Fix new charcodes

bot/helpers/qud_decode.py

@@ -9,8 +9,11 @@
 from hagadias.qudtile import QudTile
 
 from bot.shared import gameroot
+
 gamecodes = gameroot.get_character_codes()
 
+ATTR_NAMES = ("Strength", "Agility", "Toughness", "Intelligence", "Willpower", "Ego")
+
 
 class Character:
     """Represents a Caves of Qud player character. This class is intended for modern build codes
@@ -52,7 +55,9 @@ def __init__(self, code: dict):
                 case ['XRL.CharacterBuilds.Qud.QudAttributesModule', *_]:
                     pointspurchased = module['data']['PointsPurchased']
                     base = 10 if self.genotype == 'Mutated Human' else 12
-                    self.attributes = [base + attr for name, attr in pointspurchased.items()]
+                    self.attributes = []
+                    for attribute in ATTR_NAMES:
+                        self.attributes.append(base + pointspurchased[attribute])
                 case ['XRL.CharacterBuilds.Qud.QudCustomizeCharacterModule', *_]:
                     self.name = module['data']['name']
                     self.pet = module['data']['pet']
@@ -69,11 +74,10 @@ def __init__(self, code: dict):
     def make_sheet(self) -> str:
         """Build a printable character sheet for the Character."""
         attr_widths = (11, 11, 11, 14, 14, 14)
-        attr_names = ('Strength:', 'Agility:', 'Toughness:', 'Intelligence:', 'Willpower:', 'Ego:')
         attr_strings = []
 
-        for width, attr_text, attr, bonus in zip(attr_widths,
-                                                 attr_names,
+        for width, attr_name, attr, bonus in zip(attr_widths,
+                                                 ATTR_NAMES,
                                                  self.attributes,
                                                  self.bonuses):
             # print a +/- in front of any existing bonus
@@ -83,15 +87,15 @@ def make_sheet(self) -> str:
                 bonus_text = f'{bonus}'  # already has a minus sign
             else:
                 bonus_text = ''
-            attr_strings.append(f'{attr_text:{width}}{attr:2}{bonus_text}')
+            attr_strings.append(f'{attr_name:{width}}{attr:2}{bonus_text}')
         if hasattr(self, 'name') and self.name is not None:
             title = f'{self.name} the {self.genotype} {self.subtype}'
         else:
             title = f'{self.genotype} {self.subtype}'
         charsheet = f"""{title}
-{attr_strings[0]:18}{attr_strings[3]}
-{attr_strings[1]:18}{attr_strings[4]}
-{attr_strings[2]:18}{attr_strings[5]}"""
+{attr_strings[0]:20}{attr_strings[3]}
+{attr_strings[1]:20}{attr_strings[4]}
+{attr_strings[2]:20}{attr_strings[5]}"""
         charsheet += f"\n{self.selection_noun}s: {', '.join(self.selections)}\n"
         charsheet += f"Starting location: {self.startinglocation}"
         return charsheet

tests/qud_decode_test.py

@@ -0,0 +1,61 @@
+"""Tests for the newstyle character code decoder."""
+import base64
+import gzip
+import json
+
+import pytest
+
+from bot.helpers.qud_decode import Character
+
+# Test cases are lists in this format:
+# [
+#     build code,
+#     [expected attributes in game order],
+#     [expected bonuses in game order]
+# ]
+
+# game order is Strength, Agility, Toughness, Intelligence, Willpower, Ego
+
+CASES = [
+    [
+        "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",  # noqa E501
+        [16, 19, 18, 18, 16, 16],  # attributes
+        [2, 2, 0, 2, 0, 0],        # bonuses
+    ],
+    [
+        "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",  # noqa E501
+        [17, 17, 18, 16, 16, 19],  # attributes
+        [0, 0, 0, 0, 2, 0],  # bonuses
+    ],
+]
+
+
+@pytest.mark.parametrize("test_input,expected_attrs,_", CASES)
+def test_decode_attributes(test_input, expected_attrs, _):
+    """Check the decoded attributes against the expected attributes."""
+    decode = base64.b64decode(test_input)
+    unzip = gzip.decompress(decode).decode(encoding='utf-8')
+    code = json.loads(unzip)
+    char = Character(code)
+    assert char.attributes == expected_attrs
+
+
+@pytest.mark.parametrize("test_input,_,expected_bonuses", CASES)
+def test_decode_bonuses(test_input, _, expected_bonuses):
+    """Check the decoded bonuses against the expected bonuses."""
+    decode = base64.b64decode(test_input)
+    unzip = gzip.decompress(decode).decode(encoding='utf-8')
+    code = json.loads(unzip)
+    char = Character(code)
+    assert char.bonuses == expected_bonuses
+
+
+@pytest.mark.parametrize("test_input,_,__", CASES)
+def test_decode_make_sheet(test_input, _, __):
+    """Check that a text sheet can be rendered from each character code."""
+    decode = base64.b64decode(test_input)
+    unzip = gzip.decompress(decode).decode(encoding='utf-8')
+    code = json.loads(unzip)
+    char = Character(code)
+    sheet = char.make_sheet()
+    assert len(sheet) > 100