// TODO: handle the situation when raw and expand formatter are both present
public virtual IVariableInformation Create(
RemoteValue remoteValue, string displayName = null,
FormatSpecifier formatSpecifier = null,
CustomVisualizer customVisualizer = CustomVisualizer.None)
{
IVariableInformation varInfo =
_varInfoFactory.Create(remoteValue, displayName, formatSpecifier, customVisualizer);
// Don't use Natvis for raw format specifier (!), e.g. "myvar,!".
if (FormatSpecifierUtil.HasRawFormatSpecifier(varInfo.FormatSpecifier))
{
return(new CachingVariableInformation(varInfo));
}
var natvisVarInfo = new NatvisVariableInformation(_natvisExpander, varInfo);
if (ExpandFormatSpecifierUtil.TryParseExpandFormatSpecifier(
natvisVarInfo.FormatSpecifier, out int expandedIndex))
{
return(new CachingVariableInformation(
_expandVariableFactory.Create(natvisVarInfo, expandedIndex)));
}
return(new CachingVariableInformation(natvisVarInfo));
}
private IEnumerable <IVariableInformation> BuildRealSets()
{
var varInfos = new List <IVariableInformation>();
// Registers being included in more than one set must use different handles.
// New handles can be obtained by calling frame.GetRegisters().
var values = frame.GetRegisters();
bool firstGroup = true;
foreach (var value in values)
{
// Change the display name for the first group of registers to "CPU".
// Visual Studio will display the "CPU" register group by default.
var newName = firstGroup ? "CPU" : value.GetName();
firstGroup = false;
varInfos.Add(varInfoFactory.Create(value, newName));
}
return(varInfos);
}
public virtual IVariableInformation Create(
RemoteValue remoteValue, string displayName = null,
FormatSpecifier formatSpecifier = null,
CustomVisualizer customVisualizer = CustomVisualizer.None)
{
IVariableInformation varInfo =
_varInfoFactory.Create(remoteValue, displayName, formatSpecifier, customVisualizer);
if (customVisualizer != CustomVisualizer.None)
{
varInfo = new NatvisVariableInformation(_natvisExpander, varInfo);
}
if (ExpandFormatSpecifierUtil.TryParseExpandFormatSpecifier(varInfo.FormatSpecifier,
out int expandedIndex))
{
varInfo = _expandVariableFactory.Create(varInfo, expandedIndex);
}
return(new CachingVariableInformation(varInfo));
}
IVariableInformation CreateVarInfo(RemoteValue remoteValue) => _varInfoFactory.Create(remoteValue);
/// <summary>
/// Create an IVariableInformation instance from an expression. The expression may or
/// may not contain a format specifier.
/// </summary>
/// <param name="remoteValue">The remote value associated with the expression.</param>
/// <param name="displayName">
/// The display name of the expression. Uses the value's name if not specified.
/// </param>
/// <param name="formatSpecifier">Value format specifier.</param>
/// <returns></returns>
public IVariableInformation Create(RemoteValue remoteValue, string displayName = null,
FormatSpecifier formatSpecifier = null)
{
return(varInfoFactory.Create(remoteValue, displayName, formatSpecifier));
}
