def _run(self,args):
for x in session.query(Attribute).all():
if x.description:
# If there are no descriptions, there is no point in
# dumping attributes as there is no additional
# information as the short names are part of node path
raise RuntimeError("Description in an attribute")
total = self.dfs(Node.root().lower(), lambda x: None)
dumped = self.dfs(Node.root().lower(), self.dump)
if total != dumped:
raise RuntimeError("Dumped {} leafs but {} found in total".format(dumped, total))
def _run(self,args):
if self.args.attribute:
return [ print(i.name) for i in session.query(Attribute).all()]
rs = [ (i.attr.name, i.value) for i in self.children() ]
if not rs:
return
rs.insert(0, ("Type","Value"))
rs.insert(1, ("",""))
just = max(map(lambda x: len(x),zip(*rs)))
[ print("%s %s" % (x.rjust(just," "), y)) for x,y in rs]
def _run(self,args):
print("db:\t{0}".format(self.app._get_db()))
print("config:")
for s in self.conf.sections():
print("\t%s" % s)
for i in self.conf.items(s):
print("\t\t%s = %s" % i)
countable = [Node, Attribute, Edge]
for i in countable:
cnt = session.query(i).count()
print("%s count: %d" % (i.__name__, cnt))
def tokenize_nodes(nodes):
"""
tokenize list of nodes in format attribute=value into list of (attribute,value).
"""
import re
from cpk.model import Attribute, session
attrs = [i.name for i in session.query(Attribute).all()]
sre_parse_nodes = '^((?P<node_type>%s)=)?(?P<node_name>.+)?$' % "|".join(attrs)
getLogger("%s" % (__name__,)).debug(sre_parse_nodes)
sre_parse_nodes = re.compile(sre_parse_nodes)
getLogger("%s" % (__name__,)).debug("tokenizer input: %s" % nodes)
tokens = [sre_parse_nodes.match(i).groupdict() for i in nodes]
tokens = [(t["node_type"], t["node_name"]) for t in tokens]
getLogger("%s" % (__name__,)).debug("tokens: %s" % tokens)
return tokens
