TC35模块驱动程序（MSP430)

#include <stdio.h> #include<string.h> #include "tc35.h" #include "common.h" #include <MSP430X44X.h> // 初始化 int ATE(char pBuf[]) { pBuf[0] = 'A'; pBuf[1] = 'T'; pBuf[2] = 'E'; pBuf[3] = '0'; pBuf[4] = 13;//HUI return 5; } // 设置短信中心地址 int CSCA(char pBuf[],char phone[]) { int offset; int i; pBuf[0] = 'A'; pBuf[1] = 'T'; pBuf[2] = '+'; pBuf[3] = 'C'; pBuf[4] = 'S'; pBuf[5] = 'C'; pBuf[6] = 'A'; pBuf[7] = '='; pBuf[8] = '"'; offset = 9; for(i = 0;i < 14;i++) { pBuf[offset + i] = phone[i]; } offset += 14; pBuf[8] = '"'; offset += 1; pBuf[offset] = ','; offset += 1; pBuf[offset] = '1'; offset += 1; pBuf[offset] = '4'; offset += 1; pBuf[offset] = '9'; offset += 1; pBuf[offset] = 13; offset += 1; return offset; } //设置短消息格式 int CMGF(char pBuf[],int format) { pBuf[0] = 'A'; pBuf[1] = 'T'; pBuf[2] = '+'; pBuf[3] = 'C'; pBuf[4] = 'M'; pBuf[5] = 'G'; pBuf[6] = 'F'; pBuf[7] = '='; pBuf[8] = (char)('0' + format); pBuf[9] = 13; return 10; } //删除短消息 int CMGD(char pBuf[],char index) { pBuf[0] = 'A'; pBuf[1] = 'T'; pBuf[2] = '+'; pBuf[3] = 'C'; pBuf[4] = 'M'; pBuf[5] = 'G'; pBuf[6] = 'D'; pBuf[7] = '='; if(index >= 10) { pBuf[8] = (index/10) + 0x30; pBuf[9] = (index%10) + 0x30; pBuf[10] = 13; return 11; } else { pBuf[8] = index + 0x30; pBuf[9] = 13; return 10; } } //设置模式参数 int CSMP(char pBuf[],char index) { pBuf[0] = 'A'; pBuf[1] = 'T'; pBuf[2] = '+'; pBuf[3] = 'C'; pBuf[4] = 'S'; pBuf[5] = 'M'; pBuf[6] = 'P'; pBuf[7] = '='; pBuf[8] = '1'; pBuf[9] = '7'; pBuf[10] = ','; pBuf[11] = '1'; pBuf[12] = '6'; pBuf[13] = '7'; pBuf[14] = ','; pBuf[15] = '0'; pBuf[16] = ','; pBuf[17] = index + 0x30; pBuf[18] = 13; return 19; } //接收短消息 int CMGR(char pBuf[],char index) { pBuf[0] = 'A'; pBuf[1] = 'T'; pBuf[2] = '+'; pBuf[3] = 'C'; pBuf[4] = 'M'; pBuf[5] = 'G'; pBuf[6] = 'R'; pBuf[7] = '='; if(index >= 10) { pBuf[8] = (index/10) + 0x30; pBuf[9] = (index%10) + 0x30; pBuf[10] = 13; return 11; } else { pBuf[8] = index + 0x30; // 变换为asccii码 pBuf[9] = 13; return 10; } } //发送短消息 void packSms_pdu(char pPhone[],int phonelen,char pData[],int nLen, int *nTXLen1,int *nTXLen2,char *pout1,char *pout2) { char strHead[12] = {'0','0','1','1','0','0', '0','D','9','1','6','8'}; char chrInfo[7] = {'0','0','0','8','0','1'}; char chrTmp[12]; char phoneTemp[12]; char nTemp[100]; int i; int n; for(i = 0;i < phonelen;i++) { chrTmp[i] = pPhone[i]; } chrTmp[phonelen] = 'F'; phonelen += 1; // 将电话号码按照规范的顺序作成 n = 0; for(i = 0;i < phonelen / 2;i++) { phoneTemp[n++] = chrTmp[2 * i + 1]; phoneTemp[n++] = chrTmp[2 * i]; }//算法忒好了 采用一半 copy(pout2,0,strHead,0,12); copy(pout2,12,phoneTemp,0,phonelen);//将电话号码 加载到Unicode码中 copy(pout2,24,chrInfo,0,6); pout2[30]= nLen/10 + 0x30; pout2[31]= nLen%10 + 0x30; copy(pout2,32,pData,0,nLen*2);//定义发送的数据量时为2个字符一个 pout2[32+nLen*2]=26; *nTXLen2=33+nLen*2; //封装长度信息 nTemp[0] = 'A'; nTemp[1] = 'T'; nTemp[2] = '+'; nTemp[3] = 'C'; nTemp[4] = 'M'; nTemp[5] = 'G'; nTemp[6] = 'S'; nTemp[7] = '='; nTemp[8] = (15+nLen)/10 + 0x30; nTemp[9] = (15+nLen)%10 + 0x30; nTemp[10] = 13; for(i = 0; i < 11;i++) { pout1[i] = nTemp[i]; } *nTXLen1 =11; } void packSms_text(char pPhone[],int phonelen,char pData[],int nLen, int *nTXLen1,int *nTXLen2,char pOut1[],char pOut2[]) { int nOffset; char nTemp[100]; int i; nOffset = 0; nTemp[0] = 'A'; nTemp[1] = 'T'; nTemp[2] = '+'; nTemp[3] = 'C'; nTemp[4] = 'M'; nTemp[5] = 'G'; nTemp[6] = 'S'; nTemp[7] = '='; nTemp[8] = '"'; //处理电话号码 nOffset = 9; for(i = 0;i < phonelen;i++) { nTemp[nOffset + i] = pPhone[i]; } nOffset += nLen; nTemp[nOffset] = '"'; nOffset += 1; nTemp[nOffset] = 13;//13表示回车 nOffset += 1; for(i = 0; i < nOffset;i++) { pOut1[i] = nTemp[i]; } *nTXLen1 = nOffset; //处理发送数据 for(i = 0; i < nLen;i++) { pOut2[i] = pData[i]; } pOut2[nLen] = 26;//26表示ctrl+z *nTXLen2 = nLen + 1; } char getSendResponse(char buf[],char res[]) {char re=0; char *p; delay(100);//延时一下 p=strstr(buf,res); if(p!=NULL) re=1; else re=0; return re; } //将源数组的内容拷贝到目的数组 void copy(char pDest[],int nOrg,char pOrg[],int nStart,int nLen) { int i; for(i = 0;i < nLen;i++) { pDest[nOrg + i] = pOrg[i + nStart]; } } // 将字节处理成字符串 /*void ByteToChar(char nInPut[],char Out[],int nLen) { int i; char chrTemp; for(i = 0;i < nLen;i++) { // 高字节 chrTemp = (char)((nInPut[i] >> 4) & 0x0f); if((chrTemp >= 0) && (chrTemp <= 9)) chrTemp += 48; else chrTemp += 55; Out[i] = chrTemp; // 低字节 chrTemp = (char)(nInPut[i] & 0x0f); if((chrTemp >= 0) && (chrTemp <= 9)) chrTemp += 48; else chrTemp += 55; Out[i] = chrTemp; } return; }*/ // 数的范围为250以内 int IntToChar(int n,char Out[]) { char chrTemp1; char chrTemp2; char chrTemp3; int nLen; chrTemp1 = n / 100; chrTemp2 = (n - chrTemp1 * 100) / 10; chrTemp3 = n - chrTemp1 * 100 - chrTemp2 * 10; if(chrTemp1 != 0) { nLen = 3; Out[0] = chrTemp1 + 0x30; Out[1] = chrTemp2 + 0x30; Out[2] = chrTemp3 + 0x30; } else { if(chrTemp2 != 0) { nLen = 2; Out[0] = chrTemp2 + 0x30; Out[1] = chrTemp3 + 0x30; } else { nLen = 1; Out[0] = chrTemp3 + 0x30; } } return nLen; } // 编码函数 void Encode(char in[],char out[],int nLen) { int nOrigin = 0; int nCode = 0; while(1) { if(nOrigin >= nLen) break; out[nCode] = in[nOrigin]; if((nOrigin + 1) >= nLen) break; out[nCode] |= (char)((in[nOrigin + 1] & 0x01) << 7); out[nCode + 1] = (char)((in[nOrigin + 1] >> 1) & 0xff); if((nOrigin + 2) >= nLen) break; out[nCode + 1] |= (char)((in[nOrigin + 2] & 0x03) << 6); out[nCode + 2] = (char)((in[nOrigin + 2] >> 2) & 0xff); if((nOrigin + 3) >= nLen) break; out[nCode + 2] |= (char)((in[nOrigin + 3] & 0x07) << 5); out[nCode + 3] = (char)((in[nOrigin + 3] >> 3) & 0xff); if((nOrigin + 4) >= nLen) break; out[nCode + 3] |= (char)((in[nOrigin + 4] & 0x0f) << 4); out[nCode + 4] = (char)((in[nOrigin + 4] >> 4) & 0xff); if((nOrigin + 5) >= nLen) break; out[nCode + 4] |= (char)((in[nOrigin + 5] & 0x1f) << 3); out[nCode + 5] = (char)((in[nOrigin + 5] >> 5) & 0xff); if((nOrigin + 6) >= nLen) break; out[nCode + 5] |= (char)((in[nOrigin + 6] & 0x3f) << 2); out[nCode + 6] = (char)((in[nOrigin + 6] >> 6) & 0xff); if((nOrigin + 7) >= nLen) break; out[nCode + 6] |= (char)((in[nOrigin + 7] & 0x7f) << 1); nCode +=