int avg_render_time; // average seconds it took to render a frame

  unsigned int time_remaining; // estimated seconds remaining till render is complete (up to 49, 710 days)

							   // we can have the client computer convert it into days, hours, etc if they wish to view it

  struct frameset *frameset;

};

// Frameset Structure

struct frameset {

	int num; // frame number to render

	char slave_name; // user that frame is assigned to

	int status; // status of frame, 0= unassigned, 1= taken, 2= done

	clock_t start_time; // time the frame was started

	int time_to_render; // the total seconds it took to render the frame

}; // Frameset array is generated by status_report_generator function

                         // Using this method to save memory, because if animation starts on a high frame number, it would waste a lot of RAM on empty structures

/*

  internally defined funcs's prototypes

*/

void status_report_generator(struct blendjob **blendjobs_head);

void blendjob_remove(struct blendjob **head, struct blendjob *bj);

struct blendjob *blendjob_get(struct blendjob *head, jobnum_t jobnum);

/* Global Vars, try to cut down on these */

jobnum_t jobnum = 0; // The next job number to create in the queue

int hcfjob; // Highest consecutively finished job

int highest_jobnum; // The job number of the most recently created job, this is used when creating new jobs

/* ********************** Functions ************************* */

void start_data(){

	if(1 == 0){

		// retrieve total_finished_jobs and total_finished_frames from xml file

	}

	else{

		general_info.total_finished_jobs = 0;

		general_info.total_frames_rendered = 0;

	}

}

// **** Finish-Setter: Sets a frame to the "completed" status.

void finish_frame(struct blendjob *blendjob, int frame){

  blendjob->frameset[frame].status = 2;

  general_info.total_frames_rendered++; // Increase total frames var for stats

}

// **** Queuer: Adds files to the queue

void queue(struct blendjob *blendjob, int type, char *name, char *submitter, char *email, int priority, int mode, int spp, struct frameset *frameset) {

	// Type: 1 = blender, add more types later

	// jobnum is the next available job number

	if(type == 1){

    blendjob->name = name;

    blendjob->submitter = submitter;

    blendjob->email = email;

    blendjob->priority = priority;

    blendjob->frameset = frameset;

  }

  else{

    // Throw error.

  }

jobnum++; // Advance the jobnumber for the next queued job

}

/**

  Status Report Generator:

  -figures out how much of the job is done, where jobnum corresponds to the job number

  -removes finished jobs

  @param blendjobs_head a pointer to a pointer because the head of the blendjobs linked list may need to be changed by blendjob_remove

*/

void status_report_generator(struct blendjob **blendjobs_head)

{

  struct blendjob *blendjob_ptr;

  unsigned short workers_working; /*< used to count the total number of workers working */

  unsigned int numjobs; /*< used to track number of jobs */

  blendjob_ptr = *blendjobs_head;

  workers_working = 0;

  numjobs = 0;

  while(blendjob_ptr)

    {

      if(blendjob_ptr->priority != 0)

	/* If the job is not done, scan it */

	{

	  unsigned int framecounter;  /*< to scan through frames */

	  unsigned long finished_frames; /*< variable that counts the completed frames */

	  unsigned int pending_frames; /*< variable that counts the assigned frames */

	      CFG_END()

	  };

	  cfg_opt_t myopts[] =

	    {

	      CFG_SEC("listen",  /* this must be imported into struct listens (which must still be declared) */

		      myopts_listen

		      ,

		      CFGF_MULTI),

	      CFG_END()

	    };

	  config = malloc(sizeof(struct distrend_config));

	  options_init(argc, argv, &config->mycfg, myopts, "server", &config->options);

	  return 0;

	}

	int distrend_config_free(struct distrend_config *config)

	{

	  options_free(config->options);

	  free(config);

	  return 0;

	}

// End non-working framework?

  int cont = 1;

  struct distrend_listenset *listenset;

  struct distrend_config *config;

  distrend_do_config(argc, argv, config);

  distrend_listen(&listenset, config);

  /* This is called the ``main loop'' */

  while(cont)

    {

      struct distren_action *action;

      distrend_accept(&action);

      cont = distrend_do(action);

      /* Somewhat Pseudo-code for basic server operation, should be more event-driven */

      start_data();

      status_report_generator(); // TODO: Add correct args

      blend_frame_watchdog();	 // TODO: Add correct args

      		framenum = frame_finder(); // give framefinder args, framefinder should return job number and frame number

      		jobnum = frame_finder();

      		remotio_send_to_client(framenum);

      	}

      /* If the client's status changes from running to idle */

      	if(clientstatus == DISTREN_REQUEST_DONEFRAME && iteration == 0){

      		finish_frame(jobnum, framenumprevious); // make it finish the previous frame or something.

      		frame_finder() ==> returns jobnum/framenum that are sent to slave, "render jobnum framenum"

      	}

      /* End Somewhat Pseudo-code */

      distrend_action_free(action);

    }

  distrend_unlisten(listenset);

  distrend_config_free(config);

  return 0;

}