TEST_F(RestartTest, offlined_node)
{
std::shared_ptr<vfs::ClusterRegistry> reg(cluster_registry(fs_->object_router()));
stop_fs();
reg->set_node_state(local_node_id(),
vfs::ClusterNodeStatus::State::Offline);
EXPECT_EQ(vfs::ClusterNodeStatus::State::Offline,
reg->get_node_state(local_node_id()));
ASSERT_NO_THROW(start_fs());
EXPECT_EQ(vfs::ClusterNodeStatus::State::Online,
reg->get_node_state(local_node_id()));
}
yt::Uri
FileSystemTestSetup::network_server_uri(const vfs::NodeId& node_id)
{
return yt::Uri()
.scheme(edge_transport())
.host(address())
.port(node_id == local_node_id() ?
local_edge_port() :
remote_edge_port());
}
bpt::ptree&
FileSystemTestSetup::make_dtl_config_(const vfs::NodeId& vrouter_id,
bpt::ptree& pt) const
{
ip::PARAMETER_TYPE(fs_dtl_config_mode)(dtl_config_mode_).persist(pt);
if (dtl_config_mode_ == vfs::FailOverCacheConfigMode::Manual)
{
const vfs::ClusterNodeConfig cfg(vrouter_id == local_node_id() ?
local_config() :
remote_config());
ip::PARAMETER_TYPE(fs_dtl_host)(cfg.failovercache_host).persist(pt);
ip::PARAMETER_TYPE(fs_dtl_port)(cfg.failovercache_port).persist(pt);
ip::PARAMETER_TYPE(fs_dtl_mode)(dtl_mode_).persist(pt);
}
return pt;
}
