public void GetClassCodeGenerator_Returns()
{
var mockOptions = new Mock <IOptions <CodeGeneratorOptions> >();
mockOptions.SetupGet(option => option.Value).Returns(new CodeGeneratorOptions
{
ManagementApi = true
});
var outputProvider = new Mock <IOutputProvider>();
var managementClient = new Mock <IManagementClient>();
var contentTypeCodename = "Contenttype";
var elementCodename = "element_codename";
var contentType = new ContentTypeModel
{
Codename = contentTypeCodename,
Elements = new List <ElementMetadataBase>
{
TestHelper.GenerateElementMetadataBase(Guid.NewGuid(), elementCodename)
}
};
var codeGenerator = new ManagementCodeGenerator(mockOptions.Object, outputProvider.Object, managementClient.Object);
var result = codeGenerator.GetClassCodeGenerator(contentType, new List <ContentTypeSnippetModel>());
Assert.Equal($"{contentTypeCodename}.Generated", result.ClassFilename);
}
public async Task IntegrationTest_RunAsync_GeneratedSuffix_CorrectFiles()
{
const string transformFilename = "CustomSuffix";
var mockOptions = new Mock <IOptions <CodeGeneratorOptions> >();
mockOptions.Setup(x => x.Value).Returns(new CodeGeneratorOptions
{
ManagementOptions = new ManagementOptions {
ApiKey = "apiKey", ProjectId = ProjectId
},
Namespace = "CustomNamespace",
OutputDir = TempDir,
GeneratePartials = false,
FileNameSuffix = transformFilename,
ManagementApi = true
});
var codeGenerator = new ManagementCodeGenerator(mockOptions.Object, new FileSystemOutputProvider(mockOptions.Object), _managementClient);
await codeGenerator.RunAsync();
Assert.Equal(NumberOfContentTypes, Directory.GetFiles(Path.GetFullPath(TempDir)).Length);
foreach (var filepath in Directory.EnumerateFiles(Path.GetFullPath(TempDir)))
{
Assert.EndsWith($".{transformFilename}.cs", Path.GetFileName(filepath));
}
// Cleanup
Directory.Delete(TempDir, true);
}
public async Task IntegrationTest_RunAsync_CorrectFiles()
{
var mockOptions = new Mock <IOptions <CodeGeneratorOptions> >();
mockOptions.Setup(x => x.Value).Returns(new CodeGeneratorOptions
{
Namespace = "CustomNamespace",
OutputDir = TempDir,
ManagementApi = true,
GeneratePartials = false,
ManagementOptions = new ManagementOptions {
ApiKey = "apiKey", ProjectId = ProjectId
}
});
var codeGenerator = new ManagementCodeGenerator(mockOptions.Object, new FileSystemOutputProvider(mockOptions.Object), _managementClient);
await codeGenerator.RunAsync();
Assert.Equal(NumberOfContentTypes, Directory.GetFiles(Path.GetFullPath(TempDir)).Length);
Assert.NotEmpty(Directory.EnumerateFiles(Path.GetFullPath(TempDir), "*.Generated.cs"));
Assert.NotEmpty(Directory.EnumerateFiles(Path.GetFullPath(TempDir)).Where(p => !p.Contains("*.Generated.cs")));
// Cleanup
Directory.Delete(TempDir, true);
}
public async Task IntegrationTest_RunAsync_GeneratePartials_CorrectFiles()
{
const string transformFilename = "Generated";
var mockOptions = new Mock <IOptions <CodeGeneratorOptions> >();
mockOptions.Setup(x => x.Value).Returns(new CodeGeneratorOptions
{
Namespace = "CustomNamespace",
OutputDir = TempDir,
FileNameSuffix = transformFilename,
GeneratePartials = true,
ManagementApi = true,
ManagementOptions = new ManagementOptions {
ApiKey = "apiKey", ProjectId = ProjectId
}
});
var codeGenerator = new ManagementCodeGenerator(mockOptions.Object, new FileSystemOutputProvider(mockOptions.Object), _managementClient);
await codeGenerator.RunAsync();
var allFilesCount = Directory.GetFiles(Path.GetFullPath(TempDir), "*.cs").Length;
var generatedCount = Directory.GetFiles(Path.GetFullPath(TempDir), $"*.{transformFilename}.cs").Length;
Assert.Equal(allFilesCount, generatedCount * 2);
foreach (var filepath in Directory.EnumerateFiles(Path.GetFullPath(TempDir), $"*.{transformFilename}.cs"))
{
var customFileExists = File.Exists(filepath.Replace($".{transformFilename}", ""));
Assert.True(customFileExists);
}
// Cleanup
Directory.Delete(TempDir, true);
}
