public void TestCBlockFluentAPI()
{
_w
.WriteLine("// will open a C block")
.WithCBlock("void MyMethod()", () =>
{
_w.WriteLine("int i = 0;");
});
Assert.AreEqual(expected_C, _w.ToString());
}
public void AddCSX()
{
#region Adding EFCoreGenerator.csx
var mainProgram = new CodegenTextWriter();
mainProgram.WriteLine($@"
class Program
{{
static void Main()
{{
//var options = new CodegenCS.DbSchema.Templates.EFCoreGenerator.EFCoreGeneratorOptions(inputJsonSchema: @""{_options.InputJsonSchema}"");
var options = Newtonsoft.Json.JsonConvert.DeserializeObject<CodegenCS.DbSchema.Templates.EFCoreGenerator.EFCoreGeneratorOptions>(@""
{Newtonsoft.Json.JsonConvert.SerializeObject(_options, Newtonsoft.Json.Formatting.Indented).Replace("\"", "\"\"")}
"");
var generator = new CodegenCS.DbSchema.Templates.EFCoreGenerator.EFCoreGenerator(options);
generator.Generate();
generator.Save();
}}
}}
");
// Export CS template (for customization)
// Save with CSX extension so that it doesn't interfere with other existing CSPROJs (which by default include *.cs)
GeneratorContext[typeof(EFCoreGenerator).Name + ".csx"].WriteLine(
$"//This file is supposed to be launched using: codegencs run {typeof(EFCoreGenerator).Name}.csx" + Environment.NewLine
+ new StreamReader(typeof(EFCoreGenerator).Assembly.GetManifestResourceStream(typeof(EFCoreGenerator).FullName + ".cs")).ReadToEnd() + Environment.NewLine
+ mainProgram.ToString()
);
#endregion
}
public void TestCallback1()
{
Action <CodegenTextWriter> callback = (w) => w.WriteLine("Hello3");
_w
// Inside indented block we call anonymous Action
.WithCurlyBraces("void MyMethod1()", () =>
{
_w.WriteLine("Hello");
})
// Inside indented block we call anonymous Action<CodegenTextWriter>
.WithCurlyBraces("void MyMethod2()", (w) =>
{
w.WriteLine("Hello2");
})
// Inside indented block we call a named Action<CodegenTextWriter>
.WithCurlyBraces("void MyMethod3()", callback)
// After (outside) the indented block we call a named Action<CodegenTextWriter>
.Write(callback)
;
string expected = @"
void MyMethod1()
{
Hello
}
void MyMethod2()
{
Hello2
}
void MyMethod3()
{
Hello3
}
Hello3
";
Assert.AreEqual(_w.ToString(), expected.TrimStart());
}
public void TestMultilineBlock()
{
_w
.WithCurlyBraces("namespace MyNameSpace", (w) =>
{
_w.WithCurlyBraces("class MyClass", (w2) =>
{
_w.WriteLine(@"
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
");
_w.WriteLine(@"
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
");
_w.WriteLine(@"
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
");
_w.WriteLine(@"
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
");
});
})
;
string expected = @"
namespace MyNameSpace
{
class MyClass
{
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
This is a multi-line block
}
}
";
Assert.AreEqual(_w.ToString(), expected.TrimStart());
}