如果您正在使用Retrofit那么你可以直接将其解析为某个模型测试模型根据您的要求调用类似的东西。
@GET("your endpoint")
Call<TestModel> getTestData();
在这里你会得到数据
public void getTestData(){
mApiServiceNetwork.getNetworkService(null,WebConstants.API_ENDPOINT)
.getTestData()
.enqueue(new Callback<TestModel>() {
@Override
public void onResponse(final Call<TestModel> call, final Response<TestModel> response) {
if (response.code()==200){
//handle the response
TestModel testModel = response.body();
}else{
//handle the error
}
}
@Override
public void onFailure(final Call<TestModel> call, final Throwable t) {
}
});
}
or
如果您正在获取数据JSON对象然后这样做。
private TestModel getTestModel(JsonObject jsonObject){
Gson gson = new Gson();
TestModel testModel = gson.fromJson(jsonObject,TestModel.class);
return testModel;
}
如果您要获取 String 中的数据，然后解析为 Json 对象，然后调用上面的方法，这里是将字符串转换为 json 对象的方法。
JsonObject jsonParser = new JsonParser().parse(json).getAsJsonObject();
最重要的是，对于这两种情况，您的 TestModel 应该如下所示。
public class TestModel {
@SerializedName("Meta Data")
@Expose
private MetaModel mMetaModel;
public MetaModel getMetaModel() {
return mMetaModel;
}
public void setMetaModel(final MetaModel metaModel) {
mMetaModel = metaModel;
}
public Map<String, TimeModel> getTimeModel() {
return mTimeModel;
}
public void setTimeModel(final Map<String, TimeModel> timeModel) {
mTimeModel = timeModel;
}
@SerializedName("Time Series (1min)")
@Expose
private Map<String,TimeModel> mTimeModel;
public static class MetaModel{
@SerializedName("1. Information")
@Expose
private String _1Information;
@SerializedName("2. Symbol")
@Expose
private String _2Symbol;
@SerializedName("3. Last Refreshed")
@Expose
private String _3LastRefreshed;
@SerializedName("4. Interval")
@Expose
private String _4Interval;
@SerializedName("5. Output Size")
@Expose
private String _5OutputSize;
@SerializedName("6. Time Zone")
@Expose
private String _6TimeZone;
public String get_1Information() {
return _1Information;
}
public void set_1Information(final String _1Information) {
this._1Information = _1Information;
}
public String get_2Symbol() {
return _2Symbol;
}
public void set_2Symbol(final String _2Symbol) {
this._2Symbol = _2Symbol;
}
public String get_3LastRefreshed() {
return _3LastRefreshed;
}
public void set_3LastRefreshed(final String _3LastRefreshed) {
this._3LastRefreshed = _3LastRefreshed;
}
public String get_4Interval() {
return _4Interval;
}
public void set_4Interval(final String _4Interval) {
this._4Interval = _4Interval;
}
public String get_5OutputSize() {
return _5OutputSize;
}
public void set_5OutputSize(final String _5OutputSize) {
this._5OutputSize = _5OutputSize;
}
public String get_6TimeZone() {
return _6TimeZone;
}
public void set_6TimeZone(final String _6TimeZone) {
this._6TimeZone = _6TimeZone;
}
}
public static class TimeModel{
@SerializedName("1. open")
@Expose
private String _1Open;
@SerializedName("2. high")
@Expose
private String _2High;
@SerializedName("3. low")
@Expose
private String _3Low;
@SerializedName("4. close")
@Expose
private String _4Close;
@SerializedName("5. volume")
@Expose
private String _5Volume;
public String get_1Open() {
return _1Open;
}
public void set_1Open(final String _1Open) {
this._1Open = _1Open;
}
public String get_2High() {
return _2High;
}
public void set_2High(final String _2High) {
this._2High = _2High;
}
public String get_3Low() {
return _3Low;
}
public void set_3Low(final String _3Low) {
this._3Low = _3Low;
}
public String get_4Close() {
return _4Close;
}
public void set_4Close(final String _4Close) {
this._4Close = _4Close;
}
public String get_5Volume() {
return _5Volume;
}
public void set_5Volume(final String _5Volume) {
this._5Volume = _5Volume;
}
}
}
关键点是我们是否进行改造Map<K,V>如果模型与 JSON 中的一样，它会自动将其解析为模型。
