public void Fragment_MethodCallCodeFragment_works()
{
var method = new MethodCallCodeFragment("Test", true, 42);
var result = new CSharpHelper(TypeMappingSource).Fragment(method);
Assert.Equal(".Test(true, 42)", result);
}
public void Fragment_MethodCallCodeFragment_works_when_niladic()
{
var method = new MethodCallCodeFragment("Test");
var result = new CSharpHelper(TypeMappingSource).Fragment(method);
Assert.Equal(".Test()", result);
}
public void Fragment_MethodCallCodeFragment_works_with_arrays()
{
var method = new MethodCallCodeFragment("Test", new byte[] { 1, 2 }, new[] { 3, 4 }, new[] { "foo", "bar" });
var result = new CSharpHelper(TypeMappingSource).Fragment(method);
Assert.Equal(".Test(new byte[] { 1, 2 }, new[] { 3, 4 }, new[] { \"foo\", \"bar\" })", result);
}
public void Fragment_MethodCallCodeFragment_works_when_chaining_on_chain_with_call()
{
var method = new MethodCallCodeFragment(_testFuncMethodInfo, "One").Chain(new MethodCallCodeFragment(_testFuncMethodInfo, "Two"))
.Chain(new MethodCallCodeFragment(_testFuncMethodInfo, "Three").Chain(new MethodCallCodeFragment(_testFuncMethodInfo, "Four")));
var result = new CSharpHelper(TypeMappingSource).Fragment(method);
Assert.Equal(@$ ".TestFunc(" "One" "){EOL}.TestFunc(" "Two" "){EOL}.TestFunc(" "Three" "){EOL}.TestFunc(" "Four" ")", result);
}
public void Fragment_MethodCallCodeFragment_works_when_chaining()
{
var method = new MethodCallCodeFragment(_testFuncMethodInfo)
.Chain(_testFuncMethodInfo);
var result = new CSharpHelper(TypeMappingSource).Fragment(method);
Assert.Equal($".TestFunc(){EOL}.TestFunc()", result);
}
public void Fragment_MethodCallCodeFragment_works_when_chaining_on_chain_with_call()
{
var method = new MethodCallCodeFragment("One", Array.Empty <object>(), new MethodCallCodeFragment("Two"))
.Chain(new MethodCallCodeFragment("Three", Array.Empty <object>(), new MethodCallCodeFragment("Four")));
var result = new CSharpHelper(TypeMappingSource).Fragment(method);
Assert.Equal(".One().Two().Three().Four()", result);
}
public void Fragment_MethodCallCodeFragment_works_when_chaining()
{
var method = new MethodCallCodeFragment("Test")
.Chain("Test");
var result = new CSharpHelper().Fragment(method);
Assert.Equal(".Test().Test()", result);
}
public void Fragment_MethodCallCodeFragment_works_when_nested_closure()
{
var method = new MethodCallCodeFragment(
_testFuncMethodInfo,
new NestedClosureCodeFragment("x", new MethodCallCodeFragment(_testFuncMethodInfo)));
var result = new CSharpHelper(TypeMappingSource).Fragment(method);
Assert.Equal(".TestFunc(x => x.TestFunc())", result);
}
public void Fragment_MethodCallCodeFragment_works_when_nested_closure()
{
var method = new MethodCallCodeFragment(
"Test",
new NestedClosureCodeFragment("x", new MethodCallCodeFragment("Test")));
var result = new CSharpHelper().Fragment(method);
Assert.Equal(".Test(x => x.Test())", result);
}
public void Literal_works_when_MultidimensionalArray()
{
var value = new object[, ] {
{ 'A', 1 }, { 'B', 2 }
};
var result = new CSharpHelper(TypeMappingSource).Literal(value);
Assert.Equal(
"new object[,]" + EOL + "{" + EOL + " { 'A', 1 }," + EOL + " { 'B', 2 }" + EOL + "}",
result);
}
public void Literal_works_when_ObjectArray()
{
var literal = new CSharpHelper(TypeMappingSource).Literal(new object[] { 'A', 1 });
Assert.Equal("new object[] { 'A', 1 }", literal);
}
public void Literal_works_when_empty_StringArray()
{
var literal = new CSharpHelper(TypeMappingSource).Literal(new string[] { });
Assert.Equal("new string[0]", literal);
}
public void Literal_works_when_StringArray()
{
var literal = new CSharpHelper(TypeMappingSource).Literal(new[] { "A", "B" });
Assert.Equal("new[] { \"A\", \"B\" }", literal);
}
public void Literal_works(object value, string expected)
{
var literal = new CSharpHelper(TypeMappingSource).UnknownLiteral(value);
Assert.Equal(expected, literal);
}
