bool
Function::insertDataBlock(const DataBlock::Ptr &dblock) {
if (isFrozen_)
throw Exception(printableName() + " is frozen or attached to the CFG/AUM");
if (dblock==NULL)
return false;
return insertUnique(dblocks_, dblock, sortDataBlocks);
}
void AbstractModuleRecord::dump()
{
dataLog("\nAnalyzing ModuleRecord key(", printableName(m_moduleKey), ")\n");
dataLog(" Dependencies: ", m_requestedModules.size(), " modules\n");
for (const auto& moduleName : m_requestedModules)
dataLog(" module(", printableName(moduleName), ")\n");
dataLog(" Import: ", m_importEntries.size(), " entries\n");
for (const auto& pair : m_importEntries) {
const ImportEntry& importEntry = pair.value;
dataLog(" import(", printableName(importEntry.importName), "), local(", printableName(importEntry.localName), "), module(", printableName(importEntry.moduleRequest), ")\n");
}
dataLog(" Export: ", m_exportEntries.size(), " entries\n");
for (const auto& pair : m_exportEntries) {
const ExportEntry& exportEntry = pair.value;
switch (exportEntry.type) {
case ExportEntry::Type::Local:
dataLog(" [Local] ", "export(", printableName(exportEntry.exportName), "), local(", printableName(exportEntry.localName), ")\n");
break;
case ExportEntry::Type::Indirect:
dataLog(" [Indirect] ", "export(", printableName(exportEntry.exportName), "), import(", printableName(exportEntry.importName), "), module(", printableName(exportEntry.moduleName), ")\n");
break;
}
}
for (const auto& moduleName : m_starExportEntries)
dataLog(" [Star] module(", printableName(moduleName.get()), ")\n");
}
static String printableName(const Identifier& ident)
{
return printableName(ident.impl());
}
