private void CanResolveStacktraces(string abi)
{
if (!AndroidBridge.AndroidExtensionsInstalled)
{
System.Console.WriteLine("Test ignored, because Android Support is not installed");
return;
}
if (!AndroidLogcatTestsSetup.AndroidSDKAndNDKAvailable())
{
System.Console.WriteLine("Test ignored");
return;
}
var tools = new AndroidTools();
const string symbolName = "JNI_OnLoad";
var expectedOutput = symbolName + " at ??:?";
var symbolPath = GetSymbolPath(abi, "libmain.so");
var targetAddress = GetSymbolAddress(tools, symbolPath, symbolName);
Assert.IsNotEmpty(targetAddress, "Failed to find address for " + symbolName);
var resolvedSymbols = tools.RunAddr2Line(symbolPath, new[] { targetAddress });
Assert.IsTrue(resolvedSymbols.Length == 1, "Expected to resolve one symbol");
Assert.AreEqual(expectedOutput, resolvedSymbols[0],
string.Format("Failed to resolve symbol '{0}' for address '{1}'", symbolName, targetAddress));
}
private void CanResolveStacktraces(string abi)
{
if (!AndroidLogcatTestsSetup.AndroidSDKAndNDKAvailable())
{
System.Console.WriteLine("Test ignored");
return;
}
var tools = new AndroidTools();
const string symbolName = "JNI_OnLoad";
var playerPackage = BuildPipeline.GetPlaybackEngineDirectory(BuildTarget.Android, BuildOptions.None);
var expectedOutput = symbolName + " at ??:?";
var symbolPath = Path.GetFullPath(Path.Combine(playerPackage, "Variations/il2cpp/Development/Symbols/" + abi + "/libmain.sym.so"));
#if UNITY_2019_3_OR_NEWER
var targetAddress = GetSymbolAddressUsingNM(tools, symbolPath, symbolName);
#else
var targetAddress = GetSymbolAddressUsingReadElf(tools, symbolPath, symbolName);
#endif
Assert.IsNotEmpty(targetAddress, "Failed to find address for " + symbolName);
var resolvedSymbols = tools.RunAddr2Line(symbolPath, new[] { targetAddress });
Assert.IsTrue(resolvedSymbols.Length == 1, "Expected to resolve one symbol");
Assert.AreEqual(expectedOutput, resolvedSymbols[0],
string.Format("Failed to resolve symbol '{0}' for address '{1}'", symbolName, targetAddress));
}
public void CanCorrectlyPickSymbol()
{
if (!AndroidBridge.AndroidExtensionsInstalled)
{
System.Console.WriteLine("Test ignored, because Android Support is not installed");
return;
}
if (!AndroidLogcatTestsSetup.AndroidSDKAndNDKAvailable())
{
System.Console.WriteLine("Test ignored, SDK & NDK are not available.");
return;
}
var tools = new AndroidTools();
var playerPackage = BuildPipeline.GetPlaybackEngineDirectory(BuildTarget.Android, BuildOptions.None);
var symbolsDirectory = Path.Combine(playerPackage, $"Variations/il2cpp/Development/Symbols");
var symbolPaths = new List <ReordableListItem>(new[] { new ReordableListItem()
{
Enabled = true, Name = symbolsDirectory
} });
var symbolPathsArmV7 = new List <ReordableListItem>(new[] { new ReordableListItem()
{
Enabled = true, Name = Path.Combine(symbolsDirectory, AndroidLogcatUtilities.kAbiArmV7)
} });
var symbolPathsArm64 = new List <ReordableListItem>(new[] { new ReordableListItem()
{
Enabled = true, Name = Path.Combine(symbolsDirectory, AndroidLogcatUtilities.kAbiArm64)
} });
var libunity = "libunity";
AssertStringContains(libunity, AndroidLogcatUtilities.GetSymbolFile(symbolPathsArmV7, string.Empty, libunity + ".so"));
AssertStringContains(libunity, AndroidLogcatUtilities.GetSymbolFile(symbolPathsArm64, string.Empty, libunity + ".so"));
// Since ABI is empty, we cannot resolve symbol path, thus the result will be empty
Assert.AreEqual(string.Empty, AndroidLogcatUtilities.GetSymbolFile(symbolPaths, string.Empty, libunity + ".so"));
var armv7Result = AndroidLogcatUtilities.GetSymbolFile(symbolPaths, AndroidLogcatUtilities.kAbiArmV7, libunity + ".so");
AssertStringContains(libunity, armv7Result);
AssertStringContains(AndroidLogcatUtilities.kAbiArmV7, armv7Result);
var arm64Result = AndroidLogcatUtilities.GetSymbolFile(symbolPaths, AndroidLogcatUtilities.kAbiArm64, libunity + ".so");
AssertStringContains(libunity, arm64Result);
AssertStringContains(AndroidLogcatUtilities.kAbiArm64, arm64Result);
}
