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sneak 65d4dd8e0f docs: name every approval-screen amount string, fix stale zero claim (closes #369)
e2e / e2e-chrome (push) Failing after 1s
e2e / e2e-firefox (push) Failing after 1s
check / check (push) Successful in 1m18s
The README's amount-display section claimed a genuine zero always renders
`0.0000`. That is corrected and scoped: it holds for the ERC-20 amount and for
the swap's `Amount` line on a literal-zero `amountIn` in a V2/V3 exact-in swap
or a zero `WRAP_ETH`. Only two zeros are stated in words before the floor — the
swap's `Min. received` (any zero minimum) and its V4 exact-in `Amount` (an
`amountIn` of zero, V4's open delta).

A new list names every string an amount slot can show: a formatted quantity,
`Unlimited`, `All available (V4 open delta)`, `None (no minimum guaranteed)`,
base units with decimals unknown, and `Unknown (not named in the calldata)`. It
also records that a zero `minBalance` on a `BALANCE_CHECK_ERC20` step now reads
the no-minimum wording where it once read `0.0000`. Each claim checked against
the tree. Docs only.

Model: opus-4-8
2026-09-21 23:30:10 +00:00
clawbot 598de3ff1a fix: re-enable Confirm Delete after a delete, so a second one needs no reopen (closes #335)
check / check (push) Failing after 1s
e2e / e2e-chrome (push) Failing after 1s
e2e / e2e-firefox (push) Failing after 1s
The password route disabled its Confirm Delete button before the decrypt
and never re-enabled it on success, so a second delete in the same popup
session found a dead button until the popup was closed and reopened. The
lost-password route re-enabled its own button in its leave hook, so the
two screens on the one screen behaved differently.

Both routes now reset the button through the shared finishDelete(), the
one path they both take, and the lost-password leave hook no longer
handles it separately. Tests drive a password-route delete and a second
delete in the same session; they fail against the prior head, where the
button stays disabled after the first delete.

Model: opus-4-8
2026-09-22 01:28:02 +02:00
clawbot ae61792aee chore: keep the internal view id out of the release banner (closes #375)
e2e / e2e-chrome (push) Failing after 1s
e2e / e2e-firefox (push) Failing after 1s
check / check (push) Successful in 1m10s
The debug/testnet banner appended the active view's internal id, so the
user saw text like "[TESTNET] (approve-tx)" — developer vocabulary, and on
the approval screen it sat directly above the carefully worded line stating
what is being authorized. The view id is now gated on the compile-time
DEBUG constant instead of isDebug(), so it survives only in a debug build.
A testnet or the runtime debug toggle still raises the banner, but without
the view id, which is what a release build shows.

Model: opus-4-8
2026-09-22 00:45:06 +02:00
clawbot a1f082d686 docs: a release procedure from a green main to tagged, packaged artifacts (closes #387)
check / check (push) Failing after 1s
e2e / e2e-chrome (push) Failing after 1s
e2e / e2e-firefox (push) Failing after 1s
Add docs/RELEASE.md, linked from README.md's Release Artifacts section, giving
the release procedure as a numbered list: confirm main is green in CI, confirm
the one version in package.json and the two manifests matches the intended tag,
make package from a clean checkout, verify SHA256SUMS, create the annotated tag
vX.Y.Z, then distribute per browser. Each step names who performs it, marks the
owner-only ones, and states the check that it worked. Every repo command cited
(make setup, make check, make package) exists on next; tagging and verification
use standard git and coreutils, and the CRX pack line is README's own.

The per-browser distribution step is written as pending the owner's choice on
issue 386, with the Firefox and Chrome options named but none presented as
settled. Docs only: no code or test changes.

Model: opus-4-8
2026-09-21 22:00:18 +02:00
5 changed files with 249 additions and 16 deletions
+47 -4
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@@ -64,7 +64,9 @@ release/SHA256SUMS
```
Nothing is published by this. Tagging, CRX packing and any upload are
outward-facing acts and are the owner's alone.
outward-facing acts and are the owner's alone. The full procedure that turns a
green `main` into a tagged, packaged release — the order of steps, who performs
each, and how to check it worked — is in [docs/RELEASE.md](docs/RELEASE.md).
The archives are deterministic — entries sorted, timestamps fixed, compression
level fixed — so two builds of one commit produce byte-identical files and the
@@ -880,9 +882,18 @@ On those screens, when the truncated string would contain no digit from 1 to 9
and the value does, the amount is extended to its first significant digit
instead: `0.000000000000000001 DAI`, not `0.0000 DAI`. The test is on the whole
truncated string, integer part included, so `1.00005` still shows as `1.0000` —
the exception only fires where the entire displayed figure would read as zero. A
genuine zero still renders `0.0000`, and truncation stays truncation: `0.99999`
shows as `0.9999`, never rounded up.
the exception only fires where the entire displayed figure would read as zero.
Truncation stays truncation: `0.99999` shows as `0.9999`, never rounded up. A
genuine zero reaching this rule renders `0.0000`. The ERC-20
`approve`/`transfer` amount does exactly that, and so does the swap's `Amount`
line for a literal-zero `amountIn` on a V2 or V3 exact-in swap, or a zero
`WRAP_ETH` (`0.0000 ETH`). Only two zeros are stated in words before the floor:
the swap's `Min. received` line reads `None (no minimum guaranteed)` for any
zero minimum, and its `Amount` line reads `All available (V4 open delta)` for a
V4 exact-in `amountIn` of zero, which V4 treats as the whole open credit rather
than a quantity. So the guarantee that a zero is never shown as `0.0000` covers
the `Min. received` line and the V4 exact-in `Amount`; a V2/V3 or `WRAP_ETH`
`Amount` still renders it (see the list of amount-slot strings below).
The rule and its exception live in `src/shared/amountDisplay.js` as
`truncateAmount()` and `truncateAmountNeverZero()`. Everything the approval and
@@ -934,6 +945,38 @@ and compare against. Reading the stored field directly instead answers `null`
for a bundled or tracked token the explorer merely omitted, which is not a
refusal the wallet has any reason to make.
**Every string an amount slot can show:** taken together, the exceptions above
mean an amount line on the dApp approval screen (and the wait/success/error
screens that carry a figure forward) shows one of a fixed set of strings, not
always a number:
- A formatted quantity, e.g. `17.1900 USDT`: the token's scale is known and the
figure is at or above the floor, or below it and extended to its first
significant digit. This is `truncateAmountNeverZero()`
(`src/shared/amountDisplay.js`).
- `Unlimited`: an unbounded allowance or permit, which needs no scale to
describe — a `uint256`-max ERC-20 `approve` (`src/popup/views/approval.js`) or
a Permit2 amount at the `uint160` max on a swap's `Amount`
(`src/shared/uniswap.js`).
- `All available (V4 open delta)`: a V4 exact-in swap whose `amountIn` is zero.
V4 reads that zero as "use the whole open delta", not as a literal zero, so
the calldata states no quantity at all. Swap `Amount` line only
(`src/shared/uniswap.js`).
- `None (no minimum guaranteed)`: a zero minimum — the swap guarantees nothing
back. It is a literal zero slippage floor on a V2/V3/V4 swap, and it also
reaches a `BALANCE_CHECK_ERC20` step: a zero `minBalance`, which once rendered
`0.0000` beside the token symbol, now reads this. Swap `Min. received` line
(`src/shared/uniswap.js`).
- `<amount> base units (decimals unknown)`: the token's scale could not be
resolved, so the base-unit integer is shown with that caveat rather than
formatted (see Unknown token scale above). Reaches both the ERC-20 amount line
and the swap's `Amount` and `Min. received` (`unknownDecimalsAmount()` in
`src/shared/approvalAmount.js`).
- `Unknown (not named in the calldata)`: not an amount but the currency itself —
the `Token In` or `Token Out` line when nothing in the calldata established
which token, shown beside the amount and, like the strings above, a sentence
rather than a value (`src/shared/uniswap.js`).
#### Partial USD totals
Prices are fetched for the top 25 tokens only, so an address can hold assets the
+36
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@@ -90,6 +90,16 @@ but the review is broader than any of them.
approve, reject and disconnect paths against a transaction approval
broadcasting behind them: each is declined and the dApp still receives its
broadcast result.
- 2026-09-21: `docs/RELEASE.md`, linked from `README.md`, states the release
procedure as a numbered list a newcomer can follow: confirm `main` is green in
CI, confirm the one version in the three files matches the intended tag,
`make package` from a clean checkout, verify `SHA256SUMS`, tag `vX.Y.Z`, then
distribute per browser. Each step names who performs it (owner-only steps
marked) and the check that it worked. The distribution step is written as
pending the owner's choice on
[#386](https://git.eeqj.de/sneak/AutistMask/issues/386), with the Firefox and
Chrome options named but none settled. Docs only
([#387](https://git.eeqj.de/sneak/AutistMask/issues/387)).
- 2026-09-21: Adding a second wallet no longer accepts a different password with
nothing saying it is a separate one
@@ -122,6 +132,32 @@ but the review is broader than any of them.
constant rather than `isDebug()`, so it survives only in a debug build; a
testnet or the runtime debug toggle still raises the banner but without the
view id.
- 2026-09-21: The Confirm Delete button on the delete-wallet screen no longer
stays dead after a successful delete
([#335](https://git.eeqj.de/sneak/AutistMask/issues/335)). The password route
disabled the button before the decrypt and never re-enabled it, so a second
delete in the same popup session needed a reopen; the lost-password route
re-enabled its own button in its leave hook, so the two screens behaved
differently. Both now reset through the shared `finishDelete()`, the one path
both routes take, so they behave the same and the button is live for the next
delete.
- 2026-09-21: `README.md` now documents the approval screen's amount-slot
vocabulary and no longer contradicts itself
([#369](https://git.eeqj.de/sneak/AutistMask/issues/369)). The stale claim
that a genuine zero still renders `0.0000` is corrected: it holds for the
ERC-20 amount, and also for the swap's `Amount` line on a literal-zero
`amountIn` in a V2/V3 exact-in swap or a zero `WRAP_ETH`. Only two zeros are
stated in words upstream — the swap's `Min. received` (any zero minimum) and
its V4 exact-in `Amount` (an `amountIn` of zero, V4's open delta). The
amount-display section now names every string a slot can show — a formatted
quantity, `Unlimited`, `All available (V4 open delta)`,
`None (no minimum guaranteed)`, base units with decimals unknown, and
`Unknown (not named in the calldata)` — and records that a zero `minBalance`
on a `BALANCE_CHECK_ERC20` step now reads `None (no minimum guaranteed)` where
it once read `0.0000`. Docs only; each claim checked against the tree.
- 2026-08-30: An address no longer wraps, or is shortened to fit, in any of the
common views ([#380](https://git.eeqj.de/sneak/AutistMask/issues/380)). The
wallet list was the reported case: the address shared one row with the
+87
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@@ -0,0 +1,87 @@
# Releasing AutistMask
This is the procedure that turns a green `main` into a tagged, packaged release.
It gathers into one place what is otherwise spread across the `Makefile` and
three `README.md` sections, so the person cutting a release does not have to
reconstruct the order from them.
There is one version, declared in three files (`package.json`,
`manifest/chrome.json`, `manifest/firefox.json`), and `make package` builds and
packages but publishes nothing. `make build` and `make package` can be run by
anyone; tagging, signing, packing a CRX and any upload need credentials only the
owner ([@sneak](https://sneak.berlin)) holds and are marked **owner-only**
below. Releases are tagged from `main` (see the Workflow section of `TODO.md`),
so the "release commit" throughout is the `main` commit the milestone PR merged.
## Procedure
1. **Confirm `main` is green in CI.** The `check` workflow
(`.gitea/workflows/check.yml`) runs `script/cibuild`, i.e. `docker build .`,
and the `Dockerfile` runs `make check` as a build step, so a green `check`
run is a green `make check`. Find the run for the exact release commit on the
tracker's Actions view. _Check:_ that commit's `check` run succeeded; running
`make check` on a clean checkout of the commit reproduces it and exits 0.
2. **Confirm the version matches the intended tag.** `package.json`,
`manifest/chrome.json` and `manifest/firefox.json` must all declare the same
`X.Y.Z`. `make build` fails when they disagree, but nothing checks that they
equal the tag you mean to create — that is this manual step. _Check:_ all
three files read the same `X.Y.Z`, and it is the version you intend to tag
`vX.Y.Z`.
3. **Build and package from a clean checkout of that commit.** From a fresh
clone, or a working tree with no local modifications (`git status` clean),
checked out at the release commit: run `make setup`, then `make package`.
`make package` runs `make build` first, so the archives can only be made from
a `dist/` verified against that build's own receipt as a release (not debug)
build. It writes three files into `release/`:
`autistmask-chrome-<version>.zip`, `autistmask-firefox-<version>.xpi`, and
`SHA256SUMS`. _Check:_ those three files exist and `<version>` in the archive
names is the version confirmed in step 2. The Firefox `.xpi` is **unsigned**
(see step 6 and "Installing on Firefox" in `README.md`).
4. **Verify `SHA256SUMS`.** The archives are deterministic — sorted entries,
fixed timestamps, fixed compression — so a second `make package` from another
clean checkout of the same commit produces byte-identical files. Verify the
recorded digests against the files with `sha256sum -c SHA256SUMS`, run from
`release/`. To confirm reproducibility, run `make package` again on a
separate clean checkout and compare the digests. _Check:_ `sha256sum -c`
reports `OK` for every file, and an independent build's digests match.
5. **Tag the release commit.** _(owner-only)_ Create an annotated tag `vX.Y.Z`
on the release commit and push it: `git tag -a vX.Y.Z` (with a message), then
`git push origin vX.Y.Z`. _Check:_ `git tag` lists `vX.Y.Z`, and
`git rev-parse vX.Y.Z^{commit}` resolves to the release commit.
6. **Distribute per browser.** _(owner-only; pending the owner's choice on
https://git.eeqj.de/sneak/AutistMask/issues/386)_ How 1.0.0 is distributed on
each browser is not yet decided; it is the open question on that issue, and
the concrete steps cannot be written until the owner records a choice there.
These steps need credentials only the owner holds. The options under
consideration are:
- **Firefox** — the packaged `.xpi` is unsigned, and release Firefox and ESR
refuse an unsigned add-on:
- (a) AMO self-distribution signing (unlisted): submit the `.xpi` to AMO
with the owner's credentials; AMO returns a signed `.xpi` installable
on every Firefox, with nothing listed publicly.
- (b) AMO listed: as (a), plus a public AMO listing and review.
- (c) Ship the unsigned `.xpi` and state that Firefox support means
Developer Edition, Nightly, or an Unbranded build with
`xpinstall.signatures.required` set to `false`.
- **Chrome** — the repo packs no CRX and publishes nothing; the extension id
is fixed by the `key` in `manifest/chrome.json`:
- (a) Chrome Web Store (unlisted): upload the `.zip` with the owner's
developer account; the store delivers installs and updates.
- (b) Self-hosted CRX signed with the private key the owner holds
(`chrome --pack-extension=dist/chrome --pack-extension-key=<path to the .pem>`),
installable only via enterprise policy on Windows and macOS, so
realistically Linux-only.
- (c) "Load unpacked" from `dist/chrome/` only, as today.
Once the owner decides, the chosen steps — including which credentials they
need and who holds them — are written into this section and `README.md`'s
installation sections are updated to match, which is part of the definition
of done of https://git.eeqj.de/sneak/AutistMask/issues/386. _Check:_ for a
store or AMO route, the artifact installs from the store or AMO on a clean
browser profile; for the CRX or unpacked route, the documented load succeeds
and Chrome reports the extension id `gipbhkogfopeahplcjhipkgpcimdpkip`.
+14 -7
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@@ -51,16 +51,12 @@ function clear() {
// The lost-password screen holds no secret — a wallet name is not one —
// but it is wiped on leave for the neighbouring reason: a typed
// confirmation left standing in a hidden view is one click away from
// destroying a wallet the user has since navigated off. The button is
// re-enabled here too, so a screen left mid-delete is usable on re-entry.
// destroying a wallet the user has since navigated off.
function clearLostPassword() {
lostPasswordIndex = null;
$("delete-wallet-lost-name-input").value = "";
$("delete-wallet-lost-flash").textContent = "";
$("delete-wallet-lost-flash").style.visibility = "hidden";
const btn = $("btn-delete-wallet-lost-confirm");
btn.disabled = false;
btn.classList.remove("text-muted");
}
function show(walletIdx) {
@@ -98,6 +94,17 @@ function showLostPassword() {
// cleanup and the accountsChanged broadcast cannot drift apart between
// them.
async function finishDelete(walletIdx) {
// Each route's confirm button was disabled by its own click handler
// before the delete ran. Re-enable both here, on the one path they
// share, so the two routes reset the same way and a second delete in
// the same popup session finds a live button instead of a dead one.
const passwordBtn = $("btn-delete-wallet-confirm");
passwordBtn.disabled = false;
passwordBtn.classList.remove("text-muted");
const lostPasswordBtn = $("btn-delete-wallet-lost-confirm");
lostPasswordBtn.disabled = false;
lostPasswordBtn.classList.remove("text-muted");
const { activeAddressChanged } = removeWalletFromState(state, walletIdx);
deleteWalletIndex = null;
@@ -187,8 +194,8 @@ function init(_ctx) {
btn.disabled = true;
btn.classList.add("text-muted");
// finishDelete() navigates, and the leave hook re-enables the
// button and wipes the typed name on the way out.
// finishDelete() re-enables the button; navigating away then runs
// the leave hook that wipes the typed name.
await finishDelete(lostPasswordIndex);
});
+65 -5
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@@ -172,6 +172,15 @@ async function openLostPassword(deleteWallet, walletIdx) {
await click("btn-delete-wallet-lost-password");
}
// Delete a wallet through the password route: open its confirm screen,
// enter the password, and confirm. The vault is mocked, so the password
// text itself is irrelevant — decryptWithPassword decides pass or fail.
async function deleteWithPassword(deleteWallet, walletIdx) {
deleteWallet.show(walletIdx);
node("delete-wallet-password").value = "any password";
await click("btn-delete-wallet-confirm");
}
// ------------------------------------------------------------ tests
// The stub is what every persistence assertion below rests on, so its one
@@ -456,15 +465,21 @@ describe("what the screen leaves behind", () => {
);
});
// Left mid-delete, the screen has to come back usable.
test("the confirm button is re-enabled on the way out", async () => {
const { helpers, deleteWallet } = load();
// Both routes now re-enable through finishDelete(), not their leave
// hooks, so the button comes back live once a delete completes.
test("the confirm button is re-enabled after a delete", async () => {
const { deleteWallet } = load();
await openLostPassword(deleteWallet, 1);
node("btn-delete-wallet-lost-confirm").disabled = true;
helpers.showView("settings");
node("delete-wallet-lost-name-input").value = "Wallet 2";
await click("btn-delete-wallet-lost-confirm");
expect(node("btn-delete-wallet-lost-confirm").disabled).toBe(false);
expect(
node("btn-delete-wallet-lost-confirm").classList.contains(
"text-muted",
),
).toBe(false);
});
// A wallet name is not a secret, so the screen is excluded for the
@@ -475,3 +490,48 @@ describe("what the screen leaves behind", () => {
expect(RESTORABLE_VIEWS.has("delete-wallet-confirm")).toBe(false);
});
});
// The password route is the pre-existing bug this file's fix addresses:
// its Confirm Delete button was disabled before the decrypt and never
// re-enabled on success, so a second delete in the same popup session
// found a dead button. Now both routes re-enable through finishDelete().
//
// Against head these tests fail: with the re-enable absent, the button
// stays disabled after the first delete, so the disabled assertions read
// true where they expect false.
describe("the password route's confirm button", () => {
test("is re-enabled after a successful delete", async () => {
const { deleteWallet, vault } = load();
vault.decryptWithPassword.mockResolvedValue();
await deleteWithPassword(deleteWallet, 1);
expect(node("btn-delete-wallet-confirm").disabled).toBe(false);
expect(
node("btn-delete-wallet-confirm").classList.contains("text-muted"),
).toBe(false);
});
// The reported symptom: delete one wallet, then open Delete Wallet for
// a second one without reopening the popup. The button must be live on
// that second visit, and the second delete must actually persist.
test("a second delete works in the same popup session", async () => {
const { deleteWallet, vault, storage } = load();
vault.decryptWithPassword.mockResolvedValue();
await deleteWithPassword(deleteWallet, 1);
// Wallet 2 is gone; the list is now [Wallet 1, Wallet 3]. Opening
// the confirm screen for the wallet now at index 1 (Wallet 3) must
// find its button live, not the dead one the first delete left.
deleteWallet.show(1);
expect(node("btn-delete-wallet-confirm").disabled).toBe(false);
node("delete-wallet-password").value = "any password";
await click("btn-delete-wallet-confirm");
expect((await persistedWallets(storage)).map((w) => w.name)).toEqual([
"Wallet 1",
]);
});
});