Closes: https://github.com/filecoin-project/lotus/issues/11679
* Introduce a `moved:"To.New.Config"` tag which prints a stderr warning when
you use one of these, but will move any set value to the new location if the
new location isn't already set itself.
* Look for `X is DEPRECATED` to hold certain fields back from documentation.
* Use `toml:"omitempty"` to prevent the default config output from having these
deprecated values.
Add tests that assert the embedded built-in actors metadata is correct:
* the corresponding CAR file is present in built-in actors released
assets as a CAR file.
* manifest CID is the only root CID in the corresponding CAR file.
* actor CIDs are present in the corresponding CAR file.
Fixes#11683
- For sanity reverting the mainnet upgrade epoch to 99999999, and then only set it when cutting the final release
-Update Calibnet CIDs to v13.0.0-rc3
- Add GetActorEvents, SubscribeActorEvents, GetAllClaims and GetAllAllocations methods to the changelog
Co-Authored-By: Jiaying Wang <42981373+jennijuju@users.noreply.github.com>
Use the functionalities already provided by `testify` to assert eventual
conditions, and remove the use of `time.Sleep`.
Remove duplicate code in utility functions that are already defined.
Refactor assertion helper functions to use consistent terminology:
"require" implies fatal error, whereas "assert" implies error where the
test may proceed executing.
Use a fresh context to remove the temporary filter installed solely to
get the actor events. This should reduce chances of failure in a case
where the original context may be expired/cancelled.
Refactor removal into a `defer` statement for a more readable, concise
return statement.
Refactor `map` usage for actor event table tests to ensure deterministic
test execution order, making debugging potential issues easier. If
non-determinism is a target, leverage Go's built-in parallel testing
capabilities.
Use BlockDelay as the window for receiving events on the SubscribeActorEvents
channel. We expect the user to have received the initial batch of historical
events (if any) in one block's time. For real-time events we expect them to
not fall behind by roughly one block's time.
