board_devices_init(void)
{
#if TCFG_PWMLED_ENABLE
pwm_led_init(&pwm_led_data);
#endif
#if (TCFG_IOKEY_ENABLE || TCFG_ADKEY_ENABLE || TCFG_IRKEY_ENABLE || TCFG_TOUCH_KEY_ENABLE)
key_driver_init();
#endif
#if TCFG_RTC_ALARM_ENABLE
alarm_init(&rtc_data);
#endif
}
extern void set_dcdc_ctl_port(u8 port);
extern void cfg_file_parse(u8 idx);
void board_init()
{
board_power_init();
adc_vbg_init();
adc_init();
cfg_file_parse(0);
devices_init();
board_devices_init();
#if TCFG_CHARGE_ENABLE
charge_api_init((void *)&charge_data);
#if TCFG_HANDSHAKE_ENABLE
if(get_charge_online_flag()){
handshake_app_start(0, NULL);
}
#endif
#else
/*close FAST CHARGE */
CHARGE_EN(0);
CHGBG_EN(0);
#endif
log_info("board_init");
if(get_charge_online_flag()){
log_info("charge...select LDO15");
power_set_mode(PWR_LDO15);
}else{
power_set_mode(TCFG_LOWPOWER_POWER_SEL);
}
}
/************************** DAC ****************************/
#if TCFG_AUDIO_DAC_ENABLE
struct dac_platform_data dac_data = {
.ldo_volt = TCFG_AUDIO_DAC_LDO_VOLT, //DACVDD等级.需要根据具体硬件来设置（高低压）可选:1.2V/1.3V/2.35V/2.5V/2.65V/2.8V/2.95V/3.1V
#if ((TCFG_AUDIO_DAC_CONNECT_MODE == DAC_OUTPUT_FRONT_LR_REAR_LR) || (TCFG_AUDIO_DAC_CONNECT_MODE == DAC_OUTPUT_DUAL_LR_DIFF))
.vcmo_en = 0, //四声道与双声道差分关闭VCOMO
#else
.vcmo_en = 0, //是否打开VCOMO
#endif
.output = TCFG_AUDIO_DAC_CONNECT_MODE, //DAC输出配置，和具体硬件连接有关，需根据硬件来设置
.ldo_isel = 3,
.ldo_fb_isel = 2,
.lpf_isel = 0x8,
};
#endif
/************************** ADC ****************************/
#if TCFG_AUDIO_ADC_ENABLE
const struct ladc_port ladc_list[] = {
{// 0
.channel = TCFG_AUDIO_ADC_LINE_CHA0,
},
{// 1
.channel = TCFG_AUDIO_ADC_LINE_CHA1,
},
// total must < 4
};
struct adc_platform_data adc_data = {
.mic_channel = TCFG_AUDIO_ADC_MIC_CHA, //MIC通道选择，对于693x，MIC只有一个通道，固定选择右声道
/*MIC LDO电流档位设置：
0:0.625ua 1:1.25ua 2:1.875ua 3:2.5ua*/
.mic_ldo_isel = TCFG_AUDIO_ADC_LDO_SEL,
/*MIC 是否省隔直电容：
0: 不省电容 1: 省电容 */
#if ((TCFG_AUDIO_DAC_CONNECT_MODE == DAC_OUTPUT_FRONT_LR_REAR_LR) || (TCFG_AUDIO_DAC_CONNECT_MODE == DAC_OUTPUT_DUAL_LR_DIFF))
.mic_capless = 0,//四声道与双声道差分使用，不省电容接法
#else
.mic_capless = 0,
#endif
/*MIC内部上拉电阻挡位配置，影响MIC的偏置电压
21:1.18K 20:1.42K 19:1.55K 18:1.99K 17:2.2K 16:2.4K 15:2.6K 14:2.91K 13:3.05K 12:3.5K 11:3.73K
10:3.91K 9:4.41K 8:5.0K 7:5.6K 6:6K 5:6.5K 4:7K 3:7.6K 2:8.0K 1:8.5K */
.mic_bias_res = 16,
/*MIC LDO电压档位设置,也会影响MIC的偏置电压
0:2.3v 1:2.5v 2:2.7v 3:3.0v */
.mic_ldo_vsel = 2,
/*MIC电容隔直模式使用内部mic偏置(PC7)*/
.mic_bias_inside = 1,
/*保持内部mic偏置输出*/
.mic_bias_keep = 0,
// ladc 通道
.ladc_num = ARRAY_SIZE(ladc_list),
.ladc = ladc_list,
};
#endif
/************************** PWR config ****************************/
struct port_wakeup port0 = {
.pullup_down_enable = ENABLE, //配置I/O 内部上下拉是否使能
.edge = FALLING_EDGE, //唤醒方式选择,可选：上升沿\下降沿
.attribute = BLUETOOTH_RESUME, //保留参数
#if TCFG_ADKEY_ENABLE
.iomap = TCFG_ADKEY_PORT, //唤醒口选择
#endif
#if TCFG_IOKEY_ENABLE
.iomap = TCFG_IOKEY_POWER_ONE_PORT, //唤醒口选择
#endif
.filter_enable = ENABLE,
};
const struct sub_wakeup sub_wkup = {
.attribute = BLUETOOTH_RESUME,
};
const struct charge_wakeup charge_wkup = {
.attribute = BLUETOOTH_RESUME,
};
const struct wakeup_param wk_param = {
#if TCFG_ADKEY_ENABLE || TCFG_IOKEY_ENABLE
.port[1] = &port0,
#endif
.sub = &sub_wkup,
.charge = &charge_wkup,
};
//-----------------------------------------------
static struct port_wakeup port1 = {
.pullup_down_enable = ENABLE, //配置I/O 内部上下拉是否使能
.edge = FALLING_EDGE, //唤醒方式选择,可选：上升沿\下降沿
.attribute = BLUETOOTH_RESUME, //保留参数
.iomap = 0, //唤醒口选择
.filter_enable = DISABLE,
};
/*进软关机之前默认将IO口都设置成高阻状态，需要保留原来状态的请修改该函数*/
static void close_gpio(u8 is_softoff)
{
u16 port_group[] = {
[PORTA_GROUP] = 0xffff & ~(BIT(13)|BIT(14)),
[PORTB_GROUP] = 0xffff,
[PORTC_GROUP] = 0xffff,
};
/*
u8 mode = (JL_SFC->CON >> 8) & 0x0f;
extern u32 spi_get_port(void);
if (spi_get_port() != 0) {
if ((mode == 0b0101) || (mode == 0b0111)) {
port_group[PORTA_GROUP] = 0x1fff;
} else {
port_group[PORTA_GROUP] = 0x9fff;
}
}
*/
#if TCFG_IOKEY_ENABLE
port_protect(port_group, TCFG_IOKEY_POWER_ONE_PORT);
/* port_protect(port_group, TCFG_IOKEY_PREV_ONE_PORT); */
/* port_protect(port_group, TCFG_IOKEY_NEXT_ONE_PORT); */
#endif /* TCFG_IOKEY_ENABLE */
#if TCFG_ADKEY_ENABLE
port_protect(port_group,TCFG_ADKEY_PORT);
#endif
#if TCFG_CHARGE_ENABLE && TCFG_HANDSHAKE_ENABLE
if (is_softoff == 0) {
port_protect(port_group, TCFG_HANDSHAKE_IO_DATA1);
port_protect(port_group, TCFG_HANDSHAKE_IO_DATA2);
}
#endif
//< close gpio
gpio_dir(GPIOA, 0, 16, port_group[PORTA_GROUP], GPIO_OR);
gpio_set_pu(GPIOA, 0, 16, ~port_group[PORTA_GROUP], GPIO_AND);
gpio_set_pd(GPIOA, 0, 16, ~port_group[PORTA_GROUP], GPIO_AND);
gpio_die(GPIOA, 0, 16, ~port_group[PORTA_GROUP], GPIO_AND);
gpio_dieh(GPIOA, 0, 16, ~port_group[PORTA_GROUP], GPIO_AND);
gpio_dir(GPIOB, 0, 16, port_group[PORTB_GROUP], GPIO_OR);
gpio_set_pu(GPIOB, 0, 16, ~port_group[PORTB_GROUP], GPIO_AND);
gpio_set_pd(GPIOB, 0, 16, ~port_group[PORTB_GROUP], GPIO_AND);
gpio_die(GPIOB, 0, 16, ~port_group[PORTB_GROUP], GPIO_AND);
gpio_dieh(GPIOB, 0, 16, ~port_group[PORTB_GROUP], GPIO_AND);
gpio_dir(GPIOC, 0, 16, port_group[PORTC_GROUP], GPIO_OR);
gpio_set_pu(GPIOC, 0, 16, ~port_group[PORTC_GROUP], GPIO_AND);
gpio_set_pd(GPIOC, 0, 16, ~port_group[PORTC_GROUP], GPIO_AND);
gpio_die(GPIOC, 0, 16, ~port_group[PORTC_GROUP], GPIO_AND);
gpio_dieh(GPIOC, 0, 16, ~port_group[PORTC_GROUP], GPIO_AND);
//< close usb io
usb_iomode(1);
}
//-----------------------------------------------
/*进软关机之前默认将IO口都设置成高阻状态，需要保留原来状态的请修改该函数*/
extern void dac_power_off(void);
void board_set_soft_poweroff(void)
{
u16 port_group[] = {
[PORTA_GROUP] = 0xffff,
[PORTB_GROUP] = 0xffff,
[PORTC_GROUP] = 0xffff,
[PORTD_GROUP] = 0Xffff,
};
if(TCFG_LOWPOWER_POWER_SEL == PWR_DCDC15){
power_set_mode(PWR_LDO15);
}
//flash电源
if(spi_get_port()==0){
port_protect(port_group, SPI0_PWR_A);
port_protect(port_group, SPI0_CS_A);
port_protect(port_group, SPI0_CLK_A);
port_protect(port_group, SPI0_DO_D0_A);
port_protect(port_group, SPI0_DI_D1_A);
if(get_sfc_bit_mode()==4){
port_protect(port_group, SPI0_WP_D2_A);
port_protect(port_group, SPI0_HOLD_D3_A);
}
}else{
port_protect(port_group, SPI0_PWR_B);
port_protect(port_group, SPI0_CS_B);
port_protect(port_group, SPI0_CLK_B);
port_protect(port_group, SPI0_DO_D0_B);
port_protect(port_group, SPI0_DI_D1_B);
if(get_sfc_bit_mode()==4){
port_protect(port_group, SPI0_WP_D2_B);
port_protect(port_group, SPI0_HOLD_D3_B);
}
}
//adkey / io可以作为唤醒口保留
#if TCFG_IOKEY_ENABLE
port_protect(port_group, TCFG_IOKEY_POWER_ONE_PORT);
#endif
#if TCFG_ADKEY_ENABLE
port_protect(port_group,TCFG_ADKEY_PORT);
#endif
//< close gpio
gpio_dir(GPIOA, 0, 16, port_group[PORTA_GROUP], GPIO_OR);
gpio_set_pu(GPIOA, 0, 16, ~port_group[PORTA_GROUP], GPIO_AND);
gpio_set_pd(GPIOA, 0, 16, ~port_group[PORTA_GROUP], GPIO_AND);
gpio_die(GPIOA, 0, 16, ~port_group[PORTA_GROUP], GPIO_AND);
gpio_dieh(GPIOA, 0, 16, ~port_group[PORTA_GROUP], GPIO_AND);
gpio_dir(GPIOB, 0, 16, port_group[PORTB_GROUP], GPIO_OR);
gpio_set_pu(GPIOB, 0, 16, ~port_group[PORTB_GROUP], GPIO_AND);
gpio_set_pd(GPIOB, 0, 16, ~port_group[PORTB_GROUP], GPIO_AND);
gpio_die(GPIOB, 0, 16, ~port_group[PORTB_GROUP], GPIO_AND);
gpio_dieh(GPIOB, 0, 16, ~port_group[PORTB_GROUP], GPIO_AND);
gpio_dir(GPIOC, 0, 16, port_group[PORTC_GROUP], GPIO_OR);
gpio_set_pu(GPIOC, 0, 16, ~port_group[PORTC_GROUP], GPIO_AND);
gpio_set_pd(GPIOC, 0, 16, ~port_group[PORTC_GROUP], GPIO_AND);
gpio_die(GPIOC, 0, 16, ~port_group[PORTC_GROUP], GPIO_AND);
gpio_dieh(GPIOC, 0, 16, ~port_group[PORTC_GROUP], GPIO_AND);
gpio_dir(GPIOD, 0, 16, port_group[PORTD_GROUP], GPIO_OR);
gpio_set_pu(GPIOD, 0, 16, ~port_group[PORTD_GROUP], GPIO_AND);
gpio_set_pd(GPIOD, 0, 16, ~port_group[PORTD_GROUP], GPIO_AND);
gpio_die(GPIOD, 0, 16, ~port_group[PORTD_GROUP], GPIO_AND);
gpio_dieh(GPIOD, 0, 16, ~port_group[PORTD_GROUP], GPIO_AND);
usb_iomode(1);
gpio_set_pull_up(IO_PORT_DP, 0);
gpio_set_pull_down(IO_PORT_DP, 0);
gpio_set_direction(IO_PORT_DP, 1);
gpio_set_die(IO_PORT_DP, 0);
gpio_set_dieh(IO_PORT_DP, 0);
gpio_set_pull_up(IO_PORT_DM, 0);
gpio_set_pull_down(IO_PORT_DM, 0);
gpio_set_direction(IO_PORT_DM, 1);
gpio_set_die(IO_PORT_DM, 0);
gpio_set_dieh(IO_PORT_DM, 0);
/* dac_power_off(); */
}
#define APP_IO_DEBUG_0(i,x) //{JL_PORT##i->DIR &= ~BIT(x), JL_PORT##i->OUT &= ~BIT(x);}
#define APP_IO_DEBUG_1(i,x) //{JL_PORT##i->DIR &= ~BIT(x), JL_PORT##i->OUT |= BIT(x);}
void sleep_exit_callback(u32 usec)
{
putchar('>');
APP_IO_DEBUG_1(A, 6);
if(TCFG_LOWPOWER_POWER_SEL == PWR_DCDC15){
/* putchar('}'); */
power_set_mode(TCFG_LOWPOWER_POWER_SEL);
}
}
void sleep_enter_callback(u8 step)
{
/* 此函数禁止添加打印 */
if (step == 1) {
putchar('<');
APP_IO_DEBUG_0(A, 6);
#if TCFG_AUDIO_ENABLE
dac_power_off();
#endif/*TCFG_AUDIO_ENABLE*/
if(TCFG_LOWPOWER_POWER_SEL == PWR_DCDC15){
/* putchar('{'); */
power_set_mode(PWR_LDO15);
}
} else {
close_gpio(0);
gpio_set_pull_up(IO_PORT_DP, 0);
gpio_set_pull_down(IO_PORT_DP, 0);
gpio_set_direction(IO_PORT_DP, 1);
gpio_set_die(IO_PORT_DP, 0);
gpio_set_pull_up(IO_PORT_DM, 0);
gpio_set_pull_down(IO_PORT_DM, 0);
gpio_set_direction(IO_PORT_DM, 1);
gpio_set_die(IO_PORT_DM, 0);
}
}
void board_power_init(void)
{
log_info("Power init : %s", __FILE__);
power_init(&power_param);
gpio_longpress_pin0_reset_config(IO_PORTB_01, 0, 0);
gpio_shortpress_reset_config(0);//1--enable 0--disable
/*sdpg_config(1);*/
power_set_callback(TCFG_LOWPOWER_LOWPOWER_SEL, sleep_enter_callback, sleep_exit_callback, board_set_soft_poweroff);
power_keep_dacvdd_en(0);
power_wakeup_init(&wk_param);
#if (!TCFG_IOKEY_ENABLE && !TCFG_ADKEY_ENABLE)
charge_check_and_set_pinr(0);
#endif
}
#endif
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