def configure(self, configuration, namespace=None):
if isinstance(configuration, basestring):
configuration = Format.read(configuration, quiet=True)
if not configuration:
return
if namespace:
try:
configuration = configuration['namespace'][namespace]
except KeyError:
return
else:
if not configuration:
return
includes = configuration.pop('include', None)
recursive_merge(self.configuration, configuration)
if includes:
for item in includes:
if isinstance(item, dict):
for namespace, pattern in item.iteritems():
for include in sorted(glob(pattern)):
self.configure(include, namespace=namespace)
else:
for include in sorted(glob(item)):
self.configure(include)
return self
def configure(self, configuration, namespace=None):
if isinstance(configuration, basestring):
configuration = Format.read(configuration, quiet=True)
if not configuration:
return
if namespace:
try:
configuration = configuration['namespace'][namespace]
except KeyError:
return
else:
if not configuration:
return
includes = configuration.pop('include', None)
recursive_merge(self.configuration, configuration)
if includes:
for item in includes:
if isinstance(item, dict):
for namespace, pattern in item.iteritems():
for include in sorted(glob(pattern)):
self.configure(include, namespace=namespace)
else:
for include in sorted(glob(item)):
self.configure(include)
return self
def configure(self, configuration):
schemas = Registry.schemas
for token, data in configuration.iteritems():
schema = schemas.get(token)
if schema:
data = schema.process(data, serialized=True)
recursive_merge(self.configuration, {token: data})
else:
recursive_merge(self.pending, {token: data})
def configure(self, configuration):
schemas = Registry.schemas
for token, data in configuration.iteritems():
schema = schemas.get(token)
if schema:
data = schema.process(data, serialized=True)
recursive_merge(self.configuration, {token: data})
else:
recursive_merge(self.pending, {token: data})
def configure(self, configuration):
if isinstance(configuration, basestring):
configuration = Format.read(configuration, quiet=True)
if not configuration:
return
includes = configuration.pop('include', None)
recursive_merge(self.configuration, configuration)
if includes:
for pattern in includes:
for include in sorted(glob(pattern)):
self.configure(include)
return self
def configure(self, configuration):
if isinstance(configuration, basestring):
configuration = Format.read(configuration, quiet=True)
if not configuration:
return
includes = configuration.pop('include', None)
recursive_merge(self.configuration, configuration)
if includes:
for pattern in includes:
for include in sorted(glob(pattern)):
self.configure(include)
return self
def get_configuration(self, token):
try:
return self.configuration[token]
except KeyError:
pass
self.guard.acquire()
try:
schemas = Registry.schemas
for candidate in self.pending.keys():
schema = schemas.get(candidate)
if schema:
data = schema.process(self.pending.pop(candidate), serialized=True)
recursive_merge(self.configuration, {candidate: data})
finally:
self.guard.release()
print self.configuration[token]
return self.configuration[token]
def get_configuration(self, token):
try:
return self.configuration[token]
except KeyError:
pass
self.guard.acquire()
try:
schemas = Registry.schemas
for candidate in self.pending.keys():
schema = schemas.get(candidate)
if schema:
data = schema.process(self.pending.pop(candidate),
serialized=True)
recursive_merge(self.configuration, {candidate: data})
finally:
self.guard.release()
print self.configuration[token]
return self.configuration[token]
