def _post_run(self):
r = self.command.result
rows = list()
found_at_least_one_listening_session = False
for h in r.hook_files:
sessions = h.remote_debug_sessions
if not sessions:
continue
for s in sessions:
state = s.state
if state == 'listening':
found_at_least_one_listening_session = True
state = state + '*'
row = [s.hook_name, s.pid, s.host, s.port, state]
if s.state == 'connected':
row.append('%s:%d' % (s.dst_host, s.dst_port))
else:
row.append('-')
rows.append(row)
if not rows:
m = "No remote debug sessions found for repository '%s'.\n"
sys.stdout.write(m % r.name)
return
header = ('Hook', 'PID', 'Host', 'Port', 'State', 'Connected')
rows.insert(0, header)
k = Dict()
k.banner = (
"Remote Debug Sessions for Repository '%s'" % r.name,
"(%s)" % r.path,
)
if found_at_least_one_listening_session:
k.footer = "(*) type 'telnet <host> <port>' to connect to session"
k.formats = lambda: chain((str.rjust, ), repeat(str.center))
k.output = sys.stdout
#k.special = '='
render_text_table(rows, **k)
def _post_run(self):
r = self.command.result
rows = list()
found_at_least_one_listening_session = False
for h in r.hook_files:
sessions = h.remote_debug_sessions
if not sessions:
continue
for s in sessions:
state = s.state
if state == 'listening':
found_at_least_one_listening_session = True
state = state + '*'
row = [ s.hook_name, s.pid, s.host, s.port, state ]
if s.state == 'connected':
row.append('%s:%d' % (s.dst_host, s.dst_port))
else:
row.append('-')
rows.append(row)
if not rows:
m = "No remote debug sessions found for repository '%s'.\n"
sys.stdout.write(m % r.name)
return
header = ('Hook', 'PID', 'Host', 'Port', 'State', 'Connected')
rows.insert(0, header)
k = Dict()
k.banner = (
"Remote Debug Sessions for Repository '%s'" % r.name,
"(%s)" % r.path,
)
if found_at_least_one_listening_session:
k.footer = "(*) type 'telnet <host> <port>' to connect to session"
k.formats = lambda: chain((str.rjust,), repeat(str.center))
k.output = sys.stdout
#k.special = '='
render_text_table(rows, **k)
def _post_run(self):
r = self.command.result
rows = [(
'Name',
'Exists?',
'Valid?',
'Exe?',
'Cnfgrd?',
'Enbld?',
'Rdb?',
)]
def _b(b):
return 'Y' if bool(b) is True else 'N'
enabled = 0
configured = 0
for h in r.hook_files:
row = [h.name, _b(h.exists), '-']
if not h.exists:
row += ['-', '-', '-', '-']
else:
row += [
_b(h.executable),
_b(h.configured),
_b(h.enabled),
_b(h.remote_debug),
]
if h.configured:
configured += 1
if h.enabled:
enabled += 1
rows.append(row)
rows += [('=', ) * len(rows[0])]
total = len(r.hook_files)
eh = r.evn_hook_file
row = [eh.name, _b(h.exists)]
if not eh.exists:
row += ['-', '-']
else:
row += [_b(eh.valid), _b(eh.executable)]
row += [
'%d/%d' % (configured, total),
'%d/%d' % (enabled, total),
'-',
]
rows.append(row)
k = Dict()
k.banner = (
"Repository Hook Status for '%s'" % r.name,
"(%s)" % r.path,
)
if False:
k.footer = (
"type 'evn help hook-status' for info on columns",
"type 'evn help fix-hooks' for info on fixing errors",
)
k.formats = lambda: chain((str.rjust, ), repeat(str.center))
k.output = sys.stdout
k.special = '='
render_text_table(rows, **k)
def _post_run(self):
r = self.command.result
rows = [(
'Name',
'Exists?',
'Valid?',
'Exe?',
'Cnfgrd?',
'Enbld?',
'Rdb?',
)]
def _b(b): return 'Y' if bool(b) is True else 'N'
enabled = 0
configured = 0
for h in r.hook_files:
row = [ h.name, _b(h.exists), '-' ]
if not h.exists:
row += [ '-', '-', '-', '-' ]
else:
row += [
_b(h.executable),
_b(h.configured),
_b(h.enabled),
_b(h.remote_debug),
]
if h.configured:
configured += 1
if h.enabled:
enabled += 1
rows.append(row)
rows += [ ('=',) * len(rows[0]) ]
total = len(r.hook_files)
eh = r.evn_hook_file
row = [ eh.name, _b(h.exists) ]
if not eh.exists:
row += [ '-', '-' ]
else:
row += [ _b(eh.valid), _b(eh.executable) ]
row += [
'%d/%d' % (configured, total),
'%d/%d' % (enabled, total),
'-',
]
rows.append(row)
k = Dict()
k.banner = (
"Repository Hook Status for '%s'" % r.name,
"(%s)" % r.path,
)
if False:
k.footer = (
"type 'evn help hook-status' for info on columns",
"type 'evn help fix-hooks' for info on fixing errors",
)
k.formats = lambda: chain((str.rjust,), repeat(str.center))
k.output = sys.stdout
k.special = '='
render_text_table(rows, **k)
def _post_run(self):
r = self.command.result
i = count()
rows = list()
listening = list()
for h in r.hook_files:
sessions = h.remote_debug_sessions
if not sessions:
continue
for s in sessions:
state = s.state
is_listening = False
if state == 'listening':
is_listening = True
if not self._debug_:
state = state + '*'
row = [ i.next(), s.hook_name, s.pid, s.host, s.port, state ]
if s.state == 'connected':
row.append('%s:%d' % (s.dst_host, s.dst_port))
else:
row.append('-')
rows.append(row)
if is_listening:
listening.append(row)
if not rows:
m = "No remote debug sessions found for repository '%s'.\n"
sys.stdout.write(m % r.name)
return
header = ('ID', 'Hook', 'PID', 'Host', 'Port', 'State', 'Connected')
rows.insert(0, header)
k = Dict()
k.banner = (
"Remote Debug Sessions for Repository '%s'" % r.name,
"(%s)" % r.path,
)
if not self._debug_:
if len(listening) == 1:
k.footer = (
"(*) type 'evnadmin debug %s' "
"to debug this session" % self.command.name
)
elif len(listening) > 1:
# Ugh, this is highly unlikely and I can't think of a good way
# to handle it at the moment.
k.footer = '(*) multiple listeners?!'
k.formats = lambda: chain((str.rjust,), repeat(str.center))
k.output = sys.stdout
#k.special = '='
render_text_table(rows, **k)
if not self._debug_:
return
if len(listening) != 1:
return
from telnetlib import Telnet
listen = listening[0]
host = listen[3]
port = listen[4]
t = Telnet(host, port)
t.interact()