public async Task <IDictionary <string, string> > Response(IDictionary <string, string> request)
{
this.requestVerification.Verify(request);
System.Net.ServicePointManager.FindServicePoint(
new Address.Of(request).Value()
).ConnectionLeaseTimeout = (int)this.timeout.TotalMilliseconds; // see http://byterot.blogspot.com/2016/07/singleton-httpclient-dns.html
using (var aspnetResponse = AspNetResponse(AspNetRequest(request)))
using (var responseContent = aspnetResponse.Content)
using (var responseStream = await responseContent.ReadAsStreamAsync())
{
var body =
new BytesOf(
new InputOf(responseStream)
).AsBytes(); // read stream to end, before it gets disposed
var response =
new Responses.Response.Of(
new Status((int)aspnetResponse.StatusCode),
new Reason(aspnetResponse.ReasonPhrase),
new Headers(ResponseHeaders(aspnetResponse)),
new Conditional(
() => body.Length > 0,
new Body(body)
)
);
return(response);
}
}
public void ParallelAccessWorks()
{
var content = new BytesOf("Works").AsBytes();
var accesses = 0;
var cell =
new FkCell(
(update) => { },
() =>
{
accesses++;
Assert.Equal(1, accesses);
accesses--;
return(content);
}
);
var valve = new LocalSyncPipe();
Parallel.For(0, Environment.ProcessorCount << 4, (i) =>
{
Assert.Equal(
"Works",
new TextOf(
new SyncCell(cell, valve).Content()
).AsString()
);
});
}
public void HasBytes()
{
var expected = new BytesOf("important data").AsBytes();
Assert.Equal(
expected,
new BytesOf(
new Body.Of(
new BytesResponse.Of(expected)
)
).AsBytes()
);
}
public void RemovesXml()
{
var mem = new RamMnemonic();
var cache = new CachedMnemonic(mem);
var data = new BytesOf(new InputOf("splashy")).AsBytes();
cache.Contents().UpdateXml("splashy.xml", new XDocument(new XElement("splashy")));
cache.Contents().UpdateXml("splashy.xml", new XDocument());
Assert.Equal(
"<root />",
cache.Contents().Xml("splashy.xml", () => new XDocument(new XElement("root"))).ToString()
);
}
public void Update(IInput content)
{
var stream = content.Stream();
stream.Seek(0, SeekOrigin.Begin);
var data =
new BytesOf(
new InputOf(stream)
).AsBytes();
this.mem
.Value()
.Contents()
.UpdateBytes(
this.name.AsString(),
data
);
}
public void CachesBytesOnRead()
{
var mem = new RamMnemonic();
var cache = new CachedMnemonic(mem);
var data = new BytesOf(new InputOf("splashy")).AsBytes();
cache.Contents().Bytes("cashy", () => data); //read 1
mem.Contents().UpdateBytes("cashy", new byte[0]);
Assert.Equal(
"splashy",
new TextOf(
new InputOf(
cache.Contents()
.Bytes("cashy", () => throw new ApplicationException($"Assumed to have memory"))
)
).AsString()
);
}
