SmartPDCode/pro/src/json_handle.h

#ifndef __JSON_HANDLE_H
#define __JSON_HANDLE_H

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include <stdbool.h>
#include "list.h"
#include "common.h"
#include "cJSON.h"

/// @brief 获取用户信息
typedef struct
{
    char* user_token;
}_Get_Info_Request;

/// @brief 电压、电流、功率、耗电量统计接口
typedef struct
{
    float ydata[60];    //value
    char  xAxis[60][32];//时间点
}_Get_Total_Value;

/// @brief 系统总数信息
typedef struct
{
    int channel_total  ;//通道总数
    int warn_total     ;//告警总数
    int sensor_total   ;//传感器总数
    int log_total      ;//运行日志总数
}_Get_System_Total;

//功率趋势接口
typedef struct
{
    float  ydata[3][60]     ;//0：有功功率；1：无功功率；2：视在功率；
    char   xAxis[60][32]    ;//时间点      
}_Power_Trend_Info;

/// @brief 总体设备信息
typedef struct
{
    char*   user_token;
    char*   type; //listInfoQuery listQuery open close listHisQuery
    char*   product_name;
    int     product_id;
    char*   product_number;
    char*   start_time;
    char*   end_time;
    char*     page_num;
    char*     page_size;
    int   product_pwr_type;
    char*   product_phOrder;
    char*   lType; //L1 L2 L3
}_Over_All_Sts_Monitor;




/// @brief 总设备信息返回
typedef struct
{
    char *product_name;
    int product_id;
    char *product_number; 
    char *product_Code;
    char *product_type;
    int product_type_id;
    char *productVersion; // 固件版本
    char *product_status;
    char *product_sysTime;
    char *product_runTime;
    char *productPwrType;
    char *productAddr; // IP地址
    char *product_mac;
    int product_RS485Addr;
    int productMemory;   // 内存
    char *occupancyRate; // 磁盘占用率
    char productCount;   // 级联设备数
    _Get_System_Total system_total;
}_OverBackStsInfo;

/// @brief breaker device information

typedef struct 
{
    char *product_name;
    int product_id;
    char *product_number; 
    char product_type;
}_OverBackBreakerInfo;

/// @brief breaker channel list information

typedef struct
{
    char product_name[32];
    int product_id;
    char product_number[32]; 
    char product_ch_name[32];
    int product_ch_id;
    struct list_head list;
}_OverBreakerChnInfo;


/// @brief breaker channel switch information
typedef struct 
{
    char productName[32];
    char product_number[32];
    int product_id;
    char product_ch_name[32];
    int product_ch_id;
    int status;
    int switch_id;
    char switch_name[64];
    char cjfs[20];
    char comkh[20];
    char cjdz[20];
    char jdh[20];
    char productChids[64];
    struct list_head list;
}_OverBreakerSwitchInfo;



/// @brief 电源总体监控请求信息
typedef struct 
{
    char* user_token;
    char* type;
    char* product_name;
    char* product_number;
}_OverAllPwrRequest;


/// @brief 电源通道监控请求信息
typedef struct 
{
    char* user_token;
    char* type;
    char* lType;
    char* product_name;
    int  product_id;
    char* productChName;
    int productChId;
    char* start_time;
    char* end_time;
    char* pageNum;
    char* pageSize;
    char* ChannelLoadType;
    int productType;
    char* productPhOrder;
    int outputType;
    char* Zerotype;
}_OverChnPwrRequest;

/// @brief 总体电源返回信息
typedef struct
{
    char*           product_name;
    char*           product_number;   
    int             product_id;
    char*           productChName;
    char            productChId;    
    int             status;
    int             NF_status;
    char*           mac_addr;
    char*           ip_addr;

    float           voltage                                     ;//电压
    float           current                                     ;//电流
    float           power                                       ;//功率
    float           freq                                        ;//频率
    float           consumption                                 ;//耗电量
    float           factor                                      ;
    unsigned short      product_ch_start_delay                  ;//通道延时 
    unsigned short      product_ch_stop_delay                   ;//通道延时 
    int             product_type;                               //通道类型
    int             product_phType;                             //三相类型
    float           ph_voltage                                     ;//电压
    float           ph_current                                     ;//电流
    float           ph_power                                       ;//功率
    float           ph_consumption                                 ;//耗电量  
    int             ph_outputType   ;//输出类型
    int             ph_outputStatus ;//输出状态-该通道是否输出  
    struct list_head   list;   
}_OverChnPwrAckInfo;

/// @brief 总体电源返回信息
typedef struct
{
    char*           product_name;
    char*           product_number;   
    int             product_id;
    float           voltage                                     ;//电压
    float           current                                     ;//电流
    float           power                                       ;//功率
    float           freq                                        ;//频率
    float           consumption                                 ;//耗电量
    float           factor                                      ;//功率因素
    _Get_Total_Value	_total_voltage							;//电压统计
	_Get_Total_Value	_total_current							;//电流统计
	_Get_Total_Value	_total_power							;//功率统计
	_Get_Total_Value	_total_consumption						;//耗电量统计
    _Power_Trend_Info   _Power_Trend_Info                       ;//有功、无功、视在功率统计
}_OverAllPwrAckInfo;


/// @brief 传感器总体请求信息
typedef struct
{
    float  ydata[2][60]     ;//0：温度，1：湿度；
    char   xAxis[60][32]    ;//时间点
}_Sensor_Temp_Humi_Icon;
typedef struct
{
    float  ydata[60]        ;//气体值
    char   xAxis[60][32]    ;//时间点
}_Sensor_Gas_Icon;
typedef struct
{
    float  ydata[2][60]     ;//0：气流，1：气压；
    char   xAxis[60][32]    ;//时间点
}_Sensor_Air_Press_Icon;
typedef struct
{
    char* user_token;
    char* type;
    char* productName;
    char* productNumber;
    char* productChName;
    char* productChId;
    char* startTime;
    char* endTime;
    char* page_num;
    char* page_size;

    int sensorId;
    char* sensorType;
    char* sensorName;
    char* comSlogan;
    char* cgqtd;
    char* sensorAddr;
    char* sensorBaud;
    char* connectionStatus;
}_OverSensorRequest;


/// @brief 传感器应答状态
typedef struct
{
    int    accessControlStatus;
    char    sensorAddr;
    int     nodeNumber;
    float   airPressureValue;
    float   airflowValue;
    int    alarmStatus;
    int     sensorBaud;
    char   comSlogan[32];
    int    connectionStatus;
    float   gasConcentration;
    float   humidityValue;
    float   temperatureValue;
    char   sensorName[64];
    char    sensorId;
    char    sensorType;
    int    waterImmersionState;
    char    sensorvaluech[32];
    float   temperatureValue2;
    _Sensor_Temp_Humi_Icon  temp_humi_sensor;
    _Sensor_Gas_Icon        gas_sensor;
    _Sensor_Air_Press_Icon  air_press_sensor;
    struct list_head list;
}_OverSensorBackInfo;

/// @brief 电源类阈值设置
typedef struct 
{
    char* alarmContentUpperValue;
    char*  currentUpperValue;
    char* powerUpperValue;
    char productChId;
    char* productChName;
    char* voltageDownValue;
    char* voltageUpperValue;
    bool bUpdatealarmContentUpperValue;
    bool bUpdatecurrentUpperValue;
    bool bUpdatepowerUpperValue;
    bool bUpdatevoltageDownValue;
    bool bUpdatevoltageUpperValue;
    char* currentUpperAction;
    char* voltageUpperAction;
    char*voltageDownAction;
     char* powerUpperAction;
     char* alarmContentUpperAction;
}_Power_AlarmRequestInfo;

/// @brief 传感器类阈值设置
typedef struct 
{
    char* connectionStatus  ;
    int sensorId;
    char* sensorName;
    char* sensorType;
    char* thresholdType;
    char* thresholdDownValue;
    char* thresholdUpperValue;
    char *thresholdDownAction;
    char *thresholdUpperAction;
    char *thresholdUpperChanel;
    char *thresholdDownChanel;
}_Sensor_AlarmRequestInfo;


/// @brief 告警信息查询
typedef struct
{
    char* user_token;
    char* type;
    int pagenum;
    int pagesize;
    _Power_AlarmRequestInfo _pwr_info;
    _Sensor_AlarmRequestInfo _sensor_info;
}_AlarmRequestInfo;

/// @brief 告警响应信息
typedef struct
{
    char alarmNumber[16];
    char alarmDate[32];
    char alarmType;
    char deviceNumber[16];
    char deviceName[32];
    char alarmContent[128];
    struct list_head list;
}_AlarmAckInfo;


/// @brief SMPT服务信息
typedef struct 
{
    char* mode;
    char* account;
    char* password;
    char* server;
    char* port;
    char* auth;
    char* recvAccount[SMTP_RECV_MAX];
}_SMTP_ServerRequestInfo;

/// @brief SNMP信息
typedef struct
{
    char*   mode;
    char*   version;
    char*   public;
    char*   trapmode;
}_SNMP_ServerRequestInfo;

/// @brief SNMP TRAP信息
typedef struct
{
    char* mode;
    char* stType;
}_SNMPTRAP_ServerRequestInfo;

/// @brief NTP信息
typedef struct 
{
    char*   mode;
    char*   ntpName;
    char*   ntpaddress;
    char*   port;
    char*   time;
    char*   weekday;
    char*   tzone;
}_NTP_ServiceRequestInfo;


/// @brief 定时设置
typedef struct
{
    char* productChName;
    char* productChId;
    int productChIds[64];
    char* idx[64];
    char* channelDate;
    char* StartDate;
    char* Enddate;
    char* channelTime;
    char* setStatus;
}_DS_ServiceRequestInfo;


/// @brief 时序设置
typedef struct
{
    char* productId;
    char* productChName;
    char* productChId;
    char* firingInterval;
    char* closeInterval;
    // char* firingInterval;
    // char* closeInterval;
}_POSIX_ServiceRequestInfo;

/// @brief 分组设置
typedef struct
{
    char* mode;
    char* xlnumber;
    char* jgnumber;
    char* opergroupid;
}_GROUP_ServiceRequestInfo;



/// @brief 服务信息查询
typedef struct
{
    char* user_token;
    char* type;
    _SMTP_ServerRequestInfo _smtp_info ;
    _SNMP_ServerRequestInfo _snmp_info ;
    _SNMPTRAP_ServerRequestInfo _snmp_trap_info;
    _NTP_ServiceRequestInfo _ntp_info ;
    _DS_ServiceRequestInfo _ds_info;
    _POSIX_ServiceRequestInfo _posix_info;
    _GROUP_ServiceRequestInfo _group_info;
}_ServiceManageRequestInfo;


/// @brief 网络参数配置
typedef struct
{
    char* mode;
    char* ipaddr;
    char* maskaddr;
    char* gateway;
    char* dns1;
    char* dns2;
}_NET_CommunicationRequestInfo;

/// @brief  RS参数配置
typedef struct 
{
    char* mode;
    char*  baud;
    char* addr;
}_RS_CommunicationRequestInfo;


/// @brief 通信信息查询
typedef struct
{
    char* user_token;
    char* type;
    _NET_CommunicationRequestInfo _net_info;
    _RS_CommunicationRequestInfo _rs_info;
}_CommunicationManageRequestInfo;



/// @brief日志信息查询
typedef struct
{
    char* user_token;
    char* type;
    char* alarmType;
    char* beginTime;
    char* endtime;
    int pagenum;
    int pagesize;
    char* openName;
}_LogInformationRequestInfo;

/// @brief 日志应答类容
typedef struct
{
    char* alarm_number;
    char* alarm_date;
    char  alarm_type;
    int   product_id;
    char  product_name[32];
    char alarmContent[64];
}_LogInformationAckInfo;

/// @brief 设备维护
typedef struct
{
    char*   user_token;
    char*   type; 
    char*   product_name;
    char*   product_id;
    char*   product_number;
    /// @brief  breaker infomation
    char *cjfs;
    char *comkh;
    char *cjdz;
    char *jdh;
    char *productChids;
    /////
    int   switchId;
    char *switchName;
}_Equipment_Mintenance;

 /// @brief 用户角色管理
typedef struct
{
    char*   user_token;
    char*   type;
    char*   createTime;
    int     userId; 
    char*   userName;
    char*   nickName;//用途不明？
    bool    delFlag;//用途不明？
    int     roleId;
    char*   roleName;
    char*   password;
    int   userIds;


}_UserRoleManageInfo;


char* ctrl_sts_ack_to_json(void);
char* ctrl_breaker_err_ack_to_json(char *string);

void get_rand_str(char* s,int num);
char* json_to_Token_info(const char* strHead);
int json_to_User_login_info(const char* str,_User_Log* _newUserLogin);
int json_to_User_loginOut_info(const char* str,char** _UserLoginOutToken);
char* log_info_to_json(const char* token);
char* log_LoginFailedinfo_to_json();
char* log_AthFailedinfo_to_json();

char* user_info_to_json(void);
char* user_routers_info_to_json(void);

char* json_to_system_config_info(void);


cJSON* json_to_overall_status_monitor(const char* str,_Over_All_Sts_Monitor* _over_all_sts_monitor);
char* over_all_monitor_to_json(_OverBackStsInfo* _over_back_sts_info);

char* overall_power_history_to_json(GlobalPowerInfo* _globalPowerInfo,GlobalDeviceInfo* _globalDeviceInfo);

char* over_channel_power_history_to_json(GlobalPowerInfo* _globalPowerInfo,GlobalDeviceInfo* _globalDeviceInfo,char* chn_name,char chn);

cJSON* json_to_overall_pwr_status_monitor(const char* str,_OverAllPwrRequest* _over_all_pwr_request);
cJSON* json_to_over_equipment_mintenance(const char* str,_Equipment_Mintenance* _over_equipment_mintenance);
char* over_product_list_info_to_json(GlobalDeviceManager *dm, _OverBackStsInfo* _over_back_sts_info,bool curFlag);
char* vendor_info_to_json(GlobalDeviceInfo *dev);
char* over_all_pwr_monitor_to_json(int phaseType,_OverAllPwrAckInfo* _over_all_pwr_back_info);
char* over_all_pwr_monitor_Tree_AC_to_json(_OverAllPwrAckInfo* _over_all_pwr_back_info_L1,_OverAllPwrAckInfo* _over_all_pwr_back_info_L2,_OverAllPwrAckInfo* _over_all_pwr_back_info_L3);
char* over_all_total_info_to_json(_OverAllPwrAckInfo* _over_all_pwr_back_info, int total_type);
void over_all_total_info_t_ac_to_json(_OverAllPwrAckInfo* _over_all_pwr_back_info,cJSON* dataJson,cJSON* AxisJson, int total_type);
int over_init_data_t_ac_to_json(cJSON* pAllJson,cJSON* dataJson[],cJSON* AxisJson,int total_type);
char* over_all_data_t_ac_to_json(_OverAllPwrAckInfo* _over_all_pwr_back_info, _Over_All_Sts_Monitor* _over_all_sts_monitor,int total_type);
char* over_system_total_monitor_to_json(_OverBackStsInfo* _over_back_system_info);
char* over_power_trend_to_json(_OverAllPwrAckInfo* _over_all_pwr_back_info);

cJSON* json_to_chn_pwr_status_monitor(const char* str,_OverChnPwrRequest* _over_chn_pwr_request);
char* over_chn_pwr_monitor_to_json(_OverChnPwrAckInfo* _over_chn_pwr_back_info);

int json_to_overall_sensor_status(const char* str,_OverSensorRequest* _over_all_sensor_request);

char* over_all_sensor_info_to_json(_OverSensorBackInfo* _over_all_sensor_back_info,int nWSType);
char* ws_sensor_status_ack_to_json(GlobalSensorManger* _globalSensorManger);

char* over_sensor_history_info_to_json(_OverSensorBackInfo* _over_all_sensor_back_info, int sensor_type);

char* alarm_info_to_json(_AlarmAckInfo* _alarm_ack_info,int nAllNumber);

char* alarm_type_info_to_json(_AlarmAckInfo* _alarm_ack_info,int nAllNumber);
char* alarm_ctrl_type_info_to_json(_AlarmAckInfo* _alarm_ack_info,int nAlarmNum);

char* alarm_power_threshold_to_json(GlobalPowerManger* _globalPowerManger);

char* alarm_sensor_threshold_to_json(GlobalSensorManger* _globalSensorManger);

char* communication_net_ack_to_json(NetworkInfo_t* _networkInfo_t);

char* communication_rs_ack_to_json(ModbusInfo_t* _modbusInfo_t);

char* service_ds_ack_to_json(char* chn_name,char* chn_id,_PowerDSManage_t* __powerDSManage_t);
char* service_ds_all_ack_to_json(char* pDate,char* Name,char* nchID,GlobalPowerManger* __powerDSManage_t);
char* service_sx_ack_to_json(int product_id, GlobalPowerManger * __PowerManage_t);
char* service_ntp_ack_to_json(NTPManager* __NTPManager_t);
char* service_snmp_ack_to_json(SNMPManager* __SNMPManager_t);
char* service_smtp_ack_to_json(smtp_info_t* info);
char* service_mqtt_ack_to_json(mqtt_info_t* info);
char* service_group_ack_to_json(GroupInfo* _globalgroupInfo);
///请求管理
cJSON* json_to_sensor_manage(const char* str,_OverSensorRequest* _overSensorRequest);
cJSON* json_to_alarm_manage(const char* str,_AlarmRequestInfo* _alarm_request_info);
cJSON* json_to_loginformation_manage(const char* str,_LogInformationRequestInfo* _logInformationRequestInfo);
cJSON* json_to_communication_manage(const char* str,_CommunicationManageRequestInfo* _communicationRequestInfo);
cJSON* json_to_service_manage(const char* str,_ServiceManageRequestInfo* _serviceManageRequestInfo);
cJSON* json_to_user_manage(const char* str,_UserRoleManageInfo* _UserRoleManageRequestInfo);

char* ws_over_status_ack_to_json(int type,_OverAllPwrAckInfo* _over_all_pwr_back_info);
char* ws_chn_status_ack_to_json(int type,_OverChnPwrAckInfo* _over_chn_pwr_back_info,GlobalDeviceManager *gdm);

int json_to_switch_language(const char* str);

int InitHashTable(GlobalDeviceManager *gdm);


int GetRoleIDByUserName(char* _userName,UserInfo* __UserInfo_t);
int GetRoleLevelByID(int _RoleID,RoleInfo* __RoleInfo_t);
char* GetRoleNameByID(int _RoleID,RoleInfo* __RoleInfo_t);
int GetRoleIDByName(char* _RoleName,RoleInfo* __RoleInfo_t);
char* service_userQuery_ack_to_json(char* _userName,UserInfo* __UserInfo_t,RoleInfo* __RoleInfo_t);
char* service_userRole_ack_to_json(char* _userName,UserInfo* __UserInfo_t,RoleInfo* __RoleInfo_t);



char* over_breaker_product_list_info_to_json(GlobalDeviceManager *dm,_OverBackBreakerInfo* _over_back_sts_info,bool curFlag);
char* over_all_breaker_chn_info_to_json(_OverBreakerChnInfo* _over_all_breaker_back_info,int nWSType);
char* over_all_breaker_switch_info_to_json(_OverBreakerSwitchInfo* _over_all_breaker_switch_info,int nWSType);
char *breaker_status_ack_to_json(GlobalDeviceManager *gm,int slave);
#endif