反序列化JSON複雜

我試圖反序列化JSON以下字符串：反序列化JSON複雜

{ 
    "result": 1, 
    "error": null, 
    "id": 0, 
    "data": { 
    "ASTEALTHYNODE01_0301_0_30": { 
     "css_class": "sensor rf digital humidity", 
     "default_name": "Humidity", 
     "device_type": "humidity", 
     "did": "30", 
     "gid": "0301", 
     "has_subdevice_count": 0, 
     "has_time_series": 1, 
     "is_actuator": 0, 
     "is_sensor": 1, 
     "is_silent": 0, 
     "last_data": { 
      "DA": 58, 
      "timestamp": 1355791804474 
     }, 
     "meta": {}, 
     "node": "ASTEALTHYNODE01", 
     "shortName": "Humidity", 
     "subDevices": {}, 
     "vid": "0" 
    }, 
    "ASTEALTHYNODE01_0301_0_31": { 
     "css_class": "sensor rf digital temperature", 
     "default_name": "Temperature", 
     "device_type": "temperature", 
     "did": "31", 
     "gid": "0301", 
     "has_subdevice_count": 0, 
     "has_time_series": 1, 
     "is_actuator": 0, 
     "is_sensor": 1, 
     "is_silent": 0, 
     "last_data": { 
      "DA": 26.6, 
      "timestamp": 1355791804475 
     }, 
     "meta": {}, 
     "node": "ASTEALTHYNODE01", 
     "shortName": "Temperature", 
     "subDevices": {}, 
     "vid": "0" 
    }, 
    "ASTEALTHYNODE01_0_0_1000": { 
     "css_class": "actuator cape led rgbled", 
     "default_name": "On Board RGB LED", 
     "device_type": "rgbled", 
     "did": "1000", 
     "gid": "0", 
     "has_subdevice_count": 0, 
     "has_time_series": 0, 
     "is_actuator": 1, 
     "is_sensor": 1, 
     "is_silent": 0, 
     "last_data": { 
      "DA": "22B42B", 
      "timestamp": 1355790209080 
     }, 
     "meta": {}, 
     "node": "ASTEALTHYNODE01", 
     "shortName": "On Board RGB LED", 
     "subDevices": {}, 
     "vid": "0" 
    }, 
    "ASTEALTHYNODE01_0_0_11": { 
     "css_class": "sensor serial rf rf433 receiver transmitter", 
     "default_name": "RF 433Mhz", 
     "device_type": "rf433", 
     "did": "11", 
     "gid": "0", 
     "has_subdevice_count": 1, 
     "has_time_series": 0, 
     "is_actuator": 1, 
     "is_sensor": 1, 
     "is_silent": 0, 
     "last_data": { 
      "DA": "010001010101010100010101", 
      "timestamp": 1355789891324 
     }, 
     "meta": {}, 
     "node": "ASTEALTHYNODE01", 
     "shortName": "RF 433Mhz", 
     "subDevices": { 
      "6l8At": { 
       "category": "rf", 
       "data": "011111110001010100110000", 
       "shortName": "Door Bell", 
       "type": "sensor" 
      } 
     }, 
     "vid": "0" 
    } 
    } 
}

我通常的幫助下創建類：http://json2csharp.com，然後我做這樣的事情（Json.NET libary）： Collapse |複製代碼

var result = JsonConvert.DeserializeObject<MyObject>(jsonString);

但設備的數量和它們的名字（例如：ASTEALTHYNODE01_0_0_11）是未知之前，我的JSON字符串。我怎樣才能反序列化呢？

謝謝

來源

2013-12-20 user3123001

您是否考慮過創建一個循環，將每個循環發送給代碼隱藏並將反序列化的對象存儲在一個（類型）屬性列表中？不知道你是否可以在視圖狀態下存儲道具 – Lopsided

你是針對.NET框架的最新版本的，這可能是將JSON反序列化爲「動態」對象（「 ''動態結果= JsonConvert.DeserializeObject（jsonString）;'''） –

@Lopsided很抱歉，但我不明白。你可以寫一些僞代碼還是更詳細地解釋它？謝謝 – user3123001

這個工作對我來說，你的JSON，並使用JSON.NET：

 Payload payloadJsonNet = JsonConvert.DeserializeObject<Payload>(data); 
     System.Diagnostics.Debug.Assert 
     (
      payloadJsonNet.data.ContainsKey("ASTEALTHYNODE01_0_0_11") && 
      payloadJsonNet.data["ASTEALTHYNODE01_0_0_11"].subDevices.ContainsKey("6l8At") && 
      payloadJsonNet.data["ASTEALTHYNODE01_0_0_11"].subDevices["6l8At"].shortName == "Door Bell" 
     );

...你準備了以下波蘇斯提供（使用漂亮json2csharp幫手，例如）：

public class Payload 
    { 
     public int result { get; set; } 
     public int id { get; set; } 
     public Error error { get; set; } 
     public Dictionary<string, Device> data { get; set; } 
    } 

    public class Device 
    { 
     public string css_class { get; set; } 
     public string default_name { get; set; } 
     public string device_type { get; set; } 
     public string did { get; set; } 
     public string gid { get; set; } 
     public int has_subdevice_count { get; set; } 
     public int has_time_series { get; set; } 
     public int is_actuator { get; set; } 
     public int is_sensor { get; set; } 
     public int is_silent { get; set; } 
     public LastData last_data { get; set; } 
     public Meta meta { get; set; } 
     public string node { get; set; } 
     public string shortName { get; set; } 
     public Dictionary<string, Device> subDevices { get; set; } 
     public string vid { get; set; } 
    } 

    public class LastData 
    { 
     public string DA { get; set; } 
     public long timestamp { get; set; } 
    } 

    public class Meta 
    { 
    } 

    public class Error 
    { 
    }

我想你必須從其他JSON輸入中找出/推斷這些最後兩個傢伙的屬性（即「Meta」和「Error」）。

public class LastData 
    { 
     public string DA { get; set; } 
     public long timestamp { get; set; } 
    }

最後，只爲好奇，my own parser反序列化精細以及：

 Payload payloadMyParser = new JsonParser().Parse<Payload>(data); 
     System.Diagnostics.Debug.Assert 
     (
      payloadMyParser.data.ContainsKey("ASTEALTHYNODE01_0_0_11") && 
      payloadMyParser.data["ASTEALTHYNODE01_0_0_11"].subDevices.ContainsKey("6l8At") && 
      payloadMyParser.data["ASTEALTHYNODE01_0_0_11"].subDevices["6l8At"].shortName == "Door Bell" 
     );

「希望這

還要注意，在使用需要「長」型有幫助，

來源

2013-12-31 11:35:19 YSharp

您的JSON「數據」屬性看起來像型詞典<串，SomeClass的>，其中SomeClass的財產 - 是

{ 
     "css_class": "sensor rf digital humidity", 
// skipped 
     "subDevices": {}, 
     "vid": "0" 
    },

數據結構的一類，所以你可以定義此MyObject類中的屬性，並使用強類型的反序列化沒有任何問題。

來源

2013-12-20 17:40:55

反序列化JSON複雜

回答

相關問題