def form_valid(self, *args, **kwargs):
try:
form=kwargs['form']
user=self.request.user
ec2_pool = EC2Pool.objects.get(id=kwargs['pool_id'])
assert ec2_pool.vpc.access_key.user == self.request.user
ec2_tools.refresh_pool(ec2_pool)
nodes_to_terminate = form.cleaned_data['nodes_to_terminate']
instance_type = form.cleaned_data['instance_type']
if instance_type == '-': instance_type = None
pricing = form.cleaned_data['pricing']
spot_price_order = form.cleaned_data['spot_price_order']
spot_price_custom = form.cleaned_data['spot_price_custom']
errors = ec2_tools.scale_down(ec2_pool, nodes_to_terminate, instance_type, pricing, spot_price_order, spot_price_custom)
ec2_pool.save()
if errors:
self.request.session['errors'] = aws_tools.process_errors(errors)
self.success_url = reverse_lazy('pool_details', kwargs={'pool_id':ec2_pool.id})
except Exception, e:
self.request.session['errors'] = aws_tools.process_errors([e])
log.exception(e)
return HttpResponseRedirect(reverse_lazy('pool_details', kwargs={'pool_id':ec2_pool.id}))
def get_local_resources(user, key=None):
overview = ResourceOverview()
ec2_pools = EC2Pool.objects.filter(vpc__access_key__user=user) | EC2Pool.objects.filter(vpc__access_key__copy_of__user=user)
for ec2_pool in ec2_pools:
ec2_tools.refresh_pool(ec2_pool)
if key:
keys=[key]
else:
keys=AWSAccessKey.objects.filter(user=user) | AWSAccessKey.objects.filter(copy_of__user=user)
for key in keys:
#EC2 instances
ec2_instances = EC2Instance.objects.all()#filter(ec2_pool__vpc__access_key=key) | EC2Instance.objects.filter(ec2_pool__vpc__access_key__copy_of=key)
#ec2_instances = EC2Instance.objects.filter(ec2_pool__id__in=ec2_pool_ids)
running_instances = ec2_instances.filter(state='pending') | ec2_instances.filter(state='running')# | ec2_instances.filter(state='shutting-down')
for instance in running_instances:
overview.add_ec2_instance(key, instance.instance_id)
#Elastic IPs
elastic_ips = ElasticIP.objects.all()
for elastic_ip in elastic_ips:
overview.add_elastic_ip(key, elastic_ip.allocation_id, elastic_ip.association_id, None)
return overview
def form_valid(self, *args, **kwargs):
try:
form=kwargs['form']
user=self.request.user
ec2_pool = EC2Pool.objects.get(id=kwargs['pool_id'])
assert ec2_pool.vpc.access_key.user == self.request.user
ec2_tools.refresh_pool(ec2_pool)
nodes_to_terminate = form.cleaned_data['nodes_to_terminate']
instance_type = form.cleaned_data['instance_type']
if instance_type == '-': instance_type = None
pricing = form.cleaned_data['pricing']
spot_price_order = form.cleaned_data['spot_price_order']
spot_price_custom = form.cleaned_data['spot_price_custom']
errors = ec2_tools.scale_down(ec2_pool, nodes_to_terminate, instance_type, pricing, spot_price_order, spot_price_custom)
ec2_pool.save()
if errors:
self.request.session['errors'] = aws_tools.process_errors(errors)
self.success_url = reverse_lazy('pool_details', kwargs={'pool_id':ec2_pool.id})
except Exception as e:
self.request.session['errors'] = aws_tools.process_errors([e])
log.exception(e)
return HttpResponseRedirect(reverse_lazy('pool_details', kwargs={'pool_id':ec2_pool.id}))
return super(EC2PoolScaleDownView, self).form_valid(*args, **kwargs)
def form_valid(self, *args, **kwargs):
try:
form=kwargs['form']
user=self.request.user
ec2_pool = EC2Pool.objects.get(id=kwargs['pool_id'])
assert ec2_pool.vpc.access_key.user == self.request.user
ec2_tools.refresh_pool(ec2_pool)
extra_nodes=form.cleaned_data['instances_to_add']
spot_price = form.cleaned_data['pricing'] == 'spot'
spot_bid_price = form.cleaned_data['spot_bid_price']
instance_type = form.cleaned_data['initial_instance_type']
errors = ec2_tools.scale_up(ec2_pool=ec2_pool,
extra_nodes=extra_nodes,
instance_type=instance_type,
spot=spot_price,
spot_bid_price=spot_bid_price)
ec2_pool.save()
self.request.session['errors'] = aws_tools.process_errors(errors)
except Exception as e:
self.request.session['errors'] = aws_tools.process_errors([e])
log.exception(e)
return HttpResponseRedirect(reverse_lazy('pool_details', kwargs={'pool_id':ec2_pool.id}))
self.success_url = reverse_lazy('pool_details', kwargs={'pool_id':ec2_pool.id})
return super(EC2PoolScaleUpView, self).form_valid(*args, **kwargs)
def refresh_all_ec2_pools():
"""Refresh all ec2 pools
"""
log.debug('Refreshing all EC2 pools')
pools = EC2Pool.objects.all() #Get all pools indiscriminately
for ec2_pool in pools:
try:
ec2_tools.refresh_pool(ec2_pool)
except Exception, e:
log.exception(e)
def dispatch(self, request, *args, **kwargs):
kwargs['show_loading_screen'] = True
kwargs['loading_title'] = 'Scaling pool'
kwargs['loading_description'] = 'Please be patient and do not navigate away from this page. This process can take several minutes'
kwargs['scale_up']=True
ec2_pool = EC2Pool.objects.get(id=kwargs['pool_id'])
kwargs['pool'] = ec2_pool
assert ec2_pool.vpc.access_key.user == request.user
ec2_tools.refresh_pool(ec2_pool)
return super(EC2PoolScaleUpView, self).dispatch(request, *args, **kwargs)
def refresh_all_ec2_pools():
"""Refresh all ec2 pools
"""
log.debug('Refreshing all EC2 pools')
pools = EC2Pool.objects.all() #Get all pools indiscriminately
for ec2_pool in pools:
try:
ec2_tools.refresh_pool(ec2_pool)
except Exception as e:
log.exception(e)
def dispatch(self, request, *args, **kwargs):
kwargs['show_loading_screen'] = True
kwargs['loading_title'] = 'Scaling pool'
kwargs['loading_description'] = 'Please be patient and do not navigate away from this page. This process can take several minutes'
kwargs['scale_up']=True
ec2_pool = EC2Pool.objects.get(id=kwargs['pool_id'])
kwargs['pool'] = ec2_pool
assert ec2_pool.vpc.access_key.user == request.user
ec2_tools.refresh_pool(ec2_pool)
return super(EC2PoolScaleUpView, self).dispatch(request, *args, **kwargs)
def dispatch(self, request, *args, **kwargs):
ec2_pools = EC2Pool.objects.filter(user=request.user, copy_of__isnull=True)
for ec2_pool in ec2_pools:
ec2_tools.refresh_pool(ec2_pool)
kwargs['ec2_pools'] = ec2_pools
bosco_pools = BoscoPool.objects.filter(user=request.user, copy_of__isnull=True)
kwargs['bosco_pools'] = bosco_pools
shared_pools = CondorPool.objects.filter(user=request.user, copy_of__isnull=False)
kwargs['shared_pools'] = shared_pools
return RestrictedView.dispatch(self, request, *args, **kwargs)
def dispatch(self, request, *args, **kwargs):
ec2_pools = EC2Pool.objects.filter(user=request.user, copy_of__isnull=True)
for ec2_pool in ec2_pools:
ec2_tools.refresh_pool(ec2_pool)
kwargs['ec2_pools'] = ec2_pools
bosco_pools = BoscoPool.objects.filter(user=request.user, copy_of__isnull=True)
kwargs['bosco_pools'] = bosco_pools
shared_pools = CondorPool.objects.filter(user=request.user, copy_of__isnull=False)
kwargs['shared_pools'] = shared_pools
return RestrictedView.dispatch(self, request, *args, **kwargs)
def get_local_resources(user, key=None):
overview = ResourceOverview()
ec2_pools = EC2Pool.objects.filter(
vpc__access_key__user=user) | EC2Pool.objects.filter(
vpc__access_key__copy_of__user=user)
for ec2_pool in ec2_pools:
ec2_tools.refresh_pool(ec2_pool)
if key:
keys = [key]
else:
keys = AWSAccessKey.objects.filter(
user=user) | AWSAccessKey.objects.filter(copy_of__user=user)
for key in keys:
#EC2 instances
ec2_instances = EC2Instance.objects.all(
) #filter(ec2_pool__vpc__access_key=key) | EC2Instance.objects.filter(ec2_pool__vpc__access_key__copy_of=key)
#ec2_instances = EC2Instance.objects.filter(ec2_pool__id__in=ec2_pool_ids)
running_instances = ec2_instances.filter(
state='pending') | ec2_instances.filter(
state='running'
) # | ec2_instances.filter(state='shutting-down')
for instance in running_instances:
overview.add_ec2_instance(key, instance.instance_id)
#Elastic IPs
elastic_ips = ElasticIP.objects.all()
for elastic_ip in elastic_ips:
overview.add_elastic_ip(key, elastic_ip.allocation_id,
elastic_ip.association_id, None)
return overview
def form_valid(self, *args, **kwargs):
try:
form=kwargs['form']
user=self.request.user
ec2_pool = EC2Pool.objects.get(id=kwargs['pool_id'])
assert ec2_pool.vpc.access_key.user == self.request.user
ec2_tools.refresh_pool(ec2_pool)
extra_nodes=form.cleaned_data['instances_to_add']
spot_price = form.cleaned_data['pricing'] == 'spot'
spot_bid_price = form.cleaned_data['spot_bid_price']
instance_type = form.cleaned_data['initial_instance_type']
errors = ec2_tools.scale_up(ec2_pool=ec2_pool,
extra_nodes=extra_nodes,
instance_type=instance_type,
spot=spot_price,
spot_bid_price=spot_bid_price)
ec2_pool.save()
self.request.session['errors'] = aws_tools.process_errors(errors)
except Exception, e:
self.request.session['errors'] = aws_tools.process_errors([e])
log.exception(e)
return HttpResponseRedirect(reverse_lazy('pool_details', kwargs={'pool_id':ec2_pool.id}))
def dispatch(self, request, *args, **kwargs):
pool = CondorPool.objects.get(id=kwargs['pool_id'])
#Recast the pool type
if pool.get_pool_type() == 'ec2':
pool = EC2Pool.objects.get(id=pool.id)
elif pool.get_pool_type() == 'bosco':
pool = BoscoPool.objects.get(id=pool.id)
kwargs['pool'] = pool
assert isinstance(pool, CondorPool)
assert pool.user == self.request.user
if pool.copy_of != None:
pool_type = 'shared'
#Recast the original pool type to be the same as the current pool type
original_pool = pool.__class__.objects.get(id=pool.copy_of.id)
kwargs['original_pool'] = original_pool
elif pool.get_pool_type() == 'ec2':
pool_type = 'ec2'
kwargs['original_pool'] = pool
else:
pool_type = 'bosco'
kwargs['pool_type'] = pool_type
tasks = Task.objects.filter(condor_pool=pool)
kwargs['tasks']=tasks
#Decide on which buttons to display
buttons = {}
#All pools have the following:
buttons[0] = {'button_text': 'Remove pool', #Rename this later for EC2 pools
'url': reverse_lazy('pool_remove', kwargs={'pool_id' : kwargs['pool_id']}),
'class':'button button-narrow button-alt',
}
buttons[1] = {'button_text' : 'Test pool',
'url': reverse_lazy('pool_test_result', kwargs={'pool_id' : kwargs['pool_id']}),
'loading_screen': True,
}
if pool_type != 'shared':
buttons[2] = {'button_text' : 'Share pool',
'url': reverse_lazy('pool_share', kwargs={'pool_id' : kwargs['pool_id']}),
}
buttons[3] = {'button_text' : 'Rename pool',
'url': reverse_lazy('pool_rename', kwargs={'pool_id' : kwargs['pool_id']}),
}
if pool_type != 'shared' and pool_type != 'bosco':
buttons[4] = {'button_text' : 'Scale up',
'url': reverse_lazy('ec2_pool_scale_up', kwargs={'pool_id' : kwargs['pool_id']}),
}
buttons[5] = {'button_text' : 'Scale down',
'url': reverse_lazy('ec2_pool_scale_down', kwargs={'pool_id' : kwargs['pool_id']}),
}
buttons[6] = {'button_text' : 'Change termination settings',
'url': reverse_lazy('pool_termination_settings', kwargs={'pool_id' : kwargs['pool_id']}),
}
if pool_type != 'shared' and pool_type == 'bosco':
buttons[4] = {'button_text' : 'Change status page link',
'url': reverse_lazy('pool_link_change',
kwargs={'pool_id' : kwargs['pool_id']})}
if pool_type == 'shared':
kwargs['shared'] = True
if original_pool.get_pool_type() == 'ec2':
kwargs['shared_pool_type'] = 'ec2'
instances=EC2Instance.objects.filter(ec2_pool=original_pool)
try:
master_id = original_pool.master.id
except:
master_id=None
compute_instances = instances.exclude(id=master_id)
kwargs['instances'] = instances
kwargs['compute_instances'] = compute_instances
# kwargs['ec2_pool'] = ec2_pool
else:
kwargs['shared_pool_type'] = 'bosco'
elif pool_type == 'ec2':
#Recast the pool as an EC2 object
pool = EC2Pool.objects.get(id=pool.id)
kwargs['pool'] = pool
buttons[0]['button_text'] = 'Terminate pool'
try:
assert pool.vpc.access_key.user == request.user
ec2_tools.refresh_pool(pool)
except EC2ResponseError, e:
request.session['errors'] = [error for error in e.errors]
log.exception(e)
return HttpResponseRedirect(reverse_lazy('pool_list'))
except Exception, e:
self.request.session['errors'] = [e]
log.exception(e)
return HttpResponseRedirect(reverse_lazy('pool_list'))
def dispatch(self, request, *args, **kwargs):
pool = CondorPool.objects.get(id=kwargs['pool_id'])
#Recast the pool type
if pool.get_pool_type() == 'ec2':
pool = EC2Pool.objects.get(id=pool.id)
elif pool.get_pool_type() == 'bosco':
pool = BoscoPool.objects.get(id=pool.id)
kwargs['pool'] = pool
assert isinstance(pool, CondorPool)
assert pool.user == self.request.user
if pool.copy_of != None:
pool_type = 'shared'
#Recast the original pool type to be the same as the current pool type
original_pool = pool.__class__.objects.get(id=pool.copy_of.id)
kwargs['original_pool'] = original_pool
elif pool.get_pool_type() == 'ec2':
pool_type = 'ec2'
kwargs['original_pool'] = pool
else:
pool_type = 'bosco'
kwargs['pool_type'] = pool_type
tasks = Task.objects.filter(condor_pool=pool)
kwargs['tasks']=tasks
#Decide on which buttons to display
buttons = {}
#All pools have the following:
buttons[0] = {'button_text': 'Remove pool', #Rename this later for EC2 pools
'url': reverse_lazy('pool_remove', kwargs={'pool_id' : kwargs['pool_id']}),
'class':'button button-narrow button-alt',
}
buttons[1] = {'button_text' : 'Test pool',
'url': reverse_lazy('pool_test_result', kwargs={'pool_id' : kwargs['pool_id']}),
'loading_screen': True,
}
if pool_type != 'shared':
buttons[2] = {'button_text' : 'Share pool',
'url': reverse_lazy('pool_share', kwargs={'pool_id' : kwargs['pool_id']}),
}
buttons[3] = {'button_text' : 'Rename pool',
'url': reverse_lazy('pool_rename', kwargs={'pool_id' : kwargs['pool_id']}),
}
if pool_type != 'shared' and pool_type != 'bosco':
buttons[4] = {'button_text' : 'Scale up',
'url': reverse_lazy('ec2_pool_scale_up', kwargs={'pool_id' : kwargs['pool_id']}),
}
buttons[5] = {'button_text' : 'Scale down',
'url': reverse_lazy('ec2_pool_scale_down', kwargs={'pool_id' : kwargs['pool_id']}),
}
buttons[6] = {'button_text' : 'Change termination settings',
'url': reverse_lazy('pool_termination_settings', kwargs={'pool_id' : kwargs['pool_id']}),
}
if pool_type != 'shared' and pool_type == 'bosco':
buttons[4] = {'button_text' : 'Change status page link',
'url': reverse_lazy('pool_link_change',
kwargs={'pool_id' : kwargs['pool_id']})}
if pool_type == 'shared':
kwargs['shared'] = True
if original_pool.get_pool_type() == 'ec2':
kwargs['shared_pool_type'] = 'ec2'
instances=EC2Instance.objects.filter(ec2_pool=original_pool)
try:
master_id = original_pool.master.id
except:
master_id=None
compute_instances = instances.exclude(id=master_id)
kwargs['instances'] = instances
kwargs['compute_instances'] = compute_instances
# kwargs['ec2_pool'] = ec2_pool
else:
kwargs['shared_pool_type'] = 'bosco'
elif pool_type == 'ec2':
#Recast the pool as an EC2 object
pool = EC2Pool.objects.get(id=pool.id)
kwargs['pool'] = pool
buttons[0]['button_text'] = 'Terminate pool'
try:
assert pool.vpc.access_key.user == request.user
ec2_tools.refresh_pool(pool)
except EC2ResponseError as e:
request.session['errors'] = [error for error in e.errors]
log.exception(e)
return HttpResponseRedirect(reverse_lazy('pool_list'))
except Exception as e:
self.request.session['errors'] = [e]
log.exception(e)
return HttpResponseRedirect(reverse_lazy('pool_list'))
instances=EC2Instance.objects.filter(ec2_pool=pool)
active_instances = instances.filter(state='running')
not_terminated_instances = instances.exclude(state='terminated').exclude(instance_role='master')
terminated_instances = instances.filter(state='terminated')
spot_requests = SpotRequest.objects.filter(ec2_pool=pool)
fulfilled_spot_requests = spot_requests.filter(status_code='fulfilled')
try:
master_id = pool.master.id
except:
master_id=None
compute_instances = instances.exclude(id=master_id)
kwargs['instances'] = instances
kwargs['active_instances']= active_instances
kwargs['not_terminated_instances'] = not_terminated_instances
kwargs['terminated_instances'] = terminated_instances
kwargs['compute_instances'] = compute_instances
kwargs['spot_requests'] = spot_requests
kwargs['fulfilled_spot_requests'] = fulfilled_spot_requests
else:
#Pool type is bosco
pass
#Text for pool test screen
kwargs['show_loading_screen'] = True
kwargs['loading_title'] = 'Testing pool'
kwargs['loading_description'] = 'Please be patient and do not navigate away from this page. Testing a pool can take several minutes.'
kwargs['buttons'] = buttons
return super(PoolDetailsView, self).dispatch(request, *args, **kwargs)
