async def do(self,args):
t = await self.setup(meta=False)
if args:
dirs = []
for a in args:
try:
dirs.append(await t.subdir(a, create=False))
except KeyError:
raise CommandError("'%s' does not exist"%(a,))
else:
dirs = [t]
for tt in dirs:
async for task in tt.tagged(TASK, depth=self.options.this):
path = task.path[len(TASK_DIR):-1]
if self.root.verbose == 2:
print('*','/'.join(path), sep='\t',file=self.stdout)
for k,v in r_show(task,''):
print(k,v, sep='\t',file=self.stdout)
elif self.root.verbose > 1:
dump({'/'.join(path):r_dict(dict(task))}, stream=self.stdout)
else:
path = '/'.join(path)
name = task.get('name','-')
if name == path:
name = "-"
print(path,name,task.get('descr','-'), sep='\t',file=self.stdout)
async def do(self,args):
t = await self.setup()
if args:
dirs = []
for a in args:
try:
dirs.append(await t.subdir(a, create=False))
except KeyError:
raise CommandError("'%s' does not exist"%(a,))
else:
dirs = [t]
for tt in dirs:
async for dev in tt.tagged(DEV, depth=self.options.this):
path = dev.path[len(DEV_DIR):-1]
if self.root.verbose == 2:
print('*','/'.join(path), sep='\t',file=self.stdout)
for k,v in r_show(dev,''):
print(k,v, sep='\t',file=self.stdout)
elif self.root.verbose > 1:
dump({'/'.join(path):r_dict(dict(dev))}, stream=self.stdout)
else:
path = '/'.join(path)
name = dev.get('name','-')
val = dev.get('value','-')
if name == path:
name = "-"
print(path,name,val, sep='\t',file=self.stdout)
def do_entry(self, dev, do_verbose=False):
path = '/'.join(dev.path[len(DEV_DIR):-1])
if do_verbose or self.root.verbose > 2:
safe_dump({path: r_dict(dev)}, stream=self.stdout)
else:
print(path,
dev.__class__.name,
dev.get('location', '-'),
sep='\t',
file=self.stdout)
async def do(self,args):
await self.root.setup()
etc = self.root.etcd
tree = await self.root._get_tree()
t = await tree.subdir(TASKSTATE_DIR)
if args:
dirs = []
for a in args:
try:
dirs.append(await t.subdir(a, create=False))
except KeyError:
print("'%s' does not exist" % (a,), file=sys.stderr)
else:
dirs = [t]
sel_running = self.options.running
sel_error = self.options.error
sel_completed = self.options.completed
if not (self.options.completed or self.options.running or self.options.error):
sel_running = sel_error = sel_completed = True
for tt in dirs:
async for task in tt.tagged(TASKSTATE, depth=self.options.this):
path = task.path[len(TASKSTATE_DIR):-1]
date = task.get('debug_time','-')
state = task.state
if state == 'run':
if 'started' in task:
date = task['started']
else:
date = task['running']
elif state == 'crash':
date = task['started']
else:
date = task.get('stopped','?')
if not isinstance(date,str):
date = datetime.fromtimestamp(date).strftime('%Y-%m-%d %H:%M:%S')
if sel_running if state == 'run' else (sel_completed if state == 'ok' else sel_error):
if self.root.verbose == 2:
print('*','/'.join(path), sep='\t', file=self.stdout)
for k,v in task.items():
if isinstance(v,(float,int)) and 1000000000 < v < 10000000000:
v = datetime.fromtimestamp(v).strftime('%Y-%m-%d %H:%M:%S')
elif isinstance(v,str):
v = v.strip()
else:
v = str(v)
print(k,('\n\t' if '\n' in v else '')+v.replace('\n','\n\t'), sep='\t',file=self.stdout)
elif self.root.verbose > 1:
dump({'/'.join(path):r_dict(dict(task))}, stream=self.stdout)
else:
print('/'.join(path),state,date,task.get('message','-'), sep='\t', file=self.stdout)
async def do(self,args):
t = await self.setup(meta=True)
if args:
if self.options.all:
raise CommandError("Arguments and '-a' are mutually exclusive")
dirs = []
for a in args:
dirs.append(await t.subdir(a, create=False))
verbose = True
else:
dirs = [t]
verbose = self.options.all
for tt in dirs:
async for task in tt.tagged(TASKDEF):
path = task.path[len(TASKDEF_DIR):-1]
if verbose:
dump({path: r_dict(dict(task))}, stream=self.stdout)
else:
print('/'.join(path),task.get('summary',task.get('descr','??')), sep='\t',file=self.stdout)
async def do(self,args):
await self.root.setup(self)
tree = self.root.tree
if args:
dirs = args
else:
res = await tree.lookup('bus','onewire')
dirs = res.keys()
if self.root.verbose and not dirs:
print("No servers known.", file=sys.stderr)
for d in dirs:
if self.root.verbose > 1:
st = await tree.subdir('bus','onewire',d, recursive=True)
safe_dump({d: r_dict(dict(st))}, stream=self.stdout)
elif self.root.verbose:
hp = await tree.subdir('bus','onewire',d,'server', recursive=True,create=False)
print(d,hp['host'],hp['port'], sep='\t', file=self.stdout)
else:
print(d, file=self.stdout)
async def do(self,args):
await self.root.setup(self)
tree = self.root.tree
if args:
dirs = args
else:
dirs = []
res = await etc.get('/bus/onewire')
for r in res.children:
dirs.append(r.key.rsplit('/',1)[1])
for d in dirs:
if self.root.verbose > 1:
st = await tree.subdir('bus','onewire',d, create=False)
safe_dump({d: r_dict(dict(st))}, stream=self.stdout)
elif self.root.verbose:
hp = await tree.subdir('bus','onewire',d,'server', recursive=True,create=False)
print(d,hp['host'],hp['port'], sep='\t', file=self.stdout)
else:
print(d, file=self.stdout)
async def do(self,args):
await self.root.setup(self)
tree = self.root.tree
if args:
dirs = args
else:
res = await tree.lookup('bus','onewire')
dirs = res.keys()
if self.root.verbose and not dirs:
print("No servers known.", file=sys.stderr)
for d in dirs:
if self.root.verbose > 1:
st = await tree.subdir('bus','onewire',d, recursive=True)
safe_dump({d: r_dict(dict(st))}, stream=self.stdout)
elif self.root.verbose:
hp = await tree.subdir('bus','onewire',d,'server', recursive=True,create=False)
print(d,hp['host'],hp['port'], sep='\t', file=self.stdout)
else:
print(d, file=self.stdout)
async def do(self,args):
await self.root.setup(self)
tree = self.root.tree
if args:
dirs = args
else:
dirs = []
res = await etc.get('/bus/onewire')
for r in res.children:
dirs.append(r.key.rsplit('/',1)[1])
for d in dirs:
if self.root.verbose > 1:
st = await tree.subdir('bus','onewire',d, create=False)
safe_dump({d: r_dict(dict(st))}, stream=self.stdout)
elif self.root.verbose:
hp = await tree.subdir('bus','onewire',d,'server', recursive=True,create=False)
print(d,hp['host'],hp['port'], sep='\t', file=self.stdout)
else:
print(d, file=self.stdout)
async def do(self,args):
t = await self.setup()
if args:
if self.options.all:
raise CommandError("Arguments and '-a' are mutually exclusive")
dirs = []
for a in args:
dirs.append(await t.subdir(a, create=False))
verbose = True
else:
dirs = [t]
verbose = self.options.all
for tt in dirs:
async for web in tt.tagged(WEBSERVER):
path = web.path[len(WEBSERVER_DIR):-1]
if verbose:
dump({path: r_dict(dict(web))}, stream=self.stdout)
else:
print('/'.join(path), web.get('host','-'), web.get('port',80), web.get('default','default'), web.get('descr',''), sep='\t',file=self.stdout)
async def do(self, args):
t = await self.setup(meta=True)
if args:
if self.options.all:
raise CommandError("Arguments and '-a' are mutually exclusive")
dirs = []
for a in args:
dirs.append(await t.subdir(a, create=False))
verbose = True
else:
dirs = [t]
verbose = self.options.all
for tt in dirs:
async for task in tt.tagged(TASKDEF):
path = task.path[len(TASKDEF_DIR):-1]
if verbose:
dump({path: r_dict(dict(task))}, stream=self.stdout)
else:
print('/'.join(path),
task.get('summary', task.get('descr', '??')),
sep='\t',
file=self.stdout)
def do_entry(self,dev, do_verbose=False):
path = '/'.join(dev.path[len(DEV_DIR):-1])
if do_verbose or self.root.verbose > 2:
safe_dump({path: r_dict(dev)}, stream=self.stdout)
else:
print(path, dev.__class__.name, dev.get('location','-'), sep='\t',file=self.stdout)
async def do(self, args):
await self.root.setup()
etc = self.root.etcd
tree = await self.root._get_tree()
t = await tree.subdir(TASKSTATE_DIR)
if args:
dirs = []
for a in args:
try:
dirs.append(await t.subdir(a, create=False))
except KeyError:
print("'%s' does not exist" % (a, ), file=sys.stderr)
else:
dirs = [t]
sel_running = self.options.running
sel_error = self.options.error
sel_completed = self.options.completed
if not (self.options.completed or self.options.running
or self.options.error):
sel_running = sel_error = sel_completed = True
for tt in dirs:
async for task in tt.tagged(TASKSTATE, depth=self.options.this):
path = task.path[len(TASKSTATE_DIR):-1]
date = task.get('debug_time', '-')
state = task.state
if state == 'run':
if 'started' in task:
date = task['started']
else:
date = task['running']
elif state == 'crash':
date = task['started']
else:
date = task.get('stopped', '?')
if not isinstance(date, str):
date = datetime.fromtimestamp(date).strftime(
'%Y-%m-%d %H:%M:%S')
if sel_running if state == 'run' else (
sel_completed if state == 'ok' else sel_error):
if self.root.verbose == 2:
print('*', '/'.join(path), sep='\t', file=self.stdout)
for k, v in task.items():
if isinstance(
v,
(float, int)) and 1000000000 < v < 10000000000:
v = datetime.fromtimestamp(v).strftime(
'%Y-%m-%d %H:%M:%S')
elif isinstance(v, str):
v = v.strip()
else:
v = str(v)
print(k, ('\n\t' if '\n' in v else '') +
v.replace('\n', '\n\t'),
sep='\t',
file=self.stdout)
elif self.root.verbose > 1:
dump({'/'.join(path): r_dict(dict(task))},
stream=self.stdout)
else:
print('/'.join(path),
state,
date,
task.get('message', '-'),
sep='\t',
file=self.stdout)
async def do(self,args):
await self.root.setup(self)
tree = self.root.tree
path = DEV_DIR+(OnewireDevice.prefix,)
if not args:
res = await tree.lookup(path)
for r in res.children:
typ = r.key[r.key.rindex('/')+1:]
try:
dt = device_types()[typ]
except KeyError:
dt = '?'+typ
else:
dt = dt.name
rr = await tree.subdir(path,name=typ)
num = len(list(rr.children))
print(typ,num,dt, sep='\t',file=self.stdout)
else:
types=EtcTypes()
for arg in args:
if len(arg) == 2:
try:
res = await etc.get(path+'/'+arg)
except KeyError:
print("Type '%s' not found." % (arg,), file=sys.stderr)
else:
try:
dt = device_types()[arg]
tname = dt.name
except KeyError:
dt = OnewireDevice
tname = '?'+arg
types = EtcTypes()
dt.types(types)
for r in res.children:
dev = r.key[r.key.rindex('/')+1:]
t = await etc.tree('/'.join((path,arg,dev,DEV)), types=types,static=True,create=False)
print(arg+'.'+dev,t.get('path','?').replace(' ',':',1).replace(' ','/'),t.get('location','-'), sep='\t',file=self.stdout)
elif '.' in arg:
typ,dev = arg.split('.',1)
try:
dt = device_types()[typ]
tname = dt.name
except KeyError:
dt = OnewireDevice
tname = '?'+typ
types = EtcTypes()
dt.types(types)
try:
t = await etc.tree('/'.join((path,typ,dev,DEV)), types=types,static=True,create=False)
except KeyError:
print("Device '%s' not found." % (arg,), file=sys.stderr)
else:
if self.root.verbose > 1:
safe_dump({arg: r_dict(t)}, stream=self.stdout)
else:
print(arg,tname,t.get('path','?').replace(' ',':',1).replace(' ','/'),t.get('location','-'), sep='\t',file=self.stdout)
else:
raise CommandError("'%s' unknown. Please specify either a device class or a device ID."%(arg,))
async def do(self, args):
await self.root.setup(self)
tree = self.root.tree
path = DEV_DIR + (OnewireDevice.prefix, )
if not args:
res = await tree.lookup(path)
for r in res.children:
typ = r.key[r.key.rindex('/') + 1:]
try:
dt = device_types()[typ]
except KeyError:
dt = '?' + typ
else:
dt = dt.name
rr = await tree.subdir(path, name=typ)
num = len(list(rr.children))
print(typ, num, dt, sep='\t', file=self.stdout)
else:
types = EtcTypes()
for arg in args:
if len(arg) == 2:
try:
res = await etc.get(path + '/' + arg)
except KeyError:
print("Type '%s' not found." % (arg, ),
file=sys.stderr)
else:
try:
dt = device_types()[arg]
tname = dt.name
except KeyError:
dt = OnewireDevice
tname = '?' + arg
types = EtcTypes()
dt.types(types)
for r in res.children:
dev = r.key[r.key.rindex('/') + 1:]
t = await etc.tree('/'.join((path, arg, dev, DEV)),
types=types,
static=True,
create=False)
print(arg + '.' + dev,
t.get('path',
'?').replace(' ', ':',
1).replace(' ', '/'),
t.get('location', '-'),
sep='\t',
file=self.stdout)
elif '.' in arg:
typ, dev = arg.split('.', 1)
try:
dt = device_types()[typ]
tname = dt.name
except KeyError:
dt = OnewireDevice
tname = '?' + typ
types = EtcTypes()
dt.types(types)
try:
t = await etc.tree('/'.join((path, typ, dev, DEV)),
types=types,
static=True,
create=False)
except KeyError:
print("Device '%s' not found." % (arg, ),
file=sys.stderr)
else:
if self.root.verbose > 1:
safe_dump({arg: r_dict(t)}, stream=self.stdout)
else:
print(arg,
tname,
t.get('path',
'?').replace(' ', ':',
1).replace(' ', '/'),
t.get('location', '-'),
sep='\t',
file=self.stdout)
else:
raise CommandError(
"'%s' unknown. Please specify either a device class or a device ID."
% (arg, ))
