Accessibility ModandClaude Opus 5
e1d9995c9f
Opening the journal and selecting an entry announced its title and stopped, which is an index into content the player could never reach. Page flipping was silent too. The screen is three widgets at once: the tab row (q/e), the list of entry titles down the left (up/down), and the page on the right holding the actual text (left/right). The descriptor read only the first two. It now reads options[selectedOption].pages[selectedPageId] and speaks its text blocks. A page is bounded by what fits on screen, so it is safe as a single utterance. Layout newlines are flattened first -- splitTextByPages joins the game's own wrapped lines with \n, so left in they make the reader pause mid-sentence at every wrap point. Page position is announced only when there is more than one page, and the blocks are pushed into the console history so [ and ] walk back through a long lore entry after the utterance has gone by. The tab leads only when the tab changed and the title only when the entry changed, so flipping pages does not bury the new page under a repeated heading. That suppression made read() stateful, which is a trap: it is called for the same focus from four places -- the per-frame poll, the post-keypress announce, repeatFocus, and the testbed's before/after probes -- so a poll would consume the "changed" flag and the real announcement would come out headless. The descriptor now caches its last (key, text) and replays it whenever the key is unchanged, making read() idempotent; the suppression state advances exactly once per genuine focus change. Adds a generic descriptor.reset hook, called from menus.announceScreen. The memory lives in file-locals that outlive the screen, so without it reopening the journal on the entry you left it on would read the page with no title. Testbed asserts the spoken text contains the page body rather than merely being non-nil. 29 checks, 0 failures. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>