public void Enumerable(string propertyTypeFormat, string expectedTypescriptType, string memberType, bool generateDeclarations, string typeType)
{
var input = string.Format(@"
using System;
using System.Collections.Generic;
using System.Collections.ObjectModel;
namespace Foo
{{
public {1} Test
{{
{2}{0} Prop {{ get; set; }}
}}
}}
", string.Format(propertyTypeFormat, memberType), typeType, typeType != "interface" ? "public " : "");
var processor = new TypeScriptProcessor(new [] { input }, new[] { typeof(HashSet <>).Assembly.Location });
var output = processor.GetTypescriptAsString(generateDeclarations);
Assert.Equal(string.Format(@"{1}interface Test {{
Prop?: {0}[];
}}
", expectedTypescriptType, generateDeclarations ? "" : "export "), output);
}
public void JsonProperty(string typescriptType, string cSharpType, bool generateDeclarations, string typeType)
{
var input = string.Format(@"
using System;
using Newtonsoft.Json;
namespace Foo
{{
public {1} Test
{{
[JsonProperty(""foo"")]
{2}{0} Prop {{ get; set; }}
}}
}}
", cSharpType, typeType, typeType != "interface" ? "public " : "");
var processor = new TypeScriptProcessor(new[] { input }, new[] { typeof(JsonPropertyAttribute).Assembly.Location });
var output = processor.GetTypescriptAsString(generateDeclarations);
Assert.Equal(string.Format(@"{2}interface Test {{
foo{1}: {0};
}}
", typescriptType, cSharpType.ToLower().Contains("string") ? "?" : "", generateDeclarations ? "" : "export "), output);
}
public void Enum()
{
var input = @"
public enum Foo
{
Bar,
B,
Baz = 4,
Boo = 5,
Foo = 4,
A
}";
var processor = new TypeScriptProcessor(input);
var output = processor.GetTypescriptAsString(false);
Assert.Equal(@"export enum Foo {
Bar = 0,
B = 1,
Baz = 4,
Boo = 5,
Foo = 4,
A = 5
}
", output);
}
public void Property(
string typescriptType,
string cSharpType,
bool generateDeclarations,
string typeType)
{
var input = string.Format(@"
using System;
namespace Foo
{{
public {1} Test
{{
{2}{0} Prop {{ get; set; }}
}}
public {1} Test2
{{
{2}Test Prop {{ get; set; }}
}}
}}
", cSharpType, typeType, typeType != "interface" ? "public " : "");
var processor = new TypeScriptProcessor(input);
var output = processor.GetTypescriptAsString(generateDeclarations);
Assert.Equal(string.Format(@"{2}interface Test {{
Prop{1}: {0};
}}
{2}interface Test2 {{
Prop{3}: Test;
}}
", typescriptType, cSharpType.ToLower().Contains("string") ? "?" : "", generateDeclarations ? "" : "export ", typeType == "struct" ? "" : "?"), output);
}
public void Dictionary(string typescriptType, string cSharpType, bool generateDeclarations)
{
var input = string.Format(@"
using System.Collections.Generic;
namespace Foo
{{
public class Test : Dictionary<int, {0}>
{{
}}
public class Test2 : Dictionary<string, {0}>
{{
}}
public class Test3 : Test2
{{
public {0} Prop {{ get; set; }}
public Dictionary<string, {0}> Dict {{ get; set; }}
}}
}}
", cSharpType);
var processor = new TypeScriptProcessor(input);
var output = processor.GetTypescriptAsString(generateDeclarations);
Assert.Equal(string.Format(@"{2}interface Test {{
[key: number]: {0};
}}
{2}interface Test2 {{
[key: string]: {0};
}}
{2}interface Test3 extends Test2 {{
Prop{1}: {0};
Dict?: {{ [key: string]: {0}; }};
}}
", typescriptType, cSharpType.ToLower().Contains("string") ? "?" : "", generateDeclarations ? "" : "export "), output);
}
public void MultipleFieldStruct(string typescriptType, string cSharpType, bool generateDeclarations, string typeType)
{
var input = string.Format(@"
using System;
namespace Foo
{{
public {1} Test
{{
{2}{0} x, y;
}}
}}
", cSharpType, typeType, typeType != "interface" ? "public " : "");
var processor = new TypeScriptProcessor(input);
var output = processor.GetTypescriptAsString(generateDeclarations);
Assert.Equal(string.Format(@"{2}interface Test {{
x{1}: {0};
y{1}: {0};
}}
", typescriptType, cSharpType.ToLower().Contains("string") ? "?" : "", generateDeclarations ? "" : "export "), output);
}
