def register(domain):
ip_addr = request.remote_addr
nodes = len(domain)
cpus = 0
total_memory = 0
total_bandwidth = 0
total_mflops = 0
for node in domain:
# Parse cpuinfo file
processors = _parse_file(node['cpuinfo'], CPUinfoParser, CPUinfoLexer,
cpuinfo.Evaluator)
# Parse meminfo file
memory_stats = _parse_file(node['meminfo'], MeminfoParser,
MeminfoLexer, meminfo.Evaluator)
# Update domain global information
cpus += len(processors)
total_memory += int(memory_stats['MemTotal'].split()[0])
total_bandwidth += float(node.get('mpi_bandwidth'))
total_mflops += float(node.get('mflops')) * cpus
try:
domain = Domain.get(ip=ip_addr)
except Domain.DoesNotExist:
domain = Domain(ip=ip_addr)
domain.nodes = nodes
domain.cpus = cpus
domain.mflops = total_mflops
domain.mpi_bandwidth = total_bandwidth / nodes
domain.memory = total_memory
domain.save()
return {"id": domain.get_id()}
def get_all_domains_for_user(user):
"""
Returns a list with domain instances of the domains that
the given user is a member of.
Args:
user: An instance of the User model
Returns:
A list of Domain model instances.
"""
keys = [db.Key.from_path('Domain', domain) for domain in user.domains]
return Domain.get(keys)
def get_all_domains_for_user(user):
"""
Returns a list with domain instances of the domains that
the given user is a member of.
Args:
user: An instance of the User model
Returns:
A list of Domain model instances.
"""
keys = [db.Key.from_path('Domain', domain)
for domain in user.domains]
return Domain.get(keys)
