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5 Commits

Author SHA1 Message Date
minjaesong
b103e3c690 zfm: force set bgcol on redraw 2026-05-25 01:30:26 +09:00
minjaesong
7edc3e32b1 zfm: 'more' popup 2026-05-25 01:23:16 +09:00
minjaesong
6db6a2e7ed tsvm: highlighter and popup drawing fix 2026-05-25 01:03:20 +09:00
minjaesong
0d564d5f82 tsvm: more mouse operated stuffs 2026-05-25 00:14:38 +09:00
minjaesong
6d20d346f5 tsvm: more mouse coord fix, taut: mouse support 2026-05-24 19:01:31 +09:00
8 changed files with 1559 additions and 523 deletions

View File

@@ -49,13 +49,6 @@ _fsh.QA_CMD_WIDTH = 60 // command path field width in dialog
_fsh.HL_FG = 230
_fsh.HL_BG = 255
// Dialog colour pair. Background MUST be opaque (bg 255 is transparent
// in TSVM and lets the pixel-layer wallpaper bleed through dialog cells).
_fsh.DIALOG_FG = 254
_fsh.DIALOG_BG = 242
_fsh.FIELD_BG = 240
_fsh.DIALOG_DIM_FG = 249
// Default Quick Access entries when fshrc is missing or empty
_fsh.DEFAULT_QA = [
["Files", "/tvdos/bin/zsh.js"],
@@ -158,232 +151,6 @@ _fsh.saveConfig = function() {
}
}
// Draw the bordered popup background. (row, col) is the top-left, (h, w)
// the size. Paints an opaque interior first (otherwise the wallpaper bleeds
// through cells with bg 255), then delegates frame drawing to wintex so the
// corner/edge glyphs always connect correctly.
_fsh.drawDialogFrame = function(row, col, h, w, title) {
con.color_pair(_fsh.DIALOG_FG, _fsh.DIALOG_BG)
for (let y = 0; y < h; y++) {
con.move(row + y, col)
print(' '.repeat(w))
}
let wo = new win.WindowObject(col, row, w, h, function(){}, function(){}, title)
wo.isHighlighted = true
wo.titleBack = _fsh.DIALOG_BG
wo.drawFrame()
con.color_pair(_fsh.DIALOG_FG, _fsh.DIALOG_BG)
}
// Slide the visible window so the caret stays inside (cursor at the
// rightmost column once it passes the field width).
_fsh.fieldScroll = function(cursor, width) {
return cursor < width ? 0 : cursor - width + 1
}
// Draw a single-line bordered input field at (row, col) with given width.
// content is the current text; cursor is the caret offset within content
// focused brightens the border colour.
_fsh.drawDialogField = function(row, col, width, content, cursor, focused) {
let frameFg = focused ? _fsh.DIALOG_FG : _fsh.DIALOG_DIM_FG
// Clear the field area (3 rows × width+2 cols) with FIELD_BG first so any
// stale chars from a previous render are wiped before we draw on top.
con.color_pair(_fsh.DIALOG_FG, _fsh.FIELD_BG)
con.move(row + 1, col + 1)
print(' '.repeat(width))
// Top border
con.color_pair(frameFg, _fsh.DIALOG_BG)
con.move(row, col)
print('\u00DA') // ┌
print('\u00C4'.repeat(width)) // ─
print('\u00BF') // ┐
// Vertical borders + content
con.move(row + 1, col)
print('\u00B3') // │
con.color_pair(_fsh.DIALOG_FG, _fsh.DIALOG_BG)
let scroll = _fsh.fieldScroll(cursor, width)
let visible = content.substring(scroll, scroll + width)
print(visible)
con.color_pair(frameFg, _fsh.DIALOG_BG)
con.move(row + 1, col + width + 1)
print('\u00B3') // │
// Bottom border
con.move(row + 2, col)
print('\u00C0') // └
print('\u00C4'.repeat(width)) // ─
print('\u00D9') // ┘
con.color_pair(_fsh.DIALOG_FG, _fsh.DIALOG_BG)
}
// Draw a button as "[ Label ]" at the given position; highlights when focused.
_fsh.drawDialogButton = function(row, col, label, focused) {
if (focused) con.color_pair(_fsh.HL_FG, _fsh.DIALOG_BG)
else con.color_pair(_fsh.DIALOG_FG, _fsh.DIALOG_BG)
con.move(row, col)
print("[ " + label + " ]")
con.color_pair(_fsh.DIALOG_FG, _fsh.DIALOG_BG)
}
// Modal dialog. opts = {
// title: string,
// fields: [{label, initial, width}, ...],
// allowDelete: bool,
// }
// Returns {action: "ok"|"cancel"|"delete", values: [string, ...]}.
_fsh.showDialog = function(opts) {
let fields = opts.fields
let values = fields.map(function(f) { return f.initial || "" })
// Caret position per field. Start at end of any pre-filled initial text.
let cursors = values.map(function(v) { return v.length })
// Layout
let maxFieldW = fields.reduce(function(m, f) { return Math.max(m, f.width) }, 16)
let titleW = (opts.title ? opts.title.length : 0) + 4
let w = Math.max(maxFieldW + 6, titleW + 4, 24)
let buttonsRow = 2 + fields.length * 4 + 1 // 1 label + 3 field rows per field
let h = buttonsRow + 2
let screen = con.getmaxyx()
let row = Math.max(2, Math.floor((screen[0] - h) / 2))
let col = Math.max(2, Math.floor((screen[1] - w) / 2))
// Buttons list: indices follow Tab order after the last field
let buttons = [{label: "OK", action: "ok"}, {label: "Cancel", action: "cancel"}]
if (opts.allowDelete) buttons.splice(1, 0, {label: "Delete", action: "delete"})
let focusIdx = 0 // 0..fields.length-1 = field; then buttons
let totalFocus = fields.length + buttons.length
let done = null // {action, values} when set
function render() {
_fsh.drawDialogFrame(row, col, h, w, opts.title)
// Fields
for (let i = 0; i < fields.length; i++) {
let labelRow = row + 1 + i * 4
let fieldRow = labelRow + 1
con.color_pair(_fsh.DIALOG_FG, _fsh.DIALOG_BG)
con.move(labelRow, col + 2)
print(fields[i].label + ":")
_fsh.drawDialogField(fieldRow, col + 2, fields[i].width,
values[i], cursors[i], i === focusIdx)
}
// Buttons centred on buttonsRow
let totalBtnW = buttons.reduce(function(s, b) { return s + b.label.length + 5 }, 0) - 1
let bx = col + Math.floor((w - totalBtnW) / 2)
for (let i = 0; i < buttons.length; i++) {
let bIdx = fields.length + i
_fsh.drawDialogButton(row + buttonsRow, bx, buttons[i].label, bIdx === focusIdx)
bx += buttons[i].label.length + 5
}
// Position the visible caret. Inside a field: place it on the content
// row at the cursor offset (corrected for horizontal scroll). On a
// button: hide the caret entirely.
if (focusIdx < fields.length) {
let fldWidth = fields[focusIdx].width
let scroll = _fsh.fieldScroll(cursors[focusIdx], fldWidth)
let contentRow = row + 1 + focusIdx * 4 + 2
let contentCol = col + 2 + 1 + (cursors[focusIdx] - scroll)
con.move(contentRow, contentCol)
con.curs_set(1)
} else {
con.curs_set(0)
}
}
render()
// Note: con.getch() returns TSVM scancodes (defined in JS_INIT.js as
// con.KEY_UP=200, KEY_DOWN=208, KEY_LEFT=203, KEY_RIGHT=205,
// con.KEY_BACKSPACE=8, KEY_TAB=9, KEY_RETURN=10). Esc isn't in JS_INIT's
// map — it arrives as ASCII 27 via keyTyped().
while (done === null) {
let k = con.getch()
if (k === 27) { // Esc
done = {action: "cancel", values: values}
break
}
if (k === con.KEY_TAB) {
focusIdx = (focusIdx + 1) % totalFocus
render()
continue
}
// Up/Down always cycles focus across fields/buttons.
if (k === con.KEY_UP) {
focusIdx = (focusIdx - 1 + totalFocus) % totalFocus
render()
continue
}
if (k === con.KEY_DOWN) {
focusIdx = (focusIdx + 1) % totalFocus
render()
continue
}
// Left/Right moves the caret inside a field; on a button it cycles.
if (k === con.KEY_LEFT) {
if (focusIdx < fields.length) {
if (cursors[focusIdx] > 0) {
cursors[focusIdx] -= 1
render()
}
} else {
focusIdx = (focusIdx - 1 + totalFocus) % totalFocus
render()
}
continue
}
if (k === con.KEY_RIGHT) {
if (focusIdx < fields.length) {
if (cursors[focusIdx] < values[focusIdx].length) {
cursors[focusIdx] += 1
render()
}
} else {
focusIdx = (focusIdx + 1) % totalFocus
render()
}
continue
}
// On a field
if (focusIdx < fields.length) {
if (k === con.KEY_RETURN) {
if (focusIdx < fields.length - 1) {
focusIdx += 1
} else {
focusIdx = fields.length // move to OK button
}
render()
continue
}
if (k === con.KEY_BACKSPACE) {
let c = cursors[focusIdx]
if (c > 0) {
let v = values[focusIdx]
values[focusIdx] = v.substring(0, c - 1) + v.substring(c)
cursors[focusIdx] = c - 1
render()
}
continue
}
// Printable: insert at the caret.
if (k >= 32 && k < 256 && values[focusIdx].length < fields[focusIdx].width * 4) {
let v = values[focusIdx]
let c = cursors[focusIdx]
values[focusIdx] = v.substring(0, c) + String.fromCharCode(k) + v.substring(c)
cursors[focusIdx] = c + 1
render()
}
continue
}
// On a button
if (k === con.KEY_RETURN || k === 32) {
done = {action: buttons[focusIdx - fields.length].action, values: values}
break
}
}
con.curs_set(0)
return done
}
// Map (mouse char x, mouse char y) to a row index for a widget drawn at
// (xoff, yoff) with `length` existing entries and `maxRows` total rows.
@@ -673,7 +440,7 @@ _fsh.redrawAll = function() {
}
_fsh.openAddTodoDialog = function() {
let res = _fsh.showDialog({
let res = win.showDialog({
title: "New Todo",
fields: [{label: "Text", initial: "", width: _fsh.TODO_TEXT_WIDTH}],
allowDelete: false
@@ -690,7 +457,7 @@ _fsh.openAddTodoDialog = function() {
_fsh.openEditTodoDialog = function(index) {
let entry = todoWidget.todoList[index]
if (!entry) return
let res = _fsh.showDialog({
let res = win.showDialog({
title: "Edit Todo",
fields: [{label: "Text", initial: entry[0], width: _fsh.TODO_TEXT_WIDTH}],
allowDelete: true
@@ -709,7 +476,7 @@ _fsh.openEditTodoDialog = function(index) {
}
_fsh.openAddQaDialog = function() {
let res = _fsh.showDialog({
let res = win.showDialog({
title: "New Quick Access",
fields: [
{label: "Label", initial: "", width: _fsh.QA_LABEL_WIDTH},
@@ -730,7 +497,7 @@ _fsh.openAddQaDialog = function() {
_fsh.openEditQaDialog = function(index) {
let entry = quickAccessWidget.entries[index]
if (!entry) return
let res = _fsh.showDialog({
let res = win.showDialog({
title: "Edit Quick Access",
fields: [
{label: "Label", initial: entry[0], width: _fsh.QA_LABEL_WIDTH},
@@ -908,9 +675,13 @@ while (true) {
let navRight = edge(KEY_RIGHT)
// -- mouse --
// MMIO returns VM-screen pixel coords (origin at the top-left of the framebuffer).
// Widget xoff/yoff are passed straight into con.move(y, x), which is 1-indexed, so
// we offset by +1 here. Without this the click registers one cell up-and-left from
// where the user's pointer is, because pixel 0 = con.move(1, 1).
let pos = readMousePos()
let charX = (pos[0] / 7) | 0
let charY = (pos[1] / 14) | 0
let charX = (pos[0] / 7 | 0) + 1
let charY = (pos[1] / 14 | 0) + 1
let mouseMoved = (charX !== prevMouseCharX || charY !== prevMouseCharY)
prevMouseCharX = charX
prevMouseCharY = charY

View File

@@ -1114,13 +1114,18 @@ inputwork.repeatCount = 0;
* where:
* "key_down", <key symbol string>, <repeat count>, keycode0, keycode1 .. keycode7
* "key_change", <key symbol string (what went up)>, 0, keycode0, keycode1 .. keycode7 (remaining keys that are held down)
* "mouse_down", pos-x, pos-y, 1 // yes there's only one mouse button :p
* "mouse_up", pos-x, pos-y, 0
* "mouse_move", pos-x, pos-y, <button down?>, oldpos-x, oldpos-y
* "mouse_down", pos-x, pos-y, <button mask: 1=left, 2=right, 4=middle>, keycode0..keycode7
* "mouse_up", pos-x, pos-y, <button mask of the released button>, keycode0..keycode7
* "mouse_move", pos-x, pos-y, <currently-held button mask>, oldpos-x, oldpos-y, keycode0..keycode7
* "mouse_wheel", pos-x, pos-y, <-1 for wheel up, +1 for wheel down>, keycode0..keycode7
*
* Button mask values come from MMIO[36] bits 0..2 (terranmon.txt:52-58). The wheel
* bits (6, 7) latch in hardware and clear on read, so a one-shot detent fires once.
* Every mouse event carries the currently-held key buffer (same shape as key_down)
* so handlers can detect modifiers like Shift+wheel via `event.includes(<keysym>)`.
*/
input.withEvent = function(callback) {
// TODO mouse event
function arrayEq(a,b) {
for (let i = 0; i < a.length; ++i) {
if (a[i] !== b[i]) return false;
@@ -1141,7 +1146,33 @@ input.withEvent = function(callback) {
sys.poke(-40, 255);
let keys = [sys.peek(-41),sys.peek(-42),sys.peek(-43),sys.peek(-44),sys.peek(-45),sys.peek(-46),sys.peek(-47),sys.peek(-48)];
let mouse = [sys.peek(-33) | (sys.peek(-34) << 8), sys.peek(-35) | (sys.peek(-36) << 8), sys.peek(-37)];
let mx = (sys.peek(-33) & 0xFF) | ((sys.peek(-34) & 0xFF) << 8);
let my = (sys.peek(-35) & 0xFF) | ((sys.peek(-36) & 0xFF) << 8);
let mb = sys.peek(-37) & 0xFF; // bits 0..2 = L/R/M held, bit 6 = wheel up, bit 7 = wheel down
let mouse = [mx, my, mb];
// --- mouse dispatch ---
let oldMouse = inputwork.oldMouse;
let hasOld = oldMouse && oldMouse.length === 3;
let oldBtns = hasOld ? (oldMouse[2] & 0x07) : 0;
let curBtns = mb & 0x07;
let wheelUp = (mb & 0x40) !== 0;
let wheelDn = (mb & 0x80) !== 0;
if (wheelUp) callback(["mouse_wheel", mx, my, -1].concat(keys));
if (wheelDn) callback(["mouse_wheel", mx, my, 1].concat(keys));
let pressed = curBtns & ~oldBtns;
let released = oldBtns & ~curBtns;
for (let b = 1; b <= 4; b <<= 1) {
if (pressed & b) callback(["mouse_down", mx, my, b].concat(keys));
if (released & b) callback(["mouse_up", mx, my, b].concat(keys));
}
if (hasOld && (mx !== oldMouse[0] || my !== oldMouse[1])) {
callback(["mouse_move", mx, my, curBtns, oldMouse[0], oldMouse[1]].concat(keys));
}
// --- end mouse dispatch ---
let keyChanged = !arrayEq(keys, inputwork.oldKeys)
let keyDiff = arrayDiff(keys, inputwork.oldKeys)

View File

@@ -3378,23 +3378,48 @@ function openHelpPopup() {
repaint()
let done = false
const buttons = makePopupButtonRow(HELP_POPUP_Y + HELP_POPUP_H - 1, HELP_POPUP_X, HELP_POPUP_W, [
{ label: 'OK', action: () => { done = true }, default: true },
])
buttons.repaint()
let eventJustReceived = true
pushMousePopup(buttons.regions.concat([
// Scroll body: wheel scrolls help text.
{ x: HELP_CONTENT_X, y: HELP_CONTENT_Y, w: HELP_CONTENT_W, h: HELP_CONTENT_H, onWheel: (cy, cx, dy) => {
scroll += dy * 3
if (scroll < 0) scroll = 0
if (scroll > maxScroll) scroll = maxScroll
repaint()
buttons.repaint()
}},
]))
const scrollAndRepaint = () => { repaint(); buttons.repaint() }
while (!done) {
input.withEvent(ev => {
if (eventJustReceived && (ev[0] === 'key_down' || ev[0] === 'mouse_down')) {
eventJustReceived = false; return
}
if (dispatchMouseEvent(ev)) return
if (ev[0] !== 'key_down') return
if (eventJustReceived) { eventJustReceived = false; return }
const ks = ev[1]
const shiftDown = (ev.includes(59) || ev.includes(60))
if (ks === '<ESC>' || ks === '!' || ks === 'q' || ks === '\n') { done = true }
else if (ks === '<UP>') { if (scroll > 0) { scroll -= 1; repaint() } }
else if (ks === '<DOWN>') { if (scroll < maxScroll) { scroll += 1; repaint() } }
else if (ks === '<PAGE_UP>') { scroll = Math.max(0, scroll - HELP_CONTENT_H); repaint() }
else if (ks === '<PAGE_DOWN>') { scroll = Math.min(maxScroll, scroll + HELP_CONTENT_H); repaint() }
else if (ks === '<HOME>') { scroll = 0; repaint() }
else if (ks === '<END>') { scroll = maxScroll; repaint() }
if (buttons.keyHandler(ks, shiftDown)) return
if (ks === '<ESC>' || ks === '!' || ks === 'q') { done = true }
else if (ks === '<UP>') { if (scroll > 0) { scroll -= 1; scrollAndRepaint() } }
else if (ks === '<DOWN>') { if (scroll < maxScroll) { scroll += 1; scrollAndRepaint() } }
else if (ks === '<PAGE_UP>') { scroll = Math.max(0, scroll - HELP_CONTENT_H); scrollAndRepaint() }
else if (ks === '<PAGE_DOWN>') { scroll = Math.min(maxScroll, scroll + HELP_CONTENT_H); scrollAndRepaint() }
else if (ks === '<HOME>') { scroll = 0; scrollAndRepaint() }
else if (ks === '<END>') { scroll = maxScroll; scrollAndRepaint() }
})
}
popMousePopup()
drawAll()
}
@@ -3432,6 +3457,76 @@ const popupDrawFrame = (wo) => {
}
}
// Render a centred button "[ Label ]" at (y, x). State drives the colour scheme so
// the button can appear normal / keyboard-focused / mouse-hovered / both.
// state: 0 = normal, 1 = focused, 2 = hovered, 3 = focused + hovered
function drawPopupButton(y, x, label, state) {
const txt = `[ ${label} ]`
let fore, back
if (state === 1) { fore = colWHITE; back = colTabBarBack2 } // focused
else if (state === 2) { fore = colWHITE; back = colHighlight } // hovered
else if (state === 3) { fore = colBLACK; back = colWHITE } // focused + hovered
else { fore = 230; back = colPopupBack } // normal
con.color_pair(fore, back)
con.move(y, x)
print(txt)
con.color_pair(colStatus, 255)
return { x: x, y: y, w: txt.length, h: 1 }
}
// Build a row of OK/Cancel-style buttons centred under a popup. Each entry:
// { label, action() } (and an optional `default: true` to pre-focus)
// Returns:
// - `regions`: an array suitable for MOUSE_POPUP_STACK.push (handles hover + click)
// - `keyHandler(ks) -> bool`: feed key symbols here; returns true if it consumed Tab/Enter
// - `repaint()`: redraw all buttons with their current focus/hover state
// - `focus`, `hover`: getters/setters via methods (so popups can drive Esc → Cancel)
function makePopupButtonRow(y, popupX, popupW, defs) {
// Lay out buttons centred along row `y`. Label widths are tracked so we can compute hits.
const labels = defs.map(d => `[ ${d.label} ]`)
const totalW = labels.reduce((s, l) => s + l.length, 0) + 2 * (defs.length - 1)
const startX = popupX + ((popupW - totalW) >>> 1)
let cursor = startX
const buttons = defs.map((d, i) => {
const w = labels[i].length
const b = { x: cursor, y, w, label: d.label, action: d.action }
cursor += w + 2
return b
})
let focus = Math.max(0, defs.findIndex(d => d.default))
if (focus < 0) focus = 0
let hover = -1
const repaint = () => {
buttons.forEach((b, i) => {
const st = (i === focus ? 1 : 0) | (i === hover ? 2 : 0)
drawPopupButton(b.y, b.x, b.label, st)
})
}
const regions = buttons.map((b, i) => ({
x: b.x, y: b.y, w: b.w, h: b.h || 1,
onClick: (cy, cx, btn) => { if (btn === 1) b.action() },
onHover: () => { if (hover !== i) { hover = i; repaint() } },
onHoverLeave: () => { if (hover === i) { hover = -1; repaint() } },
}))
// Tab/Shift+Tab cycles focus; Enter activates. Returns true if the key was consumed.
const keyHandler = (ks, shiftDown) => {
if (ks === '\t' || ks === '<TAB>') {
focus = (focus + (shiftDown ? defs.length - 1 : 1)) % defs.length
repaint()
return true
}
if (ks === '\n') { buttons[focus].action(); return true }
return false
}
return { regions, keyHandler, repaint,
getFocus: () => focus, setFocus: (i) => { focus = i; repaint() },
activate: (i) => buttons[i].action() }
}
function drawGotoPopup(popup, buf) {
con.color_pair(230, colPopupBack)
popup.drawFrame()
@@ -3463,8 +3558,8 @@ function applyGoto(num) {
}
function openConfirmQuit() {
const pw = 25 + hasUnsavedChanges * 4
const ph = 5 + hasUnsavedChanges
const pw = 28 + hasUnsavedChanges * 4
const ph = 6 + hasUnsavedChanges
const px = ((SCRW - pw) / 2 | 0) + 1
const py = ((SCRH - ph) / 2 | 0)
@@ -3477,9 +3572,7 @@ function openConfirmQuit() {
con.move(py + 2, px + 2)
con.color_pair(colWHITE, colPopupBack)
print('Exit Microtone? ')
con.color_pair(230, 240)
print('[Y/N]')
print('Exit Microtone?')
if (hasUnsavedChanges) {
con.move(py + 3, px + 2)
@@ -3487,29 +3580,40 @@ function openConfirmQuit() {
print('You have unsaved changes.')
}
con.color_pair(colStatus, 255) // reset colour
let result = false
let done = false
const buttons = makePopupButtonRow(py + ph - 2, px, pw, [
{ label: 'Yes', action: () => { result = true; done = true }, default: true },
{ label: 'No', action: () => { done = true } },
])
buttons.repaint()
pushMousePopup(buttons.regions)
let eventJustReceived = true
while (!done) {
input.withEvent(ev => {
if (eventJustReceived && ev[0] === 'mouse_down') { eventJustReceived = false; return }
if (dispatchMouseEvent(ev)) return
if (ev[0] !== 'key_down') return
if (1 !== ev[2]) return
const ks = ev[1]
const shiftDown = (ev.includes(59) || ev.includes(60))
if (ks === 'y' || ks === 'Y' || ks === '\n') { result = true; done = true }
if (buttons.keyHandler(ks, shiftDown)) return
if (ks === 'y' || ks === 'Y') { result = true; done = true }
else if (ks === 'n' || ks === 'N' || ks === '<ESC>') { done = true }
})
}
popMousePopup()
if (!result) drawAll()
return result
}
function openGotoPopup() {
const pw = GOTO_POPUP_W
const ph = GOTO_POPUP_H
const ph = GOTO_POPUP_H + 2
const px = ((SCRW - pw) / 2 | 0) + 1
const py = ((SCRH - ph) / 2 | 0)
@@ -3519,36 +3623,45 @@ function openGotoPopup() {
let buf = ''
let done = false
drawGotoPopup(popup, buf)
let commit = false
const buttons = makePopupButtonRow(py + ph - 2, px, pw, [
{ label: 'OK', action: () => { commit = true; done = true }, default: true },
{ label: 'Cancel', action: () => { done = true } },
])
const repaintAll = () => { drawGotoPopup(popup, buf); buttons.repaint() }
repaintAll()
pushMousePopup(buttons.regions)
let eventJustReceived = true
while (!done) {
input.withEvent(ev => {
if (ev[0] !== 'key_down') return
const ks = ev[1]
if (1 !== ev[2]) return // not key just hit
if (eventJustReceived) { // filter lingering input
if (eventJustReceived && (ev[0] === 'key_down' || ev[0] === 'mouse_down')) {
eventJustReceived = false
return
}
if (dispatchMouseEvent(ev)) return
if (ev[0] !== 'key_down') return
const ks = ev[1]
if (1 !== ev[2]) return // not key just hit
const shiftDown = (ev.includes(59) || ev.includes(60))
if (buttons.keyHandler(ks, shiftDown)) return
if (ks === '<ESC>' || ks === 'x') {
done = true
} else if (ks === '\n') {
if (buf.length > 0) applyGoto(parseInt(buf, 16))
done = true
} else if (ks === '\u0008') {
buf = buf.slice(0, -1)
drawGotoPopup(popup, buf)
repaintAll()
} else if (ks.length === 1 && '0123456789abcdefABCDEF'.includes(ks) && buf.length < 3) {
buf += ks.toUpperCase()
drawGotoPopup(popup, buf)
repaintAll()
}
})
}
popMousePopup()
if (commit && buf.length > 0) applyGoto(parseInt(buf, 16))
drawAll()
}
@@ -3575,7 +3688,7 @@ function openRetunePopup() {
const pw = 42
const listH = Math.min(n, 15)
const ph = listH + 5
const ph = listH + 7
const px = ((SCRW - pw) / 2 | 0)
const py = ((SCRH - ph) / 2 | 0)
const listX = px + 2
@@ -3590,6 +3703,14 @@ function openRetunePopup() {
if (sel < 0) sel = 0
let scroll = centerScroll(sel, 0, listH, n)
// OK/Cancel button placement (bottom inside row)
const btnRow = py + ph - 2
const labelOK = `[ OK ]`.length
const labelCan = `[ Cancel ]`.length
const totalW = labelOK + 2 + labelCan
const btnXOk = px + ((pw - totalW) >>> 1)
const btnXCan = btnXOk + labelOK + 2
const repaint = () => {
con.color_pair(230, colPopupBack)
popup.drawFrame()
@@ -3637,41 +3758,60 @@ function openRetunePopup() {
}
}
con.move(py + ph - 2, px + 2)
con.move(py + ph - 3, px + 2)
con.color_pair(colVoiceHdr, colPopupBack)
print(`\u008418u `)
con.color_pair(colStatus, colPopupBack)
print(`Sel `)
con.color_pair(colVoiceHdr, colPopupBack)
print(`ent `)
con.color_pair(colStatus, colPopupBack)
print(`OK `)
con.color_pair(colVoiceHdr, colPopupBack)
print(`m `)
con.color_pair(colStatus, colPopupBack)
print(`Method `)
con.color_pair(colVoiceHdr, colPopupBack)
print(`Q `)
con.color_pair(colStatus, colPopupBack)
print(`Cancel`)
print(`Method`)
buttons.repaint()
con.color_pair(colStatus, 255)
}
repaint()
let done = false
let confirmed = false
let eventJustReceived = true
pushMousePopup(buttons.regions.concat([
// List rows: click to select, double-click semantics omitted (clarity over speed).
{ x: listX, y: listY, w: listW, h: listH, onClick: (cy, cx, btn) => {
if (btn !== 1) return
const r = cy - listY
const idx = scroll + r
if (idx < 0 || idx >= n) return
sel = idx; repaint()
}, onWheel: (cy, cx, dy) => {
sel += dy * 3
if (sel < 0) sel = 0
if (sel >= n) sel = n - 1
scroll = centerScroll(sel, scroll, listH, n)
repaint()
}},
// Method label clickable
{ x: px + 2, y: py + 2, w: listW, h: 1, onClick: (cy, cx, btn) => {
if (btn !== 1) return
method = methodCycle[(methodCycle.indexOf(method) + 1) % methodCycle.length]
repaint()
}},
]))
while (!done) {
input.withEvent(ev => {
if (eventJustReceived && (ev[0] === 'key_down' || ev[0] === 'mouse_down')) {
eventJustReceived = false; return
}
if (dispatchMouseEvent(ev)) return
if (ev[0] !== 'key_down') return
if (eventJustReceived) { eventJustReceived = false; return }
const ks = ev[1]
const shiftDown = (ev.includes(59) || ev.includes(60))
if (ks === 'Q') { done = true }
else if (ks === '\n') { confirmed = true; done = true }
if (buttons.keyHandler(ks, shiftDown)) return
if (ks === 'Q' || ks === '<ESC>') { done = true }
else if (ks === 'M' || ks === 'm') {
method = methodCycle[(methodCycle.indexOf(method) + 1) % methodCycle.length]
repaint()
@@ -3692,6 +3832,8 @@ function openRetunePopup() {
})
}
popMousePopup()
if (confirmed) {
const target = entries[sel]
if (target && target.index !== PITCH_PRESET_IDX) {
@@ -3729,7 +3871,7 @@ function openFlagsPopup() {
let sel = 0
const pw = 28
const ph = items.length + 4
const ph = items.length + 6
const px = ((SCRW - pw) / 2 | 0) + 1
const py = ((SCRH - ph) / 2 | 0)
@@ -3737,6 +3879,13 @@ function openFlagsPopup() {
popup.isHighlighted = true
popup.titleBack = colPopupBack
let done = false
let confirmed = false
const buttons = makePopupButtonRow(py + ph - 2, px, pw, [
{ label: 'OK', action: () => { confirmed = true; done = true }, default: true },
{ label: 'Cancel', action: () => { done = true } },
])
const repaint = () => {
con.color_pair(230, colPopupBack)
popup.drawFrame()
@@ -3760,32 +3909,48 @@ function openFlagsPopup() {
}
}
con.move(py + ph - 2, px + 2)
con.move(py + ph - 3, px + 2)
con.color_pair(colVoiceHdr, colPopupBack); print(`\u008418u `)
con.color_pair(colStatus, colPopupBack); print('Sel ')
con.color_pair(colVoiceHdr, colPopupBack); print('sp ')
con.color_pair(colStatus, colPopupBack); print('Tick ')
con.color_pair(colVoiceHdr, colPopupBack); print('ent ')
con.color_pair(colStatus, colPopupBack); print('OK ')
con.color_pair(colVoiceHdr, colPopupBack); print('Q ')
con.color_pair(colStatus, colPopupBack); print('X')
con.color_pair(colStatus, colPopupBack); print('Tick')
buttons.repaint()
con.color_pair(colStatus, 255)
}
repaint()
let done = false
let confirmed = false
let eventJustReceived = true
pushMousePopup(buttons.regions.concat([
// Clickable rows — each maps to a selectable index.
{ x: px + 2, y: py + 1, w: pw - 4, h: items.length, onClick: (cy, cx, btn) => {
if (btn !== 1) return
const i = cy - (py + 1)
const it = items[i]
if (!it || !it.kind) return
sel = selectables.indexOf(i)
if (sel < 0) sel = 0
if (it.kind === 'tone') toneMode = it.idx
else if (it.kind === 'intp') intpMode = it.idx
repaint()
}},
]))
while (!done) {
input.withEvent(ev => {
if (eventJustReceived && (ev[0] === 'key_down' || ev[0] === 'mouse_down')) {
eventJustReceived = false; return
}
if (dispatchMouseEvent(ev)) return
if (ev[0] !== 'key_down') return
const ks = ev[1]
if (eventJustReceived) { eventJustReceived = false; return }
const shiftDown = (ev.includes(59) || ev.includes(60))
if (buttons.keyHandler(ks, shiftDown)) return
if (ks === '<ESC>' || ks === 'q' || ks === 'Q') { done = true; return }
if (ks === '\n') { confirmed = true; done = true; return }
if (ks === '<UP>' && sel > 0) { sel--; repaint(); return }
if (ks === '<DOWN>' && sel < selectables.length-1) { sel++; repaint(); return }
if (ks === ' ') {
@@ -3798,6 +3963,8 @@ function openFlagsPopup() {
})
}
popMousePopup()
if (confirmed) {
const newFlags = (initialTrackerMixerflags & ~0x1F) |
(toneMode & 3) | ((intpMode & 7) << 2)
@@ -3838,12 +4005,37 @@ function openInlineHexEdit(y, x, digits, initialValue) {
repaint()
let eventJustReceived = true
// Field spans " $XX " — onClick on a digit moves the cursor there.
// Outside-click commits (Enter); right-click cancels.
// Region order matters: dispatchMouseEvent searches in reverse, so the
// field region (registered last) is tested before the catch-all.
pushMousePopup([
{ x: 1, y: 1, w: SCRW, h: SCRH, onClick: (cy, cx, btn) => {
if (btn === 1) done = true
else if (btn === 2) { cancelled = true; done = true }
}},
{ x: x + 2, y: y, w: digits, h: 1, onClick: (cy, cx, btn) => {
if (btn === 1) { cur = cx - (x + 2); repaint() }
else if (btn === 2) { cancelled = true; done = true }
}, onWheel: (cy, cx, dy) => {
// Wheel adjusts the digit under the cursor.
const digit = parseInt(buf[cur], 16)
const next = (digit + (dy < 0 ? 1 : -1) + 16) & 0xF
buf = buf.substring(0, cur) + next.toString(16).toUpperCase() + buf.substring(cur + 1)
repaint()
}},
])
while (!done) {
input.withEvent(ev => {
if (eventJustReceived && (ev[0] === 'key_down' || ev[0] === 'mouse_down')) {
eventJustReceived = false; return
}
if (dispatchMouseEvent(ev)) return
if (ev[0] !== 'key_down') return
if (1 !== ev[2]) return
const ks = ev[1]
if (eventJustReceived) { eventJustReceived = false; return }
if (ks === '<ESC>') { cancelled = true; done = true; return }
if (ks === '\n') { done = true; return }
@@ -3861,6 +4053,8 @@ function openInlineHexEdit(y, x, digits, initialValue) {
})
}
popMousePopup()
return cancelled ? null : parseInt(buf, 16)
}
@@ -3879,6 +4073,339 @@ function isExternalPanel(p) {
return p === VIEW_SAMPLES || p === VIEW_INSTRMNT || p === VIEW_FILE
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////
// MOUSE INPUT
/////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Region registry. Coordinates are 1-indexed text cell positions. Each region:
// {x, y, w, h, onClick(cy, cx, btn, ev)?, onWheel(cy, cx, dy, ev)?, onRelease(...)?}
// MOUSE_GLOBAL — tabs + transport, live for the whole session.
// MOUSE_PANEL — per-panel viewport handlers, cleared whenever the panel changes.
// MOUSE_POPUP_STACK — popups push their own region set on open and pop on close;
// while non-empty, only the topmost set receives mouse events.
const MOUSE_GLOBAL = []
const MOUSE_PANEL = []
const MOUSE_POPUP_STACK = []
// Wrap push/pop so closing a popup also drops any onHoverLeave that would otherwise
// be invoked against the popup's stale regions on the next mouse move.
function pushMousePopup(regions) { MOUSE_POPUP_STACK.push(regions); lastHoveredRegion = null }
function popMousePopup() { MOUSE_POPUP_STACK.pop(); lastHoveredRegion = null }
function pixelToCell(px, py) {
return [(py / CELL_PH | 0) + 1, (px / CELL_PW | 0) + 1] // [cy, cx], 1-indexed
}
function regionHits(r, cy, cx) {
return cy >= r.y && cy < r.y + r.h && cx >= r.x && cx < r.x + r.w
}
// Dispatch a mouse event to the topmost matching region. Returns true if handled.
// `mouse_move` also fires onHoverLeave for the previously-hovered region so popups can
// repaint un-hovered buttons without tracking that themselves.
let lastHoveredRegion = null
function dispatchMouseEvent(event) {
const t = event[0]
if (t !== 'mouse_down' && t !== 'mouse_wheel' && t !== 'mouse_up' && t !== 'mouse_move') return false
const [cy, cx] = pixelToCell(event[1], event[2])
const pool = (MOUSE_POPUP_STACK.length > 0)
? MOUSE_POPUP_STACK[MOUSE_POPUP_STACK.length - 1]
: MOUSE_PANEL.concat(MOUSE_GLOBAL)
if (t === 'mouse_move') {
let hit = null
for (let i = pool.length - 1; i >= 0; i--) {
const r = pool[i]
if (regionHits(r, cy, cx) && (r.onHover || r.onHoverLeave)) { hit = r; break }
}
if (hit !== lastHoveredRegion) {
if (lastHoveredRegion && lastHoveredRegion.onHoverLeave) lastHoveredRegion.onHoverLeave()
lastHoveredRegion = hit
}
if (hit && hit.onHover) { hit.onHover(cy, cx, event); return true }
return false
}
for (let i = pool.length - 1; i >= 0; i--) {
const r = pool[i]
if (!regionHits(r, cy, cx)) continue
if (t === 'mouse_down' && r.onClick) { r.onClick(cy, cx, event[3], event); return true }
if (t === 'mouse_wheel' && r.onWheel) { r.onWheel(cy, cx, event[3], event); return true }
if (t === 'mouse_up' && r.onRelease) { r.onRelease(cy, cx, event[3], event); return true }
}
return false
}
function clearPanelMouseRegions() { MOUSE_PANEL.length = 0 }
function addPanelMouseRegion(x, y, w, h, handlers) { MOUSE_PANEL.push(Object.assign({x, y, w, h}, handlers)) }
function addGlobalMouseRegion(x, y, w, h, handlers) { MOUSE_GLOBAL.push(Object.assign({x, y, w, h}, handlers)) }
// Apply the same panel-switch logic the Tab key path uses.
function switchToPanel(newPanel) {
if (newPanel === currentPanel) return
const wasTimeline = (currentPanel === VIEW_TIMELINE)
currentPanel = newPanel
applyMuteTransition(currentPanel)
if (wasTimeline && currentPanel !== VIEW_TIMELINE) clearVoiceMeters()
if (isExternalPanel(currentPanel)) {
clearPanelMouseRegions()
con.clear(); drawAlwaysOnElems(); drawControlHint()
pendingExternalDraw = true
} else {
rebuildPanelMouseRegions()
drawAll()
}
}
// --- Tab bar regions (registered once; tab geometry is constant) ---
function registerTabRegions() {
let col = 2 // XOFF, mirrors drawTabBar
for (let i = 0; i < PANEL_NAMES.length; i++) {
const w = 1 + PANEL_NAMES[i].length + 1 // spcL + name + spcR
const tabIdx = i
addGlobalMouseRegion(col, 3, w, 1, {
onClick: (cy, cx, btn) => { if (btn === 1) switchToPanel(tabIdx) }
})
col += w + (i < PANEL_NAMES.length - 1 ? TAB_GAP : 0)
}
}
// --- Transport regions (rows 1-2 on the right edge) ---
// Order j: 0=stop, 1=playrow, 2=playcue, 3=playall — mirrors drawStatusBar's loop.
function registerTransportRegions() {
for (let j = 0; j < 4; j++) {
const glyphCol = SCRW - 5 * (j + 1) + 3
const idx = j
addGlobalMouseRegion(glyphCol - 1, 1, 3, 2, {
onClick: (cy, cx, btn) => {
if (btn !== 1) return
if (idx === 0) {
if (playbackMode !== PLAYMODE_NONE) { stopPlayback(); drawAlwaysOnElems(); redrawPanel() }
return
}
// The play handlers vary by panel — match the keyboard shortcut mapping.
if (currentPanel === VIEW_PATTERN_DETAILS) {
if (idx === 1) startPlayPatternRow()
else startPlayPattern()
drawPatternsContents(panelPatterns)
} else {
if (idx === 1) startPlayRow()
else if (idx === 2) startPlayCue()
else startPlaySong()
redrawPanel()
}
drawAlwaysOnElems()
}
})
}
}
// --- Per-panel viewport regions ---
function rebuildPanelMouseRegions() {
clearPanelMouseRegions()
if (currentPanel === VIEW_TIMELINE) registerTimelineMouse()
else if (currentPanel === VIEW_CUES) registerOrdersMouse()
else if (currentPanel === VIEW_PATTERN_DETAILS) registerPatternsMouse()
else if (currentPanel === VIEW_PROJECT) registerProjectMouse()
}
function registerTimelineMouse() {
addPanelMouseRegion(1, PTNVIEW_OFFSET_Y, SCRW, PTNVIEW_HEIGHT, {
onClick: (cy, cx, btn) => {
if (btn !== 1 || playbackMode !== PLAYMODE_NONE) return
const viewRow = cy - PTNVIEW_OFFSET_Y
const targetRow = scrollRow + viewRow
if (targetRow < 0 || targetRow >= ROWS_PER_PAT) return
const oldCursor = cursorRow
const oldVoxOff = voiceOff
cursorRow = targetRow
const relCol = cx - PTNVIEW_OFFSET_X
if (relCol >= 0) {
const colSlot = (relCol / COLSIZE_TIMELINE_FULL) | 0
const targetVox = voiceOff + colSlot
if (targetVox >= 0 && targetVox < song.numVoices) {
cursorVox = targetVox
const fieldX = relCol - colSlot * COLSIZE_TIMELINE_FULL
let field = 0
for (let k = 0; k < TL_FIELD_OFFSETS.length; k++) if (fieldX >= TL_FIELD_OFFSETS[k]) field = k
timelineColCursor = field
}
}
clampCursor(); clampVoice()
if (voiceOff !== oldVoxOff || Math.abs(cursorRow - oldCursor) >= PTNVIEW_HEIGHT) drawAll()
else {
drawPatternView(); drawVoiceHeaders(); drawSeparators(separatorStyle)
drawAlwaysOnElems(); drawVoiceDetail()
}
},
onWheel: (cy, cx, dy) => {
if (playbackMode !== PLAYMODE_NONE) return
cursorRow += dy * 3
clampCursor()
drawPatternView(); drawSeparators(separatorStyle); drawAlwaysOnElems(); drawVoiceDetail()
}
})
}
function registerOrdersMouse() {
// Layout (1-indexed cells, mirrors drawOrdersRowAt):
// cols 1..3 = row number (no column meaning)
// col 4 = gap
// cols 5..10 = CMD (ordersColCursor = 0)
// col 11 = gap
// cols 12 + s*4 .. 12 + s*4 + 3 = voice slot s on screen
// (ordersColCursor = ordersVoiceOff + s + 1)
//
// Returns the ordersColCursor value for a given cx, or -1 if not on a column.
const colAtX = (cx) => {
if (cx >= ORDERS_CMD_X && cx < ORDERS_CMD_X + 6) return 0
if (cx >= ORDERS_VOICE_X) {
const slot = ((cx - ORDERS_VOICE_X) / ORDERS_VOICE_COL_W) | 0
if (slot < 0 || slot >= VOCSIZE_ORDERS) return -1
const v = ordersVoiceOff + slot
if (v >= song.numVoices) return -1
return v + 1
}
return -1
}
const hscrollBy = (dx) => {
const maxOff = Math.max(0, song.numVoices - VOCSIZE_ORDERS)
const next = Math.max(0, Math.min(maxOff, ordersVoiceOff + dx))
if (next === ordersVoiceOff) return false
ordersVoiceOff = next
return true
}
// Header row: click selects a column without touching the row; wheel scrolls
// voice columns horizontally (it's the natural place for column navigation).
addPanelMouseRegion(1, PTNVIEW_OFFSET_Y - 1, SCRW, 1, {
onClick: (cy, cx, btn) => {
if (btn !== 1 || playbackMode !== PLAYMODE_NONE) return
const col = colAtX(cx)
if (col < 0) return
ordersColCursor = col
clampOrdersHoriz(); redrawPanel(); drawAlwaysOnElems()
},
onWheel: (cy, cx, dy) => {
if (hscrollBy(dy * 3)) { redrawPanel(); drawAlwaysOnElems() }
},
})
// Content rows: click sets the row and (when on a column) the column too;
// wheel scrolls vertically; Shift+wheel scrolls horizontally.
addPanelMouseRegion(1, PTNVIEW_OFFSET_Y, SCRW, PTNVIEW_HEIGHT, {
onClick: (cy, cx, btn, ev) => {
if (btn !== 1 || playbackMode !== PLAYMODE_NONE) return
const viewRow = cy - PTNVIEW_OFFSET_Y
const targetIdx = ordersScroll + viewRow
const maxCue = song.lastActiveCue < 0 ? 0 : song.lastActiveCue
if (targetIdx < 0 || targetIdx > maxCue) return
ordersCursor = targetIdx
const col = colAtX(cx)
if (col >= 0) ordersColCursor = col
scrollOrdersTo(ordersCursor)
clampOrdersHoriz()
redrawPanel(); drawAlwaysOnElems()
},
onWheel: (cy, cx, dy, ev) => {
const shiftDown = (ev.includes(59) || ev.includes(60))
if (shiftDown) {
if (hscrollBy(dy * 3)) { redrawPanel(); drawAlwaysOnElems() }
return
}
const maxCue = song.lastActiveCue < 0 ? 0 : song.lastActiveCue
ordersCursor += dy * 3
if (ordersCursor < 0) ordersCursor = 0
if (ordersCursor > maxCue) ordersCursor = maxCue
scrollOrdersTo(ordersCursor)
redrawPanel(); drawAlwaysOnElems()
}
})
}
function registerPatternsMouse() {
// Left column: pattern list. cx in [PATEDITOR_LIST_X, PATEDITOR_SEP1_X)
addPanelMouseRegion(PATEDITOR_LIST_X, PTNVIEW_OFFSET_Y,
PATEDITOR_SEP1_X - PATEDITOR_LIST_X, PTNVIEW_HEIGHT, {
onClick: (cy, cx, btn) => {
if (btn !== 1 || song.numPats === 0 || playbackMode !== PLAYMODE_NONE) return
const targetIdx = patternListScroll + (cy - PTNVIEW_OFFSET_Y)
if (targetIdx < 0 || targetIdx >= song.numPats) return
patternIdx = targetIdx
clampPatternIdx(); simStateKey = ''
drawPatternsContents(panelPatterns)
},
onWheel: (cy, cx, dy) => {
if (song.numPats === 0) return
patternIdx += dy
clampPatternIdx(); simStateKey = ''
drawPatternsContents(panelPatterns)
}
})
// Middle grid: pattern editor cells. cx in [PATEDITOR_GRID_X, PATEDITOR_DETAIL_X)
addPanelMouseRegion(PATEDITOR_GRID_X, PTNVIEW_OFFSET_Y,
PATEDITOR_DETAIL_X - PATEDITOR_GRID_X, PTNVIEW_HEIGHT, {
onClick: (cy, cx, btn) => {
if (btn !== 1 || song.numPats === 0 || playbackMode !== PLAYMODE_NONE) return
const targetRow = patternGridScroll + (cy - PTNVIEW_OFFSET_Y)
if (targetRow < 0 || targetRow >= ROWS_PER_PAT) return
patternGridRow = targetRow
const cellRel = cx - PATEDITOR_CELL_X
const fieldOffsets = [0, 5, 8, 11, 14, 15]
let field = 0
for (let k = 0; k < fieldOffsets.length; k++) if (cellRel >= fieldOffsets[k]) field = k
if (field < 0) field = 0; if (field > 5) field = 5
patternGridCol = field
clampPatternGrid(); simStateKey = ''
drawPatternsContents(panelPatterns)
},
onWheel: (cy, cx, dy) => {
if (song.numPats === 0) return
patternGridRow += dy * 3
clampPatternGrid(); simStateKey = ''
drawPatternsContents(panelPatterns)
}
})
}
function registerProjectMouse() {
addPanelMouseRegion(1, PTNVIEW_OFFSET_Y, SCRW, PTNVIEW_HEIGHT, {
onClick: (cy, cx, btn) => {
if (btn !== 1 || playbackMode !== PLAYMODE_NONE) return
// Meta rows occupy PTNVIEW_OFFSET_Y .. PTNVIEW_OFFSET_Y + PROJ_META_ROWS_COUNT - 1.
// The song list starts at PROJ_SONGLIST_Y + 1.
const metaRow = cy - PTNVIEW_OFFSET_Y
if (metaRow >= 0 && metaRow < PROJ_META_ROWS_COUNT) {
projectCursor = metaRow
clampProjectCursor(); redrawPanel()
return
}
const songRow = cy - (PROJ_SONGLIST_Y + 1)
if (songRow >= 0) {
const songIdx = projectSongScroll + songRow
if (songIdx >= 0 && songIdx < songsMeta.numSongs) {
projectCursor = PROJ_META_ROWS_COUNT + songIdx
clampProjectCursor(); redrawPanel()
}
}
},
onWheel: (cy, cx, dy) => {
const rowsVis = projectSongListRowsVisible()
const maxScroll = Math.max(0, songsMeta.numSongs - rowsVis)
projectSongScroll += dy * 3
if (projectSongScroll < 0) projectSongScroll = 0
if (projectSongScroll > maxScroll) projectSongScroll = maxScroll
redrawPanel()
}
})
}
registerTabRegions()
registerTransportRegions()
rebuildPanelMouseRegions()
// Launching a sub-program from inside an input.withEvent callback causes the triggering
// Tab event to leak into the sub-program's own withEvent call (the event hasn't been
// consumed yet when the callback is still executing). We avoid this by deferring the
@@ -3888,6 +4415,7 @@ let pendingExternalDraw = false
while (!exitFlag) {
input.withEvent(event => {
if (dispatchMouseEvent(event)) return
if (event[0] !== "key_down") return
const keysym = event[1]
const keyJustHit = (1 == event[2])
@@ -3914,9 +4442,11 @@ while (!exitFlag) {
if (isExternalPanel(currentPanel)) {
// Redraw header now so the tab highlight is visible immediately,
// but defer the actual sub-program launch to after withEvent returns.
clearPanelMouseRegions()
con.clear(); drawAlwaysOnElems(); drawControlHint()
pendingExternalDraw = true
} else {
rebuildPanelMouseRegions()
drawAll()
}
return
@@ -3947,9 +4477,11 @@ while (!exitFlag) {
applyMuteTransition(currentPanel)
if (wasTimeline && currentPanel !== VIEW_TIMELINE) clearVoiceMeters()
if (isExternalPanel(currentPanel)) {
clearPanelMouseRegions()
con.clear(); drawAlwaysOnElems(); drawControlHint()
redrawPanel()
} else {
rebuildPanelMouseRegions()
drawAll()
}
}

View File

@@ -19,7 +19,10 @@ const LIST_HEIGHT = HEIGHT - 3
const FILESIZE_WIDTH = 7
const FILELIST_WIDTH = WIDTH - SIDEBAR_WIDTH - 3 - FILESIZE_WIDTH
const POPUP_WIDTH = 52 // always even number
const POPUP_HEIGHT = 16
const [SCRPW, SCRPH] = graphics.getPixelDimension()
const CELL_PW = (SCRPW / WIDTH) | 0
const CELL_PH = (SCRPH / WHEIGHT) | 0
const COL_HL_EXT = {
"js": 215,
@@ -69,6 +72,11 @@ const EXEC_FUNS = {
"taud": (f) => _G.shell.execute(`playtaud "${f}"`),
}
const EDIT_FUNS = {
"taud": (f) => _G.shell.execute(`microtone "${f}"`),
}
const DEFAULT_EDITOR = `edit`
function makeExecFun(template) {
return (f) => _G.shell.execute(template.replaceAll("{0}", `"${f}"`))
}
@@ -118,8 +126,52 @@ function loadZfmrc() {
loadZfmrc()
///////////////////////////////////////////////////////////////////////////////////////////////////
// Mouse region registry
///////////////////////////////////////////////////////////////////////////////////////////////////
const MOUSE_PANEL = []
let lastHoveredRegion = null
function pixelToCell(px, py) {
return [(py / CELL_PH | 0) + 1, (px / CELL_PW | 0) + 1]
}
function regionHits(r, cy, cx) {
return cy >= r.y && cy < r.y + r.h && cx >= r.x && cx < r.x + r.w
}
function clearPanelMouseRegions() { MOUSE_PANEL.length = 0; lastHoveredRegion = null }
function addPanelMouseRegion(x, y, w, h, handlers) { MOUSE_PANEL.push(Object.assign({x, y, w, h}, handlers)) }
function dispatchMouseEvent(event) {
const t = event[0]
if (t !== 'mouse_down' && t !== 'mouse_wheel' && t !== 'mouse_up' && t !== 'mouse_move') return false
const [cy, cx] = pixelToCell(event[1], event[2])
if (t === 'mouse_move') {
let hit = null
for (let i = MOUSE_PANEL.length - 1; i >= 0; i--) {
const r = MOUSE_PANEL[i]
if (regionHits(r, cy, cx) && (r.onHover || r.onHoverLeave)) { hit = r; break }
}
if (hit !== lastHoveredRegion) {
if (lastHoveredRegion && lastHoveredRegion.onHoverLeave) lastHoveredRegion.onHoverLeave()
lastHoveredRegion = hit
}
if (hit && hit.onHover) { hit.onHover(cy, cx, event); return true }
return false
}
for (let i = MOUSE_PANEL.length - 1; i >= 0; i--) {
const r = MOUSE_PANEL[i]
if (!regionHits(r, cy, cx)) continue
if (t === 'mouse_down' && r.onClick) { r.onClick(cy, cx, event[3], event); return true }
if (t === 'mouse_wheel' && r.onWheel) { r.onWheel(cy, cx, event[3], event); return true }
if (t === 'mouse_up' && r.onRelease) { r.onRelease(cy, cx, event[3], event); return true }
}
return false
}
let windowMode = 0 // 0 == left, 1 == right
let windowFocus = [0] // is a stack; 0: files window, 1: palette window, 2: popup window
// window states
let path = [["A:", "home"], ["A:"]]
@@ -347,11 +399,43 @@ let filesPanelDraw = (wo) => {
con.color_pair(COL_TEXT, COL_BACK)
}
// Op panel buttons. yOff is the row offset (icon) inside the op panel frame;
// label sits at yOff+1. Hit regions span both rows.
// hitH is the row count for the mouse hit-box. The switch button gets a taller
// hit-box than the others because the icon glyph above its label leaves extra
// whitespace inside the cell above the first horizontal rule.
const OP_BUTTONS = [
{ id: 'switch', yOff: 0, hitH: 5, key: 'z' },
{ id: 'up', yOff: 6, hitH: 2, key: 'u' },
{ id: 'copy', yOff: 9, hitH: 2, key: 'c' },
{ id: 'move', yOff: 12, hitH: 2, key: 'v' },
{ id: 'delete', yOff: 15, hitH: 2, key: 'd' },
{ id: 'mkdir', yOff: 18, hitH: 2, key: 'k' },
{ id: 'rename', yOff: 21, hitH: 2, key: 'r' },
{ id: 'more', yOff: 24, hitH: 2, key: 'm' },
{ id: 'quit', yOff: 27, hitH: 2, key: 'q' },
]
let opHover = -1
let opPanelDraw = (wo) => {
function hr(y) {
function hr(i, y) {
// draw horizontal rule...
con.color_pair(COL_TEXT, 255)
con.move(y, xp)
print(`\x84196u`.repeat(SIDEBAR_WIDTH - 2))
print(`\u00C4`.repeat(SIDEBAR_WIDTH - 2))
// if mouse is up, draw the whole box
if (opHover == i) {
let moveBack = (i == 0) ? 6 : 3
con.color_pair(COL_HLTEXT, 255)
con.move(y - moveBack, xp)
print('\u00CD'.repeat(SIDEBAR_WIDTH - 2))
con.move(y, xp)
print('\u00CD'.repeat(SIDEBAR_WIDTH - 2))
}
}
function labCol(i) { return (opHover === i) ? COL_HLTEXT : COL_TEXT }
con.color_pair(COL_TEXT, COL_BACK)
@@ -360,112 +444,83 @@ let opPanelDraw = (wo) => {
// other panel
con.move(yp + 2, xp + 3)
con.prnch((windowMode) ? 0x11 : 0x10)
con.color_pair(labCol(0), 255); con.prnch((windowMode) ? 0x11 : 0x10)
con.move(yp + 3, xp)
print(` \x1B[38;5;${COL_TEXT}m[\x1B[38;5;${COL_HLACTION}mZ\x1B[38;5;${COL_TEXT}m]`)
print(` \x1B[38;5;${labCol(0)}m[\x1B[38;5;${COL_HLACTION}mZ\x1B[38;5;${labCol(0)}m]`)
hr(yp+5)
hr(0, yp+5)
// go up
con.mvaddch(yp + 6, xp + 3, 0x18)
con.color_pair(labCol(1), 255); con.mvaddch(yp + 6, xp + 3, 0x18)
con.move(yp + 7, xp)
print(` \x1B[38;5;${COL_TEXT}mGo \x1B[38;5;${COL_HLACTION}mU\x1B[38;5;${COL_TEXT}mp`)
print(` \x1B[38;5;${labCol(1)}mGo \x1B[38;5;${COL_HLACTION}mU\x1B[38;5;${labCol(1)}mp`)
hr(yp+8)
hr(1, yp+8)
// copy
con.move(yp + 9, xp + 2)
con.prnch(0xDB);con.prnch((windowMode) ? 0x1B : 0x1A);con.prnch(0xDB)
con.color_pair(labCol(2), 255); con.prnch(0xDB);con.prnch((windowMode) ? 0x1B : 0x1A);con.prnch(0xDB)
con.move(yp + 10, xp)
print(` \x1B[38;5;${COL_HLACTION}mC\x1B[38;5;${COL_TEXT}mopy`)
print(` \x1B[38;5;${COL_HLACTION}mC\x1B[38;5;${labCol(2)}mopy`)
hr(yp+11)
hr(2, yp+11)
// move
con.move(yp + 12, xp + 2)
if (windowMode) con.prnch([0xDB, 0x1B, 0xB0]); else con.prnch([0xB0, 0x1A, 0xDB])
con.color_pair(labCol(3), 255); if (windowMode) con.prnch([0xDB, 0x1B, 0xB0]); else con.prnch([0xB0, 0x1A, 0xDB])
con.move(yp + 13, xp)
print(` \x1B[38;5;${COL_TEXT}mMo\x1B[38;5;${COL_HLACTION}mv\x1B[38;5;${COL_TEXT}me`)
print(` \x1B[38;5;${labCol(3)}mMo\x1B[38;5;${COL_HLACTION}mv\x1B[38;5;${labCol(3)}me`)
hr(yp+14)
hr(3, yp+14)
// delete
con.move(yp + 15, xp + 2)
if (windowMode) con.prnch([0xDB, 0x1A, 0xF9]); else con.prnch([0xF9, 0x1B, 0xDB])
con.color_pair(labCol(4), 255); if (windowMode) con.prnch([0xDB, 0x1A, 0xF9]); else con.prnch([0xF9, 0x1B, 0xDB])
con.move(yp + 16, xp)
print(` \x1B[38;5;${COL_HLACTION}mD\x1B[38;5;${COL_TEXT}melete`)
print(` \x1B[38;5;${COL_HLACTION}mD\x1B[38;5;${labCol(4)}melete`)
hr(yp+17)
hr(4, yp+17)
// mkdir
con.move(yp + 18, xp + 2)
con.color_pair(labCol(5), 255);
con.prnch(0xDB)
con.video_reverse();con.prnch(0x2B);con.video_reverse()
con.prnch(0xDF)
con.move(yp + 19, xp)
print(` \x1B[38;5;${COL_TEXT}mM\x1B[38;5;${COL_HLACTION}mk\x1B[38;5;${COL_TEXT}mDir`)
print(` \x1B[38;5;${labCol(5)}mM\x1B[38;5;${COL_HLACTION}mk\x1B[38;5;${labCol(5)}mDir`)
hr(yp+20)
hr(5, yp+20)
// rename
con.move(yp + 21, xp + 2)
con.prnch(0x4E);con.prnch(0x1A);con.prnch(0x52)
con.color_pair(labCol(6), 255); con.prnch(0x4E);con.prnch(0x1A);con.prnch(0x52)
con.move(yp + 22, xp)
print(` \x1B[38;5;${COL_HLACTION}mR\x1B[38;5;${COL_TEXT}mename`)
print(` \x1B[38;5;${COL_HLACTION}mR\x1B[38;5;${labCol(6)}mename`)
hr(yp+23)
hr(6, yp+23)
// the dreaded hamburger menu
con.move(yp + 24, xp + 3)
con.prnch(0xf0)
con.color_pair(labCol(7), 255); con.prnch(0xf0)
con.move(yp + 25, xp)
print(` \x1B[38;5;${COL_HLACTION}mM\x1B[38;5;${COL_TEXT}more`)
print(` \x1B[38;5;${COL_HLACTION}mM\x1B[38;5;${labCol(7)}more`)
hr(yp+26)
hr(7, yp+26)
// quit
con.move(yp + 27, xp + 3)
con.prnch(0x58)
con.color_pair(labCol(8), 255); con.prnch(0x58)
con.move(yp + 28, xp)
print(` \x1B[38;5;${COL_HLACTION}mQ\x1B[38;5;${COL_TEXT}muit`)
print(` \x1B[38;5;${COL_HLACTION}mQ\x1B[38;5;${labCol(8)}muit`)
con.color_pair(COL_TEXT, 255)
}
let paletteDraw = (wo) => {
function hr(y) {
con.move(y, xp)
print(`\x84196u`.repeat(POPUP_WIDTH - 2))
}
con.color_pair(COL_TEXT, COL_BACK)
let xp = wo.x + 1
let yp = wo.y + 1
// erase first
for (let y = 0; y <= POPUP_HEIGHT-2; y++) {
con.move(yp + y, xp)
print(" ".repeat(POPUP_WIDTH-2))
}
// finally draw something
con.move(yp, xp)
print("More commands (hit m to return):")
}
let popupDraw = (wo) => {
}
///////////////////////////////////////////////////////////////////////////////////////////////////
let filenavOninput = (window, event) => {
let eventName = event[0]
if (eventName == "key_down") {
if (eventName !== "key_down") return
let keysym = event[1]
let keyJustHit = (1 == event[2])
@@ -474,13 +529,15 @@ let filenavOninput = (window, event) => {
let scrollPeek = (LIST_HEIGHT / 3)|0
if (keyJustHit && keysym == "q") {
exit = true
}
else if (keyJustHit && keysym == "z") {
windowMode = 1 - windowMode
redraw() // this would double-redraw (hence no panel switching) or something if redraw() is not merely a request to do so
}
if (keyJustHit && keysym == "q") actQuit()
else if (keyJustHit && keysym == "z") actSwitchPanel()
else if (keyJustHit && keysym == 'u') actGoUp()
else if (keyJustHit && keysym == 'c') actCopy()
else if (keyJustHit && keysym == 'v') actMove()
else if (keyJustHit && keysym == 'd') actDelete()
else if (keyJustHit && keysym == 'k') actMkdir()
else if (keyJustHit && keysym == 'r') actRename()
else if (keyJustHit && keysym == 'm') actMore()
else if (keysym == "<UP>") {
[cursor[windowMode], scroll[windowMode]] = win.scrollVert(-1, dirFileList[windowMode].length, LIST_HEIGHT, cursor[windowMode], scroll[windowMode], scrollPeek)
drawFilePanel()
@@ -498,142 +555,59 @@ let filenavOninput = (window, event) => {
drawFilePanel()
}
else if (keyJustHit && keycode == 66) { // enter
let selectedFileCache = filePanelCache[windowMode][cursor[windowMode]]
let selectedFile = selectedFileCache.file
//serial.println(`selectedFile = ${selectedFile.fullPath}`)
if (selectedFile.fullPath[1] == ":" && selectedFile.fullPath[2] == "\\" && selectedFile.fullPath.length == 3) {
path[windowMode].push(selectedFile.fullPath)
cursor[windowMode] = 0; scroll[windowMode] = 0
refreshFilePanelCache(windowMode)
drawFilePanel()
}
else if (selectedFileCache.isDirectory) {
//serial.println(`selectedFile.name = ${selectedFile.name}`)
path[windowMode].push(selectedFileCache.filename)
cursor[windowMode] = 0; scroll[windowMode] = 0
refreshFilePanelCache(windowMode)
drawFilePanel()
}
else {
let fileext = selectedFileCache.filename.substring(selectedFileCache.filename.lastIndexOf(".") + 1).toLowerCase()
let execfun = EXEC_FUNS[fileext] || ((f) => _G.shell.execute(f))
let errorlevel = 0
con.curs_set(1);clearScr();con.move(1,1)
try {
//serial.println(selectedFile.fullPath)
errorlevel = execfun(selectedFile.fullPath)
//serial.println("1 errorlevel = " + errorlevel)
}
catch (e) {
// TODO popup error
println(e)
errorlevel = 1
//serial.println("2 errorlevel = " + errorlevel)
}
if (errorlevel) {
println("Hit Return/Enter key to continue . . . .")
sys.read()
}
firstRunLatch = true
con.curs_set(0);clearScr()
refreshFilePanelCache(windowMode)
redraw()
}
}
else if (keyJustHit && keysym == 'u') { // no bksp: used as an exit key for playmov/playwav
if (path[windowMode].length >= 1) {
path[windowMode].pop()
cursor[windowMode] = 0; scroll[windowMode] = 0
refreshFilePanelCache(windowMode)
drawFilePanel()
}
else {
// TODO list of drives
}
}
else if (keyJustHit && keysym == 'm') {
makePopup(1); redraw()
}
actActivate()
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////
// Popup wrappers (delegate to win.showDialog in wintex.mjs)
///////////////////////////////////////////////////////////////////////////////////////////////////
let paletteInput = (window, event) => {
let eventName = event[0]
if (eventName == "key_down") {
let keysym = event[1]
let keyJustHit = (1 == event[2])
let keycodes = [event[3],event[4],event[5],event[6],event[7],event[8],event[9],event[10]]
let keycode = keycodes[0]
if (keyJustHit && keysym == 'm') {
removePopup(); redraw()
}
}
function showConfirmPopup(title, message) {
const res = win.showDialog({
title: title,
message: message,
fields: [],
buttons: [
{ label: 'OK', action: 'ok', default: true },
{ label: 'CANCEL', action: 'cancel' },
],
})
return res.action === 'ok'
}
function showInputPopup(title, prompt, defaultVal) {
const res = win.showDialog({
title: title,
fields: [{ label: prompt, initial: defaultVal || '', width: POPUP_WIDTH - 6 }],
buttons: [
{ label: 'OK', action: 'ok', default: true },
{ label: 'CANCEL', action: 'cancel' },
],
})
return res.action === 'ok' ? res.values[0] : null
}
let popupInput = (window, event) => {
function showMessagePopup(title, message) {
win.showDialog({
title: title,
message: message,
fields: [],
buttons: [{ label: 'OK', action: 'ok', default: true }],
})
}
///////////////////////////////////////////////////////////////////////////////////////////////////
let windows = [
/*index 0: main three panels*/[
const windows = [
new win.WindowObject(1, 2, WIDTH - SIDEBAR_WIDTH, HEIGHT, filenavOninput, filesPanelDraw), // left panel
new win.WindowObject(WIDTH - SIDEBAR_WIDTH+1, 2, SIDEBAR_WIDTH, HEIGHT, ()=>{}, opPanelDraw),
// new win.WindowObject(1, 2, SIDEBAR_WIDTH, HEIGHT, ()=>{}, opPanelDraw),
new win.WindowObject(SIDEBAR_WIDTH + 1, 2, WIDTH - SIDEBAR_WIDTH, HEIGHT, filenavOninput, filesPanelDraw), // right panel
],
/*index 1: commands palette*/[
new win.WindowObject((WIDTH - POPUP_WIDTH) / 2, (HEIGHT - POPUP_HEIGHT) / 2, POPUP_WIDTH, POPUP_HEIGHT, paletteInput, paletteDraw, "Commands")
],
/*index 2: popup messages*/[
new win.WindowObject((WIDTH - POPUP_WIDTH) / 2, (HEIGHT - POPUP_HEIGHT) / 2, POPUP_WIDTH, POPUP_HEIGHT, popupInput, popupDraw)
]]
]
const LEFTPANEL = windows[0][0]
const OPPANEL = windows[0][1]
const RIGHTPANEL = windows[0][2]
let currentPopup = 0
function makePopup(index) {
currentPopup = index
windowFocus.push(currentPopup)
for (let i = 0; i < windows.length; i++) {
windows[i].forEach(it => {
it.isHighlighted = (i == index)
})
}
}
function removePopup() {
windowFocus.pop()
const index = windowFocus.last
currentPopup = 0
for (let i = 0; i < windows.length; i++) {
windows[i].forEach(it => {
it.isHighlighted = (i == index)
})
}
}
const LEFTPANEL = windows[0]
const OPPANEL = windows[1]
const RIGHTPANEL = windows[2]
function drawTitle() {
// draw window title
@@ -651,18 +625,9 @@ function drawTitle() {
function drawFilePanel() {
// set highlight status
const currentTopPanel = windowFocus.last()
if (currentTopPanel == 0) {
windows[0].forEach((panel, i)=>{
panel.isHighlighted = (i == 2 * windowMode)
})
}
else {
windows[0].forEach((panel, i)=>{
panel.isHighlighted = false
})
}
windows.forEach((panel, i) => {
panel.isHighlighted = (i == 2 * windowMode)
})
if (windowMode) {
RIGHTPANEL.drawContents()
RIGHTPANEL.drawFrame()
@@ -683,14 +648,6 @@ function drawOpPanel() {
OPPANEL.drawFrame()
}
function drawPopupPanel() {
if (currentPopup) {
windows[currentPopup][0].drawContents()
windows[currentPopup][0].drawFrame()
}
}
function redraw() {
redrawRequested = true
}
@@ -700,7 +657,7 @@ function _redraw() {
drawTitle()
drawFilePanel()
drawOpPanel()
drawPopupPanel()
setupPanelMouseRegions()
}
function clearScr() {
@@ -708,6 +665,354 @@ function clearScr() {
graphics.setBackground(34,51,68)
graphics.clearPixels(255)
graphics.setGraphicsMode(0)
con.color_pair(COL_TEXT, COL_BACK)
}
///////////////////////////////////////////////////////////////////////////////////////////////////
// File operations and op-panel actions
///////////////////////////////////////////////////////////////////////////////////////////////////
function getCurrentDirStr(side) {
return path[side].concat(['']).join("\\").replaceAll('\\\\', '\\')
}
function clampCursorAfterChange() {
const len = dirFileList[windowMode].length
if (cursor[windowMode] >= len) cursor[windowMode] = Math.max(0, len - 1)
const maxScroll = Math.max(0, len - LIST_HEIGHT)
if (scroll[windowMode] > maxScroll) scroll[windowMode] = maxScroll
if (scroll[windowMode] < 0) scroll[windowMode] = 0
}
function actSwitchPanel() {
windowMode = 1 - windowMode
redraw()
}
function actGoUp() {
if (path[windowMode].length >= 1) {
path[windowMode].pop()
cursor[windowMode] = 0; scroll[windowMode] = 0
refreshFilePanelCache(windowMode)
_redraw()
}
}
function actActivate() {
let selectedFileCache = filePanelCache[windowMode][cursor[windowMode]]
if (!selectedFileCache || !selectedFileCache.file) return
let selectedFile = selectedFileCache.file
if (selectedFile.fullPath[1] == ":" && selectedFile.fullPath[2] == "\\" && selectedFile.fullPath.length == 3) {
path[windowMode].push(selectedFile.fullPath)
cursor[windowMode] = 0; scroll[windowMode] = 0
refreshFilePanelCache(windowMode)
_redraw()
}
else if (selectedFileCache.isDirectory) {
path[windowMode].push(selectedFileCache.filename)
cursor[windowMode] = 0; scroll[windowMode] = 0
refreshFilePanelCache(windowMode)
_redraw()
}
else {
let fileext = selectedFileCache.filename.substring(selectedFileCache.filename.lastIndexOf(".") + 1).toLowerCase()
let execfun = EXEC_FUNS[fileext] || ((f) => _G.shell.execute(f))
let errorlevel = 0
con.curs_set(1); clearScr(); con.move(1,1)
try {
errorlevel = execfun(selectedFile.fullPath)
}
catch (e) {
println(e)
errorlevel = 1
}
if (errorlevel) {
println("Hit Return/Enter key to continue . . . .")
sys.read()
}
firstRunLatch = true
con.curs_set(0); clearScr()
refreshFilePanelCache(windowMode)
redraw()
}
}
function actCopy() {
if (path[windowMode].length === 0) return
const cache = filePanelCache[windowMode][cursor[windowMode]]
if (!cache || !cache.file) return
if (cache.isDirectory) { showMessagePopup('Copy', 'Directory copy is not supported.'); _redraw(); return }
if (path[1 - windowMode].length === 0) { showMessagePopup('Copy', 'Cannot copy to drive list view.'); _redraw(); return }
const srcPath = cache.file.fullPath
const dstDir = getCurrentDirStr(1 - windowMode)
const dstPath = dstDir + cache.file.name
if (srcPath === dstPath) { _redraw(); return } // both panels point to same directory
try {
const srcFile = files.open(srcPath)
const dstFile = files.open(dstPath)
if (!srcFile.exists) { showMessagePopup('Copy', 'Source not found.'); _redraw(); return }
if (dstFile.exists) {
if (!showConfirmPopup('Copy', `Overwrite "${cache.file.name}"?`)) { _redraw(); return }
}
if (!dstFile.exists) dstFile.mkFile()
dstFile.bwrite(srcFile.bread())
try { dstFile.flush() } catch (e) {}
try { dstFile.close() } catch (e) {}
try { srcFile.close() } catch (e) {}
refreshFilePanelCache(1 - windowMode)
}
catch (e) {
showMessagePopup('Copy failed', e.message || ('' + e))
}
_redraw()
}
function actMove() {
if (path[windowMode].length === 0) return
const cache = filePanelCache[windowMode][cursor[windowMode]]
if (!cache || !cache.file) return
if (cache.isDirectory) { showMessagePopup('Move', 'Directory move is not supported.'); _redraw(); return }
if (path[1 - windowMode].length === 0) { showMessagePopup('Move', 'Cannot move to drive list view.'); _redraw(); return }
const srcPath = cache.file.fullPath
const dstDir = getCurrentDirStr(1 - windowMode)
const dstPath = dstDir + cache.file.name
if (srcPath === dstPath) { _redraw(); return } // no-op
try {
const srcFile = files.open(srcPath)
const dstFile = files.open(dstPath)
if (!srcFile.exists) { showMessagePopup('Move', 'Source not found.'); _redraw(); return }
if (dstFile.exists) {
if (!showConfirmPopup('Move', `Overwrite "${cache.file.name}"?`)) { _redraw(); return }
}
if (!dstFile.exists) dstFile.mkFile()
dstFile.bwrite(srcFile.bread())
try { dstFile.flush() } catch (e) {}
try { dstFile.close() } catch (e) {}
srcFile.remove()
refreshFilePanelCache(windowMode)
refreshFilePanelCache(1 - windowMode)
clampCursorAfterChange()
}
catch (e) {
showMessagePopup('Move failed', e.message || ('' + e))
}
_redraw()
}
function actDelete() {
if (path[windowMode].length === 0) return
const cache = filePanelCache[windowMode][cursor[windowMode]]
if (!cache || !cache.file) return
const name = cache.file.name
const kind = cache.isDirectory ? 'directory' : 'file'
if (!showConfirmPopup('Delete', `Delete ${kind} "${name}"?`)) { _redraw(); return }
try {
const status = cache.file.remove()
if (status !== undefined && status !== 0 && status !== true) {
showMessagePopup('Delete failed', `Cannot delete "${name}" (status ${status}).`)
}
refreshFilePanelCache(windowMode)
clampCursorAfterChange()
}
catch (e) {
showMessagePopup('Delete failed', e.message || ('' + e))
}
_redraw()
}
function actMkdir() {
if (path[windowMode].length === 0) { showMessagePopup('Mkdir', 'Choose a directory first.'); _redraw(); return }
const name = showInputPopup('Make Directory', 'Directory name:', '')
if (name === null || name.length === 0) { _redraw(); return }
const dstPath = getCurrentDirStr(windowMode) + name
try {
const dstFile = files.open(dstPath)
if (dstFile.exists) {
showMessagePopup('Mkdir', `"${name}" already exists.`)
}
else {
const ok = dstFile.mkDir()
if (!ok) showMessagePopup('Mkdir failed', `Cannot create "${name}".`)
else refreshFilePanelCache(windowMode)
}
}
catch (e) {
showMessagePopup('Mkdir failed', e.message || ('' + e))
}
_redraw()
}
function actRename() {
if (path[windowMode].length === 0) return
const cache = filePanelCache[windowMode][cursor[windowMode]]
if (!cache || !cache.file) return
if (cache.isDirectory) { showMessagePopup('Rename', 'Directory rename is not supported.'); _redraw(); return }
const oldName = cache.file.name
const newName = showInputPopup('Rename', 'New name:', oldName)
if (newName === null || newName.length === 0 || newName === oldName) { _redraw(); return }
const dirStr = getCurrentDirStr(windowMode)
const srcPath = cache.file.fullPath
const dstPath = dirStr + newName
try {
const srcFile = files.open(srcPath)
const dstFile = files.open(dstPath)
if (dstFile.exists) {
if (!showConfirmPopup('Rename', `Overwrite "${newName}"?`)) { _redraw(); return }
}
if (!dstFile.exists) dstFile.mkFile()
dstFile.bwrite(srcFile.bread())
try { dstFile.flush() } catch (e) {}
try { dstFile.close() } catch (e) {}
srcFile.remove()
refreshFilePanelCache(windowMode)
clampCursorAfterChange()
}
catch (e) {
showMessagePopup('Rename failed', e.message || ('' + e))
}
_redraw()
}
function actMore() {
if (path[windowMode].length === 0) return
const cache = filePanelCache[windowMode][cursor[windowMode]]
if (!cache || !cache.file || cache.isDirectory) return
const res = win.showDialog({
title: 'More',
message: cache.file.name,
fields: [],
buttons: [
{ label: 'Execute', action: 'execute', default: true },
{ label: 'Edit', action: 'edit' },
{ label: 'Close', action: 'close' },
],
})
_redraw()
if (res.action === 'execute') {
actActivate()
return
}
if (res.action === 'edit') {
const editfun = EDIT_FUNS[cache.fileext]
|| ((f) => _G.shell.execute(`${DEFAULT_EDITOR} "${f}"`))
let errorlevel = 0
con.curs_set(1); clearScr(); con.move(1, 1)
try {
errorlevel = editfun(cache.file.fullPath)
}
catch (e) {
println(e)
errorlevel = 1
}
if (errorlevel) {
println("Hit Return/Enter key to continue . . . .")
sys.read()
}
firstRunLatch = true
con.curs_set(0); clearScr()
refreshFilePanelCache(windowMode)
redraw()
}
}
function actQuit() { exit = true }
function invokeOpAction(id) {
if (id === 'switch') actSwitchPanel()
else if (id === 'up') actGoUp()
else if (id === 'copy') actCopy()
else if (id === 'move') actMove()
else if (id === 'delete') actDelete()
else if (id === 'mkdir') actMkdir()
else if (id === 'rename') actRename()
else if (id === 'more') actMore()
else if (id === 'quit') actQuit()
}
///////////////////////////////////////////////////////////////////////////////////////////////////
// Mouse region setup (file list + op buttons)
///////////////////////////////////////////////////////////////////////////////////////////////////
function setupPanelMouseRegions() {
clearPanelMouseRegions()
const fp = (windowMode === 0) ? LEFTPANEL : RIGHTPANEL
const fpX = fp.x + 1
const fpW = fp.width - 2
const fpY = fp.y + 2 // first file row (after frame top + header)
// Wheel-scroll over the file list. Wheel and keyboard are the only inputs allowed
// to move the scroll position; hover (below) only moves the caret.
addPanelMouseRegion(fpX, fpY, fpW, LIST_HEIGHT, {
onWheel: (cy, cx, dy) => {
const filesCount = dirFileList[windowMode].length
const maxScroll = Math.max(0, filesCount - LIST_HEIGHT)
let s = scroll[windowMode] + dy * 3
if (s > maxScroll) s = maxScroll
if (s < 0) s = 0
if (s !== scroll[windowMode]) {
scroll[windowMode] = s
drawFilePanel()
}
}
})
// One hover/click region per row so the caret can follow the mouse without
// calling scrollVert (which would re-scroll the list near the upper/lower thirds).
for (let i = 0; i < LIST_HEIGHT; i++) {
const rowIdx = i
addPanelMouseRegion(fpX, fpY + i, fpW, 1, {
onHover: () => {
const target = scroll[windowMode] + rowIdx
if (target < dirFileList[windowMode].length && cursor[windowMode] !== target) {
cursor[windowMode] = target
drawFilePanel()
}
},
onClick: (cy, cx, btn) => {
if (btn !== 1) return
const target = scroll[windowMode] + rowIdx
if (target >= dirFileList[windowMode].length) return
cursor[windowMode] = target
actActivate()
}
})
}
// Op-panel button hover/click. Each button covers its icon row + label row.
const opX = OPPANEL.x + 1
const opW = SIDEBAR_WIDTH - 2
for (let i = 0; i < OP_BUTTONS.length; i++) {
const idx = i
const btn = OP_BUTTONS[i]
addPanelMouseRegion(opX, OPPANEL.y + 1 + btn.yOff, opW, btn.hitH || 2, {
onHover: () => {
if (opHover !== idx) { opHover = idx; drawOpPanel() }
},
onHoverLeave: () => {
if (opHover === idx) { opHover = -1; drawOpPanel() }
},
onClick: (cy, cx, btnNum) => {
if (btnNum !== 1) return
invokeOpAction(btn.id)
}
})
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////
@@ -717,6 +1022,12 @@ refreshFilePanelCache(0)
refreshFilePanelCache(1)
_redraw()
// Drain inherited mouse/key state from whoever launched us. Polling launchers
// like fsh.js can hand off with the mouse button still held; without this,
// input.withEvent's first call edge-detects that as a fresh mouse_down at the
// cursor and activates whichever file row happens to sit there.
input.withEvent(() => {})
let redrawRequested = false
let exit = false
let firstRunLatch = true
@@ -724,6 +1035,14 @@ let firstRunLatch = true
while (!exit) {
input.withEvent(event => {
if (dispatchMouseEvent(event)) {
if (redrawRequested) {
redrawRequested = false
_redraw()
}
return
}
let keysym = event[1]
let keyJustHit = (1 == event[2])
@@ -735,7 +1054,7 @@ while (!exit) {
firstRunLatch = false
}
else {
windows[windowFocus.last()].forEach(it => {
windows.forEach(it => {
if (it.isHighlighted) { // double input processing without this? wtf?!
it.processInput(event)
}

View File

@@ -180,4 +180,349 @@ function scrollHorz(dx, stringSize, stringViewSize, currentCursorPos, currentScr
return [currentCursorPos, currentScrollPos]
}
exports = { WindowObject, scrollVert, scrollHorz }
// ---------------------------------------------------------------------------
// Modal dialog with multiple input fields and OK/Cancel-style buttons.
//
// opts = {
// title: string,
// message: string | string[]? -- optional body text drawn above fields
// fields: [{label, initial?, width}, ...] -- omit / [] for no input field
// buttons: [{label, action, default?}, ...] -- defaults to [OK, Cancel] (+ Delete
// if `allowDelete:true`)
// allowDelete: bool, -- inserts a Delete button (fsh compat)
// colours: {fg?, bg?, fieldBg?, dimFg?, hlFg?, focusBg?} -- per-call overrides
// }
//
// Returns {action, values}: `action` is the chosen button's `action`
// (default "ok"/"cancel"/"delete"), or "cancel" on Esc; `values` is the array
// of field strings in field order.
//
// Behaviour:
// - Tab / Shift+Tab and arrow Down / Up cycle focus across fields and buttons.
// - Left / Right inside a field move the caret; on a button they cycle focus.
// - Home / End jump to start / end of the focused field.
// - Enter on a field jumps to the next field, then to the first button. Enter
// or Space on a button activates it.
// - Insert at caret. Backspace deletes left of caret; Forward-Del deletes right.
// - Blinking caret (`con.curs_set(1)`) is positioned on the focused field and
// hidden when a button has focus.
// - Mouse: left-click on a button activates it; click on a field puts focus
// on that field and positions the caret under the click. Mouse hover on a
// button highlights it.
const _dialogScreen = con.getmaxyx()
const _dialogPixDim = graphics.getPixelDimension()
const _CELL_PW = (_dialogPixDim[0] / _dialogScreen[1]) | 0
const _CELL_PH = (_dialogPixDim[1] / _dialogScreen[0]) | 0
function _pxToCell(px, py) { return [(py / _CELL_PH | 0) + 1, (px / _CELL_PW | 0) + 1] }
function showDialog(opts) {
const fields = opts.fields || []
const values = fields.map(f => (f.initial == null) ? '' : ('' + f.initial))
const cursors = values.map(v => v.length)
let oldFG = con.get_color_fore()
let oldBG = con.get_color_back()
let buttons
if (opts.buttons) {
buttons = opts.buttons
} else {
buttons = [{label: 'OK', action: 'ok', default: true}]
if (opts.allowDelete) buttons.push({label: 'Delete', action: 'delete'})
buttons.push({label: 'Cancel', action: 'cancel'})
}
const title = opts.title || ''
const message = opts.message
const messageLines = !message ? []
: Array.isArray(message) ? message
: ('' + message).split('\n')
const c = opts.colours || {}
const fg = (c.fg != null) ? c.fg : 254
const bg = (c.bg != null) ? c.bg : 242
const fieldBg = (c.fieldBg != null) ? c.fieldBg : 240
const dimFg = (c.dimFg != null) ? c.dimFg : 249
const hlFg = (c.hlFg != null) ? c.hlFg : 230
const focusBg = (c.focusBg != null) ? c.focusBg : bg
// Layout
const maxFieldW = fields.reduce((m, f) => Math.max(m, f.width), 16)
const longestMsg = messageLines.reduce((m, l) => Math.max(m, l.length), 0)
const titleW = title.length + 4
const btnRowW = buttons.reduce((s, b) => s + b.label.length + 5, 0) - 1
const w = Math.max(maxFieldW + 6, titleW + 4, longestMsg + 6, btnRowW + 4, 24)
const msgTopOff = (messageLines.length > 0) ? 1 : 0
const msgRows = messageLines.length + (messageLines.length > 0 ? 1 : 0)
const fieldsBlockH = fields.length * 4
const buttonsRowOff = 1 + msgRows + (fields.length > 0 ? fieldsBlockH + 1 : 1)
const h = buttonsRowOff + 2
const screen = con.getmaxyx()
const row = Math.max(2, Math.floor((screen[0] - h) / 2))
const col = Math.max(2, Math.floor((screen[1] - w) / 2))
// Pick initial focus: explicit default > first field > first button.
let focusIdx = -1
for (let i = 0; i < buttons.length; i++) {
if (buttons[i].default) { focusIdx = fields.length + i; break }
}
if (focusIdx < 0) focusIdx = fields.length > 0 ? 0 : fields.length
const totalFocus = fields.length + buttons.length
let hoverBtn = -1
let done = null
function fieldScroll(cur, fw) { return cur < fw ? 0 : cur - fw + 1 }
function fieldLabelRow(i) { return row + 1 + msgRows + i * 4 }
function fieldBoxRow(i) { return fieldLabelRow(i) + 1 }
function fieldContentRow(i) { return fieldLabelRow(i) + 2 }
function fieldBoxCol() { return col + 2 }
function fieldContentRegion(i) { return { x: fieldBoxCol() + 1, y: fieldContentRow(i), w: fields[i].width } }
function buttonRegions() {
let bx = col + Math.floor((w - btnRowW) / 2)
return buttons.map(b => {
const r = { x: bx, y: row + buttonsRowOff, w: b.label.length + 4 }
bx += b.label.length + 5
return r
})
}
function drawFrameBox() {
con.color_pair(fg, bg)
for (let r = row; r < row + h; r++) {
con.move(r, col)
print(' '.repeat(w))
}
const wo = new WindowObject(col, row, w, h, ()=>{}, ()=>{}, title)
wo.isHighlighted = true
wo.titleBack = bg
wo.drawFrame()
con.color_pair(fg, bg)
}
function drawMessage() {
if (messageLines.length === 0) return
con.color_pair(fg, bg)
for (let i = 0; i < messageLines.length; i++) {
con.move(row + 1 + i, col + 2)
print(messageLines[i].padEnd(w - 4, ' '))
}
}
function drawField(i) {
const f = fields[i]
const fbCol = fieldBoxCol()
const fbRow = fieldBoxRow(i)
const fw = f.width
const focused = (focusIdx === i)
const frameFg = focused ? fg : dimFg
// Label
con.color_pair(fg, bg)
con.move(fieldLabelRow(i), fbCol)
print(f.label + ':')
// Top border
con.color_pair(frameFg, bg)
con.move(fbRow, fbCol)
print('\u00DA' + '\u00C4'.repeat(fw) + '\u00BF')
// Side borders + content
con.color_pair(frameFg, bg)
con.move(fbRow + 1, fbCol)
print('\u00B3')
con.color_pair(fg, fieldBg)
const s = fieldScroll(cursors[i], fw)
const vis = values[i].substring(s, s + fw)
print(vis.padEnd(fw, ' '))
con.color_pair(frameFg, bg)
con.move(fbRow + 1, fbCol + fw + 1)
print('\u00B3')
// Bottom border
con.move(fbRow + 2, fbCol)
print('\u00C0' + '\u00C4'.repeat(fw) + '\u00D9')
con.color_pair(fg, bg)
}
function drawButton(i, regions) {
const b = buttons[i]
const bIdx = fields.length + i
const focused = (focusIdx === bIdx)
const hovered = (hoverBtn === i)
const r = regions[i]
let useFg, useBg
if (focused && hovered) { useFg = hlFg; useBg = focusBg }
else if (focused) { useFg = hlFg; useBg = focusBg }
else if (hovered) { useFg = hlFg; useBg = bg }
else { useFg = fg; useBg = bg }
con.color_pair(useFg, useBg)
con.move(r.y, r.x)
print('[ ' + b.label + ' ]')
con.color_pair(fg, bg)
}
function positionCaret() {
if (focusIdx < fields.length) {
const fw = fields[focusIdx].width
const s = fieldScroll(cursors[focusIdx], fw)
con.move(fieldContentRow(focusIdx), fieldBoxCol() + 1 + (cursors[focusIdx] - s))
con.curs_set(1)
} else {
con.curs_set(0)
}
}
function render() {
drawFrameBox()
drawMessage()
for (let i = 0; i < fields.length; i++) drawField(i)
const regs = buttonRegions()
for (let i = 0; i < buttons.length; i++) drawButton(i, regs)
positionCaret()
}
function moveFocus(dir) {
focusIdx = (focusIdx + dir + totalFocus) % totalFocus
render()
}
function activateButton(i) {
done = { action: buttons[i].action, values: values.slice() }
}
function hitTestMouse(ev) {
const cell = _pxToCell(ev[1], ev[2])
const cy = cell[0], cx = cell[1]
const btnRegs = buttonRegions()
for (let i = 0; i < btnRegs.length; i++) {
const r = btnRegs[i]
if (cy === r.y && cx >= r.x && cx < r.x + r.w) return { kind: 'button', idx: i }
}
for (let i = 0; i < fields.length; i++) {
const r = fieldContentRegion(i)
if (cy === r.y && cx >= r.x && cx < r.x + r.w) return { kind: 'field', idx: i, cx: cx, region: r }
}
return null
}
render()
let eventJustReceived = true
while (done === null) {
input.withEvent(ev => {
if (eventJustReceived && (ev[0] === 'key_down' || ev[0] === 'mouse_down')) {
eventJustReceived = false; return
}
if (ev[0] === 'mouse_move') {
const hit = hitTestMouse(ev)
const newHover = (hit && hit.kind === 'button') ? hit.idx : -1
if (newHover !== hoverBtn) {
hoverBtn = newHover
const regs = buttonRegions()
for (let i = 0; i < buttons.length; i++) drawButton(i, regs)
positionCaret()
}
return
}
if (ev[0] === 'mouse_down') {
if (ev[3] !== 1) return
const hit = hitTestMouse(ev)
if (!hit) return
if (hit.kind === 'button') {
focusIdx = fields.length + hit.idx
render()
activateButton(hit.idx)
return
}
if (hit.kind === 'field') {
focusIdx = hit.idx
const fw = fields[hit.idx].width
const s = fieldScroll(cursors[hit.idx], fw)
const newCur = s + (hit.cx - hit.region.x)
cursors[hit.idx] = Math.min(values[hit.idx].length, Math.max(0, newCur))
render()
}
return
}
if (ev[0] !== 'key_down') return
if (1 !== ev[2]) return
const ks = ev[1]
const shiftDown = (ev.includes(59) || ev.includes(60))
if (ks === '<ESC>') { done = { action: 'cancel', values: values.slice() }; return }
if (ks === '\t' || ks === '<TAB>') { moveFocus(shiftDown ? -1 : 1); return }
if (ks === '<UP>') { moveFocus(-1); return }
if (ks === '<DOWN>') { moveFocus(+1); return }
if (ks === '<LEFT>') {
if (focusIdx < fields.length) {
if (cursors[focusIdx] > 0) { cursors[focusIdx] -= 1; render() }
} else moveFocus(-1)
return
}
if (ks === '<RIGHT>') {
if (focusIdx < fields.length) {
if (cursors[focusIdx] < values[focusIdx].length) { cursors[focusIdx] += 1; render() }
} else moveFocus(+1)
return
}
if (ks === '<HOME>') {
if (focusIdx < fields.length) { cursors[focusIdx] = 0; render() }
return
}
if (ks === '<END>') {
if (focusIdx < fields.length) { cursors[focusIdx] = values[focusIdx].length; render() }
return
}
if (focusIdx < fields.length) {
if (ks === '\n') {
focusIdx = (focusIdx < fields.length - 1) ? focusIdx + 1 : fields.length
render()
return
}
if (ks === '') {
const cur = cursors[focusIdx]
if (cur > 0) {
const v = values[focusIdx]
values[focusIdx] = v.substring(0, cur - 1) + v.substring(cur)
cursors[focusIdx] = cur - 1
render()
}
return
}
if (ks === '<FORWARD_DEL>' || ks === '<DEL>') {
const cur = cursors[focusIdx]
const v = values[focusIdx]
if (cur < v.length) {
values[focusIdx] = v.substring(0, cur) + v.substring(cur + 1)
render()
}
return
}
if (typeof ks === 'string' && ks.length === 1) {
const code = ks.charCodeAt(0)
if (code >= 32 && code < 256 && values[focusIdx].length < fields[focusIdx].width * 4) {
const v = values[focusIdx]
const cur = cursors[focusIdx]
values[focusIdx] = v.substring(0, cur) + ks + v.substring(cur)
cursors[focusIdx] = cur + 1
render()
}
return
}
} else {
if (ks === '\n' || ks === ' ') { activateButton(focusIdx - fields.length); return }
}
})
}
con.curs_set(0)
con.color_pair(oldFG, oldBG)
return done
}
exports = { WindowObject, scrollVert, scrollHorz, showDialog }

View File

@@ -49,7 +49,13 @@ MMIO
0..31 RO: Raw Keyboard Buffer read. Won't shift the key buffer
32..33 RO: Mouse X pos
34..35 RO: Mouse Y pos
36 RO: Mouse down? (1 for LEFT, 2 for RIGHT, 3 for BOTH)
36 RO: Mouse down?
bit 0: left
bit 1: right
bit 2: middle
bit 6: wheel up
bit 7: wheel down
37 RW: Read/Write single key input. Key buffer will be shifted. Manual writing is
usually unnecessary as such action must be automatically managed via LibGDX
input processing.

View File

@@ -12,6 +12,7 @@ import net.torvald.tsvm.CircularArray
import net.torvald.tsvm.VM
import net.torvald.tsvm.isNonZero
import net.torvald.tsvm.toInt
import java.util.concurrent.atomic.AtomicInteger
import kotlin.experimental.and
class IOSpace(val vm: VM) : PeriBase("io"), InputProcessor {
@@ -32,6 +33,13 @@ class IOSpace(val vm: VM) : PeriBase("io"), InputProcessor {
*/
var inputViewport: Viewport? = null
private val tmpMouseVec = Vector2()
// Letterbox offset and renderable area inside the inputViewport, set by the host VMGUI.
// After unproject, mouse pixel coords are shifted by (inputOriginX, inputOriginY) and
// clamped to (inputAreaW, inputAreaH) so apps see VM-screen pixel coords (0..drawWidth).
var inputOriginX: Int = 0
var inputOriginY: Int = 0
var inputAreaW: Int = Int.MAX_VALUE
var inputAreaH: Int = Int.MAX_VALUE
/** Accepts a keycode */
private val keyboardBuffer = CircularArray<Byte>(32, true)
@@ -108,7 +116,12 @@ class IOSpace(val vm: VM) : PeriBase("io"), InputProcessor {
in 0..31 -> keyboardBuffer[(addr.toInt())] ?: -1
in 32..33 -> (mouseX.toInt() shr (adi - 32).times(8)).toByte()
in 34..35 -> (mouseY.toInt() shr (adi - 34).times(8)).toByte()
36L -> mouseButtons.toByte() // only bits 0..1 used; higher bits intentionally truncated
36L -> {
// bit 0: left, bit 1: right, bit 2: middle, bit 6: wheel up, bit 7: wheel down
// Wheel bits are latched on scrolled() and cleared on read so a one-shot
// detent fires exactly once for the polling app.
(mouseButtons or wheelLatch.getAndSet(0)).toByte()
}
37L -> {
val key = keyboardBuffer.removeTail() ?: -1
keyPushed = !keyboardBuffer.isEmpty // Clear flag when buffer becomes empty
@@ -290,7 +303,9 @@ class IOSpace(val vm: VM) : PeriBase("io"), InputProcessor {
private var mouseX: Short = 0
private var mouseY: Short = 0
private var mouseButtons: Int = 0 // bit 0 = LEFT, bit 1 = RIGHT
private var mouseButtons: Int = 0 // bit 0 = LEFT, bit 1 = RIGHT, bit 2 = MIDDLE
// bits 6 (wheel up) and 7 (wheel down) — set by scrolled(), cleared on MMIO[36] read
private val wheelLatch = AtomicInteger(0)
private var systemUptime = 0L
private var rtc = 0L
@@ -310,18 +325,24 @@ class IOSpace(val vm: VM) : PeriBase("io"), InputProcessor {
// VM sees logical framebuffer pixels regardless of window magnification,
// letterboxing or sub-region placement done by an embedding GDX app.
val vp = inputViewport
val rawX: Int
val rawY: Int
if (vp != null) {
tmpMouseVec.set(Gdx.input.x.toFloat(), Gdx.input.y.toFloat())
vp.unproject(tmpMouseVec)
mouseX = tmpMouseVec.x.toInt().toShort()
mouseY = tmpMouseVec.y.toInt().toShort()
rawX = tmpMouseVec.x.toInt()
rawY = tmpMouseVec.y.toInt()
}
else {
mouseX = Gdx.input.x.toShort()
mouseY = Gdx.input.y.toShort()
rawX = Gdx.input.x
rawY = Gdx.input.y
}
mouseButtons = (if (Gdx.input.isButtonPressed(Input.Buttons.LEFT)) 1 else 0) or
(if (Gdx.input.isButtonPressed(Input.Buttons.RIGHT)) 2 else 0)
// Subtract the letterbox origin so apps see VM-screen pixel coords (0..drawWidth).
mouseX = (rawX - inputOriginX).coerceIn(0, inputAreaW - 1).toShort()
mouseY = (rawY - inputOriginY).coerceIn(0, inputAreaH - 1).toShort()
mouseButtons = (if (Gdx.input.isButtonPressed(Input.Buttons.LEFT)) 1 else 0) or
(if (Gdx.input.isButtonPressed(Input.Buttons.RIGHT)) 2 else 0) or
(if (Gdx.input.isButtonPressed(Input.Buttons.MIDDLE)) 4 else 0)
// strobe keys to fill the key read buffer
var keysPushed = 0
@@ -398,8 +419,15 @@ class IOSpace(val vm: VM) : PeriBase("io"), InputProcessor {
}
}
override fun scrolled(p0: Float, p1: Float): Boolean {
return false
override fun scrolled(amountX: Float, amountY: Float): Boolean {
// LibGDX: amountY > 0 = scroll DOWN (toward user), amountY < 0 = scroll UP.
// Latch bits 6/7 of MMIO[36]; the latch is cleared the next time MMIO[36] is read.
if (Gdx.input.inputProcessor !== this) return false
when {
amountY < 0f -> wheelLatch.updateAndGet { it or 0x40 }
amountY > 0f -> wheelLatch.updateAndGet { it or 0x80 }
}
return true
}
override fun keyUp(p0: Int): Boolean {

View File

@@ -170,6 +170,10 @@ class VMGUI(val loaderInfo: EmulInstance, val viewportWidth: Int, val viewportHe
Gdx.input.inputProcessor = vm.getIO()
vm.getIO().inputViewport = inputViewport
vm.getIO().inputOriginX = (viewportWidth - loaderInfo.drawWidth) / 2
vm.getIO().inputOriginY = (viewportHeight - loaderInfo.drawHeight) / 2
vm.getIO().inputAreaW = loaderInfo.drawWidth
vm.getIO().inputAreaH = loaderInfo.drawHeight
if (usememvwr) memvwr = Memvwr(vm)