VOS_UINT32 atParsePara( VOS_UINT8 * pData, VOS_UINT16 usLen)
{
VOS_UINT16 usLength = 0; /* 记录当前已经处理的字符个数*/
VOS_UINT8 *pucCurrPtr = pData; /* 指向当前正在处理的字符*/
VOS_UINT8 *pucCopyPtr = pData; /* 拷贝内容的起始指针 */
AT_STATE_TYPE_ENUM curr_state = AT_NONE_STATE; /* 设置初始状态 */
AT_STATE_TYPE_ENUM new_state = AT_NONE_STATE; /* 设置初始状态 */
/* 依次分析字符串中的每个字符*/
while( (usLength++ < usLen) && (g_stATParseCmd.ucParaNumRangeIndex < AT_MAX_PARA_NUMBER) && (g_stATParseCmd.ucParaStrRangeIndex < AT_MAX_PARA_NUMBER)) /* 依次比较每个字符 */
{
curr_state = new_state; /* 当前状态设置为新状态*/
/* 根据当前处理的字符和当前状态查表得到新状态 */
new_state = atFindNextMainState(AT_MAIN_PARA_STATE_TAB,*pucCurrPtr,curr_state);
switch(new_state) /* 状态处理*/
{
case AT_PARA_NUM_STATE: /* 参数状态*/
case AT_PARA_LETTER_STATE: /* 字母状态*/
case AT_PARA_LEFT_QUOT_STATE: /* 参数左引号状态*/
case AT_PARA_NUM_SUB_STATE: /* 范围数字状态*/
case AT_PARA_ZERO_STATE: /* 数字0状态 */
case AT_PARA_ZERO_SUB_STATE: /* 范围数字0状态 */
case AT_PARA_NO_QUOT_LETTER_STATE: /* 无双引号包括字母状态 */
if(curr_state != new_state) /* 新状态部分不等于当前状态*/
{
pucCopyPtr = pucCurrPtr; /* 准备接收参数*/
}
break;
case AT_PARA_HEX_STATE: /* 十六进制状态 */
/* continue */
case AT_PARA_HEX_NUM_STATE: /* 十六进制数字状态 */
/* continue */
case AT_PARA_HEX_SUB_STATE: /* 匹配范围十六进制状态 */
/* continue */
case AT_PARA_HEX_NUM_SUB_STATE: /* 匹配范围十六进制数字状态 */
break;
case AT_PARA_QUOT_COLON_STATE: /* 引号逗号状态 */
/* 拷贝到字符参数脚本列表 */
/* 字符参数索引加1*/
if ((VOS_UINT32)(pucCurrPtr - pucCopyPtr) < sizeof(g_stATParseCmd.auStrRange[g_stATParseCmd.ucParaStrRangeIndex]))
{
atRangeCopy(g_stATParseCmd.auStrRange[g_stATParseCmd.ucParaStrRangeIndex++],pucCopyPtr,pucCurrPtr);
}
else
{
return AT_FAILURE; /* 返回错误 */
}
break;
case AT_PARA_NUM_SUB_COLON_STATE:
/* 转成数字拷贝到数字参数脚本列表的上界 */
/* 数字参数索引加1*/
g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex++].ulBig = atRangeToU32(pucCopyPtr,pucCurrPtr);
break;
case AT_PARA_NUM_COLON_STATE:
/* 转成数字拷贝到数字参数脚本列表的下界 */
g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex].ulSmall = atRangeToU32(pucCopyPtr,pucCurrPtr);
/* 上界等于下界*/
g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex].ulBig = g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex].ulSmall;
/* 数字参数索引加1*/
g_stATParseCmd.ucParaNumRangeIndex++;
break;
case AT_PARA_SUB_STATE:
/* 转成数字拷贝到数字参数脚本列表的下界 */
g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex].ulSmall = atRangeToU32(pucCopyPtr,pucCurrPtr);
break;
case AT_PARA_RIGHT_BRACKET_STATE: /* 参数匹配右括号状态 */
switch (curr_state)
{
case AT_PARA_NUM_SUB_STATE: /* 参数匹配范围数字状态 */
/* continue */
case AT_PARA_ZERO_SUB_STATE:
/* continue */
case AT_PARA_HEX_NUM_SUB_STATE:
/* 转成数字拷贝到数字参数脚本列表的上界 */
/* 数字参数索引加1*/
g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex++].ulBig = atRangeToU32(pucCopyPtr,pucCurrPtr);
pgAtCheckFunc = atCheckNumPara; /* 设置参数比较函数 */
break;
case AT_PARA_NUM_STATE:
/* continue */
case AT_PARA_ZERO_STATE:
/* continue */
case AT_PARA_HEX_NUM_STATE:
/* 转成数字拷贝到数字参数脚本列表的下界 */
g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex].ulSmall = atRangeToU32(pucCopyPtr,pucCurrPtr);
/* 上界等于下界*/
g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex].ulBig = g_stATParseCmd.astParaNumRange[g_stATParseCmd.ucParaNumRangeIndex].ulSmall;
/* 数字参数索引加1*/
g_stATParseCmd.ucParaNumRangeIndex++;
pgAtCheckFunc = atCheckNumPara; /* 设置参数比较函数 */
break;
case AT_PARA_LETTER_STATE:
/* 拷贝到字符参数脚本列表 */
if ((VOS_UINT32)(pucCurrPtr - pucCopyPtr) < sizeof(g_stATParseCmd.auStrRange[g_stATParseCmd.ucParaStrRangeIndex]))
{
atRangeCopy(g_stATParseCmd.auStrRange[g_stATParseCmd.ucParaStrRangeIndex],pucCopyPtr,pucCurrPtr);
}
else
{
return AT_FAILURE; /* 返回错误 */
}
/* 设置参数比较函数 */
pgAtCheckFunc = At_CheckStringPara;
break;
case AT_PARA_NO_QUOT_LETTER_STATE: /* 无双引号包括字母状态 */
/* 拷贝到字符参数脚本列表 */
if ((VOS_UINT32)(pucCurrPtr - pucCopyPtr) < sizeof(g_stATParseCmd.auStrRange[g_stATParseCmd.ucParaStrRangeIndex]))
{
atRangeCopy(g_stATParseCmd.auStrRange[g_stATParseCmd.ucParaStrRangeIndex],pucCopyPtr,pucCurrPtr);
}
else
{
return AT_FAILURE; /* 返回错误 */
}
/* 设置参数比较函数 */
pgAtCheckFunc = atCheckNoQuotStringPara;
break;
default: /* AT_PARA_RIGHT_QUOT_STATE */
/* 拷贝到字符参数脚本列表 */
if ((VOS_UINT32)(pucCurrPtr - pucCopyPtr) < sizeof(g_stATParseCmd.auStrRange[g_stATParseCmd.ucParaStrRangeIndex]))
{
atRangeCopy(g_stATParseCmd.auStrRange[g_stATParseCmd.ucParaStrRangeIndex++],pucCopyPtr,pucCurrPtr);
}
else
{
return AT_FAILURE; /* 返回错误 */
}
/* 设置参数比较函数 */
pgAtCheckFunc = atCheckCharPara;
break;
}
if(AT_FAILURE == atCmparePara()) /* 参数比较 */
{
return AT_FAILURE; /* 返回错误 */
}
break;
case AT_BUTT_STATE: /* 无效状态 */
return AT_FAILURE; /* 返回错误 */
default:
break;
}
pucCurrPtr++; /* 继续分析下一个字符*/
}
if(AT_NONE_STATE == new_state) /* 初始状态 */
{
return AT_FAILURE; /* 返回错误 */
}
return AT_SUCCESS; /* 返回正确*/
}
static VOS_VOID atScanDmcmdModifier( VOS_UINT8 *pData, VOS_UINT16 *pLen)
{
VOS_UINT16 usLen = 0;
VOS_UINT8 *pWrite = VOS_NULL_PTR;
VOS_UINT8 *pRead = VOS_NULL_PTR;
VOS_UINT8 *pTmp = VOS_NULL_PTR;
VOS_UINT8 *pDataTmp = VOS_NULL_PTR;
VOS_UINT8 aucStr[] = "*99**PPP";
VOS_UINT16 usStrLen = 0;
pDataTmp = (VOS_UINT8*)AT_MALLOC(*pLen + 1);
if (VOS_NULL_PTR == pDataTmp)
{
vos_printf("atScanDmcmdModifier(): AT_MALLOC Failed!\n");
return;
}
atRangeCopy(pDataTmp, pData, (pData + *pLen));
/* 保证字符串有结束符 */
pDataTmp[*pLen] = 0;
pRead = pDataTmp;
pWrite = pDataTmp;
pTmp = (VOS_UINT8*)AT_STRSTR((VOS_CHAR *)pDataTmp,(VOS_CHAR *)aucStr);
if(NULL != pTmp)
{
usStrLen = (VOS_UINT16)AT_STRLEN((VOS_CHAR *)aucStr);
/* 检查前一半参数 */
while ( pRead < pTmp )
{
/*删除修饰符，',','T','P','!','W','@'*/
if((',' != *pRead) && ('T' != *pRead) && ('P' != *pRead)
&& ('!' != *pRead) && ('W' != *pRead) && ('@' != *pRead))
{
*pWrite++ = *pRead;
usLen++;
}
pRead++;
}
while( pRead < (pTmp+usStrLen) )
{
*pWrite++ = *pRead++;
usLen++;
}
while( pRead < (pDataTmp+(*pLen)) )
{
/*删除修饰符，',','T','P','!','W','@'*/
if((',' != *pRead) && ('T' != *pRead) && ('P' != *pRead)
&& ('!' != *pRead) && ('W' != *pRead) && ('@' != *pRead))
{
*pWrite++ = *pRead;
usLen++;
}
pRead++;
}
}
else
{
/* 输入参数检查 */
while ( pRead < (pDataTmp+(*pLen)) )
{
/*删除修饰符，',','T','P','!','W','@'*/
if((',' != *pRead) && ('T' != *pRead) && ('P' != *pRead)
&& ('!' != *pRead) && ('W' != *pRead) && ('@' != *pRead))
{
*pWrite++ = *pRead;
usLen++;
}
pRead++;
}
}
atRangeCopy(pData, pDataTmp, (pDataTmp + *pLen));
*pLen = usLen;
AT_FREE(pDataTmp);
return;
}
VOS_UINT32 atParseExtendCmd( VOS_UINT8 * pData, VOS_UINT16 usLen)
{
AT_STATE_TYPE_ENUM curr_state = AT_NONE_STATE; /* 设置初始状态 */
AT_STATE_TYPE_ENUM new_state = AT_NONE_STATE; /* 设置初始状态 */
VOS_UINT8 *pucCurrPtr = pData; /* 指向当前正在处理的字符*/
VOS_UINT8 *pucCopyPtr = pData; /* 拷贝内容的起始指针 */
VOS_UINT16 usLength = 0; /* 记录当前已经处理的字符个数*/
/* 依次分析字符串中的每个字符*/
while(usLength++ < usLen) /* 依次比较每个字符 */
{
curr_state = new_state; /* 当前状态设置为新状态*/
/* 根据当前处理的字符和当前状态查表得到新状态*/
new_state = atFindNextMainState(AT_E_CMD_MAIN_STATE_TAB,*pucCurrPtr,curr_state);
switch(new_state) /* 状态处理*/
{
case AT_E_CMD_NAME_STATE: /* 扩展命令名状态*/
if(curr_state != new_state) /* 新状态部分不等于当前状态*/
{
g_stATParseCmd.ucCmdFmtType = AT_EXTEND_CMD_TYPE; /* 设置命令类型*/
g_stATParseCmd.ucCmdOptType = AT_CMD_OPT_SET_CMD_NO_PARA; /* 设置命令操作类型*/
pucCopyPtr = pucCurrPtr; /* 准备接收扩展类型命令名*/
}
break;
case AT_E_CMD_SET_STATE: /* AT扩展命令等号状态 */
/* 存储命令名到全局变量中 */
g_stATParseCmd.ucCmdOptType = AT_CMD_OPT_SET_PARA_CMD; /* 设置命令操作类型*/
g_stATParseCmd.stCmdName.usCmdNameLen = (VOS_UINT16)(pucCurrPtr - pucCopyPtr);
if(g_stATParseCmd.stCmdName.usCmdNameLen < sizeof(g_stATParseCmd.stCmdName.aucCmdName))
{
atRangeCopy(g_stATParseCmd.stCmdName.aucCmdName,pucCopyPtr,pucCurrPtr);
}
else
{
return AT_ERROR; /* 返回错误 */
}
break;
case AT_E_CMD_PARA_STATE: /* AT扩展命令参数状态 */
case AT_E_CMD_LEFT_QUOT_STATE: /* AT扩展命令左引号状态 */
if(curr_state != new_state) /* 新状态部分不等于当前状态*/
{
pucCopyPtr = pucCurrPtr; /* 准备接收参数内容*/
}
break;
case AT_E_CMD_COLON_STATE: /* AT扩展命令逗号状态 */
if((curr_state != new_state) && (AT_E_CMD_SET_STATE != curr_state)) /* 新状态部分不等于当前状态*/
{
/* 存储参数到全局变量中 */
if(ERR_MSP_SUCCESS != atfwParseSaveParam(pucCopyPtr, (VOS_UINT16)(pucCurrPtr - pucCopyPtr)))
{
return AT_ERROR;
}
}
else
{
/*连续两个逗号,参数不存在*/
if(ERR_MSP_SUCCESS != atfwParseSaveParam(pucCopyPtr, 0))
{
return AT_ERROR;
}
}
break;
case AT_E_CMD_READ_STATE: /* AT扩展命令查询参数状态 */
/* 存储命令名到全局变量中 */
g_stATParseCmd.stCmdName.usCmdNameLen = (VOS_UINT16)(pucCurrPtr - pucCopyPtr);
if (g_stATParseCmd.stCmdName.usCmdNameLen < sizeof(g_stATParseCmd.stCmdName.aucCmdName))
{
atRangeCopy(g_stATParseCmd.stCmdName.aucCmdName,pucCopyPtr,pucCurrPtr);
}
else
{
return AT_ERROR; /* 返回错误 */
}
g_stATParseCmd.ucCmdOptType = AT_CMD_OPT_READ_CMD; /* 设置命令操作类型*/
break;
case AT_E_CMD_TEST_STATE: /* AT扩展命令测试参数状态 */
g_stATParseCmd.ucCmdOptType = AT_CMD_OPT_TEST_CMD; /* 设置命令操作类型*/
break;
case AT_BUTT_STATE: /* 无效状态 */
return AT_ERROR; /* 返回错误 */
default:
break;
}
pucCurrPtr++; /* 继续分析下一个字符*/
}
switch(new_state) /* 根据最后的状态判断*/
{
case AT_E_CMD_PARA_STATE: /* AT扩展命令参数状态 */
case AT_E_CMD_RIGHT_QUOT_STATE: /* AT扩展命令右引号状态 */
/* 存储参数到全局变量中 */
if (ERR_MSP_SUCCESS != atfwParseSaveParam(pucCopyPtr, (VOS_UINT16)(pucCurrPtr - pucCopyPtr)))
{
return AT_ERROR;
}
break;
case AT_E_CMD_NAME_STATE: /* AT扩展命令查询参数状态 */
/* 存储命令名到全局变量中 */
g_stATParseCmd.stCmdName.usCmdNameLen = (VOS_UINT16)(pucCurrPtr - pucCopyPtr);
if (g_stATParseCmd.stCmdName.usCmdNameLen < sizeof(g_stATParseCmd.stCmdName.aucCmdName))
{
atRangeCopy(g_stATParseCmd.stCmdName.aucCmdName,pucCopyPtr,pucCurrPtr);
}
else
{
return AT_ERROR; /* 返回错误 */
}
g_stATParseCmd.ucCmdOptType = AT_CMD_OPT_SET_CMD_NO_PARA; /* 设置命令操作类型*/
break;
case AT_E_CMD_COLON_STATE: /* AT命令后面跟有无参的逗号 */
if (ERR_MSP_SUCCESS != atfwParseSaveParam(pucCopyPtr, 0))
{
return AT_ERROR;
}
break;
case AT_E_CMD_SET_STATE: /* AT扩展命令等号状态 */
case AT_E_CMD_TEST_STATE: /* AT扩展命令查询参数状态 */
case AT_E_CMD_READ_STATE: /* AT扩展命令测试参数状态 */
break;
default:
return AT_ERROR; /* 返回错误*/
}
return AT_SUCCESS; /* 返回正确*/
}
static VOS_UINT32 atParseDCmd( VOS_UINT8 * pData, VOS_UINT16 usLen)
{
AT_STATE_TYPE_ENUM curr_state = AT_NONE_STATE; /* 设置初始状态 */
AT_STATE_TYPE_ENUM new_state = AT_NONE_STATE; /* 设置初始状态 */
VOS_UINT8 *pucCurrPtr = pData; /* 指向当前正在处理的字符*/
VOS_UINT8 *pucCopyPtr = pData; /* 拷贝内容的起始指针 */
VOS_UINT16 usLength = 0; /* 记录当前已经处理的字符个数*/
/* 依次分析字符串中的每个字符*/
while( (usLength++ < usLen) && (g_stATParseCmd.ucParaIndex < AT_MAX_PARA_NUMBER)) /* 依次比较每个字符 */
{
curr_state = new_state; /* 当前状态设置为新状态*/
/* 根据当前处理的字符和当前状态查表得到新状态*/
new_state = atFindNextMainState(AT_D_CMD_MAIN_STATE_TAB,*pucCurrPtr,curr_state);
switch(new_state) /* 状态处理*/
{
case AT_D_CMD_NAME_STATE: /* AT D命令命令名状态 */
g_stATParseCmd.ucCmdFmtType = AT_BASIC_CMD_TYPE; /* 设置命令类型*/
g_stATParseCmd.ucCmdOptType = AT_CMD_OPT_SET_CMD_NO_PARA; /* 设置命令操作类型*/
pucCopyPtr = pucCurrPtr; /* 准备接收D类型命令名*/
break;
case AT_D_CMD_RIGHT_ARROW_STATE: /* AT D命令右箭头状态 */
case AT_D_CMD_DIALSTRING_STATE: /* AT D命令拨号字符串状态 */
if(curr_state != new_state) /* 新状态部分不等于当前状态*/
{
g_stATParseCmd.stCmdName.usCmdNameLen = (VOS_UINT16)(pucCurrPtr - pucCopyPtr);
if(g_stATParseCmd.stCmdName.usCmdNameLen < sizeof(g_stATParseCmd.stCmdName.aucCmdName))
{
atRangeCopy(g_stATParseCmd.stCmdName.aucCmdName,pucCopyPtr,pucCurrPtr);
}
else
{
return AT_FAILURE; /* 返回错误 */
}
pucCopyPtr = pucCurrPtr; /* 准备接收参数*/
}
break;
case AT_D_CMD_DIGIT_STATE: /* AT D命令数字状态 */
case AT_D_CMD_LEFT_QUOT_STATE: /* AT D命令左引号状态 */
case AT_D_CMD_CHAR_STATE:
if(curr_state != new_state) /* 新状态部分不等于当前状态*/
{
/* 存储参数到全局变量中 */
if(ERR_MSP_SUCCESS != atfwParseSaveParam(pucCopyPtr, (VOS_UINT16)(pucCurrPtr - pucCopyPtr)))
{
return AT_FAILURE;
}
pucCopyPtr = pucCurrPtr; /* 准备接收下一个参数*/
}
break;
case AT_D_CMD_CHAR_I_STATE: /* AT D命令字符I状态 */
case AT_D_CMD_CHAR_G_STATE: /* AT D命令字符G状态 */
case AT_D_CMD_SEMICOLON_STATE: /* AT D命令分号状态 */
/* 存储参数到全局变量中 */
if(ERR_MSP_SUCCESS != atfwParseSaveParam(pucCopyPtr, (VOS_UINT16)(pucCurrPtr - pucCopyPtr)))
{
return AT_FAILURE;
}
pucCopyPtr = pucCurrPtr; /* 准备接收下一个参数*/
break;
case AT_BUTT_STATE: /* 无效状态 */
return AT_FAILURE; /* 返回错误 */
default:
break;
}
pucCurrPtr++; /* 继续分析下一个字符*/
}
switch(new_state) /* 根据最后的状态判断*/
{
case AT_D_CMD_SEMICOLON_STATE: /* AT D命令分号状态 */
break;
case AT_D_CMD_DIALSTRING_STATE: /* AT D命令拨号字符串状态 */
case AT_D_CMD_DIGIT_STATE: /* AT D命令数字状态 */
case AT_D_CMD_RIGHT_QUOT_STATE: /* AT D命令右引号状态 */
case AT_D_CMD_CHAR_G_STATE: /* AT D命令字符G状态 */
case AT_D_CMD_CHAR_I_STATE: /* AT D命令字符I状态 */
/* 存储参数到全局变量中 */
if(ERR_MSP_SUCCESS != atfwParseSaveParam(pucCopyPtr, (VOS_UINT16)(pucCurrPtr - pucCopyPtr)))
{
return AT_FAILURE;
}
break;
default:
return AT_FAILURE; /* 返回错误*/
}
return AT_SUCCESS; /* 返回正确*/
}
VOS_UINT32 atParseBasicCmd(VOS_UINT8 * pData, VOS_UINT16 usLen)
{
AT_STATE_TYPE_ENUM curr_state = AT_NONE_STATE; /* 设置初始状态 */
AT_STATE_TYPE_ENUM new_state = AT_NONE_STATE; /* 设置初始状态 */
VOS_UINT8 *pucCurrPtr = pData; /* 指向当前正在处理的字符*/
VOS_UINT8 *pucCopyPtr = pData; /* 拷贝内容的起始指针 */
VOS_UINT16 usLength = 0; /* 记录当前已经处理的字符个数*/
if(AT_FAILURE == atCheckBasicCmdName(*pucCurrPtr))
{
return AT_ERROR;
}
/* 依次分析字符串中的每个字符*/
while( (usLength++ < usLen) && (g_stATParseCmd.ucParaIndex < AT_MAX_PARA_NUMBER)) /* 依次比较每个字符 */
{
curr_state = new_state; /* 当前状态设置为新状态*/
/* 根据当前处理的字符和当前状态查表得到新状态*/
new_state = atFindNextMainState(AT_B_CMD_MAIN_STATE_TAB,*pucCurrPtr,curr_state);
switch(new_state) /* 状态处理*/
{
case AT_B_CMD_NAME_STATE: /* 基本命令名状态*/
if(curr_state != new_state) /* 新状态部分不等于当前状态*/
{
g_stATParseCmd.ucCmdFmtType = AT_BASIC_CMD_TYPE; /* 设置命令类型*/
g_stATParseCmd.ucCmdOptType = AT_CMD_OPT_SET_CMD_NO_PARA; /* 设置命令操作类型*/
pucCopyPtr = pucCurrPtr; /* 准备接收基本类型命令名*/
}
break;
case AT_B_CMD_PARA_STATE: /* AT基本命令参数状态 */
if(curr_state != new_state) /* 新状态部分不等于当前状态*/
{
/* 存储命令名到全局变量中 */
g_stATParseCmd.stCmdName.usCmdNameLen = (VOS_UINT16)(pucCurrPtr - pucCopyPtr);
if(g_stATParseCmd.stCmdName.usCmdNameLen < sizeof(g_stATParseCmd.stCmdName.aucCmdName))
{
atRangeCopy(g_stATParseCmd.stCmdName.aucCmdName,pucCopyPtr,pucCurrPtr);
}
else
{
return AT_FAILURE; /* 返回错误 */
}
g_stATParseCmd.ucCmdOptType = AT_CMD_OPT_SET_PARA_CMD; /* 设置命令操作类型*/
pucCopyPtr = pucCurrPtr; /* 准备接收参数*/
}
break;
default:
return AT_FAILURE; /* 返回错误 */
}
pucCurrPtr++; /* 继续分析下一个字符*/
}
switch(new_state) /* 根据最后的状态判断*/
{
case AT_B_CMD_NAME_STATE: /* 基本命令名状态*/
/* 存储命令名到全局变量中 */
g_stATParseCmd.stCmdName.usCmdNameLen = (VOS_UINT16)(pucCurrPtr - pucCopyPtr);
if(g_stATParseCmd.stCmdName.usCmdNameLen < sizeof(g_stATParseCmd.stCmdName.aucCmdName))
{
atRangeCopy(g_stATParseCmd.stCmdName.aucCmdName,pucCopyPtr,pucCurrPtr);
}
else
{
return AT_FAILURE; /* 返回错误 */
}
break;
case AT_B_CMD_PARA_STATE: /* 基本命令名状态*/
/* 存储参数到全局变量中 */
if(ERR_MSP_SUCCESS != atfwParseSaveParam(pucCopyPtr, (VOS_UINT16)(pucCurrPtr - pucCopyPtr)))
{
return AT_FAILURE;
}
break;
default: /* 其它错误状态*/
return AT_FAILURE; /* 返回错误 */
}
return AT_SUCCESS; /* 返回正确*/
}
