Check that the quote returns the expected interactions. This is based on the state of the blockchain and the test setup.

Joins a path with a URL, ensuring that there is only one slash between them. It doesn't matter if the URL ends with a slash or the path starts with on

Join a path with a URL, ensuring that there is only one slash between them. It doesn't matter if the URL ends with a slash or the path starts with one

Make this a limit order.

Tries to merge the specified unwrap with the current one, returning `true` if the merge was successful, and `false` otherwise. Returns an error on ar

Prices used to convert token amounts to an equivalent amount of the native asset (e.g. ETH on ethereum, or xdai on gnosis chain).

Packs a `UserState { uint128 balance; uint128 additionalData }` into a 32-byte word. The balance occupies the lower 128 bits; `additional_data` sits i

Splits an order UID into its parts.

This can be made cleaner by making the start and end be u8's but the B256 doesn't support for a from(u8) so this needs to be reviewed upon migration

Builds an `Asserter` primed with the three responses the probe expects, in order: `UNDERLYING_ASSET_ADDRESS()`, `POOL()`, and `getReserveData(underlyi

Creates a provider with the provided URL and an empty [`MutWallet`]. Returns a copy of the [`MutWallet`] so the caller can modify it later.

Pushes a fee_history JSON response where `latest_block_base_fee()` returns `base_fee` and the reward is `tip`. The resulting estimate will be: max_pri

TODO explain why we use BUY order type (shallow liquidity)

All solutions that passed the filtering step.

Opposite of `encode_for_settlement`. Given the encoded signature returns the owner.

Reduce the solution score by adding additional meaningless calldata.

Reference scores for each winning solver, used to compute rewards.

Returns the slippage for the specified token amount.

All pool token pairs that could be used along a path candidate for these token pairs.

Removes all events from the specified block, including specified block.

Removes all events up to the specified block, excluding the specified block.

Extracts the most relevant revert message from the call by preferring `revert_reason` (failed SC assertion) over `error` (EVM error).

Per-factory live-indexing loop. Backfill tasks live at the network level (see `run_network_indexer`).

Starts the server and returns the assigned port number.

The asset being sold, or a very large value if this is a buy, to facilitate surplus.

The effective amount that left the user's wallet including all fees.

Send shutdown signal to the associated Control

Returns the ERC-1271 signature bytes for the specified message.

The solver which generated this solution.

Get the solver address.

Returns `true` if the order expects a solver-computed fee.

Spawns task that refreshes the cached balances on every new block.

Start the autopilot service in a background task. Optionally specify a solve deadline to use instead of the default 2s. (note: specifying a larger sol

Wraps 50 ETH for `trader` (approved to the vault relayer) and starts the protocol with a 1% volume fee (effective immediately) and `SameTokensPolicy::

Like [`stream_body`], but also gzips the same serialization in one pass. The first receiver yields the compressed bytes once serialization finishes.

A general surplus function. Can return different types of surplus based on the input parameters.