The build type (i.e. the distribution) is now included in the Sentry
environment during setup, for all builds except the "main" build. This
will allow us to track Flask and beta errors separately from other
errors.
A constant was created for the build types. The equivalent constant in
our build scripts was updated to match it more closely, for
consistency. We can't use the same constant in both places because our
shared constants are in modules that use ES6 exports, and our build
script does not yet support ES6 exports.
The singular `BuildType` was used rather than `BuildTypes` to match our
naming conventions elsewhere for enums. We name them like classes or
types, rather than like a collection.
Relates to #11896
* Fixes#12145
When transactions fail, preserve error message when presented with an error object. Fallback to stringified error for other cases.
* Perserve error stack when err.stack is present, else set stack to message.
* Use optional chaining
* Call Wyre’s API via our backend to generate Wyre’s Checkout URL
* Add back paymentMethod=debit-card, use a fallback URL if no url is returned from BE
* Fix a lint issue
* Refactor how to return Wyre’s Checkout URL
* Add 2 constants into a test file, refactoring
* Moving RPC Urls to network constants
* Including RPC url in switchEthereumChain requestData
* Setting project id to var
* Fix built-in networks switch-ethereum-chain
`switch-ethereum-chain` did not work correctly with built-in networks.
It was treating them as custom networks, rather than as built-in
networks. This affected how they were displayed in the network
dropdown, and resulted in slight differences to the network stack used
as well.
The problem was that `updateRpcTarget` was used, which was meant for
custom networks only. Now that `setProviderType` is used in the case of
a built-in network, the behaviour should match the network switcher
exactly.
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
The CurrencyRateController has been migrated to the BaseControllerV2
API, which includes various API changes. These changes include:
* The constructor now expects to be passed a
`RestrictedControllerMessenger`.
* State changes are subscribed to via the `ControllerMessenger` now,
rather than via a `subscribe` function.
* The state and configration are passed in as one "options" object,
rather than as two separate parameters
* The polling needs to be started explicitly by calling `start`. It
can be stopped and started on-demand now as well.
* Changing the current currency or native currency will now throw an
error if we fail to update the conversion rate.
The `ComposableObservableStore` has been updated to accomodate these
new types of controllers. The constructor has been updated to use an
options bag pattern as well, to make the addition of the new required
`controllerMessenger` parameter a bit less unweildly.
Sentry is now configured with environment variables, rather than with
hard-coded values. This makes it easier to test Sentry functionality
using a different Sentry account, as we did recently during QA of
v9.5.1.
The only change for the normal build process is the introduction of the
`SENTRY_DSN_DEV` variable, which can be set via `.metamaskrc` or via an
environment variable. This determines where error reports are sent. It
still defaults to our team Sentry account's `metamask-testing` project.
The `sentry:publish` script now requires SENTRY_ORG and SENTRY_PROJECT
to be set in order to publish release artifacts. The CircleCI
configuration has been updated with these values, so it should act the
same as it did before. Previously we had used a CLI flag to specify the
organization and project, but Sentry already natively supports these
environment variables [1].
[1]: https://docs.sentry.io/product/cli/configuration/#configuration-values
Three uses of `hasOwnProperty.call` have been replaced with simpler
alternatives. I did this because I found this convention confusing.
The `ComposableObservableStore` changes required adding a check for
whether the `config` is defined, because the old syntax would allow
iterating over `undefined` as if it was an empty object. Functionally
it should be identical. A new test was added to highlight this
functionality.
The `assert` module has two modes: "Legacy" and "strict". When using
strict mode, the "strict" version of each assertion method is implied.
Whereas in legacy mode, by default it will use the deprecated, "loose"
version of each assertion.
We now use strict mode everywhere. A few tests required updates where
they were asserting the wrong thing, and it was passing beforehand due
to the loose matching.
