def remote_thread_init(bar,finished,server,data_pack):
try:
remote = remote_exec.remote_exec(server[0],server[1],0,1)
results = remote.run(data_pack)
#assign the results from the returned data to the local individuals
inputs = data_pack[0]
old = inputs['sub_pop']
new = results['sub_pop']
for i in range(len(old)):
old[i].__dict__.update(new[i].__dict__)
except IndexError:
print 'error in %s,%d' % server
bar.enter()
finished.post()
def remote_thread_eval(bar,finished,server,data_pack):
#import tree
try:
#print '5',tree.ref()
remote = remote_exec.remote_exec(server[0],server[1],0,1)
results = remote.run(data_pack)
#print '6',tree.ref()
#assign the results from the returned data to the local individuals
inputs = data_pack[0]
old = inputs['sub_pop']
new = results['sub_pop']
for gnm in new:
gnm.root.delete_circulars()
del gnm.root
#print '6.25',tree.ref()
for i in range(len(old)):
old[i].__dict__.update(new[i].__dict__)
#print '6.5',tree.ref()
except IndexError:
print 'error in %s,%d' % server
"""
import sys
#r = new[0].root
#print 'ref count',sys.getrefcount(r)
#print '6.75',tree.ref()
#Huh??? Why do I need to delete the new genomes
#individually here? Why aren't they garbage collected?
indices = range(len(new))
indices.reverse()
for i in indices:
del new[i]
#print 'ref count',sys.getrefcount(r)
#print '6.8',tree.ref()
#r.delete_circulars()
#print 'ref count',sys.getrefcount(r)
#print '6.9',tree.ref()
#del r
#print '6.95',tree.ref()
"""
bar.enter()
finished.post()
