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How to use is_named method in assertpy

Best Python code snippet using assertpy_python

node_type.py

Source:node_type.py

...4from ..exceptions import Error5from .namespaces import SIO6class UnknownNodeTypeError(Error):7    pass8def is_named(n: dict):9    return '@id' in n and isinstance(n['@id'], str) and n['@id'][0] != '_'10def is_bnode(n: dict):11    return '@id' in n and isinstance(n['@id'], str) and n['@id'][0] == '_'12def is_literal(n: dict):13    return '@value' in n and (isinstance(n['@value'], str) or isinstance(n['@value'], Number))14def is_typed(n: dict):15    return '@type' in n and isinstance(n['@type'], str)16def is_datatype(n):17    return (is_typed(n)18            and n['@type'] == str(RDFS.Datatype)19            and str(OWL.onDatatype) in n20            and is_named(n[str(OWL.onDatatype)])21            and str(OWL.withRestrictions) in n22            and isinstance(n[str(OWL.withRestrictions)], list)23            and len(n[str(OWL.withRestrictions)]) > 0)24def is_class(n: dict):25    return is_typed(n) and n['@type'] == str(OWL.Class)26def is_intersection(n: dict):27    return (is_class(n)28            and str(OWL.intersectionOf) in n29            and isinstance(n[str(OWL.intersectionOf)], list)30            and len(n[str(OWL.intersectionOf)]) >= 2)31def is_restriction(n: dict):32    return (is_typed(n)33            and n['@type'] == str(OWL.Restriction)34            and str(OWL.onProperty) in n35            and (str(OWL.someValuesFrom) in n36                 or str(OWL.hasValue) in n))37def is_has_value_restriction(n):38    return (is_restriction(n)39            and n[str(OWL.onProperty)]['@id'] == str(SIO.hasValue)40            and ((str(OWL.someValuesFrom) in n and is_datatype(n[str(OWL.someValuesFrom)]))41                 or (str(OWL.hasValue) in n and is_literal(n[str(OWL.hasValue)]))))42def is_unit_restriction(n):43    return (is_restriction(n)44            and n[str(OWL.onProperty)]['@id'] == str(SIO.hasUnit)45            and (is_named(n[str(OWL.someValuesFrom)])46                 or (is_intersection(n[str(OWL.someValuesFrom)])47                     and len(n[str(OWL.someValuesFrom)]) == 248                     and all([is_named(r)49                              for r in n[str(OWL.someValuesFrom)][str(OWL.intersectionOf)]]))))50def is_agent_restriction(n: dict):51    return (is_restriction(n)52            and n[str(OWL.onProperty)]['@id'] == str(PROV.wasAssociatedWith)53            and str(OWL.hasValue) not in n54            and (is_named(n[str(OWL.someValuesFrom)])55                 or is_restriction(n[str(OWL.someValuesFrom)])))56def is_attribute_restriction(n: dict):57    return (is_restriction(n)58            and n[str(OWL.onProperty)]['@id'] == str(SIO.hasAttribute)59            and str(OWL.hasValue) not in n60            and (is_named(n[str(OWL.someValuesFrom)])61                 or is_class(n[str(OWL.someValuesFrom)])))62def is_class_restriction(n: dict):63    return (is_attribute_restriction(n)64            and (is_named(n[str(OWL.someValuesFrom)])65                 or (is_intersection(n[str(OWL.someValuesFrom)])66                     and len(n[str(OWL.someValuesFrom)]) == 267                     and all([is_named(r) for r in n[str(OWL.someValuesFrom)]]))))68def is_validity_restriction(n):69    return n[str(OWL.onProperty)]['@id'] in [str(PROV.startedAtTime), str(PROV.endedAtTime)]70class NodeType(IntEnum):71    NAMED = auto()72    AGENT = auto()73    CLASS = auto()74    ATTRIBUTE = auto()75    HAS_VALUE = auto()76    UNIT = auto()77    VALIDITY = auto()78    DATATYPE = auto()79    LITERAL = auto()80    BNODE = auto()81    @ classmethod82    def get_node_type(cls, n):83        if is_named(n):84            return cls.NAMED85        if is_bnode(n):86            return cls.BNODE87        if is_literal(n):88            return cls.LITERAL89        if is_restriction(n):90            if is_agent_restriction(n):91                if is_named(n[str(OWL.someValuesFrom)]):92                    return cls.AGENT93                elif is_restriction(n[str(OWL.someValuesFrom)]):94                    return cls.get_node_type(n[str(OWL.someValuesFrom)])95            if is_attribute_restriction(n):96                return cls.ATTRIBUTE97            if is_has_value_restriction(n):98                return cls.HAS_VALUE99            if is_unit_restriction(n):100                return cls.UNIT101            if is_validity_restriction(n):102                return cls.VALIDITY...

tokens.py

Source:tokens.py

1import dataclasses2from typing import Tuple, List, Optional3from tree_sitter import TreeCursor4@dataclasses.dataclass(init=True)5class Token:6    """7    Structure that represents each source token with its original location and type8    """9    line: Tuple[int, int]10    string: str11    def __hash__(self):12        return hash(self.string)13    def __eq__(self, other):14        if isinstance(other, Token):15            return self.string == other.string16        else:17            return self.string == other18    def __repr__(self):19        return self.string20def parse_tree(cursor: TreeCursor, child_only: bool = True, is_named: Optional[bool] = None) -> List[Token]:21    """22    Takes a root tree_setter cursor and returns a list of tokens in order.23    :child_only: if to return only child(leaf) nodes while navigating24    :is_named: if to return only named nodes, can be false or true or none for retrieving all nodes25    """26    tokens = []27    last_child = None28    while cursor.goto_first_child():29        if not child_only:30            if is_named is not None and (31                (is_named and not cursor.node.is_named) or (not is_named and cursor.node.is_named)32            ):33                continue34            tokens.append(Token(string=cursor.node.type, line=(cursor.node.start_byte, cursor.node.end_byte)))35        else:36            last_child = cursor.node37    if is_named is not None:38        if child_only and last_child is not None:39            if (is_named and last_child.is_named) or (not is_named and not last_child.is_named):40                tokens.append(Token(string=last_child.type, line=(last_child.start_byte, last_child.end_byte)))41        else:42            if (is_named and cursor.node.is_named) or (not is_named and not cursor.node.is_named):43                tokens.append(Token(string=cursor.node.type, line=(cursor.node.start_byte, cursor.node.end_byte)))44    else:45        if child_only and last_child is not None:46            tokens.append(Token(string=last_child.type, line=(last_child.start_byte, last_child.end_byte)))47        else:48            tokens.append(Token(string=cursor.node.type, line=(cursor.node.start_byte, cursor.node.end_byte)))49    while True:50        while cursor.goto_next_sibling():51            tokens.extend(parse_tree(cursor=cursor, child_only=child_only, is_named=is_named))52        if not cursor.goto_parent():53            break...

models.py

Source:models.py

...21        except ObjectDoesNotExist:22            is_customer = False23    return is_customer24@property25def is_named(self):26    is_named = False27    for contact in Contact.objects.filter(emails__email_address__icontains=self.email):28        try:29            if contact.custom.named_contact_c == 1:30                is_named = True31                break32            else:33                is_named = False34        except ObjectDoesNotExist:35            is_named = False36    return is_named37User.add_to_class("is_customer", is_customer)38User.add_to_class("is_named", is_named)39class QuestionReference(models.Model):...

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