for (const WasmEvent &e : wasmObj->events())
events.emplace_back(make<InputEvent>(types[e.Type.SigIndex], e, this));
- // Populate `Symbols` based on the WasmSymbols in the object.
+ // Populate `Symbols` based on the symbols in the object.
symbols.reserve(wasmObj->getNumberOfSymbols());
for (const SymbolRef &sym : wasmObj->symbols()) {
const WasmSymbol &wasmSym = wasmObj->getWasmSymbol(sym.getRawDataRefImpl());
if (InputChunk *chunk = sym->getChunk())
q.push_back(chunk);
- // The ctor functions are all referenced by the synthetic CallCtors
+ // The ctor functions are all referenced by the synthetic callCtors
// function. However, this function does not contain relocations so we
- // have to manually mark the ctors as live if CallCtors itself is live.
+ // have to manually mark the ctors as live if callCtors itself is live.
if (sym == WasmSym::callCtors) {
if (config->passiveSegments)
enqueue(WasmSym::initMemory);
InputFunction *replaceWithUnreachable(Symbol *sym, const WasmSignature &sig,
StringRef debugName);
- // Maps symbol names to index into the SymVector. -1 means that symbols
+ // Maps symbol names to index into the symVector. -1 means that symbols
// is to not yet in the vector but it should have tracing enabled if it is
// ever added.
llvm::DenseMap<llvm::CachedHashStringRef, int> symMap;
SubSection sub(WASM_NAMES_FUNCTION);
writeUleb128(sub.os, numNames(), "name count");
- // Names must appear in function index order. As it happens ImportedSymbols
- // and InputFunctions are numbered in order with imported functions coming
+ // Names must appear in function index order. As it happens importedSymbols
+ // and inputFunctions are numbered in order with imported functions coming
// first.
for (const Symbol *s : out.importSec->importedSymbols) {
if (auto *f = dyn_cast<FunctionSymbol>(s)) {
// to each of the input data sections as well as the explicit stack region.
// The default memory layout is as follows, from low to high.
//
-// - initialized data (starting at Config->GlobalBase)
+// - initialized data (starting at Config->globalBase)
// - BSS data (not currently implemented in llvm)
// - explicit stack (Config->ZStackSize)
// - heap start / unallocated