public static void ExportStars()
{
List <StarExportDto> starsDto = StarStore.GetStars();
XDocument xmlDoc = new XDocument();
XElement starsXml = new XElement("Stars");
foreach (var starDto in starsDto)
{
foreach (var star in starDto.Stars)
{
XElement starXml = new XElement("Star",
new XElement("Name", star.Name),
new XElement("Temperature", star.Temperature),
new XElement("StarSystem", star.StarSystem));
XElement discoveryInfo = new XElement("DiscoveryInfo",
new XAttribute("DiscoveryDate", $"{starDto.DiscoveryDate:yyyy-MM-dd}"),
new XAttribute("TelescopeName", starDto.Telescope));
foreach (var astronomer in starDto.Astronomers)
{
discoveryInfo.Add(new XElement("Astronomer",
astronomer.FirstName + " " + astronomer.LastName,
new XAttribute("Pioneer", astronomer.Role)));
}
starXml.Add(discoveryInfo);
starsXml.Add(starXml);
}
}
xmlDoc.Add(starsXml);
xmlDoc.Save("../../Export/stars.xml");
}
public static void ImportStars()
{
var json = File.ReadAllText("../../../datasets/stars.json");
var stars = JsonConvert.DeserializeObject <IEnumerable <StarDto> >(json);
StarStore.AddStars(stars);
}
public static void ImportStars()
{
var xmlDoc = XDocument.Load("../../datasets/stars.xml");
var stars = xmlDoc.Root.Elements();
StarStore.AddStars(stars);
}
public static void ImportStars()
{
var xml = XDocument.Load("../../../datasets/stars.xml");
var stars = xml.Root.Elements().Select(s => new StarImportDto
{
Name = s.Element("Name").Value,
Temperature = int.Parse(s.Element("Temperature").Value),
StarSystem = s.Element("StarSystem").Value
}).ToList();
StarStore.AddStars(stars);
}
public static void ImportStars()
{
XDocument starsXml = XDocument.Load(starsDataPath);
var stars = starsXml.Root.Elements()
.Select(e => new StarDto()
{
Name = e.Element("Name").Value,
Temperature = int.Parse(e.Element("Temperature").Value),
StarSystem = e.Element("StarSystem").Value
});
StarStore.AddStars(stars);
}
public static void ExportStars()
{
var stars = StarStore.GetFlat();
var serializer = new XmlSerializer(typeof(StarCollectionDto));
XmlSerializerNamespaces ns = new XmlSerializerNamespaces();
ns.Add("", "");
using (var writer = new StreamWriter("../../../export/stars.xml"))
{
serializer.Serialize(writer, stars, ns);
}
}
public static void ImportStars()
{
XDocument xmlDoc = LoadXmlFile("stars");
var stars = xmlDoc.Root.Elements();
List <StarDto> starsDto = new List <StarDto>();
foreach (XElement star in stars)
{
var starDto = new StarDto()
{
Name = star.Element("Name")?.Value,
Temperature = star.Element("Temperature")?.Value,
StarSystem = star.Element("StarSystem")?.Value
};
starsDto.Add(starDto);
}
StarStore.AddStars(starsDto);
}
public static void ExportStars()
{
var stars = StarStore.GetStars();
XDocument starsXml = new XDocument();
XElement starsElement = new XElement("Stars");
foreach (var star in stars)
{
var newStar = new XElement("Star");
newStar.Add(new XElement("Name", star.Name));
newStar.Add(new XElement("Temperature", star.Temperature));
newStar.Add(new XElement("StarSystem", star.HostStarSystem.Name));
var discoveryInfo = new XElement("DiscoveryInfo");
var discovery = star.DiscoveriesIncludedIn
.OrderBy(s => s.DateMade)
.FirstOrDefault();
discoveryInfo.Add(new XAttribute("DiscoveryDate", discovery.DateMade.ToString()));
discoveryInfo.Add(new XAttribute("TelescopeName", discovery.TelescopeUsed.Name));
newStar.Add(discoveryInfo);
var astronomers = new XElement("Astronomers");
}
starsXml.Add(starsElement);
}
