feb91cc639
The strategy works as follows: - Manage approvals needed - Compute min amount (if check amount is any): - if slippage is defined, apply slippage on the expected amount and take the min value between that and the check amount - if not, it's just the check amount - Iterate through the swaps - call the corresponding swap encoder to encode the swap - add swap header (tokens indexes and split) - ple encode the swaps - Add extra inputs (amounts, token addresses, min amount, (un)wrap, number of tokens and receiver) Misc: - Move executor address and selector encoding inside the SwapEncoder - Add default executor_selector to SwapEncoder - Pass router address inside the SplitSwapStrategyEncoder - Move Permit2 inside the SplitSwapStrategyEncoder. It is a responsibility and a specificity of the strategy to need permit2 approvals --- don't change below this line --- ENG-4081 Took 1 hour 21 minutes
14 lines
330 B
Rust
14 lines
330 B
Rust
use crate::encoding::{
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errors::EncodingError,
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models::{Solution, Transaction},
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strategy_encoder::StrategySelector,
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};
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#[allow(dead_code)]
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pub trait RouterEncoder<S: StrategySelector> {
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fn encode_router_calldata(
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&self,
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solutions: Vec<Solution>,
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) -> Result<Vec<Transaction>, EncodingError>;
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}
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