def collectPropertyDefaults(self, registry=None):
"""place my default values in the given registry"""
from Facility import Facility
from pyre.inventory.odb.Registry import Registry
import pyre.parsing.locators
if registry is None:
registry = Registry(self._priv_name)
locator = pyre.parsing.locators.default()
for prop in self._traitRegistry.itervalues():
# We intentionally don't call _getDefaultValue() -- at
# this stage, we don't want anything to happen (files to
# be opened, components to be instantiated, ...)
try:
# Pick up any values set by _defaults() methods.
value = self._getTraitValue(prop.name)
except KeyError:
value = prop.default
# The 'isinstance' is a limitation of the framework: e.g.,
# files and dimensionals to not stringify cleanly.
# Fortunately, we are only interested in string defaults
# at present (for macro expansion).
if isinstance(value, basestring):
registry.setProperty(prop.name, value, locator)
return registry
def collectPropertyDefaults(self, registry=None):
"""place my default values in the given registry"""
from Facility import Facility
from pyre.inventory.odb.Registry import Registry
import pyre.parsing.locators
if registry is None:
registry = Registry(self._priv_name)
locator = pyre.parsing.locators.default()
for prop in self._traitRegistry.itervalues():
# We intentionally don't call _getDefaultValue() -- at
# this stage, we don't want anything to happen (files to
# be opened, components to be instantiated, ...)
try:
# Pick up any values set by _defaults() methods.
value = self._getTraitValue(prop.name)
except KeyError:
value = prop.default
# The 'isinstance' is a limitation of the framework: e.g.,
# files and dimensionals to not stringify cleanly.
# Fortunately, we are only interested in string defaults
# at present (for macro expansion).
if isinstance(value, basestring):
registry.setProperty(prop.name, value, locator)
return registry
def __init__(self, document, attributes):
AbstractNode.__init__(self, document)
name = attributes["name"]
from pyre.inventory.odb.Registry import Registry
self.component = Registry(name)
return
def _decode(self, shelf):
root = Registry("root")
parser = Parser(root)
parser.parseFile(shelf.name)
shelf['inventory'] = root
shelf._frozen = True
return
def _decode(self, shelf):
root = Registry("root")
td, fn = split(shelf.name)
if not td: td = "."
basename = splitext(fn)[0]
macros = {'td': td, 'basename': basename}
parser = Parser(root, macros=macros)
parser.read(shelf.name)
shelf['inventory'] = root
shelf._frozen = True
return
def _decode(self, shelf):
root = Registry("root")
td, fn = split(shelf.name)
if not td: td = "."
basename = splitext(fn)[0]
macros = { 'td': td, 'basename': basename }
parser = Parser(root, macros=macros)
try:
parser.read(shelf.name)
except (AttributeError, KeyError) as err:
raise AttributeError("Error parsing '{fp.name}' line {fp.lineno}".format(fp=parser._sections.fp))
shelf['inventory'] = root
shelf._frozen = True
return
def __init__(self, name):
Component.__init__(self, "macros", name)
self.macros = Registry(self.name)
self.rp = None
return