struct frameset ** frameset;

} luxjob[max];

int main(int argc, char *argv[])

{

/*

 frame[frame] Assignments:

  "0" - cancelled

  "1" - unassigned

  "2" - assigned to slave

  "3" - completed by slave and uploaded

 Have a script crawl through each job in the arrays, ordered by priority?, and assign a certain number of frames to each slave.

 Then we will need some sort of watchdog to monitor slaves on the main server to check for stales.

*/

// Queuer: this function should add files to the queue

// Type: 0 = blender, 1 = luxrender

// jobnum is the current job number

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

if(type == 1){

  blendjob[jobnum].name = name;

  blendjob[jobnum].submitter = submitter;

  blendjob[jobnum].email = email;

  blendjob[jobnum].priority = priority;

  blendjob[jobnum].frameset =  frameset;

}

if(type == 2){

  luxjob[jobnum].name = name;

  luxjob[jobnum].submitter = submitter;

  luxjob[jobnum].email = email;

  luxjob[jobnum].priority = priority;

  luxjob[jobnum].mode = mode;

  luxjob[jobnum].spp = spp;

  luxjob[jobnum].frameset = frameset;

  // handle lux modes somehow.

}

else{

// Throw error.

}

jobnum++;

}

///////////////////////// SLAVE ///////////////////////////////

/*

Slave listens on server for a command in the format of each function...

We need if's for returns... ==> watchdog

*/

// Executors

void exec_blender(char *input, char *output, int sframe, int eframe) {

  int ret;

  /* SEGFAULTAGE :-D */

  char *cmd[] = { "blender", "-b", "-o", output, input, "-s", sframe, "-e", eframe, (char *)0 };

  ret = execv("/usr/bin/blender", cmd);

}