232 lines
8.6 KiB
C++
232 lines
8.6 KiB
C++
/** @file DX1CollectorIterator.test.cpp
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*
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* @author Roland Conybeare, Dec 2025
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**/
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#include <xo/alloc2/Allocator.hpp>
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#include "AllocIterator.hpp"
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#include "DX1CollectorIterator.hpp"
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#include "detail/IAllocator_DX1Collector.hpp"
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#include "detail/IAllocIterator_DX1CollectorIterator.hpp"
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#include <xo/arena/ArenaConfig.hpp>
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#include "padding.hpp"
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#include <xo/indentlog/scope.hpp>
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#include <xo/indentlog/print/tag.hpp>
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#include <catch2/catch.hpp>
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namespace xo {
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using xo::mm::AAllocator;
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using xo::mm::AAllocIterator;
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// using xo::mm::IAllocIterator_Any;
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using xo::mm::IAllocIterator_Xfer;
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using xo::mm::IAllocIterator_DX1CollectorIterator;
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using xo::mm::DX1Collector;
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using xo::mm::DX1CollectorIterator;
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using xo::mm::DArena;
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using xo::mm::DArenaIterator;
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using xo::mm::X1CollectorConfig;
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using xo::mm::ArenaConfig;
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using xo::mm::AllocHeaderConfig;
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using xo::mm::cmpresult;
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using xo::mm::padding;
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using xo::facet::with_facet;
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using xo::facet::typeseq;
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using std::byte;
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namespace ut {
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TEST_CASE("IAllocIterator_Xfer_DX1CollectorIterator", "[alloc2]")
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{
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/* verify IAllocIterator_Xfer is constructible + satisfies concept checks */
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IAllocIterator_Xfer<DX1CollectorIterator, IAllocIterator_DX1CollectorIterator> xfer;
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REQUIRE(IAllocIterator_Xfer<DX1CollectorIterator, IAllocIterator_DX1CollectorIterator>::_valid);
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}
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TEST_CASE("DX1CollectorIterator-1", "[alloc2][gc][DX1Collector]")
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{
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ArenaConfig arena_cfg = { .name_ = "_test_unused",
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.size_ = 4*1024*1024,
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.store_header_flag_ = true,
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.header_ = AllocHeaderConfig(0 /*guard_z*/,
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0xfd /*guard_byte*/,
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0 /*tseq_bits*/,
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0 /*age_bits*/,
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16 /*size_bits*/), };
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X1CollectorConfig cfg = { .arena_config_ = arena_cfg,
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.n_generation_ = 2,
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.gc_trigger_v_ = {{64*1024, 1024*1024,
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#ifdef NOPE
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0, 0,
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0, 0, 0, 0,
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0, 0, 0, 0,
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0, 0, 0, 0
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#endif
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}} };
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DX1Collector gc = DX1Collector{cfg};
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auto ix = gc.begin();
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auto end_ix = gc.end();
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REQUIRE(ix.is_valid());
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REQUIRE(end_ix.is_valid());
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REQUIRE(ix == end_ix);
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/* verify obj 'fat pointer' packaging */
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obj<AAllocIterator,DX1CollectorIterator> ix_vt{&ix};
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obj<AAllocIterator,DX1CollectorIterator> end_ix_vt{&end_ix};
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REQUIRE(ix_vt.iface());
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REQUIRE(ix_vt.data());
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REQUIRE(end_ix_vt.iface());
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REQUIRE(end_ix_vt.data());
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cmpresult cmp = ix_vt.compare(end_ix_vt);
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REQUIRE(cmp.is_equal());
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REQUIRE(ix_vt == end_ix_vt);
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}
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TEST_CASE("DX1CollectorIterator-2", "[alloc2][gc][DX1Collector]")
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{
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scope log(XO_DEBUG(false), "DX1CollectorIterator test");
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ArenaConfig arena_cfg = { .name_ = "_test_unused",
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.size_ = 4*1024*1024,
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.store_header_flag_ = true,
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.header_ = AllocHeaderConfig(0 /*guard_z*/,
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0xfd /*guard_byte*/,
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0 /*tseq_bits*/,
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0 /*age_bits*/,
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16 /*size_bits*/), };
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X1CollectorConfig cfg = { .arena_config_ = arena_cfg,
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.n_generation_ = 2,
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.gc_trigger_v_ = {{64*1024, 1024*1024,
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#ifdef NOPE
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0, 0,
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0, 0, 0, 0,
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0, 0, 0, 0,
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0, 0, 0, 0
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#endif
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}} };
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DX1Collector gc = DX1Collector{cfg};
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obj<AAllocator, DX1Collector> a1o{&gc};
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REQUIRE(a1o.reserved() >= arena_cfg.size_);
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REQUIRE(a1o.committed() == 0);
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REQUIRE(a1o.available() == 0);
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REQUIRE(a1o.allocated() == 0);
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size_t req_z = 13;
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byte * mem = gc.alloc(typeseq::sentinel(), req_z);
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REQUIRE(mem != nullptr);
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log && log("should have iterators separated by one alloc");
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{
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auto ix = gc.begin();
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auto end_ix = gc.end();
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REQUIRE(ix.is_valid());
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REQUIRE(end_ix.is_valid());
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REQUIRE(ix != end_ix);
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/* verify obj 'fat pointer' packaging */
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auto ix_vt = with_facet<AAllocIterator>::mkobj(&ix);
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auto end_ix_vt = with_facet<AAllocIterator>::mkobj(&end_ix);
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REQUIRE(ix_vt.iface());
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REQUIRE(ix_vt.data());
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REQUIRE(end_ix_vt.iface());
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REQUIRE(end_ix_vt.data());
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cmpresult cmp = ix_vt.compare(end_ix_vt);
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REQUIRE(cmp.is_lesser());
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REQUIRE(ix_vt != end_ix_vt);
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/* we only did one alloc, should be able
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* to visit it
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*/
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auto info = ix_vt.deref();
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REQUIRE(info.is_valid());
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REQUIRE(info.payload().first == mem);
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REQUIRE(info.size() == padding::with_padding(req_z));
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ix_vt.next();
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log && log(xtag("ix.gen", ix.gen_ix()),
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xtag("ix.arena_ix.arena", ix.arena_ix().arena_));
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log && log(xtag("end_ix.gen", end_ix.gen_ix()),
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xtag("end_ix.arena_ix.arena", end_ix.arena_ix().arena_));
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REQUIRE(ix_vt == end_ix_vt);
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}
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{
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//auto range = gc.alloc_range
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DArena scratch_mm
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= DArena::map(
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ArenaConfig{
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.size_ = 4*1024,
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.hugepage_z_ = 4*1024});
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auto range = a1o.alloc_range(scratch_mm);
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obj<AAllocIterator> ix = range.begin();
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obj<AAllocIterator> end_ix = range.end();
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REQUIRE(ix._typeseq() == typeseq::id<DX1CollectorIterator>());
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REQUIRE(end_ix._typeseq() == typeseq::id<DX1CollectorIterator>());
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REQUIRE(ix.iface());
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REQUIRE(ix.data());
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REQUIRE(end_ix.iface());
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REQUIRE(end_ix.data());
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REQUIRE(scratch_mm.allocated() >= 2*sizeof(DArenaIterator));
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REQUIRE(scratch_mm.available() > 0);
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REQUIRE(ix.compare(ix).is_equal());
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REQUIRE(ix != end_ix);
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{
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REQUIRE(ix.deref().is_valid());
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REQUIRE(ix.deref().size() == padding::with_padding(req_z));
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auto [payload_lo, payload_hi] = ix.deref().payload();
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REQUIRE(payload_lo == mem);
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REQUIRE(payload_hi == mem + ix.deref().size());
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}
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{
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++ix;
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REQUIRE(ix == end_ix);
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}
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}
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// repeat, this time using range iteration
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{
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DArena scratch_mm
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= DArena::map(
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ArenaConfig{
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.size_ = 4*1024,
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.hugepage_z_ = 4*1024});
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for (const auto & info : a1o.alloc_range(scratch_mm)) {
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REQUIRE(info.is_valid());
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REQUIRE(info.size() == padding::with_padding(req_z));
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REQUIRE(info.payload().first == mem);
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REQUIRE(info.payload().second == mem + info.size());
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}
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}
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}
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} /*namespace ut*/
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} /*namespace xo*/
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/* end DX1CollectorIterator.test.cpp */
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