feat(parser): use AST printer in test script

test.py

@@ -1,10 +1,11 @@
 import importlib
 from pathlib import Path
 
+from core.ast.printer import AnnotationAstPrinter
 from lexer.annotations import AnnotationLexer
 from lexer.midas import MidasLexer
 from lexer.token import Token
-
+from parser.annotations import AnnotationParser
 
 # Frame annotation
 mod = importlib.import_module("examples.00_syntax_prototype.01_simple_types")
@@ -12,17 +13,20 @@ mod = importlib.import_module("examples.00_syntax_prototype.01_simple_types")
 annotation: str = mod.__annotations__["df"]
 lexer: AnnotationLexer = AnnotationLexer(annotation, "01_simple_types.py")
 tokens: list[Token] = lexer.process()
-print([
+# print([f"{t.type.name}('{t.lexeme}')" for t in tokens])
-    f"{t.type.name}('{t.lexeme}')"
+
-    for t in tokens
+parser = AnnotationParser(tokens)
-])
+parsed = parser.parse()
+print(parsed)
+for err in parser.errors:
+    print(err.get_report())
+printer = AnnotationAstPrinter()
+if parsed is not None:
+    print(printer.print(parsed))
 
 # Midas type definitions
 path: Path = Path("examples") / "00_syntax_prototype" / "02_custom_types.midas"
 definitions: str = path.read_text()
 midas_lexer: MidasLexer = MidasLexer(definitions, path.name)
 tokens = midas_lexer.process()
-print([
+# print([f"{t.type.name}('{t.lexeme}')" for t in tokens])
-    f"{t.type.name}('{t.lexeme}')"
-    for t in tokens
-])