void docker_scheduler::unschedule(
std::shared_ptr<deployment_unit>& unit
)
{
bool found = false;
_lock.lock();
auto it = _deploy_map.find(unit->name);
found = (it != _deploy_map.end());
if( found )
{
return_machines(unit->name);
_machine_map.erase(unit->name);
_deploy_map.erase(it);
_lock.unlock();
dsn::tasking::enqueue(LPC_DOCKER_DELETE,this, [this, unit]() {
delete_containers(unit->name, unit->undeployment_callback, unit->local_package_directory, unit->remote_package_directory);
});
}
else
{
_lock.unlock();
unit->undeployment_callback(ERR_DOCKER_UNDEPLOY_FAILED,std::string());
}
}
static void delete_target(Target *target)
{
if(target != NULL)
{
delete_properties(target->properties);
delete_containers(target->containers);
g_free(target->system);
g_free(target->client_interface);
g_free(target->target_property);
g_free(target);
}
}
void docker_scheduler::undeploy_docker_unit(void* context, int argc, const char** argv, dsn_cli_reply* reply)
{
auto docker = reinterpret_cast<docker_scheduler*>(context);
if( argc == 3 )
{
std::string name = argv[0];
std::string ldir = argv[1];
std::string rdir = argv[2];
std::function<void(error_code,const std::string&)> cb = [](error_code err,const std::string& err_msg){
dinfo("deploy err %s",err.to_string());
};
docker->delete_containers(name,cb,ldir,rdir);
}
reply->message = "";
reply->size = 0;
reply->context = nullptr;
}
