101 lines
4 KiB
Python
101 lines
4 KiB
Python
"""
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Verification test suite for Production Backend Engine
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"""
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import sys
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import time
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import os
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# Add backend directory to sys.path
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sys.path.insert(0, os.path.dirname(__file__))
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import engine
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def test_initial_state():
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state = engine.get_initial_state()
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assert state['cash'] == 30.0
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assert 'wheat' in state['products']
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assert state['products']['wheat']['unlocked'] is True
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assert state['products']['wheat']['lines'] == 1
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assert state['products']['flour']['unlocked'] is False
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print("PASS: test_initial_state")
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def test_raw_production_and_logistics():
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state = engine.get_initial_state()
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# Fast forward 10 seconds
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state['lastTick'] = time.time() - 10.0
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updated = engine.process_offline_and_ticks(state)
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# Wheat has cycle time 1.0s, output 1, 1 line, plus logistics selling
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assert updated['products']['wheat']['totalProduced'] > 0
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assert updated['cash'] > 30.0
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print(f"PASS: test_raw_production_and_logistics (Produced: {updated['products']['wheat']['totalProduced']}, Cash: {updated['cash']})")
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def test_chained_dependency_and_bottleneck():
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state = engine.get_initial_state()
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# Turn off wheat lines to simulate 0 upstream production
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state['products']['wheat']['lines'] = 0
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state['products']['wheat']['stock'] = 0.0
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# Unlock flour and give it 1 line
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state['products']['flour']['unlocked'] = True
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state['products']['flour']['lines'] = 1
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# 1. Process with no wheat: flour should bottleneck
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state['lastTick'] = time.time() - 5.0
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state = engine.process_offline_and_ticks(state)
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assert state['products']['flour']['stock'] == 0.0
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assert state['products']['flour']['isBottlenecked'] is True
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# 2. Give 10 wheat: flour should consume wheat and produce flour
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state['products']['wheat']['stock'] = 10.0
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state['lastTick'] = time.time() - 4.0
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state = engine.process_offline_and_ticks(state)
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assert state['products']['flour']['totalProduced'] > 0
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assert state['products']['wheat']['stock'] < 10.0 # Consumed!
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print("PASS: test_chained_dependency_and_bottleneck")
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def test_ipo_and_shares():
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state = engine.get_initial_state()
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state['lifetimeRevenue'] = 400000.0 # $400k
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earned = engine.calculate_shares_earned(state['lifetimeRevenue'])
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assert earned == 20 # 10 * sqrt(400k / 100k) = 10 * 2 = 20
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# Apply IPO action
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state = engine.apply_actions(state, [{'type': 'TRIGGER_IPO'}])
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assert state['ventureShares'] == 20
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assert state['ipoCount'] == 1
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assert state['products']['wheat']['lines'] == 1
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assert state['cash'] == 30.0
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print("PASS: test_ipo_and_shares")
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def test_chained_microchips_and_boards():
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state = engine.get_initial_state()
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# Unlock silicon, polymers, microchips, circuit_boards
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for pid in ['silicon', 'polymers', 'microchips', 'circuit_boards']:
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state['products'][pid]['unlocked'] = True
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state['products'][pid]['lines'] = 1
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state['products'][pid]['stock'] = 0.0
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# Give raw materials so silicon and polymers don't bottleneck
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state['products']['silicon']['stock'] = 10.0
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state['products']['polymers']['stock'] = 20.0
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# Microchips has 1 logistics fleet selling, but circuit_boards needs 2 microchips
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state['products']['microchips']['logistics'] = 1
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# Simulate 30 seconds
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state['lastTick'] = time.time() - 30.0
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state = engine.process_offline_and_ticks(state)
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# Verify microchips produced and circuit_boards actually received microchips and produced boards!
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assert state['products']['microchips']['totalProduced'] > 0
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assert state['products']['circuit_boards']['totalProduced'] > 0
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print(f"PASS: test_chained_microchips_and_boards (Chips: {state['products']['microchips']['totalProduced']}, Boards: {state['products']['circuit_boards']['totalProduced']})")
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if __name__ == '__main__':
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test_initial_state()
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test_raw_production_and_logistics()
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test_chained_dependency_and_bottleneck()
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test_chained_microchips_and_boards()
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test_ipo_and_shares()
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print("\nALL BACKEND ENGINE TESTS PASSED SUCCESSFULLY!")
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