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tls: fix bugs of double TLS #48969
tls: fix bugs of double TLS #48969
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Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired.
Format code.
Remove unnecessary saving of `this` for arrow function.
Fix typo
Introduce enum UnderlyingStreamWriteStatus.
Review requested:
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Format code
@mhdawson PTAL |
@ywave620 sorry for the confusion. Seems I missed pushing the commit for the last PR to main somehow. So this is what we need:) |
Windows failure was a known flaky test, resumed build. |
osx failures look unrelated to this PR. |
This time failure looked like a machine issue, resuming again. |
And again 2 tests with issues indicating they are flaky on windows, resumed again. |
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in #30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: #48969 Backport-PR-URL: #49016 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Backport to 18.x PR (second try) - #49183 |
Fixs two issues in `TLSWrap`, one of them is reported in #30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: #48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in nodejs#30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: nodejs#48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in #30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: #48969 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
Fixs two issues in `TLSWrap`, one of them is reported in #30896. 1. `TLSWrap` has exactly one `StreamListener`, however, that `StreamListener` can be replaced. We have not been rigorous enough here: if an active write has not been finished before the transition, the finish callback of it will be wrongly fired the successor `StreamListener`. 2. A `TLSWrap` does not allow more than one active write, as checked in the assertion about current_write in `TLSWrap::DoWrite()`. However, when users make use of an existing `tls.TLSSocket` to establish double TLS, by either tls.connect({socket: tlssock}) or tlsServer.emit('connection', tlssock) we have both of the user provided `tls.TLSSocket`, tlssock and a brand new created `TLSWrap` writing to the `TLSWrap` bound to tlssock, which easily violates the constranint because two writers have no idea of each other. The design of the fix is: when a `TLSWrap` is created on top of a user provided socket, do not send any data to the socket until all existing writes of the socket are done and ensure registered callbacks of those writes can be fired. PR-URL: #48969 Backport-PR-URL: #49183 Reviewed-By: James M Snell <jasnell@gmail.com> Reviewed-By: Paolo Insogna <paolo@cowtech.it>
A replacement of #48796
Fix a 3y long bug #30896