protected override bool TryGetSymbol(int operand, ref Instruction instruction, ulong address, int addressSize, out SymbolResult symbol, ref NumberFormattingOptions options)
{
if (owner.cachedSymbolResolver.TryResolve(address, out var symResult, out bool fakeSymbol))
{
if (!fakeSymbol || owner.AddLabels)
{
Debug.Assert(symResult.Address == address, "Symbol address != orig address: NYI");
if (symResult.Address == address)
{
symbol = new SymbolResult(symResult.Symbol, SymbolKindUtils.ToFormatterOutputTextKind(symResult.Kind), SymbolFlags.Address);
return(true);
}
}
}
return(base.TryGetSymbol(operand, ref instruction, address, addressSize, out symbol, ref options));
}
protected override bool TryGetSymbol(int operand, ref Instruction instruction, ulong address, int addressSize, out SymbolResult symbol, ref NumberFormattingOptions options)
{
if (owner.cachedSymbolResolver.TryResolve(address, out var symResult, out bool fakeSymbol))
{
if (!fakeSymbol || owner.AddLabels)
{
bool isBranch = symResult.Kind == SymbolKind.Function &&
instruction.FlowControl is var flowControl &&
(flowControl == FlowControl.UnconditionalBranch || flowControl == FlowControl.ConditionalBranch || flowControl == FlowControl.Call || flowControl == FlowControl.XbeginXabortXend);
if (!isBranch || !IsCurrentMethod(symResult.Address))
{
//TODO: need to support 'symResult.Address != address' (add a displacement to the symbol, eg. func+123)
symbol = new SymbolResult(symResult.Symbol, SymbolKindUtils.ToFormatterOutputTextKind(symResult.Kind), SymbolFlags.Address);
return(true);
}
}
}
return(base.TryGetSymbol(operand, ref instruction, address, addressSize, out symbol, ref options));
}
public DisassemblyContentProvider Create()
{
var blocks = X86BlockFactory.Create(bitness, this.blocks);
var cachedSymResolver = new CachedSymbolResolver();
if (symbolResolver != null)
{
var addresses = GetPossibleSymbolAddresses(blocks);
if (addresses.Length != 0)
{
var symbolResolverResults = new SymbolResolverResult[addresses.Length];
symbolResolver.Resolve(addresses, symbolResolverResults);
cachedSymResolver.AddSymbols(addresses, symbolResolverResults, fakeSymbol: false);
}
}
foreach (var block in blocks)
{
if (!string.IsNullOrEmpty(block.Label))
{
cachedSymResolver.AddSymbol(block.Address, new SymbolResolverResult(SymbolKindUtils.ToSymbolKind(block.LabelKind), block.Label, block.Address), fakeSymbol: true);
}
}
return(new X86DisassemblyContentProvider(bitness, cachedSymResolver, deps.DisasmSettings, deps.MasmSettings, deps.NasmSettings, deps.GasSettings, formatterOptions, header, optimization, blocks, codeInfo, variableInfo, methodName));
}
public bool TryGetSymbol(int operand, int instructionOperand, ref Instruction instruction, ulong address, int addressSize, out SymbolResult symbol)
{
if (owner.cachedSymbolResolver.TryResolve(address, out var symResult, out bool fakeSymbol))
{
if (!fakeSymbol || owner.AddLabels)
{
symbol = new SymbolResult(symResult.Address, symResult.Symbol, SymbolKindUtils.ToFormatterOutputTextKind(symResult.Kind), SymbolFlags.None);
return(true);
}
}
symbol = default;
return(false);
}
public DisassemblyContentProvider Create()
{
var blocks = X86BlockFactory.Create(bitness, this.blocks);
var cachedSymResolver = new CachedSymbolResolver();
foreach (var block in blocks)
{
if (!string.IsNullOrEmpty(block.Label))
{
cachedSymResolver.AddSymbol(block.Address, new SymbolResolverResult(SymbolKindUtils.ToSymbolKind(block.LabelKind), block.Label, block.Address), fakeSymbol: true);
}
}
if (symbolResolver != null)
{
var addresses = GetPossibleSymbolAddresses(blocks);
if (addresses.Length != 0)
{
var symbolResolverResults = new SymbolResolverResult[addresses.Length];
symbolResolver.Resolve(addresses, symbolResolverResults);
cachedSymResolver.AddSymbols(addresses, symbolResolverResults, fakeSymbol: false);
}
}
for (int i = 0; i < blocks.Length; i++)
{
var block = blocks[i];
if (cachedSymResolver.TryResolve(block.Address, out var symbol, out _) && block.Label != symbol.Symbol)
{
blocks[i] = new X86Block(block.Kind, block.Address, block.Comment, symbol.Symbol, SymbolKindUtils.ToFormatterOutputTextKind(symbol.Kind), block.Instructions);
}
}
return(new X86DisassemblyContentProvider(bitness, cachedSymResolver, deps.DisasmSettings, deps.MasmSettings, deps.NasmSettings, deps.GasSettings, formatterOptions, header, optimization, blocks, codeInfo, variableInfo, methodName));
}