void ConvertDefaultIPToSocketIP(char const *attr_name,char **expr_string,Stream& s)
{
char *new_expr_string = NULL;
ConvertDefaultIPToSocketIP(attr_name,*expr_string,&new_expr_string,s);
if(new_expr_string) {
//The expression was updated. Replace the old expression with
//the new one.
free(*expr_string);
*expr_string = new_expr_string;
}
}
void ConvertDefaultIPToSocketIP(char const *attr_name,std::string &expr_string,Stream& s)
{
char *new_expr_string = NULL;
ConvertDefaultIPToSocketIP(attr_name,expr_string.c_str(),&new_expr_string,s);
if(new_expr_string) {
//The expression was updated. Replace the old expression with
//the new one.
expr_string = new_expr_string;
free(new_expr_string);
}
}
bool
ClaimStartdMsg::writeMsg( DCMessenger * /*messenger*/, Sock *sock ) {
// save startd fqu for hole punching
m_startd_fqu = sock->getFullyQualifiedUser();
m_startd_ip_addr = sock->peer_ip_str();
std::string scheduler_addr_to_send = m_scheduler_addr;
ConvertDefaultIPToSocketIP(ATTR_SCHEDD_IP_ADDR,scheduler_addr_to_send,*sock);
// Insert an attribute in the request ad to inform the
// startd that this schedd is capable of understanding
// the newer protocol where the claim response may send
// over any leftover resources from a partitionable slot.
m_job_ad.Assign("_condor_SEND_LEFTOVERS",
param_boolean("CLAIM_PARTITIONABLE_LEFTOVERS",true));
// Insert an attribute in the request ad to inform the
// startd that this schedd is capable of understanding
// the newer protocol where the claim response may send
// over the ad and claim id of the partner of a paired slot.
m_job_ad.Assign("_condor_SEND_PAIRED_SLOT",
param_boolean("CLAIM_PAIRED_SLOT",true));
if( !sock->put_secret( m_claim_id.c_str() ) ||
!putClassAd( sock, m_job_ad ) ||
!sock->put( scheduler_addr_to_send.c_str() ) ||
!sock->put( m_alive_interval ) ||
!this->putExtraClaims(sock))
{
dprintf(failureDebugLevel(),
"Couldn't encode request claim to startd %s\n",
description() );
sockFailed( sock );
return false;
}
// end_of_message() is done by caller
return true;
}
