BlockStore API got new return types (rationale in https://github.com/status-im/nim-codex/issues/123#issuecomment-1163797753):
- getBlock: Future[?! (?Block)]
- putBlock/delBlock/listBlocks: Future[?!void]
- hasBlock: Future[?!bool]
Plus refactored readOnce(StoreStream) and check received data in its tests.
And replaced local use of AsyncHeapQueue with seq.sort.
As discussed in team:
- Retrieving of blocks that are mentioned in the
manifest should be moved into a BlockStore.
- Sales should be given an instance of BlockStore,
and an instance of StorageProofs, instead of the
onStore, onClear, and onProve callbacks
Reason: with the new design there are no offers and
selection, making this less like a negotation, and
more like an agent trying to fulfill a storage request
Main goal is to update the nim-codex CI workflow to use the
[`msys2/setup-msys2@v2`][setmsys2] GitHub Action, as used by the
[nimbus-eth2 workflow][ne2w] per changes made to it several months ago. The
`msys2/setup-msys2@v2` action has been used by other Status-org projects prior
to this commit, e.g. nim-leopard, nim-datastore, nim-status.
A fix is included for the failing macOS builds, related to
[actions/virtual-environments#5819][ave5819]. See [L151][L151].
All builds [succeed][succeed] (with build arch-targets verified as far as
possible via `ldd`, `otool`, `ntldd`), including `linux-i386` and
`windows-i386`, though the `i386` builds are presently disabled (commented
out). The `i386` builds can be enabled simply by uncommenting:
```
# - os: linux
# cpu: i386
...
# - os: windows
# cpu: i386
```
The resulting `.github/workflows/ci.yml` is a "remix" of the current workflows
for nimbus-eth2 and nim-codex (i.e. prior to this commit) along with techniques
learned from developing workflows for other Status-org repos. Some comments and
code-reorg help to clarify/explain what's done in the
`Derive environment variables` step.
`-d:limitStackUsage` has been adopted for `linux-amd64` builds from
[nimbus-eth2's workflow][ne2wL155] and [related code][ne2config] has been
copied into `config.nims`
`-d:limitStackUsage` can easily be dropped if it's not desirable for Codex.
Build targets use `-latest` for `runs-on`, i.e. `macos-latest`,
`ubuntu-latest`, `windows-latest`.
Through a combination of local testing and iterative pushes to GitHub, the
workflow's embedded Bash scripts have been revised to include only the
necessary steps for all builds to succeed, including `linux-i386` and
`windows-i386`.
The GitHub Actions workflow `.github/workflows/codecov.yml` has been removed,
while coverage data generation/upload steps have been added to
`.github/workflows/ci.yml` as the final steps conditional on
`if: runner.os == 'Linux' && matrix.target.cpu == 'amd64' && matrix.nim_branch == matrix.cov_branch`.
A redundant `--passC:'-m32 -mno-adx'` is used for `linux-i386` builds; the
redundant flags do not affect the build, but can be helpful when eyeballing
GitHub Actions builds with increased compile-time verbosity.
Some variable expansions used in `github/workflows/ci.yml` could result in
compilation failures if related paths include whitespace. It's not a problem
for this commit but could be a problem for a user copy-pasting from the
workflow; solving that problem is left as an exercise for the reader.
[setmsys2]: https://github.com/msys2/setup-msys2#readme
[ne2w]: https://github.com/status-im/nimbus-eth2/blob/stable/.github/workflows/ci.yml
[ave5819]: https://github.com/actions/virtual-environments/pull/5819
[L151]: https://github.com/status-im/nim-codex/blob/ci/msys2/.github/workflows/ci.yml#L151
[succeed]: https://github.com/status-im/nim-codex/actions/runs/2606854455
[ne2wL155]: https://github.com/status-im/nimbus-eth2/blob/stable/.github/workflows/ci.yml#L155-L159
[ne2config]: https://github.com/status-im/nimbus-eth2/blob/stable/config.nims#L43-L49
`waitFor` has been moved into the main body of integration test
`nodes negotiate ...` to reduce blockage on the main thread. That change, along
with widening the expiry in `when defined(windows)` (and bumping up
`timeout-minutes` in our CI workflow) allows Windows CI builds to succeed more
consistently, i.e. without timing out.
Dmitriy Ryajov
Bulat-Ziganshin
Mark Spanbroek
Ivan Yonchovski
Michael Bradley, Jr
Ivan Yonchovski
Eric Mastro