def render_service_row(self, ctx, server):
nodeid = server.get_serverid()
ctx.fillSlots("peerid", server.get_longname())
ctx.fillSlots("nickname", server.get_nickname())
rhost = server.get_remote_host()
if server.is_connected():
if nodeid == self.client.nodeid:
rhost_s = "(loopback)"
elif isinstance(rhost, address.IPv4Address):
rhost_s = "%s:%d" % (rhost.host, rhost.port)
else:
rhost_s = str(rhost)
addr = rhost_s
service_connection_status = "yes"
last_connect_time = server.get_last_connect_time()
service_connection_status_rel_time = render_time_delta(
last_connect_time, self.now_fn())
service_connection_status_abs_time = render_time_attr(
last_connect_time)
else:
addr = "N/A"
service_connection_status = "no"
last_loss_time = server.get_last_loss_time()
service_connection_status_rel_time = render_time_delta(
last_loss_time, self.now_fn())
service_connection_status_abs_time = render_time_attr(
last_loss_time)
last_received_data_time = server.get_last_received_data_time()
last_received_data_rel_time = render_time_delta(
last_received_data_time, self.now_fn())
last_received_data_abs_time = render_time_attr(last_received_data_time)
announcement = server.get_announcement()
version = announcement["my-version"]
available_space = server.get_available_space()
if available_space is None:
available_space = "N/A"
else:
available_space = abbreviate_size(available_space)
ctx.fillSlots("address", addr)
ctx.fillSlots("service_connection_status", service_connection_status)
ctx.fillSlots("service_connection_status_alt",
self._connectedalts[service_connection_status])
ctx.fillSlots("connected-bool", bool(rhost))
ctx.fillSlots("service_connection_status_abs_time",
service_connection_status_abs_time)
ctx.fillSlots("service_connection_status_rel_time",
service_connection_status_rel_time)
ctx.fillSlots("last_received_data_abs_time",
last_received_data_abs_time)
ctx.fillSlots("last_received_data_rel_time",
last_received_data_rel_time)
ctx.fillSlots("version", version)
ctx.fillSlots("available_space", available_space)
return ctx.tag
def _describe_connection_status(self, cs):
"""Return a dict containing some connection stats."""
others = cs.non_connected_statuses
if cs.connected:
summary = cs.summary
if others:
hints = "\n".join([
"* %s: %s\n" % (which, others[which])
for which in sorted(others)
])
details = "Other hints:\n" + hints
else:
details = "(no other hints)"
else:
details = tags.ul()
for which in sorted(others):
details(tags.li("%s: %s" % (which, others[which])))
summary = [cs.summary, details]
connected = "yes" if cs.connected else "no"
connected_alt = self._connectedalts[connected]
since = cs.last_connection_time
if since is not None:
service_connection_status_rel_time = render_time_delta(
since, self._now_fn())
service_connection_status_abs_time = render_time_attr(since)
else:
service_connection_status_rel_time = "N/A"
service_connection_status_abs_time = "N/A"
last_received_data_time = cs.last_received_time
if last_received_data_time is not None:
last_received_data_abs_time = render_time_attr(
last_received_data_time)
last_received_data_rel_time = render_time_delta(
last_received_data_time, self._now_fn())
else:
last_received_data_abs_time = "N/A"
last_received_data_rel_time = "N/A"
return {
"summary": summary,
"details": details,
"service_connection_status": connected,
"service_connection_status_alt": connected_alt,
"service_connection_status_abs_time":
service_connection_status_abs_time,
"service_connection_status_rel_time":
service_connection_status_rel_time,
"last_received_data_abs_time": last_received_data_abs_time,
"last_received_data_rel_time": last_received_data_rel_time,
}
def render_service_row(self, ctx, server):
server_id = server.get_serverid()
ctx.fillSlots("peerid", server.get_longname())
ctx.fillSlots("nickname", server.get_nickname())
rhost = server.get_remote_host()
if server.is_connected():
if server_id == self.client.get_long_nodeid():
rhost_s = "(loopback)"
elif isinstance(rhost, address.IPv4Address):
rhost_s = "%s:%d" % (rhost.host, rhost.port)
else:
rhost_s = str(rhost)
addr = rhost_s
service_connection_status = "yes"
last_connect_time = server.get_last_connect_time()
service_connection_status_rel_time = render_time_delta(last_connect_time, self.now_fn())
service_connection_status_abs_time = render_time_attr(last_connect_time)
else:
addr = "N/A"
service_connection_status = "no"
last_loss_time = server.get_last_loss_time()
service_connection_status_rel_time = render_time_delta(last_loss_time, self.now_fn())
service_connection_status_abs_time = render_time_attr(last_loss_time)
last_received_data_time = server.get_last_received_data_time()
last_received_data_rel_time = render_time_delta(last_received_data_time, self.now_fn())
last_received_data_abs_time = render_time_attr(last_received_data_time)
announcement = server.get_announcement()
version = announcement.get("my-version", "")
available_space = server.get_available_space()
if available_space is None:
available_space = "N/A"
else:
available_space = abbreviate_size(available_space)
ctx.fillSlots("address", addr)
ctx.fillSlots("service_connection_status", service_connection_status)
ctx.fillSlots("service_connection_status_alt",
self._connectedalts[service_connection_status])
ctx.fillSlots("service_connection_status_abs_time", service_connection_status_abs_time)
ctx.fillSlots("service_connection_status_rel_time", service_connection_status_rel_time)
ctx.fillSlots("last_received_data_abs_time", last_received_data_abs_time)
ctx.fillSlots("last_received_data_rel_time", last_received_data_rel_time)
ctx.fillSlots("version", version)
ctx.fillSlots("available_space", available_space)
return ctx.tag
def _render_connection_status(self, ctx, cs):
connected = "yes" if cs.connected else "no"
ctx.fillSlots("service_connection_status", connected)
ctx.fillSlots("service_connection_status_alt",
self._connectedalts[connected])
since = cs.last_connection_time
ctx.fillSlots("service_connection_status_rel_time",
render_time_delta(since, self.now_fn())
if since is not None
else "N/A")
ctx.fillSlots("service_connection_status_abs_time",
render_time_attr(since)
if since is not None
else "N/A")
last_received_data_time = cs.last_received_time
ctx.fillSlots("last_received_data_abs_time",
render_time_attr(last_received_data_time)
if last_received_data_time is not None
else "N/A")
ctx.fillSlots("last_received_data_rel_time",
render_time_delta(last_received_data_time, self.now_fn())
if last_received_data_time is not None
else "N/A")
others = cs.non_connected_statuses
if cs.connected:
ctx.fillSlots("summary", cs.summary)
if others:
details = "\n".join(["* %s: %s\n" % (which, others[which])
for which in sorted(others)])
ctx.fillSlots("details", "Other hints:\n" + details)
else:
ctx.fillSlots("details", "(no other hints)")
else:
details = T.ul()
for which in sorted(others):
details[T.li["%s: %s" % (which, others[which])]]
ctx.fillSlots("summary", [cs.summary, details])
ctx.fillSlots("details", "")
def _render_connection_status(self, ctx, cs):
connected = "yes" if cs.connected else "no"
ctx.fillSlots("service_connection_status", connected)
ctx.fillSlots("service_connection_status_alt",
self._connectedalts[connected])
since = cs.last_connection_time
ctx.fillSlots("service_connection_status_rel_time",
render_time_delta(since, self.now_fn())
if since is not None
else "N/A")
ctx.fillSlots("service_connection_status_abs_time",
render_time_attr(since)
if since is not None
else "N/A")
last_received_data_time = cs.last_received_time
ctx.fillSlots("last_received_data_abs_time",
render_time_attr(last_received_data_time)
if last_received_data_time is not None
else "N/A")
ctx.fillSlots("last_received_data_rel_time",
render_time_delta(last_received_data_time, self.now_fn())
if last_received_data_time is not None
else "N/A")
others = cs.non_connected_statuses
if cs.connected:
ctx.fillSlots("summary", cs.summary)
if others:
details = "\n".join(["* %s: %s\n" % (which, others[which])
for which in sorted(others)])
ctx.fillSlots("details", "Other hints:\n" + details)
else:
ctx.fillSlots("details", "(no other hints)")
else:
details = T.ul()
for which in sorted(others):
details[T.li["%s: %s" % (which, others[which])]]
ctx.fillSlots("summary", [cs.summary, details])
ctx.fillSlots("details", "")
def render_introducers_row(self, ctx, s):
(furl, connected, ic) = s
service_connection_status = "yes" if connected else "no"
since = ic.get_since()
service_connection_status_rel_time = render_time_delta(since, self.now_fn())
service_connection_status_abs_time = render_time_attr(since)
last_received_data_time = ic.get_last_received_data_time()
last_received_data_rel_time = render_time_delta(last_received_data_time, self.now_fn())
last_received_data_abs_time = render_time_attr(last_received_data_time)
ctx.fillSlots("introducer_furl", "%s" % (furl))
ctx.fillSlots("service_connection_status", "%s" % (service_connection_status,))
ctx.fillSlots("service_connection_status_alt",
self._connectedalts[service_connection_status])
ctx.fillSlots("service_connection_status_abs_time", service_connection_status_abs_time)
ctx.fillSlots("service_connection_status_rel_time", service_connection_status_rel_time)
ctx.fillSlots("last_received_data_abs_time", last_received_data_abs_time)
ctx.fillSlots("last_received_data_rel_time", last_received_data_rel_time)
return ctx.tag