void
GraphSpewer::spewPass(const char* pass)
{
if (!isSpewing())
return;
c1Spewer_.spewPass(pass);
jsonSpewer_.beginPass(pass);
jsonSpewer_.spewMIR(graph_);
jsonSpewer_.spewLIR(graph_);
jsonSpewer_.endPass();
ionspewer.spewPass(this);
}
void
GraphSpewer::spewPass(const char* pass, BacktrackingAllocator* ra)
{
if (!isSpewing())
return;
c1Spewer_.spewPass(pass);
c1Spewer_.spewRanges(pass, ra);
jsonSpewer_.beginPass(pass);
jsonSpewer_.spewMIR(graph_);
jsonSpewer_.spewLIR(graph_);
jsonSpewer_.spewRanges(ra);
jsonSpewer_.endPass();
ionspewer.spewPass(this);
}
void
GraphSpewer::spewPass(const char* pass)
{
if (!isSpewing())
return;
c1Spewer_.spewPass(pass);
jsonSpewer_.beginPass(pass);
jsonSpewer_.spewMIR(graph_);
jsonSpewer_.spewLIR(graph_);
jsonSpewer_.endPass();
ionspewer.spewPass(this);
// As this function is used for debugging, we ignore any of the previous
// failures and ensure there is enough ballast space, such that we do not
// exhaust the ballast space before running the next phase.
AutoEnterOOMUnsafeRegion oomUnsafe;
if (!graph_->alloc().ensureBallast())
oomUnsafe.crash("Could not ensure enough ballast space after spewing graph information.");
}
void
jit::IonSpewPass(const char *pass, LinearScanAllocator *ra)
{
if (GetIonContext()->runtime->onMainThread())
ionspewer.spewPass(pass, ra);
}
void
jit::IonSpewPass(const char *pass)
{
if (GetIonContext()->runtime->onMainThread())
ionspewer.spewPass(pass);
}
void
ion::IonSpewPass(const char *pass, LinearScanAllocator *ra)
{
if (!js_IonOptions.parallelCompilation)
ionspewer.spewPass(pass, ra);
}
void
ion::IonSpewPass(const char *pass)
{
if (!js_IonOptions.parallelCompilation)
ionspewer.spewPass(pass);
}