def fix_parsed(m):
"""
Translate parsed packet data to dicts and stuff
"""
if m is None:
return {"type": "raw", "data": []}
if isinstance(m, basestring):
return {"type": "raw", "data": [ord(b) for b in m]}
assert isinstance(m, packet_base)
if not m.parsed:
u = fix_parsed(m.raw)
u['unparsed_type'] = m.__class__.__name__
return u
r = {}
for k, v in fields_of(m, primitives_only=False).iteritems():
if is_scalar(v):
r[k] = v
elif isinstance(v, (IPAddr, EthAddr)):
r[k] = str(v)
if hasattr(m, "payload"):
r['payload'] = fix_parsed(m.payload)
if 'raw' in r:
#r['raw'] = [ord(b) for b in m['raw']]
del r['raw']
if 'next' in r: del r['next']
r['type'] = m.__class__.__name__
return r
def fix_parsed (m):
"""
Translate parsed packet data to dicts and stuff
"""
if m is None:
return {"type":"raw","data":[]}
if isinstance(m, basestring):
return {"type":"raw","data":[ord(b) for b in m]}
assert isinstance(m, packet_base)
if not m.parsed:
u = fix_parsed(m.raw)
u['unparsed_type'] = m.__class__.__name__
return u
r = {}
for k,v in fields_of(m, primitives_only = False).iteritems():
if is_scalar(v):
r[k] = v
elif isinstance(v, (IPAddr, EthAddr)):
r[k] = str(v)
if hasattr(m, "payload"):
r['payload'] = fix_parsed(m.payload)
if 'raw' in r:
#r['raw'] = [ord(b) for b in m['raw']]
del r['raw']
if 'next' in r: del r['next']
r['type'] = m.__class__.__name__
return r
def fix_parsed (m):
"""
Translate parsed packet data to dicts and stuff
"""
if m is None:
return {"type":"raw","data":[]}
if isinstance(m, basestring):
"""
Dada uma cadeia de comprimento um,
retornar um inteiro representando o ponto de código
Unicode do caractere quando o argumento é um objeto unicode,
ou o valor do byte quando o argumento é uma string de 8 bits.
"""
return {"type":"raw","data":[ord(b) for b in m]}
assert isinstance(m, packet_base)
if not m.parsed:
u = fix_parsed(m.raw)
u['unparsed_type'] = m.__class__.__name__
return u
r = {}
for k,v in fields_of(m, primitives_only = False).iteritems():
if is_scalar(v):
r[k] = v
elif isinstance(v, (IPAddr, EthAddr)):
r[k] = str(v)
if hasattr(m, "payload"):
r['payload'] = fix_parsed(m.payload)
if 'raw' in r:
#r['raw'] = [ord(b) for b in m['raw']]
del r['raw']
if 'next' in r: del r['next']
r['type'] = m.__class__.__name__
return r
def action_to_dict(a):
d = {}
d['type'] = of.ofp_action_type_map.get(a.type, a.type)
for k, v in fields_of(a).iteritems():
if k in ['type', 'length']: continue
if k == "port":
v = of.ofp_port_map.get(v, v)
d[k] = v
return d
def action_to_dict (a):
d = {}
d['type'] = of.ofp_action_type_map.get(a.type, a.type)
for k,v in fields_of(a).iteritems():
if k in ['type','length']: continue
if k == "port":
v = of.ofp_port_map.get(v,v)
d[k] = v
return d
def action_to_dict (a):
d = {}
"ofp_action_type: A máscara de bits usa os valores de ofp_action_type como o número de bits a deslocar esquerda para uma ação associada ."
d['type'] = of.ofp_action_type_map.get(a.type, a.type)
for k,v in fields_of(a).iteritems():
if k in ['type','length']: continue
if k == "port":
v = of.ofp_port_map.get(v,v)
d[k] = v
return d
def flow_stats_to_list(flowstats):
"""
Takes a list of flow stats
"""
stats = []
for stat in flowstats:
s = {}
stats.append(s)
for k, v in fields_of(stat).iteritems():
if k == 'length': continue
if k.startswith('pad'): continue
if k == 'match': v = match_to_dict(v)
elif k == 'actions':
v = [action_to_dict(a) for a in v]
s[k] = v
return stats
def flow_stats_to_list (flowstats):
"""
Takes a list of flow stats
"""
stats = []
for stat in flowstats:
s = {}
stats.append(s)
for k,v in fields_of(stat).iteritems():
if k == 'length': continue
if k.startswith('pad'): continue
if k == 'match': v = match_to_dict(v)
elif k == 'actions':
v = [action_to_dict(a) for a in v]
s[k] = v
return stats