xo-tokenizer2/src/alloc/GcStatistics.cpp

155 lines
6.6 KiB
C++

/* GcStatistics.cpp
*
* author: Roland Conybeare, Aug 2025
*/
#include "GcStatistics.hpp"
#include "xo/indentlog/print/pretty_vector.hpp"
namespace xo {
namespace gc {
void
PerGenerationStatistics::include_gc(std::size_t alloc_z,
std::size_t before_z,
std::size_t after_z,
std::size_t promote_z)
{
this->update_snapshot(after_z);
new_alloc_z_ += alloc_z;
scanned_z_ += before_z;
survive_z_ += after_z;
promote_z_ += promote_z;
}
void
PerGenerationStatistics::update_snapshot(std::size_t after_z)
{
used_z_ = after_z;
}
void
PerGenerationStatistics::display(std::ostream & os) const
{
os << "<PerGenerationStatistics"
<< xrtag("used", used_z_)
<< xrtag("n_gc", n_gc_)
<< xrtag("new_alloc_z", new_alloc_z_)
<< xrtag("scanned_z", scanned_z_)
<< xrtag("survive_z", survive_z_)
<< xrtag("promote_z", promote_z_)
<< ">";
}
void
GcStatistics::include_gc(generation upto,
std::size_t alloc_z,
std::size_t before_z,
std::size_t after_z,
std::size_t promote_z)
{
gen_v_[static_cast<std::size_t>(upto)].include_gc(alloc_z, before_z, after_z, promote_z);
}
void
GcStatistics::update_snapshot(generation upto,
std::size_t after_z)
{
gen_v_[static_cast<std::size_t>(upto)].update_snapshot(after_z);
}
void
GcStatistics::display(std::ostream & os) const
{
os << "<GcStatistics"
<< xrtag("gen_v", gen_v_)
<< xrtag("total_allocated", total_allocated_)
<< xrtag("total_promoted_sab", total_promoted_sab_)
// total_promoted
// n_mtuation
// n_logged_mutation
// n_xgen_mutation
// n_xckp_mutation
// << xtag("per_type_stats", per_type_stats_)
<< ">";
}
void
GcStatisticsExt::display(std::ostream & os) const
{
os << "<GcStatisticsExt"
<< xrtag("gen_v", gen_v_)
<< xrtag("total_allocated", total_allocated_)
<< xrtag("total_promoted_sab", total_promoted_)
<< xrtag("nursery_z", nursery_z_)
<< xrtag("nursery_before_ckp_z", nursery_before_checkpoint_z_)
<< xrtag("nursery_after_ckp_z", nursery_after_checkpoint_z_)
<< xrtag("tenured_z", tenured_z_)
<< xrtag("n_mutation", n_mutation_)
<< xrtag("n_logged_mutation", n_logged_mutation_)
<< xrtag("n_xgen_mutation", n_xgen_mutation_)
<< xrtag("n_xckp_mutation", n_xckp_mutation_)
// << xtag("per_type_stats", per_type_stats_)
<< ">";
}
} /*namespace gc*/
namespace print {
bool
ppdetail<xo::gc::PerGenerationStatistics>::print_pretty(const ppindentinfo & ppii,
const xo::gc::PerGenerationStatistics & x)
{
return ppii.pps()->pretty_struct(ppii,
"PerGenerationStatistics",
refrtag("used_z", x.used_z_),
refrtag("n_gc", x.n_gc_),
refrtag("new_alloc_z", x.new_alloc_z_),
refrtag("scanned_z", x.scanned_z_),
refrtag("survive_z", x.survive_z_),
refrtag("promote_z", x.promote_z_)
);
}
bool
ppdetail<xo::gc::GcStatistics>::print_pretty(const ppindentinfo & ppii,
const xo::gc::GcStatistics & x)
{
return ppii.pps()->pretty_struct(ppii,
"GcStatistics",
refrtag("gen_v", x.gen_v_),
refrtag("total_allocated", x.total_allocated_),
refrtag("total_promoted_sab", x.total_promoted_sab_),
refrtag("total_promoted", x.total_promoted_),
refrtag("n_mutation", x.n_mutation_),
refrtag("n_logged_mutation", x.n_logged_mutation_),
refrtag("n_xgen_mutation", x.n_xgen_mutation_),
refrtag("n_xckp_mutation", x.n_xckp_mutation_)
);
}
bool
ppdetail<xo::gc::GcStatisticsExt>::print_pretty(const ppindentinfo & ppii,
const xo::gc::GcStatisticsExt & x)
{
return ppii.pps()->pretty_struct(ppii,
"GcStatisticsExt",
refrtag("gen_v", x.gen_v_),
refrtag("total_allocated", x.total_allocated_),
refrtag("total_promoted_sab", x.total_promoted_sab_),
refrtag("total_promoted", x.total_promoted_),
refrtag("n_mutation", x.n_mutation_),
refrtag("n_logged_mutation", x.n_logged_mutation_),
refrtag("n_xgen_mutation", x.n_xgen_mutation_),
refrtag("n_xckp_mutation", x.n_xckp_mutation_),
refrtag("nursery_z", x.nursery_z_),
refrtag("nursery_before_checkpoint_z", x.nursery_before_checkpoint_z_),
refrtag("nursery_after_checkpoint_z", x.nursery_after_checkpoint_z_),
refrtag("tenured_z", x.tenured_z_));
}
} /*namespace print*/
} /*namespace xo*/
/* end GcStatistics.cpp */