public static async Task <StarWarsEntityList <Starship> > GetStarships(string stops, double inputDist)
{
var api = new StarWarsAPIClient();
// Get first page of all starships available
StarWarsEntityList <Starship> _lstStarships = await api.GetAllStarship("1");
// Get the number of pages
int totalPages = Convert.ToInt32(Math.Ceiling(((double)_lstStarships.count / _lstStarships.results.Count())));
// While loop to filter through all pages of data returned (data returns results in groups of 10)
for (int pageNum = 1; pageNum < totalPages + 1; pageNum++)
{
if (pageNum != 1) // Skip recalling page 1. Only needs recallinging for changing to pages that follow
{
_lstStarships = await api.GetAllStarship(pageNum.ToString());
}
foreach (Starship s in _lstStarships.results)
{
stops = CalculateStops(s.consumables, s.MGLT, inputDist);
Console.WriteLine(string.Format("{0}: {1}", s.name, stops));
}
}
return(_lstStarships);
}
public async Task <Starship> Get(int id)
{
var api = new StarWarsAPIClient();
var starship = await api.GetStarshipAsync(id.ToString());
return(await Task.FromResult(mapper.GetStarship(starship)));
}
static void Main(string[] args)
{ /*
* Utilizando a StarWars APi helper
* passos: determinar o total das naves (count)
* -verificar dinamicamente quantas paginas existem no arquivo
* -retornar os dados (result) em um List
* - calcular o numero de paradas
* - exibir o List
*
*/
var api = new StarWarsAPIClient();
int count; // Total de registros
bool proximo; // se contém próxima página
int naves_por_pagina;
Console.Write("Entre a distância desejada em MGLT: ");
Globals.MGLT = Console.ReadLine();
List <Nave> Ship = new List <Nave>();
int indice = 1;
Console.Write("Buscando Dados das Naves...\n\n");
Console.WriteLine(" ]|| ---INICIO DA TRANSMISSAO-- -||[ ");
Nave novanave = new Nave();
do
{
StarWarsEntityList <Starship> nave = api.GetAllStarshipAsync(indice.ToString()).Result;
count = Convert.ToInt32(nave.count);
proximo = nave.isNext;
naves_por_pagina = nave.results.Count();
foreach (var navinha in nave.results)
{
novanave.Name = navinha.name;
novanave.MGLT = navinha.MGLT;
novanave.Consumables = navinha.consumables;
novanave.ResupplyFrequency = CalculeResupplyFrequency(novanave);
if (novanave.ResupplyFrequency == "unknown")
{
novanave.ResupplyFrequency = "indeterminado";
}
;
Ship.Add(novanave);
Console.WriteLine("Nave: " + novanave.Name + " : Número de Paradas : " + novanave.ResupplyFrequency);
}
indice++;
} while (proximo == true);
Console.WriteLine("||--- FIM DA TRANSMISSAO ---||\n\n");
Console.WriteLine("PRESSIONE QUALQUER TECLA PARA FINALIZAR...");
Console.ReadLine();
}
public List <Starship> GetAllFromApi()
{
var api = new StarWarsAPIClient();
var starships = new List <Starship>();
int pageNo = 0;
while (true)
{
var page = api.GetAllStarship((++pageNo).ToString());
starships.AddRange(page.Result.results.Select(x => mapper.GetStarship(x)));
if (!page.Result.isNext)
{
break;
}
}
return(starships);
}
public async Task <List <Starship> > GetAll()
{
var api = new StarWarsAPIClient();
var starships = new List <Starship>();
int pageNo = 0;
while (true)
{
var page = await api.GetAllStarship((++pageNo).ToString());
starships.AddRange(page.results.Select(x => model.GetStarship(x)));
if (!page.isNext)
{
break;
}
}
return(starships);
}
public StarWars(StarWarsDBContext context, StarWarsAPIClient starWarsAPIClient)
{
_context = context;
_starWarsAPIClient = starWarsAPIClient;
}
