Allow long type in addition to int and float for built-in math predic…

…ates
RDFLib · Aug 1, 2015 · 29b6d7b · 29b6d7b
1 parent aeaf433
commit 29b6d7b
Showing 1 changed file with 8 additions and 8 deletions.
diff --git a/lib/Rete/BuiltinPredicates.py b/lib/Rete/BuiltinPredicates.py
@@ -94,15 +94,15 @@ def MathEqualTo(subject, object_):
         if not isinstance(term, Variable):
             assert isinstance(term, Literal), \
                 "math:equalTo can only be used with Literals (%s)" % term
-            assert isinstance(term.toPython(), (int, float)), \
+            assert isinstance(term.toPython(), (int, long, float)), \
                 "math:equalTo can only be used " + \
                 "with Numeric Literals (%s)" % term
 
     def func(s, o):
         for term in [s, o]:
             assert isinstance(term, Literal), \
                 "math:equalTo can only be used with Literals (%s)" % term
-            assert isinstance(term.toPython(), (int, float)), \
+            assert isinstance(term.toPython(), (int, long, float)), \
                 "math:equalTo can only be used with " + \
                 "Numeric Literals (%s)" % term
         return s.toPython() == o.toPython()
@@ -114,15 +114,15 @@ def MathGreaterThan(subject, object_):
         if not isinstance(term, Variable):
             assert isinstance(term, Literal), \
                 "math:lessThan can only be used with Literals (%s)" % term
-            assert isinstance(term.toPython(), (int, float)), \
+            assert isinstance(term.toPython(), (int, long, float)), \
                 "math:lessThan can only be used with " + \
                 "Numeric Literals (%s)" % term
 
     def greaterThanF(s, o):
         for term in [s, o]:
             assert isinstance(term, Literal), \
                 "math:greaterThan can only be used with Literals (%s)" % term
-            assert isinstance(term.toPython(), (int, float)), \
+            assert isinstance(term.toPython(), (int, long, float)), \
                 "math:greaterThan can only be used " + \
                 "with Numeric Literals (%s)" % term
         return s.toPython() > o.toPython()
@@ -134,15 +134,15 @@ def MathLessThan(subject, object_):
         if not isinstance(term, Variable):
             assert isinstance(term, Literal), \
                 "math:lessThan can only be used with Literals (%s)" % term
-            assert isinstance(term.toPython(), (int, float)), \
+            assert isinstance(term.toPython(), (int, long, float)), \
                 "math:lessThan can only be used with " + \
                 "Numeric Literals. (%s)" % term
 
     def lessThanF(s, o):
         for term in [s, o]:
             assert isinstance(term, Literal), \
                 "math:lessThan can only be used with Literals (%s)" % term
-            assert isinstance(term.toPython(), (int, float)), \
+            assert isinstance(term.toPython(), (int, long, float)), \
                 "math:lessThan can only be used with " + \
                 "Numeric Literals (%s)" % term
         return s.toPython() < o.toPython()
@@ -154,15 +154,15 @@ def MathNotLessThan(subject, object_):
         if not isinstance(term, Variable):
             assert isinstance(term, Literal), \
                 "math:notLessThan can only be used with Literals (%s)" % term
-            assert isinstance(term.toPython(), (int, float)), \
+            assert isinstance(term.toPython(), (int, long, float)), \
                 "math:lessThan can only be used with " + \
                 "Numeric Literals (%s)" % term
 
     def nLessThanF(s, o):
         for term in [s, o]:
             assert isinstance(term, Literal), \
                 "math:notLessThan can only be used with Literals"
-            assert isinstance(term.toPython(), (int, float)), \
+            assert isinstance(term.toPython(), (int, long, float)), \
                 "math:lessThan can only be used with " + \
                 "Numeric Literals (%s)" % term
         return not(s.toPython() < o.toPython())