def test_getting_too_close_to_liq(web3, chain, cdai, comp, vault,
largerunningstrategy, whale, gov, dai):
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
largerunningstrategy.setCollateralTarget(Wei('0.7498 ether'),
{"from": gov})
deposit(Wei('1000 ether'), whale, dai, vault)
balanceBefore = vault.totalAssets()
collat = 0
assert largerunningstrategy.tendTrigger(1e18) == False
largerunningstrategy.harvest({'from': gov})
deposits, borrows = largerunningstrategy.getCurrentPosition()
collat = borrows / deposits
print(collat)
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
assertCollateralRatio(largerunningstrategy)
lastCol = collat
while largerunningstrategy.tendTrigger(1e18) == False:
cdai.mint(0, {"from": gov})
waitBlock = 100
wait(waitBlock, chain)
deposits, borrows = largerunningstrategy.getCurrentPosition()
collat = borrows / deposits
assert collat > lastCol
lastCol = collat
print("Collat ratio: ", collat)
print("Blocks to liq: ",
largerunningstrategy.getblocksUntilLiquidation())
largerunningstrategy.tend({'from': gov})
largerunningstrategy.setCollateralTarget(Wei('0.73 ether'), {"from": gov})
assert largerunningstrategy.tendTrigger(1e18) == False
largerunningstrategy.tend({'from': gov})
assertCollateralRatio(largerunningstrategy)
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
def test_leverage_up_and_down(web3, chain, comp, vault, largerunningstrategy,
whale, gov, dai, strategist, isolation):
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
deposit(dai.balanceOf(whale), whale, dai, vault)
balanceBefore = vault.totalAssets()
collat = 0
while collat < largerunningstrategy.collateralTarget() / 1.001e18:
# while collat < largerunningstrategy.collateralTarget() :
largerunningstrategy.harvest({'from': gov})
deposits, borrows = largerunningstrategy.getCurrentPosition()
collat = borrows / deposits
print(collat)
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
assertCollateralRatio(largerunningstrategy)
harvest(largerunningstrategy, gov, vault)
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
largerunningstrategy.setCollateralTarget(Wei('0.1 ether'), {"from": gov})
largerunningstrategy.tend({'from': gov})
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
while collat > largerunningstrategy.collateralTarget() / 1e18:
# while collat < largerunningstrategy.collateralTarget() :
largerunningstrategy.tend({'from': gov})
deposits, borrows = largerunningstrategy.getCurrentPosition()
collat = borrows / deposits
print(collat)
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
def test_getting_too_close_to_liq(web3, chain, comp, vault,
largerunningstrategy, whale, gov, dai):
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
largerunningstrategy.setCollateralTarget(Wei('0.74999999999 ether'),
{"from": gov})
deposit(Wei('1000 ether'), whale, dai, vault)
balanceBefore = vault.totalAssets()
collat = 0
while collat < largerunningstrategy.collateralTarget() / 1.001e18:
largerunningstrategy.harvest({'from': gov})
deposits, borrows = largerunningstrategy.getCurrentPosition()
collat = borrows / deposits
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
assertCollateralRatio(largerunningstrategy)
print(largerunningstrategy.getblocksUntilLiquidation())
assert largerunningstrategy.tendTrigger(1e18) == True
largerunningstrategy.tend({'from': gov})
assertCollateralRatio(largerunningstrategy)
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)
largerunningstrategy.setCollateralTarget(Wei('0.73 ether'), {"from": gov})
assert largerunningstrategy.tendTrigger(1e18) == False
largerunningstrategy.tend({'from': gov})
assertCollateralRatio(largerunningstrategy)
stateOfStrat(largerunningstrategy, dai, comp)
stateOfVault(vault, largerunningstrategy)