igor@0: #!/usr/bin/python
igor@0: 
igor@0: 
igor@0: # External variables:
igor@0: # * network
igor@0: # * domain
igor@0: 
igor@0: import sys
igor@0: 
igor@0: sys.path.append('/root')
igor@0: try:
igor@0: 	exec 'from %s import *' % (network)
igor@0: except:
igor@0: 	print "Can't find or interpret module %s with topology description" %(network)
igor@0: 	sys.exit(1)
igor@0: 
igor@0: name=domain
igor@0: N = domains.index(domain)
igor@0: 
igor@0: 
igor@0: memory=mem_table[domain]
igor@0: 
igor@0: disk=[]
igor@0: i=0
igor@0: for disk_description in disk_table[domain]:
igor@0: 	i+=1
igor@0: 	if disk_description.find(":") == -1:
igor@0: 		disk.append('phy:/dev/drbd/%s,hda%s,w' % (domain,i) )
igor@0: 	else:
igor@0: 		disk.append('phy:/dev/drbd/%s,hda%s,w' % ((disk_description.split(':'))[0],i) )
igor@0: 
igor@0: vif=[]
igor@0: vbridges = vbridges_table[domain]
igor@0: x=1
igor@0: for i in vbridges:
igor@0:  vif.append('bridge='+i+',mac=00:16:3e:01:'+hex(int(N))[2:]+':'+hex(int('c0',16)+x)[2:])
igor@0:  x+=1
igor@0: 
igor@0: root="/dev/hda1 ro"
igor@0: extra=""
igor@0: 
igor@0: def print_config():
igor@0:     print "name =", name
igor@0:     print "kernel =", kernel
igor@0:     print "ramdisk =", ramdisk
igor@0:     print "memory =", memory
igor@0:     print "disk =", disk
igor@0:     print "vif =", vif
igor@0:     print "root =", root
igor@0:     print "extra =", extra
igor@0: