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Code Issues Releases Wiki Activity

fixup! chore(core): show the last passphrase character for a while

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This commit is contained in:
Lukas Bielesch 2024-11-27 19:01:32 +01:00
parent 2018df17ec
commit 348e04d093
2 changed files with 262 additions and 122 deletions
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188
core/embed/rust/src/ui/model_mercury/component/keyboard/passphrase.rs
View File

@ -9,7 +9,7 @@ use crate::{
},
display,
event::TouchEvent,
geometry::{Alignment, Direction, Grid, Insets, Offset, Rect},
geometry::{Alignment, Alignment2D, Direction, Grid, Insets, Offset, Rect},
model_mercury::{
component::{
button::{Button, ButtonContent, ButtonMsg},
@ -449,6 +449,7 @@ struct Input {
impl Input {
const TWITCH: i16 = 4;
const X_STEP: i16 = 13;
fn new() -> Self {
Self {
@ -460,28 +461,125 @@ impl Input {
}
}
fn apply_display_style(&self, passphrase: &ShortString) -> ShortString {
if passphrase.len() == 0 {
ShortString::new()
} else {
match self.display_style {
DisplayStyle::Dots => {
let mut dots = ShortString::new();
for _ in 0..(passphrase.len()) {
dots.push('*').unwrap();
}
dots
}
DisplayStyle::Chars => passphrase.clone(),
DisplayStyle::LastChar => {
let mut dots = ShortString::new();
for _ in 0..(passphrase.len() - 1) {
dots.push('*').unwrap();
}
// This should not fail because the passphrase is not empty.
dots.push(passphrase.chars().last().unwrap()).unwrap();
dots
fn render_chars<'s>(&self, area: Rect, target: &mut impl Renderer<'s>) {
let style = theme::label_keyboard_mono();
let mut text_baseline = area.top_left() + Offset::y(style.text_font.text_height());
let chars = self.textbox.content().len();
if chars > 0 {
// Find out how much text can fit into the textbox.
// Accounting for the pending marker, which draws itself one extra pixel
let available_area_width = area.width() - 1;
let truncated = long_line_content_with_ellipsis(
self.textbox.content(),
"",
style.text_font,
available_area_width,
);
// Jiggle hidden passphrase when overflowed.
if chars > truncated.len()
&& chars % 2 == 0
&& (self.display_style == DisplayStyle::Dots
|| self.display_style == DisplayStyle::LastChar)
{
text_baseline.x += Self::TWITCH;
}
// Paint the visible passphrase.
shape::Text::new(text_baseline, &truncated)
.with_font(style.text_font)
.with_fg(style.text_color)
.render(target);
// Paint the pending marker.
if self.multi_tap.pending_key().is_some() {
render_pending_marker(
target,
text_baseline,
&truncated,
style.text_font,
style.text_color,
);
}
}
}
fn render_dots<'s>(&self, last_char: bool, area: Rect, target: &mut impl Renderer<'s>) {
let style = theme::label_keyboard_mono();
let bullet = theme::ICON_PIN_BULLET;
let mut cursor = area.left_center();
let all_chars = self.textbox.content().len();
if all_chars > 0 {
// Find out how much text can fit into the textbox.
// Accounting for the pending marker, which draws itself one extra pixel
let truncated = long_line_content_with_ellipsis(
self.textbox.content(),
"",
style.text_font,
area.width() - 1,
);
let visible_chars = truncated.len();
// Jiggle when overflowed.
if all_chars > visible_chars
&& all_chars % 2 == 0
&& (self.display_style == DisplayStyle::Dots
|| self.display_style == DisplayStyle::LastChar)
{
cursor.x += Self::TWITCH;
}
let mut char_idx = 0;
// Small leftmost dot.
if all_chars > visible_chars + 1 {
shape::ToifImage::new(cursor, theme::DOT_SMALL.toif)
.with_align(Alignment2D::TOP_LEFT)
.with_fg(theme::GREY)
.render(target);
cursor.x += Self::X_STEP;
char_idx += 1;
}
// Greyed out dot.
if all_chars > visible_chars {
shape::ToifImage::new(cursor, theme::DOT_SMALL.toif)
.with_align(Alignment2D::TOP_LEFT)
.with_fg(style.text_color)
.render(target);
cursor.x += Self::X_STEP;
char_idx += 1;
}
// Classical dot(s)
for _ in char_idx..(visible_chars - 1) {
shape::ToifImage::new(cursor, bullet)
.with_align(Alignment2D::TOP_LEFT)
.with_fg(style.text_color)
.render(target);
cursor.x += Self::X_STEP;
}
if last_char {
// Adapt y position for the character
cursor.y = area.top_left().y + style.text_font.text_height();
// This should not fail because all_chars > 0
let last = &self.textbox.content()[(all_chars - 1)..all_chars];
// Paint the last character
shape::Text::new(cursor, last)
.with_align(Alignment::Start)
.with_font(style.text_font)
.with_fg(style.text_color)
.render(target);
// Paint the pending marker.
if self.multi_tap.pending_key().is_some() {
render_pending_marker(target, cursor, last, style.text_font, style.text_color);
}
} else {
// Last classical dot
shape::ToifImage::new(cursor, bullet)
.with_align(Alignment2D::TOP_LEFT)
.with_fg(style.text_color)
.render(target);
}
}
}
@ -517,48 +615,18 @@ impl Component for Input {
}
fn render<'s>(&'s self, target: &mut impl Renderer<'s>) {
let style = theme::label_keyboard_mono();
let text_area = self.area.inset(INPUT_INSETS);
let mut text_baseline = text_area.top_left() + Offset::y(style.text_font.text_height())
- Offset::y(style.text_font.text_baseline());
let text = self.textbox.content();
// Paint the background
shape::Bar::new(text_area).with_bg(theme::BG).render(target);
// Find out how much text can fit into the textbox.
// Accounting for the pending marker, which draws itself one pixel longer than
// the last character
let available_area_width = text_area.width() - 1;
let truncated =
long_line_content_with_ellipsis(text, "", style.text_font, available_area_width);
// Jiggle hidden passphrase when overflowed.
if text.len() > truncated.len()
&& text.len() % 2 == 0
&& (self.display_style == DisplayStyle::Dots
|| self.display_style == DisplayStyle::LastChar)
{
text_baseline.x += Self::TWITCH;
}
let text_to_display = self.apply_display_style(&truncated);
shape::Text::new(text_baseline, &text_to_display)
.with_font(style.text_font)
.with_fg(style.text_color)
.render(target);
// Paint the pending marker.
if self.multi_tap.pending_key().is_some() {
render_pending_marker(
target,
text_baseline,
&text_to_display,
style.text_font,
style.text_color,
);
// Paint the passphrase
if !self.textbox.content().is_empty() {
match self.display_style {
DisplayStyle::Chars => self.render_chars(text_area, target),
DisplayStyle::Dots => self.render_dots(false, text_area, target),
DisplayStyle::LastChar => self.render_dots(true, text_area, target),
}
}
}
}

196
core/embed/rust/src/ui/model_tt/component/keyboard/passphrase.rs
View File

@ -1,5 +1,5 @@
use crate::{
strutil::{ShortString, TString},
strutil::TString,
time::Duration,
ui::{
component::{
@ -8,7 +8,7 @@ use crate::{
},
display,
event::TouchEvent,
geometry::{Grid, Offset, Rect},
geometry::{Alignment, Alignment2D, Grid, Offset, Rect},
model_tt::component::{
button::{Button, ButtonContent, ButtonMsg},
keyboard::common::{render_pending_marker, MultiTapKeyboard},
@ -347,6 +347,8 @@ struct Input {
impl Input {
const TWITCH: i16 = 4;
const X_STEP: i16 = 12;
const Y_STEP: i16 = 5;
fn new() -> Self {
Self {
@ -371,28 +373,127 @@ impl Input {
self.last_char_timer.stop();
}
fn apply_display_style(&self, passphrase: &ShortString) -> ShortString {
if passphrase.len() == 0 {
ShortString::new()
} else {
match self.display_style {
DisplayStyle::Dots => {
let mut dots = ShortString::new();
for _ in 0..(passphrase.len()) {
dots.push('*').unwrap();
}
dots
}
DisplayStyle::Chars => passphrase.clone(),
DisplayStyle::LastChar => {
let mut dots = ShortString::new();
for _ in 0..(passphrase.len() - 1) {
dots.push('*').unwrap();
}
// This should not fail because the passphrase is not empty.
dots.push(passphrase.chars().last().unwrap()).unwrap();
dots
fn render_chars<'s>(&self, area: Rect, target: &mut impl Renderer<'s>) {
let style = theme::label_keyboard_mono();
let mut text_baseline = area.top_left() + Offset::y(style.text_font.text_height());
let chars = self.textbox.content().len();
if chars > 0 {
// Find out how much text can fit into the textbox.
// Accounting for the pending marker, which draws itself one extra pixel
let available_area_width = area.width() - 1;
let truncated = long_line_content_with_ellipsis(
self.textbox.content(),
"",
style.text_font,
available_area_width,
);
// Jiggle hidden passphrase when overflowed.
if chars > truncated.len()
&& chars % 2 == 0
&& (self.display_style == DisplayStyle::Dots
|| self.display_style == DisplayStyle::LastChar)
{
text_baseline.x += Self::TWITCH;
}
// Paint the visible passphrase.
shape::Text::new(text_baseline, &truncated)
.with_font(style.text_font)
.with_fg(style.text_color)
.render(target);
// Paint the pending marker.
if self.multi_tap.pending_key().is_some() {
render_pending_marker(
target,
text_baseline,
&truncated,
style.text_font,
style.text_color,
);
}
}
}
fn render_dots<'s>(&self, last_char: bool, area: Rect, target: &mut impl Renderer<'s>) {
let style = theme::label_keyboard_mono();
let dot = theme::ICON_MAGIC.toif;
let mut cursor = area.top_left();
let all_chars = self.textbox.content().len();
if all_chars > 0 {
// Find out how much text can fit into the textbox.
// Accounting for the pending marker, which draws itself one extra pixel
let truncated = long_line_content_with_ellipsis(
self.textbox.content(),
"",
style.text_font,
area.width() - 1,
);
let visible_chars = truncated.len();
// Jiggle when overflowed.
if all_chars > visible_chars
&& all_chars % 2 == 0
&& (self.display_style == DisplayStyle::Dots
|| self.display_style == DisplayStyle::LastChar)
{
cursor.x += Self::TWITCH;
}
// Adapt y position for the icons
cursor.y += Self::Y_STEP;
let mut char_idx = 0;
// Small leftmost dot.
if all_chars > visible_chars + 1 {
shape::ToifImage::new(cursor, theme::DOT_SMALL.toif)
.with_align(Alignment2D::TOP_LEFT)
.with_fg(theme::GREY_DARK)
.render(target);
cursor.x += Self::X_STEP;
char_idx += 1;
}
// Greyed out dot.
if all_chars > visible_chars {
shape::ToifImage::new(cursor, theme::DOT_SMALL.toif)
.with_align(Alignment2D::TOP_LEFT)
.with_fg(style.text_color)
.render(target);
cursor.x += Self::X_STEP;
char_idx += 1;
}
// Classical dot(s)
for _ in char_idx..(visible_chars - 1) {
shape::ToifImage::new(cursor, dot)
.with_align(Alignment2D::TOP_LEFT)
.with_fg(style.text_color)
.render(target);
cursor.x += Self::X_STEP;
}
if last_char {
// Adapt y position for the character
cursor.y = area.top_left().y + style.text_font.text_height();
// This should not fail because all_chars > 0
let last = &self.textbox.content()[(all_chars - 1)..all_chars];
// Paint the last character
shape::Text::new(cursor, last)
.with_align(Alignment::Start)
.with_font(style.text_font)
.with_fg(style.text_color)
.render(target);
// Paint the pending marker.
if self.multi_tap.pending_key().is_some() {
render_pending_marker(target, cursor, last, style.text_font, style.text_color);
}
} else {
// Last classical dot
shape::ToifImage::new(cursor, dot)
.with_align(Alignment2D::TOP_LEFT)
.with_fg(style.text_color)
.render(target);
}
}
}
@ -428,47 +529,18 @@ impl Component for Input {
}
fn render<'s>(&'s self, target: &mut impl Renderer<'s>) {
let style = theme::label_keyboard_mono();
let (text_area, _) = self.area.split_bottom(INPUT_AREA_HEIGHT);
let mut text_baseline = self.area.top_left() + Offset::y(style.text_font.text_height())
- Offset::y(style.text_font.text_baseline());
// Paint the background
shape::Bar::new(text_area).with_bg(theme::BG).render(target);
let text = self.textbox.content();
shape::Bar::new(self.area).with_bg(theme::BG).render(target);
// Find out how much text can fit into the textbox.
// Accounting for the pending marker, which draws itself one pixel longer than
// the last character
let available_area_width = self.area.width() - 1;
let truncated =
long_line_content_with_ellipsis(text, "", style.text_font, available_area_width);
// Jiggle hidden passphrase when overflowed.
if text.len() > truncated.len()
&& text.len() % 2 == 0
&& (self.display_style == DisplayStyle::Dots
|| self.display_style == DisplayStyle::LastChar)
{
text_baseline.x += Self::TWITCH;
}
let text_to_display = self.apply_display_style(&truncated);
shape::Text::new(text_baseline, &text_to_display)
.with_font(style.text_font)
.with_fg(style.text_color)
.render(target);
// Paint the pending marker.
if self.multi_tap.pending_key().is_some() {
render_pending_marker(
target,
text_baseline,
&text_to_display,
style.text_font,
style.text_color,
);
// Paint the passphrase
if !self.textbox.content().is_empty() {
match self.display_style {
DisplayStyle::Chars => self.render_chars(text_area, target),
DisplayStyle::Dots => self.render_dots(false, text_area, target),
DisplayStyle::LastChar => self.render_dots(true, text_area, target),
}
}
}
}