The linking went the wrong way round. A remark in the margin is short by design;
when there is more to say about that passage it belongs in the notes beside the
document — and it has to be possible to say *which* passage. So the pins are
offered to the editor's `@` menu exactly like notes and notebooks are, labelled
with their page, and following one scrolls the document to the spot and opens the
remark. Pins are unhidden first: a link leading to something invisible would read
as broken.
A pin link is the same node with kind "pin", and is deliberately kept out of the
links reported to the server. Its target is a marker inside this note's own
overlay, so no note has that id, and reporting it would fill the backlink table
with rows matching nothing.
They can also be hidden altogether. Reading a document as it was printed is a
normal thing to want; the toolbar takes the markers and the column away together
and the page takes the width back.
The other direction — making a note out of a remark — is removed, along with its
picker and the pin's noteId: 357 lines fewer than before. The unmount flush it
turned up stays, since a drawing save was genuinely being dropped by navigating
away inside its debounce.
218 unit tests, 231 browser checks across eleven suites.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Some remarks turn into a page of their own. "Notiz anlegen" on a margin card
makes one, titles it from what was written, and goes there; the pin keeps its id
so the passage leads to that note afterwards. The note is created with a link
back to the document, so the connection reads both ways and the document lists it
among its backlinks — a note born from a passage should not be a note with
nothing on it saying which passage. An existing note can be linked instead, and a
link can be let go of without touching the note. Both are offered on the phone
sheet too.
Two older bugs stood in the way and are fixed:
`openLinkTarget` finds a note's notebook by looking it up in the notes list, and
a note created in the same tick is not in the copy that callback closed over — so
jumping to a fresh note went nowhere at all. Creating one now navigates by the
notebook it already knows.
A drawing save waits 700ms for the next stroke, and leaving the document inside
that window dropped it. That is precisely what turning a remark into a note does,
so the link would have been lost on the way out. The viewer flushes a pending
write when it unmounts, which also covers drawing and navigating away quickly.
215 unit tests, 229 browser checks across eleven suites.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
A note about a passage belongs beside the passage, not on top of it. Only a
numbered marker stays on the page now, with a hairline out to a card in the
margin, level with its anchor. Cards keep one height so two notes close together
can be laid out by pushing the second down; the one being written in grows and
rises above the rest.
A phone has no margin to write in — a page narrow enough to read leaves no white
space beside it, and taking a column would make the document unreadable. There
the note comes up from the bottom instead: over the page, only while open, within
reach of a thumb, with the passage still visible above it.
Reserving the column exposed a loop worth remembering. A flex item is as wide as
its content unless told otherwise, so the column made the viewer wider, which
made there be room for the column: the page ended up at 254px inside a 420px
phone while the layout insisted it had 611px. The viewer and the editor pane now
say minWidth: 0, and the toolbar scrolls rather than cutting its last controls
off on a narrow screen.
Splitting each row into page and margin also broke which pages counted as
visible — the check read data-pdf-page off the row, found nothing, and cancelled
every text layer before it rendered. It reads the row's own attribute now.
215 unit tests, 219 browser checks across eleven suites, including the phone
layout at 420px.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The panel beside a PDF is for notes about the document; a note that belongs to
one paragraph is a different thing, and one that has to begin "on page 14, third
paragraph" has already lost its place. Click Randnotiz, click the passage, write.
Pins ride in the same per-page overlay as the drawings, in PDF points, so one
stays on its sentence at every zoom and in the exported file. Living outside the
note body has consequences that each needed handling: nothing else would index
them for search, so the viewer feeds them in with their page numbers; clearing a
page's ink must not take them; and "is this overlay empty?" was answered by
counting strokes — in the client *and* independently in the server, so an
overlay holding only pinned notes was stored as NULL and lost every note on it.
They are stamped into the annotated export as a numbered marker plus a box of
text, on whichever side of the pin has room. Standard PDF fonts are Latin-1, so
characters outside it are replaced rather than failing the whole export.
The Notizen control moves into the viewer's toolbar. A second row for one button
cost reading height on every screen and put one of the document's controls
somewhere none of the others were. On a phone, where the viewer is not on screen
while the notes are, the way back sits in the panel.
Renaming a separator no longer shifts the row: the two rules always share what is
left over equally and the middle keeps one width in both states.
215 unit tests, 206 browser checks across eleven suites.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The drop indicator was a `borderTop` set in the same style object as a `border`
shorthand. Clearing the longhand resets its width and colour to the defaults
while the shorthand's `solid` stays, so a row kept a 2px black line for good —
measured at rest, before any drag. It is now its own element, which also stops
the list twitching as a row grows and shrinks by a pixel.
That element then turned out to be a dead strip of its own: it pushes the row
down as it appears, so the pointer ended up over the line rather than over the
row and releasing there dropped on nothing. The drag handlers moved to the whole
row and the indicator no longer takes pointer events. A strip below the last row
means "put it at the end", which otherwise needs a drop onto the final note.
Separators are lines drawn between notes, optionally named, stored on the
notebook beside its sort mode. They drag like notes do, and their position is
"how many notes come before me", so they hold their place as the notes around
them are renamed or edited. Shown only in the manual order — in "newest first"
the notes would slide past the line on every edit.
"All Notes" and "Starred" no longer offer a hand-made order: they are questions
asked of every notebook, so there is nothing for an arrangement to belong to.
199 unit tests, 190 browser checks across eleven suites.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The paper measurably shrank on switching to Draw — 733px to 460px on the same
screen. The editor was a flex item at its default `flex: 0 1 auto`, so its width
was its widest row's: the toolbar. Swapping a dozen formatting buttons for six
drawing ones collapsed it. It now fills the pane, so the width is a property of
the window.
Each notebook remembers how its notes are ordered, on the server rather than per
device. The manual order has to survive being looked away from, so `reindex`
renumbers every note in the notebook rather than the filtered view, and dragging
is switched off while a search narrows the list. Reordering has its own route:
`PUT /notes/:id` would bump `updated_at` and snapshot a version, so a drag would
move a note to the top of "last changed" and spend a slot of its history.
Markdown and our own ZIP archives come back as notes, with their images
re-uploaded as attachments. A drawing returns as the PNG it was exported as —
vectors are not recoverable from pixels — and the import says so rather than
leaving it to be discovered. Writing the parser turned up a real bug in the
exporter: blocks were emitted with no blank line between them, so a list after a
list became one list and a quote after an item was read as part of it.
Creating or importing from "All Notes" now asks which notebook instead of
silently taking the first one. The web-link prompt is a real dialog: a bare
domain becomes https, javascript: is refused with a reason. The PDF viewer's
hide-drawing control is a labelled button rather than a filled-or-hollow dot,
and the export icon points down into a tray like every other download.
186 unit tests, 179 browser checks across eleven suites, including a new
`offline` suite that loads the app cold with the network off.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Two rules governed version retention: the newest 50 per note, and a sweep
of anything past 90 days. The second was wrong. The count already bounds
what a note can accumulate, so age only ever deleted history nothing had
replaced — and it bit hardest exactly where history is most wanted, a
note left alone for a quarter of a year losing its whole past for having
done nothing. It is off unless VERSION_RETENTION_DAYS is set.
How many versions to keep is now a notebook's own setting, falling back
to the server default when left empty. A reference notebook can keep
fifty of everything while a scratch one keeps three.
That makes freeing attachments answerable. A picture taken out of a note
cannot be deleted straight away: the versions from before still show it,
and restoring one would find a hole. It is released once no current note
and no kept version refers to it — which, with retention by count, is
when the last version holding it is pushed out.
The server cannot look for itself, bodies being encrypted, so the client
reports a note's attachments on every save as it already does for links,
and a version inherits what the note held when it was snapshotted — by
definition what that version contains.
Two things make it safe rather than merely plausible. Silence is not
"uses nothing": a note written before this existed has no rows, which
looks identical to one with no pictures, so nothing is released for a
user while any of their notes has yet to report — the prefetch that fills
the search index reports for them on its first pass. And an upload has a
row before the note using it does, so recent attachments are left alone.
POST /api/admin/housekeeping runs the sweep on demand.
Caught while testing: the same block of markup had been pasted into the
create-notebook dialog as well, where the state it referenced did not
exist — the dialog crashed on open.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Stage seven, and the last of the PDF work. A PDF note now offers the
document with your marks stamped in, the untouched original, or just the
notes written beside it.
pdf.js only reads, so writing needs pdf-lib — behind a dynamic import
like pdf.js, so the bundle everyone downloads carries no PDF writer for
the sake of people who never export one. Main bundle grew 6 kB; the
180 kB writer arrives only when used.
The coordinate decision from stage four is what makes this a translation
rather than a reconstruction: strokes were stored in page points from the
start, the only space a PDF understands, so nothing has to be guessed
back from screen pixels. Only the origin moves, PDF putting it at the
bottom-left.
The stored file is never modified — pdf-lib builds a new document — so a
clean copy stays available however often it has been drawn on. The suite
re-fetches the stored bytes after exporting and compares them, and checks
the plain export is byte-identical to what was imported.
Eraser strokes are dropped. On screen they remove ink by drawing in
destination-out; a PDF content stream has no equivalent, and stamping
them would put grey scribbles exactly where something had been rubbed
out.
The suite renders both files with pdf.js and counts dark pixels, 1633
against 2557. A larger file only proves bytes were added; this proves ink
can be seen.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Stage six. What you write goes into the note's ordinary content, so it is
encrypted, versioned, linkable and searchable like any other note — a PDF
note is a note with a document attached, not a separate kind of thing.
The panel is composed from the editor pieces rather than reusing
NoteEditor, which carries a whole drawing mode with its own canvas, tools
and undo stack. The PDF already has a drawing layer; a second one behind
the panel would be two places to draw with one of them invisible.
Side by side on a wide screen, two tabs on a narrow one, and either half
can be hidden — the second of the two toggles asked for. Reading the
original without one's own marks in the way is a normal thing to want.
The suite caught a real defect while checking this. A PDF note has two
sources of searchable text — what the reader typed and what the document
says — written at different moments by different code, both calling
setEntry. Whichever ran last was the only searchable half: typing a note
dropped the document's text, and reopening the document dropped the note.
The index now holds the two apart and replaces only the half it is given,
with six unit tests covering each direction, plus the snippet falling back
to the document so a hit inside a PDF still shows its sentence.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Stage five. pdf.js draws pages as pictures, so selecting means laying
transparent spans over them exactly where each word was painted. The
layer carries the same scale as the canvas — they drift apart otherwise
and a selection lands on the wrong words. While drawing it stops taking
pointer events entirely, or a stroke would come out as a selection.
The text is also extracted and handed to the index that already holds the
notes, so one search box finds a sentence whether it was typed or
imported. Extraction runs after the document is on screen and yields
between pages: it must never stand between the reader and the first page.
The extracted text is deliberately not sent to the server. It is
derivable from a file the server already holds, so storing it again costs
space and a second thing to encrypt for nothing gained. The price, stated
plainly in the readme, is that a PDF becomes searchable on a device once
that device has opened it — the same shape as the limitation notes have.
Text runs are joined on pdf.js's hasEOL rather than concatenated. Without
it the last word of a line glues to the first of the next and matches
nothing when searched for.
The minimal text-layer CSS is written out rather than importing
pdfjs-dist/web/pdf_viewer.css, which carries the whole reference viewer's
toolbars and dialogs.
Suite now checks the layer sits over the page rather than stacked in a
corner, that the text is transparent, that dragging selects real words,
that a word from inside the file finds the note and one that is not in it
finds nothing.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Stage four. Strokes are kept per page in that page's own coordinate
space — PDF points at scale 1 — not in the fixed 1200x1600 space a note's
drawing uses. A PDF cannot use one space: every page has its own size,
and a stroke belongs to the page it was drawn on.
That is what keeps a mark on the word it was drawn over at any zoom and
on any screen, and it is the only form that can be stamped back into the
file in stage seven, where page points are the only coordinates that mean
anything. Measured rather than assumed: zooming moves a stroke by 0.001
of the page.
Pen sizes are scaled by the page width. The sizes are calibrated for the
1200-unit note page, so on a 595-point A4 page the same number would have
drawn twice as thick.
Reading and drawing are separate modes. While reading the ink layer takes
no pointer events, so scrolling and selecting text reach the page beneath
it; while drawing, a finger still scrolls and only a pen or mouse marks,
because a touch-drag on a phone means scroll far more often than it means
draw. The drawing can be hidden without being erased, for reading the
original clean.
The server accepted only the single-page shape; it now takes either and
counts strokes across pages for its limit.
Carried over from notes: the save token guard, so the six-second poller
adopting a response issued before the local save cannot undo what was
just drawn. The suite waits nine seconds and checks the ink is still
there — that bug has cost strokes twice before.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Stage three: the viewer. Drawing on pages comes next.
pdf.js stays out of the bundle everyone downloads — it is larger than the
rest of the application put together, so it is behind a dynamic import and
a session that never opens a PDF never fetches it. Main bundle grew by
8 kB for the viewer shell; the 162 kB library arrives only when needed.
The worker is bundled rather than pulled from a CDN, because a viewer
that stops working during someone else's outage is not one you can rely
on offline.
Two things that only showed up once it ran in a browser:
- pdf.js 6 calls Uint8Array.prototype.toHex, which only very recent
browsers have. Anything older failed with "n.toHex is not a function",
which says nothing about the cause. Now on the legacy build, which
compiles those away — a little larger, and the difference between
working everywhere and working on this year's browsers.
- nginx has no MIME type for .mjs and served the worker as
octet-stream, which a browser refuses to run as a module.
Pages are laid out at their true proportions before anything is drawn, so
the scrollbar is honest immediately and a document mixing portrait and
landscape keeps both — the first version scaled every page to the widest
one, which the suite caught by checking the two aspect ratios differ.
Bytes come from the authenticated attachment route and are cached in
IndexedDB. Content-addressed storage means a cached copy can never be
stale, so a document opened once needs no connection again. Verified with
the network switched off.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The vector clocks in the server were never reached: no client sent one,
so the branch was dead and every write was a blind overwrite. Not "the
newer edit wins" — "the request that arrives last wins", which is worse:
a phone that was offline all day buries the laptop's newer work simply by
reconnecting late.
Each write now carries baseUpdatedAt, the revision it was written on top
of. If the note has moved on since, the incoming edit still wins — a
rejection would throw away what was just typed — but the state it
replaces is kept as a version marked "conflict", so both exist and the
history is where you choose. Clocks could have told a real conflict from
a device catching up, but that precision only pays off with a merge
interface, and this reuses the version history already built.
adoptRevision() stores the revision the server reports back, or the
second save in a row would be flagged as conflicting with the first.
Also removed, as agreed:
- POST /api/notes/pdf — accepted PDFs that nothing could ever read back,
with no retrieval route and no viewer. The readme advertised "PDF
Import & Annotation"; that claim is gone too.
- POST /api/sync — a batch endpoint the client never called.
- the tags column — notebooks, starring and search already cover it.
Columns on existing databases are left in place. Dropping them buys
nothing and is not worth touching a live database for.
Tables now have a right-click menu (editor/tableMenu.js) for rows,
columns, header and merging. It needs stopPropagation: without it the
same event reaches window, where the menu that is mounting reads it as a
click elsewhere and closes instantly — the reason the other context menus
in App.jsx already do this.
92 browser checks across seven suites, 125 unit tests.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Two questions instead of one, because the answers depend on each other:
Markdown holds text only, a PNG holds the drawing only, PDF holds both.
Listing every format flat would have offered combinations that cannot
exist. A note without a drawing skips the first step rather than showing
it mostly greyed out.
While testing that, the drawings turned out never to have made it into
any export at all — not the ZIP, not the PDF. strokeDocOf() *builds* a
stroke document from a bare array, and it was being handed one that was
already a document, so the strokes ended up nested one level too deep and
every length check read undefined. Nothing complained; the export simply
came out without the drawing. It went unnoticed because the notes the
earlier suite exported had none.
Now uses docStrokes(), and the suite draws on a note before exporting it,
checks the PNG's magic bytes, and checks it is 159 KB rather than an empty
white page — a check on the file merely existing would have passed against
the broken version too.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The reason to build this is not a missing feature — it is that trusting a
program you maintain alone with years of notes should not mean the notes
can only ever be read by that program.
Reachable from a note's toolbar, a notebook's context menu, and Account →
Alle Notizen exportieren.
Markdown carries over everything with an equivalent: headings, lists,
quotes, code, tables, and task state as `- [x]`. A link to another note in
the same export becomes a relative link to its file; a link to a note
outside it degrades to the plain title rather than leaving a dead
reference. Notes with images or a drawing arrive as a ZIP so the files
travel along, and a multi-note export gets a README index.
PDF goes through the browser's print dialog rather than a bundled PDF
library — the browser already has a good one, and it is the only format
where drawings sit inside the document. Markdown gets them as a PNG
beside the text, with a line saying so, because dropping them silently
would be the wrong kind of quiet.
Two decisions worth recording:
- the ZIP writer is eighty lines here rather than a dependency. Note text
is small and images are already compressed, so compression bought
nothing, and stored entries are a handful of fixed-layout records.
- Markdown escaping only covers what changes meaning mid-line, plus a
leading list or heading marker. Escaping every character Markdown ever
uses turns a sentence into `Hallo\. Alles gut\!`, which defeats the
point of choosing a readable format.
42 unit tests on the serialiser and the archive format, plus a browser
suite that unpacks a real download and reads the bytes back.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
They lived in a scratch directory under /tmp, which was cleared overnight;
four of the five were simply gone. Whatever they were worth, they were
worth nothing kept there.
Rewritten against a shared lib.mjs. The old ones registered their users
through the sign-up form, which no longer exists — each suite now creates
a throwaway account through the admin API and deletes it afterwards, so a
run leaves the database as it found it. The previous generation left nine
accounts behind; those are gone too.
Three test hooks went into the app, each of which earns its place beyond
testing: aria-label on the note title (the sidebar search box is also a
text input, and a screen reader could not tell them apart either),
data-note-row on list rows, data-user on admin rows.
Two suites were flaky in ways worth naming, because both were the test
misreading the app rather than the app misbehaving:
- ticking a task then inserting a note link put the link inside the task
list, since Control+End lands there. Verified against the server that
the tick itself persists correctly; the suite now leaves the list first
and asserts where the link ended up.
- the note-title lookup matched the sidebar's Trash entry, which wears the
same emoji as a note row.
56 checks across five suites, all passing.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
