`immer` has been updated to v9. This didn't require any changes on our
part; the only breaking changes are to the TypeScript types [1].
The `@reduxjs/toolkit` library has been updated as well, to ensure that
it's using the updated version of Immer internally as well. This update
makes our patch of that package obsolete, as the problematic pattern
that were were patching out is no longer present.
[1]: https://github.com/immerjs/immer/releases/tag/v9.0.0
`immer` has been updated to v9. This didn't require any changes on our
part; the only breaking changes are to the TypeScript types [1].
The `@reduxjs/toolkit` library has been updated as well, to ensure that
it's using the updated version of Immer internally as well. This update
makes our patch of that package obsolete, as the problematic pattern
that were were patching out is no longer present.
[1]: https://github.com/immerjs/immer/releases/tag/v9.0.0
The main `version` field in `package.json` will now include the beta
version (if present) rather than it being passed in via the CLI when
building. The `version` field is now a fully SemVer-compatible version,
with the added restriction that any prerelease portion of the version
must match the format `<build type>.<build version>`.
This brings the build in-line with the future release process we will
be using for the beta version. The plan is for each future release to
enter a "beta phase" where the version would get updated to reflect
that it's a beta, and we would increment this beta version over time as
we update the beta. The manifest gives us a place to store this beta
version. It was also important to replace the automatic minor bump
logic that was being used previously, because the version in beta might
not be a minor bump.
Additionally, the filename logic used for beta builds was updated to
be generic across all build types rather than beta-specific. This will
be useful for Flask builds in the future.
This PR fixes our local unit test package scripts. When the state migration unit tests were migrated to Jest in #12106, it left the `test:unit` script in a broken state, because it didn't tell `mocha` to ignore the state migration tests.
Arguably, that script was already broken, since the most reasonably expectation from its name is that it runs _all_ unit tests. The PR makes it so that it does just that, by means of `concurrently`.
Unfortunately, `concurrently` only outputs errors from child processes once (at the time when they exit, https://github.com/open-cli-tools/concurrently/issues/134). This means that we have to search/navigate the output for this combined script to identify the failure. That said, it's better than the status quo.
* lavamoat - add lavamoat to webapp background
* test:e2e - add delay to resolve failure
* test:e2e - add delay to resolve failure
* build - add a switch for applying lavamoat, currently off for all
* test/e2e - remove delays added for lavamoat
* Revert "test/e2e - remove delays added for lavamoat"
This reverts commit 79c3479f15c072ed362ba1d4f1af41ea11a17d63.
The warnings about use of the unsafe Buffer constructor have been
addressed by package updates and patches.
The updates were:
* `gulp-sourcemaps` was updated from v2 to v3, and was patched to
replace remaining uses of the `Buffer` constructor
* Upstream PR: https://github.com/gulp-sourcemaps/gulp-sourcemaps/pull/388
* The transitive dependency `yazl` was updated from v2.4.3 to v2.5.1
in the lockfile.
* The abandoned packages `combine-source-map` and `inline-source-map`
were patched.
The dependency `caniuse-lite` has been updated using a Yarn resolution,
because it was pinned to a specific version by some dependencies. All
versions requested in our dependency tree are 1.x so this did not
introduce any breaking changes.
This resolves a frequent console warning that shows up during builds,
and when running tests and the linter.
* Jestify migrations/
* Lint exclude migrations from mocha config, and add inclusion to jest config
* Add migration tests to jest config
* Exclude/ignore migration tests
* Set process.env.IN_TEST to true when running tests locally
This PR adds build-time code exclusion by means of code fencing. For details, please see the README in `./development/build/transforms`. Note that linting of transformed files as a form of validation is added in a follow-up, #12075.
Hopefully exhaustive tests are added to ensure that the transform works according to its specification. Since these tests are Node-only, they required their own Jest config. The recommended way to work with multiple Jest configs is using the `projects` field in the Jest config, however [that feature breaks coverage collection](https://github.com/facebook/jest/issues/9628). That being the case, I had to set up two separate Jest configs. In order to get both test suites to run in parallel, Jest is now invoked via a script, `./test/run-jest.sh`.
By way of example, this build system feature allows us to add fences like this:
```javascript
this.store.updateStructure({
...,
GasFeeController: this.gasFeeController,
TokenListController: this.tokenListController,
///: BEGIN:ONLY_INCLUDE_IN(beta)
PluginController: this.pluginController,
///: END:ONLY_INCLUDE_IN
});
```
Which at build time are transformed to the following if the build type is not `beta`:
```javascript
this.store.updateStructure({
...,
GasFeeController: this.gasFeeController,
TokenListController: this.tokenListController,
});
```
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
This rationalizes how arguments are passed to and parsed by the build system. To accomplish this, everything that isn't an environment variable from `.metamaskrc` or our CI environment is now passed as an argument on the command line.
Of such arguments, the `entryTask` is still expected as a positional argument in the first position (i.e. `process.argv[2]`), but everything else must be passed as a named argument. We use `minimist` to parse the arguments, and set defaults to preserve existing behavior.
Arguments are parsed in a new function, `parseArgv`, in `development/build/index.js`. They are assigned to environment variables where convenient, and otherwise returned from `parseArgv` to be passed to other functions invoked in the same file.
This change is motivated by our previous inconsistent handling of arguments to the build system, which will grow increasingly problematic as the build system grows in complexity. (Which it will very shortly, as we introduce Flask builds.)
Miscellaneous changes:
- Adds a build system readme at `development/build/README.md`
- Removes the `beta` package script. Now, we can instead call: `yarn dist --build-type beta`
- Fixes the casing of some log messages and reorders some parameters in the build system
* bump @metamask/controllers to v15.0.1 and remove AbortController workaround in e2e tests
* remove old abortcontroller polyfill
* bump @metamask/controllers to v15.0.2
There are a few issues encountered when running `yarn setup` on new
Apple Silicon (aka M1, aka arm64) Macs:
* The script halts when attempting to run the install step for
the `chromedriver` package with the message "Only Mac 64 bits
supported". This is somewhat misleading as it seems to indicate that
chromedriver can only be installed on a 64-bit Mac. However, what I
think is happening is that the installation script for `chromedriver`
is not able to detect that an arm64 CPU *is* a 64-bit CPU. After
looking through the `chromedriver` repo, it appears that 87.0.1 is the
first version that adds a proper check ([1]).
Note that upgrading chromedriver caused the Chrome-specific tests to
fail intermittently on CI. I was not able to 100% work out the reason
for this, but ensuring that X (which provides a way for Chrome to run
in a GUI setting from the command line) is available seems to fix
these issues.
* The script also halts when attempting to run the install step for
the `electron` package. This happens because for the version of
`electron` we are using (9.4.2), there is no available binary for
arm64. It appears that Electron 11.x was the first version to support
arm64 Macs ([2]). This is a bit trickier to resolve because we don't
explicitly rely on `electron` — that's brought in by `react-devtools`.
The first version of `react-devtools` that relies on `electron` 11.x
is 4.11.0 ([3]).
[1]: 469dd0a6ee
[2]: https://www.electronjs.org/blog/apple-silicon
[3]: https://github.com/facebook/react/blob/main/packages/react-devtools/CHANGELOG.md#4110-april-9-2021
* EIP-1559 - Provide support for Ledger
* Update ui/selectors/selectors.js
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
* Add shared constants for hw types
* bump eth-ledger-bridge-keyring to v0.7.0
Co-authored-by: David Walsh <davidwalsh83@gmail.com>
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
Co-authored-by: Alex <adonesky@gmail.com>
There are a few issues encountered when running `yarn setup` on new
Apple Silicon (aka M1, aka arm64) Macs:
* The script halts when attempting to run the install step for
the `chromedriver` package with the message "Only Mac 64 bits
supported". This is somewhat misleading as it seems to indicate that
chromedriver can only be installed on a 64-bit Mac. However, what I
think is happening is that the installation script for `chromedriver`
is not able to detect that an arm64 CPU *is* a 64-bit CPU. After
looking through the `chromedriver` repo, it appears that 87.0.1 is the
first version that adds a proper check ([1]).
Note that upgrading chromedriver caused the Chrome-specific tests to
fail intermittently on CI. I was not able to 100% work out the reason
for this, but ensuring that X (which provides a way for Chrome to run
in a GUI setting from the command line) is available seems to fix
these issues.
* The script also halts when attempting to run the install step for
the `electron` package. This happens because for the version of
`electron` we are using (9.4.2), there is no available binary for
arm64. It appears that Electron 11.x was the first version to support
arm64 Macs ([2]). This is a bit trickier to resolve because we don't
explicitly rely on `electron` — that's brought in by `react-devtools`.
The first version of `react-devtools` that relies on `electron` 11.x
is 4.11.0 ([3]).
[1]: 469dd0a6ee
[2]: https://www.electronjs.org/blog/apple-silicon
[3]: https://github.com/facebook/react/blob/main/packages/react-devtools/CHANGELOG.md#4110-april-9-2021
* EIP-1559 - Provide support for Ledger
* Update ui/selectors/selectors.js
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
* Add shared constants for hw types
* bump eth-ledger-bridge-keyring to v0.7.0
Co-authored-by: David Walsh <davidwalsh83@gmail.com>
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
Co-authored-by: Alex <adonesky@gmail.com>
Adds the latest version of `@metamask/controllers`, and updates our usage of the `ApprovalController`, which has been migrated to `BaseControllerV2`. Of [the new `controllers` release](https://github.com/MetaMask/controllers/releases/tag/v15.0.0), only the `ApprovalController` migration should be breaking.
This is the first time we use events on the `ControllerMessenger` to update the badge, so I turned the messenger into a property on the main `MetaMaskController` in order to subscribe to events on it in `background.js`. I confirmed that the badge does indeed update during local QA.
As it turns out, [MetaMask/controllers#571](https://github.com/MetaMask/controllers/pull/571) was breaking for a single unit test case, which is now handled during setup and teardown for the related test suite (`metamask-controller.test.js`).
* Use current block gas limit as the limit passed eth_estimateGas (#11658)
* Revert "Use current block gas limit as the limit passed eth_estimateGas (#11658)" (#11660)
This reverts commit aee79fd44d.
* Use current block gas limit as the limit passed eth_estimateGas (#11658)
* Version v9.8.4
* Allow higher precision gas prices in the send flow (#11652)
* Allow higher precision gas prices in the send flow
* Fix gas duck test
* Allow more decimals in transaction breakdown gas price
* [skip e2e] Update changelog for v9.8.4 (#11665)
Co-authored-by: ryanml <ryanlanese@gmail.com>
Co-authored-by: MetaMask Bot <metamaskbot@users.noreply.github.com>
