def register_custom_types():
"""Extend TYPE_REGISTRY with the declarations from bungeni_custom/types.xml.
This is called prior to loading of the workflows for these custom types.
Returns (type_key, TI) for the newly created TI instance.
"""
def parse_elem(type_elem):
type_key = misc.xml_attr_str(type_elem, "name")
workflow_key = misc.xml_attr_str(type_elem,
"workflow",
default=type_key)
archetype_key = type_elem.tag # !+archetype? move to types?
return type_key, workflow_key, archetype_key
def enabled_elems(elems):
for elem in elems:
if misc.xml_attr_bool(elem, "enabled", default=True):
yield elem
# load XML file
etypes = etree.fromstring(misc.read_file(capi.get_path_for("types.xml")))
# register enabled types - ignoring not enabled types
from bungeni.alchemist import type_info
for edoc in enabled_elems(etypes.iterchildren("doc")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(edoc))
# group/member types
for egroup in enabled_elems(etypes.iterchildren("group")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(egroup))
for emember in enabled_elems(egroup.iterchildren("member")):
type_key, ti = type_info.register_new_custom_type(
*parse_elem(emember))
def register_custom_types():
"""Extend TYPE_REGISTRY with the declarations from bungeni_custom/types.xml.
This is called prior to loading of the workflows for these custom types.
Returns (type_key, TI) for the newly created TI instance.
"""
def parse_elem(type_elem):
type_key = misc.xml_attr_str(type_elem, "name")
workflow_key = misc.xml_attr_str(type_elem, "workflow", default=type_key)
archetype_key = type_elem.tag # !+archetype? move to types?
return type_key, workflow_key, archetype_key
def enabled_elems(elems):
for elem in elems:
if misc.xml_attr_bool(elem, "enabled", default=True):
yield elem
# load XML file
etypes = etree.fromstring(misc.read_file(capi.get_path_for("types.xml")))
# register enabled types - ignoring not enabled types
from bungeni.alchemist import type_info
for edoc in enabled_elems(etypes.iterchildren("doc")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(edoc))
# group/member types
for egroup in enabled_elems(etypes.iterchildren("group")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(egroup))
for emember in enabled_elems(egroup.iterchildren("member")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(emember))
def register_custom_types():
"""Extend TYPE_REGISTRY with the declarations from bungeni_custom/types.xml.
This is called prior to loading of the workflows for these custom types.
Returns (type_key, TI) for the newly created TI instance.
"""
xas, xab = misc.xml_attr_str, misc.xml_attr_bool
tag_archetype_key_mapping = {
"doc": "doc",
"event": "event",
"group": "group",
"member": "group_member"
}
def parse_elem(type_elem):
type_key = xas(type_elem, "name")
workflow_key = xas(type_elem, "workflow")
descriptor_key = xas(type_elem, "descriptor")
sys_archetype_key = tag_archetype_key_mapping[type_elem.tag]
custom_archetype_key = xas(type_elem, "archetype")
label = xas(type_elem, "label", None)
container_label = xas(type_elem, "container_label", None)
return (type_key, sys_archetype_key, custom_archetype_key,
workflow_key, descriptor_key,
label, container_label)
def enabled_elems(elems):
for elem in elems:
if xab(elem, "enabled", default=True):
yield elem
# load types.xml
file_path = capi.get_path_for("types.xml")
etypes = capi.schema.validate_file_rng("types", file_path)
# register enabled types - ignoring not enabled types
from bungeni.alchemist import type_info
# custom "event" types (must be loaded prior to custom "doc" types)
for etype in enabled_elems(etypes.iterchildren("event")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(etype))
# custom "doc" types
for etype in enabled_elems(etypes.iterchildren("doc")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(etype))
# group/member types
for egroup in enabled_elems(etypes.iterchildren("group")):
group_type_key, ti = type_info.register_new_custom_type(*parse_elem(egroup))
ti.domain_model.privilege_extent = xas(egroup, "privilege_extent", "group")
for emember in enabled_elems(egroup.iterchildren("member")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(emember))
ti.within_type_key = group_type_key
# SYSTEM WIDE settings (set on class attributes on capi)
capi.__class__.bicameral = xab(etypes, "bicameral")
capi.__class__.country_code = xas(etypes, "country_code")
capi.__class__.legislature_type_key = xas(etypes, "legislature_type")
capi.__class__.chamber_type_key = xas(etypes, "chamber_type")
# sanity checks
for tk in (capi.chamber_type_key, capi.legislature_type_key):
ti = capi.get_type_info(tk) # KeyError
assert ti.sys_archetype_key == "group", \
"Value %r specified for %r must be a %r" % (tk, attr, "group")
def register_custom_types():
"""Extend TYPE_REGISTRY with the declarations from bungeni_custom/types.xml.
This is called prior to loading of the workflows for these custom types.
Returns (type_key, TI) for the newly created TI instance.
"""
xas, xab = misc.xml_attr_str, misc.xml_attr_bool
tag_archetype_key_mapping = {
"doc": "doc",
"event": "event",
"group": "group",
"member": "group_member"
}
def parse_elem(type_elem):
type_key = xas(type_elem, "name")
workflow_key = xas(type_elem, "workflow")
descriptor_key = xas(type_elem, "descriptor")
sys_archetype_key = tag_archetype_key_mapping[type_elem.tag]
custom_archetype_key = xas(type_elem, "archetype")
label = xas(type_elem, "label", None)
container_label = xas(type_elem, "container_label", None)
return (type_key, sys_archetype_key, custom_archetype_key,
workflow_key, descriptor_key, label, container_label)
def enabled_elems(elems):
for elem in elems:
if xab(elem, "enabled", default=True):
yield elem
# load types.xml
file_path = capi.get_path_for("types.xml")
etypes = capi.schema.validate_file_rng("types", file_path)
# register enabled types - ignoring not enabled types
from bungeni.alchemist import type_info
# custom "event" types (must be loaded prior to custom "doc" types)
for etype in enabled_elems(etypes.iterchildren("event")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(etype))
# custom "doc" types
for etype in enabled_elems(etypes.iterchildren("doc")):
type_key, ti = type_info.register_new_custom_type(*parse_elem(etype))
# group/member types
for egroup in enabled_elems(etypes.iterchildren("group")):
group_type_key, ti = type_info.register_new_custom_type(
*parse_elem(egroup))
ti.domain_model.privilege_extent = xas(egroup, "privilege_extent",
"group")
for emember in enabled_elems(egroup.iterchildren("member")):
type_key, ti = type_info.register_new_custom_type(
*parse_elem(emember))
ti.within_type_key = group_type_key
# SYSTEM WIDE settings (set on class attributes on capi)
capi.__class__.bicameral = xab(etypes, "bicameral")
capi.__class__.country_code = xas(etypes, "country_code")
capi.__class__.legislature_type_key = xas(etypes, "legislature_type")
capi.__class__.chamber_type_key = xas(etypes, "chamber_type")
# sanity checks
for tk in (capi.chamber_type_key, capi.legislature_type_key):
ti = capi.get_type_info(tk) # KeyError
assert ti.sys_archetype_key == "group", \
"Value %r specified for %r must be a %r" % (tk, attr, "group")
