int capture_manifest(gchar *interface, const gchar *target_property, gchar *infrastructure_expr, gchar *profile, const unsigned int max_concurrent_transfers)
{
/* Retrieve an array of all target machines from the infrastructure expression */
GPtrArray *target_array = create_target_array(infrastructure_expr);
if(target_array == NULL)
{
g_printerr("[coordinator]: Error retrieving targets from infrastructure model!\n");
return 1;
}
else
{
GPtrArray *profile_manifest_target_array = g_ptr_array_new();
int exit_status;
if(resolve_profiles(target_array, interface, target_property, profile, profile_manifest_target_array)
&& retrieve_profiles(interface, profile_manifest_target_array, max_concurrent_transfers))
{
print_nix_expression_for_profile_manifest_target_array(profile_manifest_target_array);
exit_status = 0;
}
else
exit_status = 1;
/* Cleanup */
delete_profile_manifest_target_array(profile_manifest_target_array);
delete_target_array(target_array);
/* Return exit status */
return exit_status;
}
}
int query_installed(gchar *interface, const gchar *target_property, gchar *infrastructure_expr, gchar *profile, OutputFormat format)
{
/* Retrieve an array of all target machines from the infrastructure expression */
GPtrArray *target_array = create_target_array(infrastructure_expr);
if(target_array == NULL)
{
g_printerr("[coordinator]: Error retrieving targets from infrastructure model!\n");
return 1;
}
else
{
int success;
/* Iterate over targets and capture their installed services */
GPtrArray *profile_manifest_target_array = g_ptr_array_new();
QueryInstalledServicesData data = { profile, profile_manifest_target_array };
ProcReact_FutureIterator iterator = create_target_future_iterator(target_array, target_property, interface, query_installed_services_on_target, complete_query_installed_services_on_target, &data);
procreact_fork_in_parallel_buffer_and_wait(&iterator);
success = target_iterator_has_succeeded(iterator.data);
/* Print the captured configurations */
print_installed_services(&data, format);
/* Cleanup */
destroy_target_future_iterator(&iterator);
delete_profile_manifest_target_array(profile_manifest_target_array);
delete_target_array(target_array);
/* Return exit status */
return (!success);
}
}
int clean_snapshots(gchar *interface, const gchar *target_property, gchar *infrastructure_expr, int keep, gchar *container, gchar *component)
{
/* Retrieve an array of all target machines from the infrastructure expression */
GPtrArray *target_array = create_target_array(infrastructure_expr);
if(target_array == NULL)
{
g_printerr("[coordinator]: Error retrieving targets from infrastructure model!\n");
return 1;
}
else
{
/* Iterate over all targets and run clean snapshots operation in parallel */
int success;
CleanSnapshotsData data = { keep, container, component };
ProcReact_PidIterator iterator = create_target_pid_iterator(target_array, target_property, interface, clean_snapshots_on_target, complete_clean_snapshots_on_target, &data);
procreact_fork_in_parallel_and_wait(&iterator);
success = target_iterator_has_succeeded(iterator.data);
/* Cleanup */
destroy_target_pid_iterator(&iterator);
delete_target_array(target_array);
/* Return the exit status, which is 0 if everything succeeds */
return (!success);
}
}
