fix: typos #78
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fix: typos #78
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…lass This allows reusing them in other mocked implementations.
…o it And also allows gradually providing the data to be returned by `Recv()` and sending and receiving net messages (`CNetMessage`).
* `CConnman::CalculateKeyedNetGroup()` needs `CNetAddr`, not `CAddress`, thus change its argument. * Both callers of `CConnman::CreateNodeFromAcceptedSocket()` create a dummy `CAddress` from `CService`, so use `CService` instead. * `GetBindAddress()` only needs to return `CAddress`. * `CNode::addrBind` does not need to be `CAddress`.
Introduce a new low-level socket managing class `SockMan` and move the `CConnman::BindListenPort()` method to it. Also, separate the listening socket from the permissions - they were coupled in `struct ListenSocket`, but the socket is protocol agnostic, whereas the permissions are specific to the application of the Bitcoin P2P protocol.
Co-Authored-By: Christopher Coverdale <[email protected]>
It was copied verbatim from `CConnman::BindListenPort()` in the previous commit. Modernize its variables and style and log the error messages from the caller.
Move the `CConnman::AcceptConnection()` method to `SockMan` and split parts of it: * the flip-to-CJDNS part: to just after the `AcceptConnection()` call * the permissions part: at the start of `CreateNodeFromAcceptedSocket()`
CConnman-specific or in other words, Bitcoin P2P specific. Now the `ThreadI2PAcceptIncoming()` method is protocol agnostic and can be moved to `SockMan`.
Change `CConnman::m_nodes` from `std::vector<CNode*>` to `std::unordered_map<NodeId, CNode*>` because interaction between `CConnman` and `SockMan` is going to be based on `NodeId` and finding a node by its id would better be fast. As a nice side effect the existent search-by-id operations in `CConnman::AttemptToEvictConnection()`, `CConnman::DisconnectNode()` and `CConnman::ForNode()` now become `O(1)` (were `O(number of nodes)`), as well as the erase in `CConnman::DisconnectNodes()`.
Move the parts of `CConnman::GenerateWaitSockets()` that are specific to the Bitcoin-P2P protocol to dedicated methods: `ShouldTryToSend()` and `ShouldTryToRecv()`. This brings us one step closer to moving `GenerateWaitSockets()` to the protocol agnostic `SockMan` (which would call `ShouldTry...()` from `CConnman`).
…cketHandler() Move some parts of `CConnman::SocketHandlerConnected()` and `CConnman::ThreadSocketHandler()` that are specific to the Bitcoin-P2P protocol to dedicated methods: `EventIOLoopCompletedForNode()` and `EventIOLoopCompletedForAllPeers()`. This brings us one step closer to moving `SocketHandlerConnected()` and `ThreadSocketHandler()` to the protocol agnostic `SockMan` (which would call `EventIOLoopCompleted...()` from `CConnman`).
Introduce 4 new methods for the interaction between `CConnman` and `SockMan`: * `EventReadyToSend()`: called when there is readiness to send and do the actual sending of data. * `EventGotData()`, `EventGotEOF()`, `EventGotPermanentReadError()`: called when the corresponing recv events occur. These methods contain logic that is specific to the Bitcoin-P2P protocol and move it away from `CConnman::SocketHandlerConnected()` which will become a protocol agnostic method of `SockMan`. Also, move the counting of sent bytes to `CConnman::SocketSendData()` - both callers of that method called `RecordBytesSent()` just after the call, so move it from the callers to inside `CConnman::SocketSendData()`.
Move the protocol agnostic parts of `CConnman::ConnectNode()` into `SockMan::ConnectAndMakeNodeId()` and leave the Bitcoin-P2P specific stuff in `CConnman::ConnectNode()`. Move the protocol agnostic `CConnman::m_unused_i2p_sessions`, its mutex and `MAX_UNUSED_I2P_SESSIONS_SIZE` to `SockMan`. Move `GetBindAddress()` from `net.cpp` to `sockman.cpp`.
Move `MaybeFlipIPv6toCJDNS()`, which is Bitcoin P2P specific from the callers of `CConnman::EventNewConnectionAccepted()` to inside that method. Move the IsSelectable check, the `TCP_NODELAY` option set and the generation of new node id out of `CConnman::EventNewConnectionAccepted()` because those are protocol agnostic. Move those to a new method `SockMan::NewSockAccepted()` which is called instead of `CConnman::EventNewConnectionAccepted()`.
Move `CNode::m_sock` and `CNode::m_i2p_sam_session` to `SockMan::m_connected`. Also move all the code that handles sockets to `SockMan`. `CNode::CloseSocketDisconnect()` becomes `CConnman::MarkAsDisconnectAndCloseConnection()`. `CConnman::SocketSendData()` is renamed to `CConnman::SendMessagesAsBytes()` and its sockets-touching bits are moved to `SockMan::SendBytes()`. `CConnman::GenerateWaitSockets()` goes to `SockMan::GenerateWaitSockets()`. `CConnman::ThreadSocketHandler()` and `CConnman::SocketHandler()` are combined into `SockMan::ThreadSocketHandler()`. `CConnman::SocketHandlerConnected()` goes to `SockMan::SocketHandlerConnected()`. `CConnman::SocketHandlerListening()` goes to `SockMan::SocketHandlerListening()`.
`SockMan` members `AcceptConnection()` `NewSockAccepted()` `GetNewNodeId()` `m_i2p_sam_session` `m_listen private` are now used only by `SockMan`, thus make them private.
This commit adds the simplest stratum v2 message. The remaining messages are introduced in later commits. Co-Authored-By: Christopher Coverdale <[email protected]>
This avoids a circular dependency between bitcoin-sv2 and bitcoin-node.
This allows us to subclass Transport.
Implemented starting from a copy of V2Transport and the V2TransportTester, modifying it to fit Stratum v2 and Noise Protocol requirements. Co-Authored-By: Christopher Coverdale <[email protected]> Co-Authored-By: Fi3
Co-Authored-By: Christopher Coverdale <[email protected]>
Co-Authored-By: Vasil Dimov <[email protected]>
This change avoids ambiguity when no tip is connected and it is compared to uint256::ZERO.
To avoid future code changes from reintroducing the ambiguity fixed by the previous commit, mark m_tip_block private and Assume that it's not set to uint256::ZERO.
Alternate calls between Chainman's ProcessNewBlock and submitSolution. The Chainman code path is used in production, so it's important to keep test coverage for it. Use createNewBlock via the interface instead of using the BlockAssembler directly. The latter is always called via the interface in production code.
The template provider will listen for a Job Declarator client. It can establish a connection and detect various protocol errors. Co-Authored-By: Christopher Coverdale <[email protected]> Co-Authored-By: Fi3
Co-authored-by: Christopher Coverdale <[email protected]>
Determine future_template only once
Co-authored-by: Vasil Dimov <[email protected]>
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Thanks, I'll include these in #68 when I next rebase it. |
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