public async Task <IActionResult> Post([FromBody] AtomCreationRequest request)
{
if (request == null)
{
return(BadRequest("Invalid atom creation request format"));
}
try
{
var atomId = new AtomId(request.Kind, request.Name, request.Version);
var realId = await _storage.AddAsync(atomId,
request
.Dependencies
.Select(dep => new AtomId(dep.Kind, dep.Name, dep.Version)),
Convert.FromBase64String(request.Content ?? string.Empty));
return(Ok(realId));
}
catch (ArgumentException e)
{
return(NotFound(e.Message));
}
catch (FormatException e)
{
return(BadRequest(e.Message));
}
}
public async Task AtomCreation_CreateAtomNoDeps_AtomWithNoDepsCreated()
{
// Given
var context = InitContext();
var contentString = "Hello, world!";
var content = Encoding.UTF8.GetBytes(contentString);
var atomId = new AtomId("PlainText", "Hello", "1.0.1");
// When
using (var storage = new AtomStorage(context))
{
await storage.AddAsync(atomId, Enumerable.Empty <AtomId>(), content);
}
// Then
using (context = new InMemoryResolverContext())
{
var dbAtom = context.Atoms.Include(a => a.Content)
.Include(a => a.Dependencies)
.ThenInclude(dep => dep.Dependency)
.Single(a => a.Kind == atomId.Kind &&
a.Name == atomId.Name &&
a.Version == atomId.Version);
Assert.Empty(dbAtom.Dependencies);
var actualContentString = Encoding.UTF8.GetString(dbAtom.Content.Content);
Assert.Equal(contentString, actualContentString);
}
}
public async Task VersionWildcard_CreateAtomWithoutPredcessors_CreatedAtomWithDefaultVersion()
{
// Given
var context = InitContext();
var contentString = "Hello, world!";
var content = Encoding.UTF8.GetBytes(contentString);
var atomId = new AtomId("PlainText", "Hello");
// When
using (var storage = new AtomStorage(context))
{
await storage.AddAsync(atomId, Enumerable.Empty <AtomId>(), content);
}
// Then
using (context = new InMemoryResolverContext())
{
var dbAtom = context.Atoms.Single(a => a.Kind == atomId.Kind &&
a.Name == atomId.Name);
Assert.Equal(AtomId.DefaultVersion, dbAtom.Version);
}
}
public async Task DependecyResolutionOrdering_MultipleAtomsDependent_CorrectOrderReturned()
{
var storage = new AtomStorage(InitContext());
var si = await storage.AddAsync(new AtomId("fsdecl", "SI"),
Enumerable.Empty <AtomId>(),
new byte[0]);
var eeg = await storage.AddAsync(new AtomId("fsdecl", "Eeg"),
Enumerable.Empty <AtomId>().Append(si),
new byte[0]);
var resolver = new Resolver.Endpoint.Resolver(storage);
var resolved = await resolver.ResolveAsync(new [] { new AtomId("fsdecl", "Eeg"), new AtomId("fsdecl", "SI") });
Assert.Equal(new [] { si, eeg }, resolved);
}
public async Task DependecyResolutionOrdering_SingleAtomDuplicateDeps_CorrectOrderReturned()
{
var storage = new AtomStorage(InitContext());
var si = await storage.AddAsync(new AtomId("fsdecl", "SI"),
Enumerable.Empty <AtomId>(),
new byte[0]);
var eeg = await storage.AddAsync(new AtomId("fsdecl", "Eeg"),
Enumerable.Empty <AtomId>().Append(si),
new byte[0]);
var workflow = await storage.AddAsync(new AtomId("filomena", "IcaFiltering"),
Enumerable.Empty <AtomId>().Append(eeg).Append(si),
new byte[0]);
var resolver = new Resolver.Endpoint.Resolver(storage);
var resolved = await resolver.ResolveAsync(new [] { workflow });
Assert.Equal(new [] { si, eeg, workflow }, resolved);
}
public async Task AtomCreation_CreateAtomWithDeps_AtomWithDepsCreated()
{
// Given
var context = InitContext();
var contentString = "Hello, world!";
var content = Encoding.UTF8.GetBytes(contentString);
var dependency = new AtomId("PlainText", "Hello", "1.0.1");
var dependent = new AtomId("Sentence", "World", "1.0.0");
var dbAtomDep = new Atom
{
Kind = dependency.Kind,
Name = dependency.Name,
Version = dependency.Version
};
dbAtomDep.Content = new AtomContent
{
Atom = dbAtomDep,
Content = content
};
context.Atoms.Add(dbAtomDep);
context.SaveChanges();
// When
using (var storage = new AtomStorage(context))
{
await storage.AddAsync(dependent,
Enumerable.Empty <AtomId>().Append(dependency),
content);
}
// Then
using (context = new InMemoryResolverContext())
{
var dbAtom = context.Atoms.Include(a => a.Content)
.Include(a => a.Dependencies)
.ThenInclude(dep => dep.Dependency)
.Single(a => a.Kind == dependent.Kind &&
a.Name == dependent.Name &&
a.Version == dependent.Version);
Assert.Single(dbAtom.Dependencies);
var dependencyAtom = dbAtom.Dependencies.Single().Dependency;
Assert.Equal(dbAtomDep.Kind, dependencyAtom.Kind);
Assert.Equal(dbAtomDep.Name, dependencyAtom.Name);
Assert.Equal(dbAtomDep.Version, dependencyAtom.Version);
}
}
public async Task DependencyResolution_NotDependentAtomPassed_AtomOnlyReturned()
{
var storage = new AtomStorage(InitContext());
var atomId = await storage.AddAsync(new AtomId("text", "hello"), Enumerable.Empty <AtomId>(), new byte[0]);
var resolver = new Resolver.Endpoint.Resolver(storage);
var resolved = await resolver.ResolveAsync(new [] { atomId });
Assert.Single(resolved);
var resolvedId = resolved.Single();
Assert.Equal(atomId, resolvedId);
}
public async Task VersionWildcard_CreateAtomWithPredcessor_CreatedAtomWithMinorIncremented(
string predcessorVersion,
string expectedVersion)
{
// Given
var context = InitContext();
var contentString = "Hello, world!";
var content = Encoding.UTF8.GetBytes(contentString);
var atomId = new AtomId("PlainText", "Hello");
var dbAtom = new Atom
{
Kind = atomId.Kind,
Name = atomId.Name,
Version = predcessorVersion
};
context.Atoms.Add(dbAtom);
context.SaveChanges();
// When
using (var storage = new AtomStorage(context))
{
await storage.AddAsync(atomId, Enumerable.Empty <AtomId>(), content);
}
// Then
using (context = new InMemoryResolverContext())
{
var addedAtom = context.Atoms.Single(a => a.Kind == atomId.Kind &&
a.Name == atomId.Name &&
a.Version != predcessorVersion);
Assert.Equal(expectedVersion, addedAtom.Version);
}
}