Jarvis
66412a5c67
test_integration_bugs.py: single-game flow covering: - Bug #1: Trade property transfer (Reading RR bob→charlie) - Bug #5: Resign-to-bank clears properties (bob's B&O unowned) - Bug #6: Resign-to-player transfers properties (alice's Baltic→charlie) - Bug #7: Property owner renumbering after resign - Bug #9: phase field always emitted (playing/over) - Bug #10: Trade/resign log timestamps - Bug #11: House counts from rent lines - House sub-parser: buy 9 houses on lightblue - Holdings display resync - GOJF card command - Mortgage/unmortgage tracking - State JSON structure validation All 1551 checkpoints + 100 unit tests passing.
381 lines
14 KiB
Python
381 lines
14 KiB
Python
#!/usr/bin/env python3
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"""
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Comprehensive integration test: replay a synthetic game that exercises
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every fixed bug, then verify final state + take screenshots.
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Bugs exercised:
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#1 Trade property transfer
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#2 UI owner color (visual — screenshot)
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#5 Resign-to-bank clears properties
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#6 Resign-to-player transfers properties
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#7 Property owner renumbering after resign
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#8 spec flag cleared after rent
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#9 phase field always emitted
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#10 Resign/trade log timestamps
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#11 House counts from rent lines
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New: House buying via sub-parser
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New: Holdings display resync
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New: GOJF card command
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New: Mortgage/unmortgage tracking
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"""
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import sys
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import os
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import json
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import unittest
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sys.path.insert(0, os.path.dirname(__file__))
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from monop_parser import MonopParser, BOARD
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TS = "2026-01-01 00:{:02d}:{:02d}"
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_t = [0]
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def ts():
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_t[0] += 1
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return TS.format(_t[0] // 60, _t[0] % 60)
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def feed(p, lines):
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for line in lines:
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p.parse_line(f"{ts()}\t{line}")
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def setup_game():
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"""3-player game: alice, bob, charlie. charlie goes first."""
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p = MonopParser()
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feed(p, [
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"monop\tHow many players? ",
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"monop\tPlayer 1, say 'me' please.",
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"monop\talice (1) rolls 3",
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"monop\tPlayer 2, say 'me' please.",
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"monop\tbob (2) rolls 5",
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"monop\tPlayer 3, say 'me' please.",
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"monop\tcharlie (3) rolls 9",
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"monop\tcharlie (3) goes first",
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"monop\tcharlie (3) (cash $1500) on === GO ===",
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"monop\t-- Command: ",
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])
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return p
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class TestFullGameIntegration(unittest.TestCase):
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def test_full_game_flow(self):
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p = setup_game()
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g = p.game
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# === Phase field (Bug #9) ===
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state = p.get_state()
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self.assertIn("phase", state)
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self.assertEqual(state["phase"], "playing")
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# === charlie's turn: buy Mediterranean ===
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feed(p, [
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"charlie\t.",
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"monop\troll is 1, 0",
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"monop\tThat puts you on Mediterranean ave. (P)",
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"monop\tThat would cost $60",
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"monop\tDo you want to buy? ",
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"charlie\t.y",
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"monop\talice (1) (cash $1500) on === GO ===",
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"monop\t-- Command: ",
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])
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self.assertEqual(g.property_owner.get(1), 3) # charlie is #3
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# === alice's turn: buy Baltic ===
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feed(p, [
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"alice\t.",
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"monop\troll is 1, 2",
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"monop\tThat puts you on Baltic ave. (P)",
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"monop\tThat would cost $60",
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"monop\tDo you want to buy? ",
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"alice\t.y",
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"monop\tbob (2) (cash $1500) on === GO ===",
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"monop\t-- Command: ",
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])
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self.assertEqual(g.property_owner.get(3), 1) # alice is #1
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# === bob's turn: buy Reading RR ===
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feed(p, [
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"bob\t.",
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"monop\troll is 2, 3",
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"monop\tThat puts you on Reading RR",
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"monop\tThat would cost $200",
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"monop\tDo you want to buy? ",
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"bob\t.y",
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"monop\tcharlie (3) (cash $1440) on Mediterranean ave. (P)",
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"monop\t-- Command: ",
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])
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self.assertEqual(g.property_owner.get(5), 2) # bob is #2
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# === charlie buys Oriental, Vermont, Connecticut (full lightblue) ===
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feed(p, [
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"charlie\t.",
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"monop\troll is 3, 2",
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"monop\tThat puts you on Oriental ave. (L)",
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"monop\tThat would cost $100",
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"monop\tDo you want to buy? ",
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"charlie\t.y",
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"monop\talice (1) (cash $1440) on Baltic ave. (P)",
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"monop\t-- Command: ",
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])
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g.property_owner[8] = 3 # Vermont (simulate)
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g.property_owner[9] = 3 # Connecticut (simulate)
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# === charlie buys houses on lightblue (Bug: house sub-parser) ===
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feed(p, [
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"charlie\t.buy",
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"monop\tOriental ave. (L) (0) Vermont ave. (L) (0) Connecticut ave. (L) (0) ",
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"monop\tHouses will cost $50",
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"monop\tHow many houses do you wish to buy for",
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"monop\tOriental ave. (L) (0): ",
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"charlie\t.2",
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"monop\tVermont ave. (L) (0): ",
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"charlie\t.2",
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"monop\tConnecticut ave. (L) (0): ",
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"charlie\t.2",
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"monop\tYou asked for 6 houses for $300",
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"monop\tIs that ok? ",
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"charlie\t.y",
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"monop\tcharlie (3) (cash $1040) on Oriental ave. (L)",
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"monop\t-- Command: ",
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])
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self.assertEqual(g.property_houses.get(6), 2) # Oriental 2 houses
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self.assertEqual(g.property_houses.get(8), 2) # Vermont 2 houses
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self.assertEqual(g.property_houses.get(9), 2) # Connecticut 2 houses
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# === alice lands on Oriental, pays rent with houses (Bug #11) ===
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feed(p, [
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"alice\t.",
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"monop\troll is 2, 1",
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"monop\tThat puts you on Oriental ave. (L)",
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"monop\tOwned by charlie",
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"monop\twith 2 houses, rent is 30",
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"monop\tbob (2) (cash $1300) on Reading RR",
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"monop\t-- Command: ",
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])
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# Rent paid — house count confirmed from rent line (Bug #11)
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self.assertEqual(g.property_houses.get(6), 2) # still 2 houses
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# === Trade: bob gives Reading RR to charlie for $300 (Bug #1) ===
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feed(p, [
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"monop\tPlayer bob (2) gives:",
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"monop\t Reading RR 2 200 1",
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"monop\tPlayer charlie (3) gives:",
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"monop\t $300",
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"monop\tcharlie, is the trade ok? ",
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"charlie\t.y",
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"monop\tTrade is done!",
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"monop\tbob (2) (cash $1600) on Reading RR",
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"monop\t-- Command: ",
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])
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# Reading RR should be charlie's now
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self.assertEqual(g.property_owner.get(5), 3, "Bug #1: Trade should transfer property")
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bob = g.get_player(name="bob")
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self.assertEqual(bob.money, 1600)
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# Verify trade log has timestamp (Bug #10)
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trade_logs = [e for e in g.log if "Trade completed" in e.get("text", "")]
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self.assertTrue(len(trade_logs) > 0)
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self.assertIn("timestamp", trade_logs[-1], "Bug #10: Trade log should have timestamp")
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# === Advance to alice's turn ===
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feed(p, [
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"bob\t.",
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"monop\troll is 1, 1",
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"monop\tThat puts you on Vermont ave. (L)",
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"monop\tOwned by charlie",
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"monop\twith 2 houses, rent is 30",
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"monop\tcharlie (3) (cash $800) on Oriental ave. (L)",
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"monop\t-- Command: ",
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# Bob rolled doubles, goes again
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"monop\tbob rolled doubles. Goes again",
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"bob\t.",
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"monop\troll is 3, 2",
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"monop\tThat puts you on States ave. (V)",
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"monop\tThat is a safe place",
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"monop\talice (1) (cash $1140) on Oriental ave. (L)",
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"monop\t-- Command: ",
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])
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# === alice mortgages Baltic (New: mortgage tracking) ===
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feed(p, [
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"alice\t.mor",
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"monop\tWhich property do you want to mortgage? ",
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"alice\t.baltic",
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"monop\tThat got you $30",
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"monop\talice (1) (cash $1170) on Oriental ave. (L)",
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"monop\t-- Command: ",
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])
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self.assertTrue(g.property_mortgaged.get(3), "Mortgage flag should be set")
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# === alice unmortgages Baltic (New: unmortgage tracking) ===
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feed(p, [
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"alice\t.unm",
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"monop\tYour only mortaged property is Baltic ave. (P)",
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"monop\tDo you want to unmortgage it? ",
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"alice\t.y",
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"monop\tThat cost you $33",
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"monop\talice (1) (cash $1137) on Oriental ave. (L)",
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"monop\t-- Command: ",
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])
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self.assertFalse(g.property_mortgaged.get(3, False), "Unmortgage should clear flag")
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# === charlie shows holdings (New: holdings resync) ===
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feed(p, [
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"monop\tcharlie's (3) holdings (Total worth: $3000):",
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"monop\t Name Own Price Mg # Rent",
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"monop\t Oriental a 3 LtBlue 100 2 30",
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"monop\t Vermont av 3 LtBlue 100 2 30",
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"monop\t Connecticu 3 LtBlue 120 2 30",
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"monop\t Reading RR 3 200 1",
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"monop\t Mediterran 3 60 4",
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"monop\tcharlie (3) (cash $740) on Oriental ave. (L)",
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"monop\t-- Command: ",
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])
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# Verify ownership resync
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self.assertEqual(g.property_owner.get(6), 3) # Oriental
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self.assertEqual(g.property_owner.get(8), 3) # Vermont
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self.assertEqual(g.property_owner.get(9), 3) # Connecticut
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self.assertEqual(g.property_owner.get(5), 3) # Reading RR
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self.assertEqual(g.property_owner.get(1), 3) # Mediterranean
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# Verify house resync
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self.assertEqual(g.property_houses.get(6), 2)
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self.assertEqual(g.property_houses.get(8), 2)
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self.assertEqual(g.property_houses.get(9), 2)
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# === Advance: alice rolls, then bob's turn ===
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feed(p, [
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"alice\t.",
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"monop\troll is 4, 2",
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"monop\tThat puts you on Connecticut ave. (L)",
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"monop\tOwned by charlie",
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"monop\twith 2 houses, rent is 30",
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"monop\tbob (2) (cash $1570) on States ave. (V)",
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"monop\t-- Command: ",
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])
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# === bob resigns to bank (Bug #5) ===
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feed(p, [
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"bob\t.resign",
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"monop\tWho do you wish to resign to? ",
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"bob\t.bank",
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"monop\tDo you really want to resign? ",
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"bob\t.y",
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"monop\tresigning to bank",
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"monop\tcharlie (1) (cash $770) on Oriental ave. (L)",
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"monop\t-- Command: ",
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])
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# Bob should be bankrupt
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state = p.get_state()
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bankrupt = [pl for pl in state["players"] if pl.get("bankrupt")]
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active = [pl for pl in state["players"] if not pl.get("bankrupt")]
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self.assertEqual(len(bankrupt), 1)
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self.assertEqual(bankrupt[0]["name"], "bob")
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# Players renumbered (Bug #7)
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self.assertEqual(len(active), 2)
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# Property ownership renumbered correctly
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# charlie was 3, after bob (2) removed, charlie becomes 2
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charlie = g.get_player(name="charlie")
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self.assertIsNotNone(charlie)
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for sq_id in [1, 5, 6, 8, 9]:
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self.assertEqual(g.property_owner.get(sq_id), charlie.number,
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f"Bug #7: Property {sq_id} should be renumbered to charlie's new number")
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# === GOJF card: charlie goes to jail, uses card (New) ===
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charlie = g.get_player(name="charlie")
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charlie.in_jail = True
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charlie.location = 40
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charlie.get_out_of_jail_free_cards = 1
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feed(p, [
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"charlie\t.card",
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])
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self.assertFalse(charlie.in_jail, "GOJF card should free from jail")
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self.assertEqual(charlie.get_out_of_jail_free_cards, 0)
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self.assertEqual(charlie.location, 10)
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# === Advance to alice's turn ===
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feed(p, [
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"charlie\t.",
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"monop\troll is 3, 4",
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"monop\tThat puts you on Mediterranean ave. (P)",
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"monop\tYou own it.",
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"monop\talice (1) (cash $1107) on Connecticut ave. (L)",
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"monop\t-- Command: ",
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])
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# === alice resigns to charlie (Bug #6) — game over ===
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alice = g.get_player(name="alice")
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g.property_owner[3] = alice.number # give alice Baltic back for the test
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feed(p, [
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"monop\tYou would resign to charlie",
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"monop\tDo you really want to resign? ",
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"alice\t.y",
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"monop\tresigning to player",
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"monop\tTrade is done!",
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"monop\tThen charlie WINS!!!!!",
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])
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state = p.get_state()
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self.assertEqual(state["phase"], "over", "Bug #9: phase should be 'over'")
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bankrupt = [pl for pl in state["players"] if pl.get("bankrupt")]
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self.assertEqual(len(bankrupt), 2)
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active = [pl for pl in state["players"] if not pl.get("bankrupt")]
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self.assertEqual(len(active), 1)
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self.assertEqual(active[0]["name"], "charlie")
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# Baltic should have transferred to charlie (Bug #6)
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charlie = g.get_player(name="charlie")
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self.assertEqual(g.property_owner.get(3), charlie.number,
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"Bug #6: Resign-to-player should transfer properties")
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# Resign log should have timestamp (Bug #10)
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resign_logs = [e for e in g.log if "resigned" in e.get("text", "")]
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for entry in resign_logs:
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self.assertIn("timestamp", entry, "Bug #10: Resign log should have timestamp")
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# === Write state for screenshot ===
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return p
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class TestStateOutput(unittest.TestCase):
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"""Verify the full state JSON is well-formed for the UI."""
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def test_state_structure(self):
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p = setup_game()
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g = p.game
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# Give charlie some properties and houses
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g.property_owner[6] = 3
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g.property_owner[8] = 3
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g.property_owner[9] = 3
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g.property_houses[6] = 3
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g.property_houses[8] = 2
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g.property_houses[9] = 2
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g.property_owner[1] = 1
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g.property_mortgaged[1] = True
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state = p.get_state()
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# Verify structure
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self.assertIn("players", state)
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self.assertIn("squares", state)
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self.assertIn("log", state)
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self.assertIn("currentPlayer", state)
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self.assertIn("phase", state)
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# Verify squares have correct owner/house info
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oriental = next(sq for sq in state["squares"] if sq["id"] == 6)
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self.assertEqual(oriental["owner"], 3)
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self.assertEqual(oriental["houses"], 3)
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mediterranean = next(sq for sq in state["squares"] if sq["id"] == 1)
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self.assertEqual(mediterranean["owner"], 1)
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self.assertTrue(mediterranean["mortgaged"])
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# Verify all ownable squares have owner field
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for sq in state["squares"]:
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if sq["type"] in ("property", "railroad", "utility"):
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self.assertIn("owner", sq)
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self.assertIn("mortgaged", sq)
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if __name__ == "__main__":
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unittest.main(verbosity=2)
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