31 lines
1.8 KiB
Python
31 lines
1.8 KiB
Python
from hatch import *
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import unittest
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from datetime import datetime, timedelta
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class TestHatch(unittest.TestCase):
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def test_vesting_curve(self):
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self.assertEqual(vesting_curve(90, 90, 90), 0) # At Day 90, the cliff has just ended and the vesting curve has begun at 0
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self.assertEqual(vesting_curve(180, 90, 90), 0.5) # At Day 180, the cliff has ended and we are in the vesting curve, whose half-life is 90 as well, so at 180 we should get 0.5.
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self.assertEqual(vesting_curve(270, 90, 90), 0.75) # At Day 270, 2 half lives of the vesting curve have passed - 0.75 of tokens should be unlocked.
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self.assertLess(vesting_curve(89, 90, 90), 0) # At Day 270, 2 half lives of the vesting curve have passed - 0.75 of tokens should be unlocked.
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def test_convert_80p_to_halflife(self):
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self.assertEqual(convert_80p_to_cliff_and_halflife(90), (41.64807836875666, 20.82403918437833))
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class TestSystem(unittest.TestCase):
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def test_system(self):
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# 100,000 DAI invested for 1,000,000 tokens.
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desired_token_price = 0.1
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hatcher_contributions = [25000, 25000, 50000]
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token_supply_initial = sum(hatcher_contributions) / desired_token_price
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token_batches = contributions_to_token_batches(hatcher_contributions, token_supply_initial, 90)
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# Because of hatch_tribute, the collateral_pool is 0.7e6. This causes the token's post-hatch price to be 0.14.
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o = Commons(sum(hatcher_contributions), token_supply_initial, hatch_tribute=0.3)
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self.assertEqual(o._collateral_pool, 70000)
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self.assertEqual(o._funding_pool, 30000)
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self.assertEqual(o._token_supply, token_supply_initial)
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self.assertEqual(o.token_price(), 0.14)
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print(o.deposit(100))
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print(o.token_price())
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print(o._collateral_pool) |