el_sensorsnode_json.h

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#ifndef LIBELSENSORTREE_ELSENSORTREE_EL_SENSORSNODE_JSON_H_
#define LIBELSENSORTREE_ELSENSORTREE_EL_SENSORSNODE_JSON_H_
 
#include <json-c/json.h>
 
#include "elsensortree/el_sensorsnode.h"
#include "elsensortree/io_type_t.h"
 
#include "elutils/c_decls.h"
__BEGIN_DECLS /* till __END_DECLS */
 
 
#define NODE_FW_VERSION_KEY     "fw_version"
 
#define NODE_FW_VERSION_SW_PATCH_KEY    "sw_patch"
#define NODE_FW_VERSION_SW_MINOR_KEY    "sw_minor"
#define NODE_FW_VERSION_SW_MAJOR_KEY    "sw_major"
#define NODE_FW_VERSION_BOOT_KEY    "boot"
#define NODE_FW_VERSION_HW_REVISION_KEY "hw_revision"
#define NODE_FW_VERSION_PROTOCOL_KEY    "protocol"
 
#define NODE_ADDR_KEY           "addr"
#define NODE_ADDR_A0_KEY        "a0"
#define NODE_ADDR_A1_KEY        "a1"
#define NODE_ADDR_A2_KEY        "a2"
#define NODE_ADDR_A3_KEY        "a3"
 
 
#define NODE_INFO_KEY           "node_info"
 
#define NODE_INFO_MODEL_KEY         "model"
#define NODE_INFO_SERIAL_NUMBER_KEY "serialNumber"
#define NODE_INFO_FW_VERSION_KEY    "fw_version"
#define NODE_INFO_ADDR_KEY      "addr"
#define NODE_INFO_CONFIG_CRC_KEY    "configCrc"
 
//will be array
#define SENSOR_VALUES_KEY       "sensor_values"
 
#define SENSOR_VALUE_STATE_KEY      "value state"
//#define SENSOR_VALUE_STATE_UKNOWN_STR     "SN_VAL_UKNOWN"
//#define SENSOR_VALUE_STATE_INVALID_STR        "SN_VAL_INVALID"
//#define SENSOR_VALUE_STATE_VALID_STR      "SN_VAL_VALID"
 
#define SENSOR_VALUE_TYPE_KEY       "value_type"
//#define SENSOR_VALUE_TYPE_ABSENT_STR      "SN_VAL_ABSENT"
//#define SENSOR_VALUE_TYPE_ANALOG_STR      "SN_VAL_ANALOG"
//#define SENSOR_VALUE_TYPE_DISCRETE_STR        "SN_VAL_DISCRETE"
#define IO_INPUT                "IO_INPUT"
#define IO_OUTPUT               "IO_OUTPUT"
 
 
 
#define SENSOR_VALUE_ANALOG_KEY     "analog"
#define SENSOR_VALUE_ANALOG_VALUE_KEY   "value"
#define SENSOR_VALUE_DISCRETE_KEY   "discrete"
#define SENSOR_VALUE_DISCRETE_VALUE_KEY "value"
#define SENSOR_VALUE_DISCRETE_COUNT_KEY "count"
 
#define NODE_STATUS_KEY         "node_status"
#define NODE_STATUS_AVAILABALE_KEY  "available"
#define NODE_STATUS_AVAILABALE_YES_STR      "yes"
#define NODE_STATUS_AVAILABALE_NO_STR       "no"
#define NODE_STATUS_DATA_ERROR_KEY  "data_error"
#define NODE_STATUS_DATA_ERROR_YES_STR      "yes"
#define NODE_STATUS_DATA_ERROR_NO_STR       "no"
 
#define VALUES_COUNT_KEY        "values_count"
//#define SENSORS_NODE_KEY      "sensors_node"
#define SENSORS_NODE_KEY        "node_data"
 
#define SENSOR_DATA_KEY     "sensor_data"
 
#define SENSOR_DATA_DATA_KEY        "data"
#define SENSOR_DATA_UPDATE_COUNTER_KEY      "updateCounter"
#define SENSOR_DATA_NODES_COUNT_KEY     "nodesСount"
#define SENSOR_DATA_NODES_KEY           "nodes"
#define SENSOR_DATA_CRC_KEY     "crc"
 
#define PRINT_JSONED(DATA, METHOD, MSG) {                       \
    struct json_object *jo = METHOD(DATA);                      \
    const char *t_str = json_object_to_json_string_ext(jo, JSON_C_TO_STRING_PLAIN);     \
    MB_DBG("%s: '%s'\n", MSG, t_str);                           \
    json_object_put(jo);                                \
}
 
int parse_node_fw_version(struct json_object *pobj, node_fw_version_t *p);
struct json_object* json_node_fw_version(node_fw_version_t *p);
#define PRINT_JSONED_NODE_FW_VERSION(FWS, MSG) PRINT_JSONED(FWS, json_node_fw_version, MSG)
 
int parse_node_addr(struct json_object *pobj, node_addr_t *paddr);
struct json_object* json_node_addr(node_addr_t *addr, int as_string);
#define PRINT_JSONED_NODE_ADDR(ADDR, MSG) {                                 \
            struct json_object *jo = json_node_addr(ADDR, 1);                       \
            const char *t_str = json_object_to_json_string_ext(jo, JSON_C_TO_STRING_PLAIN);     \
            MB_DBG("%s: '%s'\n", MSG, t_str);                           \
            json_object_put(jo);                                \
        }
 
 
 
int parse_serialnum(struct json_object *pobj, node_serial_num_t *sn);
struct json_object* json_serialnum(node_serial_num_t *sernum);
#define PRINT_JSONED_SERIAL_NUM(FWS, MSG) PRINT_JSONED(FWS, json_serialnum, MSG)
 
int parse_node_info(struct json_object *pobj, node_info_t *p);
struct json_object* json_node_info(node_info_t *p);
#define PRINT_JSONED_NODE_INFO(FWS, MSG) PRINT_JSONED(FWS, json_node_info, MSG)
 
int parse_sensor_value(struct json_object *pobj, sensor_value_t *p);
struct json_object* json_sensor_value(sensor_value_t *p);
#define PRINT_JSONED_SENSOR_VALUE(FWS, MSG) PRINT_JSONED(FWS, json_sensor_value, MSG)
 
int parse_node_status(struct json_object *pobj, node_status_t *p);
struct json_object* json_node_status(node_status_t *p);
#define PRINT_JSONED_NODE_STATUS(FWS, MSG) PRINT_JSONED(FWS, json_node_status, MSG)
 
int parse_sensors_node(struct json_object *pobj, sensors_node_t *p);
struct json_object* json_sensors_node(sensors_node_t *p);
void print_sensors_node(sensors_node_t *p, char *msg);
#define PRINT_JSONED_SENSORS_NODE(FWS, MSG) PRINT_JSONED(FWS, json_sensors_node, MSG)
 
int parse_sensors_data(struct json_object *pobj, sensors_data_t **pp);
struct json_object* json_sensors_data(sensors_data_t *p);
void print_sensors_data(sensors_data_t *p, char *msg);
 
__END_DECLS
#endif /* LIBELSENSORTREE_ELSENSORTREE_EL_SENSORSNODE_JSON_H_ */