public void ShouldReturnIsArrayOnPassedInTypeWhenIsModiferTrueWithEmptyGenericTypes()
{
// Given
var typeStatement = new TypeStatement
{
IsModifier = true,
IsArray = true,
GenericTypes = new List <TypeStatement>(),
};
// When
var actual = ArrayResponseIdentifier.Identify(
typeStatement
);
// Then
actual.Should().BeTrue();
}
public static string Write(
ClassStatement classStatement,
IEnumerable <AccessorStatement> accessors,
ClassGenerationTemplates templates
)
{
if (accessors.Count() == 0)
{
return(string.Empty);
}
var section = new StringBuilder();
var current = 1;
foreach (var accessor in accessors)
{
GlobalLogger.Info($"Generating Accessor: {accessor}");
var isLast = current == accessors.Count();
var isClassResponse = ClassResponseIdentifier.Identify(
accessor.Type,
accessor.UsedClassNames
);
var isArray = ArrayResponseIdentifier.Identify(
accessor.Type
);
var isEnum = TypeEnumIdentifier.Identify(
accessor.Type
);
var template = templates.Accessor;
var propertyGetterResultType = templates.InteropGet;
var root = "this.___guid";
var namespaceParts = classStatement.Namespace.Split(".");
var entityNamespace = string.Join(
", ",
namespaceParts.Select(part => @$ "" "{part}" "")
);
var property = accessor.Name;
var propertyGetterTemplate = templates.ReturnTypePrimitiveTemplate;
var cacheSection = string.Empty;
var cacheSetterSection = string.Empty;
if (accessor.HasSetter)
{
template = templates.AccessorWithSetter;
}
if (accessor.IsStatic)
{
root = $"\"{namespaceParts.FirstOrDefault()}\"";
property = string.Join(
".",
namespaceParts
.Skip(1)
.Select(part => @$ "{part}")
);
if (property.Length > 0)
{
property += $".{classStatement.Name}.{accessor.Name}";
}
else
{
property = $"{classStatement.Name}.{accessor.Name}";
}
}
if (isEnum)
{
propertyGetterResultType = templates.InteropGet;
}
else if (isClassResponse && isArray)
{
propertyGetterResultType = templates.InteropGetArrayClass;
}
else if (isClassResponse)
{
propertyGetterTemplate = templates.ReturnTypeClass;
propertyGetterResultType = templates.InteropGetClass;
cacheSection = "private [[STATIC]][[TYPE]] __[[CACHE_NAME]];";
cacheSetterSection = "__[[CACHE_NAME]] = null;";
}
else if (isArray)
{
propertyGetterResultType = templates.InteropGetArray;
}
template = template
.Replace(
"[[PROPERTY_GETTER]]",
propertyGetterTemplate
).Replace(
"[[PROPERTY_SETTER]]",
templates.InteropSet
).Replace(
"[[RETURN_TYPE_CONTENT]]",
propertyGetterResultType
).Replace(
"[[PROPERTY_NAMESPACE]]",
entityNamespace
).Replace(
"[[CACHE_SECTION]]",
cacheSection
).Replace(
"[[CACHE_SETTTER_SECTION]]",
cacheSetterSection
).Replace(
"[[CACHE_NAME]]",
accessor.Name
).Replace(
"[[PROPERTYTYPE]]",
classStatement.Name
).Replace(
"[[STATIC]]",
accessor.IsStatic ? "static " : string.Empty
).Replace(
"[[ARRAY]]",
string.Empty
).Replace(
"[[NAME]]",
DotNetNormalizer.Normalize(
accessor.Name
)
).Replace(
"[[NAME_CAPTIALIZED]]",
accessor.Name.Captialize()
).Replace(
"[[TYPE]]",
TypeStatementWriter.Write(
accessor.Type
)
).Replace(
"[[ARRAY_TYPE]]",
TypeStatementWriter.Write(
accessor.Type,
false
)
).Replace(
"[[NEW_TYPE]]",
TypeStatementWriter.Write(
accessor.Type,
false
)
).Replace(
"[[PROPERTY]]",
property
).Replace(
"[[PROPERTY_ARGUMENTS]]",
string.Empty
).Replace(
"[[ROOT]]",
root
).Replace(
"[[INTERFACE_POSTFIX]]",
accessor.IsInterfaceResponse ? Constants.INTERFACE_POSTFIX : string.Empty
)
;
section.Append(
template
);
if (!isLast)
{
section.Append(
Environment.NewLine
).Append(
Environment.NewLine
);
}
current++;
}
return(section.ToString());
}
public static string Write(
ClassStatement classStatement,
IEnumerable <PublicMethodStatement> methods,
ClassGenerationTemplates templates
)
{
if (methods.Count() == 0)
{
return(string.Empty);
}
var section = new StringBuilder();
var current = 1;
foreach (var method in methods)
{
GlobalLogger.Info($"Generating Method: {method}");
var isLast = current == methods.Count();
var isClassResponse = ClassResponseIdentifier.Identify(
method.Type,
method.UsedClassNames
);
var isArray = ArrayResponseIdentifier.Identify(
method.Type
);
var template = templates.Method;
var methodType = method.Type;
var type = TypeStatementWriter.Write(
methodType
);
var typeNoModifier = TypeStatementWriter.Write(
methodType,
false
);
var propertyArguments = string.Empty;
var isNotSupported = NotSupportedIdentifier.Identify(
method
);
var isTask = method.Type.IsTask;
var isEnum = TypeEnumIdentifier.Identify(
method.Type
);
var isAction = method.Type.Name == GenerationIdentifiedTypes.Action ||
(method.Arguments.Take(1).Any(a => a.Type.IsAction && a.Name == "callback"));
var bodyTemplate = templates.ReturnTypePrimitiveTemplate;
var returnTypeContent = templates.InteropFunc;
var arguments = string.Empty;
var argumentStrings = new List <string>();
var classNamespace = classStatement.Namespace;
var namespacedMethod = string.Join(
".",
classNamespace,
classStatement.Name,
method.Name
);
var propertyIdentifier = "this.___guid";
// [[FUNCTION_GENERICS]] = functionGenerics = T, EventState, Task
var functionGenerics = string.Empty;
var genericSection = string.Empty;
var whereConstraint = string.Empty;
var taskType = TypeStatementWriter.Write(
methodType,
false
);
var taskAsync = string.Empty;
var taskAwait = string.Empty;
if (classNamespace == string.Empty)
{
namespacedMethod = string.Join(
".",
classStatement.Name,
method.Name
);
}
// Argument Generation
if (isAction)
{
var functionGenericsStrings = new List <string>();
var actionArgument = method.Arguments.FirstOrDefault(
argument => argument.Type.Name == GenerationIdentifiedTypes.Action
);
if (actionArgument != null)
{
foreach (var genericType in actionArgument.Type.GenericTypes)
{
functionGenericsStrings.Add(
TypeStatementWriter.Write(
genericType,
ignorePrefix: true
)
);
}
// [[ARGUMENTS]] = arguments = T eventData, EventState eventState
foreach (var argument in actionArgument.Type.Arguments.OrderBy(a => a.IsOptional))
{
argumentStrings.Add(
ArgumentWriter.Write(
argument,
true,
string.Empty,
ignorePrefix: false
)
);
}
// [[PROPERTY_ARGUMENTS]] = propertyArguments = eventData, eventState
propertyArguments = string.Join(
", ",
actionArgument.Type.Arguments.Select(
argument => DotNetNormalizer.Normalize(argument.Name)
)
);
}
functionGenericsStrings.Add(
"Task"
);
functionGenerics = string.Join(
", ",
functionGenericsStrings
);
}
else
{
// TODO: [Re-factor] : Move to Writer
foreach (var argument in method.Arguments.OrderBy(a => a.IsOptional))
{
argumentStrings.Add(
ArgumentWriter.Write(
argument,
true,
" = null"
)
);
}
propertyArguments = method.Arguments.Any()
? ", " +
string.Join(
", ",
method.Arguments.Select(
argument => DotNetNormalizer.Normalize(argument.Name)
)
)
: string.Empty;
if (VoidArgumentIdenfifier.Identify(method.Arguments))
{
GlobalLogger.Error(
$"Found void argument in method: {method.Name}"
);
continue;
}
}
arguments = string.Join(
", ",
argumentStrings
);
// Template/ReturnTypeContent Dictation
if (isAction)
{
template = templates.MethodActionTemplate;
bodyTemplate = templates.ReturnTypeVoidTemplate;
if (method.IsStatic)
{
template = templates.MethodStaticActionTemplate;
}
}
if (isEnum)
{
returnTypeContent = templates.InteropFunc;
}
else if (isClassResponse && isArray)
{
returnTypeContent = templates.InteropFuncArrayClass;
}
else if (isClassResponse)
{
returnTypeContent = templates.InteropFuncClass;
}
else if (isArray)
{
returnTypeContent = templates.InteropFuncArray;
}
if (isTask)
{
returnTypeContent = templates.InteropTask;
if (isClassResponse && isArray)
{
returnTypeContent = templates.InteropTaskArrayClass;
}
else if (isClassResponse ||
taskType == GenerationIdentifiedTypes.CachedEntity)
{
returnTypeContent = templates.InteropTaskClass;
}
else if (isArray)
{
returnTypeContent = templates.InteropTaskArray;
}
// Change up the taskType if 'void';
if (taskType == GenerationIdentifiedTypes.Void)
{
bodyTemplate = templates.ReturnTypeVoidTemplate;
taskType = GenerationIdentifiedTypes.CachedEntity;
taskAsync = "async ";
taskAwait = "await ";
}
}
if (method.IsStatic)
{
var classStatementIdentitiferList = new string[] {
classStatement.Name,
};
if (classNamespace != string.Empty)
{
classStatementIdentitiferList = new string[]
{
classStatement.Namespace,
classStatement.Name,
};
}
propertyIdentifier = string.Join(
", ",
string.Join(
".",
classStatementIdentitiferList
).Split(".").Select(part => @$ "" "{part}" "")
);
}
// Replace the Type in the Return TypeContent to Object
// This is to avoid parsing errors and just get a generic object back from method calls.
if (method.Type.Name == GenerationIdentifiedTypes.Void)
{
bodyTemplate = templates.ReturnTypeVoidTemplate;
returnTypeContent = returnTypeContent.Replace(
"[[ARRAY_TYPE]]",
GenerationIdentifiedTypes.CachedEntity
).Replace(
"[[NEW_TYPE]]",
GenerationIdentifiedTypes.CachedEntity
);
}
if (method.GenericTypes.Any())
{
var genericTypeString = string.Join(
", ",
method.GenericTypes
);
// TODO: [Template] : Move to templates
genericSection = $"<{genericTypeString}>";
if (isClassResponse &&
method.GenericTypes.Any(
genericType => genericType == typeNoModifier
)
)
{
// TODO: [Template] : Move to templates
whereConstraint = string.Join(
"",
method.GenericTypes.Select(
genericType => $" where {genericType} : CachedEntity, new()"
)
);
}
}
if (isNotSupported)
{
template = "// [[NAME]] is not supported by the platform yet";
}
template = template.Replace(
"[[BODY]]",
bodyTemplate
).Replace(
"[[RETURN_TYPE_CONTENT]]",
returnTypeContent
).Replace(
"[[NAMESPACED_METHOD]]",
namespacedMethod
)
//.Replace(
// "[[CACHE_SECTION]]",
// string.Empty
//).Replace(
// "[[CACHE_SETTTER_SECTION]]",
// string.Empty
//)
.Replace(
"[[ARRAY]]",
string.Empty
).Replace(
"[[STATIC]]",
method.IsStatic ? "static " : string.Empty
).Replace(
"[[NAME]]",
DotNetNormalizer.Normalize(
method.Name
)
).Replace(
"[[NAME_CAPTIALIZED]]",
method.Name.Captialize()
).Replace(
"[[CLASS_NAME]]",
classStatement.Name
).Replace(
"[[TYPE]]",
TypeStatementWriter.Write(
methodType
)
).Replace(
"[[ARRAY_TYPE]]",
TypeStatementWriter.Write(
methodType,
false
)
).Replace(
"[[NEW_TYPE]]",
TypeStatementWriter.Write(
methodType,
false
)
).Replace(
"[[TASK_TYPE]]",
taskType
).Replace(
"[[GENERIC_SECTION]]",
genericSection
).Replace(
"[[ARGUMENTS]]",
arguments
).Replace(
"[[WHERE_CONSTRAINT]]",
whereConstraint
).Replace(
"[[PROPERTY_IDENTIFIER]]",
propertyIdentifier
).Replace(
"[[PROPERTY]]",
DotNetNormalizer.Normalize(
method.Name
)
).Replace(
"[[PROPERTY_ARGUMENTS]]",
propertyArguments
).Replace(
"[[INTERFACE_POSTFIX]]",
method.IsInterfaceResponse ? Constants.INTERFACE_POSTFIX : string.Empty
).Replace(
"[[FUNCTION_GENERICS]]",
functionGenerics
).Replace(
"[[TASK_ASYNC]]",
taskAsync
).Replace(
"[[TASK_AWAIT]]",
taskAwait
);
section.Append(
template
);
if (!isLast)
{
section.Append(
Environment.NewLine
).Append(
Environment.NewLine
);
}
current++;
}
return(section.ToString());
}