- Make sure to mark identified spends in the pool as spends. The
wallet might not know these have been spent if it wasn't the wallet
that relayed the tx to the daemon, or the wallet was cleared via
rescan_bc.
- Make sure to add spends to m_unconfirmed_txs if not present.
- Make sure to process the entire pool again if refreshing for
the first time. The wallet fetches pool and blocks at the same
time. The wallet scans blocks first, then pool. If the wallet
identifies received outputs in the chain, then it may have spent
those received outputs in the pool. So we make sure to re-process
the entire pool again after scanning the chain for the first time.
- Multisig wallets that know about spent key images can now detect
spend txs in the pool. Update tests for that.
Fix four issues with wallet_keys_unlocker:
1. It won't decrypt if there are unlockers open simulataneously on multiple `wallet2` instances
2. It won't decrypt if the first unlocker was disabled (i.e. `locked=false`), even with a second non-disabled unlocker
3. If a destructor of an earlier unlocker is triggered before the destructor of a later unlocker, it will re-encrypt too early, while the second unlocker is still in scope
4. Calling the 3-parameter constructor with `locked=true` after an unlocker already exists will "double-encrypt" the spend key after its destructor since the local variable is `locked=false` and the field member is `locked=true`
Also, replace `wallet2::decrypt_account_for_multisig` with `wallet_keys_unlocker`.
The `while` loop condition was incorrect, which could lead to incomplete imports.
Also, setting `start` to an *undone* output speeds up the test by 16s on my machine.
Adds documentation that outlines the OSS-Fuzz integration of Monero. The
goal is to make it more accessible to build/test/expand the existing
fuzz suite, and also to make it more visible that this integration
exists.
Signed-off-by: David Korczynski <david@adalogics.com>
The commit kills support for deprecated ephemeral Boost messages: signed/unsigned transaction sets, pending transactions, reserve proofs, MMS messages, etc.
It does NOT kill support for loading very old wallets in Boost format, that should be supported indefinitely. These messages were deprecated 5 years ago. Since
then, we have had a hard fork to enable a new non-compatible transaction type (w/ view tags), and disable the old transaction type. This renders basically all
of the aforementioned messages before that HF useless, with the possible exception of reserve proofs.
This commit also cleans up dead inclusions of boost serialization headers.
This commit is part of upstreaming Carrot/FCMP++. Killing support for Boost messages now means less boilerplate Boost serialization review for Carrot/FCMP++.
a. `critical_section` is functionally identical to a `boost::recursive_mutex`
b. `critical_region_t` is functionally identical to a `boost::unique_lock`
c. remove some vestigial definitons `g_test_dbg_lock_sleep` as a variable
Use a fixed, 240s deadline for the daemons to reach agreement and poll
with a suitable frequency (.25s), rather than polling up to 100 times at
roughly 10s intervals.
Assume the terminal supports color codes if TERM ends with `-color` or
`-256color`, rather than special-casing a handful of such terminals.
Add tests for terminal color detection.
Co-authored-by: laanwj <126646+laanwj@users.noreply.github.com>
The upstream version of el::base::TypedConfigurations::unsafeGetConfigByRef
accesses uninitialized memory if a key doesn't exist.
Commit b2c59af84d patched the library to
throw in this case, avoiding the invalid access, but the more suitable
pattern, both logically, and as evidenced by the behavior of
unsafeGetConfigByVal, would be to return a const reference to a
default-initialized value with static storage duration.
Reduce the likelihood of false positive failures in the p2p
transaction propagation functional test by waiting up to a
maximum timeout for a transaction to propagate, rather than using a
fixed timeout, to reflect the random delay of Dandelion++ transaction
propagation. This strategy also speeds test execution in cases where
propagation occurs faster than the previously expected fixed delay.
* Use a global startup timeout, and apply it to each socket's connect
call, rather than repeating connection attempts with short timeouts.
* Avoid leaking sockets by closing them.
Correct the unit tests for tools::is_hdd to avoid making assumptions
about the configuration of a particular device based solely on the
value of the __GLIBC__ preprocessor flag. Instead, rely on the
test invoker to provide paths for devices of specific types via
the process environment, thereby avoiding faulty assumptions and
improving the specificity of test assertions. To ensure appropriate
devices exist, add a script, tests/create_test_disks.sh, which
configures loopback devices mirroring relevant configurations.
