In #10510 we changed how tokens are stored, keying them by `chainId`
rather than network type. However we didn't update our mobile sync
function to account for this, which ended up breaking the filtering
logic used to prepare the data that is synced.
Specifically, custom tokens added by users are filtered out to just
those that are confirmed to be ERC20 tokens in our built-in list of
tokens. This filters out unrecognized tokens and NFTs.
The filtering logic has been restored to the pre-#10510 behaviour.
* use @lavamoat/allow-scripts for package postinstall allow list
* dnode: set "weak" to false
Co-authored-by: kumavis <kumavis@users.noreply.github.com>
Co-authored-by: Erik Marks <25517051+rekmarks@users.noreply.github.com>
Fixes#10111
Determine if the msgParams/address for the newRequestEncryptionPublicKey is a ledger keyring via getKeyringForAccount and return a promise rejection.
This restores support for versions of the inpage provider prior to v8.
This is intended to support dapps and extensions that directly
instantiated their own provider rather than using the injected
provider.
* Forward traffic between old and new provider streams
* Ignore publicConfig stream for non-legacy muxes
* Transform accountsChanged notification for legacy streams
* Convert publicConfigStore to singleton
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
This update comes with a breaking change to the Approval controller. It
now requires a `defaultApprovalType` parameter.
I don't think we have any use for a default approval type, but I've
added a "NO_TYPE" one for now because it's a strict requirement. We
should consider making this parameter optional in the future, for cases
like this where it's not needed.
This update will hopefully address some caching issues we've been
seeing with our phishing configuration. See here for more details:
https://github.com/MetaMask/controllers/pull/297
This PR introduces the new approval controller to the extension codebase. We use it for the permissions controller's pending approval functionality.
The approval controller sets us up for a new pattern of requesting and managing user confirmations in RPC methods. Along with the generic RPC method middleware, the approval controller will allow us to eliminate our message managers, and decouple various method handlers from our provider stack, making the implementations more portable between the extension and mobile.
* @metamask/inpage-provider@^8.0.0
* Replace public config store with JSON-RPC notifications
* Encapsulate notification permissioning in permissions controller
* Update prefix of certain internal RPC methods and notifications
* Add accounts to getProviderState
* Send accounts with isUnlocked notification (#10007)
* Rename provider streams, notify provider of stream failures (#10006)
The new metrics controller has a `trackEvent` function that was being
called unbound, so `this` references were undefined. It is now bound
early in both places where it is passed in as a parameter.
A few inconsistencies in JSDoc formatting have been fixed throughout
the project. Many issues remain; these were just the few things that
were easy to fix with a regular expression.
The changes include:
* Using lower-case for primitive types, but capitalizing non-primitive
types
* Separating the parameter identifier and the description with a dash
* Omitting a dash between the return type and the return description
* Ensuring the parameter type is first and the identifier is second (in
a few places it was backwards)
* Using square brackets to denote when a parameter is optional, rather
than putting "(optional)" in the parameter description
* Including a type and identifier with every parameter
* Fixing inconsistent spacing, except where it's used for alignment
* Remove incorrectly formatted `@deprecated` tags that reference non-
existent properties
* Remove lone comment block without accompanying function
Additionally, one parameter was renamed for clarity.
This is a continuation of #9726, which did not fix the problem
described.
If the initial network when the extension is started is something other
than Mainnet, the swaps controller will never successfully retrieve
swap quotes. This is because `ethers` will continue to communicate
with whichever network the provider was initially on.
We tried fixing this by hard-coding the `chainId` to Mainnet's
`chainId` when constructing the Ethers provider, but this did not work.
I suspect this failed because the `provider` we pass to `ethers` is not
compliant with EIP 1193, as `ethers` doubtless expects it to be.
Instead the entire `ethers` provider is now reconstructed each time the
network changes. This mirrors the approach we take in some other
controllers.
Consolidates the background and UI segment implementations into a shared solution.
This results in the introduction of our first shared module.
Co-authored-by: Erik Marks <25517051+rekmarks@users.noreply.github.com>
The `chainId` is now used by the account tracker to identify the
current network, instead of the `networkId`. This should have no
functional impact, aside from that different chains with the same
`networkId` will now be correctly distinguished from each other.
An attempt to safely release the `nonceLock` upon failure has instead
made failure worse by masking it with a new error. If the call to get
the `nonceLock` throws an exception, then the `finally` block here
would attempt to call `releaseLock` on the `nonceLock` variable, which
is guaranteed to be `undefined` if the previous call failed. The
attempt to call a method on `undefined` throws another error, masking
the original error.
It is safer to obtain the `nonceLock` and release it without using any
`try` or `finally` block. The `nonceLock` is synchronously released
immediately after it is obtained, and any errors bubble up correctly
without being masked. There is no case where the lock is left
unreleased.
If the `signTypedData` background function threw an exception, it would
return `undefined` to the UI, which would throw another exception in
the UI. It now re-throws the error if an error is thrown, which
allows the UI to handle the error.
I'm not sure why this might fail, and I'm not sure we're handling this
failure well, but this is an improvement at least.
* Create wrapper function for segment events
* Extract transaction controller metrics calls into own function
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
When the `chainId` for a custom RPC endpoint is edited, we now migrate
the corresponding address book entries to ensure they are not orphaned.
The address book entries are grouped by the `metamask.network` state,
which unfortunately was sometimes the `chainId`, and sometimes the
`networkId`. It was always the `networkId` for built-in Infura
networks, but for custom RPC endpoints it would be set to the user-set
`chainId` field, with a fallback to the `networkId` of the network.
A recent change will force users to enter valid `chainId`s on all
custom networks, which will be normalized to be hex-prefixed. As a
result, address book contacts will now be keyed by a different string.
The contact entries are now migrated when this edit takes place.
There are some edge cases where two separate entries share the same set
of contacts. For example, if two entries have the same `chainId`, or if
they had the same `networkId` and had no `chainId` set. When the
`chainId` is edited in such cases, the contacts are duplicated on both
networks. This is the best we can do, as we don't have any way to know
which network the contacts _should_ be on.
The `typed-message-manager` unit tests have also been updated as part
of this commit because the addition of `sinon.restore()` to the
preferences controller tests ended up clearing a test object in-between
individual tests in that file. The test object is now re-constructed
before each individual test.
* Remove network config store
* Remove inline networks variable in network controller
* Re-key network controller 'rpcTarget' to 'rpcUrl'
* Require chainId in lookupNetwork, implement eth_chainId
* Require chain ID in network form
* Add alert, migrations, and tests
* Add chainId validation to addToFrequentRpcList
* Update public config state selector to match new network controller
state
* Use network enums in networks-tab.constants
* Ensure chainId in provider config is current
* Update tests
