public kFoldThreadParameter(DataLoader loader, Methodology methodology, int fold, int nIteration)
{
this.loader = loader;
this.methodology = methodology;
this.fold = fold;
this.nIteration = nIteration;
}
public void LatestVersion_SingleVersionIsLatest()
{
var version = new MethodologyVersion
{
Id = Guid.NewGuid(),
PreviousVersionId = null,
PublishingStrategy = Immediately,
Status = Draft,
Version = 0
};
var methodology = new Methodology
{
Versions = AsList(version)
};
Assert.Equal(version, methodology.LatestVersion());
}
public DataAttribute CreateDataAttribute(string shortName, string name, string description, bool isMultiValue, bool isBuiltIn, string scope, MeasurementScale measurementScale, DataContainerType containerType, string entitySelectionPredicate,
DataType dataType, Unit unit, Methodology methodology, Classifier classifier,
ICollection <AggregateFunction> functions, ICollection <GlobalizationInfo> globalizationInfos, ICollection <Constraint> constraints,
ICollection <ExtendedProperty> extendedProperies
)
{
Contract.Requires(!string.IsNullOrWhiteSpace(shortName));
Contract.Requires(dataType != null && dataType.Id >= 0);
Contract.Requires(unit != null && unit.Id >= 0);
Contract.Ensures(Contract.Result <DataAttribute>() != null && Contract.Result <DataAttribute>().Id >= 0);
DataAttribute e = new DataAttribute()
{
ShortName = shortName,
Name = name,
Description = description,
IsMultiValue = isMultiValue,
IsBuiltIn = isBuiltIn,
Scope = scope,
MeasurementScale = measurementScale,
ContainerType = containerType,
EntitySelectionPredicate = entitySelectionPredicate,
DataType = dataType,
Unit = unit,
Methodology = methodology,
AggregateFunctions = functions,
GlobalizationInfos = globalizationInfos,
Constraints = constraints,
ExtendedProperties = extendedProperies,
};
if (classifier != null && classifier.Id > 0)
{
e.Classification = classifier;
}
using (IUnitOfWork uow = this.GetUnitOfWork())
{
IRepository <DataAttribute> repo = uow.GetRepository <DataAttribute>();
repo.Put(e);
uow.Commit();
}
return(e);
}
public async Task ListAsync()
{
var methodology1 = new Methodology
{
Id = Guid.NewGuid(),
Title = "Methodology 1",
Status = Approved
};
var methodology2 = new Methodology
{
Id = Guid.NewGuid(),
Title = "Methodology 2",
Status = Draft
};
using (var context = DbUtils.InMemoryApplicationDbContext("List"))
{
await context.AddRangeAsync(new List <Methodology>
{
methodology1, methodology2
});
await context.SaveChangesAsync();
}
using (var context = DbUtils.InMemoryApplicationDbContext("List"))
{
var methodologies = (await BuildMethodologyService(
context,
Mocks())
.ListAsync()).Right;
Assert.Contains(methodologies,
m => m.Id == methodology1.Id &&
m.Title == methodology1.Title &&
m.Status == methodology1.Status);
Assert.Contains(methodologies,
m => m.Id == methodology2.Id &&
m.Title == methodology2.Title &&
m.Status == methodology2.Status);
}
}
public async void CreatePublication_FailsWithMethodologyAndExternalMethodology()
{
var topic = new Topic
{
Title = "Test topic"
};
var methodology = new Methodology
{
Title = "Test methodology",
Status = MethodologyStatus.Approved,
};
var contextId = Guid.NewGuid().ToString();
await using (var context = InMemoryApplicationDbContext(contextId))
{
context.Add(topic);
context.Add(methodology);
await context.SaveChangesAsync();
}
await using (var context = InMemoryApplicationDbContext(contextId))
{
var publicationService = BuildPublicationService(context, Mocks());
// Service method under test
var result = await publicationService.CreatePublication(
new SavePublicationViewModel()
{
Title = "Test title",
TopicId = topic.Id,
MethodologyId = methodology.Id,
ExternalMethodology = new ExternalMethodology
{
Title = "Test external",
Url = "http://test.com"
}
}
);
Assert.True(result.IsLeft);
AssertValidationProblem(result.Left, CannotSpecifyMethodologyAndExternalMethodology);
}
}
public async void UpdatePublication_FailsWithUnapprovedMethodology()
{
var methodology = new Methodology
{
Title = "Test methodology",
Status = MethodologyStatus.Draft,
};
var publication = new Publication
{
Topic = new Topic
{
Title = "Test topic"
},
};
var contextId = Guid.NewGuid().ToString();
await using (var context = InMemoryApplicationDbContext(contextId))
{
context.Add(methodology);
context.Add(publication);
await context.SaveChangesAsync();
}
await using (var context = InMemoryApplicationDbContext(contextId))
{
var publicationService = BuildPublicationService(context, Mocks());
// Service method under test
var result = await publicationService.UpdatePublication(
publication.Id,
new SavePublicationViewModel()
{
Title = "Test publication",
TopicId = publication.TopicId,
MethodologyId = methodology.Id,
}
);
Assert.True(result.IsLeft);
AssertValidationProblem(result.Left, MethodologyMustBeApproved);
}
}
public async Task UpdateAsync()
{
var methodology = new Methodology
{
Id = Guid.NewGuid(),
Slug = "pupil-absence-statistics-methodology",
Status = Draft,
Title = "Pupil absence statistics: methodology"
};
var request = new UpdateMethodologyRequest
{
InternalReleaseNote = null,
Status = Draft,
Title = "Pupil absence statistics (updated): methodology"
};
await using (var context = DbUtils.InMemoryApplicationDbContext("Update"))
{
context.Add(methodology);
await context.SaveChangesAsync();
}
await using (var context = DbUtils.InMemoryApplicationDbContext("Update"))
{
var viewModel = (await BuildMethodologyService(context,
Mocks())
.UpdateMethodologyAsync(methodology.Id, request)).Right;
var model = await context.Methodologies.FindAsync(methodology.Id);
Assert.False(model.Live);
Assert.Equal("pupil-absence-statistics-updated-methodology", model.Slug);
Assert.True(model.Updated.HasValue);
Assert.InRange(DateTime.UtcNow.Subtract(model.Updated.Value).Milliseconds, 0, 1500);
Assert.Equal(methodology.Id, viewModel.Id);
Assert.Null(viewModel.InternalReleaseNote);
Assert.Null(viewModel.Published);
Assert.Equal(request.Status, viewModel.Status);
Assert.Equal(request.Title, viewModel.Title);
}
}
public async Task <Either <ActionResult, MethodologySummaryViewModel> > CreateMethodologyAsync(
CreateMethodologyRequest request)
{
var slug = SlugFromTitle(request.Title);
return(await _userService.CheckCanCreateMethodology()
.OnSuccess(() => ValidateMethodologySlugUnique(slug))
.OnSuccess(async() =>
{
var model = new Methodology
{
Title = request.Title,
Slug = slug
};
var saved = await _context.Methodologies.AddAsync(model);
await _context.SaveChangesAsync();
return await GetSummaryAsync(saved.Entity.Id);
}));
}
public Methodology Create(string appliedStandards, string tools, string tolerance, string procedure)
{
Contract.Requires(!string.IsNullOrWhiteSpace(procedure));
Contract.Ensures(Contract.Result <Methodology>() != null && Contract.Result <Methodology>().Id >= 0);
Methodology u = new Methodology()
{
AppliedStandards = appliedStandards,
Tools = tools,
Tolerance = tolerance,
Procedure = procedure,
};
using (IUnitOfWork uow = this.GetUnitOfWork())
{
IRepository <Methodology> repo = uow.GetRepository <Methodology>();
repo.Put(u);
uow.Commit();
}
return(u);
}
public static Task <Either <ActionResult, Methodology> > CheckCanMarkMethodologyAsDraft(
this IUserService userService, Methodology methodology)
{
return(userService.CheckPolicy(methodology, SecurityPolicies.CanMarkSpecificMethodologyAsDraft));
}
private async Task <Either <ActionResult, IContentBlockViewModel> > UpdateHtmlBlock(HtmlBlock blockToUpdate,
string body, Methodology methodology)
{
blockToUpdate.Body = body;
return(await SaveMethodology <HtmlBlockViewModel>(blockToUpdate, methodology));
}
public personalizedPageRankThreadParamters(int kFold, int nIteration, Methodology methodology)
{
this.kFold = kFold;
this.nIteration = nIteration;
this.methodology = methodology;
}
// Primary Methods
public void startPersonalizedPageRank(object parameterObject)
{
Stopwatch pageRankStopwatch = Stopwatch.StartNew();
// PageRank Environment Setting
personalizedPageRankThreadParamters parameters = (personalizedPageRankThreadParamters)parameterObject;
int nFold = parameters.kFold;
int nIteration = parameters.nIteration;
Methodology methodology = parameters.methodology;
try
{
// Get ego user's ID and his like count
long egoID = long.Parse(Path.GetFileNameWithoutExtension(this.dbPath));
// Final result to put the experimental result per fold together
this.finalResult = new Dictionary <EvaluationMetric, double>(); // <'HIT(0)', double> or <'AVGPRECISION(1)', double>
foreach (EvaluationMetric metric in Enum.GetValues(typeof(EvaluationMetric)))
{
this.finalResult.Add(metric, 0d); // Initialization
}
// Need to avoid the following error: "Collection was modified; enumeration operation may not execute"
metrics = new List <EvaluationMetric>(this.finalResult.Keys);
// K-Fold Cross Validation
kFoldSemaphore = new Semaphore(nFold, nFold);
List <Thread> kFoldThreadList = new List <Thread>(); // 'Thread': Standard Library Class
for (int fold = 0; fold < 1; fold++) // One fold to One thread
{
// Load graph information from database and then configurate the graph
DataLoader loader = new DataLoader(this.dbPath);
loader.setEgoNetwork();
loader.setEgoTimeline();
loader.splitTimelineToKfolds(nFold);
// |Friend|
this.numOfFriend = loader.getNumOfFriend();
// Multi-Threading
kFoldSemaphore.WaitOne(); // Wait until Semaphore released
Thread thread = new Thread(new ParameterizedThreadStart(runKfoldCrossValidation));
kFoldThreadParameter kFoldparameters = new kFoldThreadParameter(loader, methodology, fold, nIteration); // 'ThreadParams': defined in 'Experiment.cs'
thread.Start(kFoldparameters);
kFoldThreadList.Add(thread);
}
// Synchronization: Wait until threads be terminated
foreach (Thread thread in kFoldThreadList)
{
thread.Join();
}
if (Program.isValidTrainSet == false)
{
return;
}
// Result: <Ego ID>\t<Experi Code>\t<N-fold>\t<iteration>\t<MAP>\t<Recall>\t<|LIKE|>\t<|HIT|>\t<|Friend|>
pageRankStopwatch.Stop();
lock (Program.outFileLocker)
{
Program.logger.Write(egoID + "\t" + (int)methodology + "\t" + nFold + "\t" + nIteration);
foreach (EvaluationMetric metric in metrics)
{
switch (metric)
{
case EvaluationMetric.MAP:
Program.logger.Write("\t{0:F15}", (finalResult[metric] / 1));
break;
case EvaluationMetric.RECALL:
Program.logger.Write("\t{0:F15}", (finalResult[metric] / 1));
break;
case EvaluationMetric.LIKE:
Program.logger.Write("\t" + (finalResult[metric]));
break;
case EvaluationMetric.HIT:
Program.logger.Write("\t" + (finalResult[metric]));
break;
}
}
// |Friend|
Program.logger.Write("\t" + this.numOfFriend);
// Output Execution Time
Program.logger.WriteLine("\t" + Tools.getExecutionTime(pageRankStopwatch));
Program.logger.Flush();
// Console Output
Console.WriteLine("|Friend|: " + this.numOfFriend);
Console.WriteLine("Excution Time: " + Tools.getExecutionTime(pageRankStopwatch));
}
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
finally
{
Program.dbSemaphore.Release();
}
}
private Task <Either <ActionResult, Methodology> > CheckCanUpdateMethodology(Methodology methodology)
{
return(_userService.CheckCanUpdateMethodology(methodology));
}
public async void CreatePublication()
{
var topic = new Topic
{
Title = "Test topic"
};
var methodology = new Methodology
{
Title = "Test methodology",
Status = MethodologyStatus.Approved,
};
var contextId = Guid.NewGuid().ToString();
await using (var context = InMemoryApplicationDbContext(contextId))
{
context.Add(topic);
context.Add(methodology);
await context.SaveChangesAsync();
}
await using (var context = InMemoryApplicationDbContext(contextId))
{
var publicationService = BuildPublicationService(context, Mocks());
// Service method under test
var result = await publicationService.CreatePublication(
new SavePublicationViewModel
{
Title = "Test publication",
Contact = new SaveContactViewModel
{
ContactName = "John Smith",
ContactTelNo = "0123456789",
TeamName = "Test team",
TeamEmail = "*****@*****.**",
},
TopicId = topic.Id,
MethodologyId = methodology.Id
}
);
var publicationViewModel = result.Right;
Assert.Equal("Test publication", publicationViewModel.Title);
Assert.Equal("John Smith", publicationViewModel.Contact.ContactName);
Assert.Equal("0123456789", publicationViewModel.Contact.ContactTelNo);
Assert.Equal("Test team", publicationViewModel.Contact.TeamName);
Assert.Equal("*****@*****.**", publicationViewModel.Contact.TeamEmail);
Assert.Equal(topic.Id, publicationViewModel.TopicId);
Assert.Equal(methodology.Id, publicationViewModel.Methodology.Id);
Assert.Equal("Test methodology", publicationViewModel.Methodology.Title);
// Do an in depth check of the saved release
var createdPublication = await context.Publications.FindAsync(publicationViewModel.Id);
Assert.False(createdPublication.Live);
Assert.Equal("test-publication", createdPublication.Slug);
Assert.False(createdPublication.Updated.HasValue);
Assert.Equal("Test publication", createdPublication.Title);
Assert.Equal("John Smith", createdPublication.Contact.ContactName);
Assert.Equal("0123456789", createdPublication.Contact.ContactTelNo);
Assert.Equal("Test team", createdPublication.Contact.TeamName);
Assert.Equal("*****@*****.**", createdPublication.Contact.TeamEmail);
Assert.Equal(topic.Id, createdPublication.TopicId);
Assert.Equal("Test topic", createdPublication.Topic.Title);
Assert.Equal(methodology.Id, createdPublication.Methodology.Id);
Assert.Equal("Test methodology", createdPublication.Methodology.Title);
}
}
private void runKfoldCrossValidation(object parameters)
{
try
{
// Setting environment for experiments
kFoldThreadParameter p = (kFoldThreadParameter)parameters;
DataLoader loader = p.loader;
Methodology methodology = p.methodology;
int fold = p.fold;
int nIteration = p.nIteration;
// #1 Core Part: 'EgoNetwork DB' --> 'Graph Strctures(Node, Edge)'
loader.setTrainTestSet(fold);
if (Program.isValidTrainSet == false)
{
return;
}
List <Feature> features = loader.getFeaturesOnMethodology(methodology);
loader.setGraphConfiguration(features);
// Graph Elements: Nodes and edges
Dictionary <int, Node> nodes = loader.allNodes;
Dictionary <int, List <ForwardLink> > edges = loader.allLinksFromNodes;
// Incase: Mention Count(O), Friendship(X)
if (methodology == Methodology.INCL_MENTIONCOUNT ||
methodology == Methodology.INCL_AUTHORSHIP_AND_MENTIONCOUNT ||
methodology == Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY_AND_MENTIONCOUNT ||
methodology == Methodology.EXCL_FRIENDSHIP)
{
foreach (List <ForwardLink> forwardLinks in edges.Values)
{
for (int i = 0; i < forwardLinks.Count; i++)
{
if (forwardLinks[i].type == EdgeType.FRIENDSHIP)
{
ForwardLink revisedForwardLink = forwardLinks[i];
revisedForwardLink.type = EdgeType.UNDEFINED; // FRIENDSHIP --> UNDEFINED
forwardLinks[i] = revisedForwardLink;
}
}
}
}
// #2 Core Part: 'Graph Strcture(Nodes, Edges)' --> 'PageRank Matrix(2D-ragged array)'
Graph graph = new Graph(nodes, edges);
graph.buildGraph();
// #3 Core Part: Recommendation list(Personalized PageRanking Algorithm)
Recommender recommender = new Recommender(graph);
var recommendation = recommender.Recommendation(0, 0.15f, nIteration); // '0': Ego Node's Index, '0.15f': Damping Factor
// #4 Core Part: Validation - AP(Average Precision)
DataSet testSet = loader.getTestSet();
HashSet <long> egoLikedTweets = testSet.getEgoLikedTweets();
int hit = 0, like = 0;
double AP = 0.0, recall = 0.0; // Average Precision
for (int i = 0; i < recommendation.Count; i++)
{
if (egoLikedTweets.Contains(((Tweet)recommendation[i]).ID))
{
hit += 1;
AP += (double)hit / (i + 1);
}
}
// LIKE
like = (int)egoLikedTweets.Count;
// Average Precision & Recall
if (hit != 0)
{
AP /= hit;
recall = (double)hit / like;
}
else
{
AP = 0.0;
recall = 0.0;
}
// Add current result to final one
lock (kFoldLocker)
{
foreach (EvaluationMetric metric in this.metrics)
{
switch (metric)
{
case EvaluationMetric.MAP:
this.finalResult[metric] += AP;
break;
case EvaluationMetric.RECALL:
this.finalResult[metric] += recall;
break;
case EvaluationMetric.LIKE:
this.finalResult[metric] += like;
break;
case EvaluationMetric.HIT:
this.finalResult[metric] += hit;
break;
}
}
}
}
catch (FileNotFoundException e)
{
Console.WriteLine(e);
}
finally
{
kFoldSemaphore.Release();
}
}
private Either <ActionResult, Tuple <Methodology, List <ContentSection> > > FindContentList(Methodology methodology,
params Guid[] contentSectionIds)
{
return(FindContentList(methodology, contentSectionIds.ToList()));
}
private Task <Either <ActionResult, Methodology> > CheckCanUpdateMethodologyStatus(Methodology methodology,
MethodologyStatus status)
{
if (methodology.Status == status)
{
// Status unchanged
return(Task.FromResult(new Either <ActionResult, Methodology>(methodology)));
}
return(status switch
{
MethodologyStatus.Draft => _userService.CheckCanMarkMethodologyAsDraft(methodology),
MethodologyStatus.Approved => _userService.CheckCanApproveMethodology(methodology),
_ => throw new ArgumentOutOfRangeException(nameof(status), "Unexpected status")
});
private async Task <Either <ActionResult, IContentBlockViewModel> > AddContentBlockToContentSectionAndSaveAsync(int?order,
ContentSection section,
ContentBlock newContentBlock, Methodology methodology)
{
var orderForNewBlock = OrderValueForNewlyAddedContentBlock(order, section);
section.Content
.FindAll(contentBlock => contentBlock.Order >= orderForNewBlock)
.ForEach(contentBlock => contentBlock.Order++);
newContentBlock.Order = orderForNewBlock;
section.Content.Add(newContentBlock);
_context.Methodologies.Update(methodology);
await _context.SaveChangesAsync();
return(new Either <ActionResult, IContentBlockViewModel>(_mapper.Map <IContentBlockViewModel>(newContentBlock)));
}
protected override void Seed(Probnik.ProbnikContext context)
{
User user = new User();
user.Login = "******";
user.Email = "*****@*****.**";
user.IsAdmin = true;
user.Password = "******";
user.Id = 1;
context.Users.AddOrUpdate(user);
User probant = new User();
probant.Login = "******";
probant.Email = "*****@*****.**";
probant.IsAdmin = false;
probant.Password = "******";
probant.Id = 2;
context.Users.AddOrUpdate(probant);
Person person = new Person("Wiktor", "Matecki", "18-08-1997");
person.Id = 1;
UserToPersonConnection upc = new UserToPersonConnection(1, 1, ConnectionType.PersonToOwner);
person.Users.Add(upc);
//context.People.AddOrUpdate(person);
//context.SaveChanges();
Methodology HS = new Methodology();
HS.Name = "Harcerze Starsi";
HS.Id = 1;
//context.Methodologies.AddOrUpdate(HS);
Methodology w = new Methodology();
w.Name = "Wêdrownicy";
w.Id = 2;
//context.Methodologies.AddOrUpdate(w);
Patron patron = new Patron();
patron.Person = person;
patron.Id = 1;
Team b = new Team();
b.Name = "Berserk";
b.Methodologies.Add(HS);
b.Patrons.Add(patron);
b.Owner = person;
b.Id = 1;
context.Teams.AddOrUpdate(b);
Team e = new Team();
e.Name = "Emilki";
e.Methodologies.Add(w);
context.Teams.AddOrUpdate(e);
e.Owner = person;
e.Id = 2;
//context.SaveChanges();
//HS = context.Methodologies.First(m => m.Name == "Harcerze Starsi");
TaskContent task1 = new TaskContent();
task1.Content = "W³¹czy³em siê do prowadzenia gospodarstwa domowego. W trakcie próby przej¹³em na siebie dodatkowe obowi¹zki";
task1.TaskNumber = 1;
task1.Id = 2;
task1.ChallangeTypeId = 1;
var task2 = new TaskContent()
{
Content = "Jestem wra¿liwy na potrzeby drugiego cz³owieka – œwiadomie i odpowiedzialnie podejmujê sta³¹ s³u¿bê.",
TaskNumber = 2,
Id = 1,
ChallangeTypeId = 1
};
ChallangeType challengeType = new ChallangeType();
challengeType.Methodologies.Add(HS);
challengeType.Name = "Odkrywca";
challengeType.Tasks.Add(task1);
challengeType.Tasks.Add(task2);
challengeType.Id = 1;
context.ChallangeTypes.AddOrUpdate(challengeType);
TaskContent task3 = new TaskContent();
task3.Content = "Orientuje siê w bie¿¹cych wydarzeniach politycznych, gospodarczych i kulturalnych kraju.";
task3.TaskNumber = 1;
task3.Id = 3;
task3.ChallangeTypeId = 2;
var task4 = new TaskContent()
{
Content = "Znam najwa¿niejsze prawa i obowi¹zki obywateli RP. ",
TaskNumber = 2,
Id = 4,
ChallangeTypeId = 2
};
ChallangeType challengeType2 = new ChallangeType();
challengeType2.Methodologies.Add(w);
challengeType2.Name = "Samarytanka";
challengeType2.Tasks.Add(task3);
challengeType2.Tasks.Add(task4);
challengeType2.Id = 2;
context.ChallangeTypes.AddOrUpdate(challengeType2);
context.SaveChanges();
// This method will be called after migrating to the latest version.
// You can use the DbSet<T>.AddOrUpdate() helper extension method
// to avoid creating duplicate seed data.
}
private List <ContentSection> FindContentList(Methodology methodology,
params ContentSection[] contentSections)
{
return(FindContentList(methodology, contentSections.Select(section => section.Id).ToList()).Right.Item2);
}
private Either <ActionResult, Tuple <Methodology, List <ContentSection> > > FindContentList(Methodology methodology,
List <Guid> contentSectionIds)
{
if (ContentListContainsAllSectionIds(methodology.Content, contentSectionIds))
{
return(new Tuple <Methodology, List <ContentSection> >(methodology, methodology.Content));
}
if (ContentListContainsAllSectionIds(methodology.Annexes, contentSectionIds))
{
return(new Tuple <Methodology, List <ContentSection> >(methodology, methodology.Annexes));
}
return(new NotFoundResult());
}
public async void UpdatePublication_AlreadyPublished()
{
var topic = new Topic
{
Title = "New topic"
};
var methodology = new Methodology
{
Title = "New methodology",
Status = MethodologyStatus.Approved,
};
var publication = new Publication
{
Slug = "old-title",
Title = "Old title",
Topic = new Topic
{
Title = "Old topic"
},
Methodology = new Methodology
{
Title = "Old methodology"
},
Contact = new Contact
{
ContactName = "Old name",
ContactTelNo = "0987654321",
TeamName = "Old team",
TeamEmail = "*****@*****.**",
},
Published = new DateTime(2020, 8, 12),
};
var contextId = Guid.NewGuid().ToString();
await using (var context = InMemoryApplicationDbContext(contextId))
{
context.Add(topic);
context.Add(methodology);
context.Add(publication);
await context.SaveChangesAsync();
}
await using (var context = InMemoryApplicationDbContext(contextId))
{
var publicationService = BuildPublicationService(context, Mocks());
// Service method under test
var result = await publicationService.UpdatePublication(
publication.Id,
new SavePublicationViewModel()
{
Title = "New title",
Contact = new SaveContactViewModel
{
ContactName = "John Smith",
ContactTelNo = "0123456789",
TeamName = "Test team",
TeamEmail = "*****@*****.**",
},
TopicId = topic.Id,
MethodologyId = methodology.Id,
}
);
Assert.Equal("New title", result.Right.Title);
Assert.Equal("John Smith", result.Right.Contact.ContactName);
Assert.Equal("0123456789", result.Right.Contact.ContactTelNo);
Assert.Equal("Test team", result.Right.Contact.TeamName);
Assert.Equal("*****@*****.**", result.Right.Contact.TeamEmail);
Assert.Equal(topic.Id, result.Right.TopicId);
Assert.Equal(methodology.Id, result.Right.Methodology.Id);
Assert.Equal("New methodology", result.Right.Methodology.Title);
// Do an in depth check of the saved release
var updatedPublication = await context.Publications.FindAsync(result.Right.Id);
Assert.True(updatedPublication.Live);
Assert.True(updatedPublication.Updated.HasValue);
Assert.InRange(DateTime.UtcNow.Subtract(updatedPublication.Updated.Value).Milliseconds, 0, 1500);
// Slug remains unchanged
Assert.Equal("old-title", updatedPublication.Slug);
Assert.Equal("New title", updatedPublication.Title);
Assert.Equal("John Smith", updatedPublication.Contact.ContactName);
Assert.Equal("0123456789", updatedPublication.Contact.ContactTelNo);
Assert.Equal("Test team", updatedPublication.Contact.TeamName);
Assert.Equal("*****@*****.**", updatedPublication.Contact.TeamEmail);
Assert.Equal(topic.Id, updatedPublication.TopicId);
Assert.Equal("New topic", updatedPublication.Topic.Title);
Assert.Equal(methodology.Id, updatedPublication.MethodologyId);
Assert.Equal("New methodology", updatedPublication.Methodology.Title);
}
}
public static Task <Either <ActionResult, Methodology> > CheckCanApproveMethodology(
this IUserService userService, Methodology methodology)
{
return(userService.CheckPolicy(methodology, SecurityPolicies.CanApproveSpecificMethodology));
}
private Either <ActionResult, Methodology> EnsureMethodologyContentAndAnnexListsNotNull(Methodology methodology)
{
if (methodology.Content == null)
{
methodology.Content = new List <ContentSection>();
}
if (methodology.Annexes == null)
{
methodology.Annexes = new List <ContentSection>();
}
return(methodology);
}
public personalizedPageRankThreadParamters(int kFold, int nIteration, Methodology methodology)
{
this.kFold = kFold;
this.nIteration = nIteration;
this.methodology = methodology;
}
public void graphConfiguration(Methodology type, int fold)
{
List<Feature> features = new List<Feature>();
switch (type) {
case Methodology.BASELINE: // 0
break;
case Methodology.INCL_FRIENDSHIP: // 1
features.Add(Feature.FRIENDSHIP);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY: // 2
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
break;
case Methodology.INCL_AUTHORSHIP: // 3
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_MENTIONCOUNT: // 4
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.INCL_ALLFOLLOWSHIP: // 5
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
break;
case Methodology.INCL_FRIENDSHIP_AUTHORSHIP: // 6
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_FRIENDSHIP_MENTIONCOUNT: // 7
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.ALL: // 8
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_FRIENDSHIP: // 9
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_FOLLOWSHIP_ON_THIRDPARTY: // 10
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_AUTHORSHIP: // 11
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_MENTIONCOUNT: // 12
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY_AND_AUTHORSHIP: // 13
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY_AND_MENTIONCOUNT: // 14
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.INCL_AUTHORSHIP_AND_MENTIONCOUNT: // 15
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
}
// Run graph configuration
graphConfiguration(features, fold);
// Close database connection
dbAdapter.closeDB();
}
// #1 Main Part
public List<Feature> getFeaturesOnMethodology(Methodology type)
{
List<Feature> features = new List<Feature>();
switch (type)
{
case Methodology.BASELINE: // 0
break;
case Methodology.INCL_FRIENDSHIP: // 1
features.Add(Feature.FRIENDSHIP);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY: // 2
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
break;
case Methodology.INCL_AUTHORSHIP: // 3
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_MENTIONCOUNT: // 4
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.INCL_ALLFOLLOWSHIP: // 5
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
break;
case Methodology.INCL_FRIENDSHIP_AUTHORSHIP: // 6
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_FRIENDSHIP_MENTIONCOUNT: // 7
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY_AND_AUTHORSHIP: // 8
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY_AND_MENTIONCOUNT: // 9
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.INCL_AUTHORSHIP_AND_MENTIONCOUNT: // 10
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_FRIENDSHIP: // 11
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_FOLLOWSHIP_ON_THIRDPARTY: // 12
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_AUTHORSHIP: // 13
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_MENTIONCOUNT: // 14
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.ALL: // 15
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
}
return features;
}
// #1 Main Part
public List <Feature> getFeaturesOnMethodology(Methodology type)
{
List <Feature> features = new List <Feature>();
switch (type)
{
case Methodology.BASELINE: // 0
break;
case Methodology.INCL_FRIENDSHIP: // 1
features.Add(Feature.FRIENDSHIP);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY: // 2
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
break;
case Methodology.INCL_AUTHORSHIP: // 3
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_MENTIONCOUNT: // 4
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.INCL_ALLFOLLOWSHIP: // 5
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
break;
case Methodology.INCL_FRIENDSHIP_AUTHORSHIP: // 6
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_FRIENDSHIP_MENTIONCOUNT: // 7
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY_AND_AUTHORSHIP: // 8
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.INCL_FOLLOWSHIP_ON_THIRDPARTY_AND_MENTIONCOUNT: // 9
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.INCL_AUTHORSHIP_AND_MENTIONCOUNT: // 10
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_FRIENDSHIP: // 11
features.Add(Feature.FRIENDSHIP); // temporarily included
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_FOLLOWSHIP_ON_THIRDPARTY: // 12
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_AUTHORSHIP: // 13
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.MENTIONCOUNT);
break;
case Methodology.EXCL_MENTIONCOUNT: // 14
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
break;
case Methodology.ALL: // 15
features.Add(Feature.FRIENDSHIP);
features.Add(Feature.FOLLOWSHIP_ON_THIRDPARTY);
features.Add(Feature.AUTHORSHIP);
features.Add(Feature.MENTIONCOUNT);
break;
}
return(features);
}