GEB Basics Examples of querying the GEB contracts
SAFE Engine
Log the current global debt and the global debt ceiling:
Copy >>> geb . safe_engine . global_debt ()
Rad ( 5208615869764014400330809431631271622010234720384 )
>>> geb . safe_engine . global_debt_ceiling ()
Rad ( 10200000000000000000000000000000000000000000000000 ) Get the total debt available to generate:
Copy >>> str (geb.safe_engine. global_debt_ceiling () - geb.safe_engine. global_debt ())
'4991.375324317972058031697987632361257179694960552' Get a SAFE's status:
Copy >>> from pyflex import Address
>>> collateral_type = geb . collaterals [ 'ETH-A' ]. collateral_type
>>> safe = geb . safe_engine . safe (collateral_type, Address ( '0xdD1693BD8E307eCfDbe51D246562fc4109f871f8' ))
>>> safe . locked_collateral
Wad ( 550000000000000000 )
>>> safe . generated_debt
Wad ( 85000000000000000000 ) Get updated CollateralType info:
Copy >>> collateral_type = geb . safe_engine . collateral_type ( 'ETH-A' )
>>> print (collateral_type)
CollateralType('ETH-A')[accumulated_rate=1.001032213690254860731418088 safe_collateral=0.000000000000000000 safe_debt=5203.253805869738490471 safety_price=157.366296298604006512381213706 liquidation_price=157.366296298604006512381213706 debt_ceiling=10200.000000000000000000000000000000000000000000000 debt_floor=85.000000000000000000000000000000000000000000000]
>>> collateral_type . liquidation_price
Ray ( 157366296298604006512381213706 ) Oracle Relayer
Get the redemption_price and theredemption_rate . Note that fetching the latest redemption price requires you to first update it and then return the value:
Copy >>> geb . oracle_relayer . redemption_price ()
Ray ( 2026411234986175268208847109 )
>>> geb . oracle_relayer . redemption_rate ()
Ray ( 999999954662032624407551326 ) Tax Collector
Get the per-second stability fee applied to SAFEs :
Copy >>> geb . tax_collector . stability_fee (geb.safe_engine. collateral_type ( 'ETH-A' ))
Ray ( 1000000000472114805215157978 ) Liquidation Engine
Check if a SAFEcan be liquidated:
Copy >>> from pyflex import Address
>>> collateral_type = geb . collaterals [ 'ETH-A' ]. collateral_type
>>> safe = geb . safe_engine . safe (collateral_type, Address ( '0xdD1693BD8E307eCfDbe51D246562fc4109f871f8' ))
>>> geb . liquidation_engine . can_liquidate (collateral_type, safe)
False If the SAFE is underwater, you can also liquidate it:
Copy >>> geb . liquidation_engine . liquidate_safe (collateral_type, safe). transact () These are just a few examples. To see all supported functions, view the source code:
