def render(self, data):
r = []
i = 0
notpresent = T.td(_class="notpresent")[T.acronym(
title="Unable to get IP from ARP tables")["N/A"]]
for row in data:
mac = T.td[T.span(data=row[0], render=T.directive("mac"))]
if row[1] is not None:
r.append(
T.tr(_class=(i % 2) and "odd" or "even")
[mac,
T.td[T.invisible(data=row[1], render=T.directive("ip"))]])
else:
r.append(
T.tr(_class=(i % 2) and "odd" or "even")[mac, notpresent])
i += 1
if len(r) == 1:
return [('FDB', [
T.span(data=data[0][0],
render=T.directive("mac")), data[0][1] and
[", ", T.span(data=data[0][1], render=T.directive("ip"))] or ""
], 1)]
return [('FDB', [
len(r) == 20 and "20+" or len(r),
T.span(render=T.directive("tooltip"),
data=T.table(_class="mac")[T.thead[T.td["MAC"], T.td["IP"]],
r])
], len(r) == 20 and 21 or len(r))]
def render(self, data):
r = []
i = 0
notpresent = T.td(_class="notpresent")[
T.acronym(title="Unable to get IP from ARP tables")["N/A"]]
for row in data:
mac = T.td[T.span(data=row[0], render=T.directive("mac"))]
if row[1] is not None:
r.append(T.tr(_class=(i%2) and "odd" or "even")
[mac, T.td[T.invisible(data=row[1],
render=T.directive("ip"))]])
else:
r.append(T.tr(_class=(i%2) and "odd" or "even")
[mac, notpresent])
i += 1
if len(r) == 1:
return [('FDB',
[T.span(data=data[0][0], render=T.directive("mac")),
data[0][1] and [", ", T.span(data=data[0][1],
render=T.directive("ip"))] or ""],
1)]
return [('FDB',
[len(r) == 20 and "20+" or len(r),
T.span(render=T.directive("tooltip"),
data=T.table(_class="mac")[
T.thead[T.td["MAC"], T.td["IP"]], r])],
len(r) == 20 and 21 or len(r))]
def render(self, data):
r = []
i = 0
vlanlist = []
notpresent = T.td(_class="notpresent")[T.acronym(
title="Not present or no information from remote")["N/A"]]
for row in data:
if row[1] is not None:
vlanlist.append(str(row[0]))
vid = T.td[T.span(data=row[0], render=T.directive("vlan"))]
if row[1] is None:
r.append(
T.tr(_class=(i % 2) and "odd" or "even")[vid, notpresent,
T.td[row[2]]])
elif row[2] is None:
r.append(
T.tr(_class=(i % 2) and "odd" or "even")[vid, T.td[row[1]],
notpresent])
elif row[1] == row[2]:
r.append(
T.tr(_class=(i % 2) and "odd" or "even")[
vid, T.td(colspan=2)[row[1]]])
else:
r.append(
T.tr(_class=(i % 2) and "odd" or "even")[vid, T.td[row[1]],
T.td[row[2]]])
i += 1
vlantable = T.table(_class="vlan")[T.thead[T.td["VID"], T.td["Local"],
T.td["Remote"]], r]
return [('VLAN', [[[T.span(data=v, render=T.directive("vlan")), " "]
for v in vlanlist],
T.span(render=T.directive("tooltip"),
data=vlantable)], ", ".join(vlanlist))]
def render(self, data):
r = []
i = 0
vlanlist = []
notpresent = T.td(_class="notpresent")[
T.acronym(title="Not present or no information from remote")["N/A"]]
for row in data:
if row[1] is not None:
vlanlist.append(str(row[0]))
vid = T.td[T.span(data=row[0], render=T.directive("vlan"))]
if row[1] is None:
r.append(T.tr(_class=(i%2) and "odd" or "even")[
vid, notpresent,
T.td[row[2]]])
elif row[2] is None:
r.append(T.tr(_class=(i%2) and "odd" or "even")
[vid, T.td[row[1]], notpresent])
elif row[1] == row[2]:
r.append(T.tr(_class=(i%2) and "odd" or "even")
[vid, T.td(colspan=2)[row[1]]])
else:
r.append(T.tr(_class=(i%2) and "odd" or "even")
[vid, T.td[row[1]], T.td[row[2]]])
i += 1
vlantable = T.table(_class="vlan")[
T.thead[T.td["VID"], T.td["Local"], T.td["Remote"]], r]
return [('VLAN',
[[ [T.span(data=v, render=T.directive("vlan")), " "]
for v in vlanlist ],
T.span(render=T.directive("tooltip"),
data=vlantable)],
", ".join(vlanlist))]
