5 Commits

Author SHA1 Message Date
Hermes
949bfe46bf v0.10.0: Mouse support
- mouse-mixin class with on-mouse-down/up/move/scroll handler slots
- handle-mouse-event dispatches to the right handler by event type
- hit-test finds deepest component at (x,y) coordinates
- selection struct + get-selection + copy-to-clipboard
- SGR mouse parsing already existed in input system (mouse-event struct,
  parse-sgr-mouse function, CSI dispatch in %read-escape-sequence)
- 3 tests, 100% passing
2026-05-11 20:03:59 +00:00
Hermes
14193b8c92 Update plan docs to cl-tty 2026-05-11 19:55:46 +00:00
Hermes
811d51a4f2 Rename cl-tui -> cl-tty, v0.9.0: Dialog System + Toast
Rename: cl-tty avoids naming collision with Quicklisp's cl-tui (naryl/cl-tui,
a cl-charms-based ncurses library). Our project is pure escape-sequence CL.

v0.9.0 adds:
- Dialog base class: modal overlay with backdrop, centered panel, size
  variants (:small/:medium/:large), stack-based management
- Dialog subclasses: alert, confirm, select-dialog, prompt-dialog
- Toast notifications: transient, top-right corner, auto-dismiss,
  colored variants (info/success/warning/error)
- 78 tests total, 100% passing

ASDF: read-time package references (+fiveam:+) replaced with
find-symbol so .asd loads without FiveAM pre-loaded
2026-05-11 19:55:37 +00:00
Hermes
9648c72b85 v0.8.0: Markdown + Code + Diff rendering module
Add cl-tui.markdown package with:
- Markdown parser: headings, paragraphs, bold, italic, inline-code, links,
  code blocks, blockquotes, lists, thematic breaks
- Syntax highlighting: Lisp, Python, JavaScript, Bash with keyword,
  builtin, comment, number, function coloring
- Diff renderer: colorized unified diff (+/-/@ lines)
- Terminal renderer: ANSI escape sequences via backend-style functions
- 67 tests, 100% passing
- All parser helpers use values returns (not cons) for multiple-value-bind

ASDF: v0.7.0 -> v0.8.0, new markdown module + test suite
2026-05-11 18:26:34 +00:00
Hermes
e96c338a57 v0.7.0: Select dropdown with fuzzy filter
Select widget: list of options with keyboard navigation (up/down/enter/esc,
ctrl+n/p), case-insensitive substring filter with character-set Jaccard
fuzzy fallback, category headers, viewport culling, on-select callback.

Fixed from subagent review:
- Category filter return-from bug: categories kept in filtered set
- Dead trigram code removed (string-trigrams, trigram-score)
- Exports cleaned up (removed unused trigram exports)
- Character-set Jaccard replaces trigrams (better for short strings)

25 select tests, 100% GREEN.
196 total (27 backend + 58 box + 60 input + 26 scrollbox/tabbar + 25 select)
2026-05-11 17:36:00 +00:00
59 changed files with 3363 additions and 255 deletions

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@@ -1,8 +1,8 @@
#+TITLE: cl-tui — Reusable Common Lisp Terminal UI Framework
#+TITLE: cl-tty — Reusable Common Lisp Terminal UI Framework
#+STARTUP: content
#+FILETAGS: :project:cl-tui:readme:
#+FILETAGS: :project:cl-tty:readme:
* cl-tui
* cl-tty
A reusable Common Lisp framework for building rich terminal user interfaces.
Built on croatoan (ncurses) with Yoga for Flexbox layout. Provides a component
@@ -15,24 +15,24 @@ quality of Claude Code and OpenCode from Common Lisp.
Common Lisp has no reusable terminal UI framework at the level of Python's
Rich/prompt_toolkit or Go's Bubble Tea. Every CL project that wants a
terminal UI either builds ncurses from scratch or uses a text-only REPL.
cl-tui fills that gap — a component library with Flexbox layout, semantic
cl-tty fills that gap — a component library with Flexbox layout, semantic
theming, layered keybinding, and full mouse support. Build a terminal UI once,
reuse it everywhere.
Terminal UIs also work over SSH. A Qt or browser-based UI requires a local
display. A cl-tui application runs remotely — same code, same components,
display. A cl-tty application runs remotely — same code, same components,
accessible from anywhere.
** Architecture
```
Application code (any CL project)
└── cl-tui (layout, components, theme, events, dialogs)
└── cl-tty (layout, components, theme, events, dialogs)
└── Yoga (Flexbox layout — C library via FFI)
└── croatoan (ncurses terminal rendering)
```
cl-tui depends only on croatoan and Yoga. It is not tied to any application.
cl-tty depends only on croatoan and Yoga. It is not tied to any application.
** Dependencies

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@@ -1,4 +1,4 @@
(in-package :cl-tui.backend)
(in-package :cl-tty.backend)
(defclass backend () ())

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@@ -1,7 +1,7 @@
(defpackage :cl-tui-modern-backend-test
(:use :cl :fiveam :cl-tui.backend)
(defpackage :cl-tty-modern-backend-test
(:use :cl :fiveam :cl-tty.backend)
(:export #:run-tests))
(in-package :cl-tui-modern-backend-test)
(in-package :cl-tty-modern-backend-test)
(def-suite modern-backend-suite :description "Modern backend tests")
(in-suite modern-backend-suite)
@@ -16,72 +16,72 @@
(test make-modern-backend-creates
"make-modern-backend returns a modern-backend instance"
(let ((b (make-modern-backend)))
(is (typep b 'cl-tui.backend::modern-backend))))
(is (typep b 'cl-tty.backend::modern-backend))))
;; ── Escape Generation ──────────────────────────────────────────
(test sgr-truecolor-foreground
"SGR truecolor foreground escape is correct"
(is (equal (cl-tui.backend::sgr-fg "#FFD700")
(is (equal (cl-tty.backend::sgr-fg "#FFD700")
(format nil "~C[38;2;255;215;0m" #\Esc))))
(test sgr-truecolor-background
"SGR truecolor background escape is correct"
(is (equal (cl-tui.backend::sgr-bg "#1a1b26")
(is (equal (cl-tty.backend::sgr-bg "#1a1b26")
(format nil "~C[48;2;26;27;38m" #\Esc))))
(test sgr-named-colors
"SGR named colors resolve to 8-color codes"
(is (equal (cl-tui.backend::sgr-fg :red)
(is (equal (cl-tty.backend::sgr-fg :red)
(format nil "~C[31m" #\Esc)))
(is (equal (cl-tui.backend::sgr-bg :blue)
(is (equal (cl-tty.backend::sgr-bg :blue)
(format nil "~C[44m" #\Esc))))
(test sgr-bold-italic
"SGR attribute escapes are correct"
(is (equal (cl-tui.backend::sgr-attr :bold) (format nil "~C[1m" #\Esc)))
(is (equal (cl-tui.backend::sgr-attr :italic) (format nil "~C[3m" #\Esc)))
(is (equal (cl-tui.backend::sgr-attr :underline) (format nil "~C[4m" #\Esc)))
(is (equal (cl-tui.backend::sgr-attr :reset) (format nil "~C[0m" #\Esc))))
(is (equal (cl-tty.backend::sgr-attr :bold) (format nil "~C[1m" #\Esc)))
(is (equal (cl-tty.backend::sgr-attr :italic) (format nil "~C[3m" #\Esc)))
(is (equal (cl-tty.backend::sgr-attr :underline) (format nil "~C[4m" #\Esc)))
(is (equal (cl-tty.backend::sgr-attr :reset) (format nil "~C[0m" #\Esc))))
;; ── Cursor ─────────────────────────────────────────────────────
(test cursor-move-escape
"cursor-move generates correct CSI escape"
(let ((b (make-modern-backend)))
(is (equal (cl-tui.backend::cursor-move-escape 5 10)
(is (equal (cl-tty.backend::cursor-move-escape 5 10)
(format nil "~C[11;6H" #\Esc)))))
(test cursor-style-block
"cursor-style :block generate correct escape"
(let ((b (make-modern-backend)))
(is (equal (cl-tui.backend::cursor-style-escape :block nil)
(is (equal (cl-tty.backend::cursor-style-escape :block nil)
(format nil "~C[2 q" #\Esc)))))
(test cursor-style-bar
"cursor-style :bar generate correct escape"
(let ((b (make-modern-backend)))
(is (equal (cl-tui.backend::cursor-style-escape :bar nil)
(is (equal (cl-tty.backend::cursor-style-escape :bar nil)
(format nil "~C[6 q" #\Esc)))))
(test cursor-style-underline-blink
"cursor-style :underline with blink"
(let ((b (make-modern-backend)))
(is (equal (cl-tui.backend::cursor-style-escape :underline t)
(is (equal (cl-tty.backend::cursor-style-escape :underline t)
(format nil "~C[5 q" #\Esc)))))
;; ── Synchronization ────────────────────────────────────────────
(test decicm-escapes
"DECICM synchronized update escapes"
(is (equal (cl-tui.backend::decicm-begin) (format nil "~C[?2026h" #\Esc)))
(is (equal (cl-tui.backend::decicm-end) (format nil "~C[?2026l" #\Esc))))
(is (equal (cl-tty.backend::decicm-begin) (format nil "~C[?2026h" #\Esc)))
(is (equal (cl-tty.backend::decicm-end) (format nil "~C[?2026l" #\Esc))))
;; ── OSC 8 Hyperlinks ──────────────────────────────────────────
(test osc8-escape
"OSC 8 hyperlink escape wraps text"
(is (equal (cl-tui.backend::osc8-link "http://example.com" "click here")
(is (equal (cl-tty.backend::osc8-link "http://example.com" "click here")
(format nil "~C]8;;http://example.com~C\\click here~C]8;;~C\\"
#\Esc #\Esc #\Esc #\Esc))))
@@ -89,21 +89,21 @@
(test hex-color-parsing
"hex-to-rgb parses valid hex colors"
(multiple-value-bind (r g b) (cl-tui.backend::hex-to-rgb "#FFD700")
(multiple-value-bind (r g b) (cl-tty.backend::hex-to-rgb "#FFD700")
(is (= r 255))
(is (= g 215))
(is (= b 0))))
(test hex-color-black
"hex-to-rgb parses black"
(multiple-value-bind (r g b) (cl-tui.backend::hex-to-rgb "#000000")
(multiple-value-bind (r g b) (cl-tty.backend::hex-to-rgb "#000000")
(is (= r 0))
(is (= g 0))
(is (= b 0))))
(test hex-color-short-form
"hex-to-rgb parses 3-digit hex"
(multiple-value-bind (r g b) (cl-tui.backend::hex-to-rgb "#F00")
(multiple-value-bind (r g b) (cl-tty.backend::hex-to-rgb "#F00")
(is (= r 255))
(is (= g 0))
(is (= b 0))))
@@ -112,13 +112,13 @@
(test border-char-rounded
"modern-border-char returns Unicode box-drawing for rounded style"
(is (equal (cl-tui.backend::border-char :rounded :top-left) "╭"))
(is (equal (cl-tui.backend::border-char :rounded :horizontal) "─"))
(is (equal (cl-tui.backend::border-char :rounded :vertical) "│"))
(is (equal (cl-tui.backend::border-char :rounded :bottom-right) "╯")))
(is (equal (cl-tty.backend::border-char :rounded :top-left) "╭"))
(is (equal (cl-tty.backend::border-char :rounded :horizontal) "─"))
(is (equal (cl-tty.backend::border-char :rounded :vertical) "│"))
(is (equal (cl-tty.backend::border-char :rounded :bottom-right) "╯")))
(test border-char-double
"modern-border-char returns double-line chars"
(is (equal (cl-tui.backend::border-char :double :top-left) "╔"))
(is (equal (cl-tui.backend::border-char :double :horizontal) "═"))
(is (equal (cl-tui.backend::border-char :double :vertical) "║")))
(is (equal (cl-tty.backend::border-char :double :top-left) "╔"))
(is (equal (cl-tty.backend::border-char :double :horizontal) "═"))
(is (equal (cl-tty.backend::border-char :double :vertical) "║")))

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@@ -8,7 +8,7 @@
;; sgr-fg sgr-bg sgr-attr cursor-move-escape cursor-style-escape
;; decicm-begin decicm-end osc8-link hex-to-rgb border-char
(in-package :cl-tui.backend)
(in-package :cl-tty.backend)
(defun hex-to-rgb (hex)
"Parse a hex color string like \"#FFD700\" into (values r g b).

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@@ -1,4 +1,4 @@
(defpackage :cl-tui.backend
(defpackage :cl-tty.backend
(:use :cl)
(:export
;; Backend classes
@@ -26,4 +26,4 @@
#:cursor-move-escape #:cursor-style-escape
#:decicm-begin #:decicm-end #:osc8-link
#:hex-to-rgb #:border-char))
(in-package :cl-tui.backend)
(in-package :cl-tty.backend)

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@@ -1,4 +1,4 @@
(in-package :cl-tui.backend)
(in-package :cl-tty.backend)
(defclass simple-backend (backend)
((output-stream :initform *standard-output*

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@@ -1,7 +1,7 @@
(defpackage :cl-tui-backend-test
(:use :cl :fiveam :cl-tui.backend)
(defpackage :cl-tty-backend-test
(:use :cl :fiveam :cl-tty.backend)
(:export #:run-tests))
(in-package :cl-tui-backend-test)
(in-package :cl-tty-backend-test)
(def-suite backend-suite :description "Backend protocol tests")
(in-suite backend-suite)

86
cl-tty.asd Normal file
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@@ -0,0 +1,86 @@
;;; cl-tty.asd — Common Lisp Terminal UI Framework
(asdf:defsystem :cl-tty
:description "Reusable Common Lisp Terminal UI Framework"
:author "Amr Gharbeia"
:version "0.10.0"
:license "TBD"
:depends-on (:fiveam :sb-posix)
:components
((:module "backend"
:components
((:file "package")
(:file "classes" :depends-on ("package"))
(:file "simple" :depends-on ("package" "classes"))
(:file "modern" :depends-on ("package" "classes"))))
(:module "layout"
:components
((:file "layout")))
(:module "src/components"
:components
((:file "package")
(:file "dirty")
(:file "box" :depends-on ("package"))
(:file "text" :depends-on ("package" "box"))
(:file "render" :depends-on ("package" "box" "text"))
(:file "theme" :depends-on ("package"))
;; Input system (v0.5.0)
(:file "input-package" :depends-on ("package"))
(:file "input" :depends-on ("input-package" "dirty" "box"))
(:file "text-input" :depends-on ("input-package" "input" "box"))
(:file "textarea" :depends-on ("input-package" "input" "box"))
(:file "keybindings" :depends-on ("input-package" "input"))
;; Container components (v0.6.0)
(:file "container-package" :depends-on ("package" "input-package"))
(:file "scrollbox" :depends-on ("container-package" "dirty" "box"))
(:file "tabbar" :depends-on ("container-package" "dirty" "box"))
;; Select widget (v0.7.0)
(:file "select-package" :depends-on ("package" "input-package"))
(:file "select" :depends-on ("select-package" "dirty" "box"))
;; Markdown + Code + Diff rendering (v0.8.0)
(:file "markdown-package" :depends-on ("package"))
(:file "markdown" :depends-on ("markdown-package"))
;; Dialog + Toast (v0.9.0)
(:file "dialog-package" :depends-on ("package" "select-package" "input-package"))
(:file "dialog" :depends-on ("dialog-package" "dirty" "select" "text-input"))
;; Mouse support (v0.10.0)
(:file "mouse-package" :depends-on ("package" "input-package"))
(:file "mouse" :depends-on ("mouse-package" "dirty" "input")))))
:in-order-to ((test-op (test-op :cl-tty-tests))))
(asdf:defsystem :cl-tty-tests
:description "Test suite for cl-tty"
:depends-on (:cl-tty :fiveam)
:components
((:module "backend"
:components
((:file "tests")))
(:module "layout"
:components
((:file "tests")))
(:module "src/components"
:components
((:file "box-tests")
(:file "dirty-tests")
(:file "render-tests")
(:file "theme-tests")
(:file "input-tests")
(:file "scrollbox-tabbar-tests" :pathname "../../tests/scrollbox-tabbar-tests.lisp")
(:file "select-tests" :pathname "../../tests/select-tests.lisp")
(:file "markdown-tests" :pathname "../../tests/markdown-tests.lisp")
(:file "dialog-tests" :pathname "../../tests/dialog-tests.lisp")
(:file "mouse-tests" :pathname "../../tests/mouse-tests.lisp"))))
:perform (test-op (o c)
(let ((run (find-symbol "RUN" :fiveam))
(explain (find-symbol "EXPLAIN!" :fiveam)))
(dolist (suite '((:cl-tty-backend-test "BACKEND-SUITE")
(:cl-tty-box-test "BOX-SUITE")
(:cl-tty-input-test "INPUT-SUITE")
(:cl-tty-scrollbox-test "SCROLLBOX-SUITE")
(:cl-tty-select-test "SELECT-SUITE")
(:cl-tty-markdown-test "MARKDOWN-SUITE")
(:cl-tty-dialog-test "DIALOG-SUITE")))
(let* ((pkg (find-package (first suite)))
(s (and pkg (find-symbol (second suite) pkg))))
(when s
(funcall explain (funcall run s))))))
(uiop:quit 0)))

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@@ -1,65 +0,0 @@
;;; cl-tui.asd — Common Lisp Terminal UI Framework
(asdf:defsystem :cl-tui
:description "Reusable Common Lisp Terminal UI Framework"
:author "Amr Gharbeia"
:version "0.6.0"
:license "TBD"
:depends-on (:fiveam :sb-posix)
:components
((:module "backend"
:components
((:file "package")
(:file "classes" :depends-on ("package"))
(:file "simple" :depends-on ("package" "classes"))
(:file "modern" :depends-on ("package" "classes"))))
(:module "layout"
:components
((:file "layout")))
(:module "src/components"
:components
((:file "package")
(:file "dirty")
(:file "box" :depends-on ("package"))
(:file "text" :depends-on ("package" "box"))
(:file "render" :depends-on ("package" "box" "text"))
(:file "theme" :depends-on ("package"))
;; Input system (v0.5.0)
(:file "input-package" :depends-on ("package"))
(:file "input" :depends-on ("input-package" "dirty" "box"))
(:file "text-input" :depends-on ("input-package" "input" "box"))
(:file "textarea" :depends-on ("input-package" "input" "box"))
(:file "keybindings" :depends-on ("input-package" "input"))
;; Container components (v0.6.0)
(:file "container-package" :depends-on ("package" "input-package"))
(:file "scrollbox" :depends-on ("container-package" "dirty" "box"))
(:file "tabbar" :depends-on ("container-package" "dirty" "box"))))
:in-order-to ((test-op (test-op :cl-tui-tests))))
(asdf:defsystem :cl-tui-tests
:description "Test suite for cl-tui"
:depends-on (:cl-tui :fiveam)
:components
((:module "backend"
:components
((:file "tests")))
(:module "layout"
:components
((:file "tests")))
(:module "src/components"
:components
((:file "box-tests")
(:file "dirty-tests")
(:file "render-tests")
(:file "theme-tests")
(:file "input-tests")
(:file "scrollbox-tabbar-tests" :pathname "../../tests/scrollbox-tabbar-tests.lisp"))))
:perform (test-op (o c)
(dolist (suite '((:cl-tui-backend-test "BACKEND-SUITE")
(:cl-tui-box-test "BOX-SUITE")
(:cl-tui-input-test "INPUT-SUITE")
(:cl-tui-scrollbox-test "SCROLLBOX-SUITE")))
(let* ((pkg (find-package (first suite)))
(s (and pkg (find-symbol (second suite) pkg))))
(when s
(fiveam:explain! (fiveam:run s)))))
(uiop:quit 0)))

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@@ -1,4 +1,4 @@
;; demo.lisp — minimal cl-tui demo
;; demo.lisp — minimal cl-tty demo
(load "/root/quicklisp/setup.lisp")
(ql:quickload :fiveam :silent t)
(load "backend/package.lisp")
@@ -11,7 +11,7 @@
(load "src/components/box.lisp")
(load "src/components/text.lisp")
(load "src/components/render.lisp")
(in-package :cl-tui.box)
(in-package :cl-tty.box)
;; Demo 1: Simple backend (ASCII)
(let* ((b (make-simple-backend))
@@ -21,7 +21,7 @@
;; Demo 2: Box with text inside
(let* ((b (make-simple-backend))
(tx (make-text "This is cl-tui in action!" :width 28 :height 1)))
(tx (make-text "This is cl-tty in action!" :width 28 :height 1)))
(setf (layout-node-direction (text-layout-node tx)) :column)
(compute-layout (text-layout-node tx) 28 1)
(render tx b)

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@@ -1,10 +1,10 @@
#+TITLE: cl-tui Architecture
#+TITLE: cl-tty Architecture
#+STARTUP: content
#+FILETAGS: :project:cl-tui:architecture:
#+FILETAGS: :project:cl-tty:architecture:
* Architecture
cl-tui is a layered framework. Each layer has a single responsibility
cl-tty is a layered framework. Each layer has a single responsibility
and communicates with adjacent layers through a well-defined protocol.
** Layer Diagram
@@ -264,9 +264,9 @@ reads terminal background color at startup.
** File Structure
#+BEGIN_SRC
cl-tui/
├── cl-tui.asd
├── cl-tui-tests.asd
cl-tty/
├── cl-tty.asd
├── cl-tty-tests.asd
├── README.org
├── LICENSE
├── docs/

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@@ -1,6 +1,6 @@
#+TITLE: cl-tui Roadmap
#+TITLE: cl-tty Roadmap
#+STARTUP: content
#+FILETAGS: :docs:roadmap:cl-tui:
#+FILETAGS: :docs:roadmap:cl-tty:
* The Roadmap
@@ -87,7 +87,7 @@ the patch version (v0.X.Y).
When a version ships:
1. ~ROADMAP.org~ — mark item DONE, update LOGBOOK timestamp
2. ~README.org~ — update Status line
3. ~cl-tui.asd~ — update version string
3. ~cl-tty.asd~ — update version string
** v0.1.0: Layout Engine
@@ -295,7 +295,7 @@ never hex values.
8 presets: default (gold), professional, minimal, nord, tokyonight, catppuccin, monokai, gruvbox
- Each preset is a plist: ~(:primary "#FFD700" :error "#BF616A" ...)~
- ~(theme-load :nord)~ — activates a preset, re-renders dirty
- Load from ~/.config/cl-tui/themes/<name>.lisp~ for custom themes
- Load from ~/.config/cl-tty/themes/<name>.lisp~ for custom themes
- ~80 lines
*** TODO Dark/light variants

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@@ -15,7 +15,7 @@
- `src/components/dirty.lisp` — tangled
**Files modified:**
- `cl-tui.asd` — add component modules
- `cl-tty.asd` — add component modules
- `docs/ROADMAP.org` — mark v0.2.0 tasks DONE
## Task 1: Box renderable
@@ -25,7 +25,7 @@
**Files:**
- Create: `org/box-renderable.org`
- Create: `src/components/box.lisp` (extracted)
- Modify: `cl-tui.asd` — add components module
- Modify: `cl-tty.asd` — add components module
**Box class:**
```lisp
@@ -120,7 +120,7 @@ Default methods mark/check a `dirty` slot on the component. When implemented:
## Task 4: Wire into ASDF + update roadmap
**Files:**
- Modify: `cl-tui.asd` — add `:module "components"` to both main and test systems
- Modify: `cl-tty.asd` — add `:module "components"` to both main and test systems
- Modify: `docs/ROADMAP.org` — mark v0.2.0 tasks DONE
**Run full test suite:**

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@@ -30,7 +30,7 @@ src/components/keybindings.lisp — tangled: keybinding system
- Modify: `backend/package.lisp` — add input exports
- Modify: `backend/modern.lisp` — implement read-event
- Modify: `backend/simple.lisp` — implement read-event (stdin)
- Modify: `cl-tui.asd` — add input module to main and test systems
- Modify: `cl-tty.asd` — add input module to main and test systems
**Code architecture:**
@@ -120,7 +120,7 @@ src/components/keybindings.lisp — tangled: keybinding system
- Create: `org/text-input.org`
- Create: `src/components/input.lisp`
- Modify: `src/components/package.lisp` — add exports
- Modify: `cl-tui.asd` — add input.lisp
- Modify: `cl-tty.asd` — add input.lisp
**TextInput class:**
```lisp
@@ -214,7 +214,7 @@ src/components/keybindings.lisp — tangled: keybinding system
- Create: `org/textarea.org`
- Create: `src/components/textarea.lisp`
- Modify: `src/components/package.lisp` — add exports
- Modify: `cl-tui.asd` — add textarea.lisp
- Modify: `cl-tty.asd` — add textarea.lisp
**Textarea class:**
```lisp
@@ -255,7 +255,7 @@ src/components/keybindings.lisp — tangled: keybinding system
- Create: `org/keybindings.org`
- Create: `src/components/keybindings.lisp`
- Modify: `src/components/package.lisp` — add exports
- Modify: `cl-tui.asd` — add keybindings.lisp
- Modify: `cl-tty.asd` — add keybindings.lisp
**Architecture:**
```lisp
@@ -355,7 +355,7 @@ Task 1 is the prerequisite for everything. Tasks 2, 3, 4 can then proceed in par
### Verification
After each task:
1. `sbcl --eval "(asdf:test-system :cl-tui)" --quit` — all tests GREEN
1. `sbcl --eval "(asdf:test-system :cl-tty)" --quit` — all tests GREEN
2. `scripts/validate-parens.py` — all files balanced
3. Commit with RED/GREEN evidence

View File

@@ -1,6 +1,6 @@
;;; layout — Pure CL Flexbox layout engine
(defpackage :cl-tui.layout
(defpackage :cl-tty.layout
(:use :cl)
(:export
#:layout-node #:make-layout-node
@@ -16,7 +16,7 @@
#:layout-node-fixed-height #:normalize-box
#:box-edge))
(in-package :cl-tui.layout)
(in-package :cl-tty.layout)
(defun normalize-box (spec)
(cond ((null spec) '(:top 0 :right 0 :bottom 0 :left 0))

View File

@@ -1,7 +1,7 @@
(defpackage :cl-tui-layout-test
(:use :cl :fiveam :cl-tui.layout)
(defpackage :cl-tty-layout-test
(:use :cl :fiveam :cl-tty.layout)
(:export #:run-tests))
(in-package :cl-tui-layout-test)
(in-package :cl-tty-layout-test)
(def-suite layout-suite :description "Layout engine tests")
(in-suite layout-suite)

View File

@@ -1,6 +1,6 @@
#+TITLE: cl-tui Backend Protocol — v0.0.1
#+TITLE: cl-tty Backend Protocol — v0.0.1
#+STARTUP: content
#+FILETAGS: :cl-tui:backend:v0.0.1:
#+FILETAGS: :cl-tty:backend:v0.0.1:
#+OPTIONS: ^:nil
* Backend Protocol
@@ -119,10 +119,10 @@ Borders:
** Test Suite
#+BEGIN_SRC lisp
(defpackage :cl-tui-backend-test
(defpackage :cl-tty-backend-test
(:use :cl :fiveam)
(:export #:run!))
(in-package :cl-tui-backend-test)
(in-package :cl-tty-backend-test)
(def-suite backend-suite :description "Backend protocol tests")
(in-suite backend-suite)
@@ -224,7 +224,7 @@ Borders:
*** Package
#+BEGIN_SRC lisp
(defpackage :cl-tui.backend
(defpackage :cl-tty.backend
(:use :cl)
(:export
;; Backend classes
@@ -245,7 +245,7 @@ Borders:
#:capable-p
;; Constructors
#:make-simple-backend))
(in-package :cl-tui.backend)
(in-package :cl-tty.backend)
#+END_SRC
*** Backend Base Class

View File

@@ -1,6 +1,6 @@
#+TITLE: cl-tui Box Renderable — v0.2.0
#+TITLE: cl-tty Box Renderable — v0.2.0
#+STARTUP: content
#+FILETAGS: :cl-tui:components:v0.2.0:
#+FILETAGS: :cl-tty:components:v0.2.0:
#+OPTIONS: ^:nil
* Box Renderable
@@ -27,10 +27,10 @@ A Box has a =layout-node= slot for positioning via the layout engine. Its
** Tests
#+BEGIN_SRC lisp
(defpackage :cl-tui-box-test
(:use :cl :fiveam :cl-tui.backend :cl-tui.layout)
(defpackage :cl-tty-box-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.layout)
(:export #:run-tests))
(in-package :cl-tui-box-test)
(in-package :cl-tty-box-test)
(def-suite box-suite :description "Box renderable tests")
(in-suite box-suite)
@@ -116,7 +116,7 @@ A Box has a =layout-node= slot for positioning via the layout engine. Its
** Implementation
#+BEGIN_SRC lisp
(in-package :cl-tui.box)
(in-package :cl-tty.box)
(defclass box ()
((layout-node :initform (make-layout-node) :accessor box-layout-node

496
org/dialog.org Normal file
View File

@@ -0,0 +1,496 @@
#+TITLE: Dialog System + Toast (v0.9.0)
#+DATE: 2026-05-11
#+AUTHOR: Amr Gharbeia / Hermes
* Overview
Modal overlays (dialogs) and transient notifications (toasts).
Dialogs are absolute-positioned panels centered on a dimmed backdrop.
They stack — a new dialog goes on top, Esc dismisses the top one.
Toasts are non-blocking notifications that auto-dismiss after a
duration. They stack in the top-right corner.
** Design decisions
1. /Stack-based dialog management/: a ~*dialog-stack*~ special variable
holds the active dialogs. Render walks the stack from bottom to top,
drawing each dialog's backdrop over the previous one. This means two
dialogs visible at once — the top one gets full interaction.
2. /Backdrop is a solid dim color, not semi-transparent/: true
transparency requires compositing pixel buffers, which is expensive
in the terminal. A solid dimmed color over the full screen width
communicates "modal" without the complexity.
3. /Dialogs are components, not separate windows/: they integrate into
the existing render tree. The dialog class inherits from the component
base and participates in dirty tracking, z-order, etc.
4. /Toast is fire-and-forget/: ~(toast ...)~ creates a toast component,
adds it to a toast list, and schedules auto-dismissal. No lifecycle
management needed from the caller.
** Contract
- ~dialog~ class — overlay component with backdrop, border, title
- ~*dialog-stack*~ — list of active dialogs (bound per-screen)
- ~push-dialog dialog~ — add dialog to stack, focus its first input
- ~pop-dialog~ — dismiss top dialog, fire :on-dismiss
- ~(alert-dialog title message)~ — OK-button alert
- ~(confirm-dialog title message &key on-yes on-no)~ — Yes/No/Cancel
- ~(select-dialog title options &key on-select)~ — modal Select
- ~(prompt-dialog title &key on-submit)~ — modal TextInput
- ~toast~ component — transient notification with variant color
- ~(toast message &key variant duration)~ — fire-and-forget toast
* Code structure
** Dialog class
--- per-function: dialog-class
The dialog class stores the dialog's content (a component to render
inside the dialog panel), its size preset, title, and callbacks.
#+BEGIN_SRC lisp :tangle no
(defclass dialog ()
((title :initarg :title :accessor dialog-title)
(size :initarg :size :initform :medium :accessor dialog-size)
(content :initarg :content :accessor dialog-content)
(on-dismiss :initarg :on-dismiss :initform nil :accessor dialog-on-dismiss)))
#+END_SRC
--- per-function: dialog-size-pixels
Helper to convert size keyword to pixel dimensions.
#+BEGIN_SRC lisp :tangle no
(defun dialog-size-pixels (size)
(case size
(:small (values 40 8))
(:medium (values 60 16))
(:large (values 88 24))
(t (values 60 16))))
#+END_SRC
--- per-function: render-dialog
Render a dialog: backdrop (dimmed full-screen), then centered panel.
#+BEGIN_SRC lisp :tangle no
(defun render-dialog (dialog screen w h)
(multiple-value-bind (dw dh) (dialog-size-pixels (dialog-size dialog))
(let ((x (floor (- w dw) 2))
(y (floor (- h dh) 2)))
;; Backdrop — draw dim characters over full screen
(dotimes (row h)
(dotimes (col w)
(backend-write screen col row " " :bg :dim)))
;; Panel border
(draw-border screen x y dw dh :single :title (dialog-title dialog))
;; Content area (inset by 1 on each side)
(when (dialog-content dialog)
(render-component (dialog-content dialog) screen (1+ x) (1+ y) (- dw 2) (- dh 2))))))
#+END_SRC
--- per-function: push-dialog
Push a dialog onto the stack and give it focus.
#+BEGIN_SRC lisp :tangle no
(defun push-dialog (dialog)
(push dialog *dialog-stack*)
(when (typep (dialog-content dialog) 'focusable-mixin)
(focus (dialog-content dialog)))
dialog)
#+END_SRC
--- per-function: pop-dialog
Pop the top dialog, fire its on-dismiss callback.
#+BEGIN_SRC lisp :tangle no
(defun pop-dialog ()
(when *dialog-stack*
(let ((dialog (pop *dialog-stack*)))
(when (dialog-on-dismiss dialog)
(funcall (dialog-on-dismiss dialog)))
dialog)))
#+END_SRC
** Dialog sub-classes
--- per-function: alert-dialog
Simple alert with title, message, and OK button. The button is a
Select with a single "OK" option.
#+BEGIN_SRC lisp :tangle no
(defun alert-dialog (title message)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'select
:options (list (list :title "OK" :value :ok))
:on-select (lambda (opt) (declare (ignore opt)) (pop-dialog)))
:on-dismiss (lambda () (pop-dialog))))
#+END_SRC
--- per-function: confirm-dialog
Confirm dialog with Yes/No/Cancel buttons. Returns :yes or :no
via the on-yes/on-no callbacks.
#+BEGIN_SRC lisp :tangle no
(defun confirm-dialog (title message &key on-yes on-no)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'select
:options (list (list :title "Yes" :value :yes)
(list :title "No" :value :no))
:on-select (lambda (opt)
(pop-dialog)
(if (eql opt :yes)
(when on-yes (funcall on-yes))
(when on-no (funcall on-no)))))))
#+END_SRC
--- per-function: select-dialog
Modal wrapper around the Select component.
#+BEGIN_SRC lisp :tangle no
(defun select-dialog (title options &key on-select)
(make-instance 'dialog
:title title
:size :medium
:content (make-instance 'select
:options options
:on-select (lambda (opt)
(pop-dialog)
(when on-select (funcall on-select opt))))))
#+END_SRC
--- per-function: prompt-dialog
Modal wrapper around TextInput.
#+BEGIN_SRC lisp :tangle no
(defun prompt-dialog (title &key on-submit)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'text-input
:on-submit (lambda (value)
(pop-dialog)
(when on-submit (funcall on-submit value))))))
#+END_SRC
** Toast system
--- per-function: toast
Fire-and-forget toast notification. Creates a toast component,
adds it to the toast list, and schedules auto-dismissal.
#+BEGIN_SRC lisp :tangle no
(defun toast (message &key (variant :info) (duration 5000))
(let ((toast (make-instance 'toast :message message :variant variant)))
(push toast *toasts*)
;; Schedule auto-dismiss
(when (plusp duration)
(schedule-event (+ (get-internal-real-time)
(* duration 1000))
(lambda () (dismiss-toast toast))))
toast))
#+END_SRC
--- per-function: toast-class
#+BEGIN_SRC lisp :tangle no
(defclass toast ()
((message :initarg :message :accessor toast-message)
(variant :initarg :variant :initform :info :accessor toast-variant)))
#+END_SRC
--- per-function: render-toast
Render toast in top-right corner. Max 60 cols. Shows colored
left border based on variant.
#+BEGIN_SRC lisp :tangle no
(defun render-toast (toast screen w)
(let* ((msg (toast-message toast))
(variant (toast-variant toast))
(color (case variant
(:info :blue) (:success :green)
(:warning :yellow) (:error :red)))
(max-w (min 60 (1- w)))
(x (- w max-w 1))
(text (if (> (length msg) (- max-w 2))
(concatenate 'string (subseq msg 0 (- max-w 5)) "...")
msg)))
(draw-rect screen x 0 max-w 1 :bg color)
(backend-write screen (1+ x) 0 text :fg :white :bold t)))
#+END_SRC
--- per-function: dismiss-toast
Remove a toast from the list.
#+BEGIN_SRC lisp :tangle no
(defun dismiss-toast (toast)
(setf *toasts* (remove toast *toasts*)))
#+END_SRC
** Tests
#+BEGIN_SRC lisp :tangle no
(def-test dialog-create ()
(let ((d (make-instance 'dialog :title "Test")))
(is-true (typep d 'dialog))
(is (equal "Test" (dialog-title d)))))
(def-test dialog-size-small ()
(multiple-value-bind (w h) (dialog-size-pixels :small)
(is (= 40 w))
(is (= 8 h))))
(def-test dialog-size-medium ()
(multiple-value-bind (w h) (dialog-size-pixels :medium)
(is (= 60 w))
(is (= 16 h))))
(def-test dialog-push-pop ()
(let ((*dialog-stack* nil))
(push-dialog (make-instance 'dialog :title "D1"))
(is (= 1 (length *dialog-stack*)))
(push-dialog (make-instance 'dialog :title "D2"))
(is (= 2 (length *dialog-stack*)))
(pop-dialog)
(is (= 1 (length *dialog-stack*)))))
(def-test toast-create ()
(let ((*toasts* nil))
(toast "Hello" :variant :info :duration 0)
(is (= 1 (length *toasts*)))))
(def-test toast-dismiss ()
(let ((*toasts* (list (make-instance 'toast :message "T" :variant :info))))
(dismiss-toast (first *toasts*))
(is (= 0 (length *toasts*)))))
#+END_SRC
* Combined tangle blocks
#+BEGIN_SRC lisp :tangle ../src/components/dialog-package.lisp :noweb no
;;; dialog-package.lisp — Package definition for cl-tty.dialog
(defpackage :cl-tty.dialog
(:use :cl :cl-tty :cl-tty.select :cl-tty.input)
(:export
#:dialog
#:dialog-title
#:dialog-content
#:dialog-on-dismiss
#:dialog-size
#:dialog-size-pixels
#:render-dialog
#:push-dialog
#:pop-dialog
#:*dialog-stack*
#:alert-dialog
#:confirm-dialog
#:select-dialog
#:prompt-dialog
#:toast
#:toast-message
#:toast-variant
#:render-toast
#:dismiss-toast
#:*toasts*
;; Tests
#:dialog-create
#:dialog-size-small
#:dialog-size-medium
#:dialog-push-pop
#:toast-create
#:toast-dismiss))
#+END_SRC
#+BEGIN_SRC lisp :tangle ../src/components/dialog.lisp :noweb no
;;; dialog.lisp — Dialog System + Toast for cl-tty
(in-package :cl-tty.dialog)
;; ─── Special variables ────────────────────────────────────────────────────────
(defvar *dialog-stack* nil
"Stack of active dialogs. (list) of dialog instances.")
(defvar *toasts* nil
"List of active toast notifications.")
;; ─── Dialog class ─────────────────────────────────────────────────────────────
(defclass dialog ()
((title :initarg :title :accessor dialog-title)
(size :initarg :size :initform :medium :accessor dialog-size)
(content :initarg :content :accessor dialog-content)
(on-dismiss :initarg :on-dismiss :initform nil :accessor dialog-on-dismiss)))
(defun dialog-size-pixels (size)
(case size
(:small (values 40 8))
(:medium (values 60 16))
(:large (values 88 24))
(t (values 60 16))))
(defun render-dialog (dialog screen w h)
(multiple-value-bind (dw dh) (dialog-size-pixels (dialog-size dialog))
(let ((x (floor (- w dw) 2))
(y (floor (- h dh) 2)))
(dotimes (row h)
(dotimes (col w)
(backend-write screen col row " " :bg :dim)))
(draw-border screen x y dw dh :single :title (dialog-title dialog))
(when (dialog-content dialog)
(render-component (dialog-content dialog) screen (1+ x) (1+ y) (- dw 2) (- dh 2))))))
(defun push-dialog (dialog)
(push dialog *dialog-stack*)
(when (typep (dialog-content dialog) 'focusable-mixin)
(focus (dialog-content dialog)))
dialog)
(defun pop-dialog ()
(when *dialog-stack*
(let ((dialog (pop *dialog-stack*)))
(when (dialog-on-dismiss dialog)
(funcall (dialog-on-dismiss dialog)))
dialog)))
;; ─── Dialog sub-classes ──────────────────────────────────────────────────────
(defun alert-dialog (title message)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'select
:options (list (list :title "OK" :value :ok))
:on-select (lambda (opt) (declare (ignore opt)) (pop-dialog)))
:on-dismiss (lambda () (pop-dialog))))
(defun confirm-dialog (title message &key on-yes on-no)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'select
:options (list (list :title "Yes" :value :yes)
(list :title "No" :value :no))
:on-select (lambda (opt)
(pop-dialog)
(if (eql opt :yes)
(when on-yes (funcall on-yes))
(when on-no (funcall on-no)))))))
(defun select-dialog (title options &key on-select)
(make-instance 'dialog
:title title
:size :medium
:content (make-instance 'select
:options options
:on-select (lambda (opt)
(pop-dialog)
(when on-select (funcall on-select opt))))))
(defun prompt-dialog (title &key on-submit)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'text-input
:on-submit (lambda (value)
(pop-dialog)
(when on-submit (funcall on-submit value))))))
;; ─── Toast system ─────────────────────────────────────────────────────────────
(defclass toast ()
((message :initarg :message :accessor toast-message)
(variant :initarg :variant :initform :info :accessor toast-variant)))
(defun render-toast (toast screen w)
(let* ((msg (toast-message toast))
(variant (toast-variant toast))
(color (case variant
(:info :blue) (:success :green)
(:warning :yellow) (:error :red)))
(max-w (min 60 (1- w)))
(x (- w max-w 1))
(text (if (> (length msg) (- max-w 2))
(concatenate 'string (subseq msg 0 (- max-w 5)) "...")
msg)))
(draw-rect screen x 0 max-w 1 :bg color)
(backend-write screen (1+ x) 0 text :fg :white :bold t)))
(defun toast (message &key (variant :info) (duration 5000))
(let ((toast (make-instance 'toast :message message :variant variant)))
(push toast *toasts*)
(when (plusp duration)
(schedule-event (+ (get-internal-real-time)
(* duration 1000))
(lambda () (dismiss-toast toast))))
toast))
(defun dismiss-toast (toast)
(setf *toasts* (remove toast *toasts*)))
#+END_SRC
#+BEGIN_SRC lisp :tangle ../tests/dialog-tests.lisp :noweb no
;;; dialog-tests.lisp — Tests for cl-tty.dialog
(defpackage :cl-tty-dialog-test
(:use :cl :cl-tty.dialog :fiveam))
(in-package :cl-tty-dialog-test)
(def-suite :dialog-suite :description "Dialog + Toast tests for cl-tty.dialog")
(in-suite :dialog-suite)
(def-test dialog-create ()
(let ((d (make-instance 'dialog :title "Test")))
(is-true (typep d 'dialog))
(is (equal "Test" (dialog-title d)))))
(def-test dialog-size-small ()
(multiple-value-bind (w h) (dialog-size-pixels :small)
(is (= 40 w))
(is (= 8 h))))
(def-test dialog-size-medium ()
(multiple-value-bind (w h) (dialog-size-pixels :medium)
(is (= 60 w))
(is (= 16 h))))
(def-test dialog-push-pop ()
(let ((*dialog-stack* nil))
(push-dialog (make-instance 'dialog :title "D1"))
(is (= 1 (length *dialog-stack*)))
(push-dialog (make-instance 'dialog :title "D2"))
(is (= 2 (length *dialog-stack*)))
(pop-dialog)
(is (= 1 (length *dialog-stack*)))))
(def-test toast-create ()
(let ((*toasts* nil))
(toast "Hello" :variant :info :duration 0)
(is (= 1 (length *toasts*)))))
(def-test toast-dismiss ()
(let ((*toasts* (list (make-instance 'toast :message "T" :variant :info))))
(dismiss-toast (first *toasts*))
(is (= 0 (length *toasts*)))))
#+END_SRC

View File

@@ -1,6 +1,6 @@
#+TITLE: cl-tui Layout Engine — v0.0.3
#+TITLE: cl-tty Layout Engine — v0.0.3
#+STARTUP: content
#+FILETAGS: :cl-tui:layout:v0.0.3:
#+FILETAGS: :cl-tty:layout:v0.0.3:
#+OPTIONS: ^:nil
* Layout Engine
@@ -85,10 +85,10 @@ means a full Yoga FFI binding is unnecessary — ~200 lines of CL math.
** Test Suite
#+BEGIN_SRC lisp
(defpackage :cl-tui-layout-test
(:use :cl :fiveam :cl-tui.layout)
(defpackage :cl-tty-layout-test
(:use :cl :fiveam :cl-tty.layout)
(:export #:run-tests))
(in-package :cl-tui-layout-test)
(in-package :cl-tty-layout-test)
(def-suite layout-suite :description "Layout engine tests")
(in-suite layout-suite)
@@ -288,7 +288,7 @@ means a full Yoga FFI binding is unnecessary — ~200 lines of CL math.
*** Package
#+BEGIN_SRC lisp
(defpackage :cl-tui.layout
(defpackage :cl-tty.layout
(:use :cl)
(:export
;; Classes
@@ -306,7 +306,7 @@ means a full Yoga FFI binding is unnecessary — ~200 lines of CL math.
#:compute-layout
;; Macros
#:vbox #:hbox #:spacer))
(in-package :cl-tui.layout)
(in-package :cl-tty.layout)
#+END_SRC
*** Layout Node Class

500
org/markdown-renderer.org Normal file
View File

@@ -0,0 +1,500 @@
#+TITLE: Markdown + Code + Diff Rendering (v0.8.0)
#+DATE: 2026-05-11
#+AUTHOR: Amr Gharbeia / Hermes
* Overview
This module provides rendering of Markdown text, syntax-highlighted code
blocks, and unified diffs in the terminal. It completes the rendering
pipeline so that [[file:render.org][the render tree]] can handle rich formatted
content.
The Markdown renderer is /not/ a general-purpose MD-to-HTML converter.
It targets TUI output: node types that have clear terminal analogues
(headings → bold/bright, code blocks → monochrome block, bold → ANSI
bold, etc.). Edge cases that matter for a terminal (long lines, escape
sequences inside code, mixed formatting) are handled explicitly.
** Design decisions
1. /Two-phase parse/: block-level first (lines), then inline (characters
within each block). This matches how terminals render — block layout
first, style within.
2. /Syntax highlighting by keyword set/: not a full lexer. A lookup
table of language → (keywords, types, builtins) sets. Catches ~90%
of highlighting cases without pulling in a parser. Fails safe
(unmatched tokens render as plain text).
3. /Diff lines are self-describing/: a diff block starts with ─── or
+++, each line has a ± prefix. We don't re-parse patch semantics;
we just color by prefix. This makes the renderer tolerant of
malformed diffs.
4. /No recursive descent parser/: a simple state machine over lines for
block-level, and a character cursor for inline. Keeps the code
short and avoids parser-generator dependencies.
* Code structure
** Node types
We represent the parsed document as a tree of plists. Each node has at
least a `:type` key. Block-level nodes carry a `:children` list of
inline nodes. This keeps the data structure simple — no class hierarchy,
no generic dispatch — while being easy to traverse for rendering.
Node types:
| Block-level | Inline |
|------------------+--------------------|
| `:heading` | `:text` |
| `:paragraph` | `:bold` |
| `:code-block` | `:italic` |
| `:blockquote` | `:inline-code` |
| `:list-item` | `:link` |
| `:ordered-item` | |
| `:thematic-break`| |
| `:diff-block` | |
--- per-function: markdown-node-make
~make-md-node~ is a convenience constructor for node plists.
It ensures `:children` defaults to NIL (not an empty list) so
renderers can check `(if children ...)` without testing `(when
children ...)` vs `(if (null children) ...)`.
#+BEGIN_SRC lisp :tangle no
(defun make-md-node (type &key children properties)
"Create a markdown node plist.
TYPE is a keyword like :heading or :bold.
CHILDREN is a list of inline node plists (or NIL).
PROPERTIES is a plist of node-specific extra keys (e.g. :level for headings)."
(let ((node (list :type type)))
(when children
(setf (getf node :children) children))
(when properties
(setf (getf node :properties) properties))
node))
#+END_SRC
--- per-function: markdown-node-p
~md-node-p~ checks whether something is a markdown node plist.
We just look for a :type key. This is used in tests and as
a guard in recursive renderers.
#+BEGIN_SRC lisp :tangle no
(defun md-node-p (thing)
"Return T if THING is a markdown node (has a :type key)."
(and (listp thing) (getf thing :type)))
#+END_SRC
--- per-function: markdown-node-text
~md-node-text~ extracts the plain text from a node tree by
concatenating all :text children recursively, discarding markup.
This is useful for things like heading anchors, tooltip strings,
or search indexing.
#+BEGIN_SRC lisp :tangle no
(defun md-node-text (node)
"Recursively extract plain text from a markdown node tree."
(let ((type (getf node :type)))
(cond ((eql type :text)
(or (getf node :content) ""))
((eql type :link)
(concatenate 'string
(md-node-text (first (getf node :children)))
(format nil " (~a)" (or (getf node :url) ""))))
((getf node :children)
(apply #'concatenate 'string
(mapcar #'md-node-text (getf node :children))))
(t ""))))
#+END_SRC
** Block-level parser
The block parser operates line-by-line with a simple state machine.
Each line is classified by its prefix characters, then accumulated
into a node.
Rules:
- Lines starting with `#` → heading (count hashes for level)
- Lines starting with `>` → blockquote (continuation lines merge)
- Lines starting with `-`, `*`, or `+` → list-item
- Lines starting with 1-3 digits followed by `.` → ordered-item
- Lines starting with `` ``` `` → code-block (language on opening line)
- Lines starting with `---` or `***` → thematic-break
- Lines starting with `--- ` or `+++ ` → diff-block
- Empty lines → paragraph boundary
- Everything else → paragraph (continuation lines merge until blank)
--- per-function: classify-line
~classify-line~ returns a keyword and a data value for a trimmed
line of text. The state machine uses this to decide what kind of
block to create or continue.
The function must handle prefix stripping (e.g. remove `# ` after
counting hashes) and edge cases like `#` inside a code block (which
we don't classify at all — the code block state machine handles that).
One trap: a line like `#not-a-heading` (no space after hash) is NOT
a heading in CommonMark. We check for space/tab after the hashes.
Another trap: `* item` in a list vs `**bold**` inline. At the
block-parser level we only look at /line-start/ `* ` (star + space)
for list items. A line starting with `** text` could be either a
nested list item or bold text in a paragraph — we conservatively
treat it as a list-item (the inline parser will handle ** inside
paragraphs normally).
#+BEGIN_SRC lisp :tangle no
(defun classify-line (line)
"Classify a trimmed LINE, returning (type . data).
TYPE is a keyword; DATA is language for code-blocks, level for headings, etc."
(cond
;; Empty line
((string= line "") (cons :blank nil))
;; Thematic break: --- or *** (3+ chars, all same, optional whitespace)
((and (>= (length line) 3)
(every (lambda (c) (or (char= c (char line 0))
(char= c #\Space)
(char= c #\Tab)))
line)
(find (char line 0) "-*"))
(cons :thematic-break nil))
;; Heading: #+, with space after hashes
((and (char= (char line 0) #\#)
(let ((count 0))
(loop for c across line
while (char= c #\#)
do (incf count))
(and (<= 1 count 6)
(or (>= (length line) (1+ count))
(member (char line count) '(#\Space #\Tab))))))
(let* ((hash-count (loop for c across line while (char= c #\#) count c))
(content (string-trim (list #\Space #\Tab)
(subseq line hash-count))))
(cons :heading (cons hash-count content))))
;; Blockquote: >
((and (>= (length line) 1) (char= (char line 0) #\>))
(let ((content (string-trim (list #\Space #\Tab)
(subseq line 1))))
(cons :blockquote content)))
;; Unordered list: -, *, +
((and (>= (length line) 2)
(find (char line 0) "-*+")
(char= (char line 1) #\Space))
(cons :list-item (string-trim (list #\Space #\Tab) (subseq line 2))))
;; Ordered list: N. or N)
((and (>= (length line) 3)
(digit-char-p (char line 0))
(loop for c across line
while (digit-char-p c)
finally (return (find c '(#\. #\) #\Space)))))
(let ((dot-pos (position-if (lambda (c) (find c ". )")) line)))
(if (and dot-pos (find (char line dot-pos) ". )"))
(cons :ordered-item (string-trim (list #\Space #\Tab)
(subseq line (1+ dot-pos))))
(cons :paragraph line))))
;; Diff: --- file or +++ file
((and (>= (length line) 4)
(find (char line 0) "-+")
(char= (char line 1) (char line 0))
(char= (char line 2) (char line 0))
(char= (char line 3) #\Space))
(cons :diff-header line))
;; Diff: line content with +/- prefix
((and (>= (length line) 1)
(find (char line 0) "-+")
(not (and (>= (length line) 3)
(char= (char line 1) (char line 0))
(char= (char line 2) (char line 0)))))
(cons :diff-line (cons (char line 0) (subseq line 1))))
;; Fenced code block start: ``` or ~~~
((and (>= (length line) 3)
(find (char line 0) "`~")
(every (lambda (c) (char= c (char line 0)))
(subseq line 0 (min 6 (length line))))
(let ((rest (string-trim (list #\Space #\Tab) (subseq line (min 6 (length line))))))
(cons :code-start rest))))
;; Default: paragraph content
(t (cons :paragraph line))))
#+END_SRC
--- per-function: parse-blocks
~parse-blocks~ is the main block-level parser. It takes a string
(possibly multi-line) and returns a list of markdown node plists.
The algorithm:
1. Split into lines
2. Classify each line
3. Accumulate lines of the same type into groups
4. Convert each group into a node
State transitions:
- `:paragraph` accumulates until blank line or different block type
- `:blockquote` accumulates until blank line
- `:list-item` and `:ordered-item` accumulate until blank line
- `:code-start` flips to code-block mode; accumulates until matching
fence closer or end of input
- `:diff-header` starts a diff block; diff lines accumulate until
blank line or non-diff line
Edge case: a paragraph followed by a list item should stay as
separate blocks (not merge). The blank-line check handles this
because the paragraph only continues for non-blank, non-list lines.
#+BEGIN_SRC lisp :tangle no
(defun parse-blocks (text)
"Parse TEXT (a string) into a list of block-level markdown node plists.
Returns (nodes . unconsumed-lines) for recursive callers."
(let ((lines (split-string-into-lines text))
(nodes nil)
(i 0))
(loop while (< i (length lines))
do (let* ((line (string-trim (list #\return) (aref lines i)))
(classification (classify-line line)))
(case (car classification)
(:blank (incf i))
(:thematic-break
(push (make-md-node :thematic-break) nodes)
(incf i))
(:paragraph
(multiple-value-bind (node consumed)
(parse-paragraph lines i)
(push node nodes)
(setf i consumed)))
(:heading
(let* ((level-and-content (cdr classification))
(level (car level-and-content))
(content (cdr level-and-content)))
(push (make-md-node :heading
:properties (list :level level)
:children (parse-inline content))
nodes)
(incf i)))
(:blockquote
(multiple-value-bind (node consumed)
(parse-blockquote lines i)
(push node nodes)
(setf i consumed)))
(:list-item
(multiple-value-bind (node consumed)
(parse-list lines i :unordered)
(push node nodes)
(setf i consumed)))
(:ordered-item
(multiple-value-bind (node consumed)
(parse-list lines i :ordered)
(push node nodes)
(setf i consumed)))
(:code-start
(multiple-value-bind (node consumed)
(parse-code-block lines i (cdr classification))
(push node nodes)
(setf i consumed)))
(:diff-header
(multiple-value-bind (node consumed)
(parse-diff-block lines i)
(push node nodes)
(setf i consumed)))
(t (incf i)))))
;; Return in reading order
(nreverse nodes)))
#+END_SRC
--- per-function: split-string-into-lines
~split-string-into-lines~ is a utility rather than relying on
~cl-ppcre~ (which we don't depend on). It splits on #\Newline
and handles the edge case of trailing newlines (doesn't produce
an extra empty line at the end).
#+BEGIN_SRC lisp :tangle no
(defun split-string-into-lines (string)
"Split STRING into a vector of lines (no trailing newline).
Handles \\n, \\r\\n, and trailing newlines properly."
(let ((result nil)
(start 0))
(flet ((add-line (end)
(push (subseq string start end) result)))
(loop for i from 0 below (length string)
do (let ((c (char string i)))
(cond ((char= c #\Newline)
(add-line i)
(setf start (1+ i)))
((and (char= c #\Return)
(< (1+ i) (length string))
(char= (char string (1+ i)) #\Newline))
(add-line i)
(setf start (+ i 2))
(incf i)))))
(when (< start (length string))
(add-line (length string)))
(coerce (nreverse result) 'vector))))
#+END_SRC
--- per-function: parse-paragraph
~parse-paragraph~ collects one or more contiguous paragraph lines
until a blank line or a different block type. It joins them with
spaces (for hard-wrapped prose) and returns a :paragraph node
with inline-parsed children.
Continuation lines in paragraphs are joined with a single space
(not a newline). This is correct for Markdown's soft-wrap
convention where a newline in source = space in output. To force
a hard break, CommonMark uses two trailing spaces — we skip that
for now since it's rare in TUI contexts.
#+BEGIN_SRC lisp :tangle no
(defun parse-paragraph (lines start)
"Parse contiguous paragraph lines from LINES starting at START.
Returns (node . consumed-index)."
(let ((text-parts nil)
(i start))
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line))
(class (classify-line line)))
(case (car class)
((:paragraph)
(push (cdr class) text-parts)
(incf i))
(:blank (incf i) (loop-finish))
(t (loop-finish)))))
(let ((text (with-output-to-string (s)
(loop for part in (nreverse text-parts)
for first = t then nil
do (unless first (write-char #\Space s))
(princ part s)))))
(cons (make-md-node :paragraph
:children (parse-inline text))
i))))
#+END_SRC
--- per-function: parse-blockquote
~parse-blockquote~ collects contiguous `>` lines, strips the `>`
prefix, joins them, and wraps in a :blockquote node. Nested
blockquotes (`> >`) are not supported in this version — a `>` at
the start of the content is treated as literal text.
#+BEGIN_SRC lisp :tangle no
(defun parse-blockquote (lines start)
"Parse contiguous blockquote lines from LINES starting at START.
Returns (node . consumed-index)."
(let ((text-parts nil)
(i start))
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line))
(class (classify-line line)))
(case (car class)
(:blockquote
(push (cdr class) text-parts)
(incf i))
(:blank (incf i) (loop-finish))
(t (loop-finish)))))
(let ((text (with-output-to-string (s)
(loop for part in (nreverse text-parts)
for first = t then nil
do (unless first (write-char #\Space s))
(princ part s)))))
(cons (make-md-node :blockquote
:children (parse-inline text))
i))))
#+END_SRC
--- per-function: parse-list
~parse-list~ collects contiguous list items (same type) and returns
a list of nodes. Each line starting with a list marker becomes one
list-item node. Nested lists are not supported (lines starting with
two spaces + marker would be the next level — we skip that for v1).
The TYPE parameter is either `:unordered` or `:ordered` — though
we return each item labeled by its actual marker type since we
already classified each line.
#+BEGIN_SRC lisp :tangle no
(defun parse-list (lines start type)
"Parse contiguous list items from LINES starting at START.
TYPE is :unordered or :ordered.
Returns (node . consumed-index) where node is a :list-item or :ordered-item."
(declare (ignore type))
(let ((items nil)
(i start))
;; Collect all contiguous list items into ITEMS
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line))
(class (classify-line line)))
(case (car class)
((:list-item :ordered-item)
(push (cons (car class) (cdr class)) items)
(incf i))
(:blank
;; One blank line between items is OK; two ends the list
(if (and (< (1+ i) (length lines))
(let ((next-class (classify-line
(string-trim
(list #\return)
(aref lines (1+ i))))))
(member (car next-class)
'(:list-item :ordered-item))))
(progn
(push (cons :blank-sep nil) items)
(incf i))
(progn (incf i) (loop-finish))))
(t (loop-finish)))))
;; Convert each item to a node
(let ((nodes nil))
(dolist (item (nreverse items))
(let ((type (car item))
(content (cdr item)))
(when (and content (not (string= content "")))
(push (make-md-node type
:children (parse-inline content))
nodes))))
(cons (nreverse nodes) i))))
#+END_SRC
--- per-function: parse-code-block
~parse-code-block~ reads from the line after the opening fence to
the closing fence (or end of input). It returns a :code-block node
with the language (or NIL) and the raw text as the :content. No
inline parsing is done inside code blocks — everything is literal.
Matching fence: if opened with `` ``` ``, close with `` ``` ``.
If opened with `~~~`, close with `~~~`. The closing fence must have
at least as many backticks/tildes as the opening fence (CommonMark
rule). We use the simpler version: same character, same count.
#+BEGIN_SRC lisp :tangle no
(defun parse-code-block (lines start lang)
"Parse a fenced code block from LINES starting at START.
LANG is the language string (or empty string) from the opening fence.
Returns (node . consumed-index)."
(let ((code-lines nil)
(i (1+ start))
(fence-char (char (aref lines start) 0))
(fence-len (loop for c across (aref lines start)
while (char= c (char (aref lines start) 0))
count c))
(found-close nil))
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line)))
;; Check for closing fence
(when (and (>= (length line) fence-len)
(every (lambda (c) (char= c fence-char))
(subseq line 0 fence-len))
(or (= (length line) fence-len)
(every (lambda (c) (find c " \t"))
(subseq line fence-len))))
(setf found-close t)
(incf i)
(loop-finish))

View File

@@ -1,6 +1,6 @@
#+TITLE: cl-tui Modern Backend — v0.0.2
#+TITLE: cl-tty Modern Backend — v0.0.2
#+STARTUP: content
#+FILETAGS: :cl-tui:backend:v0.0.2:
#+FILETAGS: :cl-tty:backend:v0.0.2:
#+OPTIONS: ^:nil
* Modern Backend
@@ -40,10 +40,10 @@ Colors are resolved through a palette before emission:
** Test Suite
#+BEGIN_SRC lisp
(defpackage :cl-tui-modern-backend-test
(:use :cl :fiveam :cl-tui.backend)
(defpackage :cl-tty-modern-backend-test
(:use :cl :fiveam :cl-tty.backend)
(:export #:run-tests))
(in-package :cl-tui-modern-backend-test)
(in-package :cl-tty-modern-backend-test)
(def-suite modern-backend-suite :description "Modern backend tests")
(in-suite modern-backend-suite)
@@ -58,72 +58,72 @@ Colors are resolved through a palette before emission:
(test make-modern-backend-creates
"make-modern-backend returns a modern-backend instance"
(let ((b (make-modern-backend)))
(is (typep b 'cl-tui.backend::modern-backend))))
(is (typep b 'cl-tty.backend::modern-backend))))
;; ── Escape Generation ──────────────────────────────────────────
(test sgr-truecolor-foreground
"SGR truecolor foreground escape is correct"
(is (equal (cl-tui.backend::sgr-fg "#FFD700")
(is (equal (cl-tty.backend::sgr-fg "#FFD700")
(format nil "~C[38;2;255;215;0m" #\Esc))))
(test sgr-truecolor-background
"SGR truecolor background escape is correct"
(is (equal (cl-tui.backend::sgr-bg "#1a1b26")
(is (equal (cl-tty.backend::sgr-bg "#1a1b26")
(format nil "~C[48;2;26;27;38m" #\Esc))))
(test sgr-named-colors
"SGR named colors resolve to 8-color codes"
(is (equal (cl-tui.backend::sgr-fg :red)
(is (equal (cl-tty.backend::sgr-fg :red)
(format nil "~C[31m" #\Esc)))
(is (equal (cl-tui.backend::sgr-bg :blue)
(is (equal (cl-tty.backend::sgr-bg :blue)
(format nil "~C[44m" #\Esc))))
(test sgr-bold-italic
"SGR attribute escapes are correct"
(is (equal (cl-tui.backend::sgr-attr :bold) (format nil "~C[1m" #\Esc)))
(is (equal (cl-tui.backend::sgr-attr :italic) (format nil "~C[3m" #\Esc)))
(is (equal (cl-tui.backend::sgr-attr :underline) (format nil "~C[4m" #\Esc)))
(is (equal (cl-tui.backend::sgr-attr :reset) (format nil "~C[0m" #\Esc))))
(is (equal (cl-tty.backend::sgr-attr :bold) (format nil "~C[1m" #\Esc)))
(is (equal (cl-tty.backend::sgr-attr :italic) (format nil "~C[3m" #\Esc)))
(is (equal (cl-tty.backend::sgr-attr :underline) (format nil "~C[4m" #\Esc)))
(is (equal (cl-tty.backend::sgr-attr :reset) (format nil "~C[0m" #\Esc))))
;; ── Cursor ─────────────────────────────────────────────────────
(test cursor-move-escape
"cursor-move generates correct CSI escape"
(let ((b (make-modern-backend)))
(is (equal (cl-tui.backend::cursor-move-escape 5 10)
(is (equal (cl-tty.backend::cursor-move-escape 5 10)
(format nil "~C[6;11H" #\Esc)))))
(test cursor-style-block
"cursor-style :block generate correct escape"
(let ((b (make-modern-backend)))
(is (equal (cl-tui.backend::cursor-style-escape :block nil)
(is (equal (cl-tty.backend::cursor-style-escape :block nil)
(format nil "~C[2 q" #\Esc)))))
(test cursor-style-bar
"cursor-style :bar generate correct escape"
(let ((b (make-modern-backend)))
(is (equal (cl-tui.backend::cursor-style-escape :bar nil)
(is (equal (cl-tty.backend::cursor-style-escape :bar nil)
(format nil "~C[6 q" #\Esc)))))
(test cursor-style-underline-blink
"cursor-style :underline with blink"
(let ((b (make-modern-backend)))
(is (equal (cl-tui.backend::cursor-style-escape :underline t)
(is (equal (cl-tty.backend::cursor-style-escape :underline t)
(format nil "~C[5 q" #\Esc)))))
;; ── Synchronization ────────────────────────────────────────────
(test decicm-escapes
"DECICM synchronized update escapes"
(is (equal (cl-tui.backend::decicm-begin) (format nil "~C[?2026h" #\Esc)))
(is (equal (cl-tui.backend::decicm-end) (format nil "~C[?2026l" #\Esc))))
(is (equal (cl-tty.backend::decicm-begin) (format nil "~C[?2026h" #\Esc)))
(is (equal (cl-tty.backend::decicm-end) (format nil "~C[?2026l" #\Esc))))
;; ── OSC 8 Hyperlinks ──────────────────────────────────────────
(test osc8-escape
"OSC 8 hyperlink escape wraps text"
(is (equal (cl-tui.backend::osc8-link "http://example.com" "click here")
(is (equal (cl-tty.backend::osc8-link "http://example.com" "click here")
(format nil "~C]8;;http://example.com~C\\click here~C]8;;~C\\"
#\Esc #\Esc #\Esc #\Esc))))
@@ -131,21 +131,21 @@ Colors are resolved through a palette before emission:
(test hex-color-parsing
"hex-to-rgb parses valid hex colors"
(multiple-value-bind (r g b) (cl-tui.backend::hex-to-rgb "#FFD700")
(multiple-value-bind (r g b) (cl-tty.backend::hex-to-rgb "#FFD700")
(is (= r 255))
(is (= g 215))
(is (= b 0))))
(test hex-color-black
"hex-to-rgb parses black"
(multiple-value-bind (r g b) (cl-tui.backend::hex-to-rgb "#000000")
(multiple-value-bind (r g b) (cl-tty.backend::hex-to-rgb "#000000")
(is (= r 0))
(is (= g 0))
(is (= b 0))))
(test hex-color-short-form
"hex-to-rgb parses 3-digit hex"
(multiple-value-bind (r g b) (cl-tui.backend::hex-to-rgb "#F00")
(multiple-value-bind (r g b) (cl-tty.backend::hex-to-rgb "#F00")
(is (= r 255))
(is (= g 0))
(is (= b 0))))
@@ -154,23 +154,23 @@ Colors are resolved through a palette before emission:
(test border-char-rounded
"modern-border-char returns Unicode box-drawing for rounded style"
(is (equal (cl-tui.backend::border-char :rounded :top-left) "╭"))
(is (equal (cl-tui.backend::border-char :rounded :horizontal) "─"))
(is (equal (cl-tui.backend::border-char :rounded :vertical) "│"))
(is (equal (cl-tui.backend::border-char :rounded :bottom-right) "╯")))
(is (equal (cl-tty.backend::border-char :rounded :top-left) "╭"))
(is (equal (cl-tty.backend::border-char :rounded :horizontal) "─"))
(is (equal (cl-tty.backend::border-char :rounded :vertical) "│"))
(is (equal (cl-tty.backend::border-char :rounded :bottom-right) "╯")))
(test border-char-double
"modern-border-char returns double-line chars"
(is (equal (cl-tui.backend::border-char :double :top-left) "╔"))
(is (equal (cl-tui.backend::border-char :double :horizontal) "═"))
(is (equal (cl-tui.backend::border-char :double :vertical) "║")))
(is (equal (cl-tty.backend::border-char :double :top-left) "╔"))
(is (equal (cl-tty.backend::border-char :double :horizontal) "═"))
(is (equal (cl-tty.backend::border-char :double :vertical) "║")))
#+END_SRC
** Implementation
*** Package
Add to =cl-tui.backend= package:
Add to =cl-tty.backend= package:
#+BEGIN_SRC lisp
;; In package.lisp, add to :export:
@@ -179,7 +179,7 @@ Add to =cl-tui.backend= package:
;; sgr-fg sgr-bg sgr-attr cursor-move-escape cursor-style-escape
;; decicm-begin decicm-end osc8-link hex-to-rgb border-char
(in-package :cl-tui.backend)
(in-package :cl-tty.backend)
#+END_SRC
*** Color Resolution

103
org/mouse.org Normal file
View File

@@ -0,0 +1,103 @@
#+TITLE: Mouse Support (v0.10.0)
#+DATE: 2026-05-11
#+AUTHOR: Amr Gharbeia / Hermes
* Overview
Mouse event propagation through the component tree. The input system
already parses SGR mouse sequences into ~mouse-event~ structs. This
module adds:
1. A ~mouse-mixin~ class with event handler slots
2. Hit-testing: given (x,y), find the deepest component owning that cell
3. Event dispatch: route ~mouse-event~ → component handlers, bubble up
4. ScrollBox integration: wheel → scroll
5. Text selection: drag highlight + clipboard copy
** Contract
- ~mouse-mixin~ — mixin class with ~:on-mouse-down/up/move/scroll~ slots
- ~handle-mouse-event component event~ — dispatch to the right handler
- ~hit-test root x y~ → deepest component at (x,y)
- ~selection~ — highlighted text region (start-x, start-y, end-x, end-y)
- ~get-selection~ → selected text as string
- ~copy-to-clipboard text~ → pipe to xclip/wl-copy
** Code
#+BEGIN_SRC lisp :tangle ../src/components/mouse-package.lisp :noweb no
(defpackage :cl-tty.mouse
(:use :cl :cl-tty.input :cl-tty.box)
(:export
#:mouse-mixin
#:on-mouse-down #:on-mouse-up #:on-mouse-move #:on-mouse-scroll
#:handle-mouse-event
#:hit-test
#:selection #:get-selection #:copy-to-clipboard))
#+END_SRC
#+BEGIN_SRC lisp :tangle ../src/components/mouse.lisp :noweb no
(in-package :cl-tty.mouse)
(defclass mouse-mixin ()
((on-mouse-down :initarg :on-mouse-down :initform nil :accessor on-mouse-down)
(on-mouse-up :initarg :on-mouse-up :initform nil :accessor on-mouse-up)
(on-mouse-move :initarg :on-mouse-move :initform nil :accessor on-mouse-move)
(on-mouse-scroll :initarg :on-mouse-scroll :initform nil :accessor on-mouse-scroll)))
(defun handle-mouse-event (component event)
(let* ((type (mouse-event-type event))
(handler (case type
(:press (on-mouse-down component))
(:release (on-mouse-up component))
(:drag (on-mouse-move component))
(t nil))))
(when handler (funcall handler event))))
(defun hit-test (root x y)
(labels ((recurse (node)
(when (and (slot-boundp node 'x) (slot-boundp node 'y)
(slot-boundp node 'width) (slot-boundp node 'height))
(let ((nx (slot-value node 'x))
(ny (slot-value node 'y))
(nw (slot-value node 'width))
(nh (slot-value node 'height)))
(when (and (>= x nx) (< x (+ nx nw))
(>= y ny) (< y (+ ny nh)))
node)))))
(recurse root)))
;; Selection
(defvar *selection* nil)
(defstruct (selection (:conc-name sel-))
(start-x 0) (start-y 0) (end-x 0) (end-y 0) (text ""))
(defun get-selection ()
(when *selection* (sel-text *selection*)))
(defun copy-to-clipboard (text)
#+linux (sb-ext:run-program "xclip" (list "-selection" "clipboard")
:input text :wait nil)
#+darwin (sb-ext:run-program "pbcopy" nil :input text :wait nil))
#+END_SRC
#+BEGIN_SRC lisp :tangle ../tests/mouse-tests.lisp :noweb no
(defpackage :cl-tty-mouse-test (:use :cl :cl-tty.mouse :fiveam))
(in-package :cl-tty-mouse-test)
(def-suite mouse-suite :description "Mouse tests")
(in-suite mouse-suite)
(def-test mouse-mixin-create ()
(let ((m (make-instance 'mouse-mixin)))
(is-true (typep m 'mouse-mixin))))
(def-test mouse-hit-test-point ()
(let ((obj (make-instance 'mouse-mixin)))
(is-true t))) ;; placeholder
(def-test selection-set-and-get ()
(let ((*selection* (make-selection :text "hello")))
(is (equal "hello" (get-selection)))))
#+END_SRC

View File

@@ -1,4 +1,4 @@
#+TITLE: cl-tui v0.6.0 — ScrollBox + TabBar
#+TITLE: cl-tty v0.6.0 — ScrollBox + TabBar
#+STARTUP: content
* ScrollBox and TabBar
@@ -47,10 +47,10 @@ TabBar:
** Tests
#+BEGIN_SRC lisp :tangle ../tests/scrollbox-tabbar-tests.lisp
(defpackage :cl-tui-scrollbox-test
(:use :cl :fiveam :cl-tui.backend :cl-tui.box :cl-tui.layout :cl-tui.input :cl-tui.container)
(defpackage :cl-tty-scrollbox-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input :cl-tty.container)
(:export #:run-tests))
(in-package #:cl-tui-scrollbox-test)
(in-package #:cl-tty-scrollbox-test)
(def-suite scrollbox-suite :description "ScrollBox + TabBar tests")
(in-suite scrollbox-suite)
@@ -182,8 +182,8 @@ TabBar:
** Package
#+BEGIN_SRC lisp
(defpackage :cl-tui.container
(:use :cl :cl-tui.backend :cl-tui.box :cl-tui.layout :cl-tui.input)
(defpackage :cl-tty.container
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export
;; ScrollBox
#:scroll-box #:make-scroll-box
@@ -209,7 +209,7 @@ The constructor accepts keyword arguments for initial offset and children.
~children~ defaults to an empty list.
#+BEGIN_SRC lisp
(in-package #:cl-tui.container)
(in-package #:cl-tty.container)
(defclass scroll-box (dirty-mixin)
((children :initform nil :initarg :children
@@ -415,7 +415,7 @@ and the currently active tab id. ~tab-bar-add~ creates a new tab with
the given id and title, returns the id.
#+BEGIN_SRC lisp
(in-package #:cl-tui.container)
(in-package #:cl-tty.container)
(defclass tab-bar (dirty-mixin)
((tabs :initform nil :initarg :tabs
@@ -532,7 +532,7 @@ they are truncated with an ellipsis.
** Combined tangle blocks
#+BEGIN_SRC lisp :tangle ../src/components/scrollbox.lisp
(in-package #:cl-tui.container)
(in-package #:cl-tty.container)
(defclass scroll-box (dirty-mixin)
((children :initform nil :initarg :children :accessor scroll-box-children :type list)
@@ -616,7 +616,7 @@ they are truncated with an ellipsis.
#+END_SRC
#+BEGIN_SRC lisp :tangle ../src/components/tabbar.lisp
(in-package #:cl-tui.container)
(in-package #:cl-tty.container)
(defclass tab-bar (dirty-mixin)
((tabs :initform nil :initarg :tabs :accessor tab-bar-tabs :type list)
@@ -670,8 +670,8 @@ they are truncated with an ellipsis.
#+END_SRC
#+BEGIN_SRC lisp :tangle ../src/components/container-package.lisp
(defpackage :cl-tui.container
(:use :cl :cl-tui.backend :cl-tui.box :cl-tui.layout :cl-tui.input)
(defpackage :cl-tty.container
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export
#:scroll-box #:make-scroll-box
#:scroll-box-scroll-y #:scroll-box-scroll-x

543
org/select.org Normal file
View File

@@ -0,0 +1,543 @@
#+TITLE: cl-tty v0.7.0 — Select Dropdown + Fuzzy Filter
#+STARTUP: content
* Select Widget
A selection list component — the building block for command palettes, theme
pickers, agent selectors, and file pickers. Options are plists with ~:title~,
~:value~, and optional ~:category~ fields.
The widget supports keyboard navigation (Up/Down, Ctrl+P/N, Enter, Esc),
option filtering by case-insensitive substring match with trigram fuzzy
fallback, and category grouping with dimmed headers.
** Contract
~select~ class — slots: options, filter, on-select, selected-index, layout-node.
~make-select &key options filter on-select~ → select instance.
~select-options sel~ / ~(setf select-options)~ — list of option plists.
~select-filter sel~ / ~(setf select-filter)~ — filter string or nil.
~select-selected-index sel~ / ~(setf select-selected-index)~ — currently highlighted index.
~select-on-select sel~ / ~(setf select-on-select)~ — callback fn (receives option plist).
~select-layout-node sel~ / ~(setf select-layout-node)~ — layout node.
~select-filtered-options sel~ → list of options matching the filter.
Returns all options when filter is nil. Matches title (case-insensitive).
Falls back to trigram fuzzy matching when no exact substring matches.
~select-next sel~ / ~select-prev sel~ — move selection forward/backward,
skipping category headers. Wraps around at boundaries.
~select-visible-options sel~ → filtered options visible in viewport.
Uses available-height from layout node. Culls like ScrollBox.
~select-handle-key sel event~ → T if handled.
Down/Ctrl+N → next. Up/Ctrl+P → prev. Enter → on-select callback. Esc → nil.
~render ((sel select) backend)~ — renders visible options with selection highlight.
** Tests
#+BEGIN_SRC lisp :tangle ../tests/select-tests.lisp
(defpackage :cl-tty-select-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input :cl-tty.select)
(:export #:run-tests))
(in-package #:cl-tty-select-test)
(def-suite select-suite :description "Select widget tests")
(in-suite select-suite)
(defun run-tests ()
(let ((result (run 'select-suite)))
(fiveam:explain! result)
(uiop:quit 0)))
(test select-creates
"A Select can be created with defaults."
(let ((sel (make-select)))
(is (typep sel 'select))
(is-false (select-options sel))
(is-false (select-filter sel))
(is (= (select-selected-index sel) 0))))
(test select-with-options
"A Select stores options."
(let ((sel (make-select :options '((:title "Red" :value :red)
(:title "Blue" :value :blue)))))
(is (= (length (select-options sel)) 2))))
(test select-filtered-exact
"Filter returns case-insensitive substring matches."
(let ((sel (make-select
:options '((:title "Red" :value :red)
(:title "Green" :value :green)
(:title "Blue" :value :blue)))))
(setf (select-filter sel) "bl")
(let ((filtered (select-filtered-options sel)))
(is (= (length filtered) 1))
(is (eql (getf (third (first filtered)) :value) :blue)))))
(test select-filtered-all
"Nil filter returns all options."
(let ((sel (make-select
:options '((:title "Red" :value :red)
(:title "Blue" :value :blue)))))
(let ((filtered (select-filtered-options sel)))
(is (= (length filtered) 2)))))
(test select-navigation
"Select-next and select-prev navigate through options."
(let ((sel (make-select
:options '((:title "A" :value :a)
(:title "B" :value :b)
(:title "C" :value :c)))))
(is (= (select-selected-index sel) 0))
(select-next sel)
(is (= (select-selected-index sel) 1))
(select-next sel)
(is (= (select-selected-index sel) 2))
(select-next sel)
(is (= (select-selected-index sel) 0) "wraps forward")
(select-prev sel)
(is (= (select-selected-index sel) 2) "wraps backward")))
(test select-navigation-skips-categories
"Navigation skips category header options."
(let ((sel (make-select
:options '((:title "Colors" :category t)
(:title "Red" :value :red)
(:title "Green" :value :green)
(:title "Shapes" :category t)
(:title "Circle" :value :circle)))))
(is (= (select-selected-index sel) 0))
(select-next sel)
(is (= (select-selected-index sel) 1) "skipped category header at 0")
(select-next sel)
(is (= (select-selected-index sel) 2))
(select-next sel)
(is (= (select-selected-index sel) 4) "skipped category header at 3")))
(test select-handle-key
"Select handle-key dispatches navigation and selection."
(let* ((result (list nil))
(sel (make-select
:options '((:title "A" :value :a) (:title "B" :value :b))
:on-select (lambda (opt) (setf (car result) (getf opt :value))))))
(select-handle-key sel (make-key-event :key :down))
(is (= (select-selected-index sel) 1))
(select-handle-key sel (make-key-event :key :up))
(is (= (select-selected-index sel) 0))
(select-handle-key sel (make-key-event :key :enter))
(is (eql (car result) :a))))
(test select-handle-key-ctrl
"Ctrl+N and Ctrl+P navigate like down/up."
(let ((sel (make-select
:options '((:title "A" :value :a) (:title "B" :value :b) (:title "C" :value :c)))))
(select-handle-key sel (make-key-event :key :n :ctrl t))
(is (= (select-selected-index sel) 1))
(select-handle-key sel (make-key-event :key :p :ctrl t))
(is (= (select-selected-index sel) 0))))
(test select-visible-count
"Visible options respects viewport height."
(let* ((ln (make-layout-node))
(sel (make-select
:options (loop for i below 20 collect (list :title (format nil "Item ~D" i) :value i)))))
(setf (select-layout-node sel) ln)
(setf (layout-node-height ln) 5)
(let ((visible (select-visible-options sel)))
(is (<= (length visible) 5)))))
(test select-fuzzy-fallback
"Fuzzy filter catches near-misses."
(let ((sel (make-select
:options '((:title "Nord" :value :nord)
(:title "Tokyo Night" :value :tokyo)
(:title "Catppuccin" :value :cat)))))
(setf (select-filter sel) "nrd")
(let ((filtered (select-filtered-options sel)))
(is (= (length filtered) 1))
(is (eql (getf (third (first filtered)) :value) :nord)))))
#+END_SRC
* Implementation
** Package
#+BEGIN_SRC lisp
(defpackage :cl-tty.select
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export
#:select #:make-select
#:select-options #:select-filter
#:select-selected-index #:select-on-select
#:select-layout-node
#:select-filtered-options
#:select-next #:select-prev
#:select-visible-options
#:select-handle-key
#:render
#:fuzzy-match-p))
#+END_SRC
** Select class
~select~ inherits from ~dirty-mixin~. Options are stored as a list of
plists. ~selected-index~ tracks the currently highlighted option.
~filter~ is a string (or nil for unfiltered). ~on-select~ is a callback
receiving the selected option plist.
#+BEGIN_SRC lisp
(in-package #:cl-tty.select)
(defclass select (dirty-mixin)
((options :initform nil :initarg :options
:accessor select-options :type list)
(filter :initform nil :initarg :filter
:accessor select-filter :type (or string null))
(selected-index :initform 0 :initarg :selected-index
:accessor select-selected-index :type fixnum)
(on-select :initform nil :initarg :on-select
:accessor select-on-select)
(layout-node :initform (make-layout-node) :initarg :layout-node
:accessor select-layout-node)))
(defun make-select (&key options filter on-select)
(make-instance 'select
:options (or options nil)
:filter filter
:on-select on-select))
#+END_SRC
** Component protocol
~component-layout-node~ returns the layout node so the layout engine
can position the select widget.
#+BEGIN_SRC lisp
(defmethod component-layout-node ((sel select))
(select-layout-node sel))
#+END_SRC
** Option filtering: substring match
~select-filtered-options~ returns options whose ~:title~ contains the
filter string (case-insensitive). When ~filter~ is nil, returns all
options. Category headers are NOT filtered out — they remain in the
list so the user can see category context.
The function returns an alist of ~(filtered-index original-index option)~
to preserve the original index for selection tracking.
#+BEGIN_SRC lisp
(defun select-filtered-options (sel)
"Return list of options matching the current filter, in display order.
Each item: (display-index original-index option-plist)."
(let* ((filter (select-filter sel))
(all-options (select-options sel))
(filtered (if (null filter)
all-options
(let ((lower (string-downcase filter)))
(remove-if-not
(lambda (opt)
(when (getf opt :category)
(return-from select-filtered-options all-options))
(let ((title (string-downcase (getf opt :title))))
(or (search lower title)
(fuzzy-match-p lower title))))
all-options)))))
(loop for opt in filtered
for i from 0
collect (list i (position opt all-options) opt))))
#+END_SRC
** Fuzzy matching: trigram Jaccard similarity
~trigram-score~ converts a string into a set of 3-character sliding
window n-grams. ~fuzzy-match-p~ returns T if the Jaccard similarity
between the query trigrams and the target trigrams exceeds 0.3.
Trigrams capture character-level similarity without requiring exact
substring matches. "nrd" matches "Nord" because both contain ~nor~,
~ord~ and ~nrd~ contributes ~nrd~ — the overlap is enough to exceed
the threshold.
#+BEGIN_SRC lisp
(defun string-trigrams (str)
"Return a list of 3-character trigrams from STR."
(let ((s (string-downcase str))
(result nil))
(when (< (length s) 3)
(return-from string-trigrams (list s)))
(loop for i from 0 to (- (length s) 3)
do (push (subseq s i (+ i 3)) result))
(delete-duplicates result :test #'string=)))
(defun trigram-score (query target)
"Jaccard similarity of trigram sets: |intersection| / |union|."
(let* ((q-trigrams (string-trigrams query))
(t-trigrams (string-trigrams target))
(intersection (length (intersection q-trigrams t-trigrams :test #'string=)))
(union (length (union q-trigrams t-trigrams :test #'string=))))
(if (zerop union) 0.0 (/ (float intersection) union))))
(defun fuzzy-match-p (query target)
"T if character-set Jaccard similarity exceeds threshold (0.3)."
(let* ((q-chars (remove-duplicates (coerce (string-downcase query) 'list)))
(t-chars (remove-duplicates (coerce (string-downcase target) 'list)))
(intersection (length (intersection q-chars t-chars)))
(union (length (union q-chars t-chars))))
(if (zerop union) nil (> (/ (float intersection) union) 0.3))))
#+END_SRC
** Navigation
~select-next~ and ~select-prev~ move the selection forward/backward
through the filtered options list. They skip category headers (options
with ~:category t~). The selection wraps at list boundaries.
~select-clamp-index~ ensures the index is valid after filtering changes.
#+BEGIN_SRC lisp
(defun select-clamp-index (sel)
"Ensure selected-index is valid. Wraps if empty."
(let* ((filtered (select-filtered-options sel))
(count (length filtered)))
(if (zerop count)
(setf (select-selected-index sel) 0)
(setf (select-selected-index sel)
(max 0 (min (select-selected-index sel) (1- count)))))))
(defun select-next (sel)
"Move selection to next non-category option. Wraps at end."
(let* ((filtered (select-filtered-options sel))
(count (length filtered))
(current (select-selected-index sel)))
(when (plusp count)
(loop for i from 1 below count
for idx = (mod (+ current i) count)
for opt = (third (nth idx filtered))
when (not (getf opt :category))
do (setf (select-selected-index sel) idx)
(mark-dirty sel)
(return)))))
(defun select-prev (sel)
"Move selection to previous non-category option. Wraps at start."
(let* ((filtered (select-filtered-options sel))
(count (length filtered))
(current (select-selected-index sel)))
(when (plusp count)
(loop for i from 1 below count
for idx = (mod (- current i) count)
for opt = (third (nth idx filtered))
when (not (getf opt :category))
do (setf (select-selected-index sel) idx)
(mark-dirty sel)
(return)))))
#+END_SRC
** Key event handler
~select-handle-key~ dispatches keyboard events:
- Down, Ctrl+N → select-next
- Up, Ctrl+P → select-prev
- Enter → on-select callback with the selected option
- Esc → return NIL (caller can dismiss)
Returns T if the key was handled, NIL otherwise.
#+BEGIN_SRC lisp
(defun select-handle-key (sel event)
"Handle a key-event. Returns T if handled."
(let ((key (key-event-key event))
(ctrl (key-event-ctrl event)))
(cond
((or (eql key :down) (and ctrl (eql key :n)))
(select-next sel) t)
((or (eql key :up) (and ctrl (eql key :p)))
(select-prev sel) t)
((eql key :enter)
(let* ((filtered (select-filtered-options sel))
(idx (select-selected-index sel))
(item (when (< idx (length filtered))
(third (nth idx filtered)))))
(when item
(let ((cb (select-on-select sel)))
(when cb (funcall cb item))))
t))
((eql key :escape) nil)
(t nil))))
#+END_SRC
** Visible options (viewport culling)
~select-visible-options~ returns only the filtered options that fit
within the widget's available height. Each option occupies 1 row.
This prevents rendering hundreds of items when the viewport shows 10.
#+BEGIN_SRC lisp
(defun select-visible-options (sel)
"Return filtered options that fit within the viewport."
(let* ((ln (select-layout-node sel))
(height (if ln (layout-node-height ln) 80))
(filtered (select-filtered-options sel))
(sel-idx (select-selected-index sel))
;; Show items around the selection
(half (floor (1- height) 2))
(start (max 0 (- sel-idx half)))
(end (min (length filtered) (+ start height))))
(subseq filtered start end)))
#+END_SRC
** Rendering
~render~ draws each visible option on its own line. The selected
option is highlighted with ~:accent~ foreground and ~:background-element~
background. Category headers are rendered dimmed (~:text-muted~) and
not selectable (visually distinct).
#+BEGIN_SRC lisp
(defmethod render ((sel select) backend)
(let* ((ln (select-layout-node sel))
(x 0) (y 0)
(w (if ln (layout-node-width ln) 80))
(visible (select-visible-options sel))
(sel-idx (select-selected-index sel)))
(dolist (item visible)
(let* ((display-idx (first item))
(option (third item))
(title (getf option :title))
(is-category (getf option :category))
(is-selected (eql display-idx sel-idx))
(display (if (> (length title) (1- w))
(concatenate 'string (subseq title 0 (1- w)) "…")
title)))
(cond
(is-category
(draw-text backend x y display :text-muted nil))
(is-selected
(draw-rect backend x y w 1 :bg :accent)
(draw-text backend x y display :background :accent))
(t
(draw-text backend x y display nil nil)))
(incf y 1)))
(values)))
#+END_SRC
** Combined tangle block
#+BEGIN_SRC lisp :tangle ../src/components/select.lisp
(in-package #:cl-tty.select)
(defclass select (dirty-mixin)
((options :initform nil :initarg :options :accessor select-options :type list)
(filter :initform nil :initarg :filter :accessor select-filter :type (or string null))
(selected-index :initform 0 :initarg :selected-index :accessor select-selected-index :type fixnum)
(on-select :initform nil :initarg :on-select :accessor select-on-select)
(layout-node :initform (make-layout-node) :initarg :layout-node :accessor select-layout-node)))
(defun make-select (&key options filter on-select)
(make-instance 'select :options (or options nil) :filter filter :on-select on-select))
(defmethod component-layout-node ((sel select)) (select-layout-node sel))
(defun select-filtered-options (sel)
(let* ((filter (select-filter sel)) (all-options (select-options sel))
(filtered (if (null filter) all-options
(let ((lower (string-downcase filter)))
(remove-if-not
(lambda (opt)
(or (getf opt :category)
(let ((title (string-downcase (getf opt :title))))
(or (search lower title) (fuzzy-match-p lower title)))))
all-options)))))
(loop for opt in filtered for i from 0
collect (list i (position opt all-options) opt))))
(defun fuzzy-match-p (query target)
(let* ((q (remove-duplicates (coerce (string-downcase query) 'list)))
(tg (remove-duplicates (coerce (string-downcase target) 'list)))
(intersection (length (intersection q tg)))
(union (length (union q tg))))
(if (zerop union) nil (> (/ (float intersection) union) 0.3))))
(defun select-clamp-index (sel)
(let* ((filtered (select-filtered-options sel)) (count (length filtered)))
(if (zerop count) (setf (select-selected-index sel) 0)
(setf (select-selected-index sel) (max 0 (min (select-selected-index sel) (1- count)))))))
(defun select-next (sel)
(let* ((filtered (select-filtered-options sel)) (count (length filtered))
(current (select-selected-index sel)))
(when (plusp count)
(loop for i from 1 below count
for idx = (mod (+ current i) count)
for opt = (third (nth idx filtered))
when (not (getf opt :category))
do (setf (select-selected-index sel) idx) (mark-dirty sel) (return)))))
(defun select-prev (sel)
(let* ((filtered (select-filtered-options sel)) (count (length filtered))
(current (select-selected-index sel)))
(when (plusp count)
(loop for i from 1 below count
for idx = (mod (- current i) count)
for opt = (third (nth idx filtered))
when (not (getf opt :category))
do (setf (select-selected-index sel) idx) (mark-dirty sel) (return)))))
(defun select-handle-key (sel event)
(let ((key (key-event-key event)) (ctrl (key-event-ctrl event)))
(cond
((or (eql key :down) (and ctrl (eql key :n))) (select-next sel) t)
((or (eql key :up) (and ctrl (eql key :p))) (select-prev sel) t)
((eql key :enter)
(let* ((filtered (select-filtered-options sel)) (idx (select-selected-index sel))
(item (when (< idx (length filtered)) (third (nth idx filtered)))))
(when item (let ((cb (select-on-select sel))) (when cb (funcall cb item)))) t))
((eql key :escape) nil) (t nil))))
(defun select-visible-options (sel)
(let* ((ln (select-layout-node sel)) (height (if ln (layout-node-height ln) 80))
(filtered (select-filtered-options sel)) (sel-idx (select-selected-index sel))
(half (floor (1- height) 2)) (start (max 0 (- sel-idx half)))
(end (min (length filtered) (+ start height))))
(subseq filtered start end)))
(defmethod render ((sel select) backend)
(let* ((ln (select-layout-node sel)) (x 0) (y 0)
(w (if ln (layout-node-width ln) 80))
(visible (select-visible-options sel)) (sel-idx (select-selected-index sel)))
(dolist (item visible)
(let* ((display-idx (first item)) (option (third item))
(title (getf option :title)) (cat (getf option :category))
(selected (eql display-idx sel-idx))
(display (if (> (length title) (1- w))
(concatenate 'string (subseq title 0 (1- w)) "…") title)))
(cond (cat (draw-text backend x y display :text-muted nil))
(selected
(draw-rect backend x y w 1 :bg :accent)
(draw-text backend x y display :background :accent))
(t (draw-text backend x y display nil nil)))
(incf y 1)))
(values)))
#+END_SRC
#+BEGIN_SRC lisp :tangle ../src/components/select-package.lisp
(defpackage :cl-tty.select
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export
#:select #:make-select
#:select-options #:select-filter
#:select-selected-index #:select-on-select
#:select-layout-node
#:select-filtered-options
#:select-next #:select-prev
#:select-visible-options
#:select-handle-key
#:render
#:fuzzy-match-p))
#+END_SRC

View File

@@ -1,4 +1,4 @@
#+TITLE: cl-tui v0.5.0 — Text Input + Keybinding System
#+TITLE: cl-tty v0.5.0 — Text Input + Keybinding System
#+STARTUP: content
* Text Input System
@@ -140,7 +140,7 @@ SBCL's ~sb-posix~ provides the POSIX terminal APIs (~tcgetattr~,
** Tests
#+BEGIN_SRC lisp
(in-package #:cl-tui-input-test)
(in-package #:cl-tty-input-test)
(def-suite input-suite :description "Text input and keybinding tests")
(in-suite input-suite)
@@ -407,16 +407,16 @@ SBCL's ~sb-posix~ provides the POSIX terminal APIs (~tcgetattr~,
** Package
The package uses ~:cl-tui.backend~ for backend protocol (draw-text, etc.),
~:cl-tui.box~ for dirty-mixin and rendering pipeline,
and ~:cl-tui.layout~ for layout-node.
The package uses ~:cl-tty.backend~ for backend protocol (draw-text, etc.),
~:cl-tty.box~ for dirty-mixin and rendering pipeline,
and ~:cl-tty.layout~ for layout-node.
I export everything users of the input system need: key events, mouse events,
terminal raw mode, TextInput, Textarea, and the keybinding system.
#+BEGIN_SRC lisp
(defpackage :cl-tui.input
(:use :cl :cl-tui.backend :cl-tui.box :cl-tui.layout)
(defpackage :cl-tty.input
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout)
(:export
;; Key events
#:key-event #:make-key-event
@@ -463,7 +463,7 @@ this returns ~("")~ (one empty string), which is the correct behavior for
textarea line splitting — a blank document has one empty line.
#+BEGIN_SRC lisp
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
(defun %split-string (string separator)
"Split STRING at each occurrence of SEPARATOR. Returns list of strings."
@@ -881,7 +881,7 @@ providing real terminal input via our parser. The ~probe-file~ guard
handles the case where stdin is not a terminal (piped input).
#+BEGIN_SRC lisp
(defmethod read-event ((b cl-tui.backend:backend) &key timeout)
(defmethod read-event ((b cl-tty.backend:backend) &key timeout)
(declare (ignore b))
(when (probe-file "/dev/stdin")
(%read-event :timeout timeout)))
@@ -900,7 +900,7 @@ The ~value~ and ~cursor~ slots are directly accessible for testing
without going through the event handler.
#+BEGIN_SRC lisp
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
(defclass text-input (dirty-mixin)
((value :initform "" :initarg :value :accessor text-input-value :type string)
@@ -1109,7 +1109,7 @@ selection (not yet implemented in the handler). ~on-submit~ fires
on Ctrl+Enter when set.
#+BEGIN_SRC lisp
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
(defclass textarea (dirty-mixin)
((value :initform "" :initarg :value :accessor textarea-value :type string)
@@ -1445,7 +1445,7 @@ A keymap has a ~name~ for debugging, ~bindings~ as an alist (ordered
for priority), and an optional ~parent~ for inheritance chains.
#+BEGIN_SRC lisp
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
(defstruct keymap
(name nil :type (or keyword null))
@@ -1568,7 +1568,7 @@ experience; this section is what actually generates the compilable code.
** input.lisp
#+BEGIN_SRC lisp :tangle ../src/components/input.lisp
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
;;; ---------------------------------------------------------------------------
;;; Utility: split-string (avoids external dependency)
@@ -1871,7 +1871,7 @@ experience; this section is what actually generates the compilable code.
;;; ---------------------------------------------------------------------------
;;; Backend integration
;;; ---------------------------------------------------------------------------
(defmethod read-event ((b cl-tui.backend:backend) &key timeout)
(defmethod read-event ((b cl-tty.backend:backend) &key timeout)
(declare (ignore b))
(when (probe-file "/dev/stdin")
(%read-event :timeout timeout)))
@@ -1880,7 +1880,7 @@ experience; this section is what actually generates the compilable code.
** text-input.lisp
#+BEGIN_SRC lisp :tangle ../src/components/text-input.lisp
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
;;; ---------------------------------------------------------------------------
;;; TextInput class
@@ -2048,7 +2048,7 @@ experience; this section is what actually generates the compilable code.
** textarea.lisp
#+BEGIN_SRC lisp :tangle ../src/components/textarea.lisp
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
;;; ---------------------------------------------------------------------------
;;; Utility: split string (local copy for dependency-free operation)
@@ -2311,7 +2311,7 @@ experience; this section is what actually generates the compilable code.
** keybindings.lisp
#+BEGIN_SRC lisp :tangle ../src/components/keybindings.lisp
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
;;; ---------------------------------------------------------------------------
;;; Key map struct
@@ -2393,8 +2393,8 @@ experience; this section is what actually generates the compilable code.
** input-package.lisp
#+BEGIN_SRC lisp :tangle ../src/components/input-package.lisp
(defpackage :cl-tui.input
(:use :cl :cl-tui.backend :cl-tui.box :cl-tui.layout)
(defpackage :cl-tty.input
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout)
(:export
;; Key events
#:key-event #:make-key-event
@@ -2432,10 +2432,10 @@ experience; this section is what actually generates the compilable code.
** input-tests.lisp
#+BEGIN_SRC lisp :tangle ../tests/input-tests.lisp
(defpackage :cl-tui-input-test
(:use :cl :fiveam :cl-tui.backend :cl-tui.box :cl-tui.layout :cl-tui.input)
(defpackage :cl-tty-input-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export #:run-tests))
(in-package :cl-tui-input-test)
(in-package :cl-tty-input-test)
(def-suite input-suite :description "Text input and keybinding tests")
(in-suite input-suite)

View File

@@ -1,7 +1,7 @@
(defpackage :cl-tui-box-test
(:use :cl :fiveam :cl-tui.backend :cl-tui.layout :cl-tui.box)
(defpackage :cl-tty-box-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.layout :cl-tty.box)
(:export #:run-tests))
(in-package :cl-tui-box-test)
(in-package :cl-tty-box-test)
(def-suite box-suite :description "Box renderable tests")
(in-suite box-suite)

View File

@@ -1,4 +1,4 @@
(in-package :cl-tui.box)
(in-package :cl-tty.box)
(defclass box (dirty-mixin)
((layout-node :initform (make-layout-node) :accessor box-layout-node

View File

@@ -1,5 +1,5 @@
(defpackage :cl-tui.container
(:use :cl :cl-tui.backend :cl-tui.box :cl-tui.layout :cl-tui.input)
(defpackage :cl-tty.container
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export
#:scroll-box #:make-scroll-box
#:scroll-box-scroll-y #:scroll-box-scroll-x

View File

@@ -0,0 +1,32 @@
;;; dialog-package.lisp — Package definition for cl-tty.dialog
(defpackage :cl-tty.dialog
(:use :cl :cl-tty.input :cl-tty.select)
(:export
#:dialog
#:dialog-title
#:dialog-content
#:dialog-on-dismiss
#:dialog-size
#:dialog-size-pixels
#:render-dialog
#:push-dialog
#:pop-dialog
#:*dialog-stack*
#:alert-dialog
#:confirm-dialog
#:select-dialog
#:prompt-dialog
#:toast
#:toast-message
#:toast-variant
#:render-toast
#:dismiss-toast
#:*toasts*
;; Tests
#:dialog-create
#:dialog-size-small
#:dialog-size-medium
#:dialog-push-pop
#:toast-create
#:toast-dismiss))

123
src/components/dialog.lisp Normal file
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@@ -0,0 +1,123 @@
;;; dialog.lisp — Dialog System + Toast for cl-tty
(in-package :cl-tty.dialog)
;; ─── Special variables ────────────────────────────────────────────────────────
(defvar *dialog-stack* nil
"Stack of active dialogs. (list) of dialog instances.")
(defvar *toasts* nil
"List of active toast notifications.")
;; ─── Dialog class ─────────────────────────────────────────────────────────────
(defclass dialog ()
((title :initarg :title :accessor dialog-title)
(size :initarg :size :initform :medium :accessor dialog-size)
(content :initarg :content :initform nil :accessor dialog-content)
(on-dismiss :initarg :on-dismiss :initform nil :accessor dialog-on-dismiss)))
(defun dialog-size-pixels (size)
(case size
(:small (values 40 8))
(:medium (values 60 16))
(:large (values 88 24))
(t (values 60 16))))
(defun render-dialog (dialog screen w h)
(multiple-value-bind (dw dh) (dialog-size-pixels (dialog-size dialog))
(let ((x (floor (- w dw) 2))
(y (floor (- h dh) 2)))
(dotimes (row h)
(dotimes (col w)
(backend-write screen col row " " :bg :dim)))
(draw-border screen x y dw dh :single :title (dialog-title dialog))
(when (dialog-content dialog)
(render-component (dialog-content dialog) screen (1+ x) (1+ y) (- dw 2) (- dh 2))))))
(defun push-dialog (dialog)
(push dialog *dialog-stack*)
dialog)
(defun pop-dialog ()
(when *dialog-stack*
(let ((dialog (pop *dialog-stack*)))
(when (dialog-on-dismiss dialog)
(funcall (dialog-on-dismiss dialog)))
dialog)))
;; ─── Dialog sub-classes ──────────────────────────────────────────────────────
(defun alert-dialog (title message)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'select
:options (list (list :title "OK" :value :ok))
:on-select (lambda (opt) (declare (ignore opt)) (pop-dialog)))
:on-dismiss (lambda () (pop-dialog))))
(defun confirm-dialog (title message &key on-yes on-no)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'select
:options (list (list :title "Yes" :value :yes)
(list :title "No" :value :no))
:on-select (lambda (opt)
(pop-dialog)
(if (eql opt :yes)
(when on-yes (funcall on-yes))
(when on-no (funcall on-no)))))))
(defun select-dialog (title options &key on-select)
(make-instance 'dialog
:title title
:size :medium
:content (make-instance 'select
:options options
:on-select (lambda (opt)
(pop-dialog)
(when on-select (funcall on-select opt))))))
(defun prompt-dialog (title &key on-submit)
(make-instance 'dialog
:title title
:size :small
:content (make-instance 'text-input
:on-submit (lambda (value)
(pop-dialog)
(when on-submit (funcall on-submit value))))))
;; ─── Toast system ─────────────────────────────────────────────────────────────
(defclass toast ()
((message :initarg :message :accessor toast-message)
(variant :initarg :variant :initform :info :accessor toast-variant)))
(defun render-toast (toast screen w)
(let* ((msg (toast-message toast))
(variant (toast-variant toast))
(color (case variant
(:info :blue) (:success :green)
(:warning :yellow) (:error :red)))
(max-w (min 60 (1- w)))
(x (- w max-w 1))
(text (if (> (length msg) (- max-w 2))
(concatenate 'string (subseq msg 0 (- max-w 5)) "...")
msg)))
(draw-rect screen x 0 max-w 1 :bg color)
(backend-write screen (1+ x) 0 text :fg :white :bold t)))
(defun toast (message &key (variant :info) (duration 5000))
(let ((toast (make-instance 'toast :message message :variant variant)))
(push toast *toasts*)
(when (plusp duration)
(schedule-event (+ (get-internal-real-time)
(* duration 1000))
(lambda () (dismiss-toast toast))))
toast))
(defun dismiss-toast (toast)
(setf *toasts* (remove toast *toasts*)))

View File

@@ -1,5 +1,5 @@
;; Dirty tracking tests are in box-tests.lisp (same test suite)
(in-package :cl-tui-box-test)
(in-package :cl-tty-box-test)
(in-suite box-suite)
(test dirty-mixin-default-is-dirty

View File

@@ -1,4 +1,4 @@
(in-package :cl-tui.box)
(in-package :cl-tty.box)
;; ── Dirty Tracking ─────────────────────────────────────────────

View File

@@ -1,5 +1,5 @@
(defpackage :cl-tui.input
(:use :cl :cl-tui.backend :cl-tui.box :cl-tui.layout)
(defpackage :cl-tty.input
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout)
(:export
;; Key events
#:key-event #:make-key-event

View File

@@ -1,7 +1,7 @@
(defpackage :cl-tui-input-test
(:use :cl :fiveam :cl-tui.backend :cl-tui.box :cl-tui.layout :cl-tui.input)
(defpackage :cl-tty-input-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export #:run-tests))
(in-package :cl-tui-input-test)
(in-package :cl-tty-input-test)
(def-suite input-suite :description "Text input and keybinding tests")
(in-suite input-suite)

View File

@@ -1,4 +1,4 @@
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
;;; ---------------------------------------------------------------------------
;;; Utility: split-string (avoids external dependency)
@@ -301,7 +301,7 @@
;;; ---------------------------------------------------------------------------
;;; Backend integration
;;; ---------------------------------------------------------------------------
(defmethod read-event ((b cl-tui.backend:backend) &key timeout)
(defmethod read-event ((b cl-tty.backend:backend) &key timeout)
(declare (ignore b))
(when (probe-file "/dev/stdin")
(%read-event :timeout timeout)))

View File

@@ -1,4 +1,4 @@
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
;;; ---------------------------------------------------------------------------
;;; Key map struct

View File

@@ -0,0 +1,65 @@
;;; markdown-package.lisp — Package definition for cl-tty.markdown
(defpackage :cl-tty.markdown
(:use :cl :fiveam)
(:export
;; Data structures
#:make-md-node
#:md-node-p
#:md-node-text
;; Parsing
#:parse-blocks
#:parse-inline
;; Highlighting
#:*syntax-highlighters*
#:highlight-code
;; Diff
#:classify-diff-line
;; Rendering
#:render-md
#:render-md-node
#:render-markdown
#:render-inline
;; Styles
#:apply-style
#:apply-styles
;; Tests (exported test symbols for ASDF integration)
#:heading-parsing
#:heading-levels
#:heading-with-inline-formatting
#:paragraph-parsing
#:paragraph-multi-line
#:bold-parsing
#:italic-parsing
#:bold-italic-combined
#:inline-code-parsing
#:link-parsing
#:code-block-parsing
#:code-block-unknown-language
#:blockquote-parsing
#:list-item-parsing
#:ordered-list-parsing
#:thematic-break-parsing
#:highlight-lisp-keyword
#:highlight-lisp-builtin
#:highlight-unknown-language
#:highlight-comment
#:classify-diff-added
#:classify-diff-removed
#:classify-diff-hunk
#:classify-diff-context
#:render-heading-output
#:render-paragraph-output
#:render-thematic-break-output
#:render-code-block-output
#:render-diff-block-output
#:markdown-integration
#:render-markdown-string
;; Internal (for testability)
#:classify-line
#:split-string-into-lines
#:find-closing-marker
#:string-prefix-p
#:tokenize-line
#:apply-highlight-token
#:apply-highlight-style))

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@@ -0,0 +1,681 @@
;;; markdown.lisp — Markdown + Code + Diff rendering for cl-tty
(in-package :cl-tty.markdown)
;; ─── Node constructors ────────────────────────────────────────────────────────
(defun make-md-node (type &key children properties content url)
(let ((node (list :type type)))
(when children (setf (getf node :children) children))
(when properties (setf (getf node :properties) properties))
(when content (setf (getf node :content) content))
(when url (setf (getf node :url) url))
node))
(defun md-node-p (thing)
(and (listp thing) (getf thing :type)))
(defun md-node-text (node)
(let ((type (getf node :type)))
(cond ((eql type :text) (or (getf node :content) ""))
((eql type :link)
(concatenate 'string
(md-node-text (first (getf node :children)))
(format nil " (~a)" (or (getf node :url) ""))))
((eql type :inline-code) (or (getf node :content) ""))
((getf node :children)
(apply #'concatenate 'string
(mapcar #'md-node-text (getf node :children))))
(t ""))))
;; ─── Block-level parser ───────────────────────────────────────────────────────
(defun split-string-into-lines (string)
(let ((result nil) (start 0))
(flet ((add-line (end) (push (subseq string start end) result)))
(loop for i from 0 below (length string)
do (let ((c (char string i)))
(cond ((char= c #\Newline) (add-line i) (setf start (1+ i)))
((and (char= c #\Return) (< (1+ i) (length string))
(char= (char string (1+ i)) #\Newline))
(add-line i) (setf start (+ i 2)) (incf i)))))
(when (< start (length string)) (add-line (length string)))
(coerce (nreverse result) 'vector))))
(defun classify-line (line)
(cond
((string= line "") (cons :blank nil))
((and (>= (length line) 3)
(let ((c0 (char line 0)))
(and (find c0 "-*")
(every (lambda (c) (or (char= c c0) (char= c #\Space) (char= c #\Tab)))
line))))
(cons :thematic-break nil))
((and (char= (char line 0) #\#)
(let ((count 0))
(loop for c across line while (char= c #\#) do (incf count))
(and (<= 1 count 6)
(or (>= (length line) (1+ count))
(member (char line count) '(#\Space #\Tab))))))
(let* ((hash-count (loop for c across line while (char= c #\#) count c))
(content (string-trim (list #\Space #\Tab) (subseq line hash-count))))
(cons :heading (cons hash-count content))))
((char= (char line 0) #\>)
(cons :blockquote (string-trim (list #\Space #\Tab) (subseq line 1))))
((and (>= (length line) 2) (find (char line 0) "-*+")
(char= (char line 1) #\Space))
(cons :list-item (string-trim (list #\Space #\Tab) (subseq line 2))))
((and (>= (length line) 3) (digit-char-p (char line 0))
(loop for c across line while (digit-char-p c)
finally (return (find c ". )"))))
(let ((dot-pos (position-if (lambda (c) (find c ". )")) line)))
(if (and dot-pos (find (char line dot-pos) ". )"))
(cons :ordered-item (string-trim (list #\Space #\Tab)
(subseq line (1+ dot-pos))))
(cons :paragraph line))))
((and (>= (length line) 4) (find (char line 0) "-+")
(char= (char line 1) (char line 0))
(char= (char line 2) (char line 0))
(char= (char line 3) #\Space))
(cons :diff-header line))
((and (>= (length line) 1) (find (char line 0) "-+")
(not (and (>= (length line) 3)
(char= (char line 1) (char line 0))
(char= (char line 2) (char line 0)))))
(cons :diff-line (cons (char line 0) (subseq line 1))))
((and (>= (length line) 3) (find (char line 0) "`~")
(let ((fence-len (loop for c across line
while (char= c (char line 0)) count c)))
(and (>= fence-len 3)
(let ((rest (string-trim (list #\Space #\Tab)
(subseq line fence-len))))
(cons :code-start rest))))))
(t (cons :paragraph line))))
(defun find-closing-marker (text start marker)
(let ((marker-len (length marker)) (len (length text)))
(loop for j from start to (- len marker-len)
do (when (and (char= (char text j) (char marker 0))
(string= marker (subseq text j (+ j marker-len)))
(or (= j 0) (not (char= (char text (1- j)) #\\))))
(return j))
finally (return nil))))
(defun parse-paragraph (lines start)
(let ((text-parts nil) (i start))
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line))
(class (classify-line line)))
(case (car class)
((:paragraph) (push (cdr class) text-parts) (incf i))
(:blank (incf i) (loop-finish))
(t (loop-finish)))))
(values (make-md-node :paragraph :children
(parse-inline
(with-output-to-string (s)
(loop for part in (nreverse text-parts)
for first = t then nil
do (unless first (write-char #\Space s))
(princ part s)))))
i)))
(defun parse-blockquote (lines start)
(let ((text-parts nil) (i start))
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line))
(class (classify-line line)))
(case (car class)
(:blockquote (push (cdr class) text-parts) (incf i))
(:blank (incf i) (loop-finish))
(t (loop-finish)))))
(values (make-md-node :blockquote :children
(parse-inline
(with-output-to-string (s)
(loop for part in (nreverse text-parts)
for first = t then nil
do (unless first (write-char #\Space s))
(princ part s)))))
i)))
(defun parse-list (lines start)
(declare (ignore start))
(let ((items nil) (i start))
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line))
(class (classify-line line)))
(case (car class)
((:list-item :ordered-item)
(push (cons (car class) (cdr class)) items) (incf i))
(:blank
(if (and (< (1+ i) (length lines))
(let ((nc (classify-line
(string-trim (list #\return)
(aref lines (1+ i))))))
(member (car nc) '(:list-item :ordered-item))))
(progn (push (cons :blank-sep nil) items) (incf i))
(progn (incf i) (loop-finish))))
(t (loop-finish)))))
(let ((nodes nil))
(dolist (item (nreverse items))
(let ((type (car item)) (content (cdr item)))
(when (and content (not (string= content "")))
(push (make-md-node type :children (parse-inline content)) nodes))))
(values (nreverse nodes) i))))
(defun parse-code-block (lines start lang)
(let ((code-lines nil)
(i (1+ start))
(fence-char (char (aref lines start) 0))
(fence-len (loop for c across (aref lines start)
while (char= c (char (aref lines start) 0)) count c)))
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line)))
(when (and (>= (length line) fence-len)
(every (lambda (c) (char= c fence-char))
(subseq line 0 fence-len))
(or (= (length line) fence-len)
(every (lambda (c) (find c " \t"))
(subseq line fence-len))))
(incf i) (loop-finish))
(push line code-lines)
(incf i)))
(values (make-md-node :code-block
:properties (list :language (and lang (not (string= lang "")) lang))
:content
(with-output-to-string (s)
(loop for cl in (nreverse code-lines)
for first = t then nil
do (unless first (terpri s)) (princ cl s))))
i)))
(defun parse-diff-block (lines start)
(let ((diff-lines nil) (i start))
(loop while (< i (length lines))
do (let* ((raw-line (aref lines i))
(line (string-trim (list #\return) raw-line))
(class (classify-line line)))
(case (car class)
((:diff-header :diff-line) (push line diff-lines) (incf i))
(:blank (incf i) (loop-finish))
(t (loop-finish)))))
(let ((lines-list (nreverse diff-lines)))
(values (make-md-node :diff-block
:content
(with-output-to-string (s)
(loop for dl in lines-list
for first = t then nil
do (unless first (terpri s)) (princ dl s)))
:properties (list :lines lines-list))
i))))
(defun parse-blocks (text)
(let ((lines (split-string-into-lines text)) (nodes nil) (i 0))
(loop while (< i (length lines))
do (let* ((line (string-trim (list #\return) (aref lines i)))
(classification (classify-line line)))
(case (car classification)
(:blank (incf i))
(:thematic-break (push (make-md-node :thematic-break) nodes) (incf i))
(:paragraph
(multiple-value-bind (node consumed) (parse-paragraph lines i)
(push node nodes) (setf i consumed)))
(:heading
(let* ((level+content (cdr classification))
(level (car level+content))
(content (cdr level+content)))
(push (make-md-node :heading :properties (list :level level)
:children (parse-inline content)) nodes)
(incf i)))
(:blockquote
(multiple-value-bind (node consumed) (parse-blockquote lines i)
(push node nodes) (setf i consumed)))
(:list-item
(multiple-value-bind (node consumed) (parse-list lines i)
(dolist (n node) (push n nodes)) (setf i consumed)))
(:ordered-item
(multiple-value-bind (node consumed) (parse-list lines i)
(dolist (n node) (push n nodes)) (setf i consumed)))
(:code-start
(multiple-value-bind (node consumed)
(parse-code-block lines i (cdr classification))
(push node nodes) (setf i consumed)))
(:diff-header
(multiple-value-bind (node consumed) (parse-diff-block lines i)
(push node nodes) (setf i consumed)))
(t (incf i)))))
(nreverse nodes)))
;; ─── Inline parser ────────────────────────────────────────────────────────────
(defun parse-inline (text)
(unless (and text (> (length text) 0)) (return-from parse-inline nil))
(let ((nodes nil) (i 0) (len (length text)))
(loop while (< i len)
do (let ((c (char text i)))
(case c
(#\*
(multiple-value-bind (node consumed) (parse-star-emphasis text i len)
(if node (progn (push node nodes) (setf i consumed))
(progn (push (make-md-node :text :content (string c)) nodes) (incf i)))))
(#\_
(multiple-value-bind (node consumed) (parse-underscore-emphasis text i len)
(if node (progn (push node nodes) (setf i consumed))
(progn (push (make-md-node :text :content (string c)) nodes) (incf i)))))
(#\`
(multiple-value-bind (node consumed) (parse-inline-code text i len)
(if node (progn (push node nodes) (setf i consumed))
(progn (push (make-md-node :text :content (string c)) nodes) (incf i)))))
(#\[
(multiple-value-bind (node consumed) (parse-link text i len)
(if node (progn (push node nodes) (setf i consumed))
(progn (push (make-md-node :text :content (string c)) nodes) (incf i)))))
(t (let ((start i))
(incf i)
(loop while (< i len)
do (let ((nc (char text i)))
(if (find nc "*_`[") (loop-finish)
(progn
(when (and (< (1+ i) len)
(find nc "*_")
(char= nc (char text (1+ i))))
(loop-finish))
(incf i)))))
(push (make-md-node :text :content (subseq text start i)) nodes))))))
(nreverse nodes)))
(defun parse-star-emphasis (text i len)
(when (>= i len) (return-from parse-star-emphasis (values nil i)))
(if (and (< (1+ i) len) (char= (char text (1+ i)) #\*))
(let ((close (find-closing-marker text (+ i 2) "**")))
(if close
(values (make-md-node :bold :children (parse-inline (subseq text (+ i 2) close)))
(+ close 2))
(values nil i)))
(let ((close (find-closing-marker text (1+ i) "*")))
(if close
(values (make-md-node :italic :children (parse-inline (subseq text (1+ i) close)))
(1+ close))
(values nil i)))))
(defun parse-underscore-emphasis (text i len)
(when (>= i len) (return-from parse-underscore-emphasis (values nil i)))
(when (and (> i 0) (not (find (char text (1- i)) " \t\n\r")))
(return-from parse-underscore-emphasis (values nil i)))
(if (and (< (1+ i) len) (char= (char text (1+ i)) #\_))
(let ((close (find-closing-marker text (+ i 2) "__")))
(if close
(values (make-md-node :bold :children (parse-inline (subseq text (+ i 2) close)))
(+ close 2))
(values nil i)))
(let ((close (find-closing-marker text (1+ i) "_")))
(if (and close
(or (>= (1+ close) len)
(find (char text (1+ close)) " \t\n\r.,;:!?")))
(values (make-md-node :italic :children (parse-inline (subseq text (1+ i) close)))
(1+ close))
(values nil i)))))
(defun parse-inline-code (text i len)
(when (or (>= i len) (not (char= (char text i) #\`)))
(return-from parse-inline-code (values nil i)))
(let ((bt-count (loop for j from i below (min len (+ i 3))
while (char= (char text j) #\`) count j)))
(let ((close (find-closing-marker text (+ i bt-count)
(make-string bt-count :initial-element #\`))))
(if close
(values (make-md-node :inline-code
:content (subseq text (+ i bt-count) close))
(+ close bt-count))
(values nil i)))))
(defun parse-link (text i len)
(when (or (>= i len) (not (char= (char text i) #\[)))
(return-from parse-link (values nil i)))
(let ((close-bracket (find-closing-marker text (1+ i) "]")))
(unless close-bracket (return-from parse-link (values nil i)))
(when (or (>= (1+ close-bracket) len)
(not (char= (char text (1+ close-bracket)) #\()))
(return-from parse-link (values nil i)))
(let ((close-paren (find-closing-marker text (+ close-bracket 2) ")")))
(unless close-paren (return-from parse-link (values nil i)))
(values (make-md-node :link
:children (parse-inline (subseq text (1+ i) close-bracket))
:url (subseq text (+ close-bracket 2) close-paren))
(1+ close-paren)))))
;; ─── Syntax highlighting ──────────────────────────────────────────────────────
(defun get-highlighter (lang)
(cdr (assoc lang
'(("lisp" . (:comment (";" "#|" ";;") :string ("\"")
:keyword ("defun" "defmacro" "defmethod" "defgeneric"
"defvar" "defparameter" "defconstant" "defstruct"
"defclass" "deftype" "define-condition"
"let" "let*" "flet" "labels" "macrolet"
"if" "when" "unless" "cond" "case" "ecase" "typecase"
"loop" "do" "dolist" "dotimes" "tagbody" "go"
"block" "return" "return-from"
"progn" "prog1" "prog2"
"lambda" "function" "quote"
"setf" "setq" "push" "pop" "incf" "decf"
"in-package" "defpackage" "export" "import"
"handler-case" "handler-bind" "ignore-errors"
"multiple-value-bind" "multiple-value-call"
"destructuring-bind"
"declare" "the" "values"
"and" "or" "not" "null"
"car" "cdr" "first" "rest" "second"
"cons" "list" "append" "nconc"
"mapcar" "mapc" "reduce"
"find" "position" "count" "subseq"
"format" "princ" "print" "write" "read"
"load" "compile" "eval"
"make-instance" "slot-value"
"type-of" "class-of")
:builtin ("t" "nil"
"*standard-output*" "*standard-input*"
"*error-output*" "*debug-io*"
"*package*" "*print-circle*")))
("common-lisp" . (:comment (";" "#|" ";;") :string ("\"")
:keyword ("defun" "defmacro" "defmethod" "defgeneric"
"let" "if" "when" "unless" "cond" "case"
"loop" "do" "dolist" "dotimes"
"return" "return-from" "block"
"lambda" "function" "quote"
"setf" "setq" "push" "pop" "incf" "decf"
"handler-case" "handler-bind"
"declare" "the" "values"
"defpackage" "in-package" "export" "import"
"error" "warn" "assert"
"car" "cdr" "first" "rest"
"cons" "list" "append" "mapcar" "reduce"
"format" "princ" "print" "read" "load"
"make-instance")
:builtin ("t" "nil")))
("python" . (:comment ("#") :string ("\"" "'" "\"\"\"" "'''")
:keyword ("def" "class" "return" "yield" "import" "from"
"if" "elif" "else" "for" "while" "in" "not"
"try" "except" "finally" "raise" "with" "pass"
"break" "continue" "lambda" "global"
"assert" "del" "is"
"self" "cls" "async" "await")
:builtin ("None" "True" "False")))
("javascript" . (:comment ("//" "/*") :string ("\"" "'" "`")
:keyword ("function" "class" "const" "let" "var"
"if" "else" "for" "while" "do" "switch"
"return" "break" "continue"
"try" "catch" "finally" "throw"
"new" "this" "super" "delete" "typeof"
"import" "export" "from" "default"
"async" "await" "yield" "of")
:builtin ("true" "false" "null" "undefined" "NaN")))
("bash" . (:comment ("#") :string ("\"" "'")
:keyword ("if" "then" "else" "elif" "fi" "for" "while"
"done" "case" "esac" "in" "function" "return"
"export" "local" "unset" "source"
"echo" "printf" "read" "test" "let" "declare")
:builtin ("true" "false" "cd" "ls" "cat" "grep" "sed"
"mv" "cp" "rm" "mkdir" "touch" "find" "wc"
"head" "tail" "date" "sleep" "kill")))
("shell" . (:comment ("#") :string ("\"" "'")
:keyword ("if" "then" "else" "elif" "fi" "for" "while"
"done" "case" "esac" "in" "function" "return"
"export" "local" "unset" "source"
"echo" "printf" "read" "test")
:builtin ("true" "false" "cd" "ls" "grep" "sed"
"mv" "cp" "rm" "mkdir" "touch" "find"))))
:test #'string=)))
(defun tokenize-line (line highlighter)
(let ((tokens nil) (i 0) (len (length line))
(comment-chars (getf highlighter :comment))
(string-chars (getf highlighter :string))
(keywords (getf highlighter :keyword))
(builtins (getf highlighter :builtin)))
(loop while (< i len)
do (let ((c (char line i)))
(cond
((find c " \t")
(let ((start i))
(loop while (and (< i len) (find (char line i) " \t")) do (incf i))
(push (cons (subseq line start i) :plain) tokens)))
((and comment-chars
(some (lambda (cc)
(and (<= (+ i (length cc)) len)
(string= cc (subseq line i (+ i (length cc))))))
comment-chars))
(push (cons (subseq line i) :comment) tokens) (setf i len))
((and string-chars (some (lambda (s) (find c s)) string-chars))
(let ((start i))
(incf i)
(let ((triple (and (< i (1- len)) (char= (char line i) c)
(char= (char line (1+ i)) c))))
(if triple
(progn (incf i 2)
(loop while (and (< i len)
(not (and (char= (char line i) c)
(< (1+ i) len)
(char= (char line (1+ i)) c)
(< (+ i 2) len)
(char= (char line (+ i 2)) c))))
do (incf i))
(incf i 3))
(progn (loop while (and (< i len) (char/= (char line i) c))
do (incf i))
(when (< i len) (incf i)))))
(push (cons (subseq line start i) :string) tokens)))
((or (digit-char-p c)
(and (find c "+-") (< (1+ i) len) (digit-char-p (char line (1+ i)))))
(let ((start i))
(loop while (and (< i len) (not (find (char line i) " \t()[]{}'\";:#")))
do (incf i))
(let ((token (subseq line start i)))
(if (digit-char-p (char token 0))
(push (cons token :number) tokens)
(push (cons token :plain) tokens)))))
((or (alpha-char-p c)
(and (find c "-_?!*<>=") (> len 1)))
(let ((start i))
(loop while (and (< i len)
(or (alphanumericp (char line i))
(find (char line i) "-_?!*<>=")))
do (incf i))
(let* ((token (subseq line start i))
(down (string-downcase token)))
(cond
((find down keywords :test #'string=)
(push (cons token :keyword) tokens))
((find down builtins :test #'string=)
(push (cons token :builtin) tokens))
(t (if (and (< i len) (char= (char line i) #\())
(push (cons token :function) tokens)
(push (cons token :plain) tokens)))))))
(t (push (cons (string c) :plain) tokens) (incf i)))))
(nreverse tokens)))
(defun highlight-code (code language)
(let ((highlighter (get-highlighter (and language (string-downcase language)))))
(unless highlighter (return-from highlight-code (list (cons code :plain))))
(let ((tokens nil))
(with-input-from-string (stream code)
(loop for line = (read-line stream nil nil) while line
do (let ((line-tokens (tokenize-line line highlighter)))
(when tokens (push (cons (string #\Newline) :plain) tokens))
(setf tokens (nconc (nreverse line-tokens) tokens)))))
(nreverse tokens))))
(defun apply-highlight-token (token category)
(let ((code (case category
(:keyword "33") (:builtin "36")
(:function "34") (:comment "2") (:string "32") (:number "35")
(t nil))))
(if code (format nil "~c[~am~a~c[0m" #\Escape code token #\Escape) token)))
(defun apply-highlight-style (char-vector)
(coerce char-vector 'string))
;; ─── Diff rendering ───────────────────────────────────────────────────────────
(defun string-prefix-p (prefix string)
(and (>= (length string) (length prefix))
(string= prefix (subseq string 0 (length prefix)))))
(defun classify-diff-line (line)
(cond ((string-prefix-p "+++ " line) :file-header)
((string-prefix-p "--- " line) :file-header)
((string-prefix-p "@@" line) :hunk-header)
((string-prefix-p "+" line) :added)
((string-prefix-p "-" line) :removed)
(t :context)))
;; ─── Rendering ────────────────────────────────────────────────────────────────
(defun apply-style (style text)
(let ((code (cond
((eql style :bold) "1") ((eql style :italic) "3")
((eql style :dim) "2") ((eql style :code) "0")
((eql style :link) "4;36") ((eql style :url) "4;2")
((eql style :underline) "4") ((eql style :strike) "9")
((eql style :black) "30") ((eql style :red) "31")
((eql style :green) "32") ((eql style :yellow) "33")
((eql style :blue) "34") ((eql style :magenta) "35")
((eql style :cyan) "36") ((eql style :white) "37")
((eql style :bright-black) "90") ((eql style :bright-red) "91")
((eql style :bright-green) "92") ((eql style :bright-yellow) "93")
((eql style :bright-blue) "94") ((eql style :bright-magenta) "95")
((eql style :bright-cyan) "96") ((eql style :bright-white) "97")
((string= style "bold") "1") ((string= style "italic") "3")
((string= style "dim") "2") ((string= style "code") "0")
((string= style "link") "4;36") ((string= style "url") "4;2")
((string= style "bright-cyan") "96")
((string= style "bright-yellow") "93")
((string= style "bright-white") "97")
((string= style "bright-red") "91")
((string= style "bright-green") "92")
((string= style "bright-blue") "94")
((string= style "bright-magenta") "95")
((string= style "cyan") "36") ((string= style "yellow") "33")
((string= style "red") "31") ((string= style "green") "32")
((string= style "blue") "34") ((string= style "magenta") "35")
((string= style "white") "37") ((string= style "black") "30")
(t nil))))
(if code (format nil "~c[~am~a~c[0m" #\Escape code text #\Escape) text)))
(defun render-inline (children)
(if (null children) ""
(with-output-to-string (s)
(dolist (child children)
(let ((type (getf child :type)))
(case type
(:text (princ (or (getf child :content) "") s))
(:bold (princ (apply-style :bold (render-inline (getf child :children))) s))
(:italic (princ (apply-style :italic (render-inline (getf child :children))) s))
(:inline-code (princ (apply-style :code (or (getf child :content) "")) s))
(:link (let ((text (render-inline (getf child :children)))
(url (or (getf child :url) "")))
(princ (apply-style :link text) s)
(when (and url (not (string= url "")))
(princ " " s)
(princ (apply-style :url (format nil "(~a)" url)) s))))
(t (princ (or (getf child :content) "") s))))))))
(defun render-heading (node)
(let* ((level (or (getf (getf node :properties) :level) 1))
(prefix (make-string (min level 6) :initial-element #\#))
(text (render-inline (getf node :children)))
(color (cond ((= level 1) :bright-cyan) ((= level 2) :bright-yellow)
(t :bright-white))))
(list (apply-style color (concatenate 'string prefix " " text)))))
(defun render-paragraph (node)
(list (render-inline (getf node :children))))
(defun render-blockquote (node)
(list (apply-style :dim (concatenate 'string "> " (render-inline (getf node :children))))))
(defun render-code-block (node)
(let* ((language (or (getf (getf node :properties) :language) ""))
(content (or (getf node :content) ""))
(highlighted (unless (or (null language) (string= language ""))
(highlight-code content language)))
(lines nil))
(when (and language (not (string= language "")))
(push (apply-style :dim (format nil " ~~~~~~ ~a" language)) lines))
(if highlighted
(let ((cl (make-array 0 :element-type 'character
:fill-pointer 0 :adjustable t))
(output nil))
(dolist (pair highlighted)
(let ((token (car pair)) (category (cdr pair)))
(cond ((string= token (string #\Newline))
(push (apply-highlight-style cl) output)
(setf cl (make-array 0 :element-type 'character
:fill-pointer 0 :adjustable t)))
(t (let ((colored (apply-highlight-token token category)))
(loop for ch across colored
do (vector-push-extend ch cl)))))))
(when (> (length cl) 0) (push (apply-highlight-style cl) output))
(setf lines (nconc lines (nreverse output))))
(with-input-from-string (s content)
(loop for line = (read-line s nil nil) while line
do (push (apply-style :code line) lines))))
(nreverse lines)))
(defun render-diff-block (node)
(let* ((lines (getf (getf node :properties) :lines)) (result nil))
(dolist (line (or lines
(and (getf node :content)
(let ((l (split-string-into-lines (getf node :content))))
(loop for i from 0 below (length l) collect (aref l i))))))
(let* ((class (classify-diff-line line))
(color (case class
(:added "32") (:removed "31")
(:hunk-header "36") (:file-header "1;36") (t nil))))
(if color
(push (format nil "~c[~am~a~c[0m" #\Escape color line #\Escape) result)
(push line result))))
(nreverse result)))
(defun render-thematic-break (node)
(declare (ignore node))
(list (apply-style :dim "──────────────────────────────────────────────")))
(defun render-list-item (node)
(list (concatenate 'string
(if (eql (getf node :type) :ordered-item) " 1." " * ")
(render-inline (getf node :children)))))
(defun render-md-node (node)
(let ((type (getf node :type)))
(case type
(:heading (render-heading node))
(:paragraph (render-paragraph node))
(:blockquote (render-blockquote node))
(:code-block (render-code-block node))
(:diff-block (render-diff-block node))
(:thematic-break (render-thematic-break node))
(:list-item (render-list-item node))
(:ordered-item (render-list-item node))
(t (list "")))))
(defun render-md (nodes)
(let ((lines nil))
(dolist (node nodes) (setf lines (nconc lines (render-md-node node))))
lines))
(defun render-markdown (text)
(let ((nodes (parse-blocks text)) (parts nil))
(dolist (line (render-md nodes)) (push line parts))
(with-output-to-string (s)
(loop for part in (nreverse parts)
for first = t then nil
do (unless first (terpri s)) (princ part s)))))

View File

@@ -0,0 +1,9 @@
(defpackage :cl-tty.mouse
(:use :cl :cl-tty.input :cl-tty.box)
(:export
#:mouse-mixin
#:on-mouse-down #:on-mouse-up #:on-mouse-move #:on-mouse-scroll
#:handle-mouse-event
#:hit-test
#:selection #:get-selection #:copy-to-clipboard
#:make-selection #:selection-p))

43
src/components/mouse.lisp Normal file
View File

@@ -0,0 +1,43 @@
(in-package :cl-tty.mouse)
(defclass mouse-mixin ()
((on-mouse-down :initarg :on-mouse-down :initform nil :accessor on-mouse-down)
(on-mouse-up :initarg :on-mouse-up :initform nil :accessor on-mouse-up)
(on-mouse-move :initarg :on-mouse-move :initform nil :accessor on-mouse-move)
(on-mouse-scroll :initarg :on-mouse-scroll :initform nil :accessor on-mouse-scroll)))
(defun handle-mouse-event (component event)
(let* ((type (mouse-event-type event))
(handler (case type
(:press (on-mouse-down component))
(:release (on-mouse-up component))
(:drag (on-mouse-move component))
(t nil))))
(when handler (funcall handler event))))
(defun hit-test (root x y)
(labels ((recurse (node)
(when (and (slot-boundp node 'x) (slot-boundp node 'y)
(slot-boundp node 'width) (slot-boundp node 'height))
(let ((nx (slot-value node 'x))
(ny (slot-value node 'y))
(nw (slot-value node 'width))
(nh (slot-value node 'height)))
(when (and (>= x nx) (< x (+ nx nw))
(>= y ny) (< y (+ ny nh)))
node)))))
(recurse root)))
;; Selection
(defvar *selection* nil)
(defstruct (selection (:conc-name sel-))
(start-x 0) (start-y 0) (end-x 0) (end-y 0) (text ""))
(defun get-selection ()
(when *selection* (sel-text *selection*)))
(defun copy-to-clipboard (text)
#+linux (sb-ext:run-program "xclip" (list "-selection" "clipboard")
:input text :wait nil)
#+darwin (sb-ext:run-program "pbcopy" nil :input text :wait nil))

View File

@@ -1,5 +1,5 @@
(defpackage :cl-tui.box
(:use :cl :cl-tui.backend :cl-tui.layout)
(defpackage :cl-tty.box
(:use :cl :cl-tty.backend :cl-tty.layout)
(:export
;; Box
#:box #:make-box
@@ -28,4 +28,4 @@
;; Theme engine
#:theme #:make-theme #:theme-mode
#:theme-color #:load-preset #:define-preset))
(in-package :cl-tui.box)
(in-package :cl-tty.box)

View File

@@ -1,4 +1,4 @@
(in-package :cl-tui-box-test)
(in-package :cl-tty-box-test)
(in-suite box-suite)
(defun make-capturing-backend ()

View File

@@ -1,4 +1,4 @@
(in-package :cl-tui.box)
(in-package :cl-tty.box)
;; ── Component Protocol ────────────────────────────────────────

View File

@@ -1,4 +1,4 @@
(in-package #:cl-tui.container)
(in-package #:cl-tty.container)
(defclass scroll-box (dirty-mixin)
((children :initform nil :initarg :children :accessor scroll-box-children :type list)

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@@ -0,0 +1,13 @@
(defpackage :cl-tty.select
(:use :cl :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export
#:select #:make-select
#:select-options #:select-filter
#:select-selected-index #:select-on-select
#:select-layout-node
#:select-filtered-options
#:select-next #:select-prev
#:select-visible-options
#:select-handle-key
#:render
#:fuzzy-match-p))

View File

@@ -0,0 +1,94 @@
(in-package #:cl-tty.select)
(defclass select (dirty-mixin)
((options :initform nil :initarg :options :accessor select-options :type list)
(filter :initform nil :initarg :filter :accessor select-filter :type (or string null))
(selected-index :initform 0 :initarg :selected-index :accessor select-selected-index :type fixnum)
(on-select :initform nil :initarg :on-select :accessor select-on-select)
(layout-node :initform (make-layout-node) :initarg :layout-node :accessor select-layout-node)))
(defun make-select (&key options filter on-select)
(make-instance 'select :options (or options nil) :filter filter :on-select on-select))
(defmethod component-layout-node ((sel select)) (select-layout-node sel))
(defun select-filtered-options (sel)
(let* ((filter (select-filter sel)) (all-options (select-options sel))
(filtered (if (null filter) all-options
(let ((lower (string-downcase filter)))
(remove-if-not
(lambda (opt)
(or (getf opt :category)
(let ((title (string-downcase (getf opt :title))))
(or (search lower title) (fuzzy-match-p lower title)))))
all-options)))))
(loop for opt in filtered for i from 0
collect (list i (position opt all-options) opt))))
(defun fuzzy-match-p (query target)
(let* ((q (remove-duplicates (coerce (string-downcase query) 'list)))
(tg (remove-duplicates (coerce (string-downcase target) 'list)))
(intersection (length (intersection q tg)))
(union (length (union q tg))))
(if (zerop union) nil (> (/ (float intersection) union) 0.3))))
(defun select-clamp-index (sel)
(let* ((filtered (select-filtered-options sel)) (count (length filtered)))
(if (zerop count) (setf (select-selected-index sel) 0)
(setf (select-selected-index sel) (max 0 (min (select-selected-index sel) (1- count)))))))
(defun select-next (sel)
(let* ((filtered (select-filtered-options sel)) (count (length filtered))
(current (select-selected-index sel)))
(when (plusp count)
(loop for i from 1 below count
for idx = (mod (+ current i) count)
for opt = (third (nth idx filtered))
when (not (getf opt :category))
do (setf (select-selected-index sel) idx) (mark-dirty sel) (return)))))
(defun select-prev (sel)
(let* ((filtered (select-filtered-options sel)) (count (length filtered))
(current (select-selected-index sel)))
(when (plusp count)
(loop for i from 1 below count
for idx = (mod (- current i) count)
for opt = (third (nth idx filtered))
when (not (getf opt :category))
do (setf (select-selected-index sel) idx) (mark-dirty sel) (return)))))
(defun select-handle-key (sel event)
(let ((key (key-event-key event)) (ctrl (key-event-ctrl event)))
(cond
((or (eql key :down) (and ctrl (eql key :n))) (select-next sel) t)
((or (eql key :up) (and ctrl (eql key :p))) (select-prev sel) t)
((eql key :enter)
(let* ((filtered (select-filtered-options sel)) (idx (select-selected-index sel))
(item (when (< idx (length filtered)) (third (nth idx filtered)))))
(when item (let ((cb (select-on-select sel))) (when cb (funcall cb item)))) t))
((eql key :escape) nil) (t nil))))
(defun select-visible-options (sel)
(let* ((ln (select-layout-node sel)) (height (if ln (layout-node-height ln) 80))
(filtered (select-filtered-options sel)) (sel-idx (select-selected-index sel))
(half (floor (1- height) 2)) (start (max 0 (- sel-idx half)))
(end (min (length filtered) (+ start height))))
(subseq filtered start end)))
(defmethod render ((sel select) backend)
(let* ((ln (select-layout-node sel)) (x 0) (y 0)
(w (if ln (layout-node-width ln) 80))
(visible (select-visible-options sel)) (sel-idx (select-selected-index sel)))
(dolist (item visible)
(let* ((display-idx (first item)) (option (third item))
(title (getf option :title)) (cat (getf option :category))
(selected (eql display-idx sel-idx))
(display (if (> (length title) (1- w))
(concatenate 'string (subseq title 0 (1- w)) "…") title)))
(cond (cat (draw-text backend x y display :text-muted nil))
(selected
(draw-rect backend x y w 1 :bg :accent)
(draw-text backend x y display :background :accent))
(t (draw-text backend x y display nil nil)))
(incf y 1)))
(values)))

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@@ -1,4 +1,4 @@
(in-package #:cl-tui.container)
(in-package #:cl-tty.container)
(defclass tab-bar (dirty-mixin)
((tabs :initform nil :initarg :tabs :accessor tab-bar-tabs :type list)

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@@ -1,4 +1,4 @@
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
;;; ---------------------------------------------------------------------------
;;; TextInput class

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@@ -1,4 +1,4 @@
(in-package :cl-tui.box)
(in-package :cl-tty.box)
;; ── Text Renderable ────────────────────────────────────────────

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@@ -1,4 +1,4 @@
(in-package #:cl-tui.input)
(in-package #:cl-tty.input)
;;; ---------------------------------------------------------------------------
;;; Utility: split string (local copy for dependency-free operation)

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@@ -1,4 +1,4 @@
(in-package :cl-tui-box-test)
(in-package :cl-tty-box-test)
(in-suite box-suite)
(test theme-create-default

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@@ -1,4 +1,4 @@
(in-package :cl-tui.box)
(in-package :cl-tty.box)
;; ── Theme Engine ──────────────────────────────────────────────

43
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;;; dialog-tests.lisp — Tests for cl-tty.dialog
(defpackage :cl-tty-dialog-test
(:use :cl :cl-tty.dialog :fiveam))
(in-package :cl-tty-dialog-test)
(def-suite dialog-suite :description "Dialog + Toast tests for cl-tty.dialog")
(in-suite dialog-suite)
(def-test dialog-create ()
(let ((d (make-instance 'dialog :title "Test")))
(is-true (typep d 'dialog))
(is (equal "Test" (dialog-title d)))))
(def-test dialog-size-small ()
(multiple-value-bind (w h) (dialog-size-pixels :small)
(is (= 40 w))
(is (= 8 h))))
(def-test dialog-size-medium ()
(multiple-value-bind (w h) (dialog-size-pixels :medium)
(is (= 60 w))
(is (= 16 h))))
(def-test dialog-push-pop ()
(let ((*dialog-stack* nil))
(push-dialog (make-instance 'dialog :title "D1"))
(is (= 1 (length *dialog-stack*)))
(push-dialog (make-instance 'dialog :title "D2"))
(is (= 2 (length *dialog-stack*)))
(pop-dialog)
(is (= 1 (length *dialog-stack*)))))
(def-test toast-create ()
(let ((*toasts* nil))
(toast "Hello" :variant :info :duration 0)
(is (= 1 (length *toasts*)))))
(def-test toast-dismiss ()
(let ((*toasts* (list (make-instance 'toast :message "T" :variant :info))))
(dismiss-toast (first *toasts*))
(is (= 0 (length *toasts*)))))

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@@ -1,7 +1,7 @@
(defpackage :cl-tui-input-test
(:use :cl :fiveam :cl-tui.backend :cl-tui.box :cl-tui.layout :cl-tui.input)
(defpackage :cl-tty-input-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input)
(:export #:run-tests))
(in-package :cl-tui-input-test)
(in-package :cl-tty-input-test)
(def-suite input-suite :description "Text input and keybinding tests")
(in-suite input-suite)

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;;; markdown-tests.lisp — Tests for cl-tty.markdown
(defpackage :cl-tty-markdown-test
(:use :cl :cl-tty.markdown :fiveam))
(in-package :cl-tty-markdown-test)
;; Test suite
(def-suite :cl-tty-markdown-test
:description "Markdown parser/renderer tests for cl-tty.markdown")
(in-suite :cl-tty-markdown-test)
;; ─── Parser tests ─────────────────────────────────────────────────────────────
(def-test heading-parsing ()
(let* ((result (parse-blocks "# Hello World")) (node (first result)))
(is-true (eql :heading (getf node :type)))
(is (= 1 (getf (getf node :properties) :level)))))
(def-test heading-levels ()
(loop for level from 1 to 6
do (let* ((hashes (make-string level :initial-element #\#))
(text (format nil "~a Heading ~d" hashes level))
(result (parse-blocks text))
(node (first result)))
(is-true (eql :heading (getf node :type)))
(is (= level (getf (getf node :properties) :level))))))
(def-test heading-with-inline-formatting ()
(let* ((result (parse-blocks "# Hello **World**"))
(node (first result)) (children (getf node :children)))
(is-true (eql :heading (getf node :type)))
(is (= 2 (length children)))
(is-true (eql :text (getf (first children) :type)))
(is-true (eql :bold (getf (second children) :type)))))
(def-test paragraph-parsing ()
(let* ((result (parse-blocks "This is a paragraph.")) (node (first result)))
(is-true (eql :paragraph (getf node :type)))))
(def-test paragraph-multi-line ()
(let* ((result (parse-blocks "Line one\nLine two")) (node (first result)))
(is-true (eql :paragraph (getf node :type)))))
(def-test bold-parsing ()
(let* ((children (parse-inline "hello **world** here"))
(bold-node (second children)))
(is (= 3 (length children)))
(is-true (eql :bold (getf bold-node :type)))))
(def-test italic-parsing ()
(let* ((children (parse-inline "hello *world* here"))
(italic-node (second children)))
(is (= 3 (length children)))
(is-true (eql :italic (getf italic-node :type)))))
(def-test bold-italic-combined ()
(let ((children (parse-inline "**bold** and *italic*")))
(is (= 3 (length children)))
(is-true (eql :bold (getf (first children) :type)))
(is-true (eql :italic (getf (third children) :type)))))
(def-test inline-code-parsing ()
(let* ((children (parse-inline "use `foo` here"))
(code-node (second children)))
(is (= 3 (length children)))
(is-true (eql :inline-code (getf code-node :type)))
(is (equal "foo" (getf code-node :content)))))
(def-test link-parsing ()
(let* ((children (parse-inline "click [here](https://x.com)"))
(link-node (second children)))
(is (= 2 (length children)))
(is-true (eql :link (getf link-node :type)))
(is (equal "https://x.com" (getf link-node :url)))
(let ((link-text (getf link-node :children)))
(is (= 1 (length link-text)))
(is-true (eql :text (getf (first link-text) :type)))
(is (equal "here" (getf (first link-text) :content))))))
(def-test code-block-parsing ()
(let* ((text (format nil "```lisp~%(defun hello ())~% (print \"hi\")~%```"))
(result (parse-blocks text)) (node (first result)))
(is-true (eql :code-block (getf node :type)))
(is (equal "lisp" (getf (getf node :properties) :language)))
(is-true (search "(defun hello" (getf node :content)))))
(def-test code-block-unknown-language ()
(let* ((text (format nil "```~%plain code~%```"))
(result (parse-blocks text)) (node (first result)))
(is-true (eql :code-block (getf node :type)))
(is-false (getf (getf node :properties) :language))))
(def-test blockquote-parsing ()
(let* ((result (parse-blocks "> This is a quote")) (node (first result)))
(is-true (eql :blockquote (getf node :type)))))
(def-test list-item-parsing ()
(let* ((result (parse-blocks "- First item")) (node (first result)))
(is-true (eql :list-item (getf node :type)))))
(def-test ordered-list-parsing ()
(let* ((result (parse-blocks "1. First item")) (node (first result)))
(is-true (eql :ordered-item (getf node :type)))))
(def-test thematic-break-parsing ()
(let* ((result (parse-blocks "---")) (node (first result)))
(is-true (eql :thematic-break (getf node :type)))))
;; ─── Diff tests ───────────────────────────────────────────────────────────────
(def-test classify-diff-added ()
(is (eql :added (classify-diff-line "+this is added"))))
(def-test classify-diff-removed ()
(is (eql :removed (classify-diff-line "-this is removed"))))
(def-test classify-diff-hunk ()
(is (eql :hunk-header (classify-diff-line "@@ -1,3 +1,4 @@"))))
(def-test classify-diff-context ()
(is (eql :context (classify-diff-line " normal context"))))
;; ─── Syntax highlighting tests ────────────────────────────────────────────────
(def-test highlight-lisp-keyword ()
(let ((tokens (highlight-code "(defun hello ()" "lisp")))
(is-true (some (lambda (pair) (and (search "defun" (car pair))
(eql :keyword (cdr pair))))
tokens))))
(def-test highlight-lisp-builtin ()
"Test that a Lisp builtin like nil is highlighted as :builtin."
(let ((tokens (highlight-code "(if t nil)" "lisp")))
(is-true (some (lambda (pair) (and (string= (car pair) "nil")
(eql :builtin (cdr pair))))
tokens))))
(def-test highlight-unknown-language ()
(let ((tokens (highlight-code "hello world" "unknown-xyz")))
(every (lambda (pair) (eql :plain (cdr pair))) tokens)))
(def-test highlight-comment ()
(let ((tokens (highlight-code "; this is a comment" "lisp")))
(is-true (some (lambda (pair) (eql :comment (cdr pair))) tokens))))
;; ─── Render tests ─────────────────────────────────────────────────────────────
(def-test render-heading-output ()
(let* ((node (make-md-node :heading :properties (list :level 2)
:children (list (make-md-node :text :content "Test"))))
(lines (render-md-node node)))
(is (= 1 (length lines)))
(is-true (> (length (first lines)) 0))))
(def-test render-paragraph-output ()
(let* ((node (make-md-node :paragraph
:children (list (make-md-node :text :content "Hello"))))
(lines (render-md-node node)))
(is (= 1 (length lines)))
(is-true (search "Hello" (first lines)))))
(def-test render-thematic-break-output ()
(let* ((node (make-md-node :thematic-break)) (lines (render-md-node node)))
(is (= 1 (length lines)))))
(def-test render-code-block-output ()
(let* ((node (make-md-node :code-block :content "(print \"hello\")"
:properties (list :language "lisp")))
(lines (render-md-node node)))
(is-true (> (length lines) 0))))
(def-test render-diff-block-output ()
(let* ((node (make-md-node :diff-block :properties
(list :lines
'("--- a/file" "+++ b/file" "@@ -1 +1 @@"
"+added" "-removed" " context"))))
(lines (render-md-node node)))
(is (= 6 (length lines)))
(is (search "added" (fourth lines)))
(is (search "removed" (fifth lines)))))
;; ─── Integration tests ────────────────────────────────────────────────────────
(def-test markdown-integration ()
(let* ((md (format nil "# Title~%~%This is **bold** and `code`.~%~%- Item 1~%- Item 2~%~%> A quote~%~%```lisp~%(defun hello ())~% (print \"hi\")~%```~%~%---"))
(nodes (parse-blocks md)) (lines (render-md nodes)))
(is-true (> (length lines) 5))
(is-true (search "# Title" (first lines)))))
(def-test render-markdown-string ()
(let ((result (render-markdown "**bold** text")))
(is-true (stringp result))
(is-true (> (length result) 0))))
(def-test md-node-text-simple ()
(let ((node (make-md-node :text :content "hello")))
(is (equal "hello" (md-node-text node)))))
(def-test md-node-text-nested ()
(let ((node (make-md-node :paragraph :children
(list (make-md-node :text :content "hello")
(make-md-node :bold :children
(list (make-md-node :text :content "world")))))))
(is (equal "helloworld" (md-node-text node)))))

17
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(defpackage :cl-tty-mouse-test (:use :cl :cl-tty.mouse :fiveam))
(in-package :cl-tty-mouse-test)
(def-suite mouse-suite :description "Mouse tests")
(in-suite mouse-suite)
(def-test mouse-mixin-create ()
(let ((m (make-instance 'mouse-mixin)))
(is-true (typep m 'mouse-mixin))))
(def-test mouse-hit-test-point ()
(let ((obj (make-instance 'mouse-mixin)))
(is-true t))) ;; placeholder
(def-test selection-set-and-get ()
(setf cl-tty.mouse::*selection* (make-selection :text "hello"))
(is (equal "hello" (get-selection))))

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@@ -1,7 +1,7 @@
(defpackage :cl-tui-scrollbox-test
(:use :cl :fiveam :cl-tui.backend :cl-tui.box :cl-tui.layout :cl-tui.input :cl-tui.container)
(defpackage :cl-tty-scrollbox-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input :cl-tty.container)
(:export #:run-tests))
(in-package #:cl-tui-scrollbox-test)
(in-package #:cl-tty-scrollbox-test)
(def-suite scrollbox-suite :description "ScrollBox + TabBar tests")
(in-suite scrollbox-suite)

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(defpackage :cl-tty-select-test
(:use :cl :fiveam :cl-tty.backend :cl-tty.box :cl-tty.layout :cl-tty.input :cl-tty.select)
(:export #:run-tests))
(in-package #:cl-tty-select-test)
(def-suite select-suite :description "Select widget tests")
(in-suite select-suite)
(defun run-tests ()
(let ((result (run 'select-suite)))
(fiveam:explain! result)
(uiop:quit 0)))
(test select-creates
"A Select can be created with defaults."
(let ((sel (make-select)))
(is (typep sel 'select))
(is-false (select-options sel))
(is-false (select-filter sel))
(is (= (select-selected-index sel) 0))))
(test select-with-options
"A Select stores options."
(let ((sel (make-select :options '((:title "Red" :value :red)
(:title "Blue" :value :blue)))))
(is (= (length (select-options sel)) 2))))
(test select-filtered-exact
"Filter returns case-insensitive substring matches."
(let ((sel (make-select
:options '((:title "Red" :value :red)
(:title "Green" :value :green)
(:title "Blue" :value :blue)))))
(setf (select-filter sel) "bl")
(let ((filtered (select-filtered-options sel)))
(is (= (length filtered) 1))
(is (eql (getf (third (first filtered)) :value) :blue)))))
(test select-filtered-all
"Nil filter returns all options."
(let ((sel (make-select
:options '((:title "Red" :value :red)
(:title "Blue" :value :blue)))))
(let ((filtered (select-filtered-options sel)))
(is (= (length filtered) 2)))))
(test select-navigation
"Select-next and select-prev navigate through options."
(let ((sel (make-select
:options '((:title "A" :value :a)
(:title "B" :value :b)
(:title "C" :value :c)))))
(is (= (select-selected-index sel) 0))
(select-next sel)
(is (= (select-selected-index sel) 1))
(select-next sel)
(is (= (select-selected-index sel) 2))
(select-next sel)
(is (= (select-selected-index sel) 0) "wraps forward")
(select-prev sel)
(is (= (select-selected-index sel) 2) "wraps backward")))
(test select-navigation-skips-categories
"Navigation skips category header options."
(let ((sel (make-select
:options '((:title "Colors" :category t)
(:title "Red" :value :red)
(:title "Green" :value :green)
(:title "Shapes" :category t)
(:title "Circle" :value :circle)))))
(is (= (select-selected-index sel) 0))
(select-next sel)
(is (= (select-selected-index sel) 1) "skipped category header at 0")
(select-next sel)
(is (= (select-selected-index sel) 2))
(select-next sel)
(is (= (select-selected-index sel) 4) "skipped category header at 3")))
(test select-handle-key
"Select handle-key dispatches navigation and selection."
(let* ((result (list nil))
(sel (make-select
:options '((:title "A" :value :a) (:title "B" :value :b))
:on-select (lambda (opt) (setf (car result) (getf opt :value))))))
(select-handle-key sel (make-key-event :key :down))
(is (= (select-selected-index sel) 1))
(select-handle-key sel (make-key-event :key :up))
(is (= (select-selected-index sel) 0))
(select-handle-key sel (make-key-event :key :enter))
(is (eql (car result) :a))))
(test select-handle-key-ctrl
"Ctrl+N and Ctrl+P navigate like down/up."
(let ((sel (make-select
:options '((:title "A" :value :a) (:title "B" :value :b) (:title "C" :value :c)))))
(select-handle-key sel (make-key-event :key :n :ctrl t))
(is (= (select-selected-index sel) 1))
(select-handle-key sel (make-key-event :key :p :ctrl t))
(is (= (select-selected-index sel) 0))))
(test select-visible-count
"Visible options respects viewport height."
(let* ((ln (make-layout-node))
(sel (make-select
:options (loop for i below 20 collect (list :title (format nil "Item ~D" i) :value i)))))
(setf (select-layout-node sel) ln)
(setf (layout-node-height ln) 5)
(let ((visible (select-visible-options sel)))
(is (<= (length visible) 5)))))
(test select-fuzzy-fallback
"Fuzzy filter catches near-misses."
(let ((sel (make-select
:options '((:title "Nord" :value :nord)
(:title "Tokyo Night" :value :tokyo)
(:title "Catppuccin" :value :cat)))))
(setf (select-filter sel) "nrd")
(let ((filtered (select-filtered-options sel)))
(is (= (length filtered) 1))
(is (eql (getf (third (first filtered)) :value) :nord)))))