eae3b9abc4
9e0a514112 Add compile time checking for all cs_main runtime locking assertions (practicalswift) Pull request description: Add compile time checking for `cs_main` runtime locking assertions. This PR is a subset of #12665. The PR was broken up to make reviewing easier. The intention is that literally all `EXCLUSIVE_LOCKS_REQUIRED`/`LOCKS_EXCLUDED`:s added in this PR should follow either directly or indirectly from `AssertLockHeld(…)`/`AssertLockNotHeld(…)`:s already existing in the repo. Consider the case where function `A(…)` contains `AssertLockHeld(cs_foo)` (without first locking `cs_foo` in `A`), and that `B(…)` calls `A(…)` (without first locking `cs_main`): * It _directly_ follows that: `A(…)` should have an `EXCLUSIVE_LOCKS_REQUIRED(cs_foo)` annotation. * It _indirectly_ follows that: `B(…)` should have an `EXCLUSIVE_LOCKS_REQUIRED(cs_foo)` annotation. Tree-SHA512: 120e7410c4c223dbc7d42030b1a19e328d01a55f041bb6fb5eaac10ac35cb0c5d469b9b3bda6444731164c73b88ac6495a00890672b107d9305e891571f64dd6 # Conflicts: # src/validation.cpp # src/validation.h # src/wallet/feebumper.cpp # src/wallet/rpcwallet.cpp # src/wallet/wallet.h # Conflicts: # src/wallet/wallet.h |
||
---|---|---|
.. | ||
handler.cpp | ||
handler.h | ||
node.cpp | ||
node.h | ||
README.md | ||
wallet.cpp | ||
wallet.h |
Internal c++ interfaces
The following interfaces are defined here:
-
Chain
— used by wallet to access blockchain and mempool state. Added in #10973. -
Chain::Client
— used by node to start & stopChain
clients. Added in #10973. -
Node
— used by GUI to start & stop bitcoin node. Added in #10244. -
Handler
— returned byhandleEvent
methods on interfaces above and used to manage lifetimes of event handlers. -
Init
— used by multiprocess code to access interfaces above on startup. Added in #10102.
The interfaces above define boundaries between major components of bitcoin code (node, wallet, and gui), making it possible for them to run in different processes, and be tested, developed, and understood independently. These interfaces are not currently designed to be stable or to be used externally.