linting fixed

examples/reference/arithmetic_expressions.jac

@@ -1,4 +1,4 @@
-with entry{  
+with entry{
      p = print;
 
     p("Multiply:", 7 * 2);

examples/reference/arithmetic_expressions.py

@@ -4,5 +4,5 @@
 p("Division:", 15 / 3)
 p("Floor:", 15 // 3)
 p("Modulo:", 17 % 5)
-p("Expon:", 2 ** 3)
-p("combo:", (9+ 2) * 9 - 2)
+p("Expon:", 2**3)
+p("combo:", (9 + 2) * 9 - 2)

examples/reference/assignments.py

@@ -6,4 +6,4 @@
 a <<= 2
 print(a)
 c //= 4
-print(c)
+print(c)

examples/reference/bitwise_expressions.py

@@ -1,4 +1,4 @@
-p=print
+p = print
 p("&:", 5 & 3)
 p("|:", 5 | 3)
 p("^:", 5 ^ 3)

examples/reference/disengage_statements.py

@@ -1,30 +1,37 @@
 from __future__ import annotations
 from jaclang.plugin.feature import JacFeature as jac
 
-@jac.make_architype('walker', on_entry=[jac.DSFunc('func2', jac.RootType)], on_exit=[])
-class walker_1:
 
+@jac.make_architype("walker", on_entry=[jac.DSFunc("func2", jac.RootType)], on_exit=[])
+class walker_1:
     def func2(self, _jac_here_: jac.RootType) -> None:
         end = _jac_here_
         i = 0
         while i < 5:
-            jac.connect(end, (end := node_1(val=i + 1)), jac.build_edge(jac.EdgeDir.OUT, None, None))
+            jac.connect(
+                end,
+                (end := node_1(val=i + 1)),
+                jac.build_edge(jac.EdgeDir.OUT, None, None),
+            )
             i += 1
         if jac.visit_node(self, jac.edge_ref(_jac_here_, jac.EdgeDir.OUT, None, None)):
             pass
 
-@jac.make_architype('node', on_entry=[jac.DSFunc('func_1', walker_1)], on_exit=[])
+
+@jac.make_architype("node", on_entry=[jac.DSFunc("func_1", walker_1)], on_exit=[])
 class node_1:
     val: int
 
     def func_1(self, _jac_here_: walker_1) -> None:
-        print('visiting ', self)
+        print("visiting ", self)
         if self.val == 3:
-            print('Disengaging traversal in node with value 3.')
+            print("Disengaging traversal in node with value 3.")
             jac.disengage(_jac_here_)
             return
         if jac.visit_node(_jac_here_, jac.edge_ref(self, jac.EdgeDir.OUT, None, None)):
             pass
         else:
-            print('finished visitng all nodes  ....\n')
-jac.spawn_call(jac.get_root(), walker_1())
+            print("finished visitng all nodes  ....\n")
+
+
+jac.spawn_call(jac.get_root(), walker_1())

examples/reference/elvis_expressions.jac

@@ -1,7 +1,7 @@
 with entry{
- 
+
     user_language = None;
     preferred_language  = user_language ?: 'english';
-   
+
     print(preferred_language);
 }

examples/reference/elvis_expressions.py

@@ -1,4 +1,5 @@
 from jaclang.plugin.feature import JacFeature as jac
+
 user_language = None
-preferred_language = jac.elvis(user_language, 'english')
-print(preferred_language)
+preferred_language = jac.elvis(user_language, "english")
+print(preferred_language)

examples/reference/global_and_nonlocal_statements.py

@@ -1,15 +1,20 @@
 from __future__ import annotations
-x = 'Jaclang '
+
+x = "Jaclang "
+
 
 def foo() -> None:
     global x
-    x = 'Jaclang is '
-    y = 'Awesome'
+    x = "Jaclang is "
+    y = "Awesome"
 
     def foo2() -> tuple[str, str]:
         nonlocal y
-        y = 'Fantastic'
+        y = "Fantastic"
         return (x, y)
+
     print(x, y)
     print(foo2())
-foo()
+
+
+foo()

examples/reference/ignore_statements.py

@@ -1,9 +1,11 @@
 from __future__ import annotations
 from jaclang.plugin.feature import JacFeature as jac
 
-@jac.make_architype('walker', on_entry=[jac.DSFunc('start_game', jac.RootType)], on_exit=[])
-class GuessGame:
 
+@jac.make_architype(
+    "walker", on_entry=[jac.DSFunc("start_game", jac.RootType)], on_exit=[]
+)
+class GuessGame:
     def start_game(self, _jac_here_: jac.RootType) -> None:
         i = 0
         while i < 10:
@@ -16,9 +18,11 @@ def start_game(self, _jac_here_: jac.RootType) -> None:
         if jac.visit_node(self, jac.edge_ref(_jac_here_, jac.EdgeDir.OUT, None, None)):
             pass
 
-@jac.make_architype('node', on_entry=[jac.DSFunc('check', GuessGame)], on_exit=[])
-class turn:
 
+@jac.make_architype("node", on_entry=[jac.DSFunc("check", GuessGame)], on_exit=[])
+class turn:
     def check(self, _jac_here_: GuessGame) -> None:
-        print('here', end=', ')
-jac.spawn_call(jac.get_root(), GuessGame())
+        print("here", end=", ")
+
+
+jac.spawn_call(jac.get_root(), GuessGame())

examples/reference/visit_statements.jac

@@ -1,4 +1,4 @@
-#version1 
+#version1
 walker creator{
      can create with `<root> entry;
 }
@@ -20,7 +20,7 @@ node item{
                  };
  }
 :walker:creator:can:create{
-    end = <here>; 
+    end = <here>;
     for i=0 to i<5 by i+=1 {
         end ++>  end := item(val=i+1);
     }
@@ -34,7 +34,7 @@ with entry{
          <root> spawn creator();
          <r> spawn Travellor();
 }
- 
+
 # #version2
 # #1
 # walker creator{
@@ -45,7 +45,7 @@ with entry{
 #      can func_1 with creator entry;
 # }
 # :walker:creator:can:create{
-#     end = <here>; 
+#     end = <here>;
 #     for i=0 to i<5 by i+=1 {
 #         end ++>  end := item(val=i+1);
 #     }
@@ -68,13 +68,13 @@ with entry{
 # }
 # :node:item:can:func_1{
 #         print("visiting ",<s>);
-        
+
 #         visit-->else{
 #                    print("finished visitng all nodes  ....\n");
 #                  };
 #  }
 # :walker:creator:can:create{
-#     end = <here>; 
+#     end = <here>;
 #     for i=0 to i<5 by i+=1 {
 #         end ++>  end := item(val=i+1);
 #     }