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#include "io_service_impl.h"
#include "deadline_timer_impl.h"
#include "tcp_socket_impl.h"
#include "tcp_acceptor_impl.h"
using namespace NDns;
using namespace NAsio;
namespace NAsio {
TIOService::TWork::TWork(TWork& w)
: Srv_(w.Srv_)
{
Srv_.GetImpl().WorkStarted();
}
TIOService::TWork::TWork(TIOService& srv)
: Srv_(srv)
{
Srv_.GetImpl().WorkStarted();
}
TIOService::TWork::~TWork() {
Srv_.GetImpl().WorkFinished();
}
TIOService::TIOService()
: Impl_(new TImpl())
{
}
TIOService::~TIOService() {
}
void TIOService::Run() {
Impl_->Run();
}
void TIOService::Post(TCompletionHandler h) {
Impl_->Post(std::move(h));
}
void TIOService::Abort() {
Impl_->Abort();
}
TDeadlineTimer::TDeadlineTimer(TIOService& srv) noexcept
: Srv_(srv)
, Impl_(nullptr)
{
}
TDeadlineTimer::~TDeadlineTimer() {
if (Impl_) {
Srv_.GetImpl().ScheduleOp(new TUnregisterTimerOperation(Impl_));
}
}
void TDeadlineTimer::AsyncWaitExpireAt(TDeadline deadline, THandler h) {
if (!Impl_) {
Impl_ = new TDeadlineTimer::TImpl(Srv_.GetImpl());
Srv_.GetImpl().ScheduleOp(new TRegisterTimerOperation(Impl_));
}
Impl_->AsyncWaitExpireAt(deadline, h);
}
void TDeadlineTimer::Cancel() {
Impl_->Cancel();
}
TTcpSocket::TTcpSocket(TIOService& srv) noexcept
: Srv_(srv)
, Impl_(new TImpl(srv.GetImpl()))
{
}
TTcpSocket::~TTcpSocket() {
}
void TTcpSocket::AsyncConnect(const TEndpoint& ep, TTcpSocket::TConnectHandler h, TDeadline deadline) {
Impl_->AsyncConnect(ep, h, deadline);
}
void TTcpSocket::AsyncWrite(TSendedData& d, TTcpSocket::TWriteHandler h, TDeadline deadline) {
Impl_->AsyncWrite(d, h, deadline);
}
void TTcpSocket::AsyncWrite(TContIOVector* vec, TWriteHandler h, TDeadline deadline) {
Impl_->AsyncWrite(vec, h, deadline);
}
void TTcpSocket::AsyncWrite(const void* data, size_t size, TWriteHandler h, TDeadline deadline) {
class TBuffers: public IBuffers {
public:
TBuffers(const void* theData, size_t theSize)
: Part(theData, theSize)
, IOVec(&Part, 1)
{
}
TContIOVector* GetIOvec() override {
return &IOVec;
}
IOutputStream::TPart Part;
TContIOVector IOVec;
};
TSendedData d(new TBuffers(data, size));
Impl_->AsyncWrite(d, h, deadline);
}
void TTcpSocket::AsyncRead(void* buff, size_t size, TTcpSocket::TReadHandler h, TDeadline deadline) {
Impl_->AsyncRead(buff, size, h, deadline);
}
void TTcpSocket::AsyncReadSome(void* buff, size_t size, TTcpSocket::TReadHandler h, TDeadline deadline) {
Impl_->AsyncReadSome(buff, size, h, deadline);
}
void TTcpSocket::AsyncPollRead(TTcpSocket::TPollHandler h, TDeadline deadline) {
Impl_->AsyncPollRead(h, deadline);
}
void TTcpSocket::AsyncPollWrite(TTcpSocket::TPollHandler h, TDeadline deadline) {
Impl_->AsyncPollWrite(h, deadline);
}
void TTcpSocket::AsyncCancel() {
return Impl_->AsyncCancel();
}
size_t TTcpSocket::WriteSome(TContIOVector& d, TErrorCode& ec) noexcept {
return Impl_->WriteSome(d, ec);
}
size_t TTcpSocket::WriteSome(const void* buff, size_t size, TErrorCode& ec) noexcept {
return Impl_->WriteSome(buff, size, ec);
}
size_t TTcpSocket::ReadSome(void* buff, size_t size, TErrorCode& ec) noexcept {
return Impl_->ReadSome(buff, size, ec);
}
bool TTcpSocket::IsOpen() const noexcept {
return Native() != INVALID_SOCKET;
}
void TTcpSocket::Shutdown(TShutdownMode what, TErrorCode& ec) {
return Impl_->Shutdown(what, ec);
}
SOCKET TTcpSocket::Native() const noexcept {
return Impl_->Fd();
}
TEndpoint TTcpSocket::RemoteEndpoint() const {
return Impl_->RemoteEndpoint();
}
//////////////////////////////////
TTcpAcceptor::TTcpAcceptor(TIOService& srv) noexcept
: Srv_(srv)
, Impl_(new TImpl(srv.GetImpl()))
{
}
TTcpAcceptor::~TTcpAcceptor() {
}
void TTcpAcceptor::Bind(TEndpoint& ep, TErrorCode& ec) noexcept {
return Impl_->Bind(ep, ec);
}
void TTcpAcceptor::Listen(int backlog, TErrorCode& ec) noexcept {
return Impl_->Listen(backlog, ec);
}
void TTcpAcceptor::AsyncAccept(TTcpSocket& s, TTcpAcceptor::TAcceptHandler h, TDeadline deadline) {
return Impl_->AsyncAccept(s, h, deadline);
}
void TTcpAcceptor::AsyncCancel() {
Impl_->AsyncCancel();
}
}
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