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slurm_showq.cpp
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slurm_showq.cpp
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//-------------------------------------------------------------------------
// Copyright (c) 2012 The Regents of the University of Texas System.
// All rights reserved.
//
// Redistribution and use in source and binary forms are permitted
// provided that the above copyright notice and this paragraph are
// duplicated in all such forms and that any documentation,
// advertising materials, and other materials related to such
// distribution and use acknowledge that the software was developed by
// the University of Texas. The name of the University may not be
// used to endorse or promote products derived from this software
// without specific prior written permission.
//
// THIS SOFTWARE IS PROVIDED ``AS IS'' AND WITHOUT ANY EXPRESS OR
// IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED
// WARRANTIES OF MERCHANTIBILITY AND FITNESS FOR A PARTICULAR PURPOSE.
//
//-------------------------------------------------------------------------
// A SLURM derived showq for summarizing user jobs.
//
// Originally: 7/29/2012 (refactor of original LSF version)
//
// Karl W. Schulz- Texas Advanced Computing Center ([email protected])
//
// $Id: slurm_showq.cpp 1776 2013-04-17 21:17:04Z karl $
//-------------------------------------------------------------------------*/
//
// Copyright (C) 2013 Karl Schulz, Paul Edmon
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
//--------------------------------------------------------------------------*/
#include "slurm_showq.h"
void Slurm_Showq::query_running_jobs()
{
char *user, *starttime, *shorttime, *pendreason, *endtime, *submittime;
time_t current_time, remain_time;
hostlist_t *job_nodelist;
char *host;
char *token;
char *delimiters = ",";
char *deleq = "=";
char jobuser_short [256];
char jobname_short [256];
char queuename_short[256];
char tres[256];
char gres[256];
int i, j, k, n, numhl, status;
int pend_id[100000], new_id_order[100000], priority[100000], id_temp[100000];
bool sorted;
bool partition_true;
int rjobs = 0;
int rprocs = 0;
int rgpus = 0;
int rnodes = 0;
int alreadycounted;
int total_avail_gpus;
int dprocs, dgpus, dnodes;
int jobgpu;
int ijobs, bjobs, error_jobs;
int running_jobs;
int reserv_procs;
int numHosts = 1;
long hours_max, secs_max;
long hours_remain, mins_remain, secs_remain;
int num_pending_jobs = 0;
int num_completing_jobs = 0;
int idle_jobs = 0;
int blocked_jobs = 0;
int num_closed = 0;
char queuename[8];
char current_user[256];
char current_partition[256];
char hostlist[10000][256]; /* Stores current host list */
char hostlistcheck[10000][256]; /* Stores what hosts we have already checked */
int num_nodes;
long int time1, time2;
// const int total_avail_procs = 5760*16;
std::vector<uint32_t> completing_jobs; // list of jobs in completing state
std::vector<uint32_t> pending_jobs; // list of jobs in pending state
std::vector<uint32_t> errored_jobs; // list of jobs with a problem
typedef struct koomie_job_struct
{
int jobId;
char *submittime;
long hours_remain;
long mins_remain;
long secs_remain;
char *jobname;
char *user;
char *queue;
int numProcessors;
int ptile;
int iflag :4; /* iflag = 0: new job */
/* iflag = 1: idle */
/* iflag = 2: held */
/* iflag = 3: blocked */
} koomie_job_struct;
koomie_job_struct *Pend_jobs;
if (named_user_jobs_only)
strncpy(current_user,named_user.c_str(),255);
else
strncpy(current_user,getusername(),255);
bool local_user_jobs_only=(user_jobs_only || named_user_jobs_only);
if(local_user_jobs_only)
printf("\nSUMMARY OF JOBS FOR USER: <%s>\n",current_user);
/* Checking if we need jobs from only a specific queue and grabbing the name for that queue. Note that queue and partition are used interchangably */
if (named_partition_jobs_only) strncpy(current_partition,named_partition.c_str(),255);
/* Printing out header if we are only looking at a specific queue */
if (named_partition_jobs_only) printf("\nSUMMARY OF JOBS FOR QUEUE: <%s>\n\n",current_partition);
//----------------
// Query all jobs
//----------------
job_info_msg_t *job_ptr = NULL;
if( slurm_load_jobs( (time_t) NULL, &job_ptr, SHOW_ALL) )
{
printf("[Error]: unable to query SLURM jobs\n");
exit(10);
}
//slurm_print_job_info_msg(stdout,job_ptr,0);
running_jobs = 1;
std::string userString;
/*--------------
* showq Header
*--------------*/
if(running_jobs)
{
if(!summary_only)
{
printf("ACTIVE JOBS--------------------\n");
if(long_listing)
{
printf("JOBID JOBNAME USERNAME STATE CORE GPU NODE QUEUE REMAINING STARTTIME\n");
printf("=======================================================================================================\n");
}
else
{
printf("JOBID JOBNAME USERNAME STATE CORE GPU REMAINING STARTTIME\n");
printf("====================================================================================\n");
}
}
/*-------------------------------
* 1st: Display all running jobs
*-------------------------------*/
for(int i=0; i<job_ptr->record_count;i++)
{
job_info_t * job;
job = &job_ptr->job_array[i];
// get username string
userString = uid_to_string(job->user_id);
// get partition string
strncpy(queuename_short,job->partition,255);
// keep track of pending jobs...
if(job->job_state == JOB_PENDING)
{
num_pending_jobs++;
pending_jobs.push_back(i);
continue;
}
current_time = time(NULL);
secs_max = job->time_limit*60; // max runtime (converted to secs)
remain_time = (time_t)difftime(secs_max+job->start_time,current_time);
// keep track of completing jobs - those which have exceeded
// their runlimit by a given threshold are flagged as
// errored.
if(job->job_state & JOB_COMPLETING)
{
completing_jobs.push_back(i);
// allow 5 minute grace window
if(remain_time < 300)
continue;
// ignore non-user jobs with "-u" flag
if ((local_user_jobs_only) &&
(strcmp(current_user,uid_to_string(job->user_id).c_str()) != 0) )
continue;
if ((named_partition_jobs_only) &&
(strcmp(current_partition,queuename_short) != 0) )
continue;
errored_jobs.push_back(i);
continue;
}
// only displaying running jobs currently...
if( job->job_state != JOB_RUNNING )
continue;
if ((local_user_jobs_only) &&
(strcmp(current_user,uid_to_string(job->user_id).c_str()) != 0) )
continue;
if ((named_partition_jobs_only) &&
(strcmp(current_partition,queuename_short) != 0) )
continue;
// Gather time info
starttime = strdup(ctime( &job->start_time));
starttime[strlen(starttime)-1] = '\0';
hours_remain = remain_time/3600;
mins_remain = (remain_time-hours_remain*3600)/60;
secs_remain = (remain_time - hours_remain*3600 - mins_remain*60);
//if(hours_remain < 0 || mins_remain < 0 || secs_remain < 0)
// {
// printf("[Warn]: runlimit exhausted: runningpending job reason = %i\n",job->state_reason);
// continue;
// }
// Calculate GPU usage
jobgpu = 0;
strncpy(tres,job->tres_req_str,255);
if (strstr(tres,"gpu"))
{
token = strtok(tres,delimiters);
for(;;) {
if (strstr(token,"gpu"))
{
token = strtok(token,deleq);
token = strtok(NULL,deleq);
jobgpu = atoi(token);
break;
}
if (token == NULL) break;
token = strtok(NULL,delimiters);
}
}
// Display job info
if(!summary_only)
{
printf("%-10i", job->job_id);
}
if(NULL != job->name)
strncpy(jobname_short,job->name,10);
else
strncpy(jobname_short,"(null)",10);
jobname_short[10] = '\0';
if(!summary_only)
{
printf("%-11s",jobname_short);
}
strncpy(jobuser_short,uid_to_string(job->user_id).c_str(),14);
jobuser_short[14] = '\0';
if(!summary_only)
{
printf("%-14s", jobuser_short);
printf("%-8s","Running");
printf("%-6i ",job->num_cpus);;
printf("%-6i ",jobgpu);;
}
if(long_listing)
{
if(!summary_only)
{
printf("%-4i",job->num_nodes);
}
//printf("%-4i",6000);
strncpy(queuename_short,job->partition,14);
queuename_short[14] = '\0';
if(!summary_only)
{
printf(" %-14s",queuename_short);
}
}
if(!summary_only)
{
printf(" %2i:",hours_remain);
if(mins_remain < 10)
printf("0%1i:",mins_remain);
else
printf("%2i:",mins_remain);
if(secs_remain < 10)
printf("0%1i ",secs_remain);
else
printf("%2i ",secs_remain);
shorttime = (char *)calloc(20,sizeof(char));
strncpy(shorttime,starttime,19);
shorttime[19] = '\0';
printf("%s",shorttime);
printf("\n");
}
free(starttime);
free(shorttime);
rjobs++;
rprocs += job->num_cpus;
rgpus += jobgpu;
/* Need to make sure we aren't double counting nodes */
/* Lets get the current hostlist */
job_nodelist = slurm_hostlist_create(job->nodes);
k=0;
while ((host = slurm_hostlist_shift(job_nodelist))) {
strncpy(hostlist[k],host,255);
k++;
}
numhl=k;
/* Now lets check it against the nodes we have already counted */
for (k=0;k<numhl;k++){
alreadycounted=0;
for(n=0;n<rnodes;n++){
if (strcmp(hostlist[k],hostlistcheck[n]) == 0) {
alreadycounted=1;
break;
}
}
/* If we've already been counted break out of this loop if not counted then store that data */
if (alreadycounted == 0) {
strcpy(hostlistcheck[rnodes],hostlist[k]);
rnodes++;
}
}
} // end loop over slurm jobs
/* Running Job summary*/
/* We need to figure out how many cores and nodes are available for this partition if we specify one */
if(named_partition_jobs_only) {
partition_info_msg_t * partition_ptr = NULL;
if( slurm_load_partitions( (time_t) NULL, &partition_ptr, SHOW_ALL) ) {
printf("[Error]: unable to query SLURM partitions\n");
exit(10);
}
for(int i=0; i<partition_ptr->record_count;i++) {
partition_info_t * partition;
partition = &partition_ptr->partition_array[i];
// get partition string
strncpy(queuename_short,partition->name,255);
if ((strcmp(current_partition,queuename_short) != 0) ) continue;
total_avail_procs = partition->total_cpus;
total_avail_nodes = partition->total_nodes;
// Calculate GPU usage
total_avail_gpus = 0;
strncpy(tres,partition->tres_fmt_str,255);
if (strstr(tres,"gpu"))
{
token = strtok(tres,delimiters);
for(;;) {
if (strstr(token,"gpu"))
{
token = strtok(token,deleq);
token = strtok(NULL,deleq);
total_avail_gpus = atoi(token);
break;
}
if (token == NULL) break;
token = strtok(NULL,delimiters);
}
}
}
}
if(local_user_jobs_only)
{
//printf("\nYou have %3i Active jobs utilizing: %6i of %6i Processors (%4.2f%%)\n",rjobs,rprocs,
//total_avail_procs,(float)100.*rprocs/total_avail_procs);
}
else
{
printf("\n");
if(rjobs == 1)
printf( "%6i active job ",rjobs);
else
printf( "%6i active jobs ",rjobs);
if(show_utilization)
printf(": %4i of %4i nodes (%6.2f %%)",rnodes,total_avail_nodes,(float)100.*rnodes/total_avail_nodes);
if(named_partition_jobs_only) {
printf(": %4i of %4i cores (%6.2f %%)",rprocs,total_avail_procs,(float)100.*rprocs/total_avail_procs);
printf(": %4i of %4i gpus (%6.2f %%)",rgpus,total_avail_gpus,(float)100.*rgpus/max(1,total_avail_gpus));
printf(": %4i of %4i nodes (%6.2f %%)",rnodes,total_avail_nodes,(float)100.*rnodes/total_avail_nodes);
}
printf("\n");
}
}
//---------------------------------------------------------------------
// 2nd: Display pending jobs; 1st come idle jobs waiting for free
// resources, then come blocked jobs
// ---------------------------------------------------------------------
if(pending_jobs.size() > 0)
{
if(!summary_only)
{
printf("\nWAITING JOBS------------------------\n");
if(long_listing)
{
printf("JOBID JOBNAME USERNAME STATE CORE GPU HOST QUEUE WCLIMIT QUEUETIME\n");
printf("======================================================================================================\n");
}
else
{
printf("JOBID JOBNAME USERNAME STATE CORE GPU WCLIMIT QUEUETIME\n");
printf("====================================================================================\n");
}
}
/* We are going to sort the jobs in order of priorty */
if (sort_by_priority) {
/* First we need to extract the priority data */
for (int i=0; i<pending_jobs.size();i++) {
job_info_t * job;
job = &job_ptr->job_array[pending_jobs[i]];
pend_id[i]=i;
priority[i]=job->priority;
}
/* Now we can actually sort the data */
new_id_order[0]=pend_id[0];
for (int i=1; i<pending_jobs.size();i++) {
sorted=false;
for (int j=0;j<i;j++) {
if (priority[pend_id[i]] > priority[new_id_order[j]]) {
for (int k=j; k<i; k++) {
id_temp[k]=new_id_order[k];
}
new_id_order[j]=pend_id[i];
for (int k=j; k<i; k++) {
new_id_order[k+1]=id_temp[k];
}
sorted=true;
break;
}
}
if (sorted == false) {
new_id_order[i]=pend_id[i];
}
}
}
for(int i=0; i<pending_jobs.size();i++)
{
job_info_t * job;
job = &job_ptr->job_array[pending_jobs[i]];
if (sort_by_priority) {
job = &job_ptr->job_array[pending_jobs[new_id_order[i]]];
}
// get partition string
strncpy(queuename_short,job->partition,255);
/* printf("Partition Name: %s\n",queuename_short);
token = strtok(queuename_short,delimiters);
printf("Split Partition Name: %s\n",token); */
if(job->job_state != JOB_PENDING)
continue;
if ((local_user_jobs_only) &&
(strcmp(current_user,uid_to_string(job->user_id).c_str()) != 0) )
continue;
/*if ((named_partition_jobs_only) &&
(strcmp(current_partition,queuename_short) != 0) )
continue; */
if (named_partition_jobs_only) {
partition_true = 1;
token = strtok(queuename_short,delimiters);
for(;;) {
/*printf("Split Partition %s\n",token);*/
if (token == NULL) break;
if (strcmp(current_partition,token) == 0) partition_true = 0;
token = strtok(NULL,delimiters);
}
}
if ((named_partition_jobs_only) && (partition_true)) continue;
if(job->state_reason == WAIT_DEPENDENCY ||
job->state_reason == WAIT_HELD ||
job->state_reason == WAIT_TIME ||
job->state_reason == WAIT_ASSOC_JOB_LIMIT ||
job->state_reason == WAIT_QOS_MAX_CPU_PER_JOB ||
job->state_reason == WAIT_QOS_MAX_CPU_MINS_PER_JOB ||
job->state_reason == WAIT_QOS_MAX_NODE_PER_JOB ||
job->state_reason == WAIT_QOS_MAX_WALL_PER_JOB ||
job->state_reason == WAIT_QOS_MAX_GRES_PER_JOB ||
job->state_reason == WAIT_HELD_USER ||
job->state_reason == FAIL_BAD_CONSTRAINTS ||
job->state_reason == WAIT_PART_CONFIG ||
job->state_reason == WAIT_ARRAY_TASK_LIMIT)
{
blocked_jobs++;
continue;
}
if(job->state_reason != WAIT_PRIORITY &&
job->state_reason != WAIT_RESOURCES &&
job->state_reason != WAIT_NODE_NOT_AVAIL &&
job->state_reason != WAIT_PART_NODE_LIMIT &&
job->state_reason != WAIT_PART_TIME_LIMIT &&
job->state_reason != FAIL_DOWN_PARTITION &&
job->state_reason != WAIT_PART_DOWN &&
job->state_reason != WAIT_NO_REASON &&
job->state_reason != WAIT_QOS_JOB_LIMIT &&
job->state_reason != WAIT_QOS_RESOURCE_LIMIT &&
job->state_reason != WAIT_QOS_TIME_LIMIT &&
job->state_reason != WAIT_QOS_MAX_CPU_PER_USER &&
job->state_reason != WAIT_QOS_MAX_JOB_PER_USER &&
job->state_reason != WAIT_QOS_MAX_NODE_PER_USER &&
job->state_reason != WAIT_QOS_MAX_GRES_PER_USER &&
job->state_reason != WAIT_QOS_MAX_SUB_JOB &&
job->state_reason != WAIT_RESERVATION )
{
printf("[Warn]: unknown job state - pending job reason = %i\n",job->state_reason);
continue;
}
idle_jobs++;
// Display job info
if(!summary_only)
{
printf("%-10i", job->job_id);
}
if(NULL != job->name)
strncpy(jobname_short,job->name,10);
else
strncpy(jobname_short,"(null)",10);
jobname_short[10] = '\0';
if(!summary_only)
{
printf("%-11s",jobname_short);
strncpy(jobuser_short,uid_to_string(job->user_id).c_str(),14);
jobuser_short[14] = '\0';
printf("%-14s", jobuser_short);
printf("%-8s","Waiting");
printf("%-6i ",job->num_cpus);
// Calculate GPU usage
jobgpu = 0;
strncpy(tres,job->tres_req_str,255);
if (strstr(tres,"gpu"))
{
token = strtok(tres,delimiters);
for(;;) {
if (strstr(token,"gpu"))
{
token = strtok(token,deleq);
token = strtok(NULL,deleq);
jobgpu = atoi(token);
break;
}
if (token == NULL) break;
token = strtok(NULL,delimiters);
}
}
printf("%-6i ",jobgpu);
if(long_listing)
{
printf("%-4i ",job->num_nodes);
strncpy(queuename_short,job->partition,14);
queuename_short[14] = '\0';
printf("%-14s",queuename_short);
}
secs_max = job->time_limit*60; // max runtime (converted to secs)
hours_remain = secs_max/3600;
mins_remain = (secs_max-hours_remain*3600)/60;
secs_remain = (secs_max - hours_remain*3600 - mins_remain*60);
printf(" %2i:",hours_remain);
if(mins_remain < 10)
printf("0%1i:",mins_remain);
else
printf("%2i:",mins_remain);
if(secs_remain < 10)
printf("0%1i ",secs_remain);
else
printf("%2i ",secs_remain);
submittime = strdup(ctime( &job->submit_time));
shorttime = (char *)calloc(20,sizeof(char));
strncpy(shorttime,submittime,19);
printf("%s",shorttime);
printf("\n");
}
free(submittime);
free(shorttime);
} // end loop over slurm jobs
} // end for pending jobs
if(blocked_jobs > 0)
{
if(!summary_only)
{
printf("\nBLOCKED JOBS--\n");
if(long_listing)
{
printf("JOBID JOBNAME USERNAME STATE CORE GPU HOST QUEUE WCLIMIT QUEUETIME\n");
printf("=======================================================================================================\n");
}
else
{
printf("JOBID JOBNAME USERNAME STATE CORE GPU WCLIMIT QUEUETIME\n");
printf("====================================================================================\n");
}
}
for(int i=0; i<pending_jobs.size();i++)
{
job_info_t * job;
job = &job_ptr->job_array[pending_jobs[i]];
if(job->job_state != JOB_PENDING)
continue;
if(job->state_reason != WAIT_DEPENDENCY &&
job->state_reason != WAIT_HELD &&
job->state_reason != WAIT_TIME &&
job->state_reason != WAIT_ASSOC_JOB_LIMIT &&
job->state_reason != WAIT_QOS_MAX_CPU_PER_JOB &&
job->state_reason != WAIT_QOS_MAX_CPU_MINS_PER_JOB &&
job->state_reason != WAIT_QOS_MAX_NODE_PER_JOB &&
job->state_reason != WAIT_QOS_MAX_WALL_PER_JOB &&
job->state_reason != WAIT_QOS_MAX_GRES_PER_JOB &&
job->state_reason != WAIT_HELD_USER &&
job->state_reason != FAIL_BAD_CONSTRAINTS &&
job->state_reason != WAIT_PART_CONFIG &&
job->state_reason != WAIT_ARRAY_TASK_LIMIT)
{
continue;
}
// Only display blocked jobs to the user who owns them, or root.
if( (strcmp(current_user,uid_to_string(job->user_id).c_str()) != 0) && (strcmp(current_user,"root") != 0) && (true!=show_blocked) )
continue;
// Display job info
if(!summary_only)
{
printf("%-10i", job->job_id);
}
if(NULL != job->name)
strncpy(jobname_short,job->name,10);
else
strncpy(jobname_short,"(null)",10);
jobname_short[10] = '\0';
if(!summary_only)
{
printf("%-11s",jobname_short);
strncpy(jobuser_short,uid_to_string(job->user_id).c_str(),14);
jobuser_short[14] = '\0';
printf("%-14s", jobuser_short);
if(job->state_reason == WAIT_ASSOC_JOB_LIMIT)
printf("%-8s","Quota");
else
printf("%-8s","Waiting");
printf("%-6i ",job->num_cpus);
// Calculate GPU usage
jobgpu = 0;
strncpy(tres,job->tres_req_str,255);
if (strstr(tres,"gpu"))
{
token = strtok(tres,delimiters);
for(;;) {
if (strstr(token,"gpu"))
{
token = strtok(token,deleq);
token = strtok(NULL,deleq);
jobgpu = atoi(token);
break;
}
if (token == NULL) break;
token = strtok(NULL,delimiters);
}
}
printf("%-6i ",jobgpu);
if(long_listing)
{
printf("%-4i ",job->num_nodes);
strncpy(queuename_short,job->partition,14);
queuename_short[14] = '\0';
printf("%-14s",queuename_short);
}
secs_max = job->time_limit*60; // max runtime (converted to secs)
hours_remain = secs_max/3600;
mins_remain = (secs_max-hours_remain*3600)/60;
secs_remain = (secs_max - hours_remain*3600 - mins_remain*60);
printf(" %2i:",hours_remain);
if(mins_remain < 10)
printf("0%1i:",mins_remain);
else
printf("%2i:",mins_remain);
if(secs_remain < 10)
printf("0%1i ",secs_remain);
else
printf("%2i ",secs_remain);
submittime = strdup(ctime( &job->submit_time));
shorttime = (char *)calloc(20,sizeof(char));
strncpy(shorttime,submittime,19);
printf("%s",shorttime);
printf("\n");
}
free(submittime);
free(shorttime);
} // end loop over jobs
//-----------------------------------------------------
// 4th: Summarize completing/errored jobs
//----------------------------------------------------
if(errored_jobs.size() > 0)
{
if(!summary_only)
{
printf("\nCOMPLETING/ERRORED JOBS-------------\n");
printf("JOBID JOBNAME USERNAME STATE CORE WCLIMIT QUEUETIME\n");
printf("================================================================================\n");
}
for(int i=0; i<errored_jobs.size();i++)
{
job_info_t * job;
job = &job_ptr->job_array[errored_jobs[i]];
current_time = time(NULL);
secs_max = job->time_limit*60; // max runtime (converted to secs)
remain_time = (time_t)difftime(secs_max+job->start_time,current_time);
starttime = strdup(ctime( &job->start_time));
starttime[strlen(starttime)-1] = '\0';
hours_remain = remain_time/3600;
mins_remain = (remain_time-hours_remain*3600)/60;
secs_remain = (remain_time - hours_remain*3600 - mins_remain*60);
/* only show leading minus sign */
if(mins_remain < 0)
mins_remain = -mins_remain;
if(secs_remain < 0)
secs_remain = -secs_remain;
if(NULL != job->name)
strncpy(jobname_short,job->name,10);
else
strncpy(jobname_short,"(null)",10);
jobname_short[10] = '\0';
strncpy(jobuser_short,uid_to_string(job->user_id).c_str(),14);
jobuser_short[14] = '\0';
if(!summary_only)
{
printf("%-10i", job->job_id);
printf("%-11s",jobname_short);
printf("%-14s", jobuser_short);
printf("%-8s","Complte");
printf("%-6i ",job->num_cpus);
printf(" %2i:",hours_remain);
if(mins_remain < 10)
printf("0%1i:",mins_remain);
else
printf("%2i:",mins_remain);
if(secs_remain < 10)
printf("0%1i ",secs_remain);
else
printf("%2i ",secs_remain);
shorttime = (char *)calloc(20,sizeof(char));
strncpy(shorttime,starttime,19);
shorttime[19] = '\0';
printf("%s",shorttime);
printf("\n");
}
free(starttime);
free(shorttime);
} // end loop over errored jobs
}
}
/*----------
* Summary
*----------*/
printf("\nTotal Jobs: %-4i Active Jobs: %-4i Idle Jobs: %-4i "
"Blocked Jobs: %-4i\n",rjobs+idle_jobs+blocked_jobs,
rjobs,idle_jobs,blocked_jobs);
//
// /*------------------------------
// * Query advanced reservations
// *------------------------------*/
//
// resInfo = lsb_reservationinfo(NULL, &resvNumbers, 0);
//
// if(resvNumbers > 0)
// {
//
// printf("\nADVANCED RESERVATIONS----------\n");
// printf("RESV ID PROC RESERVATION WINDOW\n");
//
// for(i=0;i<resvNumbers;i++)
// {
// sscanf(resInfo[i].timeWindow,"%ld-%ld",&time1,&time2);
//
// /* Weed out reservations that are a long way out */
//
// if( (difftime(time1,time(NULL))) > RES_LEAD_WINDOW && !show_all_reserv)
// continue;
//
// starttime = strdup(ctime(&time1));
// endtime = strdup(ctime(&time2));
// starttime[strlen(starttime)-1] = '\0';
// endtime[strlen(endtime)-1] = '\0';
//
// /* Count up the number of reserved processors */
//
// reserv_procs = 0;
// for(j=0;j<resInfo[i].numRsvHosts;j++)
// reserv_procs += resInfo[i].rsvHosts[j].numRsvProcs;
//
// printf("%-10s %4i %s - %s\n",resInfo[i].rsvId,
// reserv_procs,starttime,endtime);
//
//
//
// free(starttime);
// free(endtime);
//
// }
// }
// clean-up time
slurm_free_job_info_msg(job_ptr);
exit(0);
}
/*-------------------------------------------------------------------
* quantify_pending_job():
*
* Determine job idleness by comparing lsb_pendreason to certain
* key pending reasons. Idle jobs are defined as:
*
* (a) those that do not have enough processes available
* (b) freshly submitted jobs
*
* Deferred jobs are the inverse.
*---------------------------------------------------------------------*/
int quantify_pending_job(char *reason)
{
const char *idle_string1 = "New job is waiting for scheduling";
const char *idle_string2 = "Not enough processors";
const char *idle_string3 = "Job was suspended";
const char *idle_string4 = "Job\'s requirement for exclusive execution not satisfied";
char *local;
if(strstr(reason,idle_string1) != NULL)
return(0);
else if(strstr(reason,idle_string2) != NULL)
return(1);
else if(strstr(reason,idle_string3) != NULL)
return(2);
else if(strstr(reason,idle_string4) != NULL)
return(1);
else
return(3);
}
/*-------------------------------------
* Parse/Define command line arguments
*-------------------------------------*/
#if 0
void parse_command_line(int argc,char **argv)
{
/* Allowable command line options */
#if 1
struct arg_lit *l = arg_lit0("l", NULL, "long (wide) listing");
struct arg_lit *u = arg_lit0("u", NULL, "display jobs for "
"current user only");
struct arg_lit *all_res = arg_lit0(NULL,"all-reserv",
"show all advanced reservations");
struct arg_lit *help = arg_lit0(NULL,"help","print this help and exit");
struct arg_lit *version = arg_lit0(NULL,"version",
"print version information and exit");
struct arg_end *end = arg_end(20);
void* argtable[] = {l,u,all_res,help,version,end};
const char* progname = "slurm_showq";