def test_apply_history(self):
"""Tests the reapply history argument"""
self.logTestName()
a = 0.23
r = 0.1
def inspect():
res = []
print_fn = lambda x: res.append(x.__str__())
self.eng.print_applied(print_fn)
return res
q = self.eng.register
with self.eng:
Dgate(a) | q[0]
Sgate(r) | q[1]
state1 = self.eng.run()
expected = [
'Run 0:', 'Dgate({}, 0) | (q[0])'.format(a),
'Sgate({}, 0) | (q[1])'.format(r)
]
self.assertEqual(inspect(), expected)
# reset backend, but reapply history
self.backend.reset(pure=self.kwargs["pure"])
state2 = self.eng.run(backend=self.backend, apply_history=True)
self.assertEqual(inspect(), expected)
self.assertEqual(state1, state2)
# append more commands to the same backend
with self.eng:
Rgate(r) | q[0]
state3 = self.eng.run()
expected = [
'Run 0:',
'Dgate({}, 0) | (q[0])'.format(a),
'Sgate({}, 0) | (q[1])'.format(r),
'Run 1:',
'Rgate({}) | (q[0])'.format(r),
]
self.assertEqual(inspect(), expected)
self.assertNotEqual(state2, state3)
# reset backend, but reapply history
self.backend.reset(pure=self.kwargs["pure"])
state4 = self.eng.run(backend=self.backend, apply_history=True)
expected = [
'Run 0:',
'Dgate({}, 0) | (q[0])'.format(a),
'Sgate({}, 0) | (q[1])'.format(r),
'Rgate({}) | (q[0])'.format(r),
]
self.assertEqual(inspect(), expected)
self.assertEqual(state3, state4)
def row_to_dict(row, ignore_properties: [] = None):
d = {}
if row is None:
return None
if isinstance(row, RowProxy):
for column, value in row.items():
# build up the dictionary
d = {**d, **{column: value}}
elif isinstance(row, dict):
d = row
elif not hasattr(row, '__dict__'):
# is_primitive
return row
else:
for c in inspect(row).attrs.keys():
# build up the dictionary
d = {**d, **{c: ObjectMapper.row_to_dict(getattr(row, c))}}
if ignore_properties and len(ignore_properties):
for prop in ignore_properties:
removeproperty: [str] = prop.split('.')
d = ObjectMapper.remove_property_from_dict_recursively(
d, removeproperty)
return d
def print(self, pipeline_name=None):
if pipeline_name:
nodes = list(
nx.algorithms.dag.descendants(
self.meas_graph,
self.get_stream_selector(pipeline_name).hash_val)) + [
self.get_stream_selector(pipeline_name).hash_val
]
else:
nodes = self.meas_graph.nodes()
table_code = ""
for node in nodes:
if not isinstance(node, adb.StreamSelect):
node = self.meas_graph.nodes[node]['node_obj']
label = node.label if node.label else "Unlabeled"
table_code += f"<tr><td><b>{node.node_type}</b> ({node.qubit_name})</td><td></td><td><i>{label}</i></td></td><td></tr>"
inspr = inspect(node)
for c in list(node.__mapper__.columns):
if c.name not in ["id", "label", "qubit_name", "node_type"]:
hist = getattr(inspr.attrs, c.name).history
dirty = "Yes" if hist.has_changes() else ""
if c.name == "kernel_data":
table_code += f"<tr><td></td><td>{c.name}</td><td>Binary Data of length {len(node.kernel)}</td><td>{dirty}</td></tr>"
else:
table_code += f"<tr><td></td><td>{c.name}</td><td>{getattr(node,c.name)}</td><td>{dirty}</td></tr>"
display(
HTML(
f"<table><tr><th>Name</th><th>Attribute</th><th>Value</th><th>Uncommitted Changes</th></tr><tr>{table_code}</tr></table>"
))
def __init__(self, class_, includes=None, excludes=None, overrides=None, unknown='ignore', nested=False, type_overrides=None, relationship_overrides=None, automatic_relationships=False, **kw):
"""
:param includes:
:param overrides:
:param unknown:
:param type_overrides: callable(name, column, column_type)
:param automatic_relationships: Only follow relationships if they are on include list
:param kw:
:return:
"""
assert type_overrides, "Always provide type_overrides, otherwise this crap doesn't work when these nodes get nested"
self.inspector = inspect(class_)
kwargs = kw.copy()
# Obtain configuration specific from the mapped class
kwargs.update(getattr(self.inspector.class_, self.ca_class_key, {}))
unknown = kwargs.pop('unknown', unknown)
# The default type of this SchemaNode is Mapping.
super(SQLAlchemySchemaNode, self).__init__(Mapping(unknown), **kwargs)
self.class_ = class_
self.includes = includes or {}
self.excludes = excludes or {}
self.overrides = overrides or {}
self.unknown = unknown
self.declarative_overrides = {}
self.kwargs = kwargs or {}
self.type_overrides = type_overrides
self.relationship_overrides = relationship_overrides
self.nested = nested
self.automatic_relationships = automatic_relationships
self.add_nodes(self.includes, self.excludes, self.overrides, nested)
def get(self):
from celery.task.control import inspect
i = inspect()
data = dict()
if i.registered_tasks():
for k, v in i.registered_tasks().iteritems():
data[k] = v
self.write(data)
def inspect_modules(self, *modnames, referenced=0):
"""
Imports and inspects modules.
@param referenced
Whether to inspect referenced modules. If `False`, does not inspect
referenced modules. If 1, inspects only modules referenced directly
by modules in `modnames`. If `True`, inspects all directly and
indirectly referenced modules.
"""
# Mapping from modname to module objdoc.
objdocs = {}
# Set up an inspector for our modules.
def inspect(modname):
if modname not in objdocs:
objdocs[modname] = self.inspect_module(modname)
# Inspect modules.
for modname in modnames:
inspect(modname)
if referenced:
# Inspect referenced modules.
remaining = self.referenced_modnames - set(objdocs)
while len(remaining) > 0:
for modname in remaining:
inspect(modname)
if referenced == 1:
break
# Parse and process docstrings.
from . import docs
docs.enrich_modules(objdocs)
return {"modules": objdocs}
def is_instance_method(klazz, name):
'''
does this class have this method?
'''
return (inspect(klazz, name)[0] is INSTANCE_METHOD)
def countries(name):
stmt = db.session.query(country).filter(country.Name == name).all()
inst = inspect(country)
MyDict = {}
for result in stmt:
MyDict['Name'] = result.Name
MyDict['1960'] = result.one
MyDict['1961'] = result.two
MyDict['1962'] = result.three
MyDict['1963'] = result.four
MyDict['1964'] = result.five
MyDict['1965'] = result.six
MyDict['1966'] = result.seven
MyDict['1967'] = result.eight
MyDict['1968'] = result.nine
MyDict['1969'] = result.ten
MyDict['1970'] = result.eleven
MyDict['1971'] = result.twelve
MyDict['1972'] = result.thirteen
MyDict['1973'] = result.fourteen
MyDict['1974'] = result.fifteen
MyDict['1975'] = result.sixteen
MyDict['1976'] = result.seventeen
MyDict['1977'] = result.eighteen
MyDict['1978'] = result.nineteen
MyDict['1979'] = result.twenty
MyDict['1980'] = result.twentyone
MyDict['1981'] = result.twentytwo
MyDict['1982'] = result.twentythree
MyDict['1983'] = result.twentyfour
MyDict['1984'] = result.twentyfive
MyDict['1985'] = result.twentysix
MyDict['1986'] = result.twentyseven
MyDict['1987'] = result.twentyeight
MyDict['1988'] = result.twentynine
MyDict['1989'] = result.thirty
MyDict['1990'] = result.thirtyone
MyDict['1991'] = result.thirtytwo
MyDict['1992'] = result.thirtythree
MyDict['1993'] = result.thirtyfour
MyDict['1994'] = result.thirtyfive
MyDict['1995'] = result.thirtysix
MyDict['1996'] = result.thirtyseven
MyDict['1997'] = result.thirtyeight
MyDict['1998'] = result.thirtynine
MyDict['1999'] = result.fourty
MyDict['2000'] = result.fourtyone
MyDict['2001'] = result.fourtytwo
MyDict['2002'] = result.fourtythree
MyDict['2003'] = result.fourtyfour
MyDict['2004'] = result.fourtyfive
MyDict['2005'] = result.fourtysix
MyDict['2006'] = result.fourtyseven
MyDict['2007'] = result.fourtyeight
MyDict['2008'] = result.fourtynine
MyDict['2009'] = result.fifty
MyDict['2010'] = result.fiftyone
MyDict['2011'] = result.fiftytwo
MyDict['2012'] = result.fiftythree
MyDict['2013'] = result.fiftyfour
MyDict['2014'] = result.fiftyfive
MyDict['2015'] = result.fiftysix
MyDict['2016'] = result.fiftyseven
MyDict['2017'] = result.fiftyeight
MyDict['2018'] = result.fiftynine
return jsonify(MyDict)
def get_schema_from_relationship(self, prop, overrides):
"""Extended for property support."""
# The name of the SchemaNode is the ColumnProperty key.
name = prop.key
kwargs = dict(name=name)
declarative_overrides = prop.info.get(self.sqla_info_key, {}).copy()
self.declarative_overrides[name] = declarative_overrides.copy()
class_ = prop.mapper
if declarative_overrides.pop('exclude', False):
log.debug('Relationship %s skipped due to declarative overrides',
name)
return None
for key in ['name', 'typ']:
self.check_overrides(name, key, {}, declarative_overrides,
overrides)
key = 'children'
imperative_children = overrides.pop(key, None)
declarative_children = declarative_overrides.pop(key, None)
if imperative_children is not None:
children = imperative_children
msg = 'Relationship %s: %s overridden imperatively.'
log.debug(msg, name, key)
elif declarative_children is not None:
children = declarative_children
msg = 'Relationship %s: %s overridden via declarative.'
log.debug(msg, name, key)
else:
children = None
key = 'includes'
imperative_includes = overrides.pop(key, None)
declarative_includes = declarative_overrides.pop(key, None)
if imperative_includes is not None:
includes = imperative_includes
msg = 'Relationship %s: %s overridden imperatively.'
log.debug(msg, name, key)
elif declarative_includes is not None:
includes = declarative_includes
msg = 'Relationship %s: %s overridden via declarative.'
log.debug(msg, name, key)
else:
includes = None
# TODO: Utmost piece of garbage here.. remove this
if not self.automatic_relationships:
if name not in (self.includes or ()):
log.debug("Does not construct relationship for %s unless explicitly included", name)
return None
if self.relationship_overrides:
result = self.relationship_overrides(self, name, prop, class_)
if result == TypeOverridesHandling.drop:
return None
elif result == TypeOverridesHandling.unknown:
pass
else:
assert isinstance(result, colander.SchemaNode)
return result
key = 'excludes'
imperative_excludes = overrides.pop(key, None)
declarative_excludes = declarative_overrides.pop(key, None)
if imperative_excludes is not None:
excludes = imperative_excludes
msg = 'Relationship %s: %s overridden imperatively.'
log.debug(msg, name, key)
elif declarative_excludes is not None:
excludes = declarative_excludes
msg = 'Relationship %s: %s overridden via declarative.'
log.debug(msg, name, key)
else:
excludes = None
# see issue #25 in ColanderAlchemy for possible patch
if includes is None and excludes is None:
includes = [p.key for p in inspect(class_).column_attrs]
key = 'overrides'
imperative_rel_overrides = overrides.pop(key, None)
declarative_rel_overrides = declarative_overrides.pop(key, None)
if imperative_rel_overrides is not None:
rel_overrides = imperative_rel_overrides
msg = 'Relationship %s: %s overridden imperatively.'
log.debug(msg, name, key)
elif declarative_rel_overrides is not None:
rel_overrides = declarative_rel_overrides
msg = 'Relationship %s: %s overridden via declarative.'
log.debug(msg, name, key)
else:
rel_overrides = None
# Add default values for missing parameters.
if prop.innerjoin:
# Inner joined relationships imply it is mandatory
missing = required
else:
# Any other join is thus optional
missing = []
kwargs['missing'] = missing
kwargs.update(declarative_overrides)
kwargs.update(overrides)
if children is not None:
if prop.uselist:
# xToMany relationships.
return SchemaNode(Sequence(), *children, **kwargs)
else:
# xToOne relationships.
return SchemaNode(Mapping(), *children, **kwargs)
node = PropertyAwareSQLAlchemySchemaNode(class_,
name=name,
includes=includes,
excludes=excludes,
overrides=rel_overrides,
missing=missing,
type_overrides=self.type_overrides,
relationship_overrides=self.relationship_overrides)
if prop.uselist:
node = SchemaNode(Sequence(), node, **kwargs)
node.name = name
return node
import inspect
from collections import namedtuple
from geometry_msgs.msg import Transform
rotation = namedtuple("Rotation",["x","y","z"])
rotation.x=1
rotation.y=1
rotation.z=1
translation = namedtuple("Translation",["x","y","z","Theta"])
translation.x=0
translation.y=0
translation.z=0
translation.Theta=0
t1=Transform(rotation,translation)
print t1
print t1.rotation.x
print t1.rotation.y
print t1.rotation.z
print inspect(Transform.__init__)
def object_as_dict(obj):
return {
c.key: getattr(obj, c.key)
for c in inspect(obj).mapper.column_attrs
}
def _inspect_node(self):
console = Console(self.shell.pty)
def inspect():
# Print full name
yield termcolor.colored(' Node: ', 'cyan') + \
termcolor.colored(Inspector(self.node).get_full_name(), 'yellow')
# Print mro
yield termcolor.colored(' Mro:', 'cyan')
i = 1
for m in self.node.__class__.__mro__:
if m.__module__ != 'deployer.node' and m != object:
yield termcolor.colored(' %i ' % i, 'cyan') + \
termcolor.colored('%s.' % m.__module__, 'red') + \
termcolor.colored('%s' % m.__name__, 'yellow')
i += 1
# File names
yield termcolor.colored(' Files:', 'cyan')
i = 1
for m in self.node.__class__.__mro__:
if m.__module__ != 'deployer.node' and m != object:
yield termcolor.colored(' %i ' % i, 'cyan') + \
termcolor.colored(getfile(m), 'red')
i += 1
# Print host mappings
yield termcolor.colored(' Hosts:', 'cyan')
for role in sorted(self.node.hosts._hosts.keys()):
items = self.node.hosts._hosts[role]
yield termcolor.colored(' "%s"' % role, 'yellow')
i = 1
for host in sorted(items, key=lambda h:h.slug):
yield termcolor.colored(' %3i ' % i, 'cyan') + \
termcolor.colored('%-25s (%s)' % (host.slug, getattr(host, 'address', '')), 'red')
i += 1
# Print the first docstring (look to the parents)
for m in self.node.__class__.__mro__:
if m.__module__ != 'deployer.node' and m != object and m.__doc__:
yield termcolor.colored(' Docstring:\n', 'cyan') + \
termcolor.colored(m.__doc__ or '<None>', 'red')
break
# Actions
yield termcolor.colored(' Actions:', 'cyan')
def item_iterator():
for a in Inspector(self.node).get_actions():
yield termcolor.colored(a.name, 'red'), len(a.name)
for line in console.in_columns(item_iterator(), margin_left=13):
yield line
# Nodes
yield termcolor.colored(' Sub nodes:', 'cyan')
# Group by node group
grouper = lambda c:Inspector(c).get_group()
for group, nodes in groupby(sorted(Inspector(self.node).get_childnodes(), key=grouper), grouper):
yield termcolor.colored(' "%s"' % group.name, 'yellow')
# Create iterator for all the items in this group
def item_iterator():
for n in nodes:
name = Inspector(n).get_name()
if n.parent == self.node:
text = termcolor.colored(name, type_of_node(n).color)
length = len(name)
else:
full_name = Inspector(n).get_full_name()
text = termcolor.colored('%s -> %s' % (name, full_name), type_of_node(n).color)
length = len('%s -> %s' % (name, full_name))
yield text, length
# Show in columns
for line in console.in_columns(item_iterator(), margin_left=13):
yield line
console.lesspipe(inspect())
def is_instance_method(object, name):
"""
does this class have this method?
"""
return inspect(object, name)[0] is INSTANCE_METHOD
def is_instance_method(object, name):
'''
does this class have this method?
'''
return (inspect(object, name)[0] is INSTANCE_METHOD)
def Inspect(self):
"""
Inspection of the current service. Show host mappings and other information.
"""
def inspect():
# Print full name
yield termcolor.colored(' Service: ', 'cyan') + \
termcolor.colored(self.service.__repr__(path_only=True), 'yellow')
# Service class definition created on
yield termcolor.colored(' Created on: ', 'cyan') + \
termcolor.colored(self.service._creation_date, 'red')
# Print mro
yield termcolor.colored(' Mro:', 'cyan')
i = 1
for m in self.service.__class__.__mro__:
if m.__module__ != 'deployer.service' and m != object:
yield termcolor.colored(' %i ' % i, 'cyan') + \
termcolor.colored('%s.' % m.__module__, 'red') + \
termcolor.colored('%s' % m.__name__, 'yellow')
i += 1
# File names
yield termcolor.colored(' Files:', 'cyan')
i = 1
for m in self.service.__class__.__mro__:
if m.__module__ != 'deployer.service' and m != object:
yield termcolor.colored(' %i ' % i, 'cyan') + \
termcolor.colored(getfile(m), 'red')
i += 1
# Print host mappings
yield termcolor.colored(' Hosts:', 'cyan')
for role in sorted(self.service.hosts._hosts.keys()):
items = self.service.hosts._hosts[role]
yield termcolor.colored(' "%s"' % role, 'yellow')
i = 1
for host in sorted(items, key=lambda h:h.slug):
yield termcolor.colored(' %3i ' % i, 'cyan') + \
termcolor.colored('%-25s (%s)' % (host.slug, getattr(host, 'address', '')), 'red')
i += 1
# Print the first docstring (look to the parents)
for m in self.service.__class__.__mro__:
if m.__module__ != 'deployer.service' and m != object and m.__doc__:
yield termcolor.colored(' Docstring:\n', 'cyan') + \
termcolor.colored(m.__doc__ or '<None>', 'red')
break
# Actions
yield termcolor.colored(' Actions:', 'cyan')
def item_iterator():
for name, a in self.service.get_actions():
yield termcolor.colored(name, 'red'), len(name)
for line in in_columns(item_iterator(), self.shell.pty, margin_left=13):
yield line
# Services
yield termcolor.colored(' Sub services:', 'cyan')
# Group by service group
grouper = lambda i:i[1].get_group()
for group, services in groupby(sorted(self.service.get_subservices(), key=grouper), grouper):
yield termcolor.colored(' "%s"' % group.__name__, 'yellow')
# Create iterator for all the items in this group
def item_iterator():
for name, s in services:
if s.parent == self.service:
text = termcolor.colored(name, type_of_service(s).color)
length = len(name)
else:
text = termcolor.colored('%s -> %s' % (name, s.__repr__(path_only=True)), type_of_service(s).color)
length = len('%s -> %s' % (name, s.__repr__(path_only=True)))
yield text, length
# Show in columns
for line in in_columns(item_iterator(), self.shell.pty, margin_left=13):
yield line
lesspipe(inspect(), self.shell.pty)
def sql_alchemy_object_as_dict(obj):
from sqlalchemy import inspect
return {c.key: getattr(obj, c.key)
for c in inspect(obj).mapper.column_attrs}
import inspect
class Foo(object):
'''Foo doc'''
def __init__(self, name):
self.__name = name
def getname(self):
return self.__name
def show():
print('hello')
print(inspect.getmembers(show, inspect.ismethod))
print(inspect.getsource(Foo))
obj = Foo('you')
print(inspect.isclass(Foo))
print(inspect())
# In[2]: from datetime import datetime result = tasks.add.apply_async(args=[1,2], eta=datetime(2014, 6, 12, 0, 0)) result = tasks.add.apply_async(args=[1,2], countdown=10) r = tasks.add.delay() r = tasks.add.apply_async(args=[2, 3], queues='email') from celery.task.control import revoke revoke(id) revoke(id, terminate=True) from celery.task.control import inspect i = inspect() i.scheduled() i.active() i.registered() # task result result = my_task.apply_async(args=[1,2]) result.ready() result.state # workers celery -A apps.project.tasks worker -l info
"first", ["rock", "paper"])
first_one_hot = feature_column.indicator_column(first)
feature_columns.append(first_one_hot)
second = feature_column.categorical_column_with_vocabulary_list(
"second", ["rock", "paper"])
second_one_hot = feature_column.indicator_column(second)
feature_columns.append(second_one_hot)
crossed_feature = feature_column.crossed_column([first, second],
hash_bucket_size=1000)
crossed_feature = feature_column.indicator_column(crossed_feature)
inspect.getargspec(crossed_feature.create_state)
inspect(crossed_feature.index)
dir(crossed_feature)
feature_columns.append(crossed_feature)
feature_layer = tf.keras.layers.DenseFeatures(feature_columns)
model = tf.keras.Sequential([
feature_layer,
layers.Dense(32, activation='relu'),
layers.Dense(16, activation='relu'),
layers.Dense(1, activation='sigmoid')
])
model.compile(optimizer='adam',
loss='binary_crossentropy',
import pickle
from link import *
from datetime import timedelta
import random
def inspect():
# p: procedure
p = raw_input("procedure:")
path = "/home/jelte/Scriptie/python/"+p+".p"
list = pickle.load(open(path,"rb"))
random.shuffle(list)
engine = create_engine('mysql://*****:*****@localhost/zl_work')
#q = "SELECT familyname as al, firstname as af, sex, mother_familyname as ml, mother_firstname as mf, familyname as fl, father_firstname as ff, ((birth_min_days+birth_max_days)/2) as bd, role, id_person as id FROM ps_working WHERE id_person="+str(3743176)+" or id_person="+str(4192882)
#print sql.read_sql(q,engine).head(2)
for m1,m2 in list:
q = "SELECT familyname as al, firstname1 as af, sex, mother_familyname as ml, mother_firstname as mf, familyname as fl, father_firstname as ff, ((birth_min_days+birth_max_days)/2) as bd, role, id_person as id FROM ps_working WHERE id_person="+str(m1)+" or id_person="+str(m2)
df = sql.read_sql(q,engine)
print df.head(2)
raw_input("..")
inspect()
def _inspect_node(self):
console = Console(self.shell.pty)
def inspect():
# Print full name
yield termcolor.colored(' Node: ', 'cyan') + \
termcolor.colored(Inspector(self.node).get_full_name(), 'yellow')
# Print mro
yield termcolor.colored(' Mro:', 'cyan')
i = 1
for m in self.node.__class__.__mro__:
if m.__module__ != 'deployer.node' and m != object:
yield termcolor.colored(' %i ' % i, 'cyan') + \
termcolor.colored('%s.' % m.__module__, 'red') + \
termcolor.colored('%s' % m.__name__, 'yellow')
i += 1
# File names
yield termcolor.colored(' Files:', 'cyan')
i = 1
for m in self.node.__class__.__mro__:
if m.__module__ != 'deployer.node' and m != object:
yield termcolor.colored(' %i ' % i, 'cyan') + \
termcolor.colored(getfile(m), 'red')
i += 1
# Print host mappings
yield termcolor.colored(' Hosts:', 'cyan')
for role in sorted(self.node.hosts._hosts.keys()):
items = self.node.hosts._hosts[role]
yield termcolor.colored(' "%s"' % role, 'yellow')
i = 1
for host in sorted(items, key=lambda h: h.slug):
yield termcolor.colored(' %3i ' % i, 'cyan') + \
termcolor.colored('%-25s (%s)' % (host.slug, getattr(host, 'address', '')), 'red')
i += 1
# Print the first docstring (look to the parents)
for m in self.node.__class__.__mro__:
if m.__module__ != 'deployer.node' and m != object and m.__doc__:
yield termcolor.colored(' Docstring:\n', 'cyan') + \
termcolor.colored(m.__doc__ or '<None>', 'red')
break
# Actions
yield termcolor.colored(' Actions:', 'cyan')
def item_iterator():
for a in Inspector(self.node).get_actions():
yield termcolor.colored(a.name, 'red'), len(a.name)
for line in console.in_columns(item_iterator(), margin_left=13):
yield line
# Nodes
yield termcolor.colored(' Sub nodes:', 'cyan')
# Group by node group
grouper = lambda c: Inspector(c).get_group()
for group, nodes in groupby(
sorted(Inspector(self.node).get_childnodes(), key=grouper),
grouper):
yield termcolor.colored(' "%s"' % group.name, 'yellow')
# Create iterator for all the items in this group
def item_iterator():
for n in nodes:
name = Inspector(n).get_name()
if n.parent == self.node:
text = termcolor.colored(name,
type_of_node(n).color)
length = len(name)
else:
full_name = Inspector(n).get_full_name()
text = termcolor.colored(
'%s -> %s' % (name, full_name),
type_of_node(n).color)
length = len('%s -> %s' % (name, full_name))
yield text, length
# Show in columns
for line in console.in_columns(item_iterator(),
margin_left=13):
yield line
console.lesspipe(inspect())
import inspect
from collections import namedtuple
from geometry_msgs.msg import Transform
rotation = namedtuple("Rotation", ["x", "y", "z"])
rotation.x = 1
rotation.y = 1
rotation.z = 1
translation = namedtuple("Translation", ["x", "y", "z", "Theta"])
translation.x = 0
translation.y = 0
translation.z = 0
translation.Theta = 0
t1 = Transform(rotation, translation)
print t1
print t1.rotation.x
print t1.rotation.y
print t1.rotation.z
print inspect(Transform.__init__)
def _inspect_mixin(self, *args, **kwargs):
return inspect(self, *args, **kwargs)
def get_row_dic(row):
return {
c.key: getattr(row, c.key)
for c in inspect(row).mapper.column_attrs
}
