This PR is a first step towards removing account management from geth,
and contains a lot of the user-facing changes.
With this PR, the `personal` namespace disappears. **Note**: `personal`
namespace has been deprecated for quite some time (since
https://github.com/ethereum/go-ethereum/pull/26390 1 year and 8 months
ago), and users who have wanted to use it has been forced to used the
flag `--rpc.enabledeprecatedpersonal`. So I think it's fairly
non-controversial to drop it at this point.
Specifically, this means:
- Account/wallet listing
-`personal.getListAccounts`
-`personal.listAccounts`
-`personal.getListWallets`
-`personal.listWallets`
- Lock/unlock
-`personal.lockAccount`
-`personal.openWallet`
-`personal.unlockAccount`
- Sign ops
-`personal.sign`
-`personal.sendTransaction`
-`personal.signTransaction`
- Imports / inits
-`personal.deriveAccount`
-`personal.importRawKey`
-`personal.initializeWallet`
-`personal.newAccount`
-`personal.unpair`
- Other:
-`personal.ecRecover`
The underlying keystores and account managent code is still in place,
which means that `geth --dev` still works as expected, so that e.g. the
example below still works:
```
> eth.sendTransaction({data:"0x6060", value: 1, from:eth.accounts[0]})
```
Also, `ethkey` and `clef` are untouched.
With the removal of `personal`, as far as I know we have no more API
methods which contain credentials, and if we want to implement
logging-capabilities of RPC ingress payload, it would be possible after
this.
---------
Co-authored-by: Felix Lange <fjl@twurst.com>
Currently we have a custom TextMarshalerFlag. It's a nice idea, allowing
anything implementing text marshaller to be used as a flag. That said,
we only ever used it in one place because it's not that obvious how to
use and it needs some boilerplate on the type itself too, apart of the
heavy boilerplate got the custom flag.
All in all there's no *need* to drop this feature just now, but while
porting the cmds over to cli @v3, all other custom flags worker
perfectly, whereas this one started crashing deep inside the cli
package. The flag handling in v3 got rebuild on generics and there are a
number of new methods needed; and my guess is that maybe one of them
doesn't work like this flag currently is designed too.
We could definitely try and redesign this flag for cli v3... but all
that effort and boilerplate just to use it for 1 flag in 1 location,
seems not worth it. So for now I'm suggesting removing it and maybe
reconsider a similar feature in cli v3 with however it will work.
I think the core code should generally be agnostic about the witness and
the statedb layer should determine what elements need to be included in
the witness. Because code is accessed via `GetCode`, and
`GetCodeLength`, the statedb will always know when it needs to add that
code into the witness.
The edge case is block hashes, so we continue to add them manually in
the implementation of `BLOCKHASH`.
It probably makes sense to refactor statedb so we have a wrapped
implementation that accumulates the witness, but this is a simpler
change that makes #30078 less aggressive.
Looking at the cpu profile of a burntpix benchmark, I noticed that a lot
of time was spent in gas-used, in the interpreter loop. It's an actual
call (not inlined), which explicitly wants to be ignored by tracing
("tracing.GasChangeIgnored"), so it can be safely and simply inlined.
The other change is in `pushX`. These also do a call to
`common.RightPadBytes`. I replaced that by a doing a corresponding `Lsh`
on the `u256` if needed. Note: it's needed only to make the stack output
look right, for fuzzers. It technically doesn't matter what we put
there: if code ends on a pushdata immediate, nothing will consume the
stack element. We could just as well just ignore it, if we didn't care
about fuzzers (which I do).
Seems quite a lot faster on burntpix, according to my runs.
This PR:
```
EVM gas used: 5642735088
execution time: 34.84609475s
allocations: 915683
allocated bytes: 175334088
```
```
EVM gas used: 5642735088
execution time: 36.671958278s
allocations: 915701
allocated bytes: 175340528
```
Master
```
EVM gas used: 5642735088
execution time: 49.349209526s
allocations: 915684
allocated bytes: 175333368
```
```
EVM gas used: 5642735088
execution time: 46.581006598s
allocations: 915681
allocated bytes: 175330728
```
---------
Co-authored-by: Sina M <1591639+s1na@users.noreply.github.com>
Co-authored-by: Felix Lange <fjl@twurst.com>
When using the prestateTracer, in some cases users are only concerned
with balances or nonce information, and are not interested in the lengthy
contract code or storage data.
Therefore, this PR introduces two new configuration options in the
`prestateTracerConfig` structure:
- `disableCode`
- `disableStorage`
These options allow users to control whether the tracer returns contract
code and storage data during execution tracing. By setting these
options, users can more flexibly customize their needs and focus on
obtaining information that is more critical and relevant to their
specific use cases.
These options work with the default mode as well as `diffMode: true`.
---------
Signed-off-by: jsvisa <delweng@gmail.com>
Co-authored-by: Sina M <1591639+s1na@users.noreply.github.com>
This PR adds `DeleteRange` to `ethdb.KeyValueWriter`. While range
deletion using an iterator can be really slow, `DeleteRange` is natively
supported by pebble and apparently runs in O(1) time (typically 20-30ms
in my tests for removing hundreds of millions of keys and gigabytes of
data). For leveldb and memorydb an iterator based fallback is
implemented. Note that since the iterator method can be slow and a
database function should not unexpectedly block for a very long time,
the number of deleted keys is limited at 10000 which should ensure that
it does not block for more than a second. ErrTooManyKeys is returned if
the range has only been partially deleted. In this case the caller can
repeat the call until it finally succeeds.
previous key expired 2023-07-27, the new one expires 2026-02-22:
pub rsa4096 2016-11-11 [SC] [expires: 2026-02-22]
AE96ED969E479B0084F3E17FE88D3334FA5F6A0A
uid Ethereum Foundation Security Team <security@ethereum.org>
uid Ethereum Foundation Bug Bounty <bounty@ethereum.org>
sub rsa4096 2016-11-11 [E] [expires: 2026-02-22]
rebased https://github.com/ethereum/go-ethereum/pull/29766 . The
downstream branch appears to have been deleted and I don't have perms to
push to that fork.
`TerminalTotalDifficultyPassed` is removed. `TerminalTotalDifficulty`
must now be non-nil, and it is expected that networks are already
merged: we can only import PoW/Clique chains, not produce blocks on
them.
---------
Co-authored-by: stevemilk <wangpeculiar@gmail.com>
This PR moves the logging/tracing-facilities out of `*state.StateDB`,
in to a wrapping struct which implements `vm.StateDB` instead.
In most places, it is a pretty straight-forward change:
- First, hoisting the invocations from state objects up to the statedb.
- Then making the mutation-methods simply return the previous value, so
that the external logging layer could log everything.
Some internal code uses the direct object-accessors to mutate the state,
particularly in testing and in setting up state overrides, which means
that these changes are unobservable for the hooked layer. Thus, configuring
the overrides are not necessarily part of the API we want to publish.
The trickiest part about the layering is that when the selfdestructs are
finally deleted during `Finalise`, there's the possibility that someone
sent some ether to it, which is burnt at that point, and thus needs to
be logged. The hooked layer reaches into the inner layer to figure out
these events.
In package `vm`, the conversion from `state.StateDB + hooks` into a
hooked `vm.StateDB` is performed where needed.
---------
Co-authored-by: Gary Rong <garyrong0905@gmail.com>
Way back we've added `common.math.BigMin` and `common.math.BigMax`.
These were kind of cute helpers, but unfortunate ones, because package
all over out codebase added dependencies to this package just to avoid
having to write out 3 lines of code.
Because of this, we've also started having package name clashes with the
stdlib `math`, which got solves even more badly by moving some helpers
over ***from*** the stdlib into our custom lib (e.g. MaxUint64). The
latter ones were nuked out in a previous PR and this PR nukes out BigMin
and BigMax, inlining them at all call sites.
As we're transitioning to uint256, if need be, we can add a min and max
to that.
Clique currently depends on the `accounts` package. This was a bit of a
big cannon even in the past, just to pass a signer "account" to the
Clique block producer. Either way, nowadays Geth does not support clique
mining any more, so by removing that bit of functionality from our code,
we can also break this dependency.
Clique should ideally be further torn out, but this at least gets us one
step closer to cleanups.
While looking at some mem profiles from `evm` runs, I noticed that
`goja` compilation of the bigint library was present. The bigint library
compilation happens in a package `init`, whenever the package
`eth/tracers/js` is loaded. This PR changes it to load lazily when
needed.
It becomes slightly faster with this change, and slightly less alloc:y.
Non-scientific benchmark with 100 executions:
```
time for i in {1..100}; do ./evm --code 6040 run; done;
```
current `master`:
```
real 0m6.634s
user 0m5.213s
sys 0m2.277s
```
Without compiling bigint
```
real 0m5.802s
user 0m4.191s
sys 0m1.965s
```
Fixes an issue missed in #30576 where we send empty requests for a full
payload being resolved, causing hash mismatch later on when we get the
payload back via `NewPayload`.
Breaking changes:
- The ChainConfig was exposed to tracers via VMContext passed in
`OnTxStart`. This is unnecessary specially looking through the lens of
live tracers as chain config remains the same throughout the lifetime of
the program. It was there so that native API-invoked tracers could
access it. So instead we moved it to the constructor of API tracers.
Non-breaking:
- Change the default config of the tracers to be `{}` instead of nil.
This way an extra nil check can be avoided.
Refactoring:
- Rename `supply` struct to `supplyTracer`.
- Un-export some hook definitions.
~~Opening this as a draft to have a discussion.~~ Pressed the wrong
button
I had [a previous PR
](https://github.com/ethereum/go-ethereum/pull/24616)a long time ago
which reduced the peak memory used during reorgs by not accumulating all
transactions and logs.
This PR reduces the peak memory further by not storing the blocks in
memory.
However this means we need to pull the blocks back up from storage
multiple times during the reorg.
I collected the following numbers on peak memory usage:
// Master: BenchmarkReorg-8 10000 899591 ns/op 820154 B/op 1440
allocs/op 1549443072 bytes of heap used
// WithoutOldChain: BenchmarkReorg-8 10000 1147281 ns/op 943163 B/op
1564 allocs/op 1163870208 bytes of heap used
// WithoutNewChain: BenchmarkReorg-8 10000 1018922 ns/op 943580 B/op
1564 allocs/op 1171890176 bytes of heap used
Each block contains a transaction with ~50k bytes and we're doing a 10k
block reorg, so the chain should be ~500MB in size
---------
Co-authored-by: Péter Szilágyi <peterke@gmail.com>
Martin Holst Swende
zhiqiangxu
Delweng
Péter Szilágyi
lightclient
Marius van der Wijden
jwasinger
Felföldi Zsolt
Sina M
Fredrik Svantes
Shude Li
kevaundray
rjl493456442