public TestRules()
{
_attributesDb = new InMemoryEntityRepository<Campaigns.Model.Attribute>();
_contributionsDb = new InMemoryEntityRepository<AttributeContribution>();
_contributionsDb.AddForeignStore(_attributesDb);
_contributingAttributes = new HashSet<Campaigns.Model.Attribute>();
//
// create attributes
//
_races = new Dictionary<string, Campaigns.Model.Attribute>
{
{ "human", CreateAttribute("human", "races", isStandard: false) },
{ "gnome", CreateAttribute("gnome", "races", isStandard: false) }
};
_abilities = new Dictionary<string, Campaigns.Model.Attribute>
{
{ "str", CreateAttribute("str", "abilities", isStandard: true) },
{ "int", CreateAttribute("int", "abilities", isStandard: true) }
};
_abilityMods =
_abilities.Values
.Select(attrib => CreateAttribute(attrib.Name, "ability-modifiers", isStandard: true))
.ToDictionary(m => m.Name);
_skills = new Dictionary<string, Campaigns.Model.Attribute>
{
{ "athletics", CreateAttribute("athletics", "skills", isStandard: true) },
{ "arcana", CreateAttribute("arcana", "skills", isStandard: true) }
};
// TODO: this should be standard behaviour
// ensure all standard attributes are contributing
foreach (var attrib in AllAttributes.Where(a => a.IsStandard))
{
SetInitialValue(attrib, 0);
}
//
// create attribute contribution links
//
foreach (var mod in _abilities.Keys)
{
var contribution = _abilities[mod].ContributionTo(_abilityMods[mod], srcVal => (srcVal / 2) - 5);
_contributionsDb.Add(contribution);
}
// TODO:
// - only one contributing link between src and target allowed (overwrite)
_contributionsDb.Add(_races["gnome"].ConstantContributionTo(_abilities["int"], 2));
_contributionsDb.Add(_skills["athletics"].CopyContributionFrom(_abilityMods["str"]));
_contributionsDb.Add(_skills["arcana"].CopyContributionFrom(_abilityMods["int"]));
}
public TestRules()
{
_attributesDb = new InMemoryEntityRepository <Campaigns.Model.Attribute>();
_contributionsDb = new InMemoryEntityRepository <AttributeContribution>();
_contributionsDb.AddForeignStore(_attributesDb);
_contributingAttributes = new HashSet <Campaigns.Model.Attribute>();
//
// create attributes
//
_races = new Dictionary <string, Campaigns.Model.Attribute>
{
{ "human", CreateAttribute("human", "races", isStandard: false) },
{ "gnome", CreateAttribute("gnome", "races", isStandard: false) }
};
_abilities = new Dictionary <string, Campaigns.Model.Attribute>
{
{ "str", CreateAttribute("str", "abilities", isStandard: true) },
{ "int", CreateAttribute("int", "abilities", isStandard: true) }
};
_abilityMods =
_abilities.Values
.Select(attrib => CreateAttribute(attrib.Name, "ability-modifiers", isStandard: true))
.ToDictionary(m => m.Name);
_skills = new Dictionary <string, Campaigns.Model.Attribute>
{
{ "athletics", CreateAttribute("athletics", "skills", isStandard: true) },
{ "arcana", CreateAttribute("arcana", "skills", isStandard: true) }
};
// TODO: this should be standard behaviour
// ensure all standard attributes are contributing
foreach (var attrib in AllAttributes.Where(a => a.IsStandard))
{
SetInitialValue(attrib, 0);
}
//
// create attribute contribution links
//
foreach (var mod in _abilities.Keys)
{
var contribution = _abilities[mod].ContributionTo(_abilityMods[mod], srcVal => (srcVal / 2) - 5);
_contributionsDb.Add(contribution);
}
// TODO:
// - only one contributing link between src and target allowed (overwrite)
_contributionsDb.Add(_races["gnome"].ConstantContributionTo(_abilities["int"], 2));
_contributionsDb.Add(_skills["athletics"].CopyContributionFrom(_abilityMods["str"]));
_contributionsDb.Add(_skills["arcana"].CopyContributionFrom(_abilityMods["int"]));
}
public void InitTests()
{
_people = new InMemoryEntityRepository <Person>();
_groups = new InMemoryEntityRepository <Group>();
_pets = new InMemoryEntityRepository <Pet>();
_groups.AddForeignStore(_people);
_people.AddForeignStore(_groups);
_pets.AddForeignStore(_people);
var g1 = new Group {
Name = "Students"
};
_groups.Add(g1);
var p1 = new Person {
Name = "Amy", Group = g1
};
_people.Add(p1);
_people.Add(new Person {
Name = "Bernie", GroupId = g1.Id
});
_pets.Add(new Pet {
Name = "Charlie", Owner = p1
});
_pets.Add(new Pet {
Name = "Dover", OwnerId = p1.Id
});
}
public void TestInit()
{
_attributes = new InMemoryEntityRepository<Campaigns.Model.Attribute>();
_contributions = new InMemoryEntityRepository<Campaigns.Model.AttributeContribution>();
_contributions.AddForeignStore(_attributes);
_characterSheets = new InMemoryEntityRepository<Campaigns.Model.CharacterSheet>();
_characters = new InMemoryEntityRepository<Campaigns.Model.Character>();
_characters.AddForeignStore(_characterSheets);
_attributes.AddRange(new[]
{
new Campaigns.Model.Attribute { Name = "human", Category = "race", IsStandard = false },
new Campaigns.Model.Attribute { Name = "gnome", Category = "race", IsStandard = false },
new Campaigns.Model.Attribute { Name = "str", Category = "abilities", IsStandard = true },
new Campaigns.Model.Attribute { Name = "int", Category = "abilities", IsStandard = true },
new Campaigns.Model.Attribute { Name = "str", Category = "ability-mods", IsStandard = true },
new Campaigns.Model.Attribute { Name = "int", Category = "ability-mods", IsStandard = true },
});
_contributions.AddRange(new[]
{
Attrib("gnome", "race").ConstantContributionTo(Attrib("int", "abilities"), 2),
Attrib("str", "abilities").ContributionTo(Attrib("str", "ability-mods"), n => n / 2 - 5),
Attrib("int", "abilities").ContributionTo(Attrib("int", "ability-mods"), n => n / 2 - 5),
});
_rules = new RulesService(
_attributes,
_contributions,
_characterSheets,
_characters);
_gnomeAllocations = new []
{
new AttributeAllocation { Attribute = Attrib("gnome", "race") },
new AttributeAllocation { Attribute = Attrib("str", "abilities"), Value = 8 },
new AttributeAllocation { Attribute = Attrib("int", "abilities"), Value = 8 },
};
_superStrongUpdate = new CharacterUpdate
{
AddedOrUpdatedAllocations = new []
{
new AttributeAllocation { Attribute = Attrib("str", "abilities"), Value = 20 },
}
};
}
public void InitTests()
{
_people = new InMemoryEntityRepository<Person>();
_groups = new InMemoryEntityRepository<Group>();
_pets = new InMemoryEntityRepository<Pet>();
_groups.AddForeignStore(_people);
_people.AddForeignStore(_groups);
_pets.AddForeignStore(_people);
var g1 = new Group { Name = "Students" };
_groups.Add(g1);
var p1 = new Person { Name = "Amy", Group = g1 };
_people.Add(p1);
_people.Add(new Person { Name = "Bernie", GroupId = g1.Id });
_pets.Add(new Pet { Name = "Charlie", Owner = p1 });
_pets.Add(new Pet { Name = "Dover", OwnerId = p1.Id });
}
public void RemoveEntity_WhenInvokedWithMatchingName_ShouldRemoveEntity()
{
// Arrange
var entities = new[]
{
new SimpleEntity("ent 1"),
new SimpleEntity("ent 2"),
new SimpleEntity("ent 3")
};
var fixture = new InMemoryEntityRepository(entities);
// Act
fixture.RemoveEntity("ent 2");
var allEntities = fixture.GetAllEntities();
// Assert
allEntities.Should().BeEquivalentTo(new[]
{
new SimpleEntity("ent 1"),
new SimpleEntity("ent 3")
});
}
public void GetAllEntities_WhenInvoked_ShouldReturnListOfEntities()
{
// Arrange
var entities = new[]
{
new SimpleEntity("ent 1"),
new SimpleEntity("ent 2"),
new SimpleEntity("ent 3")
};
var fixture = new InMemoryEntityRepository(entities);
// Act
var response = fixture.GetAllEntities();
// Assert
response.Should().BeEquivalentTo(new[]
{
new SimpleEntity("ent 1"),
new SimpleEntity("ent 2"),
new SimpleEntity("ent 3")
});
}
public void UpdateEntity_WhenInvokedWithNonMatchingName_ShouldHaveNoEffect()
{
// Arrange
var entities = new[]
{
new SimpleEntity("ent 1"),
new SimpleEntity("ent 2"),
new SimpleEntity("ent 3")
};
var fixture = new InMemoryEntityRepository(entities);
// Act
fixture.UpdateEntity("ent 5", new SimpleEntity("updated 1"));
var allEntities = fixture.GetAllEntities();
// Assert
allEntities.Should().BeEquivalentTo(new[]
{
new SimpleEntity("ent 1"),
new SimpleEntity("ent 2"),
new SimpleEntity("ent 3")
});
}
public void AddEntity_WhenInvoked_ShouldAddEntity()
{
// Arrange
var entities = new[]
{
new SimpleEntity("ent 1"),
new SimpleEntity("ent 2"),
new SimpleEntity("ent 3")
};
var fixture = new InMemoryEntityRepository(entities);
// Act
fixture.AddEntity(new SimpleEntity("new 1"));
var allEntities = fixture.GetAllEntities();
// Assert
allEntities.Should().BeEquivalentTo(new[]
{
new SimpleEntity("ent 1"),
new SimpleEntity("ent 2"),
new SimpleEntity("ent 3"),
new SimpleEntity("new 1")
});
}
public void TestInit()
{
_attributes = new InMemoryEntityRepository <Campaigns.Model.Attribute>();
_contributions = new InMemoryEntityRepository <Campaigns.Model.AttributeContribution>();
_contributions.AddForeignStore(_attributes);
_characterSheets = new InMemoryEntityRepository <Campaigns.Model.CharacterSheet>();
_characters = new InMemoryEntityRepository <Campaigns.Model.Character>();
_characters.AddForeignStore(_characterSheets);
_attributes.AddRange(new[]
{
new Campaigns.Model.Attribute {
Name = "human", Category = "race", IsStandard = false
},
new Campaigns.Model.Attribute {
Name = "gnome", Category = "race", IsStandard = false
},
new Campaigns.Model.Attribute {
Name = "str", Category = "abilities", IsStandard = true
},
new Campaigns.Model.Attribute {
Name = "int", Category = "abilities", IsStandard = true
},
new Campaigns.Model.Attribute {
Name = "str", Category = "ability-mods", IsStandard = true
},
new Campaigns.Model.Attribute {
Name = "int", Category = "ability-mods", IsStandard = true
},
});
_contributions.AddRange(new[]
{
Attrib("gnome", "race").ConstantContributionTo(Attrib("int", "abilities"), 2),
Attrib("str", "abilities").ContributionTo(Attrib("str", "ability-mods"), n => n / 2 - 5),
Attrib("int", "abilities").ContributionTo(Attrib("int", "ability-mods"), n => n / 2 - 5),
});
_rules = new RulesService(
_attributes,
_contributions,
_characterSheets,
_characters);
_gnomeAllocations = new []
{
new AttributeAllocation {
Attribute = Attrib("gnome", "race")
},
new AttributeAllocation {
Attribute = Attrib("str", "abilities"), Value = 8
},
new AttributeAllocation {
Attribute = Attrib("int", "abilities"), Value = 8
},
};
_superStrongUpdate = new CharacterUpdate
{
AddedOrUpdatedAllocations = new []
{
new AttributeAllocation {
Attribute = Attrib("str", "abilities"), Value = 20
},
}
};
}
public InMemoryEntityRepositoryTests()
{
_sut = _fixture.Create <InMemoryEntityRepository>();
}
public void SetUp()
{
sut = new SnapShotService();
bus = MockRepository.GenerateMock<IBus>();
eventConvertor = MockRepository.GenerateMock<IEventConvertor>();
var entityRepository = new InMemoryEntityRepository();
domainRepository = new DomainRepository(new DomainEventStorageService(entityRepository, new DateTimeService()), bus, eventConvertor);
}
