internal static List <EvCandidate> AsEvCandidates(string jString)
{
var json = BasicParser.Initialize(jString);
var maxlist = json["result"][0].Values <int>().ToList();
var minlist = json["result"][1].Values <int>().ToList();
var deflist = json["result"][2].Values <int>().ToList();
if (maxlist.Count != minlist.Count || minlist.Count != deflist.Count)
{
throw new RemoteApiException(StatusCode.IllegalResponse);
}
var tmp = new List <EvCandidate>();
for (int i = 0; i < maxlist.Count; i++)
{
tmp.Add(new EvCandidate
{
IndexStep = EvConverter.GetDefinition(deflist[i]),
MaxIndex = maxlist[i],
MinIndex = minlist[i]
});
}
return(tmp);
}
/// <summary>
/// For APIs which have no response parameter.
/// </summary>
/// <param name="request">Request JSON body</param>
/// <returns></returns>
protected async Task NoValue(string request, CancellationTokenSource cancel = null)
{
await Core(request, res =>
{
BasicParser.CheckError(res);
return(true);
}, cancel).ConfigureAwait(false);
}
internal static ServerAppInfo AsServerAppInfo(string jString)
{
var res = BasicParser.AsParallelPrimitives <string>(jString, 2);
return(new ServerAppInfo {
Name = res[0], Version = res[1]
});
}
internal static WhiteBalanceCapability AsWhiteBalanceCapability(string jString)
{
var json = BasicParser.Initialize(jString);
return(new WhiteBalanceCapability
{
Current = JsonConvert.DeserializeObject <WhiteBalance>(json["result"][0].ToString(Formatting.None)),
Candidates = JsonConvert.DeserializeObject <List <WhiteBalanceCandidate> >(json["result"][1].ToString(Formatting.None))
});
}
internal static TouchFocusStatus AsTouchFocusStatus(string jString)
{
var json = BasicParser.Initialize(jString);
var position = json["result"][0].Values <double>("touchCoordinates").ToArray();
return(new TouchFocusStatus
{
Focused = json["result"][0].Value <bool>("set"),
Position = new FocusPosition {
X_Axis = position[0], Y_Axis = position[1]
}
});
}
internal static EvCapability AsEvCapability(string jString)
{
var info = BasicParser.AsParallelPrimitives <int>(jString, 4);
return(new EvCapability
{
Candidate = new EvCandidate
{
IndexStep = EvConverter.GetDefinition(info[3]),
MaxIndex = info[1],
MinIndex = info[2]
},
CurrentIndex = info[0]
});
}
internal static ProgramShiftRange AsProgramShiftRange(string jString)
{
var range = BasicParser.AsPrimitiveList <int>(jString);
if (range.Count != 2)
{
throw new RemoteApiException(StatusCode.IllegalResponse);
}
return(new ProgramShiftRange
{
Max = range[0],
Min = range[1]
});
}
internal static List <MethodType> AsMethodTypes(string jString)
{
var json = BasicParser.Initialize(jString);
var method_types = new List <MethodType>();
foreach (var token in json["results"])
{
method_types.Add(new MethodType()
{
Name = token.Value <string>(0),
ReqTypes = token[1].Values <string>().ToList(),
ResTypes = token[2].Values <string>().ToList(),
Version = token.Value <string>(3)
});
}
return(method_types);
}
internal static SetFocusResult AsSetFocusResult(string jString)
{
var json = BasicParser.Initialize(jString);
return(JsonConvert.DeserializeObject <SetFocusResult>(json["result"][1].ToString(Formatting.None))); // ignore 0th parameter
}
internal static Event AsCameraEvent(string jString)
{
var json = BasicParser.Initialize(jString);
Debug.WriteLine(json.ToString(Formatting.None));
var jResult = json["result"] as JArray;
var res = new Event();
var elem = jResult[0];
res.AvailableApis = elem.HasValues ? elem["names"].Values <string>().ToList() : null;
elem = jResult[1];
res.CameraStatus = elem.HasValues ? elem.Value <string>("cameraStatus") : null;
elem = jResult[2];
res.ZoomInfo = elem.HasValues ? JsonConvert.DeserializeObject <ZoomInfo>(elem.ToString(Formatting.None)) : null;
elem = jResult[3];
res.LiveviewAvailable = elem.HasValues ? elem.Value <bool>("liveviewStatus") : false;
elem = jResult[4];
res.LiveviewOrientation = elem.HasValues ? elem.Value <string>("liveviewOrientation") : null;
elem = jResult[5];
if (elem.HasValues)
{
var tmp = new List <string>();
foreach (var obj in elem.Children())
{
foreach (var url in obj["takePictureUrl"].Values <string>())
{
tmp.Add(url);
}
}
res.PictureUrls = tmp;
}
elem = jResult[10];
res.StorageInfo = elem.HasValues ? JsonConvert.DeserializeObject <List <StorageInfo> >(elem.ToString(Formatting.None)) : null;
elem = jResult[11];
res.BeepMode = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentBeepMode"),
Candidates = elem["beepModeCandidates"].Values <string>().ToList()
} : null;
elem = jResult[12];
res.Function = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentCameraFunction"),
Candidates = elem["cameraFunctionCandidates"].Values <string>().ToList()
} : null;
elem = jResult[13];
res.MovieQuality = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentMovieQuality"),
Candidates = elem["movieQualityCandidates"].Values <string>().ToList()
} : null;
elem = jResult[14];
res.StillImageSize = elem.HasValues ? new StillImageSizeEvent
{
Current = new StillImageSize
{
AspectRatio = elem.Value <string>("currentAspect"),
SizeDefinition = elem.Value <string>("currentSize")
},
CapabilityChanged = elem.Value <bool>("checkAvailability")
} : null;
elem = jResult[15];
res.FunctionChangeResult = elem.HasValues ? elem.Value <string>("cameraFunctionResult") : null;
elem = jResult[16];
res.SteadyMode = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentSteadyMode"),
Candidates = elem["steadyModeCandidates"].Values <string>().ToList()
} : null;
elem = jResult[17];
res.ViewAngle = elem.HasValues ? new Capability <int>
{
Current = elem.Value <int>("currentViewAngle"),
Candidates = elem["viewAngleCandidates"].Values <int>().ToList()
} : null;
elem = jResult[18];
res.ExposureMode = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentExposureMode"),
Candidates = elem["exposureModeCandidates"].Values <string>().ToList()
} : null;
elem = jResult[19];
res.PostviewSizeInfo = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentPostviewImageSize"),
Candidates = elem["postviewImageSizeCandidates"].Values <string>().ToList()
} : null;
elem = jResult[20];
res.SelfTimerInfo = elem.HasValues ? new Capability <int>
{
Current = elem.Value <int>("currentSelfTimer"),
Candidates = elem["selfTimerCandidates"].Values <int>().ToList()
} : null;
elem = jResult[21];
res.ShootModeInfo = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentShootMode"),
Candidates = elem["shootModeCandidates"].Values <string>().ToList()
} : null;
elem = jResult[25];
res.EvInfo = elem.HasValues ? new EvCapability
{
CurrentIndex = elem.Value <int>("currentExposureCompensation"),
Candidate = new EvCandidate
{
MaxIndex = elem.Value <int>("maxExposureCompensation"),
MinIndex = elem.Value <int>("minExposureCompensation"),
IndexStep = EvConverter.GetDefinition(elem.Value <int>("stepIndexOfExposureCompensation"))
}
} : null;
elem = jResult[26];
res.FlashMode = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentFlashMode"),
Candidates = elem["flashModeCandidates"].Values <string>().ToList()
} : null;
elem = jResult[27];
res.FNumber = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentFNumber"),
Candidates = elem["fNumberCandidates"].Values <string>().ToList()
} : null;
elem = jResult[28];
res.FocusMode = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentFocusMode"),
Candidates = elem["focusModeCandidates"].Values <string>().ToList()
} : null;
elem = jResult[29];
res.ISOSpeedRate = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentIsoSpeedRate"),
Candidates = elem["isoSpeedRateCandidates"].Values <string>().ToList()
} : null;
elem = jResult[31];
if (elem.HasValues)
{
res.ProgramShiftActivated = elem.Value <bool>("isShifted");
}
elem = jResult[32];
res.ShutterSpeed = elem.HasValues ? new Capability <string>
{
Current = elem.Value <string>("currentShutterSpeed"),
Candidates = elem["shutterSpeedCandidates"].Values <string>().ToList()
} : null;
elem = jResult[33];
res.WhiteBalance = elem.HasValues ? new WhiteBalanceEvent
{
Current = new WhiteBalance
{
Mode = elem.Value <string>("currentWhiteBalanceMode"),
ColorTemperature = elem.Value <int>("currentColorTemperature")
},
CapabilityChanged = elem.Value <bool>("checkAvailability")
} : null;
elem = jResult[34];
if (elem.HasValues)
{
var coordinates = elem["currentTouchCoordinates"].Values <double>().ToArray();
res.TouchAFStatus = new TouchFocusStatus
{
Focused = elem.Value <bool>("currentSet"),
Position = coordinates.Length == 2 ? new FocusPosition
{
X_Axis = coordinates[0],
Y_Axis = coordinates[1]
} : null
};
}
if (jResult.Count > 35) // GetEvent version 1.1
{
elem = jResult[35];
res.FocusStatus = elem.HasValues ? elem.Value <string>("focusStatus") : null;
}
if (jResult.Count > 36) // GetEvent version 1.2
{
elem = jResult[36];
res.ZoomSetting = elem.HasValues ? JsonConvert.DeserializeObject <ZoomModeCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[37];
res.ImageQuality = elem.HasValues ? JsonConvert.DeserializeObject <ImageQualityCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[38];
res.ContShootingMode = elem.HasValues ? JsonConvert.DeserializeObject <ContinuousShootingModeCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[39];
res.ContShootingSpeed = elem.HasValues ? JsonConvert.DeserializeObject <ContinuousShootingSpeedCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[40];
if (elem.HasValues)
{
var list = new List <ContShootingResult>();
var ja = elem["contShootingUrl"] as JArray;
foreach (var token in ja.Values <JObject>())
{
list.Add(JsonConvert.DeserializeObject <ContShootingResult>(token.ToString(Formatting.None)));
}
res.ContShootingResult = list;
}
elem = jResult[41];
res.FlipMode = elem.HasValues ? JsonConvert.DeserializeObject <FlipModeCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[42];
res.SceneSelection = elem.HasValues ? JsonConvert.DeserializeObject <SceneSelectionCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[43];
res.IntervalTime = elem.HasValues ? JsonConvert.DeserializeObject <IntervalTimeCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[44];
res.ColorSetting = elem.HasValues ? JsonConvert.DeserializeObject <ColorSettingCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[45];
res.MovieFormat = elem.HasValues ? JsonConvert.DeserializeObject <MovieFormatCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[52];
res.IrRemoteControl = elem.HasValues ? JsonConvert.DeserializeObject <InfraredRemoteControlCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[53];
res.TvColorSystem = elem.HasValues ? JsonConvert.DeserializeObject <TvColorSystemCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[54];
res.TrackingFocusStatus = elem.HasValues ? elem.Value <string>("trackingFocusStatus") : null;
elem = jResult[55];
res.TrackingFocusMode = elem.HasValues ? JsonConvert.DeserializeObject <TrackingFocusModeCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[56];
if (elem.HasValues)
{
var list = new List <BatteryInfo>();
var ja = elem["batteryInfo"] as JArray;
foreach (var token in ja.Values <JObject>())
{
list.Add(JsonConvert.DeserializeObject <BatteryInfo>(token.ToString(Formatting.None)));
}
res.BatteryInfo = list;
}
elem = jResult[57];
res.RecordingTimeSec = elem.HasValues ? elem.Value <int>("recordingTime") : -1;
elem = jResult[58];
res.NumberOfShots = elem.HasValues ? elem.Value <int>("numberOfShots") : -1;
elem = jResult[59];
res.AutoPowerOff = elem.HasValues ? JsonConvert.DeserializeObject <ApoCapability>(elem.ToString(Formatting.None)) : null;
}
if (jResult.Count > 60) // GetEvent version 1.3
{
elem = jResult[60];
res.LoopRecTime = elem.HasValues ? JsonConvert.DeserializeObject <LoopRecTimeCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[61];
res.AudioRecording = elem.HasValues ? JsonConvert.DeserializeObject <AudioRecordingCapability>(elem.ToString(Formatting.None)) : null;
elem = jResult[62];
res.WindNoiseReduction = elem.HasValues ? JsonConvert.DeserializeObject <WindNoiseReductionCapability>(elem.ToString(Formatting.None)) : null;
}
return(res);
}