* Version v7.7.7
* Update `@metamask/eth-ledger-bridge-keyring` (#8162)
* Update `@metamask/eth-ledger-bridge-keyring`
The Ledger keyring has been updated to ensure that any stale BIP44
accounts created prior to v7.7.6 of the extension are discarded when
the extension starts. Any attempts to sign with these accounts would
have failed; they needed to be re-added regardless.
* Update changelog
* Fix Ledger account index check for account zero (#8163)
Update Ledger keyring to fix bug when trying to sign with account 0
Co-authored-by: Mark Stacey <markjstacey@gmail.com>
The base component we use for dropdowns handles ensuring the dropdown
is closed when the user clicks outside the dropdown. This functionality
was accidentally broken in #7781 when converting it to an ES6 class.
The "Transaction View" component has been merged with the Home
component. The division between these two components seemed wrong
because the "Transaction View" contained the menu bar (distinctly a
"home" thing, not a "transaction" thing), and we will be adding more
non-transaction-related components shortly.
This also let us use a single `Media` component instead of two.
The notifications displayed on the home screen were being passed
through the `TransactionView` and `TransactionList` components before
being rendered. This was unnecessary because the notifications are
absolutely positioned.
They are now rendered directly in the home component where they're
defined. A helper function has been written to improve readability.
The styles used for the Home component were in the huge
"newui-sections" SCSS file. Instead they've been moved into an SCSS
module alongside the component, to follow our conventions.
The `main-container` class was left as-is because it is shared between
here and the settings page.
This effectively covers the `Tab` component as well, which doesn't
really make sense to showcase on its own.
One minor change was made to the actual `Tabs` component; `children`
was marked as a required prop. It doesn't render anything sensible if
they are omitted, and it always has at least one child in our codebase.
The tab component now sets the `tab` and `tab--active` classes
internally regardless what class is passed in. The convention in React
is to allow adding _additional_ classes via the `className` prop, not
to allow removing internal classes entirely.
the `activeClassName` prop was removed entirely. A few other props that
are always passed in have been marked as required.
One main configurable story has been added, plus a few distinct other
examples. All props are covered except `className`, which seems safe to
ignore.
Default props have been added to `Identicon` to make more explicit what
defaults were expected; there is no functional change.
The `@storybook/addon-backgrounds' addon has been added, which allows
changing the component preview background. By default no background
colors are defined, though there is a helpful grid button. A "light"
and "dark" background option has been added globally. Additional
story-specific backgrounds or global backgrounds can be added later if
necessary.
This warning was resolved by updating `pubnub`, which is the dependency
that uses `superagent-proxy` which is causing this warning. The
resolution we added to address a security advisory is also no longer
required.
This was primarily done to make explicit that we're using v5.3.x. Our
manifest listed `^5.2.x` but we had already updated to `v5.3.9` in the
lockfile. v5.3.0 lays much of the groundwork for the planned v6.0
release, and includes many changes.
The changes between v5.3.9 and v5.3.14 include various bug fixes, none
of which affect us as far as I know.
Peer dependencies required by Storybook have also been added. These
were already in our dependencies indirectly either way.
The recommended way of writing stories changed in Storybook v5.2 to
the Component Story Format (CSF). Instead of using `storiesOf` and
running everything upon module import, the new story format is a
declarative description of each component that uses ES6 import
semantics.
Previously when the `diameter` prop of the `jazzicon` component was
changed, the new diameter would be ignored. The jazzicon is now
redrawn upon each change, as you would expect.
I don't think it's possible for this bug to manifest itself in the
extension. This was discovered through tinkering with the Storybook
for this component.
The identicon was showing as a white circle on the connect page. This
was a CSS error introduced when `jazzicon` was updated in #7898.
The white circle shown was the white border around the identicon. This
circle is an adjacent `div` in the DOM, and was rendered _underneath_
the identicon itself because it was placed first in the DOM.
Unfortunately the new version of `jazzicon` is no longer explicitly
positioned (it used to have `position: relative` set internally), so
now it's lower in the stack order regardless of DOM position.
Rather than placing the border adjacent and relying upon both elements
being positioned, the border has been changed into a wrapping `div`
instead. Now the stack order is more explicit.
In our base stylesheets we set the `body` background color to white.
This unfortunately also affected the preview area of Storybook. The
Storybook preview only renders isolated components, but it does
include all styles.
To avoid this problem, the white background color has been moved to
the `#app-content` div instead. All of our UI is inside this div.
The `tabId` of the message sender is now added to the middleware
request object. This step is omitted if the `tabId` is not provided.
This is done early in the middleware stack, so the `tabId` should be
available for any subsequent middleware to use.
The Onboarding Middleware has also been modified to get the `tabId`
from the request object, rather than expecting it as a parameter upon
creation.
This refactor will enable further uses of the `tabId`.
Implement `eth_decrypt` and `eth_getEncryptionPublicKey`. This allows decryption backed by the user's private key. The message decryption uses a confirmation flow similar to the messaging signing flow, where the message to be decrypted is also able to be decrypted inline for the user to read directly before confirming.