C14.15 r2: failures shown once per kind of error; a recovered tab keeps its point's time
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
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@@ -283,4 +283,4 @@ cargo run -p ely-doc 启动一个应用(ElyDoc 先 cargo build -p ely
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- 2026-10-11:Linux 包的实测(L1.6)。本机(Omarchy,Hyprland 0.56)装上六个 Arch 包与六个 AppImage,`linux-installed.sh` 两种都过;deb、rpm、Arch 包在 Ubuntu 26.04、Fedora 44、Arch 容器里装上、全部 ELF 找得到库;deb 与 rpm 的六个应用在各自容器的 Xvfb 下画出窗口(`linux-distros.sh`)。截图按窗口(`grim -T` 加 Hyprland 的 `stableId`):按区域截时用户切换工作区或别的窗口盖住即截错。ElyMark 的文件监视略去读取后不会自激:重读前先比指纹(长度与修改时间),不打开文件。
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- 2026-10-11(用户定:替换 v0.1.3 的 Linux 包):v0.1.3 发布里原有的六个 AppImage(无头,打不开窗口)已删去,换成本机容器里建出的六个应用各四种包(共 24 个),出自 L1.7 的提交(晚于该标签);上传后逐个核对大小,ElyTree 的 AppImage 下载回来散列相同。`package.sh` 把每个 RUNPATH 按所在 ELF 解析(`$ORIGIN` 或 `${ORIGIN}` 开头,规范化后须在 AppDir 内),否则拒绝(如未修正的 cairo):CI 用的是别处建好的引擎,旧构建会在这里报错而不是带进包里。替换的 Linux 包对应的源码随之上传到同一发布(`source.sh`,文件名带构建提交号),发布说明写明 Linux 包出自哪个提交。
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- 2026-10-11:`ci.sh` 用 `ELY_SHARE` 时,CI 克隆里的 `engines`、`reference` 须是指向共享克隆的链接(Windows 为目录联接,不查);是本克隆自建的目录或指向别处即报错,不混用。`.gitignore` 的 `/engines`、`/reference` 不带斜杠,链接也被忽略(`source.sh` 要求工作区干净)。
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- 2026-10-11(用户定:ElyMark 不用 CEF,不用 Electron):ElyMark 改为原生。界面用组件库的 Markdown 组件(`documents::MarkdownEditor` 一族,缺的在组件库补并推到 Gitea),解析用 markdown-rs(`markdown` 1.0.0),公式用 RaTeX,Mermaid 用 mermaid-rs-renderer,PDF 用 MuPDF Story;CEF 随之删去,ElyMail 的正文也不用 CEF 与 Electron。进度在 `tasks/TASKS.md` 的 C14。组件库 fcad0ff 与 508cc55:`MarkdownRenderer`、`MarkdownEditor`、Markdown 着色、块范围与链接查找改读 markdown-rs 的语法树(GitHub 风格加公式),引用式链接与图片按定义解析,图片把所在段落分开,单行 `$$…$$` 为块公式,软换行(LF、CRLF、CR)读作空格,嵌套在引用与列表里的定义同样解析,强调与链接里的图片仍是图片(链接里的图片可按);`BlockEditor` 的导入导出不属 ElyMark,仍用 pulldown-cmark。markdown-rs 读嵌套图片时只留外层的说明。组件库 d5ecc5a:块公式经 `typography::Latex` 由 RaTeX 排出(字形为轮廓,按窗口缩放画),```` ```mermaid ```` 块经 `documents::Diagram` 由 mermaid-rs-renderer 画出(Mermaid 自己的深浅主题,底色与字色取 Ely 色板),都作为 gpui 资源在后台排版,RaTeX 或 Mermaid 对已解析的输入 panic 时显示为错误;`MarkdownRenderer::base` 给出文档所在文件夹,相对与 file 地址的图片从中读取并按自身大小、不超过栏宽显示,`data:` 地址解码,网络图片不载入(写明)。组件库 ab9a14c:每个公式、图与图片元素经 `primitives::held` 持有其资源,按资源计数持有者(8b9820b;画出的图存在共享的记录里,9036c92 起由最后离开的持有者释放,哪怕它自己还没收到图),最后一个持有者换了内容或离开窗口才从 gpui 资源缓存移除、在本帧之后从图集释放,共用同一内容的元素(含 gpui 缓存的视图)不受影响;公式按字形实际范围取画框,字形不被裁;公式失败显示原因、RaTeX 给的位置与原文,日志不含公式;`file:` 地址去掉查询与片段,`localhost` 为本机,Windows 上别的主机为共享路径,他处拒绝;Mermaid 的节点与饼图文字取 Ely 的前景色。组件库 2b6f551:`documents::MarkdownDocument` 是文件级的 Markdown 文档:全文与撤销在一个 `CodeEditor` 里(`CodeEditor::highlighter` 以 `markdown_highlights` 着色,无行号);可视以 gpui `list` 逐块画出文件的顶层块(链接定义、HTML、front matter 照原文显示,每个字节都在块里或块间),按下的块开成源码(`TextInput`),其键入即刻算作文档的文字,写回为一步撤销,上下键越过块边进入相邻块,Esc 写回;Cmd(他处 Ctrl)按下交给链接;预览只读;源码为编辑器本身;128 KiB 以内当场解析,更长的在后台解析,解析中按下块不打开(日志);新解析保留两端相同的块,滚动不跳。`CodeEditor` 的撤销历史最多留 64 MiB 文字,超出先丢最旧的步;`CodeEditor::reset` 换文字且撤销重新开始;`MarkdownMode` 加 `Preview`。组件库 fc181b4:一个插入点通用于各模式(编辑器的选区,写回的块移动它);`set_caret` 与 `set_top_line` 分别设插入点与视图,换模式保持顶行;按下的块在前一块写回后仍是所按的块(按偏移换算,结构变了即不开并记日志);块是 Tab 停靠点,Enter 或空格打开;预览不收按下、撤销与重做;撤销与重做每次记录、输入法组字、撤销、重做后都限在 64 MiB 内(先丢最旧的撤销,再丢最远的重做)。组件库 433c38f:只有对当下文字的解析才能打开块(解析的文字与编辑器相同),否则拒绝;要求的顶行在其文字解析后才落定:先到所在块,下一帧按块高的比例到块内位置,再有新的要求即接着放下一个;源码与列表之间切换保持顶行,可视与预览共用一个列表,切换不动滚动。组件库 abac8b4:顶行的要求带编号,迟到的帧回调只完成自己的那个;文字一换即按新文字重新放,放时按当下文字的行数夹住;`reveal` 是同样的要求(插入点设在该行,该行放到顶上),新文字解析后才落定。组件库 f59c9f7:文字超过读取上限(2 MiB)即丢掉旧的读取,大纲与块为空。ElyMark(C14.4):视图即一个 `MarkdownDocument`,文本即文件原文(BOM 与 CRLF 照 `text.rs` 存回),新建、打开、保存、另存、重命名经外壳照旧;视图在建成后的下一轮更新向外壳报一次载入(文档在 `new` 里当场解析,外壳此时还未订阅);文字超过 2 MiB 即只用源码并转去源码(随当前文字,不只看打开时);网页实现的查找替换、表格、附件、书写视图的应用、导出与打印Line truncated
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- 2026-10-11(用户定:ElyMark 不用 CEF,不用 Electron):ElyMark 改为原生。界面用组件库的 Markdown 组件(`documents::MarkdownEditor` 一族,缺的在组件库补并推到 Gitea),解析用 markdown-rs(`markdown` 1.0.0),公式用 RaTeX,Mermaid 用 mermaid-rs-renderer,PDF 用 MuPDF Story;CEF 随之删去,ElyMail 的正文也不用 CEF 与 Electron。进度在 `tasks/TASKS.md` 的 C14。组件库 fcad0ff 与 508cc55:`MarkdownRenderer`、`MarkdownEditor`、Markdown 着色、块范围与链接查找改读 markdown-rs 的语法树(GitHub 风格加公式),引用式链接与图片按定义解析,图片把所在段落分开,单行 `$$…$$` 为块公式,软换行(LF、CRLF、CR)读作空格,嵌套在引用与列表里的定义同样解析,强调与链接里的图片仍是图片(链接里的图片可按);`BlockEditor` 的导入导出不属 ElyMark,仍用 pulldown-cmark。markdown-rs 读嵌套图片时只留外层的说明。组件库 d5ecc5a:块公式经 `typography::Latex` 由 RaTeX 排出(字形为轮廓,按窗口缩放画),```` ```mermaid ```` 块经 `documents::Diagram` 由 mermaid-rs-renderer 画出(Mermaid 自己的深浅主题,底色与字色取 Ely 色板),都作为 gpui 资源在后台排版,RaTeX 或 Mermaid 对已解析的输入 panic 时显示为错误;`MarkdownRenderer::base` 给出文档所在文件夹,相对与 file 地址的图片从中读取并按自身大小、不超过栏宽显示,`data:` 地址解码,网络图片不载入(写明)。组件库 ab9a14c:每个公式、图与图片元素经 `primitives::held` 持有其资源,按资源计数持有者(8b9820b;画出的图存在共享的记录里,9036c92 起由最后离开的持有者释放,哪怕它自己还没收到图),最后一个持有者换了内容或离开窗口才从 gpui 资源缓存移除、在本帧之后从图集释放,共用同一内容的元素(含 gpui 缓存的视图)不受影响;公式按字形实际范围取画框,字形不被裁;公式失败显示原因、RaTeX 给的位置与原文,日志不含公式;`file:` 地址去掉查询与片段,`localhost` 为本机,Windows 上别的主机为共享路径,他处拒绝;Mermaid 的节点与饼图文字取 Ely 的前景色。组件库 2b6f551:`documents::MarkdownDocument` 是文件级的 Markdown 文档:全文与撤销在一个 `CodeEditor` 里(`CodeEditor::highlighter` 以 `markdown_highlights` 着色,无行号);可视以 gpui `list` 逐块画出文件的顶层块(链接定义、HTML、front matter 照原文显示,每个字节都在块里或块间),按下的块开成源码(`TextInput`),其键入即刻算作文档的文字,写回为一步撤销,上下键越过块边进入相邻块,Esc 写回;Cmd(他处 Ctrl)按下交给链接;预览只读;源码为编辑器本身;128 KiB 以内当场解析,更长的在后台解析,解析中按下块不打开(日志);新解析保留两端相同的块,滚动不跳。`CodeEditor` 的撤销历史最多留 64 MiB 文字,超出先丢最旧的步;`CodeEditor::reset` 换文字且撤销重新开始;`MarkdownMode` 加 `Preview`。组件库 fc181b4:一个插入点通用于各模式(编辑器的选区,写回的块移动它);`set_caret` 与 `set_top_line` 分别设插入点与视图,换模式保持顶行;按下的块在前一块写回后仍是所按的块(按偏移换算,结构变了即不开并记日志);块是 Tab 停靠点,Enter 或空格打开;预览不收按下、撤销与重做;撤销与重做每次记录、输入法组字、撤销、重做后都限在 64 MiB 内(先丢最旧的撤销,再丢最远的重做)。组件库 433c38f:只有对当下文字的解析才能打开块(解析的文字与编辑器相同),否则拒绝;要求的顶行在其文字解析后才落定:先到所在块,下一帧按块高的比例到块内位置,再有新的要求即接着放下一个;源码与列表之间切换保持顶行,可视与预览共用一个列表,切换不动滚动。组件库 abac8b4:顶行的要求带编号,迟到的帧回调只完成自己的那个;文字一换即按新文字重新放,放时按当下文字的行数夹住;`reveal` 是同样的要求(插入点设在该行,该行放到顶上),新文字解析后才落定。组件库 f59c9f7:文字超过读取上限(2 MiB)即丢掉旧的读取,大纲与块为空。ElyMark(C14.4):视图即一个 `MarkdownDocument`,文本即文件原文(BOM 与 CRLF 照 `text.rs` 存回),新建、打开、保存、另存、重命名经外壳照旧;视图在建成后的下一轮更新向外壳报一次载入(文档在 `new` 里当场解析,外壳此时还未订阅);文字超过 2 MiB 即只用源码并转去源码(随当前文字,不只看打开时);网页实现的查找替换、表格、附件、书写视图的应用、导出与打印Line truncated
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@@ -53,7 +53,7 @@ pub struct Extra {
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pub pointing: bool,
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/// When a point last landed, and the failure last shown.
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pub pointed_at: Option<std::time::SystemTime>,
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pub point_failed: Option<String>,
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pub point_failed: Option<std::io::ErrorKind>,
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/// A kept tab's mode, place and text came back once.
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pub restored: bool,
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/// Disk reads started; only the newest lands.
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@@ -46,8 +46,8 @@ pub struct Keeping {
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crash: Option<Crash>,
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waiting: Vec<Waiting>,
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written: Option<String>,
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/// The session write failure last shown.
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unwritten: Option<String>,
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/// The kind of session write failure last shown.
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unwritten: Option<io::ErrorKind>,
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/// A quit began: the kept list stays as then.
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pub leaving: bool,
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/// The list as kept when the quit began.
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@@ -227,6 +227,8 @@ impl Desk {
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let tab = self.tab_mut(id).expect("open");
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// A recovered copy keeps writing to the same points.
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tab.extra.slot = kept.slot.clone();
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// Its point stands until a newer lands.
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tab.extra.pointed_at = back.as_ref().map(|(_, at)| *at);
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let view = tab.view.clone();
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if let Some((_, at)) = &back {
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let at = humantime(*at);
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@@ -334,14 +336,15 @@ impl Desk {
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tab.extra.point_failed = None;
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return;
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}
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Err(error) => error.to_string(),
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Err(error) => error,
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};
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log::error!("mark: a recovery point for tab {id} failed: {error}");
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// Each failure shows once; the next tick retries.
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if tab.extra.point_failed.as_ref() == Some(&error) {
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// Each kind of failure shows once; the next tick retries.
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if tab.extra.point_failed == Some(error.kind()) {
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return;
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}
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tab.extra.point_failed = Some(error.clone());
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tab.extra.point_failed = Some(error.kind());
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let error = error.to_string();
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let at = match tab.extra.pointed_at {
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Some(at) => humantime(at),
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None => text(cx, "office.stopped.never", &[]).to_string(),
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@@ -363,13 +366,13 @@ impl Desk {
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self.keeping.unwritten = None;
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return;
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}
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Err(error) => error.to_string(),
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Err(error) => error,
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};
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log::error!("mark: the session did not save: {error}");
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// Each failure shows once; the next tick retries.
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if self.keeping.unwritten.as_ref() != Some(&error) {
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self.keeping.unwritten = Some(error.clone());
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let said = text(cx, "mark.session.failed", &[("error", &error)]);
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// Each kind of failure shows once; the next tick retries.
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if self.keeping.unwritten != Some(error.kind()) {
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self.keeping.unwritten = Some(error.kind());
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let said = text(cx, "mark.session.failed", &[("error", &error.to_string())]);
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self.toast(said, ely_gpui_component::primitives::Severity::Danger, cx);
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}
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}
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@@ -309,4 +309,136 @@ mod window {
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"once"
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);
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}
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/// Types `typed` into the shown tab, then keeps.
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fn type_and_keep(
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desk: &Entity<Desk>,
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view: &Entity<MarkView>,
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typed: &str,
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cx: &mut VisualTestContext,
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) {
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view.update(cx, |view, cx| view.adopt(typed.into(), cx));
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cx.executor()
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.advance_clock(std::time::Duration::from_secs(1));
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cx.run_until_parked();
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desk.update(cx, |desk, cx| desk.keep(cx));
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cx.run_until_parked();
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}
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#[gpui::test]
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fn a_recovered_tab_names_its_point_when_the_next_fails(
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first: &mut TestAppContext,
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second: &mut TestAppContext,
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) {
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let (data, files) = (
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tempfile::tempdir().expect("data"),
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tempfile::tempdir().expect("files"),
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);
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let a = files.path().join("a.md");
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std::fs::write(
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&a, "Text.
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",
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)
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.expect("a");
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let (desk, cx) = start(first, data.path());
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open(&desk, &a, cx);
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let view = show(&desk, "a.md", cx);
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type_and_keep(
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&desk,
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&view,
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"Changed.
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",
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cx,
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);
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std::fs::write(data.path().join("session.lock"), "open 4294967295").expect("a lock");
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let (desk, cx) = start(second, data.path());
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let copy = desk.read_with(cx, |desk, _| {
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let tab = desk
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.core
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.tabs
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.iter()
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.find(|tab| tab.session.path().is_none());
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tab.expect("an untitled copy").name.to_string()
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});
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let view = show(&desk, ©, cx);
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let recovery = data.path().join("recovery");
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std::fs::remove_dir_all(&recovery).expect("removes");
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std::fs::write(&recovery, "not a folder").expect("blocks");
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type_and_keep(
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&desk, &view, "Again.
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", cx,
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);
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assert_eq!(toasted(&desk, "was not kept for recovery", cx), 1);
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assert_eq!(
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toasted(&desk, "none yet", cx),
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0,
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"the recovered point's time shows"
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);
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}
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/// Every folder under `dir` read-only, or writable again.
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#[cfg(unix)]
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fn lock_down(dir: &std::path::Path, locked: bool) {
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use std::os::unix::fs::PermissionsExt as _;
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let mode = if locked { 0o500 } else { 0o700 };
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std::fs::set_permissions(dir, std::fs::Permissions::from_mode(mode)).expect("permissions");
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for entry in std::fs::read_dir(dir).expect("lists") {
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let path = entry.expect("an entry").path();
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if path.is_dir() {
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lock_down(&path, locked);
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}
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}
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}
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#[cfg(unix)]
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#[gpui::test]
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fn denied_writes_show_once_each(cx: &mut TestAppContext) {
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let (data, files) = (
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tempfile::tempdir().expect("data"),
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||||
tempfile::tempdir().expect("files"),
|
||||
);
|
||||
let a = files.path().join("a.md");
|
||||
std::fs::write(
|
||||
&a, "Text.
|
||||
",
|
||||
)
|
||||
.expect("a");
|
||||
let (desk, cx) = start(cx, data.path());
|
||||
open(&desk, &a, cx);
|
||||
let view = show(&desk, "a.md", cx);
|
||||
type_and_keep(
|
||||
&desk, &view, "One.
|
||||
", cx,
|
||||
);
|
||||
lock_down(&data.path().join("recovery"), true);
|
||||
type_and_keep(
|
||||
&desk, &view, "Two.
|
||||
", cx,
|
||||
);
|
||||
type_and_keep(
|
||||
&desk, &view, "Three.
|
||||
", cx,
|
||||
);
|
||||
lock_down(&data.path().join("recovery"), false);
|
||||
assert_eq!(
|
||||
toasted(&desk, "was not kept for recovery", cx),
|
||||
1,
|
||||
"a point"
|
||||
);
|
||||
lock_down(data.path(), true);
|
||||
for line in [1, 2] {
|
||||
view.update(cx, |view, cx| {
|
||||
view.document()
|
||||
.update(cx, |document, cx| document.set_caret(line, 0, cx))
|
||||
});
|
||||
desk.update(cx, |desk, cx| desk.keep(cx));
|
||||
cx.run_until_parked();
|
||||
}
|
||||
lock_down(data.path(), false);
|
||||
assert_eq!(
|
||||
toasted(&desk, "were not saved for the next launch", cx),
|
||||
1,
|
||||
"the session"
|
||||
);
|
||||
}
|
||||
}
|
||||
@@ -0,0 +1,5 @@
|
||||
FAIL
|
||||
|
||||
1. apps/ely-mark/src/restore.rs:341 — Error deduplication compares complete error strings here and at line 370. Those strings contain changing recovery timestamps and random temporary filenames, so an unchanged permission failure produces a new notification on every retry. On WSL, make a tab's existing `points/` directory unwritable and call `keep` twice: two recovery-error toasts appear. Making the session data directory unwritable likewise produces two session-error toasts. Both probes expected one and failed with `left: 2, right: 1`; restoring permissions lets both writes succeed. Deduplicate by a stable operation/error identity, excluding generated filenames, and test actual permission failures rather than only a file/directory collision. Evidence: `.work/C14.15-r2/probe-test.log`.
|
||||
|
||||
2. apps/ely-mark/src/restore.rs:345 — A recovered tab's `pointed_at` remains `None`; `restore_shown` reads its existing recovery timestamp but never initializes this field. Recover an unsaved tab from a valid point, then make its `points/` directory unwritable before the first new recovery write. The window first reports the recovered point's time, then incorrectly says `Last kept: none yet`, despite that point still existing. This violates PRD §6.2's last-successful-recovery-time requirement. Initialize the restored tab's recovery time from the point it loaded and add this failure-after-relaunch regression. The WSL window probe reproduces the contradictory messages in `.work/C14.15-r2/probe-test.log`. Both round-1 notification regressions now pass, and retries succeed. All eight restoration tests and five localization tests pass on Windows and WSL; the full Mark suites' only failures are the VCS outside-folder test caused by keeping temporary folders beneath the ignored `.work/` directory. Probe source copies, binaries and both platforms' incremental caches were removed before this verdict.
|
||||
Reference in new issue
Block a user