def test_fractional_tranche_pricing(chain, presale_fund_collector,
tranche_pricing, fractional_token,
customer):
"""Tranche amount is calculated correctly for a token having fractions."""
amount = tranche_pricing.call().calculatePrice(
to_wei("0.512345678", "ether"), 0, 0, customer,
fractional_token.call().decimals())
assert amount == 512345678
d = decimalize_token_amount(fractional_token, amount)
assert d == Decimal("5.12345678")
# Make sure we get decimals right
assert d.as_tuple() == Decimal("5.12345678").as_tuple()
def test_fractional_preico_pricing(presale_fund_collector, tranche_pricing,
fractional_token):
"""Pre-ICO amount is calculated correctly for a token having fractions.
"""
amount = tranche_pricing.call().calculatePrice(
to_wei("0.05", "ether"), 0, 0, presale_fund_collector.address,
fractional_token.call().decimals())
assert amount == 100000000
d = decimalize_token_amount(fractional_token, amount)
assert d == 1
# Make sure we get decimals right
assert d.as_tuple() == Decimal("1.00000000").as_tuple()
def test_fractional_tranche_pricing(chain, presale_fund_collector, tranche_pricing, fractional_token, customer):
"""Tranche amount is calculated correctly for a token having fractions."""
amount = tranche_pricing.call().calculatePrice(
to_wei("0.512345678", "ether"),
0,
0,
customer,
fractional_token.call().decimals()
)
assert amount == 512345678
d = decimalize_token_amount(fractional_token, amount)
assert d == Decimal("5.12345678")
# Make sure we get decimals right
assert d.as_tuple() == Decimal("5.12345678").as_tuple()
def test_fractional_milestone_pricing(chain, presale_fund_collector,
milestone_pricing, fractional_token,
customer):
"""Milestone amount is calculated correctly for a token having fractions."""
time_travel(chain,
milestone_pricing.functions.getPricingStartsAt().call() + 1)
amount = milestone_pricing.functions.calculatePrice(
to_wei("0.512345678", "ether"), 0, 0, customer,
fractional_token.call().decimals()).call()
assert amount == 512345678
d = decimalize_token_amount(fractional_token, amount)
assert d == Decimal("5.12345678")
# Make sure we get decimals right
assert d.as_tuple() == Decimal("5.12345678").as_tuple()
def test_fractional_preico_pricing(presale_fund_collector, tranche_pricing, fractional_token):
"""Pre-ICO amount is calculated correctly for a token having fractions.
"""
amount = tranche_pricing.call().calculatePrice(
to_wei("0.05", "ether"),
0,
0,
presale_fund_collector.address,
fractional_token.call().decimals()
)
assert amount == 100000000
d = decimalize_token_amount(fractional_token, amount)
assert d == 1
# Make sure we get decimals right
assert d.as_tuple() == Decimal("1.00000000").as_tuple()
