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Current File : //opt/cpanel/ea-ruby27/src/passenger-release-6.0.23/test/cxx/MemoryKit/MbufTest.cpp

#include <TestSupport.h>
#include <boost/move/move.hpp>
#include <Constants.h>
#include <MemoryKit/mbuf.h>

using namespace Passenger;
using namespace Passenger::MemoryKit;
using namespace std;

namespace tut {
	struct MemoryKit_MbufTest: public TestBase {
		struct mbuf_pool pool;

		MemoryKit_MbufTest() {
			pool.mbuf_block_chunk_size = DEFAULT_MBUF_CHUNK_SIZE;
			mbuf_pool_init(&pool);
		}

		~MemoryKit_MbufTest() {
			mbuf_pool_deinit(&pool);
		}
	};

	DEFINE_TEST_GROUP(MemoryKit_MbufTest);

	TEST_METHOD(1) {
		set_test_name("Initial pool state");
		ensure_equals(pool.nfree_mbuf_blockq, 0u);
		ensure_equals(pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(2) {
		set_test_name("mbuf_block_get() and mbuf_block_put()");

		struct mbuf_block *block = mbuf_block_get(&pool);
		ensure_equals("(1)", block->refcount, 1u);
		ensure_equals("(2)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(3)", pool.nactive_mbuf_blockq, 1u);

		struct mbuf_block *block2 = mbuf_block_get(&pool);
		ensure_equals("(4)", block->refcount, 1u);
		ensure_equals("(5)", block2->refcount, 1u);
		ensure_equals("(6)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(7)", pool.nactive_mbuf_blockq, 2u);

		block->refcount = 0;
		mbuf_block_put(block);
		ensure_equals("(8)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(9)", pool.nactive_mbuf_blockq, 1u);

		block2->refcount = 0;
		mbuf_block_put(block2);
		ensure_equals("(10)", pool.nfree_mbuf_blockq, 2u);
		ensure_equals("(11)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(3) {
		set_test_name("mbuf_block reference counting");
		struct mbuf_block *block = mbuf_block_get(&pool);

		mbuf_block_ref(block);
		ensure_equals("(1)", block->refcount, 2u);
		ensure_equals("(2)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(3)", pool.nactive_mbuf_blockq, 1u);

		mbuf_block_unref(block);
		ensure_equals("(4)", block->refcount, 1u);
		ensure_equals("(5)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(6)", pool.nactive_mbuf_blockq, 1u);

		mbuf_block_unref(block);
		ensure_equals("(7)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(8)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(4) {
		set_test_name("mbuf_block freelist reuse");
		struct mbuf_block *block = mbuf_block_get(&pool);
		struct mbuf_block *block2 = mbuf_block_get(&pool);
		mbuf_block_unref(block);
		block = mbuf_block_get(&pool);

		ensure_equals("(1)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(2)", pool.nactive_mbuf_blockq, 2u);
		mbuf_block_unref(block);
		mbuf_block_unref(block2);
	}

	TEST_METHOD(5) {
		set_test_name("mbuf class");
		mbuf buffer(mbuf_get(&pool));
		ensure_equals("(1)", buffer.mbuf_block->refcount, 1u);
		ensure_equals("(2)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(3)", pool.nactive_mbuf_blockq, 1u);

		buffer = mbuf();
		ensure_equals("(2)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(3)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(6) {
		set_test_name("mbuf class copy constructor");
		mbuf buffer(mbuf_get(&pool));

		{
			mbuf buffer2(buffer);
			ensure_equals("(1)", buffer.mbuf_block, buffer2.mbuf_block);
			ensure_equals("(2)", buffer.mbuf_block->refcount, 2u);
			ensure_equals("(3)", pool.nfree_mbuf_blockq, 0u);
			ensure_equals("(4)", pool.nactive_mbuf_blockq, 1u);
		}

		ensure_equals("(5)", buffer.mbuf_block->refcount, 1u);
		ensure_equals("(6)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(7)", pool.nactive_mbuf_blockq, 1u);

		buffer = mbuf();
		ensure_equals("(8)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(9)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(7) {
		set_test_name("mbuf class move constructor");
		mbuf buffer(mbuf_get(&pool));

		{
			mbuf buffer2(boost::move(buffer));
			ensure_equals<void *>("(1)", buffer.mbuf_block, NULL);
			ensure_equals<void *>("(2)", buffer.start, NULL);
			ensure_equals<void *>("(3)", buffer.end, NULL);
			ensure_equals("(4)", buffer2.mbuf_block->refcount, 1u);
			ensure_equals("(5)", pool.nfree_mbuf_blockq, 0u);
			ensure_equals("(6)", pool.nactive_mbuf_blockq, 1u);
		}

		ensure_equals("(8)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(9)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(10) {
		set_test_name("mbuf class copy assignment");
		mbuf buffer(mbuf_get(&pool));

		{
			mbuf buffer2;
			buffer2 = buffer;
			ensure_equals("(1)", buffer.mbuf_block, buffer2.mbuf_block);
			ensure_equals("(2)", buffer.mbuf_block->refcount, 2u);
			ensure_equals("(3)", pool.nfree_mbuf_blockq, 0u);
			ensure_equals("(4)", pool.nactive_mbuf_blockq, 1u);
		}

		ensure_equals("(5)", buffer.mbuf_block->refcount, 1u);
		ensure_equals("(6)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(7)", pool.nactive_mbuf_blockq, 1u);

		buffer = mbuf();
		ensure_equals("(8)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(9)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(11) {
		set_test_name("mbuf class copy assignment on itself");
		mbuf buffer(mbuf_get(&pool));
		struct mbuf_block *orig_mbuf_block = buffer.mbuf_block;
		const char *orig_start = buffer.start;
		const char *orig_end = buffer.end;

		mbuf buffer2 = buffer;
		ensure_equals("(1)", buffer2.mbuf_block, orig_mbuf_block);
		ensure_equals("(2)", buffer2.start, orig_start);
		ensure_equals("(3)", buffer2.end, orig_end);
	}

	TEST_METHOD(12) {
		set_test_name("mbuf class move assignment");
		mbuf buffer(mbuf_get(&pool));

		{
			mbuf buffer2;
			buffer2 = boost::move(buffer);
			ensure_equals<void *>("(1)", buffer.mbuf_block, NULL);
			ensure_equals<void *>("(2)", buffer.start, NULL);
			ensure_equals<void *>("(3)", buffer.end, NULL);
			ensure_equals("(4)", buffer2.mbuf_block->refcount, 1u);
			ensure_equals("(5)", pool.nfree_mbuf_blockq, 0u);
			ensure_equals("(6)", pool.nactive_mbuf_blockq, 1u);
		}

		ensure_equals("(8)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(9)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(13) {
		set_test_name("mbuf class move assignment on itself");
		mbuf buffer(mbuf_get(&pool));
		struct mbuf_block *orig_mbuf_block = buffer.mbuf_block;
		const char *orig_start = buffer.start;
		const char *orig_end = buffer.end;

		buffer = boost::move(buffer);
		ensure_equals("(1)", buffer.mbuf_block, orig_mbuf_block);
		ensure_equals("(2)", buffer.start, orig_start);
		ensure_equals("(3)", buffer.end, orig_end);
	}

	TEST_METHOD(20) {
		set_test_name("mbuf class slicing");
		mbuf buffer(mbuf_get(&pool));

		{
			mbuf buffer2(buffer, 1, 2);
			ensure_equals("(1)", buffer.mbuf_block, buffer2.mbuf_block);
			ensure_equals("(2)", buffer.mbuf_block->refcount, 2u);
			ensure_equals("(3)", buffer2.start, buffer.start + 1);
			ensure_equals("(4)", buffer2.end, buffer.start + 3);
			ensure_equals("(5)", pool.nfree_mbuf_blockq, 0u);
			ensure_equals("(6)", pool.nactive_mbuf_blockq, 1u);
		}

		ensure_equals("(7)", buffer.mbuf_block->refcount, 1u);
		ensure_equals("(8)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(9)", pool.nactive_mbuf_blockq, 1u);

		buffer = mbuf();
		ensure_equals("(10)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(11)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(21) {
		set_test_name("mbuf class freelist reuse");
		mbuf buffer(mbuf_get(&pool));
		mbuf buffer2(mbuf_get(&pool));
		buffer = mbuf();
		buffer = mbuf_get(&pool);
		ensure_equals("(1)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(2)", pool.nactive_mbuf_blockq, 2u);
	}

	TEST_METHOD(22) {
		set_test_name("mbuf_get_with_size (small)");
		{
			mbuf buffer(mbuf_get_with_size(&pool, 6));
			ensure_equals("(1)", pool.nfree_mbuf_blockq, 0u);
			ensure_equals("(2)", pool.nactive_mbuf_blockq, 1u);
			ensure_equals("(3)", buffer.size(), 6u);
			memcpy(buffer.start, "hello", 6);
			ensure_equals("(4)", string(buffer.start), "hello");
		}
		ensure_equals("(5)", pool.nfree_mbuf_blockq, 1u);
		ensure_equals("(6)", pool.nactive_mbuf_blockq, 0u);
	}

	TEST_METHOD(23) {
		set_test_name("mbuf_get_with_size (large)");
		{
			mbuf buffer(mbuf_get_with_size(&pool, mbuf_pool_data_size(&pool) + alignof(struct mbuf_block)));
			ensure_equals("(1)", pool.nfree_mbuf_blockq, 0u);
			ensure_equals("(2)", pool.nactive_mbuf_blockq, 1u);
			ensure_equals("(3)", buffer.size(), mbuf_pool_data_size(&pool) + alignof(struct mbuf_block));
			memcpy(buffer.start, "hello", 6);
			ensure_equals("(4)", string(buffer.start), "hello");
		}
		ensure_equals("(5)", pool.nfree_mbuf_blockq, 0u);
		ensure_equals("(6)", pool.nactive_mbuf_blockq, 0u);
	}
}