Struct CowBackend
pub struct CowBackend<'a> {
pub backend: Cow<'a, Backend>,
is_initialized: bool,
spec_id: SpecId,
}
Expand description
A wrapper around Backend
that ensures only revm::DatabaseRef
functions are called.
Any changes made during its existence that affect the caching layer of the underlying Database
will result in a clone of the initial Database. Therefore, this backend type is basically
a clone-on-write Backend
, where cloning is only necessary if cheatcodes will modify the
Backend
Entire purpose of this type is for fuzzing. A test function fuzzer will repeatedly execute the function via immutable raw (no state changes) calls.
N.B.: we’re assuming cheatcodes that alter the state (like multi fork swapping) are niche.
If they executed, it will require a clone of the initial input database.
This way we can support these cheatcodes cheaply without adding overhead for tests that
don’t make use of them. Alternatively each test case would require its own Backend
clone,
which would add significant overhead for large fuzz sets even if the Database is not big after
setup.
Fields§
§backend: Cow<'a, Backend>
The underlying Backend
.
No calls on the CowBackend
will ever persistently modify the backend
’s state.
is_initialized: bool
§spec_id: SpecId
Implementations§
§impl<'a> CowBackend<'a>
impl<'a> CowBackend<'a>
pub fn new_borrowed(backend: &'a Backend) -> CowBackend<'a>
pub fn new_borrowed(backend: &'a Backend) -> CowBackend<'a>
Creates a new CowBackend
with the given Backend
.
pub fn inspect<I>(
&mut self,
env: &mut EnvWithHandlerCfg,
inspector: &mut I,
) -> Result<ResultAndState, Report>where
I: InspectorExt,
pub fn inspect<I>(
&mut self,
env: &mut EnvWithHandlerCfg,
inspector: &mut I,
) -> Result<ResultAndState, Report>where
I: InspectorExt,
Executes the configured transaction of the env
without committing state changes
Note: in case there are any cheatcodes executed that modify the environment, this will
update the given env
with the new values.
pub fn has_state_snapshot_failure(&self) -> bool
pub fn has_state_snapshot_failure(&self) -> bool
Returns whether there was a state snapshot failure in the backend.
This is bubbled up from the underlying Copy-On-Write backend when a revert occurs.
Trait Implementations§
§impl<'a> Clone for CowBackend<'a>
impl<'a> Clone for CowBackend<'a>
§fn clone(&self) -> CowBackend<'a>
fn clone(&self) -> CowBackend<'a>
1.0.0 · Source§fn clone_from(&mut self, source: &Self)
fn clone_from(&mut self, source: &Self)
source
. Read more§impl Database for CowBackend<'_>
impl Database for CowBackend<'_>
§type Error = DatabaseError
type Error = DatabaseError
§fn basic(
&mut self,
address: Address,
) -> Result<Option<AccountInfo>, <CowBackend<'_> as Database>::Error>
fn basic( &mut self, address: Address, ) -> Result<Option<AccountInfo>, <CowBackend<'_> as Database>::Error>
§fn code_by_hash(
&mut self,
code_hash: FixedBytes<32>,
) -> Result<Bytecode, <CowBackend<'_> as Database>::Error>
fn code_by_hash( &mut self, code_hash: FixedBytes<32>, ) -> Result<Bytecode, <CowBackend<'_> as Database>::Error>
§fn storage(
&mut self,
address: Address,
index: Uint<256, 4>,
) -> Result<Uint<256, 4>, <CowBackend<'_> as Database>::Error>
fn storage( &mut self, address: Address, index: Uint<256, 4>, ) -> Result<Uint<256, 4>, <CowBackend<'_> as Database>::Error>
§fn block_hash(
&mut self,
number: u64,
) -> Result<FixedBytes<32>, <CowBackend<'_> as Database>::Error>
fn block_hash( &mut self, number: u64, ) -> Result<FixedBytes<32>, <CowBackend<'_> as Database>::Error>
§impl DatabaseCommit for CowBackend<'_>
impl DatabaseCommit for CowBackend<'_>
§impl DatabaseExt for CowBackend<'_>
impl DatabaseExt for CowBackend<'_>
§fn snapshot_state(
&mut self,
journaled_state: &JournaledState,
env: &Env,
) -> Uint<256, 4>
fn snapshot_state( &mut self, journaled_state: &JournaledState, env: &Env, ) -> Uint<256, 4>
§fn revert_state(
&mut self,
id: Uint<256, 4>,
journaled_state: &JournaledState,
current: &mut Env,
action: RevertStateSnapshotAction,
) -> Option<JournaledState>
fn revert_state( &mut self, id: Uint<256, 4>, journaled_state: &JournaledState, current: &mut Env, action: RevertStateSnapshotAction, ) -> Option<JournaledState>
§fn delete_state_snapshot(&mut self, id: Uint<256, 4>) -> bool
fn delete_state_snapshot(&mut self, id: Uint<256, 4>) -> bool
id
Read more§fn delete_state_snapshots(&mut self)
fn delete_state_snapshots(&mut self)
§fn create_fork(&mut self, fork: CreateFork) -> Result<Uint<256, 4>, Report>
fn create_fork(&mut self, fork: CreateFork) -> Result<Uint<256, 4>, Report>
§fn create_fork_at_transaction(
&mut self,
fork: CreateFork,
transaction: FixedBytes<32>,
) -> Result<Uint<256, 4>, Report>
fn create_fork_at_transaction( &mut self, fork: CreateFork, transaction: FixedBytes<32>, ) -> Result<Uint<256, 4>, Report>
§fn select_fork(
&mut self,
id: Uint<256, 4>,
env: &mut Env,
journaled_state: &mut JournaledState,
) -> Result<(), Report>
fn select_fork( &mut self, id: Uint<256, 4>, env: &mut Env, journaled_state: &mut JournaledState, ) -> Result<(), Report>
§fn roll_fork(
&mut self,
id: Option<Uint<256, 4>>,
block_number: u64,
env: &mut Env,
journaled_state: &mut JournaledState,
) -> Result<(), Report>
fn roll_fork( &mut self, id: Option<Uint<256, 4>>, block_number: u64, env: &mut Env, journaled_state: &mut JournaledState, ) -> Result<(), Report>
§fn roll_fork_to_transaction(
&mut self,
id: Option<Uint<256, 4>>,
transaction: FixedBytes<32>,
env: &mut Env,
journaled_state: &mut JournaledState,
) -> Result<(), Report>
fn roll_fork_to_transaction( &mut self, id: Option<Uint<256, 4>>, transaction: FixedBytes<32>, env: &mut Env, journaled_state: &mut JournaledState, ) -> Result<(), Report>
§fn transact(
&mut self,
id: Option<Uint<256, 4>>,
transaction: FixedBytes<32>,
env: Env,
journaled_state: &mut JournaledState,
inspector: &mut dyn InspectorExt,
) -> Result<(), Report>
fn transact( &mut self, id: Option<Uint<256, 4>>, transaction: FixedBytes<32>, env: Env, journaled_state: &mut JournaledState, inspector: &mut dyn InspectorExt, ) -> Result<(), Report>
§fn transact_from_tx(
&mut self,
transaction: &TransactionRequest,
env: Env,
journaled_state: &mut JournaledState,
inspector: &mut dyn InspectorExt,
) -> Result<(), Report>
fn transact_from_tx( &mut self, transaction: &TransactionRequest, env: Env, journaled_state: &mut JournaledState, inspector: &mut dyn InspectorExt, ) -> Result<(), Report>
§fn active_fork_id(&self) -> Option<Uint<256, 4>>
fn active_fork_id(&self) -> Option<Uint<256, 4>>
ForkId
that’s currently used in the database, if fork mode is on§fn active_fork_url(&self) -> Option<String>
fn active_fork_url(&self) -> Option<String>
§fn ensure_fork(&self, id: Option<Uint<256, 4>>) -> Result<Uint<256, 4>, Report>
fn ensure_fork(&self, id: Option<Uint<256, 4>>) -> Result<Uint<256, 4>, Report>
§fn ensure_fork_id(&self, id: Uint<256, 4>) -> Result<&ForkId, Report>
fn ensure_fork_id(&self, id: Uint<256, 4>) -> Result<&ForkId, Report>
ForkId
exists for the given local id
§fn diagnose_revert(
&self,
callee: Address,
journaled_state: &JournaledState,
) -> Option<RevertDiagnostic>
fn diagnose_revert( &self, callee: Address, journaled_state: &JournaledState, ) -> Option<RevertDiagnostic>
§fn load_allocs(
&mut self,
allocs: &BTreeMap<Address, GenesisAccount>,
journaled_state: &mut JournaledState,
) -> Result<(), BackendError>
fn load_allocs( &mut self, allocs: &BTreeMap<Address, GenesisAccount>, journaled_state: &mut JournaledState, ) -> Result<(), BackendError>
§fn clone_account(
&mut self,
source: &GenesisAccount,
target: &Address,
journaled_state: &mut JournaledState,
) -> Result<(), BackendError>
fn clone_account( &mut self, source: &GenesisAccount, target: &Address, journaled_state: &mut JournaledState, ) -> Result<(), BackendError>
§fn is_persistent(&self, acc: &Address) -> bool
fn is_persistent(&self, acc: &Address) -> bool
§fn remove_persistent_account(&mut self, account: &Address) -> bool
fn remove_persistent_account(&mut self, account: &Address) -> bool
§fn add_persistent_account(&mut self, account: Address) -> bool
fn add_persistent_account(&mut self, account: Address) -> bool
§fn allow_cheatcode_access(&mut self, account: Address) -> bool
fn allow_cheatcode_access(&mut self, account: Address) -> bool
account
Read more§fn revoke_cheatcode_access(&mut self, account: &Address) -> bool
fn revoke_cheatcode_access(&mut self, account: &Address) -> bool
§fn has_cheatcode_access(&self, account: &Address) -> bool
fn has_cheatcode_access(&self, account: &Address) -> bool
true
if the given account is allowed to execute cheatcodes§fn set_blockhash(
&mut self,
block_number: Uint<256, 4>,
block_hash: FixedBytes<32>,
)
fn set_blockhash( &mut self, block_number: Uint<256, 4>, block_hash: FixedBytes<32>, )
§fn create_select_fork(
&mut self,
fork: CreateFork,
env: &mut Env,
journaled_state: &mut JournaledState,
) -> Result<Uint<256, 4>, Report>
fn create_select_fork( &mut self, fork: CreateFork, env: &mut Env, journaled_state: &mut JournaledState, ) -> Result<Uint<256, 4>, Report>
§fn create_select_fork_at_transaction(
&mut self,
fork: CreateFork,
env: &mut Env,
journaled_state: &mut JournaledState,
transaction: FixedBytes<32>,
) -> Result<Uint<256, 4>, Report>
fn create_select_fork_at_transaction( &mut self, fork: CreateFork, env: &mut Env, journaled_state: &mut JournaledState, transaction: FixedBytes<32>, ) -> Result<Uint<256, 4>, Report>
§fn is_forked_mode(&self) -> bool
fn is_forked_mode(&self) -> bool
§fn remove_persistent_accounts(
&mut self,
accounts: impl IntoIterator<Item = Address>,
)where
Self: Sized,
fn remove_persistent_accounts(
&mut self,
accounts: impl IntoIterator<Item = Address>,
)where
Self: Sized,
§fn extend_persistent_accounts(
&mut self,
accounts: impl IntoIterator<Item = Address>,
)where
Self: Sized,
fn extend_persistent_accounts(
&mut self,
accounts: impl IntoIterator<Item = Address>,
)where
Self: Sized,
§fn ensure_cheatcode_access(&self, account: &Address) -> Result<(), BackendError>
fn ensure_cheatcode_access(&self, account: &Address) -> Result<(), BackendError>
account
is allowed to execute cheatcodes Read more§fn ensure_cheatcode_access_forking_mode(
&self,
account: &Address,
) -> Result<(), BackendError>
fn ensure_cheatcode_access_forking_mode( &self, account: &Address, ) -> Result<(), BackendError>
Self::ensure_cheatcode_access()
but only enforces it if the backend is currently
in forking mode§impl DatabaseRef for CowBackend<'_>
impl DatabaseRef for CowBackend<'_>
§type Error = DatabaseError
type Error = DatabaseError
§fn basic_ref(
&self,
address: Address,
) -> Result<Option<AccountInfo>, <CowBackend<'_> as DatabaseRef>::Error>
fn basic_ref( &self, address: Address, ) -> Result<Option<AccountInfo>, <CowBackend<'_> as DatabaseRef>::Error>
§fn code_by_hash_ref(
&self,
code_hash: FixedBytes<32>,
) -> Result<Bytecode, <CowBackend<'_> as DatabaseRef>::Error>
fn code_by_hash_ref( &self, code_hash: FixedBytes<32>, ) -> Result<Bytecode, <CowBackend<'_> as DatabaseRef>::Error>
§fn storage_ref(
&self,
address: Address,
index: Uint<256, 4>,
) -> Result<Uint<256, 4>, <CowBackend<'_> as DatabaseRef>::Error>
fn storage_ref( &self, address: Address, index: Uint<256, 4>, ) -> Result<Uint<256, 4>, <CowBackend<'_> as DatabaseRef>::Error>
§fn block_hash_ref(
&self,
number: u64,
) -> Result<FixedBytes<32>, <CowBackend<'_> as DatabaseRef>::Error>
fn block_hash_ref( &self, number: u64, ) -> Result<FixedBytes<32>, <CowBackend<'_> as DatabaseRef>::Error>
Auto Trait Implementations§
impl<'a> Freeze for CowBackend<'a>
impl<'a> !RefUnwindSafe for CowBackend<'a>
impl<'a> Send for CowBackend<'a>
impl<'a> Sync for CowBackend<'a>
impl<'a> Unpin for CowBackend<'a>
impl<'a> !UnwindSafe for CowBackend<'a>
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fn tap_deref<T>(self, func: impl FnOnce(&T)) -> Self
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fn tap_dbg(self, func: impl FnOnce(&Self)) -> Self
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fn tap_mut_dbg(self, func: impl FnOnce(&mut Self)) -> Self
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fn tap_deref_dbg<T>(self, func: impl FnOnce(&T)) -> Self
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builds.§impl<T> TryConv for T
impl<T> TryConv for T
§impl<T> WithSubscriber for T
impl<T> WithSubscriber for T
§fn with_subscriber<S>(self, subscriber: S) -> WithDispatch<Self> ⓘwhere
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§fn with_current_subscriber(self) -> WithDispatch<Self> ⓘ
fn with_current_subscriber(self) -> WithDispatch<Self> ⓘ
impl<T> ErasedDestructor for Twhere
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Layout§
Note: Most layout information is completely unstable and may even differ between compilations. The only exception is types with certain repr(...)
attributes. Please see the Rust Reference's “Type Layout” chapter for details on type layout guarantees.
Size: 824 bytes