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>
* Migration 51: ensure chainId is set in network controller provider state for all infura/default networks
* Clean up
* Migrate incorrect as well as falsy chainIds
Co-authored-by: Erik Marks <rekmarks@protonmail.com>
Our automatic token detection was hard-coded to only work on our built-
in Infura Mainnet endpoint. It now works with custom Mainnet RPC
endpoints as well.
Relates to #6992
The `disable-console` script introduced in #10040 used an arrow-
function no-op function to replace `console.log` and `console.info`.
This replacement function was early-bound to the `this` context of the
`disable-console` script, because that's how arrow functions work.
This violates an assumption baked into Sentry, which also replaces the
`console` functions. It wraps them in a function it uses to track
console logs as breadcrumbs. This wrapper function blows up for some
reason if the "original" `console` function is early-bound to a `this`
value of `undefined`.
This resulted in various UI freezes. One example is during onboarding,
when using Firefox with Enhanced Tracking Protection set in "strict"
mode. After submitting a password in the 'Create wallet' flow, the
Sentry `console` wrapper would throw and leave the user stuck on the
loading screen.
By replacing the no-op arrow function with a no-op function
declaration, the problem has been resolved.
Relates to #10097
Failure to persist state will now only report to Sentry if the last
attempt to save state succeeded. This ensures that if anyone is stuck
in a state where state can't be saved (e.g. low disk space), we aren't
flooded with repeated errors on Sentry.
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
`eth_getProof` is an unpermissioned, read-only RPC method for getting account-related Merkle proofs, specified here: https://eips.ethereum.org/EIPS/eip-1186
It's been supported by major Ethereum clients, and Infura, for some time. By adding it to the safe methods list, we enable this method for our users.
* Maintain console logging in dev mode
Co-authored-by: kumavis <aaron@kumavis.me>
Co-authored-by: Erik Marks <rekmarks@protonmail.com>
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
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.
