mirror of
https://github.com/hykilpikonna/hyfetch.git
synced 2026-10-23 15:03:05 -05:00
[+] Distro - Add 6-color lambda support for NixOS logo (#543)
This commit is contained in:
Azalea
@@ -145,6 +145,7 @@ cargo install --git https://github.com/hykilpikonna/hyfetch
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**✨ Features & Enhancements**
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* Added `berrisexual` & `almondsexual` flags ([#545](https://github.com/hykilpikonna/hyfetch/issues/545)).
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* Added 6-color lambda support for NixOS logo ([#543](https://github.com/hykilpikonna/hyfetch/issues/543)).
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* Published crate to crates.io with automated OIDC publishing ([#544](https://github.com/hykilpikonna/hyfetch/issues/544)).
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**🐛 Bug Fixes**
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@@ -1,4 +1,5 @@
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use std::borrow::Cow;
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use std::collections::BTreeSet;
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use std::fmt::Write as _;
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use std::ops::Range;
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@@ -107,10 +108,7 @@ pub fn get_random_alignment(preset: &ColorProfile, asc: &NormalizedAsciiArt) ->
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let mut rng = fastrand::Rng::new();
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rng.shuffle(&mut preset_indices);
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let colors = slots
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.into_iter()
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.zip(preset_indices)
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.collect();
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let colors = slots.into_iter().zip(preset_indices).collect();
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ColorAlignment::Custom { colors }
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}
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@@ -362,6 +360,21 @@ impl NormalizedAsciiArt {
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.fill_starting()
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.context("failed to fill in starting neofetch color codes")?;
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let slots: BTreeSet<NeofetchAsciiIndexedColor> = {
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let asc = lines.join("\n");
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let ac = NEOFETCH_COLORS_AC
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.get_or_init(|| AhoCorasick::new(NEOFETCH_COLOR_PATTERNS).unwrap());
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ac.find_iter(&asc)
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.map(|m| {
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let ai_start = m.start().checked_add(3).unwrap();
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let ai_end = m.end().checked_sub(1).unwrap();
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asc[ai_start..ai_end]
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.parse()
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.expect("neofetch ascii color index should not be invalid")
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})
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.collect()
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};
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let ColorProfile { colors } = color_profile.unique_colors();
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// Apply colors
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@@ -371,13 +384,33 @@ impl NormalizedAsciiArt {
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.get_or_init(|| AhoCorasick::new(NEOFETCH_COLOR_PATTERNS).unwrap());
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const N: usize = NEOFETCH_COLOR_PATTERNS.len();
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let mut replacements = vec![Cow::from(""); N];
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for (&ai, &pi) in custom_colors {
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let ai: u8 = ai.into();
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let pi: u8 = pi.into();
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replacements[usize::from(ai.checked_sub(1).unwrap())] = colors
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[usize::from(pi)]
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.to_ansi_string(color_mode, ForegroundBackground::Foreground)
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.into();
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if !colors.is_empty() {
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for (&ai, &pi) in custom_colors {
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let ai: u8 = ai.into();
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let pi: u8 = pi.into();
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let color = &colors[usize::from(pi) % colors.len()];
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replacements[usize::from(ai.checked_sub(1).unwrap())] = color
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.to_ansi_string(color_mode, ForegroundBackground::Foreground)
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.into();
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}
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// Fallback for slots in the art that aren't in custom_colors (e.g. backward compat)
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for &ai in &slots {
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let ai_u8: u8 = ai.into();
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let idx = usize::from(ai_u8.checked_sub(1).unwrap());
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if replacements[idx].is_empty() {
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let fallback_slot =
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NeofetchAsciiIndexedColor::try_from((ai_u8 - 1) % 2 + 1)
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.unwrap();
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let pi = custom_colors.get(&fallback_slot).copied().unwrap_or_else(
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|| (((ai_u8 - 1) as usize % colors.len()) as u8).into(),
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);
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let pi_u8: u8 = pi.into();
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let color = &colors[usize::from(pi_u8) % colors.len()];
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replacements[idx] = color
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.to_ansi_string(color_mode, ForegroundBackground::Foreground)
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.into();
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}
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}
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}
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ac.replace_all(&asc, &replacements)
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};
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@@ -406,37 +439,37 @@ impl NormalizedAsciiArt {
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NEOFETCH_COLORS_AC.get_or_init(|| AhoCorasick::new(NEOFETCH_COLOR_PATTERNS).unwrap());
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let mut last = None;
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let lines =
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self.lines
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.iter()
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.map(|line| {
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let line: &str = line.as_ref();
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let lines = self
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.lines
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.iter()
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.map(|line| {
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let line: &str = line.as_ref();
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let mut new = String::new();
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let mut matches = ac.find_iter(line).peekable();
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let mut new = String::new();
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let mut matches = ac.find_iter(line).peekable();
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match matches.peek() {
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Some(m)
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if m.start() == 0
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|| line[0..m.start()].trim_end_matches(' ').is_empty() =>
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{
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// Line starts with neofetch color code
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last = Some(&line[m.span()]);
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},
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_ => {
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new.push_str(last.unwrap_or(NEOFETCH_COLOR_PATTERNS[0]));
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},
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}
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new.push_str(line);
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// Get the last placeholder for the next line
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if let Some(m) = matches.last() {
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match matches.peek() {
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Some(m)
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if m.start() == 0
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|| line[0..m.start()].trim_end_matches(' ').is_empty() =>
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{
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// Line starts with neofetch color code
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last = Some(&line[m.span()]);
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}
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},
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_ => {
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new.push_str(last.unwrap_or(NEOFETCH_COLOR_PATTERNS[0]));
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},
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}
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new.push_str(line);
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Ok(new)
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})
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.collect::<Result<_>>()?;
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// Get the last placeholder for the next line
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if let Some(m) = matches.last() {
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last = Some(&line[m.span()]);
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}
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Ok(new)
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})
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.collect::<Result<_>>()?;
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Ok(Self {
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lines,
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@@ -445,4 +478,3 @@ impl NormalizedAsciiArt {
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})
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}
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}
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@@ -1319,7 +1319,7 @@ fn create_config(
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let asc = asc.lines.join("\n");
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let ac =
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NEOFETCH_COLORS_AC.get_or_init(|| AhoCorasick::new(NEOFETCH_COLOR_PATTERNS).unwrap());
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ac.find_iter(&asc)
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let mut v: Vec<NeofetchAsciiIndexedColor> = ac.find_iter(&asc)
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.map(|m| {
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let ai_start = m.start().checked_add(3).unwrap();
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let ai_end = m.end().checked_sub(1).unwrap();
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@@ -1327,7 +1327,9 @@ fn create_config(
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.parse()
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.expect("neofetch ascii color index should not be invalid")
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})
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.collect()
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.collect();
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v.sort();
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v.into_iter().collect()
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};
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// Loop for random rolling
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@@ -1340,23 +1342,25 @@ fn create_config(
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while preset_indices.len() < slots.len() {
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preset_indices.extend_from_within(0..);
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}
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let ordered_p: Vec<PresetIndexedColor> = preset_indices[..slots.len()].to_vec();
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let preset_index_permutations: IndexSet<Vec<PresetIndexedColor>> = preset_indices
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.into_iter()
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.permutations(slots.len())
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.take(1000)
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.collect();
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let random_count = (ascii_per_row as usize * ascii_rows as usize).saturating_sub(arrangements.len()).clamp(0, u8::MAX.into()) as u8;
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let choices: IndexSet<Vec<PresetIndexedColor>> =
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if usize::from(random_count) > preset_index_permutations.len() {
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preset_index_permutations
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} else {
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rng.choose_multiple(
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preset_index_permutations.into_iter(),
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usize::from(random_count),
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)
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.into_iter()
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.collect()
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};
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let other_permutations: IndexSet<Vec<PresetIndexedColor>> = preset_index_permutations
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.into_iter()
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.filter(|p| p != &ordered_p)
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.collect();
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let mut choices: IndexSet<Vec<PresetIndexedColor>> = IndexSet::new();
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choices.insert(ordered_p);
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let sample_count = (usize::from(random_count)).saturating_sub(1);
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if sample_count >= other_permutations.len() {
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choices.extend(other_permutations);
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} else {
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choices.extend(rng.choose_multiple(other_permutations.into_iter(), sample_count));
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}
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let choices: Vec<IndexMap<NeofetchAsciiIndexedColor, PresetIndexedColor>> = choices
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.into_iter()
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.map(|c| {
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@@ -1,21 +1,21 @@
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{"match": "\"NixOS\"*", "color": "4 6"}
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${c1} ▗▄▄▄ ${c2}▗▄▄▄▄ ▄▄▄▖
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${c1} ▜███▙ ${c2}▜███▙ ▟███▛
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${c1} ▜███▙ ${c2}▜███▙▟███▛
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${c1} ▜███▙ ${c2}▜██████▛
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${c1} ▟█████████████████▙ ${c2}▜████▛ ${c1}▟▙
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${c1} ▟███████████████████▙ ${c2}▜███▙ ${c1}▟██▙
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${c2} ▄▄▄▄▖ ▜███▙ ${c1}▟███▛
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${c2} ▟███▛ ▜██▛ ${c1}▟███▛
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${c2} ▟███▛ ▜▛ ${c1}▟███▛
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${c2}▟███████████▛ ${c1}▟██████████▙
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${c2}▜██████████▛ ${c1}▟███████████▛
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${c2} ▟███▛ ${c1}▟▙ ▟███▛
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${c2} ▟███▛ ${c1}▟██▙ ▟███▛
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${c2} ▟███▛ ${c1}▜███▙ ▝▀▀▀▀
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${c2} ▜██▛ ${c1}▜███▙ ${c2}▜██████████████████▛
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${c2} ▜▛ ${c1}▟████▙ ${c2}▜████████████████▛
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${c1} ▟██████▙ ${c2}▜███▙
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${c1} ▟███▛▜███▙ ${c2}▜███▙
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${c1} ▟███▛ ▜███▙ ${c2}▜███▙
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${c1} ▝▀▀▀ ▀▀▀▀▘ ${c2}▀▀▀▘
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{"match": "\"NixOS\"*", "color": "4 6 4 6 4 6"}
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${c3} ▗▄▄▄ ${c4}▗▄▄▄▄ ▄▄▄▖
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${c3} ▜███▙ ${c4}▜███▙ ▟███▛
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${c3} ▜███▙ ${c4}▜███▙▟███▛
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${c3} ▜███▙ ${c4}▜██████▛
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${c3} ▟█████████████████▙ ${c4}▜████▛ ${c5}▟▙
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${c3} ▟███████████████████▙ ${c4}▜███▙ ${c5}▟██▙
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${c2} ▄▄▄▄▖ ${c4}▜███▙ ${c5}▟███▛
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${c2} ▟███▛ ${c4}▜██▛ ${c5}▟███▛
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${c2} ▟███▛ ${c4}▜▛ ${c5}▟███▛
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${c2}▟███████████▛ ${c5}▟██████████▙
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${c2}▜██████████▛ ${c5}▟███████████▛
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${c2} ▟███▛ ${c1}▟▙ ${c5}▟███▛
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${c2} ▟███▛ ${c1}▟██▙ ${c5}▟███▛
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${c2} ▟███▛ ${c1}▜███▙ ${c5}▝▀▀▀▀
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${c2} ▜██▛ ${c1}▜███▙ ${c6}▜██████████████████▛
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${c2} ▜▛ ${c1}▟████▙ ${c6}▜████████████████▛
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${c1} ▟██████▙ ${c6}▜███▙
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${c1} ▟███▛▜███▙ ${c6}▜███▙
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${c1} ▟███▛ ▜███▙ ${c6}▜███▙
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${c1} ▝▀▀▀ ▀▀▀▀▘ ${c6}▀▀▀▘
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@@ -1,21 +1,21 @@
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{"match": "\"nixos_colorful\"*", "color": "4 6 4 6 4 6"}
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${c1} ▗▄▄▄ ${c2}▗▄▄▄▄ ▄▄▄▖
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${c1} ▜███▙ ${c2}▜███▙ ▟███▛
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${c1} ▜███▙ ${c2}▜███▙▟███▛
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${c1} ▜███▙ ${c2}▜██████▛
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${c1} ▟█████████████████▙ ${c2}▜████▛ ${c3}▟▙
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${c1} ▟███████████████████▙ ${c2}▜███▙ ${c3}▟██▙
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${c6} ▄▄▄▄▖ ${c2}▜███▙ ${c3}▟███▛
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${c6} ▟███▛ ${c2}▜██▛ ${c3}▟███▛
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${c6} ▟███▛ ${c2}▜▛ ${c3}▟███▛
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${c6}▟███████████▛ ${c3}▟██████████▙
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${c6}▜██████████▛ ${c3}▟███████████▛
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${c6} ▟███▛ ${c5}▟▙ ${c3}▟███▛
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${c6} ▟███▛ ${c5}▟██▙ ${c3}▟███▛
|
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${c6} ▟███▛ ${c5}▜███▙ ${c3}▝▀▀▀▀
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${c6} ▜██▛ ${c5}▜███▙ ${c4}▜██████████████████▛
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${c6} ▜▛ ${c5}▟████▙ ${c4}▜████████████████▛
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${c5} ▟██████▙ ${c4}▜███▙
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${c5} ▟███▛▜███▙ ${c4}▜███▙
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${c5} ▟███▛ ▜███▙ ${c4}▜███▙
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${c5} ▝▀▀▀ ▀▀▀▀▘ ${c4}▀▀▀▘
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${c3} ▗▄▄▄ ${c4}▗▄▄▄▄ ▄▄▄▖
|
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${c3} ▜███▙ ${c4}▜███▙ ▟███▛
|
||||
${c3} ▜███▙ ${c4}▜███▙▟███▛
|
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${c3} ▜███▙ ${c4}▜██████▛
|
||||
${c3} ▟█████████████████▙ ${c4}▜████▛ ${c5}▟▙
|
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${c3} ▟███████████████████▙ ${c4}▜███▙ ${c5}▟██▙
|
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${c2} ▄▄▄▄▖ ${c4}▜███▙ ${c5}▟███▛
|
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${c2} ▟███▛ ${c4}▜██▛ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c4}▜▛ ${c5}▟███▛
|
||||
${c2}▟███████████▛ ${c5}▟██████████▙
|
||||
${c2}▜██████████▛ ${c5}▟███████████▛
|
||||
${c2} ▟███▛ ${c1}▟▙ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c1}▟██▙ ${c5}▟███▛
|
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${c2} ▟███▛ ${c1}▜███▙ ${c5}▝▀▀▀▀
|
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${c2} ▜██▛ ${c1}▜███▙ ${c6}▜██████████████████▛
|
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${c2} ▜▛ ${c1}▟████▙ ${c6}▜████████████████▛
|
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${c1} ▟██████▙ ${c6}▜███▙
|
||||
${c1} ▟███▛▜███▙ ${c6}▜███▙
|
||||
${c1} ▟███▛ ▜███▙ ${c6}▜███▙
|
||||
${c1} ▝▀▀▀ ▀▀▀▀▘ ${c6}▀▀▀▘
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@@ -441,6 +441,8 @@ def create_config() -> Config:
|
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ascii_per_row = max(1, term_size()[0] // (asc_width + 2))
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ascii_rows = max(1, (term_size()[1] - 8) // asc_lines)
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slots = sorted(set(map(int, re.findall(r'(?<=\${c)[0-9]+(?=})', asc))))
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# Displays horizontal and vertical arrangements in the first iteration, but hide them in
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# later iterations
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hv_arrangements = [
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@@ -455,15 +457,18 @@ def create_config() -> Config:
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||||
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# Random color schemes
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pis = list(range(len(_prs.unique_colors().colors)))
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slots = list(set(map(int, re.findall('(?<=\\${c)[0-9](?=})', asc))))
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slots = sorted(set(map(int, re.findall(r'(?<=\${c)[0-9]+(?=})', asc))))
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while len(pis) < len(slots):
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pis += pis
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perm = {p[:len(slots)] for p in islice(permutations(pis), 1000)}
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ordered_p = tuple(pis[:len(slots)])
|
||||
other_perms = [p for p in perm if p != ordered_p]
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||||
random_count = max(0, ascii_per_row * ascii_rows - len(arrangements))
|
||||
if random_count > len(perm):
|
||||
choices = perm
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||||
choices = [ordered_p] + other_perms
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else:
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choices = random.sample(sorted(perm), random_count)
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||||
sample_count = max(0, random_count - 1)
|
||||
choices = [ordered_p] + random.sample(sorted(other_perms), min(sample_count, len(other_perms)))
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choices = [{slots[i]: n for i, n in enumerate(c)} for c in choices]
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arrangements += [(f'random{i}', ColorAlignment('custom', r)) for i, r in enumerate(choices)]
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||||
asciis = [[*ca.recolor_ascii(asc, _prs).split('\n'), k.center(asc_width)] for k, ca in arrangements]
|
||||
|
||||
@@ -202,12 +202,21 @@ class ColorAlignment:
|
||||
asc = '\n'.join(preset.color_text(line) + color('&~&*') for line in lines)
|
||||
|
||||
else:
|
||||
preset = preset.unique_colors()
|
||||
colors = preset.unique_colors().colors
|
||||
if colors:
|
||||
slots = sorted(set(map(int, re.findall(r'(?<=\${c)[0-9]+(?=})', asc))))
|
||||
color_map = {}
|
||||
for s in slots:
|
||||
if s in self.custom_colors:
|
||||
pi = self.custom_colors[s]
|
||||
elif ((s - 1) % 2 + 1) in self.custom_colors:
|
||||
pi = self.custom_colors[(s - 1) % 2 + 1]
|
||||
else:
|
||||
pi = (s - 1)
|
||||
color_map[s] = colors[pi % len(colors)].to_ansi()
|
||||
|
||||
# Apply colors
|
||||
color_map = {ai: preset.colors[pi].to_ansi() for ai, pi in self.custom_colors.items()}
|
||||
for ascii_i, c in color_map.items():
|
||||
asc = asc.replace(f'${{c{ascii_i}}}', c)
|
||||
for ascii_i, c in color_map.items():
|
||||
asc = asc.replace(f'${{c{ascii_i}}}', c)
|
||||
|
||||
return asc
|
||||
|
||||
|
||||
82
neofetch
82
neofetch
@@ -12888,52 +12888,52 @@ EOF
|
||||
"nixos_colorful"*)
|
||||
set_colors 4 6 4 6 4 6
|
||||
read -rd '' ascii_data <<'EOF'
|
||||
${c1} ▗▄▄▄ ${c2}▗▄▄▄▄ ▄▄▄▖
|
||||
${c1} ▜███▙ ${c2}▜███▙ ▟███▛
|
||||
${c1} ▜███▙ ${c2}▜███▙▟███▛
|
||||
${c1} ▜███▙ ${c2}▜██████▛
|
||||
${c1} ▟█████████████████▙ ${c2}▜████▛ ${c3}▟▙
|
||||
${c1} ▟███████████████████▙ ${c2}▜███▙ ${c3}▟██▙
|
||||
${c6} ▄▄▄▄▖ ${c2}▜███▙ ${c3}▟███▛
|
||||
${c6} ▟███▛ ${c2}▜██▛ ${c3}▟███▛
|
||||
${c6} ▟███▛ ${c2}▜▛ ${c3}▟███▛
|
||||
${c6}▟███████████▛ ${c3}▟██████████▙
|
||||
${c6}▜██████████▛ ${c3}▟███████████▛
|
||||
${c6} ▟███▛ ${c5}▟▙ ${c3}▟███▛
|
||||
${c6} ▟███▛ ${c5}▟██▙ ${c3}▟███▛
|
||||
${c6} ▟███▛ ${c5}▜███▙ ${c3}▝▀▀▀▀
|
||||
${c6} ▜██▛ ${c5}▜███▙ ${c4}▜██████████████████▛
|
||||
${c6} ▜▛ ${c5}▟████▙ ${c4}▜████████████████▛
|
||||
${c5} ▟██████▙ ${c4}▜███▙
|
||||
${c5} ▟███▛▜███▙ ${c4}▜███▙
|
||||
${c5} ▟███▛ ▜███▙ ${c4}▜███▙
|
||||
${c5} ▝▀▀▀ ▀▀▀▀▘ ${c4}▀▀▀▘
|
||||
${c3} ▗▄▄▄ ${c4}▗▄▄▄▄ ▄▄▄▖
|
||||
${c3} ▜███▙ ${c4}▜███▙ ▟███▛
|
||||
${c3} ▜███▙ ${c4}▜███▙▟███▛
|
||||
${c3} ▜███▙ ${c4}▜██████▛
|
||||
${c3} ▟█████████████████▙ ${c4}▜████▛ ${c5}▟▙
|
||||
${c3} ▟███████████████████▙ ${c4}▜███▙ ${c5}▟██▙
|
||||
${c2} ▄▄▄▄▖ ${c4}▜███▙ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c4}▜██▛ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c4}▜▛ ${c5}▟███▛
|
||||
${c2}▟███████████▛ ${c5}▟██████████▙
|
||||
${c2}▜██████████▛ ${c5}▟███████████▛
|
||||
${c2} ▟███▛ ${c1}▟▙ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c1}▟██▙ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c1}▜███▙ ${c5}▝▀▀▀▀
|
||||
${c2} ▜██▛ ${c1}▜███▙ ${c6}▜██████████████████▛
|
||||
${c2} ▜▛ ${c1}▟████▙ ${c6}▜████████████████▛
|
||||
${c1} ▟██████▙ ${c6}▜███▙
|
||||
${c1} ▟███▛▜███▙ ${c6}▜███▙
|
||||
${c1} ▟███▛ ▜███▙ ${c6}▜███▙
|
||||
${c1} ▝▀▀▀ ▀▀▀▀▘ ${c6}▀▀▀▘
|
||||
EOF
|
||||
;;
|
||||
|
||||
"NixOS"*)
|
||||
set_colors 4 6
|
||||
set_colors 4 6 4 6 4 6
|
||||
read -rd '' ascii_data <<'EOF'
|
||||
${c1} ▗▄▄▄ ${c2}▗▄▄▄▄ ▄▄▄▖
|
||||
${c1} ▜███▙ ${c2}▜███▙ ▟███▛
|
||||
${c1} ▜███▙ ${c2}▜███▙▟███▛
|
||||
${c1} ▜███▙ ${c2}▜██████▛
|
||||
${c1} ▟█████████████████▙ ${c2}▜████▛ ${c1}▟▙
|
||||
${c1} ▟███████████████████▙ ${c2}▜███▙ ${c1}▟██▙
|
||||
${c2} ▄▄▄▄▖ ▜███▙ ${c1}▟███▛
|
||||
${c2} ▟███▛ ▜██▛ ${c1}▟███▛
|
||||
${c2} ▟███▛ ▜▛ ${c1}▟███▛
|
||||
${c2}▟███████████▛ ${c1}▟██████████▙
|
||||
${c2}▜██████████▛ ${c1}▟███████████▛
|
||||
${c2} ▟███▛ ${c1}▟▙ ▟███▛
|
||||
${c2} ▟███▛ ${c1}▟██▙ ▟███▛
|
||||
${c2} ▟███▛ ${c1}▜███▙ ▝▀▀▀▀
|
||||
${c2} ▜██▛ ${c1}▜███▙ ${c2}▜██████████████████▛
|
||||
${c2} ▜▛ ${c1}▟████▙ ${c2}▜████████████████▛
|
||||
${c1} ▟██████▙ ${c2}▜███▙
|
||||
${c1} ▟███▛▜███▙ ${c2}▜███▙
|
||||
${c1} ▟███▛ ▜███▙ ${c2}▜███▙
|
||||
${c1} ▝▀▀▀ ▀▀▀▀▘ ${c2}▀▀▀▘
|
||||
${c3} ▗▄▄▄ ${c4}▗▄▄▄▄ ▄▄▄▖
|
||||
${c3} ▜███▙ ${c4}▜███▙ ▟███▛
|
||||
${c3} ▜███▙ ${c4}▜███▙▟███▛
|
||||
${c3} ▜███▙ ${c4}▜██████▛
|
||||
${c3} ▟█████████████████▙ ${c4}▜████▛ ${c5}▟▙
|
||||
${c3} ▟███████████████████▙ ${c4}▜███▙ ${c5}▟██▙
|
||||
${c2} ▄▄▄▄▖ ${c4}▜███▙ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c4}▜██▛ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c4}▜▛ ${c5}▟███▛
|
||||
${c2}▟███████████▛ ${c5}▟██████████▙
|
||||
${c2}▜██████████▛ ${c5}▟███████████▛
|
||||
${c2} ▟███▛ ${c1}▟▙ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c1}▟██▙ ${c5}▟███▛
|
||||
${c2} ▟███▛ ${c1}▜███▙ ${c5}▝▀▀▀▀
|
||||
${c2} ▜██▛ ${c1}▜███▙ ${c6}▜██████████████████▛
|
||||
${c2} ▜▛ ${c1}▟████▙ ${c6}▜████████████████▛
|
||||
${c1} ▟██████▙ ${c6}▜███▙
|
||||
${c1} ▟███▛▜███▙ ${c6}▜███▙
|
||||
${c1} ▟███▛ ▜███▙ ${c6}▜███▙
|
||||
${c1} ▝▀▀▀ ▀▀▀▀▘ ${c6}▀▀▀▘
|
||||
EOF
|
||||
;;
|
||||
|
||||
|
||||
Reference in New Issue
Block a user