private void ExtractAvalancheProblem(string problemName, StringBuilder sbHeader, StringBuilder sbBody)
{
var problem = AvalancheProblems.Where(p => p.ProblemName == problemName);
if (problem.Count() == 1)
{
sbHeader.Append(problem.First().Header());
sbBody.Append(problem.First().ToString());
}
else
{
var p = new AvalancheProblem()
{
ProblemName = problemName,
Likelihood = "no-data",
MaximumSize = "no-data",
MinimumSize = "no-data"
};
sbHeader.Append(p.Header());
sbBody.Append(p.ToString());
}
}
/// <summary>
/// Parses json response
/// </summary>
/// <param name="resultToParse">json repsonse from api</param>
/// <returns>list of parsed responses one item in list per regional forecast</returns>
private static List <AvalancheRegionForecast> ParseResponse(string resultToParse)
{
var parsedForecasts = new List <AvalancheRegionForecast>();
//for each forecast
dynamic file = JObject.Parse(resultToParse);
if (file.objects.Count == 0)
{
return(null);
}
dynamic avyRegionForecasts = file.objects[0].avalanche_region_forecast;
foreach (dynamic forecast in avyRegionForecasts)
{
foreach (dynamic zone in forecast.zones)
{
var parsedForecast = new AvalancheRegionForecast
{
Zone = zone.name,
PublishDate = forecast.publish_date,
ResourceUri = forecast.resource_uri,
SpecialStatement = forecast.special_statement,
Day1Date = forecast.day1_date,
BottomLineSummary = forecast.bottom_line_summary,
Day1DangerElevationHigh = forecast.day1_danger_elev_high,
Day1DangerElevationMiddle = forecast.day1_danger_elev_middle,
Day1DangerElevationLow = forecast.day1_danger_elev_low,
Day1DetailedForecast = forecast.day1_detailed_forecast,
Day1Trend = forecast.day1_trend,
Day1Warning = forecast.day1_warning,
Day1WarningText = forecast.day1_warning_text,
Day1WarningEnd = forecast.day1_warning_end,
Day2DangerElevationHigh = forecast.day2_danger_elev_high,
Day2DangerElevationMiddle = forecast.day2_danger_elev_middle,
Day2DangerElevationLow = forecast.day2_danger_elev_low,
Day2DetailedForecast = forecast.day2_detailed_forecast,
Day2Trend = forecast.day2_trend,
Day2Warning = forecast.day2_warning,
Day2WarningText = forecast.day2_warning_text,
Day2WarningEnd = forecast.day2_warning_end,
AvalancheProblems = new List <AvalancheProblem>()
};
foreach (dynamic problem in forecast.problems)
{
var parsedProblem = new AvalancheProblem
{
ProblemName = problem.problem_type.name,
Likelihood = problem.likelihood,
MaximumSize = problem.maximum_size,
MinimumSize = problem.minimum_size,
OctagonAboveTreelineEast = problem.octagon_high_east,
OctagonAboveTreelineNorth = problem.octagon_high_north,
OctagonAboveTreelineNorthEast = problem.octagon_high_northeast,
OctagonAboveTreelineNorthWest = problem.octagon_high_northwest,
OctagonAboveTreelineSouth = problem.octagon_high_south,
OctagonAboveTreelineSouthEast = problem.octagon_high_southeast,
OctagonAboveTreelineSouthWest = problem.octagon_high_southwest,
OctagonAboveTreelineWest = problem.octagon_high_west,
OctagonBelowTreelineEast = problem.octagon_low_east,
OctagonBelowTreelineNorth = problem.octagon_low_north,
OctagonBelowTreelineNorthEast = problem.octagon_low_northeast,
OctagonBelowTreelineNorthWest = problem.octagon_low_northwest,
OctagonBelowTreelineSouth = problem.octagon_low_south,
OctagonBelowTreelineSouthEast = problem.octagon_low_southeast,
OctagonBelowTreelineSouthWest = problem.octagon_low_southwest,
OctagonBelowTreelineWest = problem.octagon_low_west,
OctagonNearTreelineEast = problem.octagon_mid_east,
OctagonNearTreelineNorth = problem.octagon_mid_north,
OctagonNearTreelineNorthEast = problem.octagon_mid_northeast,
OctagonNearTreelineNorthWest = problem.octagon_mid_northwest,
OctagonNearTreelineSouth = problem.octagon_mid_south,
OctagonNearTreelineSouthEast = problem.octagon_mid_southeast,
OctagonNearTreelineSouthWest = problem.octagon_mid_southwest,
OctagonNearTreelineWest = problem.octagon_mid_west
};
parsedForecast.AvalancheProblems.Add(parsedProblem);
}
parsedForecasts.Add(parsedForecast);
}
}
return(parsedForecasts);
}
