public CodeRoot GetCodeRoot(string path)
{
if (File.Exists(path) == false)
return null;
CSharpParser formatter = new CSharpParser();
formatter.ParseCode(File.ReadAllText(path));
return (CodeRoot)formatter.CreatedCodeRoot;
}
public static ParseResults ParseCSharpFiles(IEnumerable <string> csharpFiles)
{
var parser = new CSharpParser();
var parseResults = new ParseResults();
foreach (var file in csharpFiles)
{
if (File.Exists(file) == false)
{
continue;
}
parser.Reset();
parser.ParseCode(file, File.ReadAllText(file));
parseResults.AddParsedFile(file, parser.CreatedCodeRoot as CodeRoot);
}
return(parseResults);
}
public void GenericClasses_WithConstraints()
{
const string code =
@"
public class Class1<T> : IComparer<T> where T : Class2
{
}
";
CSharpParser parser = new CSharpParser();
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Assert.That(clazz.Name, Is.EqualTo("Class1<T>"));
Assert.That(clazz.BaseNames[0], Is.EqualTo("IComparer<T>"));
Assert.That(clazz.GenericConstraintClause, Is.EqualTo("where T : Class2"));
}
public void Test()
{
string codeText = File.ReadAllText("Resources\\BasicClass.txt");
var parser = new CSharpParser();
parser.ParseCode(codeText);
var codeRoot = (CodeRoot)parser.CreatedCodeRoot;
//Actions actions = Test2(codeRoot);//Test1(codeRoot);
Actions actions = new Actions();
Entity entity = new EntityImpl("BasicClass");
entity.AddProperty(new PropertyImpl {
Name = "Property5", Type = "Entity"
});
Entity entity1 = new EntityImpl("Class1");
entity1.AddProperty(new PropertyImpl {
Name = "Property5", Type = "Entity"
});
entity.MappedClass = codeRoot.Namespaces[0].Classes[0];
entity1.MappedClass = codeRoot.Namespaces[0].Classes[1];
CheckEntity(entity, actions);
codeText = actions.RunActions(codeText, codeRoot, true);
actions = new Actions();
actions.AddAction(new AddAttributeToPropertyAction(entity.MappedClass.Properties[0], new Attribute(codeRoot.Controller)
{
Name = "Attr"
}));
CheckEntity(entity1, actions);
var output = actions.RunActions(codeText, codeRoot, false);
}
public void Test_Script_Base_Class()
{
string resourcePath = "Resources/CSharp/ScriptBase.cs".Replace('/', Path.DirectorySeparatorChar);
string fileText = File.ReadAllText(resourcePath);
CSharpParser parser = new CSharpParser();
parser.ParseCode(fileText);
if (parser.ErrorOccurred)
{
Assert.Fail("Parsing failed");
}
CodeRoot codeRoot = (CodeRoot)parser.CreatedCodeRoot;
Namespace ns = codeRoot.Namespaces[0];
Class scriptBase = ns.Classes[0];
Assert.That(scriptBase.Functions.Count, Is.EqualTo(13));
}
public void Interface_Events()
{
const string code = @"
public interface Interface1
{
event Delegate1 Event1;
}
";
CSharpParser parser = new CSharpParser();
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Interface clazz = (Interface)codeRoot.WalkChildren()[0];
InterfaceEvent enu = (InterfaceEvent)clazz.WalkChildren()[0];
Assert.That(enu.Name, Is.EqualTo("Event1"));
Assert.That(enu.DataType.ToString(), Is.EqualTo("Delegate1"));
}
public void Structures_MultipleFields()
{
const string code = @"
public class Class1
{
public struct Structure1
{
public int i;
public int j;
}
}
";
CSharpParser parser = new CSharpParser();
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Struct con = (Struct)clazz.WalkChildren()[0];
Assert.That(con.Name, Is.EqualTo("Structure1"));
Assert.That(con.Modifiers, Has.Count(1));
Assert.That(con.Modifiers[0], Is.EqualTo("public"));
Field f1 = con.Fields[0];
Assert.That(f1.Name, Is.EqualTo("i"));
Assert.That(f1.Modifiers, Has.Count(1));
Assert.That(f1.Modifiers[0], Is.EqualTo("public"));
Assert.That(f1.DataType.Name, Is.EqualTo("int"));
Field f2 = con.Fields[1];
Assert.That(f2.Name, Is.EqualTo("j"));
Assert.That(f2.Modifiers, Has.Count(1));
Assert.That(f2.Modifiers[0], Is.EqualTo("public"));
Assert.That(f2.DataType.Name, Is.EqualTo("int"));
}
public void TestFile(string filename, bool stripText, CSharpFormatSettings settings)
{
string fileText = File.ReadAllText(filename);
CSharpParser formatter = new CSharpParser();
formatter.FormatSettings.SetFrom(settings);
formatter.ParseCode(fileText);
Assert.IsFalse(formatter.ErrorOccurred);
string formattedText = formatter.CreatedCodeRoot.ToString();
formattedText =
Slyce.Common.Utility.StandardizeLineBreaks(formattedText, Slyce.Common.Utility.LineBreaks.Windows);
string strippedFileText = Diff.StripWhitespace(new[] { fileText }, stripText)[0].Replace("\t", " ");
string strippedFormattedText = Diff.StripWhitespace(new[] { formattedText }, stripText)[0].Replace("\t", " ");
Assert.That(strippedFormattedText, Is.EqualTo(strippedFileText));
}
public void Fields()
{
const string code = @"
public class Class1
{
public static int i = 0;
public const float PI = 3.14159265358979323846;
}
";
CSharpParser parser = new CSharpParser();
parser.FormatSettings.ReorderBaseConstructs = false;
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Field con = (Field)clazz.WalkChildren()[0];
Assert.That(con.Name, Is.EqualTo("i"));
Assert.That(con.Modifiers, Has.Count(2));
Assert.That(con.DataType.Name, Is.EqualTo("int"));
Assert.That(con.InitialValue, Is.EqualTo("0"));
// Modifiers should be kept in order.
Assert.That(con.Modifiers, Has.Count(2));
Assert.That(con.Modifiers[0], Is.EqualTo("public"));
Assert.That(con.Modifiers[1], Is.EqualTo("static"));
con = (Field)clazz.WalkChildren()[1];
Assert.That(con.Name, Is.EqualTo("PI"));
Assert.That(con.Modifiers, Has.Count(2));
Assert.That(con.DataType.Name, Is.EqualTo("float"));
Assert.That(con.InitialValue, Is.EqualTo("3.14159265358979323846"));
// Modifiers should be kept in order.
Assert.That(con.Modifiers, Has.Count(2));
Assert.That(con.Modifiers[0], Is.EqualTo("public"));
Assert.That(con.Modifiers[1], Is.EqualTo("const"));
}
public void Structures()
{
const string code = @"
public class Class1
{
public struct Structure1 { }
}
";
CSharpParser parser = new CSharpParser();
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Struct con = (Struct)clazz.WalkChildren()[0];
Assert.That(con.Name, Is.EqualTo("Structure1"));
Assert.That(con.Modifiers, Has.Count(1));
Assert.That(con.Modifiers[0], Is.EqualTo("public"));
}
private void TestFiles()
{
foreach (string file in _Files)
{
try
{
GC.Collect();
CSharpParser parser = new CSharpParser();
parser.ParseCode(file, File.ReadAllText(file));
if (parser.ErrorOccurred == false)
{
continue;
}
Assert.IsNull(parser.ExceptionThrown, parser.ExceptionThrown == null ? "" : parser.ExceptionThrown.ToString());
Assert.That(parser.SyntaxErrors.Count, Is.EqualTo(0), "There were syntax errors in file " + file);
}
catch (Exception e)
{
Assert.Fail(e.ToString());
}
}
}
public void Interfaces()
{
const string code = @"
public class Class1
{
public interface MarkerInterface { }
}
";
CSharpParser parser = new CSharpParser();
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Interface con = (Interface)clazz.WalkChildren()[0];
Assert.That(con.Name, Is.EqualTo("MarkerInterface"));
Assert.That(con.Modifiers, Has.Count(1));
Assert.That(con.Modifiers[0], Is.EqualTo("public"));
}
internal static void AssertFilesAreSame(string original, string changed)
{
CodeRootMap codeRootMap = new CodeRootMap();
CSharpParser formatter = new CSharpParser();
formatter.FormatSettings.ReorderBaseConstructs = true;
formatter.ParseCode(File.ReadAllText(original));
ICodeRoot codeRoot = formatter.CreatedCodeRoot;
codeRootMap.AddCodeRoot(codeRoot, Version.NewGen);
codeRootMap.AddCodeRoot(codeRoot, Version.PrevGen);
formatter = new CSharpParser();
formatter.FormatSettings.ReorderBaseConstructs = true;
formatter.ParseCode(File.ReadAllText(changed));
codeRoot = formatter.CreatedCodeRoot;
codeRootMap.AddCodeRoot(codeRoot, Version.User);
Assert.That(codeRootMap.Diff(), Is.EqualTo(TypeOfDiff.ExactCopy));
}
public static void TestBodyText(string methodBody, string expectedText, CSharpFormatSettings formatSettings)
{
string code =
string.Format("public class Class1\r\n{0}\r\npublic void Method1(string param1)\r\n{0}\r\n{2}\r\n{1}\r\n{1}", '{',
'}', methodBody);
CSharpParser parser = new CSharpParser();
parser.FormatSettings.SetFrom(formatSettings);
parser.ParseCode(code);
Assert.That(parser.ErrorOccurred, Is.False, "Parser errors occurred:\n" + GetSyntaxErrors(parser));
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Function con = (Function)clazz.WalkChildren()[0];
Assert.That(con.Name, Is.EqualTo("Method1"));
Assert.That(con.BodyText, Is.EqualTo(expectedText));
}
public void Events()
{
const string code = @"
public class Class1
{
public event Delegate1 Event1;
}
";
CSharpParser parser = new CSharpParser();
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Event enu = (Event)clazz.WalkChildren()[0];
Assert.That(enu.Name, Is.EqualTo("Event1"));
Assert.That(enu.Modifiers, Has.Count(1));
Assert.That(enu.Modifiers[0], Is.EqualTo("public"));
Assert.That(enu.DataType.ToString(), Is.EqualTo("Delegate1"));
}
public void Interface_Properties()
{
const string code = @"
public interface Interface1
{
string Property1 { get; set; }
}
";
CSharpParser parser = new CSharpParser();
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Interface clazz = (Interface)codeRoot.WalkChildren()[0];
InterfaceProperty inter = (InterfaceProperty)clazz.WalkChildren()[0];
Assert.That(inter.Name, Is.EqualTo("Property1"));
Assert.That(inter.DataType.ToString(), Is.EqualTo("string"));
Assert.That(inter.GetAccessor, Is.Not.Null);
Assert.That(inter.SetAccessor, Is.Not.Null);
}
public void testMultipleErrors()
{
CSharpParser parser = new CSharpParser();
parser.ParseCode(@"using System
using NUnit.Framework;
class Hahaha
{
publi TestMethod()
{
}
}" );
Assert.That(parser.ErrorOccurred, Is.True);
Assert.That(parser.SyntaxErrors, Has.Count(2));
Assert.That(parser.SyntaxErrors[0].LineNumber, Is.EqualTo(0));
Assert.That(parser.SyntaxErrors[1].LineNumber, Is.EqualTo(4));
parser = new CSharpParser();
parser.ParseCode(@"using System
using NUnit.Framework;
class Hahaha
{
publi TestMethod()
{
}
public testOtherMethod(
{
}
}" );
Assert.That(parser.ErrorOccurred, Is.True);
Assert.That(parser.SyntaxErrors, Has.Count(3));
Assert.That(parser.SyntaxErrors[0].LineNumber, Is.EqualTo(0));
Assert.That(parser.SyntaxErrors[1].LineNumber, Is.EqualTo(4));
Assert.That(parser.SyntaxErrors[2].LineNumber, Is.EqualTo(8));
}
public void Enums()
{
const string code = @"
public class Class1
{
public enum Enumeration1
{
One = 1, Two = 2
}
}";
CSharpParser parser = new CSharpParser();
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Enumeration enu = (Enumeration)clazz.WalkChildren()[0];
Assert.That(enu.Name, Is.EqualTo("Enumeration1"));
Assert.That(enu.Modifiers, Has.Count(1));
Assert.That(enu.Modifiers[0], Is.EqualTo("public"));
}
public void Attributes()
{
const string code = @"
namespace n1
{
[Serializable]
[SomeAttribute(NamedParam = ""Nothing"")]
public class Class1
{
}
[Positional(1, ""string"")]
public class Class2
{
}
}";
CSharpParser parser = new CSharpParser();
parser.FormatSettings.ReorderBaseConstructs = false;
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Namespace n1 = (Namespace)codeRoot.WalkChildren()[0];
Class clazz = n1.Classes[0];
Assert.That(clazz.Attributes, Has.Count(2));
Assert.That(clazz.Attributes[0].ToString(), Is.EqualTo("Serializable"));
Assert.That(clazz.Attributes[1].ToString(), Is.EqualTo("SomeAttribute(NamedParam = \"Nothing\")"));
clazz = n1.Classes[1];
Assert.That(clazz.Attributes, Has.Count(1));
Assert.That(clazz.Attributes[0].ToString(), Is.EqualTo("Positional(1, \"string\")"));
}
/// <summary>
/// Performs an in depth diff by breaking code files into their constituent parts (functions, properties
/// etc, so that these elements can be diffed without regard to their ordering.
/// </summary>
/// <remarks>
/// I've put some Thread.Sleep(1) calls in here to ensure that this processing doesn't bring a single core machine
/// to its knees. This should ensure that any GUI or other background threads can still get some CPU time,
/// as there is not much in here that could cause a context switch.
/// </remarks>
public bool PerformSuperDiff()
{
SetupPerformDiff();
try
{
switch (IntelliMerge)
{
case IntelliMergeType.CSharp:
CSharpParser formatter = new CSharpParser();
try
{
// Reset the DiffType
CurrentDiffResult.DiffType = TypeOfDiff.ExactCopy;
if (diffCodeRootMap.PrevGenCodeRoot == null && PrevGenFile.HasContents || ReloadFiles)
{
formatter.Reset();
string filename = string.IsNullOrEmpty(PrevGenFile.FilePath) ? "Prev Gen File" : PrevGenFile.FilePath;
formatter.ParseCode(filename, PrevGenFile.GetContents());
if (formatter.ErrorOccurred)
{
return(false);
}
diffCodeRootMap.AddCodeRoot(formatter.CreatedCodeRoot, Version.PrevGen);
}
// Force a context switch
Thread.Sleep(1);
if (diffCodeRootMap.NewGenCodeRoot == null && NewGenFile.HasContents || ReloadFiles)
{
formatter.Reset();
string filename = string.IsNullOrEmpty(NewGenFile.FilePath) ? "New Gen File" : NewGenFile.FilePath;
formatter.ParseCode(filename, NewGenFile.GetContents());
if (formatter.ErrorOccurred)
{
return(false);
}
diffCodeRootMap.AddCodeRoot(formatter.CreatedCodeRoot, Version.NewGen);
}
// Force a context switch
Thread.Sleep(1);
if (diffCodeRootMap.UserCodeRoot == null && UserFile.HasContents || ReloadFiles)
{
formatter.Reset();
string filename = string.IsNullOrEmpty(UserFile.FilePath) ? "User File" : UserFile.FilePath;
formatter.ParseCode(filename, UserFile.GetContents());
if (formatter.ErrorOccurred)
{
return(false);
}
diffCodeRootMap.AddCodeRoot(formatter.CreatedCodeRoot, Version.User);
}
// Force a context switch
Thread.Sleep(1);
// Set this back to false. If it was true, we have reloaded the files, if it was already false this
// does nothing.
ReloadFiles = false;
}
catch (Exception ex)
{
CurrentDiffResult.ParserWarningDescription = ex.Message;
return(false);
}
finally
{
if (formatter.ErrorOccurred)
{
CurrentDiffResult.ParserWarningDescription = formatter.GetFormattedErrors();
}
}
if (string.IsNullOrEmpty(temporaryManifestFile) == false && manifestFileApplied == false)
{
CodeRootMapMatchProcessor processor = new CodeRootMapMatchProcessor();
processor.LoadCustomMappings(ManifestConstants.LoadManifestDocument(temporaryManifestFile), diffCodeRootMap, Path.GetFileName(RelativeFilePath));
manifestFileApplied = true;
}
CurrentDiffResult.DiffType = diffCodeRootMap.Diff();
if (CurrentDiffResult.DiffType != TypeOfDiff.Conflict && CurrentDiffResult.DiffType != TypeOfDiff.Warning)
{
//mergedFile = new TextFile(CodeRootMap.GetMergedCodeRoot().ToString());
// Slyce.Common.Utility.WriteToFile(newFile, userFile.GetContents());
}
break;
default:
// No SuperDiff available for this type of file (no parser created yet).
break;
}
}
catch (Exception ex)
{
throw new DiffException(ex);
}
return(true);
}
/// <summary>
/// Performs the diff between the 3 files, even if some of them do not exist.
/// </summary>
protected override bool PerformDiffInternal()
{
//////////////////////////
MergedFile = NewGenFile;
if (!UserFile.IsFileOnDisk)
{
CurrentDiffResult.DiffType = TypeOfDiff.NewFile;
}
else if (UserFile.HexStringMD5() == NewGenFile.HexStringMD5())
{
CurrentDiffResult.DiffType = TypeOfDiff.ExactCopy;
}
else
{
CurrentDiffResult.DiffType = TypeOfDiff.TemplateChangeOnly;
}
return(true);
///////////////////////////
if (IntelliMerge == IntelliMergeType.Overwrite)
{
CurrentDiffResult.DiffType = TypeOfDiff.ExactCopy;
MergedFile = NewGenFile;
return(true);
}
if (IntelliMerge == IntelliMergeType.CreateOnly)
{
CurrentDiffResult.DiffType = TypeOfDiff.ExactCopy;
MergedFile = UserFile.HasContents ? UserFile : NewGenFile;
return(true);
}
if (UserFile.HasContents == false && PrevGenFile.HasContents == false && NewGenFile.HasContents == false)
{
throw new InvalidOperationException("Cannot perform a diff if there are no files!");
}
if (MergedFileExists)
{
CurrentDiffResult.DiffPerformedSuccessfully = true;
CurrentDiffResult.DiffType = TypeOfDiff.ExactCopy;
CurrentDiffResult.DiffWarningDescription = CurrentDiffResult.ParserWarningDescription = "";
return(true);
}
if (PrevGenFile.HasContents &&
UserFile.HasContents &&
NewGenFile.HasContents)
{
// Perform 3-way diff
string fileBodyParent = PrevGenFile.GetContents();
string fileBodyUser = UserFile.GetContents();
// Template code is not formatted until it is needed. Do the formatting here.
string fileBodyGenerated;
string mergedText;
SlyceMergeResult slyceMerge;
if (IntelliMerge == IntelliMergeType.CSharp)
{
if (NewGenFile.GetContents().Trim() == string.Empty)
{
fileBodyGenerated = "";
}
else
{
CSharpParser formatter = new CSharpParser();
formatter.ParseCode(NewGenFile.FilePath, NewGenFile.GetContents());
if (formatter.ErrorOccurred)
{
CurrentDiffResult.ParserWarningDescription = formatter.GetFormattedErrors();
return(false);
}
CodeRoot codeRoot = (CodeRoot)formatter.CreatedCodeRoot;
fileBodyGenerated = codeRoot.ToString();
}
slyceMerge = SlyceMerge.Perform3wayDiff(fileBodyUser, fileBodyParent, fileBodyGenerated, out mergedText, false);
}
else
{
fileBodyGenerated = NewGenFile.GetContents();
slyceMerge = SlyceMerge.Perform3wayDiff(fileBodyUser, fileBodyParent, fileBodyGenerated, out mergedText, true);
MergedFile = new TextFile(mergedText);
}
CurrentDiffResult.DiffType = slyceMerge.DiffType;
if (slyceMerge.DiffType == TypeOfDiff.Warning)
{
// TODO: What should be done here?
throw new Exception(
"There was a warning during the diff process when there shouldn't have been. Please report this to Slyce.");
}
if (slyceMerge.DiffType != TypeOfDiff.ExactCopy)
{
return(PerformSuperDiff());
}
// File was exact copy - use user version
MergedFile = new TextFile(fileBodyUser);
}
else if (PrevGenFile.HasContents &&
UserFile.HasContents == false &&
NewGenFile.HasContents)
{
// No user file, just use the template file
CurrentDiffResult.DiffType = TypeOfDiff.Warning;
CurrentDiffResult.DiffWarningDescription =
"The User's version of this file has been deleted or renamed, but the Template and previous version of this file still exist.";
MergedFile = new TextFile(NewGenFile.GetContents());
}
else if (PrevGenFile.HasContents == false &&
UserFile.HasContents &&
NewGenFile.HasContents)
{
//CurrentDiffResult.DiffType = TypeOfDiff.Warning;
//CurrentDiffResult.DiffWarningDescription =
// "User version of a file clashes with a new file the template is trying to create.";
// Perform 2-way diff
string fileBodyNewGen = NewGenFile.GetContents();
string fileBodyUser = UserFile.GetContents();
CurrentDiffResult.DiffType = SlyceMerge.PerformTwoWayDiff(fileBodyNewGen, fileBodyUser);
if (CurrentDiffResult.DiffType != TypeOfDiff.ExactCopy)
{
// Also perform a super diff
return(PerformSuperDiff());
}
MergedFile = new TextFile(fileBodyUser);
}
else if (PrevGenFile.HasContents == false &&
UserFile.HasContents == false &&
NewGenFile.HasContents)
{
// The template has added a new file.
CurrentDiffResult.DiffType = TypeOfDiff.ExactCopy;
MergedFile = new TextFile(NewGenFile.GetContents());
}
else
{
// Cases covered by this else:
// * User and prevgen file exist, no template
// * Prevgen, no user or template.
// * User file, no template or prevgen
// TODO: Shouldn't really be a warning...
CurrentDiffResult.DiffType = TypeOfDiff.Warning;
throw new Exception(string.Format("TODO: determine course of action, what should be copied to staging folder, because no file exists: \nparent file path:\"{0}\" : {1}\nuser file path:\"{2}\" : {3}\ntemplate file path:\"{4}\" : {5}", PrevGenFile.FilePath, PrevGenFile.HasContents, UserFile.FilePath, UserFile.HasContents, NewGenFile.FilePath, NewGenFile.HasContents));
}
return(true);
}
public void PrimitiveTypes_LongNames()
{
const string code = @"public class Class1
{
public Int32 a = 0;
public String b = """";
public Int16 c = 0;
public Int64 d = 0;
public Single e = 0;
public Double f = 0;
public Bool g = false;
public Char h = 'c';
public Byte i = 0;
public Object j = null;
public Decimal k = 0.0m;
}";
CSharpParser parser = new CSharpParser();
parser.FormatSettings.ReorderBaseConstructs = false;
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Field con = (Field)clazz.WalkChildren()[0];
Assert.That(con.Name, Is.EqualTo("a"));
Assert.That(con.DataType.Name, Is.EqualTo("Int32"));
con = (Field)clazz.WalkChildren()[1];
Assert.That(con.Name, Is.EqualTo("b"));
Assert.That(con.DataType.Name, Is.EqualTo("String"));
con = (Field)clazz.WalkChildren()[2];
Assert.That(con.Name, Is.EqualTo("c"));
Assert.That(con.DataType.Name, Is.EqualTo("Int16"));
con = (Field)clazz.WalkChildren()[3];
Assert.That(con.Name, Is.EqualTo("d"));
Assert.That(con.DataType.Name, Is.EqualTo("Int64"));
con = (Field)clazz.WalkChildren()[4];
Assert.That(con.Name, Is.EqualTo("e"));
Assert.That(con.DataType.Name, Is.EqualTo("Single"));
con = (Field)clazz.WalkChildren()[5];
Assert.That(con.Name, Is.EqualTo("f"));
Assert.That(con.DataType.Name, Is.EqualTo("Double"));
con = (Field)clazz.WalkChildren()[6];
Assert.That(con.Name, Is.EqualTo("g"));
Assert.That(con.DataType.Name, Is.EqualTo("Bool"));
con = (Field)clazz.WalkChildren()[7];
Assert.That(con.Name, Is.EqualTo("h"));
Assert.That(con.DataType.Name, Is.EqualTo("Char"));
con = (Field)clazz.WalkChildren()[8];
Assert.That(con.Name, Is.EqualTo("i"));
Assert.That(con.DataType.Name, Is.EqualTo("Byte"));
con = (Field)clazz.WalkChildren()[9];
Assert.That(con.Name, Is.EqualTo("j"));
Assert.That(con.DataType.Name, Is.EqualTo("Object"));
con = (Field)clazz.WalkChildren()[10];
Assert.That(con.Name, Is.EqualTo("k"));
Assert.That(con.DataType.Name, Is.EqualTo("Decimal"));
}
public void PrimitiveTypes_ShortNames()
{
const string code = @"public class Class1
{
public int a = 0;
public string b = """";
public short c = 0;
public long d = 0;
public float e = 0;
public double f = 0;
public bool g = false;
public char h = 'c';
public byte i = 0;
public object j = null;
public decimal k = 0m;
}";
CSharpParser parser = new CSharpParser();
parser.FormatSettings.ReorderBaseConstructs = false;
parser.ParseCode(code);
ICodeRoot codeRoot = parser.CreatedCodeRoot;
Class clazz = (Class)codeRoot.WalkChildren()[0];
Field con = (Field)clazz.WalkChildren()[0];
Assert.That(con.Name, Is.EqualTo("a"));
Assert.That(con.DataType.Name, Is.EqualTo("int"));
con = (Field)clazz.WalkChildren()[1];
Assert.That(con.Name, Is.EqualTo("b"));
Assert.That(con.DataType.Name, Is.EqualTo("string"));
con = (Field)clazz.WalkChildren()[2];
Assert.That(con.Name, Is.EqualTo("c"));
Assert.That(con.DataType.Name, Is.EqualTo("short"));
con = (Field)clazz.WalkChildren()[3];
Assert.That(con.Name, Is.EqualTo("d"));
Assert.That(con.DataType.Name, Is.EqualTo("long"));
con = (Field)clazz.WalkChildren()[4];
Assert.That(con.Name, Is.EqualTo("e"));
Assert.That(con.DataType.Name, Is.EqualTo("float"));
con = (Field)clazz.WalkChildren()[5];
Assert.That(con.Name, Is.EqualTo("f"));
Assert.That(con.DataType.Name, Is.EqualTo("double"));
con = (Field)clazz.WalkChildren()[6];
Assert.That(con.Name, Is.EqualTo("g"));
Assert.That(con.DataType.Name, Is.EqualTo("bool"));
con = (Field)clazz.WalkChildren()[7];
Assert.That(con.Name, Is.EqualTo("h"));
Assert.That(con.DataType.Name, Is.EqualTo("char"));
con = (Field)clazz.WalkChildren()[8];
Assert.That(con.Name, Is.EqualTo("i"));
Assert.That(con.DataType.Name, Is.EqualTo("byte"));
con = (Field)clazz.WalkChildren()[9];
Assert.That(con.Name, Is.EqualTo("j"));
Assert.That(con.DataType.Name, Is.EqualTo("object"));
con = (Field)clazz.WalkChildren()[10];
Assert.That(con.Name, Is.EqualTo("k"));
Assert.That(con.DataType.Name, Is.EqualTo("decimal"));
}