# ===================================================================
# NETWORK CONFIGURATION
# ===================================================================

# Network identifier (e.g., BASE_SEPOLIA, MAINNET, etc.)
DEPLOYMENT_NETWORK=

# Private key for deployment account
ACCOUNT_PRIVATE_KEY=

# Etherscan API key for contract verification (basescan sepolia)
ETHERSCAN_API_KEY=

# RPC URL for the target network
RPC_URL=

# ===================================================================
# DEPLOYER & MULTISIG ADDRESSES
# ===================================================================

# Initial deployer address (will deploy contracts)
DEPLOYER_BASE_SEPOLIA=

# Alphix Manager (initial owner, will transfer to multisig later)
ALPHIX_MANAGER_BASE_SEPOLIA=

# Future manager address (multisig for production)
FUTURE_MANAGER_BASE_SEPOLIA=

# Satoshui address (optional secondary admin)
SATOSHUI_BASE_SEPOLIA=

# ===================================================================
# UNISWAP V4 CORE ADDRESSES
# ===================================================================

# Uniswap V4 PoolManager contract
POOL_MANAGER_BASE_SEPOLIA=

# Uniswap V4 PositionManager contract
POSITION_MANAGER_BASE_SEPOLIA=

# Pool swap test router (for testing)
POOL_SWAP_TEST_ROUTER_BASE_SEPOLIA=

# CREATE2 factory deployer (for deterministic hook address)
CREATE2_DEPLOYER_BASE_SEPOLIA=

# ===================================================================
# ALPHIX SYSTEM ADDRESSES (filled during deployment)
# ===================================================================
# Deployment order: 02 → 03 → 04 → 05 → 06
#
# IMPORTANT: After deploying script 04 (Alphix Hook), add the address
# to ALPHIX_HOOK below BEFORE running script 05 (AlphixLogic)!

# Script 02: AccessManager contract address
ACCESS_MANAGER_BASE_SEPOLIA=

# Script 03: Registry contract address
REGISTRY_BASE_SEPOLIA=

# Script 04: Alphix Hook contract address (REQUIRED for script 05)
# This is the main hook contract that users interact with
ALPHIX_HOOK_BASE_SEPOLIA=

# Script 05: AlphixLogic implementation contract address
ALPHIX_LOGIC_IMPL_BASE_SEPOLIA=

# Script 05: AlphixLogic proxy contract address (hook uses this)
ALPHIX_LOGIC_PROXY_BASE_SEPOLIA=

# ===================================================================
# TOKEN ADDRESSES
# ===================================================================

# Token addresses for pool creation
# IMPORTANT: TOKEN0 MUST BE NUMERICALLY LESS THAN TOKEN1!!!
DEPLOYMENT_TOKEN0_BASE_SEPOLIA=
DEPLOYMENT_TOKEN1_BASE_SEPOLIA=

# Custom Alphix tokens
# aUSDC
TOKEN0_BASE_SEPOLIA=
# aUSDT
TOKEN1_BASE_SEPOLIA=
# aETH
TOKEN2_BASE_SEPOLIA=
# aBTC
TOKEN3_BASE_SEPOLIA=
# aDAI
TOKEN4_BASE_SEPOLIA=

# ETH address (native token)
ETH_ADDRESS_BASE_SEPOLIA=

# ===================================================================
# TOKEN METADATA
# ===================================================================

TOKEN0_DECIMALS_BASE_SEPOLIA=
TOKEN1_DECIMALS_BASE_SEPOLIA=
TOKEN2_DECIMALS_BASE_SEPOLIA=
TOKEN3_DECIMALS_BASE_SEPOLIA=
TOKEN4_DECIMALS_BASE_SEPOLIA=

# ===================================================================
# POOL CONFIGURATION
# ===================================================================

# Initial pool configuration
POOL_INITIAL_FEE_BASE_SEPOLIA=
POOL_INITIAL_TARGET_RATIO_BASE_SEPOLIA=
# Pool type: 0=STABLE, 1=STANDARD, 2=VOLATILE
POOL_TYPE_BASE_SEPOLIA=
POOL_TICK_SPACING_BASE_SEPOLIA=

# ===================================================================
# ROLE-BASED ACCESS CONTROL
# ===================================================================

# Fee Poker role - address allowed to call poke() to update dynamic fees
FEE_POKER_BASE_SEPOLIA=

# Registrar role - address allowed to register pools and contracts
REGISTRAR_BASE_SEPOLIA=

# ===================================================================
# POOL CREATION PARAMETERS
# ===================================================================

# Starting price for the pool (sqrtPriceX96)
# floor(sqrt(token1/token0) * 2**96) (take decimals into account)
# Example: 79228162514264337593543950336 = sqrt(1) * 2^96 (1:1 price)
POOL_START_PRICE_BASE_SEPOLIA=

# Liquidity amounts in BASE UNITS (wei)
# Examples:
#   - For 0.1 USDC (6 decimals):  POOL_TOKEN0_AMOUNT_BASE_SEPOLIA=100000
#   - For 0.5 ETH (18 decimals):   POOL_TOKEN0_AMOUNT_BASE_SEPOLIA=500000000000000000
#   - For 100 USDC (6 decimals):   POOL_TOKEN0_AMOUNT_BASE_SEPOLIA=100000000
#   - For 1.5 WBTC (8 decimals):   POOL_TOKEN0_AMOUNT_BASE_SEPOLIA=150000000
# Tip: Use `cast --to-wei 0.5 ether` to convert human-readable to wei for 18-decimal tokens
POOL_TOKEN0_AMOUNT_BASE_SEPOLIA=
POOL_TOKEN1_AMOUNT_BASE_SEPOLIA=

# Liquidity range (in tick spacings around current price)
# Example: 100 means liquidity from (currentTick - 100*tickSpacing) to (currentTick + 100*tickSpacing)
# Automatically rounded to valid tick multiples using TickBitmap.compress
# Note: 1 tick ≈ 0.01% change in price
POOL_LIQUIDITY_RANGE_BASE_SEPOLIA=

# Pool ID (filled after pool creation, copy from script output)
POOL_ID_BASE_SEPOLIA=

# ===================================================================
# SWAP PARAMETERS
# ===================================================================

# Swap amount in BASE UNITS (wei), NOT human-readable
# IMPORTANT: Decimals depend on swap type!
#   - For exact INPUT (SWAP_EXACT_INPUT=1): Use INPUT token decimals
#   - For exact OUTPUT (SWAP_EXACT_INPUT=0): Use OUTPUT token decimals
# Examples:
#   - Sell 0.1 ETH → USDC (exact input):  SWAP_AMOUNT=100000000000000000 (ETH decimals: 18)
#   - Buy 50 USDC with ETH (exact output): SWAP_AMOUNT=50000000 (USDC decimals: 6)
#   - Use `cast --to-wei 0.1 ether` for 18-decimal tokens
SWAP_AMOUNT_BASE_SEPOLIA=

# Swap type: 1 = exact input (you specify how much to sell)
#            0 = exact output (you specify how much to buy)
SWAP_EXACT_INPUT_BASE_SEPOLIA=

# Swap direction: 1 = token0->token1, 0 = token1->token0
SWAP_ZERO_FOR_ONE_BASE_SEPOLIA=

# Max input amount for exact OUTPUT swaps (required ONLY when SWAP_EXACT_INPUT=0)
# This should be in INPUT token decimals (the token being sold)
# Examples:
#   - Buying 50 USDC with max 0.1 ETH: SWAP_MAX_INPUT=100000000000000000 (ETH decimals: 18)
#   - Buying 0.1 ETH with max 100 USDC: SWAP_MAX_INPUT=100000000 (USDC decimals: 6)
SWAP_MAX_INPUT_BASE_SEPOLIA=

# ===================================================================
# FEE POKE PARAMETERS
# ===================================================================

# Current pool volume/tvl ratio for fee calculation
CURRENT_RATIO_BASE_SEPOLIA=

# ===================================================================
# REHYPOTHECATED LIQUIDITY PARAMETERS
# ===================================================================

# --- Adding Liquidity (05b_AddRHLiquidity.s.sol) ---
# Number of shares to mint (in wei, 18 decimals)
RH_SHARES_BASE_SEPOLIA=
# Maximum amount of token0 willing to spend (safety limit)
RH_AMOUNT0_MAX_BASE_SEPOLIA=
# Maximum amount of token1 willing to spend (safety limit)
RH_AMOUNT1_MAX_BASE_SEPOLIA=

# Optional: Slippage protection for adding liquidity
# Expected sqrtPriceX96 (set to 0 or omit to use current pool price)
RH_EXPECTED_PRICE_BASE_SEPOLIA=
# Max price slippage tolerance (same scale as LP fee: 1000000 = 100%, 10000 = 1%)
# Default: 10000 (1%). Set to 0 to disable slippage check.
RH_MAX_SLIPPAGE_BASE_SEPOLIA=10000

# --- Removing Liquidity (05c_RemoveRHLiquidity.s.sol) ---
# Number of shares to burn (in wei, 18 decimals)
RH_REMOVE_SHARES_BASE_SEPOLIA=
# Minimum amount of token0 expected (off-chain preflight check)
RH_REMOVE_AMOUNT0_MIN_BASE_SEPOLIA=
# Minimum amount of token1 expected (off-chain preflight check)
RH_REMOVE_AMOUNT1_MIN_BASE_SEPOLIA=

# Optional: Slippage protection for removing liquidity
# Expected sqrtPriceX96 (set to 0 or omit to use current pool price)
RH_REMOVE_EXPECTED_PRICE_BASE_SEPOLIA=
# Max price slippage tolerance (same scale as LP fee: 1000000 = 100%, 10000 = 1%)
# Default: 10000 (1%). Set to 0 to disable slippage check.
RH_REMOVE_MAX_SLIPPAGE_BASE_SEPOLIA=10000

# ===================================================================
# GLOBAL SYSTEM PARAMETERS
# ===================================================================

# Global max adjustment rate (shared across all pools)
GLOBAL_MAX_ADJ_RATE_BASE_SEPOLIA=