public void AddsUsingsForErrorTypesForRequestExecutor()
{
var requestBuilder = root.AddClass(new CodeClass {
Name = "somerequestbuilder",
Kind = CodeClassKind.RequestBuilder,
}).First();
var subNS = root.AddNamespace($"{root.Name}.subns"); // otherwise the import gets trimmed
var errorClass = subNS.AddClass(new CodeClass {
Name = "Error4XX",
Kind = CodeClassKind.Model,
IsErrorDefinition = true,
}).First();
var requestExecutor = requestBuilder.AddMethod(new CodeMethod {
Name = "get",
Kind = CodeMethodKind.RequestExecutor,
ReturnType = new CodeType {
Name = "string"
},
}).First();
requestExecutor.AddErrorMapping("4XX", new CodeType {
Name = "Error4XX",
TypeDefinition = errorClass,
});
ILanguageRefiner.Refine(new GenerationConfiguration {
Language = GenerationLanguage.CSharp
}, root);
var declaration = requestBuilder.StartBlock as ClassDeclaration;
Assert.Contains("Error4XX", declaration.Usings.Select(x => x.Declaration?.Name));
}
public void AddStaticMethodsUsingsForDeserializer()
{
var model = graphNS.AddClass(new CodeClass {
Name = "somemodel",
Kind = CodeClassKind.Model,
IsErrorDefinition = true,
}).First();
model.AddMethod(new CodeMethod {
Name = "Deserialize",
Kind = CodeMethodKind.Deserializer,
IsAsync = false,
ReturnType = new CodeType {
Name = "void",
IsExternal = true,
},
});
var subNs = graphNS.AddNamespace($"{graphNS.Name}.subns");
var propertyModel = subNs.AddClass(new CodeClass {
Name = "somepropertyModel",
Kind = CodeClassKind.Model,
IsErrorDefinition = true,
}).First();
propertyModel.AddMethod(new CodeMethod {
Name = "factory",
Kind = CodeMethodKind.Factory,
IsAsync = false,
IsStatic = true,
ReturnType = new CodeType {
Name = "void",
IsExternal = true,
},
});
model.AddProperty(new CodeProperty {
Name = "someProperty",
Type = new CodeType {
Name = "somepropertyModel",
TypeDefinition = propertyModel,
},
});
Assert.Empty(graphNS.GetChildElements(true).OfType <CodeFunction>());
Assert.Single(model.GetChildElements(true).OfType <CodeMethod>());
ILanguageRefiner.Refine(new GenerationConfiguration {
Language = GenerationLanguage.TypeScript
}, graphNS);
Assert.Empty(model.GetChildElements(true).OfType <CodeMethod>().Where(x => x.IsOfKind(CodeMethodKind.Factory)));
Assert.Single(subNs.GetChildElements(true).OfType <CodeFunction>());
var function = subNs.GetChildElements(true).OfType <CodeFunction>().First();
Assert.Single(model.Usings.Where(x => !x.IsExternal && x.Declaration.TypeDefinition == function));
}
private void AddSerializationProperties()
{
var addData = parentClass.AddProperty(new CodeProperty {
Name = "additionalData",
Kind = CodePropertyKind.AdditionalData,
}).First();
addData.Type = new CodeType {
Name = "string"
};
var dummyProp = parentClass.AddProperty(new CodeProperty {
Name = "dummyProp",
}).First();
dummyProp.Type = new CodeType {
Name = "string"
};
var dummyCollectionProp = parentClass.AddProperty(new CodeProperty {
Name = "dummyColl",
}).First();
dummyCollectionProp.Type = new CodeType {
Name = "string",
CollectionKind = CodeTypeBase.CodeTypeCollectionKind.Array,
};
var dummyComplexCollection = parentClass.AddProperty(new CodeProperty {
Name = "dummyComplexColl"
}).First();
dummyComplexCollection.Type = new CodeType {
Name = "Complex",
CollectionKind = CodeTypeBase.CodeTypeCollectionKind.Array,
TypeDefinition = new CodeClass {
Name = "SomeComplexType",
Parent = root.AddNamespace("models")
}
};
var dummyEnumProp = parentClass.AddProperty(new CodeProperty {
Name = "dummyEnumCollection",
}).First();
dummyEnumProp.Type = new CodeType {
Name = "SomeEnum",
TypeDefinition = new CodeEnum {
Name = "EnumType",
Parent = root.AddNamespace("models")
}
};
}
public void WritesContainerCommands()
{
method.Kind = CodeMethodKind.CommandBuilder;
method.SimpleName = "User";
// Types: A.B.C.T2
// A.B.C.D.T1
var ns1 = root.AddNamespace("Test.Name");
var ns2 = ns1.AddNamespace("Test.Name.Sub1");
var ns3 = ns2.AddNamespace("Test.Name.Sub1.Sub2");
var t2 = parentClass;
ns2.AddClass(t2);
var t1Sub = new CodeClass {
Name = "TestClass1", Kind = CodeClassKind.RequestBuilder
};
ns3.AddClass(t1Sub);
t1Sub.AddMethod(new CodeMethod {
Kind = CodeMethodKind.CommandBuilder, Name = "BuildTestMethod1", ReturnType = new CodeType()
});
t1Sub.AddMethod(new CodeMethod {
Kind = CodeMethodKind.CommandBuilder, Name = "BuildTestMethod2", ReturnType = new CodeType {
CollectionKind = CodeTypeBase.CodeTypeCollectionKind.Array
}
});
method.AccessedProperty = new CodeProperty
{
Type = new CodeType
{
Name = "TestRequestBuilder",
TypeDefinition = t1Sub
}
};
AddRequestProperties();
writer.Write(method);
var result = tw.ToString();
Assert.Contains("var command = new Command(\"user\");", result);
Assert.Contains("var builder = new TestRequestBuilder", result);
Assert.Contains("command.AddCommand(builder.BuildTestMethod1());", result);
Assert.Contains("foreach (var cmd in builder.BuildTestMethod2()) {", result);
Assert.Contains("command.AddCommand(cmd);", result);
Assert.Contains("return command;", result);
}
public TypeScriptLanguageRefinerTests()
{
root = CodeNamespace.InitRootNamespace();
graphNS = root.AddNamespace("graph");
parentClass = new () {
Name = "parentClass"
};
graphNS.AddClass(parentClass);
}
public CodeNamespaceWriterTests()
{
codeElementWriter = new CodeNamespaceWriter(new RubyConventionService());
writer = LanguageWriter.GetLanguageWriter(GenerationLanguage.Ruby, DefaultPath, DefaultName);
tw = new StringWriter();
writer.SetTextWriter(tw);
var root = CodeNamespace.InitRootNamespace();
parentNamespace = root.AddNamespace("parentNamespace");
childNamespace = parentNamespace.AddNamespace("childNamespace");
}
public void AddsUsingsForCommandTypesUsedInCommandBuilder()
{
var requestBuilder = root.AddClass(new CodeClass {
Name = "somerequestbuilder",
Kind = CodeClassKind.RequestBuilder,
}).First();
var subNS = root.AddNamespace($"{root.Name}.subns"); // otherwise the import gets trimmed
var commandBuilder = requestBuilder.AddMethod(new CodeMethod {
Name = "GetCommand",
Kind = CodeMethodKind.CommandBuilder,
ReturnType = new CodeType {
Name = "Command",
IsExternal = true
}
}).First();
ILanguageRefiner.Refine(new GenerationConfiguration {
Language = GenerationLanguage.Shell
}, root);
var declaration = requestBuilder.StartBlock as ClassDeclaration;
Assert.Contains("System.CommandLine", declaration.Usings.Select(x => x.Declaration?.Name));
}
public void AddNamespaceModuleImports()
{
var declaration = parentClass.StartBlock as ClassDeclaration;
var subNS = graphNS.AddNamespace($"{graphNS.Name}.messages");
var messageClassDef = new CodeClass {
Name = "Message",
};
subNS.AddClass(messageClassDef);
declaration.AddUsings(new CodeUsing()
{
Name = messageClassDef.Name,
Declaration = new() {
Name = messageClassDef.Name,
TypeDefinition = messageClassDef,
}
});
public void ReplacesImportsSubNamespace()
{
var rootNS = parentClass.Parent as CodeNamespace;
rootNS.RemoveChildElement(parentClass);
graphNS.AddClass(parentClass);
var declaration = parentClass.StartBlock as CodeClass.Declaration;
var subNS = graphNS.AddNamespace($"{graphNS.Name}.messages");
var messageClassDef = new CodeClass(subNS)
{
Name = "Message",
};
declaration.Usings.Add(new (parentClass) {
Name = "graph",
Declaration = new(parentClass) {
Name = "Message",
TypeDefinition = messageClassDef,
}
});
public void AccessorsTargetingEscapedPropertiesAreNotEscapedThemselves()
{
var model = root.AddClass(new CodeClass {
Name = "SomeClass",
Kind = CodeClassKind.Model
}).First();
model.AddProperty(new CodeProperty {
Name = "select",
Type = new CodeType {
Name = "string"
},
Access = AccessModifier.Public,
Kind = CodePropertyKind.Custom,
});
root.AddNamespace("ApiSdk/models"); // so the interface copy refiner goes through
ILanguageRefiner.Refine(new GenerationConfiguration {
Language = GenerationLanguage.Go
}, root);
var getter = model.Methods.First(x => x.IsOfKind(CodeMethodKind.Getter));
var setter = model.Methods.First(x => x.IsOfKind(CodeMethodKind.Setter));
var tempWriter = LanguageWriter.GetLanguageWriter(GenerationLanguage.Go, DefaultPath, DefaultName);
tempWriter.SetTextWriter(tw);
tempWriter.Write(getter);
var result = tw.ToString();
Assert.Contains("GetSelect", result);
Assert.DoesNotContain("GetSelect_escaped", result);
using var tw2 = new StringWriter();
tempWriter.SetTextWriter(tw2);
tempWriter.Write(setter);
result = tw2.ToString();
Assert.Contains("SetSelect", result);
Assert.DoesNotContain("SetSelect_escaped", result);
}
public void TrimsCircularDiscriminatorReferences()
{
var modelsNS = root.AddNamespace("models");
var baseModel = modelsNS.AddClass(new CodeClass {
Kind = CodeClassKind.Model,
Name = "BaseModel",
}).First();
baseModel.AddProperty(new CodeProperty {
Name = "Discriminator",
Type = new CodeType {
Name = "string"
},
});
var subNamespace = modelsNS.AddNamespace($"{modelsNS.Name}.sub");
var derivedModel = subNamespace.AddClass(new CodeClass {
Kind = CodeClassKind.Model,
Name = "DerivedModel",
}).First();
derivedModel.StartBlock.Inherits = new CodeType {
Name = baseModel.Name,
TypeDefinition = baseModel,
};
var factoryMethod = baseModel.AddMethod(new CodeMethod {
Kind = CodeMethodKind.Factory,
Name = "factory",
ReturnType = new CodeType {
Name = baseModel.Name,
TypeDefinition = baseModel,
},
}).First();
factoryMethod.DiscriminatorPropertyName = "Discriminator";
factoryMethod.AddDiscriminatorMapping("DerivedModel", new CodeType {
Name = derivedModel.Name, TypeDefinition = derivedModel
});
ILanguageRefiner.Refine(new GenerationConfiguration {
Language = GenerationLanguage.Go
}, root);
Assert.Empty(factoryMethod.DiscriminatorMappings);
Assert.Empty(baseModel.Usings.Where(x => x.Name.Equals("models.sub", StringComparison.OrdinalIgnoreCase)));
}
public ShellCodeNamespace AddNamespace(string Name, object Position)
{
return(new ShellCodeNamespace(_namespace.AddNamespace(Name, Position)));
}
protected override object NewNamespace(NewCodeElementItemParams newItemParams, string path)
{
return(_namespace.AddNamespace(path,
newItemParams.Position));
}