public static IListBuilder <Product> AllWithLongTitles(this IListBuilder <Product> listBuilder)
{
var listBuilderImpl = (IListBuilderImpl <Product>)listBuilder;
var declaration = new GlobalDeclaration <Product>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder());
declaration.With(x => x.Title = "blahblahblahblahblahblahblahblahblahblahblahblahblahblah");
return(declaration);
}
public static IList <T> Persist <T>(this IListBuilder <T> listBuilder)
{
var list = listBuilder.Build();
var persistenceService = listBuilder.BuilderSettings.GetPersistenceService();
persistenceService.Create(list);
return(list);
}
public static IList <T> BuildHierarchy <T>(this IListBuilder <T> listBuilder, IHierarchySpec <T> hierarchySpec)
{
var list = listBuilder.Build();
var hierarchy = new HierarchyGenerator <T>(list, hierarchySpec.AddMethod, hierarchySpec.NumberOfRoots, hierarchySpec.Depth,
hierarchySpec.MinimumChildren, hierarchySpec.MaximumChildren,
new RandomGenerator(), hierarchySpec.NamingMethod, null).Generate();
return(hierarchy);
}
public static IOperable <T> TheFirst <T>(this IListBuilder <T> listBuilder, int amount)
{
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
Guard.Against(amount < 1, "TheFirst amount must be 1 or greater");
Guard.Against(amount > listBuilderImpl.Capacity, "TheFirst amount must be less than the size of the list that is being generated");
var declaration = new RangeDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder(), 0, amount - 1);
return((IOperable <T>)listBuilderImpl.AddDeclaration(declaration));
}
public static IOperable <T> AllEven <T>(this IListBuilder <T> listBuilder)
{
var listBuilderImpl = listBuilder as Implementation.IListBuilderImpl <T>;
if (listBuilderImpl == null)
{
throw new ArgumentException("List builder must implement IListBuilderImpl<T>");
}
return((IOperable <T>)listBuilderImpl.AddDeclaration(new EvenDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder())));
}
public static IOperable <T> Random <T>(this IListBuilder <T> listBuilder, int amount, int start, int end)
{
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
// TODO: Put these in a specification
Guard.Against(amount < 1, "Random amount must be 1 or greater");
Guard.Against(amount > listBuilderImpl.Capacity, "Random amount must be less than the size of the list that is being generated");
var declaration = new RandomDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder(), listBuilderImpl.ScopeUniqueRandomGenerator, amount, start, end);
return((IOperable <T>)listBuilderImpl.AddDeclaration(declaration));
}
public static IList <T> PersistHierarchy <T>(this IListBuilder <T> listBuilder, IHierarchySpec <T> hierarchySpec)
{
// 1. Create
var list = listBuilder.Build();
// 2. Reorganise
var hierarchy = new HierarchyGenerator <T>(list, hierarchySpec.AddMethod, hierarchySpec.NumberOfRoots, hierarchySpec.Depth,
hierarchySpec.MinimumChildren, hierarchySpec.MaximumChildren,
new RandomGenerator(), hierarchySpec.NamingMethod, listBuilder.BuilderSetup.GetPersistenceService()).Generate();
return(hierarchy);
}
public static IOperable <T> IndexOf <T>(this IListBuilder <T> listBuilder, params int[] indexes)
{
Guard.Against(indexes == null, new ArgumentNullException(nameof(indexes)));
Guard.Against(indexes.Length < 1, new ArgumentException(nameof(indexes), "At least one item should be included"));
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
Guard.Against(indexes.Any(i => i < 0), new ArgumentOutOfRangeException(nameof(indexes), "Index must be 0 or greater"));
Guard.Against(indexes.Any(i => i > listBuilderImpl.Capacity - 1), new ArgumentOutOfRangeException(nameof(indexes), $"Index must be less than the size of the list ({listBuilderImpl.Capacity}) that is being generated"));
var declaration = new IndexedElementDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder(), indexes);
return((IOperable <T>)listBuilderImpl.AddDeclaration(declaration));
}
public static IListBuilder <TopMakelaar> WithDefaults(
this IListBuilder <TopMakelaar> topMakelaarBuilder, bool hasTuin = false)
{
if (topMakelaarBuilder == null)
{
throw new ArgumentNullException(nameof(topMakelaarBuilder));
}
return(topMakelaarBuilder
.All()
.And(x => x.MakelaarId = hasTuin ? MakelaarsTestDefaults.MakelaarIdWithTuin : MakelaarsTestDefaults.MakelaarId)
.And(x => x.Count = MakelaarsTestDefaults.Count)
.And(x => x.MakelaarName = hasTuin ? MakelaarsTestDefaults.MakelaarNaamWithTuin : MakelaarsTestDefaults.MakelaarNaam));
}
public static IOperable <T> TheLast <T>(this IListBuilder <T> listBuilder, int amount)
{
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
// TODO: Put these in a specification
Guard.Against(amount < 1, "TheLast amount must be 1 or greater");
Guard.Against(amount > listBuilderImpl.Capacity, "TheLast amount must be less than the size of the list that is being generated");
int start = listBuilderImpl.Capacity - amount;
var declaration = new RangeDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder(), start, listBuilderImpl.Capacity - 1);
return((IOperable <T>)listBuilderImpl.AddDeclaration(declaration));
}
public static IListBuilder <Object> WithDefaults(
this IListBuilder <Object> objectBuilder, bool hasTuin = false)
{
if (objectBuilder == null)
{
throw new ArgumentNullException(nameof(objectBuilder));
}
return(objectBuilder
.All()
.And(x => x.MakelaarId = hasTuin ? MakelaarsTestDefaults.MakelaarIdWithTuin : MakelaarsTestDefaults.MakelaarId)
.And(x => x.Woonplaats = MakelaarsTestDefaults.Woonplaats)
.And(x => x.MakelaarNaam = hasTuin ? MakelaarsTestDefaults.MakelaarNaamWithTuin : MakelaarsTestDefaults.MakelaarNaam));
}
public static IOperable <T> Section <T>(this IListBuilder <T> listBuilder, int start, int end)
{
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
var capacity = listBuilderImpl.Capacity;
// TODO: Put these in a specification
Guard.Against(start < 0, "Section - start must be zero or greater");
Guard.Against(start >= capacity, "Section - start must be less than the capacity");
Guard.Against(end < 1, "Section - end must be greater than one");
Guard.Against(end >= capacity, "Section - end must be less than the capacity");
Guard.Against(start >= end, "Section - end must be greater than start");
var declaration = new RangeDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder(), start, end);
return((IOperable <T>)listBuilderImpl.AddDeclaration(declaration));
}
public static IOperable <T> TheRest <T>(this IListBuilder <T> listBuilder)
{
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
var lastDeclaration = listBuilderImpl.Declarations.GetLastItem();
var rangeDeclaration = lastDeclaration as RangeDeclaration <T>;
if (rangeDeclaration == null)
{
throw new BuilderException("Before using TheNext you must have just used a RangeDeclaration - i.e. (TheFirst or Section)");
}
int start = rangeDeclaration.End + 1;
int end = listBuilderImpl.Length - start;
var andTheNextDeclaration = new RangeDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder(),
start, listBuilderImpl.Length - 1);
listBuilderImpl.AddDeclaration(andTheNextDeclaration);
return(andTheNextDeclaration);
}
public static IOperable <T> ThePrevious <T>(this IListBuilder <T> listBuilder, int amount)
{
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
var lastDeclaration = listBuilderImpl.Declarations.GetLastItem();
var rangeDeclaration = lastDeclaration as RangeDeclaration <T>;
if (rangeDeclaration == null)
{
throw new BuilderException("Before using ThePrevious you must have just used a RangeDeclaration - i.e. (TheFirst or Section)");
}
int start = rangeDeclaration.Start - amount;
int end = start + amount - 1;
var andTheNextDeclaration = new RangeDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder(),
start, end);
listBuilderImpl.AddDeclaration(andTheNextDeclaration);
return(andTheNextDeclaration);
}
public static IOperable <T> TheNext <T>(this IListBuilder <T> listBuilder, int amount)
{
// TODO: Put this in a specification
Guard.Against(amount < 1, "TheNext - amount must be one or greater");
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
var lastDeclaration = listBuilderImpl.Declarations.GetLastItem();
var rangeDeclaration = lastDeclaration as RangeDeclaration <T>;
if (rangeDeclaration == null)
{
throw new BuilderException("Before using TheNext you must have just used a RangeDeclaration - i.e. (TheFirst or Section)");
}
int start = rangeDeclaration.End + 1;
int end = start + amount - 1;
var andTheNextDeclaration = new RangeDeclaration <T>(listBuilderImpl, listBuilderImpl.CreateObjectBuilder(),
start, end);
listBuilderImpl.AddDeclaration(andTheNextDeclaration);
return(andTheNextDeclaration);
}
////public static IOperable<T> TheRemaining<T>(this IListBuilder<T> listBuilder)
////{
//// var listBuilderImpl = GetListBuilderImpl<T>(listBuilder);
//// var lastDeclaration = listBuilderImpl.Declarations.GetLastItem();
//// var rangeDeclaration = lastDeclaration as RangeDeclaration<T>;
//// var remainingItems = listBuilderImpl.Capacity - rangeDeclaration.End;
//// return TheLast(listBuilder, remainingItems);
////}
public static IOperable <T> Random <T>(this IListBuilder <T> listBuilder, int amount)
{
var listBuilderImpl = GetListBuilderImpl <T>(listBuilder);
return(Random(listBuilderImpl, amount, 0, listBuilderImpl.Capacity));
}
public static IListBuilder <T> WithValidData <T>(this IListBuilder <T> value)
{
return(value.All().With(ValidData));
}
/// <summary>
/// Builds a list of entities given an NBuilder list expression of data builders.
/// </summary>
/// <typeparam name="TBuilder">The type of the builder being built using NBuilder</typeparam>
/// <typeparam name="TObject">The type of object being generated</typeparam>
/// <param name="builderList">The NBuilder list of builders</param>
/// <returns>The built list of objects</returns>
public static IList <TObject> BuildList <TObject, TBuilder>(this IListBuilder <TBuilder> builderList)
where TBuilder : ITestDataBuilder <TObject>
where TObject : class
{
return(builderList.All().BuildList <TObject, TBuilder>());
}
public static IOperable <T> WhereTheLast <T>(this IListBuilder <T> listBuilder, int amount)
{
return(TheLast(listBuilder, amount));
}
public static List <T> BuildListOfNew <T>(this IListBuilder <T> builder) where T : ModelBase, new()
{
return(BuildList <T>(builder.All().With(c => c.Id = 0)));
}
public static List <T> BuildList <T>(this IListBuilder <T> builder) where T : ModelBase, new()
{
return(builder.Build().ToList());
}
public static IOperable <T> AndThePrevious <T>(this IListBuilder <T> listBuilder, int amount)
{
return(ThePrevious(listBuilder, amount));
}
public void Build(IListBuilder builder)
{
builder.Add(Information?.UsedMembers);
}
public static IOperable <T> AndTheNext <T>(this IListBuilder <T> listBuilder, int amount)
{
return(TheNext(listBuilder, amount));
}
public void Build(IListBuilder builder)
{
builder.Add(Available.Keys);
}
public void Build(IListBuilder builder)
{
builder.Add(Information?.UsedGenerics);
}
public static IOperable <T> WhereRandom <T>(this IListBuilder <T> listBuilder, int amount, int start, int end)
{
return(Random(listBuilder, amount, start, end));
}
public static IOperable <T> WhereSection <T>(this IListBuilder <T> listBuilder, int start, int end)
{
return(Section(listBuilder, start, end));
}
public static IList <Customer> BuildList(this IListBuilder <CustomerBuilder> list)
{
return(list.BuildList <Customer, CustomerBuilder>());
}
public static ObservableCollection <T> BuildObservable <T>(this IListBuilder <T> buildable)
{
return(new ObservableCollection <T>(buildable.Build()));
}