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fix 100% load of CPU after client disconnection

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(AdcBaseNetServiceASIO.asyncReceive)
add resolving domain name (AdcDeviceNetServerASIO)
This commit is contained in:
Timur A. Fatkhullin
2024-11-17 23:50:15 +03:00
parent 221f595bcb
commit 45b8d4a3c7
4 changed files with 108 additions and 38 deletions
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63
net/asio/adc_device_netserver_asio.h
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@@ -53,21 +53,66 @@ public:
}
// may throw here!
if (endpoint.isTCP()) {
asio::ip::tcp::endpoint ept(asio::ip::make_address(endpoint.host()), endpoint.port());
// asio::ip::tcp::endpoint ept(asio::ip::make_address(endpoint.host()), endpoint.port());
using srv_t = AdcNetServiceASIO<asio::ip::tcp, SessProtoT>;
// base_t::template start<Session<srv_t>>("TCP", this, _ioContext, ept);
base_t::template start<Session<srv_t>>("TCP", {this, _sessionRecvTimeout, _sessionSendTimeout}, _ioContext,
ept);
// base_t::template start<Session<srv_t>>("TCP", {this, _sessionRecvTimeout, _sessionSendTimeout},
// _ioContext,
// ept);
auto res = std::make_shared<asio::ip::tcp::resolver>(_ioContext);
res->async_resolve(
endpoint.host(), endpoint.portView(), [endpoint, res, this](std::error_code ec, auto results) {
if (ec) {
this->logError(
"An error occured while resolve hostname ('{}') of the given endpoint! (ec = {})",
endpoint.host(), ec.message());
this->logError("Cannot start listening at endpoint '{}'!", endpoint.endpoint());
} else {
if (results.size() == 1) {
this->logDebug("Resolved the single IP-address for the hostname '{}'", endpoint.host());
} else {
this->logDebug("Resolved {} IP-addresses for the hostname '{}'! Use of the first one!",
results.size(), endpoint.host());
}
base_t::template start<Session<srv_t>>("TCP", {this, _sessionRecvTimeout, _sessionSendTimeout},
_ioContext, *results.begin());
}
});
#ifdef USE_OPENSSL_WITH_ASIO
} else if (endpoint.isTLS()) {
asio::ip::tcp::endpoint ept(asio::ip::make_address(endpoint.host()), endpoint.port());
// asio::ip::tcp::endpoint ept(asio::ip::make_address(endpoint.host()), endpoint.port());
using srv_t = AdcNetServiceASIOTLS<asio::ip::tcp, SessProtoT>;
// base_t::template start<Session<srv_t>>("TLS", this, _ioContext, ept, std::move(tls_context),
// tls_verify_mode);
base_t::template start<Session<srv_t>>("TLS", {this, _sessionRecvTimeout, _sessionSendTimeout}, _ioContext,
ept, std::move(tls_context), tls_verify_mode);
// base_t::template start<Session<srv_t>>("TLS", {this, _sessionRecvTimeout, _sessionSendTimeout},
// _ioContext,
// ept, std::move(tls_context), tls_verify_mode);
auto res = std::make_shared<asio::ip::tcp::resolver>(_ioContext);
res->async_resolve(
endpoint.host(), endpoint.portView(),
[endpoint, res, tls_context = std::move(tls_context), tls_verify_mode, this](std::error_code ec,
auto results) mutable {
if (ec) {
this->logError(
"An error occured while resolve hostname ('{}') of the given endpoint! (ec = {})",
endpoint.host(), ec.message());
this->logError("Cannot start listening at endpoint '{}'!", endpoint.endpoint());
} else {
if (results.size() == 1) {
this->logDebug("Resolved the single IP-address for the hostname '{}'", endpoint.host());
} else {
this->logDebug("Resolved {} IP-addresses for the hostname '{}'! Use of the first one!",
results.size(), endpoint.host());
}
base_t::template start<Session<srv_t>>("TLS", {this, _sessionRecvTimeout, _sessionSendTimeout},
_ioContext, *results.begin(), std::move(tls_context),
tls_verify_mode);
}
});
#endif
} else if (endpoint.isLocal()) {
if (endpoint.isLocalStream()) {