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// NOLINT(llvm-header-guard)
#include <array>
#include <sstream>
#define PBF_TYPE_NAME PROTOZERO_TEST_STRING(PBF_TYPE)
#define GET_TYPE PROTOZERO_TEST_CONCAT(get_packed_, PBF_TYPE)
#define ADD_TYPE PROTOZERO_TEST_CONCAT(add_packed_, PBF_TYPE)
using packed_field_type = PROTOZERO_TEST_CONCAT(protozero::packed_field_, PBF_TYPE);
TEST_CASE("read repeated packed field: " PBF_TYPE_NAME) {
// Run these tests twice, the second time we basically move the data
// one byte down in the buffer. It doesn't matter how the data or buffer
// is aligned before that, in at least one of these cases the ints will
// not be aligned properly. So we test that even in that case the ints
// will be extracted properly.
for (std::string::size_type n = 0; n < 2; ++n) {
std::string abuffer;
abuffer.reserve(1000);
abuffer.append(n, '\0');
SECTION("empty") {
abuffer.append(load_data("repeated_packed_" PBF_TYPE_NAME "/data-empty"));
protozero::pbf_reader item{abuffer.data() + n, abuffer.size() - n};
REQUIRE_FALSE(item.next());
}
SECTION("one") {
abuffer.append(load_data("repeated_packed_" PBF_TYPE_NAME "/data-one"));
protozero::pbf_reader item{abuffer.data() + n, abuffer.size() - n};
REQUIRE(item.next());
const auto it_range = item.GET_TYPE();
REQUIRE_FALSE(item.next());
REQUIRE(it_range.begin() != it_range.end());
REQUIRE(*it_range.begin() == 17);
REQUIRE(std::next(it_range.begin()) == it_range.end());
}
SECTION("many") {
abuffer.append(load_data("repeated_packed_" PBF_TYPE_NAME "/data-many"));
protozero::pbf_reader item{abuffer.data() + n, abuffer.size() - n};
REQUIRE(item.next());
const auto it_range = item.GET_TYPE();
REQUIRE_FALSE(item.next());
auto it = it_range.begin();
REQUIRE(it != it_range.end());
REQUIRE(*it++ == 17);
REQUIRE(*it++ == 200);
REQUIRE(*it++ == 0);
REQUIRE(*it++ == 1);
REQUIRE(*it++ == std::numeric_limits<cpp_type>::max());
#if PBF_TYPE_IS_SIGNED
REQUIRE(*it++ == -200);
REQUIRE(*it++ == -1);
REQUIRE(*it++ == std::numeric_limits<cpp_type>::min());
#endif
REQUIRE(it == it_range.end());
}
SECTION("swap iterator range") {
abuffer.append(load_data("repeated_packed_" PBF_TYPE_NAME "/data-many"));
protozero::pbf_reader item{abuffer.data() + n, abuffer.size() - n};
REQUIRE(item.next());
auto it_range1 = item.GET_TYPE();
REQUIRE_FALSE(item.next());
decltype(it_range1) it_range;
using std::swap;
swap(it_range, it_range1);
auto it = it_range.begin();
REQUIRE(it != it_range.end());
REQUIRE(*it++ == 17);
REQUIRE(*it++ == 200);
REQUIRE(*it++ == 0);
REQUIRE(*it++ == 1);
REQUIRE(*it++ == std::numeric_limits<cpp_type>::max());
}
SECTION("end_of_buffer") {
abuffer.append(load_data("repeated_packed_" PBF_TYPE_NAME "/data-many"));
for (std::string::size_type i = 1; i < abuffer.size() - n; ++i) {
protozero::pbf_reader item{abuffer.data() + n, i};
REQUIRE(item.next());
REQUIRE_THROWS_AS(item.GET_TYPE(), protozero::end_of_buffer_exception);
}
}
}
}
TEST_CASE("write repeated packed field: " PBF_TYPE_NAME) {
std::string buffer;
protozero::pbf_writer pw{buffer};
SECTION("empty") {
std::array<cpp_type, 1> data = {{ 17 }};
pw.ADD_TYPE(1, std::begin(data), std::begin(data) /* !!!! */);
REQUIRE(buffer == load_data("repeated_packed_" PBF_TYPE_NAME "/data-empty"));
}
SECTION("one") {
std::array<cpp_type, 1> data = {{ 17 }};
pw.ADD_TYPE(1, std::begin(data), std::end(data));
REQUIRE(buffer == load_data("repeated_packed_" PBF_TYPE_NAME "/data-one"));
}
SECTION("many") {
std::array<cpp_type,
#if PBF_TYPE_IS_SIGNED
8
#else
5
#endif
> data = {{
17
, 200
, 0
, 1
,std::numeric_limits<cpp_type>::max()
#if PBF_TYPE_IS_SIGNED
,-200
, -1
,std::numeric_limits<cpp_type>::min()
#endif
}};
pw.ADD_TYPE(1, std::begin(data), std::end(data));
REQUIRE(buffer == load_data("repeated_packed_" PBF_TYPE_NAME "/data-many"));
}
}
TEST_CASE("write repeated packed field using packed field: " PBF_TYPE_NAME) {
std::string buffer;
protozero::pbf_writer pw{buffer};
SECTION("empty - should do rollback") {
{
const packed_field_type field{pw, 1};
}
REQUIRE(buffer == load_data("repeated_packed_" PBF_TYPE_NAME "/data-empty"));
}
SECTION("one") {
{
packed_field_type field{pw, 1};
field.add_element(static_cast<cpp_type>(17));
}
REQUIRE(buffer == load_data("repeated_packed_" PBF_TYPE_NAME "/data-one"));
}
SECTION("many") {
{
packed_field_type field{pw, 1};
field.add_element(static_cast<cpp_type>( 17));
field.add_element(static_cast<cpp_type>( 200));
field.add_element(static_cast<cpp_type>( 0));
field.add_element(static_cast<cpp_type>( 1));
field.add_element(std::numeric_limits<cpp_type>::max());
#if PBF_TYPE_IS_SIGNED
field.add_element(static_cast<cpp_type>(-200));
field.add_element(static_cast<cpp_type>( -1));
field.add_element(std::numeric_limits<cpp_type>::min());
#endif
REQUIRE(field.valid());
SECTION("with commit") {
field.commit();
REQUIRE_FALSE(field.valid());
}
}
REQUIRE(buffer == load_data("repeated_packed_" PBF_TYPE_NAME "/data-many"));
}
}
TEST_CASE("move repeated packed field: " PBF_TYPE_NAME) {
std::string buffer;
protozero::pbf_writer pw{buffer};
SECTION("move rvalue") {
packed_field_type field;
REQUIRE_FALSE(field.valid());
field = packed_field_type{pw, 1};
REQUIRE(field.valid());
field.add_element(static_cast<cpp_type>(17));
}
SECTION("explicit move") {
packed_field_type field2{pw, 1};
packed_field_type field;
REQUIRE(field2.valid());
REQUIRE_FALSE(field.valid());
field = std::move(field2);
REQUIRE_FALSE(field2.valid()); // NOLINT(hicpp-invalid-access-moved, bugprone-use-after-move)
REQUIRE(field.valid());
field.add_element(static_cast<cpp_type>(17));
}
SECTION("move constructor") {
packed_field_type field2{pw, 1};
REQUIRE(field2.valid());
packed_field_type field{std::move(field2)};
REQUIRE(field.valid());
REQUIRE_FALSE(field2.valid()); // NOLINT(hicpp-invalid-access-moved, bugprone-use-after-move)
field.add_element(static_cast<cpp_type>(17));
}
SECTION("swap") {
packed_field_type field;
packed_field_type field2{pw, 1};
REQUIRE_FALSE(field.valid());
REQUIRE(field2.valid());
using std::swap;
swap(field, field2);
REQUIRE(field.valid());
REQUIRE_FALSE(field2.valid());
field.add_element(static_cast<cpp_type>(17));
}
REQUIRE(buffer == load_data("repeated_packed_" PBF_TYPE_NAME "/data-one"));
}
TEST_CASE("write from different types of iterators: " PBF_TYPE_NAME) {
std::string buffer;
protozero::pbf_writer pw{buffer};
SECTION("from uint16_t") {
#if PBF_TYPE_IS_SIGNED
const std::array< int16_t, 5> data = {{ 1, 4, 9, 16, 25 }};
#else
const std::array<uint16_t, 5> data = {{ 1, 4, 9, 16, 25 }};
#endif
pw.ADD_TYPE(1, std::begin(data), std::end(data));
}
SECTION("from string") {
const std::string data{"1 4 9 16 25"};
std::stringstream sdata{data};
#if PBF_TYPE_IS_SIGNED
using test_type = int32_t;
#else
using test_type = uint32_t;
#endif
const std::istream_iterator<test_type> eod;
const std::istream_iterator<test_type> it(sdata);
pw.ADD_TYPE(1, it, eod);
}
protozero::pbf_reader item{buffer};
REQUIRE(item.next());
auto it_range = item.GET_TYPE();
REQUIRE_FALSE(item.next());
REQUIRE_FALSE(it_range.empty());
REQUIRE(std::distance(it_range.begin(), it_range.end()) == 5);
REQUIRE(it_range.size() == 5);
REQUIRE(it_range.front() == 1); it_range.drop_front();
REQUIRE(it_range.front() == 4); it_range.drop_front();
REQUIRE(std::distance(it_range.begin(), it_range.end()) == 3);
REQUIRE(it_range.size() == 3);
REQUIRE(it_range.front() == 9); it_range.drop_front();
REQUIRE(it_range.front() == 16); it_range.drop_front();
REQUIRE(it_range.front() == 25); it_range.drop_front();
REQUIRE(it_range.empty());
REQUIRE(std::distance(it_range.begin(), it_range.end()) == 0);
REQUIRE(it_range.size() == 0); // NOLINT(readability-container-size-empty)
REQUIRE_THROWS_AS(it_range.front(), assert_error);
REQUIRE_THROWS_AS(it_range.drop_front(), assert_error);
}
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