Coverage for python/pyshacl_turbo/shape.py: 100.0%

1"""RDFLib-facing shape inspection; targeting executes in Rust.""" 

2 

3import logging (empty)

4from decimal import Decimal (empty)

5 

6from rdflib.namespace import RDF, RDFS, SH (empty)

7 

8from .target_data import prepare_target_data (empty)

9 

10 

11class Shape: (empty)

12 def __init__(self, sg, node, p=False, path=None, logger=None): (empty)

13 self.sg = sg 9 ctx1efhijgbcd

14 self.node = node 9 ctx1efhijgbcd

15 self._p = p 9 ctx1efhijgbcd

16 self._path = path 9 ctx1efhijgbcd

17 self._advanced = False 9 ctx1efhijgbcd

18 self.logger = logger or logging.getLogger(__name__) 9 ctx1efhijgbcd

19 

20 @property (empty)

21 def is_property_shape(self): (empty)

22 return self._p 2 ctx1bc

23 

24 @property (empty)

25 def deactivated(self): (empty)

26 return bool(self.sg.graph.value(self.node, SH.deactivated)) 2 ctx1bc

27 

28 @property (empty)

29 def severity(self): (empty)

30 return self.sg.graph.value(self.node, SH.severity, default=SH.Violation) 1 ctx1d

31 

32 @property (empty)

33 def message(self): (empty)

34 return iter(set(self.objects(SH.message))) 1 ctx1d

35 

36 @property (empty)

37 def name(self): (empty)

38 return iter(set(self.objects(SH.name))) 1 ctx1d

39 

40 @property (empty)

41 def description(self): (empty)

42 return iter(set(self.objects(SH.description))) 1 ctx1d

43 

44 @property (empty)

45 def order(self): (empty)

46 return Decimal(str(self.sg.graph.value(self.node, SH.order, default=0))) 1 ctx1d

47 

48 def objects(self, predicate): (empty)

49 return self.sg.objects(self.node, predicate) 3 ctx1bcd

50 

51 def path(self): (empty)

52 return self._path if self._p else None 2 ctx1bc

53 

54 def property_shapes(self): (empty)

55 return self.objects(SH.property) 1 ctx1d

56 

57 def get_other_shape(self, node): (empty)

58 return self.sg.lookup_shape_from_node(node) 1 ctx1d

59 

60 def target_nodes(self): (empty)

61 return self.objects(SH.targetNode) 2 ctx1bc

62 

63 def target_classes(self): (empty)

64 return self.objects(SH.targetClass) 2 ctx1bc

65 

66 def target_objects_of(self): (empty)

67 return self.objects(SH.targetObjectsOf) 2 ctx1bc

68 

69 def target_subjects_of(self): (empty)

70 return self.objects(SH.targetSubjectsOf) 2 ctx1bc

71 

72 def implicit_class_targets(self): (empty)

73 classes = set(self.sg.graph.subjects(RDFS.subClassOf, RDFS.Class)) | {RDFS.Class} 2 ctx1bc

74 return [self.node] if classes.intersection(self.objects(RDF.type)) else [] 2 ctx1bc

75 

76 def target(self): (empty)

77 return ( 2 ctx1bc

78 self.target_nodes(), 

79 self.target_classes(), 

80 self.implicit_class_targets(), 

81 self.target_objects_of(), 

82 self.target_subjects_of(), 

83 ) 

84 

85 def set_advanced(self, value): (empty)

86 self._advanced = bool(value) 3 ctx1efg

87 

88 def focus_nodes(self, data_graph, debug=False): (empty)

89 data = prepare_target_data(data_graph) 9 ctx1efhijgbcd

90 return data._focus_nodes(self.sg._compile(), self.node, self._advanced) 9 ctx1efhijgbcd