amm_config

class algofipy.amm.v1.amm_config.AMMEndpoints

Bases: object

AMM_LP_TOKENS = 'https://api.algofi.org/ammLPTokens'

ASSETS = 'https://api.algofi.org/assets'

POOLS = 'https://api.algofi.org/pools'

class algofipy.amm.v1.amm_config.MANAGER_STRINGS

Bases: object

admin = 'a'

contract_update_delay = 'cud'

contract_update_time = 'cut'

flash_loan_fee = 'flf'

increase_contract_update_delay = 'icud'

initialize_pool = 'ip'

max_flash_loan_ratio = 'mflr'

pool_hash_prefix = 'ph_'

registered_asset_1_id = 'a1'

registered_asset_2_id = 'a2'

registered_pool_id = 'p'

reserve_factor = 'rf'

schedule_contract_update = 'scu'

set_flash_loan_fee = 'sflf'

set_max_flash_loan_ratio = 'smflr'

set_reserve_factor = 'srf'

set_validator = 'sv'

validator_index = 'vi'

class algofipy.amm.v1.amm_config.POOL_STRINGS

Bases: object

admin = 'a'

asset1_id = 'a1'

asset1_reserve = 'a1r'

asset2_id = 'a2'

asset2_reserve = 'a2r'

asset_1_to_asset_2_exchange = 'e'

balance_1 = 'b1'

balance_2 = 'b2'

burn_asset1_out = 'ba1o'

burn_asset2_out = 'ba2o'

contract_update_delay = 'cud'

contract_update_time = 'cut'

cumsum_fees_asset1 = 'cf1'

cumsum_fees_asset2 = 'cf2'

cumsum_time_weighted_asset1_to_asset2_price = 'ct12'

cumsum_time_weighted_asset2_to_asset1_price = 'ct21'

cumsum_volume_asset1 = 'cv1'

cumsum_volume_asset2 = 'cv2'

cumsum_volume_weighted_asset1_to_asset2_price = 'cv12'

cumsum_volume_weighted_asset2_to_asset1_price = 'cv21'

flash_loan = 'fl'

flash_loan_fee = 'flf'

future_amplification_factor = 'faf'

future_amplification_factor_time = 'fat'

increase_contract_update_delay = 'icud'

initial_amplification_factor = 'iaf'

initial_amplification_factor_time = 'iat'

initialize_pool = 'ip'

initialized = 'i'

latest_time = 'lt'

lp_circulation = 'lc'

lp_id = 'l'

manager = 'm'

manager_app_id_var = 'ma'

max_flash_loan_ratio = 'mflr'

opt_into_assets = 'o'

pool = 'p'

ramp_amplification_factor = 'raf'

redeem_pool_asset1_residual = 'rpa1r'

redeem_pool_asset2_residual = 'rpa2r'

redeem_swap_residual = 'rsr'

remove_reserves = 'rr'

reserve_factor = 'rf'

schedule_contract_update = 'scu'

swap_exact_for = 'sef'

swap_fee_pct_scaled_var = 'sfp'

swap_for_exact = 'sfe'

validator_index = 'vi'

class algofipy.amm.v1.amm_config.PoolStatus(value)

Bases: Enum

Pool status enum

ACTIVE = 1

UNINITIALIZED = 0

class algofipy.amm.v1.amm_config.PoolType(value)

Bases: Enum

Pool type enum

CONSTANT_PRODUCT_100BP_FEE = 4

CONSTANT_PRODUCT_25BP_FEE = 1

CONSTANT_PRODUCT_25BP_FEE_LENDING_POOL = 7

CONSTANT_PRODUCT_30BP_FEE = 2

CONSTANT_PRODUCT_75BP_FEE = 3

NANOSWAP = 5

NANOSWAP_LENDING_POOL = 6

algofipy.amm.v1.amm_config.get_approval_program_by_pool_type(pool_type, network)

Gets the approval program for a given pool type

Parameters:

• pool_type (PoolType) – a PoolType object for the type of pool (e.g. 30bp, 100bp fee)

• pool_type – a PoolType object for the type of pool (e.g. 30bp, 100bp fee)

Returns:

approval program bytecode for given pool type as list of ints

Return type:

list

algofipy.amm.v1.amm_config.get_clear_state_program()

Gets the clear state program

Returns:

clear state program bytecode as list of ints

Return type:

list

algofipy.amm.v1.amm_config.get_pool_type(network, validator_index)

Gets the pool type for a given validator index

Parameters:

• network (Network) – network Network (“testnet” or “mainnet”)

• validator_index (PoolType) – a PoolType object for the type of pool (e.g. 30bp, 100bp fee)

Returns:

pool type for given validator index

Return type:

PoolType

algofipy.amm.v1.amm_config.get_stbl_asset_id(network)

Gets asset id of STBL for a given network

Parameters:

network (str) – network Network (“testnet” or “mainnet”)

Returns:

asset id of STBL for a given network

Return type:

int

algofipy.amm.v1.amm_config.get_usdc_asset_id(network)

Gets asset id of USDC for a given network

Parameters:

network (str) – network Network (“testnet” or “mainnet”)

Returns:

asset id of USDC for a given network

Return type:

int

algofipy.amm.v1.amm_config.get_validator_index(network, pool_type)

Gets the validator index for a given pool type and network

Parameters:

• network (Network) – network Network (“testnet” or “mainnet”)

• pool_type (PoolType) – a PoolType object for the type of pool (e.g. 30bp, 100bp fee)

Returns:

validator index for given type of pool

Return type:

int