public ImageMapItem SetTypeAtAddressRange(Address address, string userText)
{
var dataType = HungarianParser.Parse(userText);
if (dataType == null)
{
return(null);
}
if (dataType is ArrayType arr && arr.ElementType.Size != 0)
{
var range = control.MemoryView.GetAddressRange();
if (range.IsValid)
{
long size = (range.End - range.Begin) + 1;
int nElems = (int)(size / arr.ElementType.Size);
arr.Length = nElems;
}
}
var arch = program.Architecture;
var item = program.AddUserGlobalItem(arch, address, dataType);
control.MemoryView.Invalidate();
return(item);
}
public void ParseChar()
{
var dt = HungarianParser.Parse("ch"); // 8-bit character
Assert.AreEqual("char", dt.ToString());
}
public void IncompleteArray_Fail()
{
var dt = HungarianParser.Parse("a"); // incomplete array, not a valid type
Assert.AreEqual("(arr <unknown>)", dt.ToString());
}
public void ParseArrayPrefix()
{
var dt = HungarianParser.Parse("ab"); // 'array of bytes' of unspecified length.
Assert.AreEqual("(arr byte)", dt.ToString());
}
public void ParseBool()
{
var dt = HungarianParser.Parse("f"); // 'f' for 'flag'.
Assert.AreEqual("bool", dt.ToString());
}
public void Parse_Pointer_To_Anything()
{
var dt = HungarianParser.Parse("p");
Assert.AreEqual("ptr32", dt.ToString());
}
public ImageMapItem SetTypeAtAddressRange(Address address, string userText)
{
var parser = new HungarianParser();
var dataType = parser.Parse(userText);
if (dataType == null)
return null;
var arr = dataType as ArrayType;
if (arr != null && arr.ElementType.Size != 0)
{
var range = control.MemoryView.GetAddressRange();
if (range.IsValid)
{
long size = (range.End - range.Begin) + 1;
int nElems = (int)(size / arr.ElementType.Size);
arr.Length = nElems;
}
}
var item = program.AddUserGlobalItem(address, dataType);
control.MemoryView.Invalidate();
return item;
}
public void Setup()
{
parser = new HungarianParser();
}
public void Parse_signed_word()
{
var dt = HungarianParser.Parse("iw");
Assert.AreEqual("int32", dt.ToString());
}
public void Parse_ushort()
{
var dt = HungarianParser.Parse("us");
Assert.AreEqual("uint16", dt.ToString());
}
public void ParseWord()
{
var dt = HungarianParser.Parse("w");
Assert.AreEqual("word32", dt.ToString());
}
public void Length_Prefixed_byte_string()
{
var dt = HungarianParser.Parse("si8");
Assert.AreEqual("(struct (0 int8 length) (1 (arr char) chars))", dt.ToString());
}
public void Wide_Zero_Terminated_string()
{
var dt = HungarianParser.Parse("wsz");
Assert.AreEqual("(str wchar_t)", dt.ToString());
}
public void Array_Pointers_To_Functions()
{
var dt = HungarianParser.Parse("apfn");
Assert.AreEqual("(arr (ptr32 code))", dt.ToString());
}
public void Parse_Pointer_To_Integer()
{
var dt = HungarianParser.Parse("pi16");
Assert.AreEqual("(ptr32 int16)", dt.ToString());
}
public void ParseWideChar()
{
var dt = HungarianParser.Parse("wch"); // 16-bit character
Assert.AreEqual("wchar_t", dt.ToString());
}
public void Parse8bit_c_string()
{
var dt = HungarianParser.Parse("sz"); // zero-terminated string
Assert.AreEqual("(str char)", dt.ToString());
}
public void Parse_single_precision_real()
{
var dt = HungarianParser.Parse("r32");
Assert.AreEqual("real32", dt.ToString());
}
public void typeMarker_FormatType(object sender, TypeMarkerEventArgs e)
{
try
{
var parser = new HungarianParser();
var dataType = parser.Parse(e.UserText);
if (dataType == null)
e.FormattedType = " - Null - ";
else
e.FormattedType = dataType.ToString();
}
catch
{
e.FormattedType = " - Error - ";
}
}
public void ParseEmpty()
{
DataType dt = HungarianParser.Parse("");
Assert.AreEqual("<unknown>", dt.ToString());
}
public string FormatType(string text)
{
try
{
var parser = new HungarianParser();
var dataType = parser.Parse(text);
if (dataType == null)
return " - Null - ";
else
return dataType.ToString();
}
catch
{
return " - Error - ";
}
}
public void ParseI32()
{
var dt = HungarianParser.Parse("i32");
Assert.AreEqual("int32", dt.ToString());
}
