def __is_adaptive_instance(self, policies, instance_type):
"""Return true if is possible adapt the instance_type for the policies
Keyword argument:
policies -- dictionary of policies (cpu, ram, disk)
instance_type -- type of instance
"""
zones = availabilityZones()
typevms = zones.get_typevm_zones()
if ( typevms[instance_type]['cpu'] >= policies['cpu_min'] and typevms[instance_type]['cpu'] <= policies['cpu_max'] and
typevms[instance_type]['ram'] >= policies['memory_min'] and typevms[instance_type]['ram'] <= policies['memory_max'] and
typevms[instance_type]['disk'] >= policies['disk_min'] and typevms[instance_type]['disk'] <= policies['disk_max'] ):
return True
return False
def __compare_types_instances(self, policies, instance_type):
"""Compare and return if exist one instance equal some policies (cpu, ram, disk)
Keyword argument:
policies -- dictionary of policies (cpu, ram, disk)
instance_type -- type of instance
"""
zones = availabilityZones()
types_ins = zones.get_typevm_zones()
if ( types_ins[instance_type]['cpu'] == policies['cpu'] and
types_ins[instance_type]['ram'] == policies['ram'] and
types_ins[instance_type]['disk']== policies['disk'] ):
return 1
return 0
def __init__(self): self.availability_zone = availabilityZones()
from availability_zones import availabilityZones
#
# TEST - availabilityZones Class
#
zones = availabilityZones()
print "Getting Zones"
cluster = zones.get_zones()
for instance in cluster:
cluster_string = '%s %s' % (instance.name, instance.state)
print "Cluster: %s" % cluster_string
print "\nGetting Detailed Zones"
cluster = zones.get_zones_detailed()
for instance in cluster:
cluster_string = '%s %s' % (instance.name, instance.state)
print "Cluster: %s" % cluster_string
#Move to InfraDeployment
print "\nGetting List Detailed Zones"
clusters_details = zones.get_typevm_zones()
print "Detailed Zones: %s" % clusters_details
