protected override IRelation PerformGet(int id)
{
var sql = GetBaseQuery(false);
sql.Where(GetBaseWhereClause(), new { Id = id });
var dto = Database.FirstOrDefault <RelationDto>(sql);
if (dto == null)
{
return(null);
}
var relationType = _relationTypeRepository.Get(dto.RelationType);
if (relationType == null)
{
throw new Exception(string.Format("RelationType with Id: {0} doesn't exist", dto.RelationType));
}
var factory = new RelationFactory(relationType);
var entity = factory.BuildEntity(dto);
//on initial construction we don't want to have dirty properties tracked
// http://issues.umbraco.org/issue/U4-1946
((TracksChangesEntityBase)entity).ResetDirtyProperties(false);
return(entity);
}
protected override Relation PerformGet(int id)
{
var sql = GetBaseQuery(false);
sql.Where(GetBaseWhereClause(), new { Id = id });
var dto = Database.FirstOrDefault <RelationDto>(sql);
if (dto == null)
{
return(null);
}
var relationType = _relationTypeRepository.Get(dto.RelationType);
if (relationType == null)
{
throw new Exception(string.Format("RelationType with Id: {0} doesn't exist", dto.RelationType));
}
var factory = new RelationFactory(relationType);
var entity = factory.BuildEntity(dto);
entity.ResetDirtyProperties();
return(entity);
}
public void TestFieldRelations2()
{
var cls = Class(Type("Outer.Inner.MainClass"));
cls.Fields.AddRange(List(
new FieldInfo(Modifier.Public, "field1", Type("List", Type("External.F1"))),
new FieldInfo(Modifier.Protected | Modifier.Readonly, "field2", Type("List", Type("Dictionary", Type("string"), Type("Inner2.F2")))),
new FieldInfo(Modifier.Private | Modifier.Const, "field3", Type("External.Outer.Inner.F3")),
new FieldInfo(Modifier.Internal, "field4", Type("F4"))
));
var relations = RelationFactory.CreateFromClasses(new[]
{
cls,
ClassFully("External", Type("F1")),
Class(Type("Inner2.F2")),
ClassFully("External", Type("Outer.Inner.F3")),
ClassFully("Internal", Type("Outer.Inner.F4"))
});
AreEqualRelations(relations,
Relation("Outer.Inner.MainClass", "F1", Association),
Relation("Outer.Inner.MainClass", "Inner2.F2", Association),
Relation("Outer.Inner.MainClass", "Outer.Inner.F3", Association),
Relation("Outer.Inner.MainClass", "Outer.Inner.F4", Association));
}
public void TestMethodRelations()
{
var cls = Class(Type("MainClass"));
cls.Methods.AddRange(List(
new MethodInfo(Modifier.Public, "Method1", Type("void"), null),
new MethodInfo(Modifier.Protected | Modifier.Abstract, "Method2", Type("R2"), List(Arg(Type("List", Type("Dictionary", Type("string"), Type("A2"))), "arg"))),
new MethodInfo(Modifier.Private | Modifier.Static, "Method3", Type("R3"), List(Arg(Type("A3a"), "argA"), Arg(Type("A3b"), "argB")))
));
var relations = RelationFactory.CreateFromClasses(new[]
{
cls,
Class(Type("R2")),
Class(Type("A2")),
Class(Type("R3")),
Class(Type("A3a")),
});
AreEqualRelations(relations,
Relation("MainClass", "R2", Dependency),
Relation("MainClass", "A2", Dependency),
Relation("MainClass", "R3", Dependency),
Relation("MainClass", "A3a", Dependency));
}
public void TestMethodRelations2()
{
var cls = Class(Type("Outer.Inner.MainClass"));
cls.Methods.AddRange(List(
new MethodInfo(Modifier.Public, "Method1", Type("External.R1"), null),
new MethodInfo(Modifier.Protected | Modifier.Abstract, "Method2", Type("Inner2.R2"), List(Arg(Type("List", Type("Dictionary", Type("string"), Type("Outer2.Inner.A2"))), "arg"))),
new MethodInfo(Modifier.Private | Modifier.Static, "Method3", Type("R3"), List(Arg(Type("External.Outer.Inner.A3a"), "argA"), Arg(Type("External2.Outer.Inner.A3b"), "argB")))
));
var relations = RelationFactory.CreateFromClasses(new[]
{
cls,
ClassFully("External", Type("R1")),
Class(Type("Inner2.R2")),
Class(Type("Outer2.Inner.A2")),
ClassFully("Internal", Type("Outer.Inner.R3")),
ClassFully("External", Type("Outer.Inner.A3a")),
ClassFully("External", Type("Outer.Inner.A3b")),
});
// Note that relation of 'A3b' is not contained
AreEqualRelations(relations,
Relation("Outer.Inner.MainClass", "R1", Dependency),
Relation("Outer.Inner.MainClass", "Inner2.R2", Dependency),
Relation("Outer.Inner.MainClass", "Outer2.Inner.A2", Dependency),
Relation("Outer.Inner.MainClass", "Outer.Inner.R3", Dependency),
Relation("Outer.Inner.MainClass", "Outer.Inner.A3a", Dependency));
}
public void SaveBulk(IEnumerable <ReadOnlyRelation> relations)
{
foreach (var hasIdentityGroup in relations.GroupBy(r => r.HasIdentity))
{
if (hasIdentityGroup.Key)
{
// Do updates, we can't really do a bulk update so this is still a 1 by 1 operation
// however we can bulk populate the object types. It might be possible to bulk update
// with SQL but would be pretty ugly and we're not really too worried about that for perf,
// it's the bulk inserts we care about.
foreach (var relation in hasIdentityGroup)
{
var dto = RelationFactory.BuildDto(relation);
Database.Update(dto);
}
}
else
{
// Do bulk inserts
var dtos = hasIdentityGroup.Select(RelationFactory.BuildDto);
Database.InsertBulk(dtos);
}
}
}
private static IRelation DtoToEntity(RelationDto dto, IRelationType relationType)
{
var entity = RelationFactory.BuildEntity(dto, relationType);
// reset dirty initial properties (U4-1946)
entity.ResetDirtyProperties(false);
return(entity);
}
private static IRelation DtoToEntity(RelationDto dto, RelationFactory factory)
{
var entity = factory.BuildEntity(dto);
// reset dirty initial properties (U4-1946)
((BeingDirtyBase)entity).ResetDirtyProperties(false);
return(entity);
}
private static IRelation DtoToEntity(RelationDto dto, RelationFactory factory)
{
var entity = factory.BuildEntity(dto);
//on initial construction we don't want to have dirty properties tracked
// http://issues.umbraco.org/issue/U4-1946
((TracksChangesEntityBase)entity).ResetDirtyProperties(false);
return(entity);
}
protected override void PersistUpdatedItem(IRelation entity)
{
((EntityBase)entity).UpdatingEntity();
var factory = new RelationFactory(entity.RelationType);
var dto = factory.BuildDto(entity);
Database.Update(dto);
entity.ResetDirtyProperties();
}
protected override void PersistUpdatedItem(IRelation entity)
{
entity.UpdatingEntity();
var dto = RelationFactory.BuildDto(entity);
Database.Update(dto);
PopulateObjectTypes(entity);
entity.ResetDirtyProperties();
}
protected override void PersistNewItem(IRelation entity)
{
((EntityBase)entity).AddingEntity();
var factory = new RelationFactory(entity.RelationType);
var dto = factory.BuildDto(entity);
var id = Convert.ToInt32(Database.Insert(dto));
entity.Id = id;
entity.ResetDirtyProperties();
}
protected override void PersistNewItem(IRelation entity)
{
entity.AddingEntity();
var dto = RelationFactory.BuildDto(entity);
var id = Convert.ToInt32(Database.Insert(dto));
entity.Id = id;
PopulateObjectTypes(entity);
entity.ResetDirtyProperties();
}
public void TestInheritances()
{
var relations = RelationFactory.CreateFromClasses(new[]
{
Class(Type("ClassA"), List(Type("Base1"), Type("IF1"), Type("IF2"), Type("IF3"))),
Class(Type("Base1")),
Interface(Type("IF1")),
Interface(Type("IF2")),
});
// Note that relation of 'IF3' is not contained
AreEqualRelations(relations,
Relation("ClassA", "Base1", Generalization),
Relation("ClassA", "IF1", Realization),
Relation("ClassA", "IF2", Realization));
}
/// <summary>
/// Tests whether a class diagram generated from <paramref name="inputCode"/> contains all <paramref name="expectedLines"/>.
/// (It's order does not matter)
/// <para>This test method does not confirm that generated diagram constains unexpected lines.</para>
/// <para>It searches expected texts with ignoring space characters.</para>
/// </summary>
/// <param name="parser">Parser to parse <paramref name="inputCode"/></param>
/// <param name="inputCode">Input source code text to generate a class diagram</param>
/// <param name="expectedLines">Text lines which is expected to be included in a generated class diagram</param>
/// <param name="expectedIgnoreLines">Text lines which is expected to be included as commented line in a generated class diagram</param>
/// <param name="accessFilter">Access level filter</param>
/// <param name="excludedClasses">Class names to be excluded in a diagram (actually they are included as commented lines in a diagram)</param>
private static void TestcaseGenerate(ISourceCodeParser parser,
string inputCode,
IEnumerable <string> expectedLines,
IEnumerable <string> expectedIgnoreLines = null,
Modifier accessFilter = Modifiers.AllAccessLevels,
IEnumerable <string> excludedClasses = null)
{
var title = "test_title";
var classes = parser.Parse(inputCode);
var relations = RelationFactory.CreateFromClasses(classes);
var diag = PumlClassDiagramGenerator.Generate(title, classes, relations, accessFilter, excludedClasses);
diag = Regex.Replace(diag, "\\s+", string.Empty);
var emptyDiag = PumlClassDiagramGenerator.Generate(title, null, null);
var emptyDiagLines = emptyDiag.Split(new[] { '\r', '\n' }, StringSplitOptions.RemoveEmptyEntries)
.Select(s => Regex.Replace(s, "\\s+", string.Empty));
var allExpLines = expectedLines
.Concat(emptyDiagLines) // To check common lines
.Concat(expectedIgnoreLines?.Select(s => CommentSymbol + s) ?? Enumerable.Empty <string>())
.Select(s => Regex.Replace(s, "\\s+", string.Empty));
foreach (var line in allExpLines)
{
// It is OK, if one of patterns generated from a expected line matches a part of input code.
var patterns = CreatePatterns(line);
var matchedPattern = patterns.Where(p => diag.IndexOf(p) >= 0).FirstOrDefault();
if (matchedPattern == null)
{
Console.WriteLine(diag);
AssertEx.Fail($"Expected '{line}' is contained in a generated class diagram"
+ $", but actual diagram does not contain it.");
}
diag = diag.Remove(diag.IndexOf(matchedPattern), matchedPattern.Length);
}
// Remove comment symbol attached to bracket.
diag = diag.Replace($"{CommentSymbol}{{", "{").Replace($"{CommentSymbol}}}", "}");
// If all texts are checked, diag is expected to contain only symbols.
Regex.IsMatch(diag, "^[\\s{}]*$").IsTrue($"Unexpected lines are contained {diag}");
}
public void Save(IEnumerable <IRelation> relations)
{
foreach (var hasIdentityGroup in relations.GroupBy(r => r.HasIdentity))
{
if (hasIdentityGroup.Key)
{
// Do updates, we can't really do a bulk update so this is still a 1 by 1 operation
// however we can bulk populate the object types. It might be possible to bulk update
// with SQL but would be pretty ugly and we're not really too worried about that for perf,
// it's the bulk inserts we care about.
var asArray = hasIdentityGroup.ToArray();
foreach (var relation in hasIdentityGroup)
{
relation.UpdatingEntity();
var dto = RelationFactory.BuildDto(relation);
Database.Update(dto);
}
PopulateObjectTypes(asArray);
}
else
{
// Do bulk inserts
var entitiesAndDtos = hasIdentityGroup.ToDictionary(
r => // key = entity
{
r.AddingEntity();
return(r);
},
RelationFactory.BuildDto); // value = DTO
foreach (var dto in entitiesAndDtos.Values)
{
Database.Insert(dto);
}
// All dtos now have IDs assigned
foreach (var de in entitiesAndDtos)
{
// re-assign ID to the entity
de.Key.Id = de.Value.Id;
}
PopulateObjectTypes(entitiesAndDtos.Keys.ToArray());
}
}
}
private IEnumerable <IRelation> DtosToEntities(IEnumerable <RelationDto> dtos)
{
// in most cases, the relation type will be the same for all of them,
// plus we've ordered the relations by type, so try to allocate as few
// factories as possible - bearing in mind that relation types are cached
RelationFactory factory = null;
var relationTypeId = -1;
return(dtos.Select(x =>
{
if (relationTypeId != x.RelationType)
{
factory = new RelationFactory(_relationTypeRepository.Get(relationTypeId = x.RelationType));
}
return DtoToEntity(x, factory);
}).ToList());
}
public void TestInheritances2()
{
var relations = RelationFactory.CreateFromClasses(new[]
{
Class(Type("Outer.Inner.ClassA"), List(Type("Base1"), Type("IF1"), Type("Inner2.IF2"), Type("IF3"))),
ClassFully("External", Type("Base1")),
Interface(Type("Outer.Inner.IF1")),
Interface(Type("Outer.Inner2.IF2")),
InterfaceFully("Internal", Type("Outer.Inner.IF3"))
});
AreEqualRelations(relations,
Relation("Outer.Inner.ClassA", "Base1", Generalization),
Relation("Outer.Inner.ClassA", "Outer.Inner.IF1", Realization),
Relation("Outer.Inner.ClassA", "Outer.Inner2.IF2", Realization),
Relation("Outer.Inner.ClassA", "Outer.Inner.IF3", Realization));
}
/// <summary>
/// 计算当前用户对当前牌允许的操作，不包含胡牌
/// </summary>
/// <param name="user"></param>
/// <param name="currCard"></param>
/// <returns></returns>
public static IRelation[] CardOperations(GameUser user, CardPlay currCard)
{
var isCurrUser = currCard.User.UserName.Equals(user.UserName);
var isNext = !isCurrUser && currCard.User.NextUser.UserName.Equals(user.UserName);
// 从固定规则中解析出跑、清
IRelation outputRelation;
var relation = RelationFactory.BuildRelationsByRelations(user.SelfRelations.ToArray(), out outputRelation, currCard.Card, currCard.IsUserPay, isCurrUser);
if (relation == null)
{
relation = RelationFactory.BuildRelationsByRelations(user.Relations.ToArray(), out outputRelation, currCard.Card, currCard.IsUserPay, isCurrUser);
}
if (relation != null)
{
return(new IRelation[] { relation });
}
// 解析出其他规则
Card[] outputCards;
List <Card> tempCards = new List <Card>();
tempCards.AddRange(user.Cards);
tempCards.Add(currCard.Card);
// 当前用户，解析出吃或提
if (isCurrUser)
{
return(RelationFactory.BuildVariableRelationsBySelf(tempCards.ToArray(),
out outputCards, currCard.Card));
}
// 其他用户
else
{
// 不是下家，只能碰
if (!isNext)
{
return(RelationFactory.BuildCustomVariableRelations(tempCards.ToArray(),
new Card[] { currCard.Card }, out outputCards,
ParserDefines.SameThreeParser));
}
// 下家，可以碰、吃
return(RelationFactory.BuildVariableRelations(tempCards.ToArray(),
out outputCards, currCard.Card));
}
}
/// <summary>
/// 初始化用户手中的牌,提取出固定规则的牌
/// </summary>
/// <param name="cards"></param>
/// <returns>返回Item1:剩余的牌,Item2:手中的固定规则,Item3:牌桌上的规定规则</returns>
public static Tuple <Card[], IRelation[], IRelation[]> InitUserCards(params Card[] cards)
{
var relations = RelationFactory.BuildFixedRelations(cards, out Card[] outputCards);
return(new Tuple <Card[], IRelation[], IRelation[]>(
(from card in cards
where !outputCards.Contains(card)
select card).ToArray(),
(from relation in relations
where relation.RelationType == RelationTypes.LLL_Self ||
relation.RelationType == RelationTypes.SSS_Self
select relation).ToArray(),
(from relation in relations
where relation.RelationType == RelationTypes.LLLL_Self ||
relation.RelationType == RelationTypes.SSSS_Self
select relation).ToArray()
));
}
private IEnumerable <IRelation> DtosToEntities(IEnumerable <RelationDto> dtos)
{
// in most cases, the relation type will be the same for all of them,
// plus we've ordered the relations by type, so try to allocate as few
// factories as possible - bearing in mind that relation types are cached
RelationFactory factory = null;
var relationTypeId = -1;
// the ToList() here is important because we are using _relationTypeRepository and we
// cannot wait until the result is actually enumerated to do so, because that would
// mean we kinda capture the current unit of work and reuse it after it's been disposed
return(dtos.Select(x =>
{
if (relationTypeId != x.RelationType)
{
factory = new RelationFactory(_relationTypeRepository.Get(relationTypeId = x.RelationType));
}
return DtoToEntity(x, factory);
}).ToList());
}
public void TestNestedClasses()
{
var root = Class(Type("Root"));
var inner1 = Class(Type("In1"));
var inner11 = Class(Type("In1-1"));
inner11.InnerClasses.Add(Class(Type("In1-1-1")));
inner1.InnerClasses.Add(inner11);
inner1.InnerClasses.Add(Class(Type("In1-2")));
inner1.InnerClasses.Add(Class(Type("In1-3")));
root.InnerClasses.Add(inner1);
root.InnerClasses.Add(Class(Type("In2")));
var relations = RelationFactory.CreateFromClasses(new[] { root });
AreEqualRelations(relations,
Relation("In1", "Root", Nested),
Relation("In2", "Root", Nested),
Relation("In1-1", "In1", Nested),
Relation("In1-2", "In1", Nested),
Relation("In1-3", "In1", Nested),
Relation("In1-1-1", "In1-1", Nested));
}
/// <summary>
/// Generates a class diagram.
/// </summary>
/// <param name="title">Title of class diagram</param>
/// <param name="filePaths">Source code paths</param>
/// <param name="parser">Parser to parse source codes</param>
/// <param name="accessLevel">Access level of members written to a class diagram</param>
/// <param name="excludedClasses">A collection of class names not to be written to a class diagram</param>
/// <returns>Class diagram described in PlantUML</returns>
private static string GenerateClassDiagram(string title, IEnumerable <string> filePaths, ISourceCodeParser parser, Modifier accessLevel, IEnumerable <string> excludedClasses)
{
var classes = new List <ClassInfo>();
foreach (var file in filePaths)
{
try
{
var content = File.ReadAllText(file);
classes.AddRange(parser.Parse(content));
}
catch
{
Console.Error.WriteLine($"Skipped (could not open file) : {file}");
}
}
Console.WriteLine($"Parsed classes ... {classes.Count}");
var relations = RelationFactory.CreateFromClasses(classes);
return(PumlClassDiagramGenerator.Generate(title ?? string.Empty, classes, relations, accessLevel, excludedClasses));
}
protected override IRelation PerformGet(int id)
{
var sql = GetBaseQuery(false);
sql.Where(GetBaseWhereClause(), new { id });
var dto = Database.Fetch <RelationDto>(SqlSyntax.SelectTop(sql, 1)).FirstOrDefault();
if (dto == null)
{
return(null);
}
var relationType = _relationTypeRepository.Get(dto.RelationType);
if (relationType == null)
{
throw new Exception(string.Format("RelationType with Id: {0} doesn't exist", dto.RelationType));
}
var factory = new RelationFactory(relationType);
return(DtoToEntity(dto, factory));
}
public void TestGenericRelations()
{
var cls = Class(Type("MainClass", Type("T")), List(Type("BaseClass", Type("T")), Type("IF", Type("T"))));
cls.Methods.Add(new MethodInfo(Modifier.Public, "Method", Type("R", Type("T"), Type("T")), List(Arg(Type("A1", Type("T")), "arg1"), Arg(Type("A2", Type("T")), "arg2"))));
cls.Fields.Add(new FieldInfo(Modifier.Private, "field", Type("F1", Type("T"), Type("T"))));
var relations = RelationFactory.CreateFromClasses(new[]
{
cls,
Class(Type("BaseClass", Type("X"))),
Interface(Type("IF", Type("X"), Type("Y"))),
Class(Type("R", Type("X"), Type("Y"))),
Class(Type("A1", Type("X"))),
Class(Type("A2", Type("X"), Type("Y"))),
Class(Type("F1", Type("X"), Type("Y"))),
});
AreEqualRelations(relations,
Relation("MainClass`1", "BaseClass`1", Generalization),
Relation("MainClass`1", "R`2", Dependency),
Relation("MainClass`1", "A1`1", Dependency),
Relation("MainClass`1", "F1`2", Association));
}
public void TestBuildFixedRelations()
{
var source = CardSource(21);
foreach (var relation in RelationFactory.BuildFixedRelations(source, out Card[] outputCards))
public RelationVisualCardViewModel() : this(RelationFactory.CreateNew())
{
}