【正文】 ///// 處理來自串口 0 的發(fā)送中斷if __VER__ 200 interrupt [UART0TX_VECTOR] void UART0_TX_ISR(void)else pragma vector=UART0TX_VECTOR __interrupt void UART0_TX_ISR(void)endif{ if(nTX0_Len != 0) { // 表示緩沖區(qū)里的數(shù)據(jù)沒有發(fā)送完 nTX0_Flag = 0。 TXBUF0 = UART0_TX_BUF[nSend_TX0]。 nSend_TX0 += 1。 Delay_us(5)。 if(nSend_TX0 = nTX0_Len) { //數(shù)據(jù)發(fā)送完畢 nSend_TX0 = 0。 nTX0_Len = 0。 nTX0_Flag = 1。 } }}void sendSms(char pPhone[],int phonelen,char pData[],int nLen,int mode){ int i。 int len1。 int len2。 char buf1[100]。 char buf2[200]。 int res。 //TEXT模式 packSms_text(pPhone,phonelen,pData,nLen, amp。len1,amp。len2,buf1,buf2)。 //發(fā)送頭信息 for(i = 0。i len1。i++) { UART0_TX_BUF[i] = buf1[1]。 } //設置發(fā)送數(shù)據(jù)的長度 nTX0_Len = len1。 //設置中斷標志，進入發(fā)送中斷程序 IFG1 |= UTXIFG0。 //等待 響應 while(1) { //接收到數(shù)據(jù) if(nRev_UART0 == 1) { for(i = 0。i nRX0_Len。i++) { buf1[i] = UART0_RX_BUF[i]。 } len1 = nRX0_Len。 nRX0_Len = 0。 nRev_UART0 = 0。 break。 } } //判斷是否是 響應 res = getSendResponse(buf1,len1)。 if(res == 1) { //發(fā)送數(shù)據(jù)信息 for(i = 0。i len2。i++) { UART0_TX_BUF[i] = buf2[1]。 } //設置發(fā)送數(shù)據(jù)的長度 nTX0_Len = len2。 //設置中斷標志，進入發(fā)送中斷程序 IFG1 |= UTXIFG0。 } //等待響應 //接收到數(shù)據(jù) while(1) { if(nRev_UART0 == 1) { for(i = 0。i nRX0_Len。i++) { buf1[i] = UART0_RX_BUF[i]。 } len1 = nRX0_Len。 nRX0_Len = 0。 nRev_UART0 = 0。 break。 } } isSuccessSend(buf1,len1)。 }void Init_TimerA(void){ // 選擇SMCLK，清除TAR TACTL = TASSEL1 + TACLR。 //時間間隔 CCR0 = 40000。 // 增記數(shù)模式 TACTL |= MC0。 }//////////////////////////////////////////////// 定時器中斷，完成 ADC 轉換if __VER__ 200 interrupt [TIMERA0_VECTOR] void TimerA_ISR(void)else pragma vector=TIMERA0_VECTOR __interrupt void TimerA_ISR(void)endif{ int i。 // 關閉轉換 ADC12CTL0 amp。= ~ENC。 // 讀出轉換結果 ADC_BUF[10 * 0 + nADC_Count] = ADC12MEM0。 ADC_BUF[10 * 1 + nADC_Count] = ADC12MEM1。 ADC_BUF[10 * 2 + nADC_Count] = ADC12MEM2。 ADC_BUF[10 * 3 + nADC_Count] = ADC12MEM3。 ADC_BUF[10 * 4 + nADC_Count] = ADC12MEM4。 ADC_BUF[10 * 5 + nADC_Count] = ADC12MEM5。 ADC_BUF[10 * 6 + nADC_Count] = ADC12MEM6。 ADC_BUF[10 * 7 + nADC_Count] = ADC12MEM7。 nADC_Count += 1。 if(nADC_Count = 10) { for(i = 0。 i 10 * 8。i++) { ADC_BUF_Temp[i] = ADC_BUF[i]。 } nADC_Count = 0。 nADC_Flag = 1。 } // 開啟轉換 ADC12CTL0 |= ENC + ADC12SC。 }英文文獻A number of the SMS method of decoding1, A number of SMS decoding method is characterized, including the following steps: receiving side terminal after receipt of text messages sent to terminal number extracted information, referred to the receiver terminal to the first decoding strategy number of the sender information terminal decoding。 if decoding is successful, the recipient in the sender terminal display terminal number。 Otherwise, the second decoding strategy number of the sender terminal to decode the information, and decoding in the above results show that the recipient terminal.2, As described in claim 1 method, and its characteristics is described in the first strategy for decoding and receiving side terminal coding strategy number that corresponds to the number of decoding strategies.3, As described in claim 2 method, the characteristics is that the strategy described in the first decoder decoding strategy for the second dial (DTMF). 4, As described in claim 3 of the method of characteristics is described in the second decoding strategy for the sender encoding strategy number that corresponds to the number of decoding strategies.5, As described in claim 3 of the method of characteristics is described in the second decoding strategy for the binarycoded decimal decoding strategy (BCD) o 6, Such as claims 15 of the method described in any of its characteristics is that in order to decode the message after the existence of numbers does not belong to the character terminal, decoding the first strategy to determine the success of decoding.7, A number of SMS decoding method is characterized, including the following steps: receiving side terminal after receipt of text messages sent to terminal number extracted information。 to determine the suitability of using the first decoding strategy described in the letter sent to terminal number, decode rate。 if so, decoding strategies are the first terminal of the sender number to decode the information, or to the second decoding strategy number of the sender terminal to decode the information.8, As described in claim 7, method of characteristics is described in the first strategy for decoding and receiving side terminal coding strategy number that corresponds to the number of decoding strategies. 9, Such as claims 7 or 8 of the methods described, and its characteristics is encoded as described in the sender terminal number information does not belong to the existence of the characters in the first decoding strategies to determine first whether or not decoding strategies to decode can be successful.10, The contents of a text message decoding method is characterized, including the following steps:If the receiving terminal were told to receive SMS text messages to the global system for mobile munications based on the contents of seven coding strategy (gsm7bit) encoding, the receiver terminal to determi