Assortment of examples and personal files that hope to be useful, includes some programatic interactions, ABI and address compilations.
There is also a support focused FAQ, providing work arounds for a variety of situations users may experience.
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>>> #----------------------------------------------------------------------------------
>>> # cog_pair.py can be useful for making static requests without a contract instance.
>>> #----------------------------------------------------------------------------------
>>> import cog_pair as cp
>>> pair = '0x677dde488050F00Cc7412b910da25575a72FadD6'
>>> cp.accrue_info(pair)
(317097920, 1707389800, 188738642170121)
>>> # ---------------------------------------------------------------------------------
>>> # also exposes some values via direct storage access and parsing of the constructor
>>> #----------------------------------------------------------------------------------
>>> cp.interest_per_second(pair)
317097920
>>> cp.constructor(pair)
Constructor(
asset='0x5300000000000000000000000000000000000004',
collateral='0xf610a9dfb7c89644979b4a0f27063e9e7d7cda32',
oracle='0xbabd55549c266c6755b99173fe7604238d04117d',
min_target_utilization=300000000000000000,
max_target_utilization=700000000000000000,
starting_interest_per_second=951293760,
min_interest=317097920,
max_interest=3170979200,
elasticity=28800000000000000000000000000000000000000
)
>>>
>>> # ---------------------------------------------------------------------------------
>>> # a list of all methods and values can be found below (Global values are hardcoded)
>>> #----------------------------------------------------------------------------------
>>> cp.
cp.BORROW_OPENING_FEE( cp.decimals(
cp.DEFAULT_PROTOCOL_FEE( cp.exchange_rate(
cp.GLOBAL_BORROW_OPENING_FEE_PRECISION cp.factory(
cp.GLOBAL_COLLATERIZATION_RATE cp.fees_earned_fraction(
cp.GLOBAL_COLLATERIZATION_RATE_PRECISION cp.interest_per_second(
cp.GLOBAL_EXCHANGE_RATE_PRECISION cp.last_accrued(
cp.GLOBAL_FACTOR_PRECISION cp.last_elapsed_time(
cp.GLOBAL_INTEREST_PER_SECOND_PRECISION cp.last_interest_per_second(
cp.GLOBAL_LIQUIDATION_MULTIPLIER cp.max_deposit(
cp.GLOBAL_LIQUIDATION_MULTIPLIER_PRECISION cp.max_mint(
cp.GLOBAL_PROTOCOL_FEE_PRECISION cp.max_redeem(
cp.GLOBAL_PROTOCOL_SURGE_THRESHOLD cp.max_withdraw(
cp.GLOBAL_SURGE_DURATION cp.name(
cp.GLOBAL_UTILIZATION_PRECISION cp.oracle(
cp.INTEREST_ELASTICITY( cp.paused(
cp.MAXIMUM_INTEREST_PER_SECOND( cp.preview_deposit(
cp.MAXIMUM_TARGET_UTILIZATION( cp.preview_mint(
cp.MINIMUM_INTEREST_PER_SECOND( cp.preview_redeem(
cp.MINIMUM_TARGET_UTILIZATION( cp.preview_withdraw(
cp.STARTING_INTEREST_PER_SECOND( cp.protocol_fee(
cp.accrue_info( cp.surge_info(
cp.allowance( cp.symbol(
cp.asset( cp.total_asset(
cp.balance( cp.total_assets(
cp.borrow_approvals( cp.total_borrow(
cp.collateral( cp.total_supply(
cp.constructor( cp.user_borrow_part(
cp.convert_to_assets( cp.user_collateral_share(
cp.convert_to_shares(
>>> |
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| ABI | Description | Source |
|---|---|---|
| cog_factory.json | A priviledged factory for creating Cog Pairs and managing their protocol-owned liquidity | cog_factory.vy |
| cog_pair.json | Implementation of an isolated lending pool with PoL in Vyper | cog_pair.vy |
| fuse_box.json | A robust Oracle Implementation with secure upgradability in mind, and simplicity at its core | fuse_box.vy |
| loan_router.json | A very smol helper contract for routing multiple borrows | loan_router.vy |
NOTE: As always it is suggested to consider personal circumstance, to do your own research and take the appropriate action for you.
Information provided here is an attempt to contribute to that research but in no way constitutes financial advise of any kind.