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dlt645_api_07.c
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#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "dlt645_api_07.h"
#ifdef D07_DEBUG_ON
INT32 g_need_pack_07 = D07_OFF;
char g_out_data_07[OUT_BUF_LEN] = {0};
#endif
// 数据域长度
#define D07_DATA_LEN_METER_PROG 50
#define D07_DATA_LEN_RECD_METER_CLEAR 106
#define D07_DATA_LEN_RECD_DEAMD_CLEAR 202
/*************************************************
Function: d07_str_to_num
Description: 将长度为len的string转为数字转出
Calls:
Called By:
Input:
Output:
Return:
Others:
*************************************************/
INT32 d07_str_to_num(char* str, INT32 len)
{
char buf[10] = {0};
INT32 i;
if(len > 10)
{
return -1;
}
for(i = 0; i < len; i++)
{
buf[i] = str[i];
}
return atoi(buf);
}
/*****************************************************************************
函 数 名 : d07_hex_str_to_long
功能描述 : 将长度为len的内容，当作十六进制字符串，将为长整数
输入参数 : char*str
INT32 len
输出参数 : 无
返 回 值 :
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2012年11月23日
作 者 : liming
修改内容 : 新生成函数
*****************************************************************************/
long d07_hex_str_to_long(char*str, INT32 len)
{
long lRet = 0;
INT32 i = 0;
char buf[9]= {0};
if(len > 8 || len <= 0)
{
return 0xFFFFFFFF;
}
for(i = 0; i < len; i++)
{
buf[i] = str[i];
}
lRet = strtol(buf,NULL, 16);
return lRet;
}
void str2bcd(char *str,UINT8 *BCD,INT32 *BCD_length)
{
INT32 i = 0,j = 0,sLen;
INT32 tmp=strlen(str);
if(str==0)
{
return;
}
sLen = tmp;
tmp-=tmp%2;
for(i=0;i<tmp;i++)
{
if(str==0 ||
!((str[i]>='0' && str[i]<='9' )|| (str[i]>='a' && str[i]<='f') || (str[i]>='A' && str[i]<='F')))
return;
}
// for(i=0,j=0;i<tmp/2;i++,j+=2)
for(i=0,j=sLen-1;i<tmp/2;i++,j-=2)
{
// (str[j] > '9') ? (str[j]>'F' ? BCD[i]=str[j]-'a'+10 : BCD[i]=str[j]-'A'+10):( BCD[i]=str[j]-'0');
if(str[j] > '9')
{
if(str[j]>'F')
{
BCD[i]=str[j]-'a'+10;
}
else
{
BCD[i]=str[j]-'A'+10;
}
}
else
{
BCD[i]=str[j]-'0';
}
if(str[j-1]>'9')
{
if(str[j+1]>'F')
{
BCD[i]=(BCD[i]<<4)+str[j+1]-'a'+10;
}
else
{
BCD[i]=(BCD[i]<<4)+str[j+1]-'A'+10;
}
}
else
{
BCD[i]=(BCD[i]<<4)+str[j+1]-'0';
}
// ? (str[j+1]>'F' ? BCD[i]=(BCD[i]<<4)+str[j+1]-'a'+10 : BCD[i]=(BCD[i]<<4)+str[j+1]-'A'+10)
// : BCD[i]=(BCD[i]<<4)+str[j+1]-'0';
}
if(BCD_length)
*BCD_length=tmp/2;
return;
}
/*************************************************
Function: get_d07_ruler_id
Description: 通过规约类型获得对应规约ID
Author: liming
Calls:
Called By:
Input: E_D07_RULER_TYPE type,
S_D07_RULER_PARA para,
Output: UINT32 rulerID 规约ID
Return: 正确返回 0 其它为错误类型
Others: 重要函数，规约解析核心函数
*************************************************/
INT32 get_d07_ruler_id(E_D07_RULER_TYPE type,
S_D07_RULER_PARA para,
UINT32 *poutRulerID)
{
return E_D07_OK;
}
/*************************************************
Function: pack_d07_frame_by_data
Description: 内部函数，仅完成结构体的填充
Author: liming
Calls:
Called By:
Input: S_D07_PACK_FRAME *inPara 用于封帧数据
Output: char *outBuffer 封装后的帧buffer
INT32 *outLength 该帧总长
Return: 正确返回0
Others:
*************************************************/
INT32 pack_d07_frame_by_data(S_D07_PACK_FRAME *inPara, char *outBuffer, INT32 *outLength)
{
INT32 i;
INT32 len = 0; /* 计算包的总字节长 */
UINT8 ucCheckSum = 0;
UINT8 ucDi0,ucDi1,ucDi2,ucDi3;
UINT8 aucAddrTmp[6];
if(NULL == outBuffer || NULL == inPara || NULL == outLength)
{
return E_D07_ERRO_NULL;
}
// 准备数据
ucDi0 = inPara->ruler_id & 0xFF;
ucDi1 = (inPara->ruler_id >> 8) & 0xFF;
ucDi2 = (inPara->ruler_id >> 16) & 0xFF;
ucDi3 = (inPara->ruler_id >> 24) & 0xFF;
d07_str2bcd(inPara->address, aucAddrTmp, 6);
/* 开始封帧 */
// 1 帧起始符
outBuffer[len++] = 0x68;
// 2 地址域
for(i = 0; i < 6; i++)
{
outBuffer[len++] = aucAddrTmp[i];
}
// 3 帧起始符
outBuffer[len++] = 0x68;
// 4 控制码
outBuffer[len++] = inPara->ctrl_code;
// 5 数据域字节数
outBuffer[len++] = inPara->data_len;
//printf("len = %d\n", inPara->data_len);
// 6 规约ID - 以下数据域 逐字节加0x33
outBuffer[len++] = ucDi0 + 0x33;
outBuffer[len++] = ucDi1 + 0x33;
outBuffer[len++] = ucDi2 + 0x33;
outBuffer[len++] = ucDi3 + 0x33;
// 7 其它数据
for(i = 0; i < inPara->data_len - 4; i++)
{
outBuffer[len++] = inPara->data[i] + 0x33;
}
// 8 计数检验和
for(i = 0; i < len; i++)
{
ucCheckSum += outBuffer[i];
}
// 9 检验和
outBuffer[len++] = ucCheckSum;
// 10 结束符
outBuffer[len++] = 0x16;
/* 输出参数 */
*outLength = len;
return E_D07_OK;
}
/*************************************************
Function: trans_d07ctrl_char2struct
Description: 解析将代表它的字节值转化控制码结构输出
Author: liming
Calls:
Called By:
Input: S_D07_CTRL_CODE *inStruct
Output: UINT8 *outChar
Return:
Others: 反转换 trans_d07ctrl_struct2char
*************************************************/
eD07Err trans_d07ctrl_char2struct(UINT8 inChar, S_D07_CTRL_CODE *outStruct)
{
UINT8 ucCtrlCode = inChar;
INT32 func_code = 0;
if(NULL == outStruct)
{
return E_D07_ERRO_NULL;
}
if((ucCtrlCode & 0x80) == 0)
{
outStruct->direct = E_D07_CTRL_DIR_M2S;
}
else
{
outStruct->direct = E_D07_CTRL_DIR_S2M;
}
if((ucCtrlCode & 0x40) == 0)
{
outStruct->reply = E_D07_CTRL_SR_OK;
}
else
{
outStruct->reply = E_D07_CTRL_SR_NO;
}
if((ucCtrlCode & 0x20) == 0)
{
outStruct->follow = E_D07_CTRL_FLW_NONE;
}
else
{
outStruct->follow = E_D07_CTRL_FLW_HAVE;
}
func_code = ucCtrlCode & 0x1F;
switch(func_code)
{
case D07_CTRL_RESV:
outStruct->funcode = E_D07_CTRL_RESV;
break;
case D07_CTRL_SYNC_TIME:
outStruct->funcode = E_D07_CTRL_SYNC_TIME;
break;
case D07_CTRL_READ_DATA:
outStruct->funcode = E_D07_CTRL_READ_DATA;
break;
case D07_CTRL_READ_AFTERDATA:
outStruct->funcode = E_D07_CTRL_READ_AFTERDATA;
break;
case D07_CTRL_READ_ADDR:
outStruct->funcode = E_D07_CTRL_READ_ADDR;
break;
case D07_CTRL_WRITE_DATA:
outStruct->funcode = E_D07_CTRL_WRITE_DATA;
break;
case D07_CTRL_WRITE_ADDR:
outStruct->funcode = E_D07_CTRL_WRITE_ADDR;
break;
case D07_CTRL_FREEZ_COMM:
outStruct->funcode = E_D07_CTRL_FREEZ_COMM;
break;
case D07_CTRL_MODIFY_BAUD:
outStruct->funcode = E_D07_CTRL_MODIFY_BAUD;
break;
case D07_CTRL_MODIFY_PASSWORD:
outStruct->funcode = E_D07_CTRL_MODIFY_PASSWORD;
break;
case D07_CTRL_CLEAR_MAXDEMAND:
outStruct->funcode = E_D07_CTRL_CLEAR_MAXDEMAND;
break;
case D07_CTRL_CLEAR_METER:
outStruct->funcode = E_D07_CTRL_CLEAR_METER;
break;
case D07_CTRL_CLEAR_EVENT:
outStruct->funcode = E_D07_CTRL_CLEAR_EVENT;
break;
case D07_CTRL_COMM:
outStruct->funcode = E_D07_CTRL_COMM;
break;
default:
return E_D07_ERRO_PARA_OUT_RANGE;
}
return E_D07_OK;
}
/*************************************************
Function: trans_d07ctrl_struct2char
Description: 解析控制码结构 将代码它的字节值输出
Author: liming
Calls:
Called By:
Input: S_D07_CTRL_CODE *inStruct
Output: UINT8 *outChar
Return:
Others: 反转换 trans_d07ctrl_char2struct
*************************************************/
eD07Err trans_d07ctrl_struct2char(UINT8 *outChar, S_D07_CTRL_CODE *inStruct)
{
UINT8 ucCtrlCode = 0;
UINT8 ucD7,ucD6,ucD5,ucD40;
if(NULL == outChar || NULL == inStruct)
{
return E_D07_ERRO_NULL;
}
ucD7 = inStruct->direct;
ucD6 = inStruct->reply;
ucD5 = inStruct->follow;
ucD40 = inStruct->funcode;
ucCtrlCode |= ucD7 << 7;
ucCtrlCode |= ucD6 << 6;
ucCtrlCode |= ucD5 << 5;
ucCtrlCode |= ucD40 & 0x1F;
*outChar = ucCtrlCode;
return E_D07_OK;
}
/*************************************************
Function: unpack_d07_frame
Description: 解析DLT645 2007帧功能函数
Author: liming
Calls:
Called By:
Input: inpBuffer 传入包有帧buffer指针
inBufferLength 该buffer长度
Output: outpFrame 该帧的各类详细信息
Return: 正确返回0
Others: 重要的功能函数
*************************************************/
INT32 unpack_d07_frame(void *inpBuffer, INT32 inBufferLength, S_D07_UNPACK *outpFrame)
{
INT32 nNumber0xFE = 0; /* 前导字符的个数 */
INT32 i = 0;
INT32 pos = 0;
INT32 nCheckSumPosStart, nCheckSumPos, nEndPos;
INT32 ret = 0;
UINT8 ucCtrlCode = 0;
UINT8 ucDataLen = 0;
UINT8 ucCheckSum = 0;
UINT32 ulRulerID = 0;
UINT8 *buffer = (UINT8 *)inpBuffer;
char addr_bcd[6] = {0}; //地址信息(BCD形式)
char addr_str[D07_ADDR_LEN+1] = {0}; //地址信息(string形式)
UINT8 aucDataTmp[D07_DATA_MAX];
S_D07_RULER_INFO stRulerInfor = {0};
F_D07_RULER_TRANS pTransFunc; /* 解析函数指针 */
if(NULL == inpBuffer || NULL == outpFrame)
{
return E_D07_ERRO_NULL;
}
if(inBufferLength < D07_FRAME_LEN_MIN)
{
return E_D07_ERRO_FRAME_UNCOMP;
}
for(i = 0; i < 4; i++)
{
if(0xFE == buffer[i])
{
pos++;
nNumber0xFE++;
}
}
nCheckSumPosStart = pos;
// 检查前导字符 0x68
if(0x68 != buffer[pos] || 0x68 != buffer[pos+7])
{
return E_D07_ERRO_FRAME_0x68;
}
//地址
pos++;
for(i = 0; i < 6; i++)
{
addr_bcd[i] = buffer[pos++];
}
pos++;
//地址
d07_bcd2str(addr_bcd, addr_str, 6);
//控制码
ucCtrlCode = buffer[pos++];
//printf("\nCtrlCode = 0x%02X\n", ucCtrlCode);
//转换控制码
ret = trans_d07ctrl_char2struct(ucCtrlCode, &(outpFrame->ctrl_s));
if(E_D07_OK != ret)
{
return ret;
}
//数据域长度
ucDataLen = buffer[pos++];
nCheckSumPos = pos + ucDataLen;
nEndPos = nCheckSumPos+1;
for(i = 0; i < ucDataLen; i++)
{
aucDataTmp[i] = (buffer[pos++] - 0x33);
}
//查检checksum
for(i = nCheckSumPosStart; i < nCheckSumPos; i++)
{
ucCheckSum += buffer[i];
}
if(ucCheckSum != buffer[nCheckSumPos])
{
return E_D07_ERRO_FRAME_CHECK_SUM;
}
//结束符
if(0x16 != buffer[nEndPos])
{
return E_D07_ERRO_FRAME_END_0x16;
}
//地址
for(i = 0; i < D07_ADDR_LEN; i++)
{
outpFrame->address[i] = addr_str[i];
//printf("%d - %c \n",i, addr_str[i]);
}
// 正常的报文
if(E_D07_CTRL_SR_OK == outpFrame->ctrl_s.reply)
{
// 原数据
for(i = 4; i < ucDataLen; i++)
{
outpFrame->data_pack[i-4] = aucDataTmp[i];
}
// 规约ID
ulRulerID = ((aucDataTmp[0] & 0xFF) |
((aucDataTmp[1] << 8) & 0xFF00) |
((aucDataTmp[2] << 16) & 0xFF0000) |
((aucDataTmp[3] << 24) & 0xFF000000));
// 通过ID获取详细信息
ret = get_d07_ruler_info(ulRulerID, &stRulerInfor);
if(E_D07_OK != ret)
{
return ret;
}
if(NULL == stRulerInfor.func)
{
outpFrame->flag = E_D07_UNPD_FLG_FUNC_NULL;
}
else
{
if(ucDataLen > 4)
{
pTransFunc = stRulerInfor.func;
ret = pTransFunc(E_D07_TRANS_F2U,
(void*)&(outpFrame->data_unpack),
(void*)&(outpFrame->data_pack));
if(E_D07_OK == ret)
{
outpFrame->flag = E_D07_UNPD_FLG_OK;
}
else
{
outpFrame->flag = E_D07_UNPD_FLG_FUNC_ERROR;
}
}
}
outpFrame->data_len = ucDataLen - 4;
}
else
{
for(i = 0; i < ucDataLen; i++)
{
outpFrame->data_pack[i] = aucDataTmp[i];
}
// 异常报文
outpFrame->data_len = ucDataLen;
outpFrame->flag = E_D07_UNPD_FLG_ERROR_OK;
ret = trans_d07_data_err(E_D07_TRANS_F2U,
(void*)&(outpFrame->data_unpack),
(void*)&(outpFrame->data_pack));
if(E_D07_OK == ret)
{
outpFrame->flag = E_D07_UNPD_FLG_ERROR_OK;
}
else
{
outpFrame->flag = E_D07_UNPD_FLG_FUNC_ERROR;
}
}
/* 封装输出最后信息 */
outpFrame->lead_num = nNumber0xFE;
outpFrame->ctrl_c = ucCtrlCode;
outpFrame->ruler_id = ulRulerID;
outpFrame->frame_len = ucDataLen + 12;
outpFrame->type = stRulerInfor.type;
outpFrame->format = stRulerInfor.format;
return E_D07_OK;
}
/*************************************************
Function: get_d07_ruler_info
Description: 通过规约ID获得对应规约的详细信息:
(1)规约的类型及额外数据
(2)对应数据格式类型
(3)数据域长度
(4)数据域各数据单位
(5)规约的可读写属性
(6)该规约的数据项名称
(7)实现对该条规约解析和封装函数指针
Author: liming
Calls:
Called By:
Input: UINT32 rulerID 规约ID
Output: S_D07_RULER_INFO *outRulerInfo
Return: 正确返回 0 其它为错误类型
Others: 重要函数，规约解析核心函数
*************************************************/
INT32 get_d07_ruler_info(UINT32 rulerID, S_D07_RULER_INFO *outRulerInfo)
{
UINT8 ucDi3 = 0;
UINT8 ucDi2 = 0;
UINT8 ucDi1 = 0;
UINT8 ucDi0 = 0;
E_D07_RULER_TYPE type = E_D07_RULER_TYPE_UNKNOWN; // 规约类型
E_D07_RULER_RDWR rdwr = E_D07_RDWR_READ_ONLY; // 规约数据的读写属性
E_D07_RULER_FORMAT format = E_D07_FMT_UNKOWN; // 规约数据的格式
F_D07_RULER_TRANS func = NULL; // 数据域转换函数指针
S_D07_RULER_PARA para = {0}; // 规约类型的额外数据
INT32 len = 0; // 数据域字节长度
char name[NAME_LEN] = {0}; // 该条规约数据项名称
char name_1[NAME_LEN] = {0};
char strPayOff[32] = {0};
if(NULL == outRulerInfo)
{
return E_D07_ERRO_NULL;
}
ucDi0 = rulerID & 0xFF;
ucDi1 = (rulerID >> 8) & 0xFF;
ucDi2 = (rulerID >> 16) & 0xFF;
ucDi3 = (rulerID >> 24) & 0xFF;
//printf("D3 = 0x%02X \nD2 = 0x%02X \nD1 = 0x%02X \nD0 = 0x%02X\n", ucDi3, ucDi2,ucDi1,ucDi0);
switch(ucDi3)
{
case 0: //{00}[*][*][*]
{
if(ucDi0 > 0xC) // [00][*][*]{!(0x00~0x0C)}
{
return E_D07_ERRO_UNKOWN_ID;
}
// 封装结算日字符串
if(ucDi0 == 0)
{
sprintf(strPayOff, "%s", "(当前)");
}
else
{
sprintf(strPayOff,"(上%d结算日)", ucDi0);
}
/* 对于表 A.1 相同的数据属性 */
para.payoff = (E_D07_PARA_PAYOFF)(ucDi0 + 1); /* 结算日 */
para.rate = E_D07_RATE_NULL;
para.harm = E_D07_HARM_NULL;
para.last = E_D07_LAST_NULL;
rdwr = E_D07_RDWR_READ_ONLY;
format = E_D07_FMT_XXXXXX_XX;
len = 4;
func = trans_d07_data_XXXXXX_XX;
switch(ucDi2)
{
case 0x0://[00]{00}[*][*]
{
if(0 == ucDi1)//[00][00]{00}[*]
{
type = E_D07_RULER_TYPE_COMB_HAVE_POWER_TOTAL;
sprintf(name_1, "组合有功总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][00]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_COMB_HAVE_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "组合有功费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][00]{FF}[*]
{
type = E_D07_RULER_TYPE_COMB_HAVE_POWER_BLOCK;
sprintf(name_1, "组合有功电能数据块");
}
else //[00][00]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x1://[00]{01}[*][*]
{
if(0 == ucDi1)//[00][01]{00}[*]
{
type = E_D07_RULER_TYPE_FORTH_HAVE_POWER_TOTAL;
sprintf(name_1, "正向有功总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][01]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_FORTH_HAVE_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "正向有功费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][01]{FF}[*]
{
type = E_D07_RULER_TYPE_FORTH_HAVE_POWER_BLOCK;
sprintf(name_1, "正向有功电能数据块");
}
else //[00][01]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x2://[00]{02}[*][*]
{
if(0 == ucDi1)//[00][02]{00}[*]
{
type = E_D07_RULER_TYPE_BACK_HAVE_POWER_TOTAL;
sprintf(name_1, "反向有功总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][02]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_BACK_HAVE_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "反向有功费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][02]{FF}[*]
{
type = E_D07_RULER_TYPE_BACK_HAVE_POWER_BLOCK;
sprintf(name_1, "反向有功电能数据块");
}
else //[00][02]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x3://[00]{03}[*][*]
{
if(0 == ucDi1)//[00][03]{00}[*]
{
type = E_D07_RULER_TYPE_COMB_NONE_1_POWER_TOTAL;
sprintf(name_1, "组合无功1总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[03][00]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_COMB_NONE_1_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "组合无功1费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][03]{FF}[*]
{
type = E_D07_RULER_TYPE_COMB_NONE_1_POWER_BLOCK;
sprintf(name_1, "组合无功1电能数据块");
}
else //[00][03]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x4://[00]{04}[*][*]
{
if(0 == ucDi1)//[00][04]{00}[*]
{
type = E_D07_RULER_TYPE_COMB_NONE_2_POWER_TOTAL;
sprintf(name_1, "组合无功2总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[04][00]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_COMB_NONE_2_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "组合无功2费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][04]{FF}[*]
{
type = E_D07_RULER_TYPE_COMB_NONE_2_POWER_BLOCK;
sprintf(name_1, "组合无功2电能数据块");
}
else //[00][04]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x5://[00]{05}[*][*]
{
if(0 == ucDi1)//[00][05]{00}[*]
{
type = E_D07_RULER_TYPE_QUAD_1_NONE_POWER_TOTAL;
sprintf(name_1, "第一象限无功总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][05]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_QUAD_1_NONE_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "第一象限无功费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][05]{FF}[*]
{
type = E_D07_RULER_TYPE_QUAD_1_NONE_POWER_BLOCK;
sprintf(name_1, "第一象限无功电能数据块");
}
else //[00][05]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x6://[00]{06}[*][*]
{
if(0 == ucDi1)//[00][06]{00}[*]
{
type = E_D07_RULER_TYPE_QUAD_2_NONE_POWER_TOTAL;
sprintf(name_1, "第二象限无功总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][06]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_QUAD_2_NONE_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "第二象限无功费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][06]{FF}[*]
{
type = E_D07_RULER_TYPE_QUAD_2_NONE_POWER_BLOCK;
sprintf(name_1, "第二象限无功电能数据块");
}
else //[00][06]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x7://[00]{07}[*][*]
{
if(0 == ucDi1)//[00][07]{00}[*]
{
type = E_D07_RULER_TYPE_QUAD_3_NONE_POWER_TOTAL;
sprintf(name_1, "第三象限无功总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][07]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_QUAD_3_NONE_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "第三象限无功费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][07]{FF}[*]
{
type = E_D07_RULER_TYPE_QUAD_3_NONE_POWER_BLOCK;
sprintf(name_1, "第三象限无功电能数据块");
}
else //[00][07]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x8://[00]{08}[*][*]
{
if(0 == ucDi1)//[00][08]{00}[*]
{
type = E_D07_RULER_TYPE_QUAD_4_NONE_POWER_TOTAL;
sprintf(name_1, "第四象限无功总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][08]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_QUAD_4_NONE_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "第四象限无功费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][08]{FF}[*]
{
type = E_D07_RULER_TYPE_QUAD_4_NONE_POWER_BLOCK;
sprintf(name_1, "第四象限无功电能数据块");
}
else //[00][08]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0x9://[00]{09}[*][*]
{
if(0 == ucDi1)//[00][09]{00}[*]
{
type = E_D07_RULER_TYPE_FORTH_APPARENT_POWER_TOTAL;
sprintf(name_1, "正向视在总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][09]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_FORTH_APPARENT_POWER_RATE;
para.rate = (E_D07_PARA_RATE)ucDi1;
sprintf(name_1, "正向视在费率%d电能", ucDi1);
}
else if(0xFF == ucDi1) //[00][09]{FF}[*]
{
type = E_D07_RULER_TYPE_FORTH_APPARENT_POWER_BLOCK;
sprintf(name_1, "正向视在电能数据块");
}
else //[00][09]{(!(0-3F,FF))}[*]
{
return E_D07_ERRO_UNKOWN_ID;
}
}
break;
case 0xA://[00]{0A}[*][*]
{
if(0 == ucDi1)//[00][0A]{00}[*]
{
type = E_D07_RULER_TYPE_BACK_APPARENT_POWER_TOTAL;
sprintf(name_1, "反向视在总电能");
}
else if(ucDi1 >= 0x01 && ucDi1 <= 0x3F) //[00][0A]{(1~3F)}[*]
{
type = E_D07_RULER_TYPE_BACK_APPARENT_POWER_RATE;