698 OOP协议：
1、读取请求05：
读取一个对象属性GetRequestNormal
读取多个对象属性 GetRequestNormalList
2、设置请求06：
对象属性描述符OAD（Object Attribute Descriptor）
上图中对象标识 OI 后面接的是 属性标识、特征以及属性内元素索引。
例：
3、操作请求 07：
对于下图 属性2（读取多回路 温度）应该是05 01请求读取属性 2E10 0200
case 0x2E100200: // 读取05 01多回路温度属性2
mem_cpy(resp + pos, oad->value, 4);
pos += 4;
if((temp_smoke_dev_count == 0) && (first_read_AM2320_flag1 == 0))
{
resp[pos++] = DT_NULL;
resp[pos++] = DAR_OBJECT_UNAVAILABLE;
break;
}
resp[pos++] = 1;// 结果类型是数据 data
resp[pos++] = DT_ARRAY; // 数据类型
resp[pos++] = temp_smoke_dev_count+first_read_AM2320_flag1; // len长度
for(idx=0; idx<temp_smoke_dev_count; idx++)
{
resp[pos++] = DT_STRUCTURE;
resp[pos++] = 2;//structure数量
resp[pos++] = DT_OCTETSTRING;
resp[pos++] = 6;
mem_cpy_reverse(resp+pos,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
pos+=6;
resp[pos++] = DT_LONG;
resp[pos++] = temp_of_temp_smoke_dev>>8; // temp_of_temp_smoke_dev表示实时的温度INT16S
resp[pos++] = temp_of_temp_smoke_dev; // 高字节在前，和645不一样
}
if(first_read_AM2320_flag1==1)
{
resp[pos++] = DT_STRUCTURE;
resp[pos++] = 2;//structure数量
resp[pos++] = DT_OCTETSTRING;
resp[pos++] = 6;
mem_cpy_reverse(resp+pos,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
pos+=6;
resp[pos++] = DT_LONG;
bcd_2_int16s(&temp_of_am2301, temphumi1.Temp_BCD);//温湿度传感器AM2301A的温度
resp[pos++] = temp_of_am2301>>8;
resp[pos++] = temp_of_am2301;//高字节在前，和645不一样
}
}
break;
方法127 应该是 操作请求 07 请求操作一个对象方法 2E10 7F00
case 0x2E100400: // 读取05 01多回路温度属性4
mem_cpy(resp + pos, oad->value, 4);
pos += 4;
if((temp_smoke_dev_count == 0) && (first_read_AM2320_flag1 == 0))
{
resp[pos++] = DT_NULL;
resp[pos++] = DAR_OBJECT_UNAVAILABLE;
break;
}
resp[pos++] = 1;// 结果类型是数据 data
resp[pos++] = DT_ARRAY; // 数据类型
resp[pos++] = temp_smoke_dev_count+first_read_AM2320_flag1; // len长度
for(idx=0; idx<temp_smoke_dev_count; idx++)
{
resp[pos++] = DT_STRUCTURE;
resp[pos++] = 3;//structure数量
resp[pos++] = DT_LONGUNSIGNED；
resp[pos++] =
resp[pos++] = DT_OCTETSTRING;
resp[pos++] = 6;
mem_cpy_reverse(resp+pos,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
pos+=6;
resp[pos++] = DT_VISIBLESTRING;
resp[pos++] = temp_of_temp_smoke_dev>>8; // temp_of_temp_smoke_dev表示实时的温度INT16S
resp[pos++] = temp_of_temp_smoke_dev; // 高字节在前，和645不一样
}
if(first_read_AM2320_flag1==1)
{
resp[pos++] = DT_STRUCTURE;
resp[pos++] = 2;//structure数量
resp[pos++] = DT_OCTETSTRING;
resp[pos++] = 6;
mem_cpy_reverse(resp+pos,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
pos+=6;
resp[pos++] = DT_LONG;
bcd_2_int16s(&temp_of_am2301, temphumi1.Temp_BCD);//温湿度传感器AM2301A的温度
resp[pos++] = temp_of_am2301>>8;
resp[pos++] = temp_of_am2301;//高字节在前，和645不一样
}
}
break;
搜索传感器 0x26008000:
组报文：
case 0x26008000: // 操作搜索传感器，并更新传感器档案单元 方法128
{
if((temp_smoke_dev_count == 0) && (first_read_AM2320_flag1 == 0)&& (smoke_dev_count == 0)&& (if_ds18b20_count_read() == 0)&& (switch_dev_count == 0))
{
resp[pos++] = DT_NULL;
resp[pos++] = DAR_OBJECT_UNAVAILABLE;
break;
}
sensor_file[0].sensor_num = temp_smoke_dev_count+first_read_AM2320_flag1+switch_dev_count+if_ds18b20_count_read()+smoke_dev_count; ; //需要配置到档案的传感器总数
// rs485_send_frame(PORT_IDX_RS485_1,&sensor_file[0].sensor_num,1,CJQ_G_Var.baudrate);
// pos+=4; //数据类型 DT_STRUCTURE 02 长度 03 定值
if (sensor_file[0].sensor_num <= MaxSensorNum)
{
for(i=0; i<temp_smoke_dev_count; i++)
{
sensor_file[i].sequence = i;
sensor_file[i].add_len =6;
mem_cpy_reverse(sensor_file[i].add,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
}
for(idx1=0; idx1 < first_read_AM2320_flag1; idx1++)
{
sensor_file[idx1].sequence = temp_smoke_dev_count+idx1;
sensor_file[idx1].add_len =6;
mem_cpy_reverse(sensor_file[idx1].add,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
}
for(idx2=0; idx2 < switch_dev_count; idx2++)
{
sensor_file[idx2].sequence = temp_smoke_dev_count+first_read_AM2320_flag1+idx2;
sensor_file[idx2].add_len =6;
mem_cpy_reverse(sensor_file[idx2].add,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
}
for(idx3=0; idx3 < smoke_dev_count; idx3++)
{
sensor_file[idx3].sequence = temp_smoke_dev_count+first_read_AM2320_flag1+switch_dev_count+idx3;
sensor_file[idx3].add_len =6;
mem_cpy_reverse(sensor_file[idx3].add,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
}
for(idx4=0; idx4 < if_ds18b20_count_read(); idx4++)
{
sensor_file[idx4].sequence = temp_smoke_dev_count+first_read_AM2320_flag1+switch_dev_count+smoke_dev_count+idx4;
sensor_file[idx4].add_len =6;
mem_cpy_reverse(sensor_file[idx4].add,DS18B20_ID[idx4]+1,6);
}
resp[pos_resp++] = DAR_SECCESS; //DAR 成功
resp[pos_resp++] = DT_NULL; //操作返回数据 Data OPTIONAL
tpos_enterCriticalSection();
app_if_nor_flash_se(PAGE_ID_LORA_DEV_INFO * MAX_PAGE_SIZE);
app_if_nor_flash_write(PAGE_ID_LORA_DEV_INFO * MAX_PAGE_SIZE, &sensor_file, sizeof(sensor_file)); //存储 传感器的档案
tpos_leaveCriticalSection();
}
else
{
resp[pos_resp++] = DAR_TYPE_UNMATCHED; //DAR 类型不匹配
resp[pos_resp++] = DT_NULL; //操作返回数据 Data OPTIONAL
}
}
break;
[16:50:15.950]发→◇68 18 00 43 05 01 00 00 00 00 00 02 F9 D9 07 01 02 26 00 80 00 00 00 C6 E0 16 □
[16:50:16.091]收←◆FE FE FE FE 68 1A 00 C3 05 01 00 00 00 00 00 02 0C B6 87 01 02 26 00 80 00 00 00 00 00 28 E4 16
查询传感器
[16:51:56.876]发→◇68 17 00 43 05 01 00 00 00 00 00 02 B5 C5 05 01 02 26 00 04 00 00 F2 5B 16 □
[16:51:56.964]收←◆FE FE FE FE 68 2A 00 C3 05 01 00 00 00 00 00 02 C3 25 85 01 02 26 00 04 00 01 01 01 02 03 12 00 00 09 06 4C 27 C1 04 00 00 0A 00 00 00 63 33 16
复位在上电
[16:58:11.989]发→◇68 17 00 43 05 01 00 00 00 00 00 02 B5 C5 05 01 02 26 00 04 00 00 F2 5B 16 □
[16:58:12.059]收←◆FE FE FE FE 68 2A 00 C3 05 01 00 00 00 00 00 02 C3 25 85 01 02 26 00 04 00 01 01 01 02 03 12 00 00 09 06 4C 27 C1 04 00 00 0A 00 00 00 63 33 16
保存2020 10 30 搜索传感器 目前这个代码的功能是实现搜索终端复位重启时注册的tcbus传感器以及（中途拔下或者接上不会再次注册）：
case 0x26008000: // 操作搜索温度传感器，并更新传感器档案单元 方法128 目前搜索完传感器以后 传感器描述更新
{
if((temp_smoke_dev_count == 0) && (first_read_AM2320_flag1 == 0)&& (if_ds18b20_count_read() == 0))
{
resp[pos_resp++] = DAR_SECCESS; // 成功
resp[pos_resp++] = DT_NULL;
temp_sensor_file[0].sensor_num =0;
tpos_enterCriticalSection();
app_if_nor_flash_se(PAGE_ID_LORA_DEV_INFO * MAX_PAGE_SIZE);
app_if_nor_flash_write(PAGE_ID_LORA_DEV_INFO * MAX_PAGE_SIZE, &temp_sensor_file, sizeof(temp_sensor_file));
tpos_leaveCriticalSection();
break;
}
temp_sensor_file[0].sensor_num = temp_smoke_dev_count+first_read_AM2320_flag1+if_ds18b20_count_read(); //需要配置到档案的传感器总数
if (temp_sensor_file[0].sensor_num <= MaxSensorNum)
{
for(i=0; i<temp_smoke_dev_count; i++)
{
// rs485_send_frame(PORT_IDX_RS485_1,sensor_id[i+1],12,CJQ_G_Var.baudrate);
sequence =i;
temp_sensor_file[sequence].sequence = i;
temp_sensor_file[sequence].add_len =12;
mem_cpy_reverse(temp_sensor_file[sequence].add,sensor_id[i+1],temp_sensor_file[sequence].add_len);
temp_sensor_file[sequence].loc_len =0;
mem_cpy(temp_sensor_file[sequence].LOCATION_INFO,0,temp_sensor_file[sequence].loc_len); //保存 传感器描述
}
for(idx1=0; idx1 < first_read_AM2320_flag1; idx1++)
{
sequence = idx1+temp_smoke_dev_count;
temp_sensor_file[sequence].sequence = temp_smoke_dev_count+idx1;
temp_sensor_file[sequence].add_len =6;
mem_cpy_reverse(temp_sensor_file[sequence].add,MeterList[MAX_METER_COUNT].elmt.meter_no,6);
temp_sensor_file[sequence].loc_len =0;
mem_cpy(temp_sensor_file[sequence].LOCATION_INFO,0,temp_sensor_file[sequence].loc_len); //保存 传感器描述
}
for(idx4=0; idx4 < if_ds18b20_count_read(); idx4++)
{
sequence = temp_smoke_dev_count+ first_read_AM2320_flag1 + idx4;
temp_sensor_file[sequence].sequence = temp_smoke_dev_count+first_read_AM2320_flag1+idx4;
temp_sensor_file[sequence].add_len =6;
mem_cpy(temp_sensor_file[sequence].add,DS18B20_ID[idx4]+1,6);
temp_sensor_file[sequence].loc_len =0;
mem_cpy(temp_sensor_file[sequence].LOCATION_INFO,0,temp_sensor_file[sequence].loc_len); //保存 传感器描述
}
resp[pos_resp++] = DAR_SECCESS; //DAR 成功
resp[pos_resp++] = DT_NULL; //操作返回数据 Data OPTIONAL
tpos_enterCriticalSection();
app_if_nor_flash_se(PAGE_ID_LORA_DEV_INFO * MAX_PAGE_SIZE);
app_if_nor_flash_write(PAGE_ID_LORA_DEV_INFO * MAX_PAGE_SIZE, &temp_sensor_file, sizeof(temp_sensor_file)); //存储 传感器的档案
tpos_leaveCriticalSection();
}
else
{
resp[pos_resp++] = DAR_TYPE_UNMATCHED; //DAR 类型不匹配
resp[pos_resp++] = DT_NULL; //操作返回数据 Data OPTIONAL
}
}
break;