static void S_GSM_CHAR_MODE_S()
{
if((buf_uart3.buf[2]=='O')&&(buf_uart3.buf[3]=='K'))
{
PUT("S_GSM_CHAR_MODE_S OK \r\n");
clear_buf_uart3();
current_status = GSM_CHAR_MODE_S;
uart_string_send(GSM_CHAR_MODE);
}
else
{
PUT("S_GSM_CHAR_MODE_S NO \r\n");
clear_buf_uart3();
uart_string_send(GSM_MSG_MODE);
}
}
/***** Public *****/
void speakjet_init(void)
{
/* Set up Speakjet signal pins */
DDRB &= ~( _BV(SPEAKJET_READY) | _BV(SPEAKJET_SPEAKING) );
uart_string_send(init_voice);
}
static void S_TCPIP_BJ_ADDR()
{
clear_buf_uart3();
current_status = TCPIP_CONNECT ;
uart_string_send(GPRS_BJ_ADDR); //获取本地IP地址
PUT_2("S_TCPIP_BJ_ADDR\r\n");
}
/***** Private *****/
static void phrase_speak(uint8_t const * const phrase[], uint8_t phrase_length)
{
int i;
for (i = 0; i < phrase_length; ++i)
{
uart_string_send(phrase[i]);
}
}
static void S_START_OPEN_GPRS_S() //开始GPRS 检测SIM卡先
{
PUT_2("S_START_OPEN_GPRS_S OK \r\n");
clear_buf_uart3();
current_status = GPRS_DEF_PDP_S ; //定义PDP移动场景
uart_string_send(SIMCARD_CMD);
}
static void S_GSM_INIT0()
{
PUT_2("S_GSM_INIT0 \r\n");
clear_buf_uart3();
uart_string_send(ATE0_CMD); //关闭回显
current_status = RST ;
}
static void S_GSM_MSG_MODE_S()
{
PUT("S_GSM_MSG_MODE_S OK \r\n");
clear_buf_uart3();
current_status = GSM_MSG_MODE_S ; //定义PDP移动场景
uart_string_send(GSM_MSG_MODE);
}
static void S_GPRS_ACT_PDP_S() //判断定义PDP 激活PDP
{
if((buf_uart3.buf[2]=='O')&&(buf_uart3.buf[3]=='K'))
{
PUT_2("S_GPRS_DEF_PDP_S OK \r\n");
clear_buf_uart3();
current_status = GPRS_ACT_PDP_S_RET ; // 发送激活
uart_string_send(GPRS_ACT_PDP);
}
else
{
PUT_2("S_GPRS_DEF_PDP_S NO \r\n");
clear_buf_uart3();
uart_string_send(GPRS_DEF_PDP); //接入点
}
}
static void S_GPRS_DEF_PDP_S() //检测SIM卡 定义PDP
{
char *t = NULL ;
t = strstr((const char*)buf_uart3.buf,"OK");
if(t)
{
PUT_2("SIMCARD_CMD OK \r\n");
clear_buf_uart3();
current_status = GPRS_ACT_PDP_S ;
uart_string_send(GPRS_DEF_PDP);
}
else
{
PUT_2("SIMCARD_CMD NO \r\n");
clear_buf_uart3();
uart_string_send(SIMCARD_CMD);
}
}
static void S_SIMCARD_CMD()
{
char *pp = NULL;
PUT(buf_uart3.buf);
pp = strstr((const char*)buf_uart3.buf,"OK");
if(pp)
{
PUT_2("SIMCARD_CMD OK \r\n");
clear_buf_uart3();
current_status = CREG ;
uart_string_send(CREG_CMD);
}
else
{
PUT_2("SIMCARD_CMD Gprs_err \r\n");
clear_buf_uart3();
current_status = SIMCARD ;
uart_string_send(SIMCARD_CMD);
}
}
void send_gsm_text(unsigned char * buf , unsigned int count)
{
unsigned int i ;
char send_sms_cmd_num[SMS_CMD_LEN];
memset((void*)send_sms_cmd_num,0,SMS_CMD_LEN);
if(!is_gprs_mode_ok)
return ;
init_sms_to_send();
if(current_status != GSM_TEXT_MODE_FINISH)
return ;
PUT((char *)buf);
PUT("\r\nTEL-\r\n");
PUT(tpy_send_tel_num);
PUT("-END\r\n");
if(strlen(tpy_send_tel_num) != 11)
uart_string_send(GSM_SEND_TEXT);
else
{
sprintf(send_sms_cmd_num,"AT+CMGS=\"+86%s\"\x00D\x00A",tpy_send_tel_num);
PUT(send_sms_cmd_num);
uart_string_send(send_sms_cmd_num);
}
delay_GSM(100);
for( i = 0 ;i < count ; i ++)
{
for ( i = 0 ; i < strlen((const char*)buf) ; i ++)
{
uart_data_send(buf[i]);
}
}
delay_GSM(100);
send_data_uart1(0X1A);
delay_GSM(5000);
}
/// 建立一个IP连接 AT+CIPSTART=”TCP”,”211.136.42.12”,”2020”
void __GPRS_TCPIP()
{//AT+CMGR=1
uart_string_send(GPRS_TCP1);
uart_data_send(0x22);
uart_string_send(g_config_data.protocoltype);
uart_data_send(0x22);
uart_data_send(',');
uart_data_send(0x22);
uart_string_send(g_config_data.ipaddr);
uart_data_send(0x22);
uart_data_send(',');
uart_data_send(0x22);
uart_string_send(g_config_data.portnum);
uart_data_send(0x22);
uart_data_send(0x0D);
uart_data_send(0x0A);
PUT("destination address:");
PUT(g_config_data.ipaddr);
delay_GSM(3000);
}
static void S_RST()
{
PUT_2(buf_uart3.buf);
if(buf_uart3.buf[2] == 'O' &&
buf_uart3.buf[3] == 'K')
{
PUT_2("S_RST OK \r\n");
is_gprs_mode_start_succeed = 1; //GPRS模块和单片机的串口3已经通信上了
clear_buf_uart3();
current_status = SIMCARD ;
uart_string_send(SIMCARD_CMD);
}
else
{
delay_GSM(5000);
clear_buf_uart3();
current_status = RST ;
uart_string_send(ATE0_CMD);
}
}
static void S_GPRS_ACT_PDP_S_RET() //判断激活
{
if((buf_uart3.buf[2]=='O')&&(buf_uart3.buf[3]=='K'))
{
PUT_2("S_GPRS_ACT_PDP_S_RET OK \r\n");
clear_buf_uart3();
current_status = GPRS_OPEN_FINISH;
}
else
{
PUT_2(buf_uart3.buf);
PUT_2("S_GPRS_ACT_PDP_S_RET NO \r\n");
clear_buf_uart3();
uart_string_send(GPRS_ACT_PDP);
}
}
static void S_CREG()
{
if(((buf_uart3.buf[9]=='0')&&
(buf_uart3.buf[11]=='1'))||
((buf_uart3.buf[9]=='0')&&
(buf_uart3.buf[11]=='5')))
{
PUT_2("S_REG OK \r\n");
current_status = INIT_FINISH_OK;
}else{
PUT_2(buf_uart3.buf);
PUT_2("S_REG Gprs_err \r\n");
debug_put_word(buf_uart3.buf[9]);
debug_put_word(buf_uart3.buf[11]);
clear_buf_uart3();
current_status = CREG ;
uart_string_send(CREG_CMD);
}
}
void send_gprs_data(char * buf , unsigned int count)
{
unsigned int i ,j;
if (current_status != TCP_IP_OK) // 如果协议没有连接成功直接返回
return ;
ibusy = 1;
#if 1
uart_string_send(GPRS_SEND_DATA); //发送数据命令 注意没长度限制
delay_GSM(2000);
for( j = 0 ;j < count ; j ++)
{
for ( i = 0 ; i < strlen((const char*)buf) ; i ++)
{
uart_data_send(buf[i]);
}
}
uart_data_send(0x1A); //LF //没长度限制一定要用1A表示结束
#endif
ibusy = 0;
}