TGridClientFutureVariantMap GridClientDataProjectionImpl::getAllAsync(const TGridClientVariantSet& keys) {
if (invalidated) return TGridClientFutureVariantMap(
new GridFailFutureImpl<TGridClientVariantMap, GridClientClosedException>());
GridFutureImpl<TGridClientVariantMap>* fut = new GridFutureImpl<TGridClientVariantMap>(threadPool);
TGridClientFutureVariantMap res(fut);
boost::packaged_task<TGridClientVariantMap> pt(boost::bind(&GridClientDataProjectionImpl::getAll, this, keys));
fut->task(pt);
return res;
}
TGridClientFutureVariant GridClientDataProjectionImpl::getAsync(const GridClientVariant& key) {
if (invalidated) return TGridClientFutureVariant(
new GridFailFutureImpl<GridClientVariant, GridClientClosedException>());
GridFutureImpl<GridClientVariant>* fut = new GridFutureImpl<GridClientVariant>(threadPool);
TGridClientFutureVariant res(fut);
boost::packaged_task<GridClientVariant> pt(boost::bind(&GridClientDataProjectionImpl::get, this, key));
fut->task(pt);
return res;
}
TGridClientFutureDataMetrics GridClientDataProjectionImpl::metricsAsync() {
if (invalidated) return TGridClientFutureDataMetrics(
new GridFailFutureImpl<GridClientDataMetrics, GridClientClosedException>());
GridFutureImpl<GridClientDataMetrics>* fut = new GridFutureImpl<GridClientDataMetrics>(threadPool);
TGridClientFutureDataMetrics res(fut);
boost::packaged_task<GridClientDataMetrics> pt(
boost::bind(
static_cast<GridClientDataMetrics (GridClientDataProjectionImpl::*)(
void)> (&GridClientDataProjectionImpl::metrics), this));
fut->task(pt);
return res;
}
/**
* Asynchronously gets contents of custom log file.
*
* @param path Log file path. Can be absolute or relative to GRIDGAIN_HOME.
* @param lineFrom Index of line from which log is get, inclusive (starting from 0).
* @param lineTo Index of line to which log is get, inclusive (starting from 0).
* @return Future.
*/
TGridFutureStringList GridClientComputeProjectionImpl::logAsync(const string& path, int lineFrom, int lineTo) {
if (invalidated)
return TGridFutureStringList(
new GridFailFutureImpl<vector<string>, GridClientClosedException>());
GridFutureImpl<vector<string> >* fut = new GridFutureImpl<vector<string> >(threadPool);
TGridFutureStringList res(fut);
boost::packaged_task<vector<string> > pt(
boost::bind(static_cast<vector<string> (GridClientComputeProjectionImpl::*)(const string&, int, int)>
(&GridClientComputeProjectionImpl::log), this, path, lineFrom, lineTo));
fut->task(pt);
return res;
}
/**
* Asynchronously executes task.
*
* @param taskName Task name or task class name.
* @param taskArg Optional task argument.
* @return Future.
*/
TGridClientFutureVariant GridClientComputeProjectionImpl::executeAsync(const string& taskName,
const GridClientVariant& taskArg) {
if (invalidated)
return TGridClientFutureVariant(
new GridFailFutureImpl<GridClientVariant, GridClientClosedException>());
GridFutureImpl<GridClientVariant>* fut = new GridFutureImpl<GridClientVariant>(threadPool);
TGridClientFutureVariant res(fut);
boost::packaged_task<GridClientVariant> pt(
boost::bind(&GridClientComputeProjectionImpl::execute, this, taskName, taskArg));
fut->task(pt);
return res;
}
/**
* Asynchronously gets current topology.
*
* @param includeAttrs Whether to include node attributes.
* @param includeMetrics Whether to include node metrics.
* @return Future.
*/
TGridClientNodeFutureList GridClientComputeProjectionImpl::refreshTopologyAsync(bool includeAttrs,
bool includeMetrics) {
if (invalidated)
return TGridClientNodeFutureList(
new GridFailFutureImpl<TGridClientNodeList, GridClientClosedException>());
GridFutureImpl<TGridClientNodeList>* fut = new GridFutureImpl<TGridClientNodeList>(threadPool);
TGridClientNodeFutureList res(fut);
boost::packaged_task<TGridClientNodeList> pt(
boost::bind(static_cast<TGridClientNodeList (GridClientComputeProjectionImpl::*)(bool, bool)>
(&GridClientComputeProjectionImpl::refreshTopology), this, includeAttrs, includeMetrics));
fut->task(pt);
return res;
}
/**
* Asynchronously gets node by IP address.
*
* @param ip IP address.
* @param includeAttrs Whether to include node attributes.
* @param includeMetrics Whether to include node metrics.
* @return Future.
*/
TGridClientNodeFuturePtr GridClientComputeProjectionImpl::refreshNodeAsync(const string& ip, bool includeAttrs,
bool includeMetrics) {
if (invalidated)
return TGridClientNodeFuturePtr(
new GridFailFutureImpl<TGridClientNodePtr, GridClientClosedException>());
GridFutureImpl<TGridClientNodePtr>* fut = new GridFutureImpl<TGridClientNodePtr>(threadPool);
TGridClientNodeFuturePtr res(fut);
boost::packaged_task<TGridClientNodePtr> pt(
boost::bind(static_cast<TGridClientNodePtr (GridClientComputeProjectionImpl::*)(const string&, bool, bool)>
(&GridClientComputeProjectionImpl::refreshNode), this, ip, includeAttrs, includeMetrics));
fut->task(pt);
return res;
}
