private void AddObjectToObjectCollectionOrLink(ApiObject obj, string key, IDictionary <string, ApiObject> objects, IDictionary <string, ApiObject> otherObjects)
{
if (obj == null || (!obj.Properties.Any() && obj.Type == null))
{
return;
}
if (schemaObjects.All(o => o.Value.Name != obj.Name) && objects.All(o => o.Value.Name != obj.Name) && otherObjects.All(o => o.Value.Name != obj.Name))
{
objects.Add(key, obj);
}
else
{
if (UniquenessHelper.HasSameProperties(obj, objects, key, otherObjects, schemaObjects))
{
if (string.IsNullOrWhiteSpace(obj.GeneratedCode) && !linkKeysWithObjectNames.ContainsKey(key))
{
linkKeysWithObjectNames.Add(key, obj.Name);
}
}
else if (!objects.ContainsKey(key))
{
obj.Name = UniquenessHelper.GetUniqueName(objects, obj.Name, schemaObjects, schemaObjects);
objects.Add(key, obj);
}
}
}
protected void AddElement(KeyValuePair <string, ApiObject> newElement, IDictionary <string, ApiObject> objects)
{
if (objects.ContainsKey(newElement.Key))
{
if (UniquenessHelper.HasSameProperties(objects[newElement.Key], objects, newElement.Key,
new Dictionary <string, ApiObject>(), new Dictionary <string, ApiObject>()))
{
return;
}
var apiObject = objects[newElement.Key];
var oldName = apiObject.Name;
apiObject.Name = UniquenessHelper.GetUniqueName(objects, apiObject.Name, new Dictionary <string, ApiObject>(), new Dictionary <string, ApiObject>());
var newKey = UniquenessHelper.GetUniqueKey(objects, newElement.Key, new Dictionary <string, ApiObject>());
objects.Add(newKey, apiObject);
objects.Remove(objects.First(o => o.Key == newElement.Key));
foreach (var apiObj in objects)
{
foreach (var prop in apiObj.Value.Properties)
{
if (prop.Type == oldName)
{
prop.Type = apiObject.Name;
}
}
}
}
objects.Add(newElement.Key, newElement.Value);
}
private ApiObject HandleTypeDuplication(Guid id, ApiObject apiObj, string key, IDictionary <Guid, string> linkedType)
{
var match = UniquenessHelper.FirstOrDefaultWithSameProperties(apiObj, existingObjects, key, newObjects, emptyDic);
if (match != null)
{
if (!linkedType.ContainsKey(id))
{
linkedType.Add(id, match.Type);
}
}
else
{
apiObj.Type = UniquenessHelper.GetUniqueName(existingObjects, apiObj.Type, newObjects, emptyDic);
}
return(match);
}
private ApiObject HandleNameDuplication(Guid id, ApiObject apiObj, string key, IDictionary <Guid, string> linkedType)
{
var match = UniquenessHelper.FirstOrDefaultWithSameProperties(apiObj, existingObjects, key, newObjects, emptyDic);
if (match != null)
{
linkedType.Add(id, match.Type);
}
else
{
apiObj.Name = UniquenessHelper.GetUniqueName(existingObjects, apiObj.Name, newObjects, emptyDic);
foreach (var prop in apiObj.Properties)
{
prop.ParentClassName = apiObj.Name;
}
}
return(match);
}
protected void AddElement(KeyValuePair <string, ApiObject> newElement, IDictionary <string, ApiObject> objects)
{
if (objects.ContainsKey(newElement.Key))
{
return;
}
if (objects.Values.Any(o => o.Name == newElement.Value.Name))
{
if (UniquenessHelper.HasSameProperties(newElement.Value, objects, newElement.Key, emptyDic, emptyDic))
{
return;
}
newElement = HandleDuplicatedObjectName(newElement, objects);
}
objects.Add(newElement.Key, newElement.Value);
}
private static KeyValuePair <string, ApiObject> HandleDuplicatedObjectName(KeyValuePair <string, ApiObject> newElement, IDictionary <string, ApiObject> objects)
{
var apiObject = newElement.Value;
var oldName = apiObject.Name;
apiObject.Name = UniquenessHelper.GetUniqueName(objects, apiObject.Name, new Dictionary <string, ApiObject>(), new Dictionary <string, ApiObject>());
var newKey = UniquenessHelper.GetUniqueKey(objects, newElement.Key, new Dictionary <string, ApiObject>());
objects.Add(newKey, apiObject);
//objects.Remove(objects.First(o => o.Key == newElement.Key));
foreach (var apiObj in objects)
{
foreach (var prop in apiObj.Value.Properties)
{
if (prop.TypeId == apiObject.Id)
{
prop.Type = apiObject.Name;
}
}
}
return(newElement);
}
private Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> > ParseEnum(Guid id, IDictionary <string, string> warnings,
IDictionary <string, ApiEnum> existingEnums, ScalarShape scalar)
{
if (existingEnums.ContainsKey(scalar.Id))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, new Dictionary <Guid, string>()));
}
if (newEnums.ContainsKey(scalar.Id))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, new Dictionary <Guid, string>()));
}
var apiEnum = CreateEnum(scalar, existingEnums, warnings, newEnums);
apiEnum.Id = id;
apiEnum.AmfId = scalar.Id;
if (newEnums.ContainsKey(apiEnum.AmfId) || existingEnums.ContainsKey(apiEnum.AmfId))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, new Dictionary <Guid, string>()));
}
if (existingEnums.Values.Any(o => o.Name == apiEnum.Name) || newEnums.Values.Any(o => o.Name == apiEnum.Name))
{
if (UniquenessHelper.HasSamevalues(apiEnum, existingEnums, newEnums))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, new Dictionary <Guid, string>()));
}
apiEnum.Name = UniquenessHelper.GetUniqueName(apiEnum.Name, existingEnums, newEnums);
}
newEnums.Add(apiEnum.AmfId, apiEnum);
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, new Dictionary <Guid, string>()));
}
private Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> > ParseObject(Guid id, string key, Shape shape,
IDictionary <string, ApiObject> existingObjects, bool isRootType)
{
if (AlreadyExists(existingObjects, existingEnums, shape.Id))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >
(newObjects, newEnums, new Dictionary <Guid, string>()));
}
// if is array of scalar or array of object there's no new object, except when is a root type
if (!isRootType && shape is ArrayShape array && (array.Items is ScalarShape || array.Items is AnyShape))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >
(newObjects, newEnums, new Dictionary <Guid, string>()));
}
var linkedType = new Dictionary <Guid, string>();
var apiObj = new ApiObject
{
Id = id,
AmfId = shape.Id,
BaseClass = GetBaseClass(shape),
IsArray = shape is ArrayShape,
IsScalar = shape is ScalarShape,
IsUnionType = shape is UnionShape,
Name = NetNamingMapper.GetObjectName(key),
Type = NetNamingMapper.GetObjectName(key),
Description = shape.Description,
Example = MapExample(shape)
};
if (isRootType && apiObj.IsScalar)
{
apiObj.Type = NewNetTypeMapper.GetNetType(shape, existingObjects);
}
if (isRootType && apiObj.IsArray && shape is ArrayShape arrShape)
{
var itemShape = arrShape.Items;
if (itemShape is NodeShape)
{
var itemId = Guid.NewGuid();
ParseObject(itemId, itemShape.Name, itemShape, existingObjects, false);
apiObj.Type = NewNetTypeMapper.GetNetType(shape, existingObjects);
}
else
{
//if (newObjects.ContainsKey(itemShape.Id))
// apiObj.Type = CollectionTypeHelper.GetCollectionType(newObjects[itemShape.Id].Type);
//else if(existingObjects.ContainsKey(itemShape.Id))
// apiObj.Type = CollectionTypeHelper.GetCollectionType(existingObjects[itemShape.Id].Type);
//else
apiObj.Type = NewNetTypeMapper.GetNetType(shape, existingObjects);
}
}
if (shape is NodeShape node && node.Properties.Count() == 1 && node.Properties.First().Path != null && node.Properties.First().Path.StartsWith("/") &&
node.Properties.First().Path.EndsWith("/"))
{
apiObj.IsMap = true;
var valueType = "object";
if (node.Properties.First().Range != null)
{
valueType = NewNetTypeMapper.GetNetType(node.Properties.First().Range, existingObjects);
}
apiObj.Type = $"Dictionary<string, {valueType}>";
AddNewObject(shape, apiObj);
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, linkedType));
}
apiObj.Properties = MapProperties(shape, apiObj.Name).ToList();
ApiObject match = null;
if (existingObjects.Values.Any(o => o.Name == apiObj.Name) || newObjects.Values.Any(o => o.Name == apiObj.Name))
{
if (UniquenessHelper.HasSameProperties(apiObj, existingObjects, key, newObjects, emptyDic))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, linkedType));
}
match = HandleNameDuplication(id, apiObj, key, linkedType);
}
if (existingObjects.Values.Any(o => o.Type == apiObj.Type) || newObjects.Values.Any(o => o.Type == apiObj.Type))
{
if (UniquenessHelper.HasSameProperties(apiObj, existingObjects, key, newObjects, emptyDic))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, linkedType));
}
match = HandleTypeDuplication(id, apiObj, key, linkedType);
}
if (match != null)
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, linkedType));
}
//if (match == null)
//{
// match = UniquenessHelper.FirstOrDefaultWithSameProperties(apiObj, existingObjects, key, newObjects, emptyDic);
// if (match != null)
// {
// if (!linkedType.ContainsKey(id))
// linkedType.Add(id, match.Type);
// }
//}
if (shape.Inherits != null && shape.Inherits.Count() == 1)
{
var baseClass = NewNetTypeMapper.GetNetType(shape.Inherits.First(), existingObjects, newObjects, existingEnums, newEnums);
if (!string.IsNullOrWhiteSpace(baseClass))
{
apiObj.BaseClass = CollectionTypeHelper.GetConcreteType(baseClass);
}
}
AddNewObject(shape, apiObj);
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum>, IDictionary <Guid, string> >(newObjects, newEnums, linkedType));
}
private Property MapProperty(PropertyShape p, string parentClassName)
{
var name = GetPropertyName(p);
var prop = new Property(parentClassName)
{
Name = NetNamingMapper.GetPropertyName(name),
Required = p.Required,
Type = NetNamingMapper.GetObjectName(name),
InheritanceProvenance = p.InheritanceProvenance
};
if (p.Range == null)
{
return(prop);
}
prop.OriginalName = p.Range.Name;
prop.AmfId = p.Range.Id;
prop.Description = p.Range.Description;
prop.Example = MapExample(p.Range);
prop.Type = NewNetTypeMapper.GetNetType(p.Range, existingObjects, newObjects, existingEnums, newEnums);
if (p.Range is ScalarShape scalar)
{
prop.Pattern = scalar.Pattern;
prop.MaxLength = scalar.MaxLength;
prop.MinLength = scalar.MinLength;
prop.Maximum = string.IsNullOrWhiteSpace(scalar.Maximum) ? (double?)null : Convert.ToDouble(scalar.Maximum);
prop.Minimum = string.IsNullOrWhiteSpace(scalar.Minimum) ? (double?)null : Convert.ToDouble(scalar.Minimum);
if (scalar.Values != null && scalar.Values.Any())
{
prop.IsEnum = true;
var apiEnum = CreateEnum(scalar, existingEnums, warnings, newEnums);
string amfId = apiEnum.AmfId;
if (string.IsNullOrWhiteSpace(amfId))
{
amfId = prop.AmfId ?? prop.Name;
}
prop.Type = apiEnum.Name;
if (newEnums.ContainsKey(amfId))
{
return(prop);
}
if (existingEnums.Values.Any(o => o.Name == apiEnum.Name) || newEnums.Values.Any(o => o.Name == apiEnum.Name))
{
if (UniquenessHelper.HasSamevalues(apiEnum, existingEnums, newEnums))
{
return(prop);
}
apiEnum.Name = UniquenessHelper.GetUniqueName(apiEnum.Name, existingEnums, newEnums);
prop.Type = apiEnum.Name;
}
newEnums.Add(amfId, apiEnum);
}
return(prop);
}
//if (existingObjects.ContainsKey(prop.Type) || newObjects.ContainsKey(prop.Type))
// return prop;
if (p.Range is NodeShape)
{
if (existingObjects.ContainsKey(p.Range.Id))
{
prop.Type = existingObjects[p.Range.Id].Type;
return(prop);
}
if (newObjects.ContainsKey(p.Range.Id))
{
prop.Type = newObjects[p.Range.Id].Type;
return(prop);
}
var id = Guid.NewGuid();
prop.TypeId = id;
var tuple = ParseObject(id, prop.Name, p.Range, existingObjects, warnings, existingEnums);
prop.Type = NetNamingMapper.GetObjectName(prop.Name);
}
if (p.Range is ArrayShape array)
{
if (array.Items is ScalarShape)
{
return(prop);
}
if (!string.IsNullOrWhiteSpace(array.Items.LinkTargetName))
{
return(prop);
}
var itemType = NewNetTypeMapper.GetNetType(array.Items, existingObjects, newObjects, existingEnums, newEnums);
GetCollectionType(prop, itemType);
if (array.Items is NodeShape && itemType == "Items")
{
itemType = NetNamingMapper.GetObjectName(array.Name);
prop.Type = CollectionTypeHelper.GetCollectionType(NetNamingMapper.GetObjectName(array.Name));
}
if (existingObjects.ContainsKey(array.Id))
{
return(prop);
}
if (array.Items is ScalarShape || array.Items.GetType() == typeof(AnyShape))
{
return(prop);
}
var newId = Guid.NewGuid();
prop.TypeId = newId;
ParseObject(newId, array.Name, array.Items, existingObjects, warnings, existingEnums);
}
foreach (var parent in p.Range.Inherits)
{
if (!(parent is ScalarShape) && !NewNetTypeMapper.IsPrimitiveType(prop.Type) &&
!(CollectionTypeHelper.IsCollection(prop.Type) && NewNetTypeMapper.IsPrimitiveType(CollectionTypeHelper.GetBaseType(prop.Type))) &&
string.IsNullOrWhiteSpace(parent.LinkTargetName))
{
var newId = Guid.NewGuid();
ParseObject(newId, prop.Name, parent, existingObjects, warnings, existingEnums);
}
}
return(prop);
}
private Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum> > ParseObject(string key, Shape shape,
IDictionary <string, ApiObject> existingObjects, bool isRootType)
{
var apiObj = new ApiObject
{
BaseClass = GetBaseClass(shape),
IsArray = shape is ArrayShape,
IsScalar = shape is ScalarShape,
IsUnionType = shape is UnionShape,
Name = NetNamingMapper.GetObjectName(key),
Type = NetNamingMapper.GetObjectName(key),
Description = shape.Description,
Example = MapExample(shape)
};
if (isRootType && (apiObj.IsArray || apiObj.IsScalar))
{
apiObj.Type = NewNetTypeMapper.GetNetType(shape, existingObjects);
}
if (shape is NodeShape node && node.Properties.Count() == 1 && node.Properties.First().Path.StartsWith("/") &&
node.Properties.First().Path.EndsWith("/"))
{
apiObj.IsMap = true;
var valueType = "object";
if (node.Properties.First().Range != null)
{
valueType = NewNetTypeMapper.GetNetType(node.Properties.First().Range, existingObjects);
}
apiObj.Type = $"Dictionary<string, {valueType}>";
new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum> >(newObjects, newEnums);
}
apiObj.Properties = MapProperties(shape, apiObj.Name).ToList();
if (existingObjects.Values.Any(o => o.Name == apiObj.Name))
{
if (UniquenessHelper.HasSameProperties(apiObj, existingObjects, key, new Dictionary <string, ApiObject>(), new Dictionary <string, ApiObject>()))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum> >(newObjects, newEnums));
}
apiObj.Name = UniquenessHelper.GetUniqueName(existingObjects, apiObj.Name, new Dictionary <string, ApiObject>(), new Dictionary <string, ApiObject>());
foreach (var prop in apiObj.Properties)
{
prop.ParentClassName = apiObj.Name;
}
}
if (existingObjects.Values.Any(o => o.Type == apiObj.Type))
{
if (UniquenessHelper.HasSameProperties(apiObj, existingObjects, key, new Dictionary <string, ApiObject>(), new Dictionary <string, ApiObject>()))
{
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum> >(newObjects, newEnums));
}
apiObj.Type = UniquenessHelper.GetUniqueName(existingObjects, apiObj.Type, new Dictionary <string, ApiObject>(), new Dictionary <string, ApiObject>());
}
if (!newObjects.ContainsKey(apiObj.Type))
{
newObjects.Add(apiObj.Type, apiObj);
}
return(new Tuple <IDictionary <string, ApiObject>, IDictionary <string, ApiEnum> >(newObjects, newEnums));
}
