165 lines
4.6 KiB
C++
165 lines
4.6 KiB
C++
#ifndef SLAVE_DEFINE_H
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#define SLAVE_DEFINE_H
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#include <vector>
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#include <string>
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#include <map>
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typedef struct _tagSlave
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{
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int id;
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int function_code;
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int start_address;
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int quantity;
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int interval;
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} SlaveItem;
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typedef std::vector<SlaveItem*> SlaveData;
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//存储解码后的数据
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typedef struct __DisplayDataItem
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{
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int device_type;
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int order;
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std::string title;
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int precision;
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int value;
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std::string unit;
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int display_location; //1:board 2:table
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} DisplayDataItem;
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typedef std::vector<DisplayDataItem> DisplayDataItems;
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class DeviceData
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{
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public:
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DeviceData()
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:m_device_type(-1),m_device_online_state(0)
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{}
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virtual ~DeviceData()
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{}
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public:
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int m_device_type;
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int m_device_online_state;
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};
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class GeneralDeviceData: public DeviceData
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{
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public:
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GeneralDeviceData()
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{
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m_device_type = 8899;
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m_device_online_state = 0;
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}
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virtual ~GeneralDeviceData() {}
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public:
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DisplayDataItems m_PanelDisplayDataItems;
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};
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class TemperatureData : public DeviceData
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{
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public:
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TemperatureData()
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{
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m_device_type = 81;
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bDecodeAlarm = false;
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bDecodeTemp = false;
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}
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virtual ~TemperatureData() {}
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public:
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bool bDecodeAlarm;
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bool bDecodeTemp;
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float TempValue;
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float HumidityValue;
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float DewPointValue;
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int DO;
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int DI1;
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int DI2;
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int TempHighAlarm;
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int HumidityHighAlarm;
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int TempLowAlarm;
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};
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////////////////////////////////////////////////////////////////////
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// //
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// 以下数据结构是为了存取json配置文件设置 //
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// 保存串口的从机号、寄存器开始地址、数量、寄存器数据描述等等信息 //
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////////////////////////////////////////////////////////////////////
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/****************************************************************
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* 逻辑结构
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*
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SlaveItems 定义有多少个从机
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slaveAddress 定义每一个从机有多少要读取的地址，每一个起始地址并不保证连续
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registryData 定义每一个起始地址需要读取的数据
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*
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*
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*****************************************************************/
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//寄存器的数据，以及控制策略描述
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typedef struct __registryData
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{
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__registryData():
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comment(""), precision(1.0f), unit(""), title_chn("中文"), title_en("eng"), display(1), skip(0)
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{}
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std::string comment; // ":"在线状态", 注释字段，为了方便读，无实际意义
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int order; // 定义解码的顺序，从0开始，数量 =slaveAddress.quantity，
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float precision; // " : 1, 精度，标注小数点用
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std::string unit; // " : "", 单位
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std::string title_chn; // " : 中文显示
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std::string title_en; // " : 英文显示
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int display; // " : 1, 是否显示，0不显示，1显示在board，2显示在表格
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int skip; //" : 0 //1跳过 0不跳过
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} registryData;
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//寄存器的数据数组
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typedef std::map<int,registryData> RegisterDataItems;
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typedef struct __slaveAddress
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{
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int start_addr; // ":40000, 寄存器地址
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unsigned short quantity; // " : 9, 连续读取多少个寄存器
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unsigned short bytes_per_register; // " : 2, 每个寄存器的字节数，缺省是uint16,两个字节
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std::string lang; // 使用语言，"chn": 中文 "en":English
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std::string device_name_chn; // " : "温湿度", 该寄存器数组代表的设备名称
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std::string device_name_eng; // " : "温湿度", 该寄存器数组代表的设备名称,英文
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//标识本地址的数据是哪一个类型的设备
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/*
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PANEL_TEMPERATURE = 1,
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PANEL_BATTERY = 2,
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PANEL_POWER = 3,
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PANEL_AC = 4,
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PANEL_PV = 5,
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PANEL_ALARM = 6,
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PANEL_INVERTER = 7,
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PANEL_OTHER = 88,
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PANEL_HOME = 99,
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* */
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int device_type;
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RegisterDataItems register_data_items; //寄存器数据，数组
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} slaveAddress;
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//需要读取的从机的地址信息
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typedef std::vector<slaveAddress> SlaveAddressItems;
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typedef struct __slaveItem
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{
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int slave_id; //从机ID
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int function_code; //功能码，缺省是3
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SlaveAddressItems slave_address_items; //该从机ID需要读取的地址信息描述
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} slaveItem;
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//需要处理的从机列表
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typedef std::vector<slaveItem> SlaveItems;
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#endif // SLAVE_DEFINE_H
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