HeaderStackTest() : testHeaderType("test_t", 0) { testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f48", 48); phv_factory.push_back_header("test_0", testHeader_0, testHeaderType); phv_factory.push_back_header("test_1", testHeader_1, testHeaderType); phv_factory.push_back_header("test_2", testHeader_2, testHeaderType); const std::vector<header_id_t> headers = {testHeader_0, testHeader_1, testHeader_2}; phv_factory.push_back_header_stack("test_stack", testHeaderStack, testHeaderType, headers); }
TableIndirectWS() : testHeaderType("test_t", 0), action_fn("actionA", 0) { testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f48", 48); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); key_builder.push_back_field(testHeader1, 0, 16); // with counters, without ageing table = MatchTableIndirectWS::create("exact", "test_table", 0, table_size, key_builder, true, false); table->set_next_node(0, nullptr); BufBuilder builder; builder.push_back_field(testHeader1, 1, 48); // h1.f48 builder.push_back_field(testHeader2, 0, 16); // h2.f16 builder.push_back_field(testHeader2, 1, 48); // h2.f48 std::unique_ptr<Calculation<hash_t> > calc(new Calculation<hash_t>(builder)); calc->set_compute_fn(hash::xxh64<hash_t>); table->set_hash(std::move(calc)); }
TableSizeTwo() : testHeaderType("test_t", 0), action_fn("actionA", 0) { testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f48", 48); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); key_builder.push_back_field(testHeader1, 0, 16); key_builder_w_valid.push_back_field(testHeader1, 0, 16); key_builder_w_valid.push_back_valid_header(testHeader2); std::unique_ptr<MUType> match_unit; // true enables counters match_unit = std::unique_ptr<MUType>(new MUType(2, key_builder)); table = std::unique_ptr<MatchTable>( new MatchTable("test_table", 0, std::move(match_unit), true) ); table->set_next_node(0, nullptr); match_unit = std::unique_ptr<MUType>(new MUType(2, key_builder_w_valid)); table_w_valid = std::unique_ptr<MatchTable>( new MatchTable("test_table", 0, std::move(match_unit)) ); table_w_valid->set_next_node(0, nullptr); }
PHVTest() : testHeaderType("test_t", 0) { testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f48", 48); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); }
AgeingTest() : testHeaderType("test_t", 0), action_fn("actionA", 0), ageing_writer(new MemoryAccessor(4096)), phv_source(PHVSourceIface::make_phv_source()) { testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f48", 48); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); key_builder.push_back_field(testHeader1, 0, 16, MatchKeyParam::Type::EXACT); typedef MatchTableAbstract::ActionEntry ActionEntry; typedef MatchUnitExact<ActionEntry> MUExact; LookupStructureFactory factory; std::unique_ptr<MUExact> match_unit(new MUExact(1, key_builder, &factory)); // counters disabled, ageing enabled table = std::unique_ptr<MatchTable>( new MatchTable("test_table", 0, std::move(match_unit), false, true) ); table->set_next_node(0, nullptr); }
LearningTest() : testHeaderType("test_t", 0), learn_writer(new MemoryAccessor(4096)) { testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f48", 48); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); }
ConditionalsTest() : testHeaderType("test_t", 0) { testHeaderType.push_back_field("f32", 32); testHeaderType.push_back_field("f48", 48); testHeaderType.push_back_field("f8", 8); testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f128", 128); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); }
ActionsTest() : testHeaderType("test_t", 0), testActionFn("test_action", 0), testActionFnEntry(&testActionFn), phv_source(PHVSourceIface::make_phv_source()) { testHeaderType.push_back_field("f32", 32); testHeaderType.push_back_field("f48", 48); testHeaderType.push_back_field("f8", 8); testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f128", 128); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); phv_factory.push_back_header("testS0", testHeaderS0, testHeaderType); phv_factory.push_back_header("testS1", testHeaderS1, testHeaderType); phv_factory.push_back_header_stack("test_stack", testHeaderStack, testHeaderType, {testHeaderS0, testHeaderS1}); }
TableIndirect() : testHeaderType("test_t", 0), action_fn("actionA", 0) { testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f48", 48); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); key_builder.push_back_field(testHeader1, 0, 16); // with counters, without ageing table = MatchTableIndirect::create("exact", "test_table", 0, table_size, key_builder, true, false); table->set_next_node(0, nullptr); }
CalculationTest() : testHeaderType("test_t", 0), oneParseState("parse_state", 0), parser("test_parser", 0), phv_source(PHVSourceIface::make_phv_source()) { testHeaderType.push_back_field("f16", 16); testHeaderType.push_back_field("f48", 48); testHeaderType.push_back_field("f32_1", 32); testHeaderType.push_back_field("f32_2", 32); testHeaderType.push_back_field("f5", 5); testHeaderType.push_back_field("f19", 19); phv_factory.push_back_header("test1", testHeader1, testHeaderType); phv_factory.push_back_header("test2", testHeader2, testHeaderType); }
virtual void SetUp() { phv = phv_factory.create(); }
Packet::PHVPool::PHVPool(const PHVFactory &phv_factory) : phv_factory(phv_factory) { phvs.push_back(std::move(phv_factory.create())); }