public async Task TestTFileFetch()
{
TRest <WeatherSchema> ff = ctx.GetService <TRest <WeatherSchema> >();
Assert.IsNotNull(ff);
ff.Options.Headers.Add("X-Rapidapi-Key", "151c615575msh9dcd2d04eaacee6p1b536fjsnffc5ef311334");
ff.Options.Headers.Add("X-Rapidapi-Host", "community-open-weather-map.p.rapidapi.com");
ff.RequestUri = "https://community-open-weather-map.p.rapidapi.com/weather?q=paris&lang=fr";
RegisterComponentForEvents(ff);
ff.AddToJob(job);
TLogRow <WeatherSchema> log = ctx.GetService <TLogRow <WeatherSchema> >();
Assert.IsNotNull(log);
log.ShowHeader = true;
log.Mode = TLogRowMode.Table;
log.Alignment = TLogRowAlignment.Center;
log.AdditionalSpace = 2;
log.ShowItemNumber = true;
RegisterComponentForEvents(log);
log.AddInput(job, ff.OnOutput);
await Start().ContinueWith(t => Thread.Sleep(1000));
}
public async Task TestTConvertType()
{
TRowGenerator <ConvertSchemaFrom> gen = ctx.GetService <TRowGenerator <ConvertSchemaFrom> >();
Assert.IsNotNull(gen);
RegisterComponentForEvents(gen);
gen.Options = new RowGeneratorOptions <ConvertSchemaFrom>()
.GeneratorFor(e => e.Index, e => ETLString.GetIntRandom(1, 100))
.GeneratorFor(e => e.AProperty, e => ETLString.GetAsciiRandomString(20));
gen.AddToJob(job);
TLogRow <ConvertSchemaFrom> log1 = ctx.GetService <TLogRow <ConvertSchemaFrom> >();
Assert.IsNotNull(log1);
RegisterComponentForEvents(log1);
log1.AddInput(job, gen.OnOutput);
log1.Mode = TLogRowMode.Table;
log1.ShowItemNumber = true;
TConvertType <ConvertSchemaFrom, ConvertSchemaTo> ct = ctx.GetService <TConvertType <ConvertSchemaFrom, ConvertSchemaTo> >();
Assert.IsNotNull(ct);
RegisterComponentForEvents(ct);
ct.AddInput(job, gen.OnOutput);
ct.MapperConfiguation(s => s.ForMember(e => e.AnotherProperty, opt => opt.MapFrom(src => $"{src.AProperty}-{src.Index}")));
TLogRow <ConvertSchemaTo> log = ctx.GetService <TLogRow <ConvertSchemaTo> >();
Assert.IsNotNull(log);
RegisterComponentForEvents(log);
log.AddInput(job, ct.OnOutput);
log.Mode = TLogRowMode.Table;
log.ShowItemNumber = true;
await Start().ContinueWith(t => Thread.Sleep(1000));
}
public async Task TestTRowGenerator(SortOrder order, int nbre, int from, int to)
{
int _counter = 0;
int _index = order switch
{
SortOrder.Ascending => from - 1,
SortOrder.Descending => to + 1,
_ => throw new Exception("this Sort order is not managed")
};
TRowGenerator <TestSchema1> gen = ctx.GetService <TRowGenerator <TestSchema1> >();
Assert.IsNotNull(gen);
gen.Options = new RowGeneratorOptions <TestSchema1>().GeneratorFor(s => s.Index, e => ETLString.GetIntRandom(from, to));
gen.NumberOfRowToGenerate = nbre;
RegisterComponentForEvents(gen);
gen.AddToJob(job);
TSortRow <TestSchema1, TestSchema1> sort = ctx.GetService <TSortRow <TestSchema1, TestSchema1> >();
Assert.IsNotNull(sort);
RegisterComponentForEvents(sort);
sort.OnOutput.Subscribe(row =>
{
// Debug.WriteLine($"{row.Index.ToString()}");
if (order == SortOrder.Ascending)
{
Assert.IsTrue(row.Index >= _index);
}
else
{
Assert.IsTrue(row.Index <= _index);
}
_index = row.Index;
++_counter;
});
sort.AddOrderBy(r => r.Index, order);
sort.AddInput(job, gen.OnOutput);
TLogRow <TestSchema1> log = ctx.GetService <TLogRow <TestSchema1> >();
Assert.IsNotNull(log);
log.ShowHeader = true;
log.Mode = TLogRowMode.Table;
log.Alignment = TLogRowAlignment.Center;
log.AdditionalSpace = 2;
log.ShowItemNumber = true;
RegisterComponentForEvents(log);
log.AddInput(job, sort.OnOutput);
job.OnCompleted.SubscribeOn(scheduler).Subscribe(job =>
{
Assert.AreEqual(_counter, nbre);
});
await Start().ContinueWith(t =>
{
Thread.Sleep(1000);
});
}
