public override void EnterFunctionDecl(GoParser.FunctionDeclContext context)
{
m_inFunction = true; // May need to scope certain objects, like consts, to current function
m_originalFunctionName = context.IDENTIFIER().GetText();
m_currentFunctionName = SanitizedIdentifier(m_originalFunctionName);
string scope = char.IsUpper(m_originalFunctionName[0]) ? "public" : "private";
// Handle Go "main" function as a special case, in C# this should be capitalized "Main"
if (m_currentFunctionName.Equals("main"))
{
m_currentFunctionName = "Main";
// Track file names that contain main function in main package
if (Package.Equals("main"))
{
s_mainPackageFiles.Add(TargetFileName);
}
}
// Function signature containing result type and parameters have not been visited yet,
// so we mark their desired positions and replace once the visit has occurred
m_functionResultTypeMarker = string.Format(FunctionResultTypeMarker, m_currentFunctionName);
m_functionParametersMarker = string.Format(FunctionParametersMarker, m_currentFunctionName);
m_functionExecContextMarker = string.Format(FunctionExecContextMarker, m_currentFunctionName);
PushInnerBlockPrefix(string.Format(FunctionBlockPrefixMarker, m_currentFunctionName));
m_targetFile.AppendLine($"{Spacing()}{scope} static {m_functionResultTypeMarker} {m_currentFunctionName}{m_functionParametersMarker}{m_functionExecContextMarker}");
}
public override void EnterFunctionDecl(GoParser.FunctionDeclContext context)
{
InFunction = true;
OriginalFunctionName = context.IDENTIFIER()?.GetText() ?? "_";
CurrentFunctionName = SanitizedIdentifier(OriginalFunctionName);
string functionSignature = FunctionSignature.Generate(OriginalFunctionName);
FunctionInfo currentFunction = null;
Metadata?.Functions.TryGetValue(functionSignature, out currentFunction);
CurrentFunction = currentFunction;
}
public override void EnterFunctionDecl(GoParser.FunctionDeclContext context)
{
m_inFunction = true; // May need to scope certain objects, like consts, to current function
m_originalFunctionName = context.IDENTIFIER().GetText();
m_currentFunctionName = SanitizedIdentifier(m_originalFunctionName);
m_variableIdentifiers.Clear();
m_variableTypes.Clear();
string functionSignature = FunctionSignature.Generate(m_originalFunctionName);
if (!Metadata.Functions.TryGetValue(functionSignature, out m_currentFunction))
{
throw new InvalidOperationException($"Failed to find metadata for method function \"{functionSignature}\".");
}
FunctionSignature function = m_currentFunction.Signature;
if (function is null)
{
throw new InvalidOperationException($"Failed to find signature metadata for function \"{m_currentFunctionName}\".");
}
string scope = char.IsUpper(m_originalFunctionName[0]) ? "public" : "private";
// Handle Go "main" function as a special case, in C# this should be capitalized "Main"
if (m_currentFunctionName.Equals("main"))
{
m_currentFunctionName = "Main";
// Track file names that contain main function in main package
if (Package.Equals("main"))
{
s_mainPackageFiles.Add(TargetFileName);
}
}
// Function signature containing result type and parameters have not been visited yet,
// so we mark their desired positions and replace once the visit has occurred
m_functionResultTypeMarker = string.Format(FunctionResultTypeMarker, m_currentFunctionName);
m_functionParametersMarker = string.Format(FunctionParametersMarker, m_currentFunctionName);
m_functionExecContextMarker = string.Format(FunctionExecContextMarker, m_currentFunctionName);
PushInnerBlockPrefix(string.Format(FunctionBlockPrefixMarker, m_currentFunctionName));
m_targetFile.AppendLine($"{Spacing()}{scope} static {m_functionResultTypeMarker} {m_currentFunctionName}{m_functionParametersMarker}{m_functionExecContextMarker}");
}
