public static async Task <Guid> SubmitSample(StanlabApi stanlab)
{
var command = new SubmitSampleRequest
{
ObservationFacilityId = "396b071b-6488-485a-8d9e-bcff45079d56", // Renseanlæg: Hirtshals - Afløb
Location = "",
Purpose = 1, // Egenkontrol
Type = 2, // Mængdeproportional prøve
Matrix = 1, // Vand
Label = "Prøve nr. 1 af 12",
Sampling = new Sampling
{
Sampler = new Actor
{
Company = "DK29809577",
Person = "Christian Lykke"
},
Method = 0, // Ikke oplyst
Equipment = 0, // Ikke oplyst
Remarks = "Prøven var meget uklar i forhold til hvad den plejer at være...",
SamplingStarted = DateTime.Now.AddDays(-2),
SamplingEnded = DateTime.Now.AddDays(-1)
},
Measurements = new List <Measurement>
{
new Measurement
{
Parameter = 1155, // Vandføring
Unit = 33, // m3/d
Method = 0, // Ikke oplyst
Accredited = false,
Attribute = null,
Value = 12000,
Time = DateTime.Now,
Performer = "Miljøstyrelsens Laboratorium - DANAK 556"
}
},
Observations = new List <Observation>
{
new Observation
{
Parameter = 1894, // Farve, vandfase
StancodeList = 1060, // Farve (kodeliste)
Stancode = 3, // Gullig
Performer = "Miljøstyrelsens Laboratorium - DANAK 556"
}
}
};
return(await stanlab.SubmitSampleAsync("puls", command));
}
public async static Task RunClientCredentialsExamples()
{
string stanlabAddress = "https://stanlab-api.test.miljoeportal.dk";
string authority = "https://log-in.test.miljoeportal.dk/runtime/oauth2";
string clientId = "** insert client id **";
string clientSecret = "** insert client secret **";
string scope = "stanlab_read stanlab_write";
var tokenClient = new TokenClient(authority);
var token = await tokenClient.RequestClientCredentialsToken(clientId, clientSecret, scope);
var client = new HttpClient();
client.DefaultRequestHeaders.Authorization = new AuthenticationHeaderValue("Bearer", token.AccessToken);
WriteConsoleInfo("Connecting to Stanlab API");
var stanlab = new StanlabApi(stanlabAddress, client);
WriteConsoleInfo("Submitting sample");
var sampleId = await SubmitSample(stanlab);
WriteConsoleInfo("Submitting laboratory test to the sample");
await SubmitLaboratoryTest(stanlab, sampleId);
WriteConsoleInfo("Retrieving the submitted sample");
var sample = await GetSample(stanlab, sampleId);
WriteConsoleInfo("Deleting the sample");
await DeleteSample(stanlab, sampleId);
WriteConsoleInfo("Success");
Console.ReadLine();
}
public static async Task SubmitLaboratoryTest(StanlabApi stanlab, Guid sampleId)
{
var command = new SubmitLaboratoryTestRequest
{
Applicant = new Actor
{
Company = "DK29809577",
Person = ""
},
Laboratory = new Actor
{
Company = "DK29809577",
Person = "Christian Lykke"
},
Reference = "Rapport nr. 2018-0299123-22",
Registered = DateTime.Now,
Finished = DateTime.Now,
StorageTemperature = 0,
Remarks = "Detektionsgrænse hævet for Total-P pga. interferens",
Analyses = new List <AnalysisResult>
{
new AnalysisResult
{
Parameter = 176, // BI5 modif. Biokemisk iltforbrug,modifificeret 5 døgn
Fraction = 1, // Total
Unit = 1, // mg/L
Method = 0, // Ikke oplyst
Attribute = null,
Value = 10,
Laboratory = "Miljøstyrelsens Laboratorium - DANAK 556",
Accredited = true,
Time = DateTime.Now,
DetectionLimit = 0.1,
QuantificationLimit = 0.3,
RelativeUncertainty = 0.2,
AbsoluteUncertainty = 2
}
},
Appendix = null
};
await stanlab.SubmitLaboratoryTestAsync("puls", sampleId, command);
}
public async static Task RunAuthorizationCodeExamples()
{
string stanlabAddress = "https://stanlab-api.test.miljoeportal.dk";
string authority = "https://log-in.test.miljoeportal.dk/runtime/oauth2";
string clientId = "** insert client id **";
string clientSecret = "** insert client secret **";
string scope = "openid stanlab_read stanlab_write";
int port = 7890;
string redirectUri = string.Format($"http://127.0.0.1:{port}");
var options = new OidcClientOptions
{
Authority = authority,
ClientId = clientId,
ClientSecret = clientSecret,
RedirectUri = redirectUri,
Policy = new Policy
{
Discovery = new DiscoveryPolicy
{
ValidateEndpoints = false
}
},
Scope = scope,
Flow = OidcClientOptions.AuthenticationFlow.AuthorizationCode,
ResponseMode = OidcClientOptions.AuthorizeResponseMode.Redirect,
Browser = new SystemBrowser(port)
};
var oidcClient = new OidcClient(options);
var result = await oidcClient.LoginAsync(new LoginRequest());
var client = new HttpClient();
client.DefaultRequestHeaders.Authorization = new AuthenticationHeaderValue("Bearer", result.AccessToken);
WriteConsoleInfo("Connecting to Stanlab API");
var stanlab = new StanlabApi(stanlabAddress, client);
await GetPackages(stanlab);
}
private static async Task GetPackages(StanlabApi stanlab)
{
var query = @"
{
analysisPackages {
name
matrix {
value
}
analyses {
parameter {
value
}
fraction {
value
}
unit {
value
}
}
}
}";
var response = await stanlab.GraphQLAsync(new GraphQLQuery
{
Query = query
}) as dynamic;
foreach (var package in response.data.analysisPackages)
{
var name = package.name;
var matrix = package.matrix.value;
var analyses = package.analyses;
foreach (var analysis in analyses)
{
var parameter = analysis.parameter.value;
var fraction = analysis.fraction.value;
var unit = analysis.unit.value;
Console.WriteLine($"{name};{matrix};{parameter};{fraction};{unit}");
}
}
}
public static async Task DeleteSample(StanlabApi stanlab, Guid sampleId)
{
await stanlab.DeleteSampleAsync("puls", sampleId);
}
public static async Task <Sample> GetSample(StanlabApi stanlab, Guid sampleId)
{
return(await stanlab.GetSampleAsync("puls", sampleId));
}
