def __init__(self):
self.types = {} # name: Type()
self.forms = {} # name: Form()
self.props = {} # (form,name): Prop() and full: Prop()
self.tagprops = {} # name: TagProp()
self.formabbr = {} # name: [Form(), ... ]
self.univs = []
self.univlook = {}
self.propsbytype = collections.defaultdict(list) # name: Prop()
self.arraysbytype = collections.defaultdict(list)
self._type_pends = collections.defaultdict(list)
self._modeldef = {'ctors': [], 'types': [], 'forms': [], 'univs': []}
self._modelinfo = ModelInfo()
# add the primitive base types
info = {'doc': 'The base 64 bit signed integer type.'}
item = s_types.Int(self, 'int', info, {})
self.addBaseType(item)
info = {'doc': 'A base range type.'}
item = s_types.Range(self, 'range', info, {'type': ('int', {})})
self.addBaseType(item)
info = {'doc': 'The base string type.'}
item = s_types.Str(self, 'str', info, {})
self.addBaseType(item)
info = {'doc': 'The base hex type.'}
item = s_types.Hex(self, 'hex', info, {})
self.addBaseType(item)
info = {'doc': 'The base boolean type.'}
item = s_types.Bool(self, 'bool', info, {})
self.addBaseType(item)
info = {'doc': 'A date/time value.'}
item = s_types.Time(self, 'time', info, {})
self.addBaseType(item)
info = {'doc': 'A time window/interval.'}
item = s_types.Ival(self, 'ival', info, {})
self.addBaseType(item)
info = {'doc': 'The base GUID type.'}
item = s_types.Guid(self, 'guid', info, {})
self.addBaseType(item)
info = {'doc': 'The base type for a synapse tag.'}
item = s_types.Tag(self, 'syn:tag', info, {})
self.addBaseType(item)
info = {'doc': 'The base type for compound node fields.'}
item = s_types.Comp(self, 'comp', info, {})
self.addBaseType(item)
info = {'doc': 'The base geo political location type.'}
item = s_types.Loc(self, 'loc', info, {})
self.addBaseType(item)
info = {
'doc': 'The node definition type for a (form,valu) compound field.'
}
item = s_types.Ndef(self, 'ndef', info, {})
self.addBaseType(item)
info = {'doc': 'A typed array which indexes each field.'}
item = s_types.Array(self, 'array', info, {'type': 'int'})
self.addBaseType(item)
# info = {'doc': 'A list type for storing multiple values of the same type.'}
# item = s_types.List(self, 'list', info, {'type': 'str'})
# self.addBaseType(item)
info = {'doc': 'An digraph edge base type.'}
item = s_types.Edge(self, 'edge', info, {})
self.addBaseType(item)
info = {'doc': 'An digraph edge base type with a unique time.'}
item = s_types.TimeEdge(self, 'timeedge', info, {})
self.addBaseType(item)
info = {
'doc': 'Arbitrary msgpack compatible data stored without an index.'
}
item = s_types.Data(self, 'data', info, {})
self.addBaseType(item)
info = {'doc': 'The nodeprop type for a (prop,valu) compound field.'}
item = s_types.NodeProp(self, 'nodeprop', info, {})
self.addBaseType(item)
# add the base universal properties...
self.addUnivProp('seen', ('ival', {}), {
'doc':
'The time interval for first/last observation of the node.',
})
self.addUnivProp('created', ('time', {}), {
'ro': True,
'doc': 'The time the node was created in the cortex.',
})
def __init__(self):
self.types = {} # name: Type()
self.forms = {} # name: Form()
self.props = {} # (form,name): Prop() and full: Prop()
self.ifaces = {} # name: <ifdef>
self.tagprops = {} # name: TagProp()
self.formabbr = {} # name: [Form(), ... ]
self.modeldefs = []
self.univs = {}
self.propsbytype = collections.defaultdict(list) # name: Prop()
self.arraysbytype = collections.defaultdict(list)
# TODO use this for <nodes> -> foo:iface
self.formsbyiface = collections.defaultdict(list)
self._type_pends = collections.defaultdict(list)
self._modeldef = {'ctors': [], 'types': [], 'forms': [], 'univs': []}
# add the primitive base types
info = {'doc': 'The base 64 bit signed integer type.'}
item = s_types.Int(self, 'int', info, {})
self.addBaseType(item)
info = {'doc': 'The base floating point type.'}
item = s_types.Float(self, 'float', info, {})
self.addBaseType(item)
info = {'doc': 'A base range type.'}
item = s_types.Range(self, 'range', info, {'type': ('int', {})})
self.addBaseType(item)
info = {'doc': 'The base string type.'}
item = s_types.Str(self, 'str', info, {})
self.addBaseType(item)
info = {'doc': 'The base hex type.'}
item = s_types.Hex(self, 'hex', info, {})
self.addBaseType(item)
info = {'doc': 'The base boolean type.'}
item = s_types.Bool(self, 'bool', info, {})
self.addBaseType(item)
info = {'doc': 'A date/time value.'}
item = s_types.Time(self, 'time', info, {})
self.addBaseType(item)
info = {'doc': 'A time window/interval.'}
item = s_types.Ival(self, 'ival', info, {})
self.addBaseType(item)
info = {'doc': 'The base GUID type.'}
item = s_types.Guid(self, 'guid', info, {})
self.addBaseType(item)
info = {'doc': 'The base type for a synapse tag.'}
item = s_types.Tag(self, 'syn:tag', info, {})
self.addBaseType(item)
info = {'doc': 'The base type for compound node fields.'}
item = s_types.Comp(self, 'comp', info, {})
self.addBaseType(item)
info = {'doc': 'The base geo political location type.'}
item = s_types.Loc(self, 'loc', info, {})
self.addBaseType(item)
info = {
'doc': 'The node definition type for a (form,valu) compound field.'
}
item = s_types.Ndef(self, 'ndef', info, {})
self.addBaseType(item)
info = {'doc': 'A typed array which indexes each field.'}
item = s_types.Array(self, 'array', info, {'type': 'int'})
self.addBaseType(item)
# info = {'doc': 'A list type for storing multiple values of the same type.'}
# item = s_types.List(self, 'list', info, {'type': 'str'})
# self.addBaseType(item)
info = {'doc': 'An digraph edge base type.'}
item = s_types.Edge(self, 'edge', info, {})
self.addBaseType(item)
info = {'doc': 'An digraph edge base type with a unique time.'}
item = s_types.TimeEdge(self, 'timeedge', info, {})
self.addBaseType(item)
info = {'doc': 'Arbitrary json compatible data.'}
item = s_types.Data(self, 'data', info, {})
self.addBaseType(item)
info = {'doc': 'The nodeprop type for a (prop,valu) compound field.'}
item = s_types.NodeProp(self, 'nodeprop', info, {})
self.addBaseType(item)
info = {
'doc':
'A potentially huge/tiny number. [x] <= 170141183460469231731687 with a fractional precision of 15 decimal digits.'
}
item = s_types.HugeNum(self, 'hugenum', info, {})
self.addBaseType(item)
# add the base universal properties...
self.addUnivProp('seen', ('ival', {}), {
'doc':
'The time interval for first/last observation of the node.',
})
self.addUnivProp('created', ('time', {}), {
'ro': True,
'doc': 'The time the node was created in the cortex.',
})