public async Task <ActionResult> GetCalibrationStatus(string accesstoken, string uuid)
{
if (!await this.checkUploadPermissions(accesstoken))
{
return(this.Error("GetStatus Denied"));
}
if (string.IsNullOrWhiteSpace(uuid))
{
return(this.Error("GetStatus Denied: invalid parameter uuid"));
}
LibreCalibrationModel cal;
try
{
cal = await MongoConnection.GetCalibration(uuid);
}
catch (Exception ex)
{
return(Error("GetCalibrationStatus Failed: invalid uuid? " + ex.Message));
}
var requests = cal.requestids;
if (requests.Count() < 4)
{
return(this.Error("GetCalibrationStatus Failed: calibrationrequest was malformed, aborting"));
}
var footerCRCS = cal.isValidForFooterWithReverseCRCs;
LibreReadingModel reqb1;
LibreReadingModel reqb2;
LibreReadingModel reqf1;
LibreReadingModel reqf2;
try
{
reqb1 = await MongoConnection.GetRemoteReading(requests[0]);
reqb2 = await MongoConnection.GetRemoteReading(requests[1]);
reqf1 = await MongoConnection.GetRemoteReading(requests[2]);
reqf2 = await MongoConnection.GetRemoteReading(requests[3]);
}
catch (Exception ex)
{
return(Error("GetCalibrationStatus Failed: could not get remote readings: " + ex.Message));
}
if (reqb1 == null || reqb2 == null || reqf1 == null || reqf2 == null)
{
return(Error("GetCalibrationStatus Failed: could not get remote readings"));
}
if (reqb1.status != "complete" || reqb2.status != "complete" || reqf1.status != "complete" || reqf2.status != "complete")
{
return(Success <CalibrationResult>(new CalibrationResult {
status = "not-ready", uuid = uuid
}, "GetCalibrationStatus"));
}
var requestThresholds = cal.metadata;
var responseb1 = LibreReadingUtil.ReadingResultToNumber(reqb1.result);
var responseb2 = LibreReadingUtil.ReadingResultToNumber(reqb2.result);
var responsef1 = LibreReadingUtil.ReadingResultToNumber(reqf1.result);
var responsef2 = LibreReadingUtil.ReadingResultToNumber(reqf2.result);
var slope1 = (responseb2 - responseb1) / (requestThresholds.GLUCOSE_UPPER_BOUND - requestThresholds.GLUCOSE_LOWER_BOUND);
var offset1 = responseb2 - (requestThresholds.GLUCOSE_UPPER_BOUND * slope1);
var slope2 = (responsef2 - responsef1) / (requestThresholds.GLUCOSE_UPPER_BOUND - requestThresholds.GLUCOSE_LOWER_BOUND);
var offset2 = responsef2 - (requestThresholds.GLUCOSE_UPPER_BOUND * slope2);
var slope_slope = (slope1 - slope2) / (requestThresholds.RAW_TEMP1 - requestThresholds.RAW_TEMP2);
var offset_slope = slope1 - (slope_slope * requestThresholds.RAW_TEMP1);
var slope_offset = (offset1 - offset2) / (requestThresholds.RAW_TEMP1 - requestThresholds.RAW_TEMP2);
var offset_offset = offset2 - (slope_offset * requestThresholds.RAW_TEMP2);
var result = new CalibrationResult
{
offset_offset = offset_offset,
offset_slope = offset_slope,
slope_offset = slope_offset,
slope_slope = slope_slope,
status = "complete",
uuid = uuid,
isValidForFooterWithReverseCRCs = footerCRCS
};
return(Success <CalibrationResult>(result, "GetCalibrationStatus"));
//var content = $"accesstoken: {accesstoken}, uuid: {uuid}, reading: {reading}";
//return Content("GetStatus IS NOT IMPLEMENTED YET:" + content);
}
