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Don't use implicitly namespace td in HTTP tests.

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This commit is contained in:
levlam 2022-01-08 01:25:42 +03:00
parent 1769b7b61c
commit 687193c8e9
1 changed files with 120 additions and 129 deletions
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249
test/http.cpp
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@ -41,18 +41,15 @@
#include "td/utils/UInt.h" #include "td/utils/UInt.h"
#include <algorithm> #include <algorithm>
#include <limits>
#include <condition_variable> #include <condition_variable>
#include <limits>
#include <mutex> #include <mutex>
using namespace td; static td::string make_chunked(const td::string &str) {
auto v = td::rand_split(str);
static string make_chunked(const string &str) { td::string res;
auto v = rand_split(str);
string res;
for (auto &s : v) { for (auto &s : v) {
res += PSTRING() << format::as_hex_dump(static_cast<int32>(s.size())); res += PSTRING() << td::format::as_hex_dump(static_cast<td::int32>(s.size()));
res += "\r\n"; res += "\r\n";
res += s; res += s;
res += "\r\n"; res += "\r\n";
@ -61,33 +58,33 @@ static string make_chunked(const string &str) {
return res; return res;
} }
static string gen_http_content() { static td::string gen_http_content() {
int t = Random::fast(0, 2); int t = td::Random::fast(0, 2);
int len; int len;
if (t == 0) { if (t == 0) {
len = Random::fast(1, 10); len = td::Random::fast(1, 10);
} else if (t == 1) { } else if (t == 1) {
len = Random::fast(100, 200); len = td::Random::fast(100, 200);
} else { } else {
len = Random::fast(1000, 20000); len = td::Random::fast(1000, 20000);
} }
return rand_string(std::numeric_limits<char>::min(), std::numeric_limits<char>::max(), len); return td::rand_string(std::numeric_limits<char>::min(), std::numeric_limits<char>::max(), len);
} }
static string make_http_query(string content, bool is_json, bool is_chunked, bool is_gzip, double gzip_k = 5, static td::string make_http_query(td::string content, bool is_json, bool is_chunked, bool is_gzip, double gzip_k = 5,
string zip_override = string()) { td::string zip_override = td::string()) {
HttpHeaderCreator hc; td::HttpHeaderCreator hc;
hc.init_post("/"); hc.init_post("/");
hc.add_header("jfkdlsahhjk", rand_string('a', 'z', Random::fast(1, 2000))); hc.add_header("jfkdlsahhjk", td::rand_string('a', 'z', td::Random::fast(1, 2000)));
if (is_json) { if (is_json) {
hc.add_header("content-type", "application/json"); hc.add_header("content-type", "application/json");
} }
if (is_gzip) { if (is_gzip) {
BufferSlice zip; td::BufferSlice zip;
if (zip_override.empty()) { if (zip_override.empty()) {
zip = gzencode(content, gzip_k); zip = td::gzencode(content, gzip_k);
} else { } else {
zip = BufferSlice(zip_override); zip = td::BufferSlice(zip_override);
} }
if (!zip.empty()) { if (!zip.empty()) {
hc.add_header("content-encoding", "gzip"); hc.add_header("content-encoding", "gzip");
@ -100,22 +97,19 @@ static string make_http_query(string content, bool is_json, bool is_chunked, boo
} else { } else {
hc.set_content_size(content.size()); hc.set_content_size(content.size());
} }
string res;
auto r_header = hc.finish(); auto r_header = hc.finish();
CHECK(r_header.is_ok()); CHECK(r_header.is_ok());
res += r_header.ok().str(); return PSTRING() << r_header.ok() << content;
res += content;
return res;
} }
static string rand_http_query(string content) { static td::string rand_http_query(td::string content) {
bool is_chunked = Random::fast_bool(); bool is_chunked = td::Random::fast_bool();
bool is_gzip = Random::fast_bool(); bool is_gzip = td::Random::fast_bool();
return make_http_query(std::move(content), false, is_chunked, is_gzip); return make_http_query(std::move(content), false, is_chunked, is_gzip);
} }
static string join(const std::vector<string> &v) { static td::string join(const td::vector<td::string> &v) {
string res; td::string res;
for (auto &s : v) { for (auto &s : v) {
res += s; res += s;
} }
@ -123,10 +117,10 @@ static string join(const std::vector<string> &v) {
} }
TEST(Http, stack_overflow) { TEST(Http, stack_overflow) {
ChainBufferWriter writer; td::ChainBufferWriter writer;
BufferSlice slice(string(256, 'A')); td::BufferSlice slice(td::string(256, 'A'));
for (int i = 0; i < 1000000; i++) { for (int i = 0; i < 1000000; i++) {
ChainBufferWriter tmp_writer; td::ChainBufferWriter tmp_writer;
writer.append(slice.clone()); writer.append(slice.clone());
} }
{ {
@ -139,12 +133,12 @@ TEST(Http, reader) {
#if TD_ANDROID || TD_TIZEN #if TD_ANDROID || TD_TIZEN
return; return;
#endif #endif
clear_thread_locals(); td::clear_thread_locals();
auto start_mem = BufferAllocator::get_buffer_mem(); auto start_mem = td::BufferAllocator::get_buffer_mem();
auto start_size = BufferAllocator::get_buffer_slice_size(); auto start_size = td::BufferAllocator::get_buffer_slice_size();
{ {
BufferSlice a("test test"); td::BufferSlice a("test test");
BufferSlice b = std::move(a); td::BufferSlice b = std::move(a);
#if TD_CLANG #if TD_CLANG
#pragma clang diagnostic push #pragma clang diagnostic push
#pragma clang diagnostic ignored "-Wunknown-pragmas" #pragma clang diagnostic ignored "-Wunknown-pragmas"
@ -157,32 +151,32 @@ TEST(Http, reader) {
#pragma clang diagnostic pop #pragma clang diagnostic pop
#endif #endif
a = std::move(b); a = std::move(b);
BufferSlice c = a.from_slice(a); td::BufferSlice c = a.from_slice(a);
CHECK(c.size() == a.size()); CHECK(c.size() == a.size());
} }
clear_thread_locals(); td::clear_thread_locals();
ASSERT_EQ(start_mem, BufferAllocator::get_buffer_mem()); ASSERT_EQ(start_mem, td::BufferAllocator::get_buffer_mem());
ASSERT_EQ(start_size, BufferAllocator::get_buffer_slice_size()); ASSERT_EQ(start_size, td::BufferAllocator::get_buffer_slice_size());
for (int i = 0; i < 20; i++) { for (int i = 0; i < 20; i++) {
td::ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
HttpReader reader; td::HttpReader reader;
int max_post_size = 10000; int max_post_size = 10000;
reader.init(&input, max_post_size, 0); reader.init(&input, max_post_size, 0);
std::vector<string> contents(100); td::vector<td::string> contents(100);
std::generate(contents.begin(), contents.end(), gen_http_content); std::generate(contents.begin(), contents.end(), gen_http_content);
auto v = td::transform(contents, rand_http_query); auto v = td::transform(contents, rand_http_query);
auto vec_str = rand_split(join(v)); auto vec_str = td::rand_split(join(v));
HttpQuery q; td::HttpQuery q;
std::vector<string> res; td::vector<td::string> res;
for (auto &str : vec_str) { for (auto &str : vec_str) {
input_writer.append(str); input_writer.append(str);
input.sync_with_writer(); input.sync_with_writer();
while (true) { while (true) {
auto r_state = reader.read_next(&q); auto r_state = reader.read_next(&q);
LOG_IF(ERROR, r_state.is_error()) << r_state.error() << tag("ok", res.size()); LOG_IF(ERROR, r_state.is_error()) << r_state.error() << td::tag("ok", res.size());
ASSERT_TRUE(r_state.is_ok()); ASSERT_TRUE(r_state.is_ok());
auto state = r_state.ok(); auto state = r_state.ok();
if (state == 0) { if (state == 0) {
@ -192,11 +186,11 @@ TEST(Http, reader) {
ASSERT_EQ(expected, q.content_.str()); ASSERT_EQ(expected, q.content_.str());
res.push_back(q.content_.str()); res.push_back(q.content_.str());
} else { } else {
auto r_fd = FileFd::open(q.files_[0].temp_file_name, FileFd::Read); auto r_fd = td::FileFd::open(q.files_[0].temp_file_name, td::FileFd::Read);
ASSERT_TRUE(r_fd.is_ok()); ASSERT_TRUE(r_fd.is_ok());
auto fd = r_fd.move_as_ok(); auto fd = r_fd.move_as_ok();
string content(td::narrow_cast<size_t>(q.files_[0].size), '\0'); td::string content(td::narrow_cast<std::size_t>(q.files_[0].size), '\0');
auto r_size = fd.read(MutableSlice(content)); auto r_size = fd.read(td::MutableSlice(content));
ASSERT_TRUE(r_size.is_ok()); ASSERT_TRUE(r_size.is_ok());
ASSERT_TRUE(r_size.ok() == content.size()); ASSERT_TRUE(r_size.ok() == content.size());
ASSERT_TRUE(td::narrow_cast<int>(content.size()) > max_post_size); ASSERT_TRUE(td::narrow_cast<int>(content.size()) > max_post_size);
@ -212,24 +206,26 @@ TEST(Http, reader) {
ASSERT_EQ(contents.size(), res.size()); ASSERT_EQ(contents.size(), res.size());
ASSERT_EQ(contents, res); ASSERT_EQ(contents, res);
} }
clear_thread_locals(); td::clear_thread_locals();
ASSERT_EQ(start_mem, BufferAllocator::get_buffer_mem()); ASSERT_EQ(start_mem, td::BufferAllocator::get_buffer_mem());
ASSERT_EQ(start_size, BufferAllocator::get_buffer_slice_size()); ASSERT_EQ(start_size, td::BufferAllocator::get_buffer_slice_size());
} }
TEST(Http, gzip_bomb) { TEST(Http, gzip_bomb) {
#if TD_ANDROID || TD_TIZEN || TD_EMSCRIPTEN // the test should be disabled on low-memory systems #if TD_ANDROID || TD_TIZEN || TD_EMSCRIPTEN // the test must be disabled on low-memory systems
return; return;
#endif #endif
auto gzip_bomb_str = auto gzip_bomb_str =
gzdecode(gzdecode(base64url_decode(Slice(gzip_bomb, gzip_bomb_size)).ok()).as_slice()).as_slice().str(); td::gzdecode(td::gzdecode(td::base64url_decode(td::Slice(gzip_bomb, gzip_bomb_size)).ok()).as_slice())
.as_slice()
.str();
auto query = make_http_query("", false, false, true, 0.01, gzip_bomb_str); auto query = make_http_query("", false, false, true, 0.01, gzip_bomb_str);
auto parts = rand_split(query); auto parts = td::rand_split(query);
td::ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
HttpReader reader; td::HttpReader reader;
HttpQuery q; td::HttpQuery q;
reader.init(&input, 100000000, 0); reader.init(&input, 100000000, 0);
for (auto &part : parts) { for (auto &part : parts) {
input_writer.append(part); input_writer.append(part);
@ -244,39 +240,39 @@ TEST(Http, gzip_bomb) {
} }
TEST(Http, gzip) { TEST(Http, gzip) {
auto gzip_str = gzdecode(base64url_decode(Slice(gzip, gzip_size)).ok()).as_slice().str(); auto gzip_str = td::gzdecode(td::base64url_decode(td::Slice(gzip, gzip_size)).ok()).as_slice().str();
td::ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
HttpReader reader; td::HttpReader reader;
reader.init(&input, 0, 0); reader.init(&input, 0, 0);
auto query = make_http_query("", true, false, true, 0.01, gzip_str); auto query = make_http_query("", true, false, true, 0.01, gzip_str);
input_writer.append(query); input_writer.append(query);
input.sync_with_writer(); input.sync_with_writer();
HttpQuery q; td::HttpQuery q;
auto r_state = reader.read_next(&q); auto r_state = reader.read_next(&q);
ASSERT_TRUE(r_state.is_error()); ASSERT_TRUE(r_state.is_error());
ASSERT_EQ(413, r_state.error().code()); ASSERT_EQ(413, r_state.error().code());
} }
TEST(Http, aes_ctr_encode_decode_flow) { TEST(Http, aes_ctr_encode_decode_flow) {
auto str = rand_string('a', 'z', 1000000); auto str = td::rand_string('a', 'z', 1000000);
auto parts = rand_split(str); auto parts = td::rand_split(str);
td::ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
ByteFlowSource source(&input); td::ByteFlowSource source(&input);
UInt256 key; td::UInt256 key;
UInt128 iv; td::UInt128 iv;
Random::secure_bytes(key.raw, sizeof(key)); td::Random::secure_bytes(key.raw, sizeof(key));
Random::secure_bytes(iv.raw, sizeof(iv)); td::Random::secure_bytes(iv.raw, sizeof(iv));
AesCtrByteFlow aes_encode; td::AesCtrByteFlow aes_encode;
aes_encode.init(key, iv); aes_encode.init(key, iv);
AesCtrByteFlow aes_decode; td::AesCtrByteFlow aes_decode;
aes_decode.init(key, iv); aes_decode.init(key, iv);
ByteFlowSink sink; td::ByteFlowSink sink;
source >> aes_encode >> aes_decode >> sink; source >> aes_encode >> aes_decode >> sink;
ASSERT_TRUE(!sink.is_ready()); ASSERT_TRUE(!sink.is_ready());
@ -285,7 +281,7 @@ TEST(Http, aes_ctr_encode_decode_flow) {
source.wakeup(); source.wakeup();
} }
ASSERT_TRUE(!sink.is_ready()); ASSERT_TRUE(!sink.is_ready());
source.close_input(Status::OK()); source.close_input(td::Status::OK());
ASSERT_TRUE(sink.is_ready()); ASSERT_TRUE(sink.is_ready());
LOG_IF(ERROR, sink.status().is_error()) << sink.status(); LOG_IF(ERROR, sink.status().is_error()) << sink.status();
ASSERT_TRUE(sink.status().is_ok()); ASSERT_TRUE(sink.status().is_ok());
@ -293,25 +289,25 @@ TEST(Http, aes_ctr_encode_decode_flow) {
} }
TEST(Http, aes_file_encryption) { TEST(Http, aes_file_encryption) {
auto str = rand_string('a', 'z', 1000000); auto str = td::rand_string('a', 'z', 1000000);
CSlice name = "test_encryption"; td::CSlice name = "test_encryption";
unlink(name).ignore(); td::unlink(name).ignore();
UInt256 key; td::UInt256 key;
UInt128 iv; td::UInt128 iv;
Random::secure_bytes(key.raw, sizeof(key)); td::Random::secure_bytes(key.raw, sizeof(key));
Random::secure_bytes(iv.raw, sizeof(iv)); td::Random::secure_bytes(iv.raw, sizeof(iv));
{ {
BufferedFdBase<FileFd> fd(FileFd::open(name, FileFd::Write | FileFd::Create).move_as_ok()); td::BufferedFdBase<td::FileFd> fd(td::FileFd::open(name, td::FileFd::Write | td::FileFd::Create).move_as_ok());
auto parts = rand_split(str); auto parts = td::rand_split(str);
ChainBufferWriter output_writer; td::ChainBufferWriter output_writer;
auto output_reader = output_writer.extract_reader(); auto output_reader = output_writer.extract_reader();
ByteFlowSource source(&output_reader); td::ByteFlowSource source(&output_reader);
AesCtrByteFlow aes_encode; td::AesCtrByteFlow aes_encode;
aes_encode.init(key, iv); aes_encode.init(key, iv);
ByteFlowSink sink; td::ByteFlowSink sink;
source >> aes_encode >> sink; source >> aes_encode >> sink;
fd.set_output_reader(sink.get_output()); fd.set_output_reader(sink.get_output());
@ -325,18 +321,18 @@ TEST(Http, aes_file_encryption) {
} }
{ {
BufferedFdBase<FileFd> fd(FileFd::open(name, FileFd::Read).move_as_ok()); td::BufferedFdBase<td::FileFd> fd(td::FileFd::open(name, td::FileFd::Read).move_as_ok());
ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input_reader = input_writer.extract_reader(); auto input_reader = input_writer.extract_reader();
ByteFlowSource source(&input_reader); td::ByteFlowSource source(&input_reader);
AesCtrByteFlow aes_encode; td::AesCtrByteFlow aes_encode;
aes_encode.init(key, iv); aes_encode.init(key, iv);
ByteFlowSink sink; td::ByteFlowSink sink;
source >> aes_encode >> sink; source >> aes_encode >> sink;
fd.set_input_writer(&input_writer); fd.set_input_writer(&input_writer);
fd.get_poll_info().add_flags(PollFlags::Read()); fd.get_poll_info().add_flags(td::PollFlags::Read());
while (can_read_local(fd)) { while (can_read_local(fd)) {
fd.flush_read(4096).ensure(); fd.flush_read(4096).ensure();
source.wakeup(); source.wakeup();
@ -344,7 +340,7 @@ TEST(Http, aes_file_encryption) {
fd.close(); fd.close();
source.close_input(Status::OK()); source.close_input(td::Status::OK());
ASSERT_TRUE(sink.is_ready()); ASSERT_TRUE(sink.is_ready());
LOG_IF(ERROR, sink.status().is_error()) << sink.status(); LOG_IF(ERROR, sink.status().is_error()) << sink.status();
ASSERT_TRUE(sink.status().is_ok()); ASSERT_TRUE(sink.status().is_ok());
@ -354,20 +350,20 @@ TEST(Http, aes_file_encryption) {
} }
TEST(Http, chunked_flow) { TEST(Http, chunked_flow) {
auto str = rand_string('a', 'z', 100); auto str = td::rand_string('a', 'z', 100);
auto parts = rand_split(make_chunked(str)); auto parts = td::rand_split(make_chunked(str));
td::ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
ByteFlowSource source(&input); td::ByteFlowSource source(&input);
HttpChunkedByteFlow chunked_flow; td::HttpChunkedByteFlow chunked_flow;
ByteFlowSink sink; td::ByteFlowSink sink;
source >> chunked_flow >> sink; source >> chunked_flow >> sink;
for (auto &part : parts) { for (auto &part : parts) {
input_writer.append(part); input_writer.append(part);
source.wakeup(); source.wakeup();
} }
source.close_input(Status::OK()); source.close_input(td::Status::OK());
ASSERT_TRUE(sink.is_ready()); ASSERT_TRUE(sink.is_ready());
LOG_IF(ERROR, sink.status().is_error()) << sink.status(); LOG_IF(ERROR, sink.status().is_error()) << sink.status();
ASSERT_TRUE(sink.status().is_ok()); ASSERT_TRUE(sink.status().is_ok());
@ -377,16 +373,16 @@ TEST(Http, chunked_flow) {
} }
TEST(Http, chunked_flow_error) { TEST(Http, chunked_flow_error) {
auto str = rand_string('a', 'z', 100000); auto str = td::rand_string('a', 'z', 100000);
for (int d = 1; d < 100; d += 10) { for (int d = 1; d < 100; d += 10) {
auto new_str = make_chunked(str); auto new_str = make_chunked(str);
new_str.resize(str.size() - d); new_str.resize(str.size() - d);
auto parts = rand_split(new_str); auto parts = td::rand_split(new_str);
td::ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
ByteFlowSource source(&input); td::ByteFlowSource source(&input);
HttpChunkedByteFlow chunked_flow; td::HttpChunkedByteFlow chunked_flow;
ByteFlowSink sink; td::ByteFlowSink sink;
source >> chunked_flow >> sink; source >> chunked_flow >> sink;
for (auto &part : parts) { for (auto &part : parts) {
@ -394,29 +390,29 @@ TEST(Http, chunked_flow_error) {
source.wakeup(); source.wakeup();
} }
ASSERT_TRUE(!sink.is_ready()); ASSERT_TRUE(!sink.is_ready());
source.close_input(Status::OK()); source.close_input(td::Status::OK());
ASSERT_TRUE(sink.is_ready()); ASSERT_TRUE(sink.is_ready());
ASSERT_TRUE(!sink.status().is_ok()); ASSERT_TRUE(!sink.status().is_ok());
} }
} }
TEST(Http, gzip_chunked_flow) { TEST(Http, gzip_chunked_flow) {
auto str = rand_string('a', 'z', 1000000); auto str = td::rand_string('a', 'z', 1000000);
auto parts = rand_split(make_chunked(gzencode(str, 2.0).as_slice().str())); auto parts = td::rand_split(make_chunked(td::gzencode(str, 2.0).as_slice().str()));
ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
ByteFlowSource source(&input); td::ByteFlowSource source(&input);
HttpChunkedByteFlow chunked_flow; td::HttpChunkedByteFlow chunked_flow;
GzipByteFlow gzip_flow(Gzip::Mode::Decode); td::GzipByteFlow gzip_flow(td::Gzip::Mode::Decode);
ByteFlowSink sink; td::ByteFlowSink sink;
source >> chunked_flow >> gzip_flow >> sink; source >> chunked_flow >> gzip_flow >> sink;
for (auto &part : parts) { for (auto &part : parts) {
input_writer.append(part); input_writer.append(part);
source.wakeup(); source.wakeup();
} }
source.close_input(Status::OK()); source.close_input(td::Status::OK());
ASSERT_TRUE(sink.is_ready()); ASSERT_TRUE(sink.is_ready());
LOG_IF(ERROR, sink.status().is_error()) << sink.status(); LOG_IF(ERROR, sink.status().is_error()) << sink.status();
ASSERT_TRUE(sink.status().is_ok()); ASSERT_TRUE(sink.status().is_ok());
@ -424,21 +420,21 @@ TEST(Http, gzip_chunked_flow) {
} }
TEST(Http, gzip_bomb_with_limit) { TEST(Http, gzip_bomb_with_limit) {
std::string gzip_bomb_str; td::string gzip_bomb_str;
{ {
ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
GzipByteFlow gzip_flow(Gzip::Mode::Encode); td::GzipByteFlow gzip_flow(td::Gzip::Mode::Encode);
ByteFlowSource source(&input); td::ByteFlowSource source(&input);
ByteFlowSink sink; td::ByteFlowSink sink;
source >> gzip_flow >> sink; source >> gzip_flow >> sink;
std::string s(1 << 16, 'a'); td::string s(1 << 16, 'a');
for (int i = 0; i < 1000; i++) { for (int i = 0; i < 1000; i++) {
input_writer.append(s); input_writer.append(s);
source.wakeup(); source.wakeup();
} }
source.close_input(Status::OK()); source.close_input(td::Status::OK());
ASSERT_TRUE(sink.is_ready()); ASSERT_TRUE(sink.is_ready());
LOG_IF(ERROR, sink.status().is_error()) << sink.status(); LOG_IF(ERROR, sink.status().is_error()) << sink.status();
ASSERT_TRUE(sink.status().is_ok()); ASSERT_TRUE(sink.status().is_ok());
@ -446,11 +442,11 @@ TEST(Http, gzip_bomb_with_limit) {
} }
auto query = make_http_query("", false, false, true, 0.01, gzip_bomb_str); auto query = make_http_query("", false, false, true, 0.01, gzip_bomb_str);
auto parts = rand_split(query); auto parts = td::rand_split(query);
td::ChainBufferWriter input_writer; td::ChainBufferWriter input_writer;
auto input = input_writer.extract_reader(); auto input = input_writer.extract_reader();
HttpReader reader; td::HttpReader reader;
HttpQuery q; td::HttpQuery q;
reader.init(&input, 1000000); reader.init(&input, 1000000);
bool ok = false; bool ok = false;
for (auto &part : parts) { for (auto &part : parts) {
@ -493,12 +489,7 @@ struct Baton {
TEST(Http, Darwin) { TEST(Http, Darwin) {
Baton baton; Baton baton;
//LOG(ERROR) << "???"; td::DarwinHttp::get("http://example.com", [&](td::BufferSlice data) { baton.post(); });
td::DarwinHttp::get("http://example.com", [&](td::BufferSlice data) {
//LOG(ERROR) << data.as_slice();
baton.post();
});
//LOG(ERROR) << "!!!";
baton.wait(); baton.wait();
} }
#endif #endif