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Mars 2025-05-02 00:55:40 -04:00
parent cfafcbbbe7
commit f03ca4f293
Signed by: pupbrained
GPG key ID: 0FF5B8826803F895
1 changed files with 140 additions and 140 deletions
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276
src/main.cpp
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@ -4,6 +4,7 @@
#include <ftxui/dom/node.hpp> // ftxui::{Render}
#include <ftxui/screen/color.hpp> // ftxui::Color
#include <ftxui/screen/screen.hpp> // ftxui::{Screen, Dimension::Full}
#include <ftxui/screen/string.hpp> // ftxui::string_width
#include <print> // std::println
#include <ranges> // std::ranges::{iota, to, transform}
@ -18,8 +19,6 @@ namespace ui {
using ftxui::Color;
using util::types::StringView, util::types::i32;
static constexpr i32 MAX_PARAGRAPH_LENGTH = 30;
// Color themes
struct Theme {
Color::Palette16 icon;
@ -110,26 +109,29 @@ namespace {
using namespace util::logging;
using namespace ftxui;
// Helper struct to hold row data before calculating max width
struct RowInfo {
StringView icon;
StringView label;
String value; // Store the final formatted value as String
String value;
};
fn CreateColorCircles() -> Element {
return hbox(
std::views::iota(0, 16) | std::views::transform([](ui::i32 colorIndex) {
std::views::iota(0, 16) | std::views::transform([](i32 colorIndex) {
return hbox({ text("◯") | bold | color(static_cast<Color::Palette256>(colorIndex)), text(" ") });
}) |
std::ranges::to<Elements>()
);
}
fn get_visual_width(const String& str) -> usize { return ftxui::string_width(str); }
fn get_visual_width_sv(const StringView& sview) -> usize { return ftxui::string_width(String(sview)); }
fn find_max_label_len(const std::vector<RowInfo>& rows) -> usize {
usize max_len = 0;
for (const auto& row : rows) { max_len = std::max(max_len, row.label.length()); }
return max_len;
usize maxWidth = 0;
for (const RowInfo& row : rows) maxWidth = std::max(maxWidth, get_visual_width_sv(row.label));
return maxWidth;
};
fn SystemInfoBox(const Config& config, const os::SystemData& data) -> Element {
@ -139,135 +141,153 @@ namespace {
const auto& [userIcon, paletteIcon, calendarIcon, hostIcon, kernelIcon, osIcon, memoryIcon, weatherIcon, musicIcon, diskIcon, shellIcon, packageIcon, deIcon, wmIcon] =
ui::ICON_TYPE;
// --- Stage 1: Collect data for rows into logical sections ---
std::vector<RowInfo> initial_rows; // Date, Weather
std::vector<RowInfo> system_info_rows; // Host, Kernel, OS, RAM, Disk, Shell, Packages
std::vector<RowInfo> env_info_rows; // DE, WM
std::vector<RowInfo> initialRows; // Date, Weather
std::vector<RowInfo> systemInfoRows; // Host, Kernel, OS, RAM, Disk, Shell, Packages
std::vector<RowInfo> envInfoRows; // DE, WM
// --- Section 1: Date and Weather ---
if (data.date) {
initial_rows.push_back({ calendarIcon, "Date", *data.date });
} else {
if (data.date)
initialRows.push_back({ calendarIcon, "Date", *data.date });
else
debug_at(data.date.error());
}
if (weather.enabled && data.weather) {
const weather::Output& weatherInfo = *data.weather;
String weatherValue = weather.showTownName
? std::format("{}°F in {}", std::lround(weatherInfo.main.temp), weatherInfo.name)
: std::format("{}°F, {}", std::lround(weatherInfo.main.temp), weatherInfo.weather[0].description);
initial_rows.push_back({ weatherIcon, "Weather", std::move(weatherValue) });
} else if (weather.enabled) {
initialRows.push_back({ weatherIcon, "Weather", std::move(weatherValue) });
} else if (weather.enabled)
debug_at(data.weather.error());
}
// --- Section 2: Core System Info ---
if (data.host && !data.host->empty()) {
system_info_rows.push_back({ hostIcon, "Host", *data.host });
} else {
if (data.host && !data.host->empty())
systemInfoRows.push_back({ hostIcon, "Host", *data.host });
else
debug_at(data.host.error());
}
if (data.kernelVersion) {
system_info_rows.push_back({ kernelIcon, "Kernel", *data.kernelVersion });
} else {
if (data.kernelVersion)
systemInfoRows.push_back({ kernelIcon, "Kernel", *data.kernelVersion });
else
debug_at(data.kernelVersion.error());
}
if (data.osVersion) {
system_info_rows.push_back({ osIcon, "OS", *data.osVersion });
} else {
if (data.osVersion)
systemInfoRows.push_back({ osIcon, "OS", *data.osVersion });
else
debug_at(data.osVersion.error());
}
if (data.memInfo) {
system_info_rows.push_back({ memoryIcon, "RAM", std::format("{}", BytesToGiB { *data.memInfo }) });
} else {
if (data.memInfo)
systemInfoRows.push_back({ memoryIcon, "RAM", std::format("{}", BytesToGiB { *data.memInfo }) });
else
debug_at(data.memInfo.error());
}
if (data.diskUsage) {
system_info_rows.push_back(
if (data.diskUsage)
systemInfoRows.push_back(
{ diskIcon,
"Disk",
std::format("{}/{}", BytesToGiB { data.diskUsage->used_bytes }, BytesToGiB { data.diskUsage->total_bytes }) }
);
} else {
else
debug_at(data.diskUsage.error());
}
if (data.shell) {
system_info_rows.push_back({ shellIcon, "Shell", *data.shell });
} else {
if (data.shell)
systemInfoRows.push_back({ shellIcon, "Shell", *data.shell });
else
debug_at(data.shell.error());
}
if (data.packageCount) {
if (*data.packageCount > 0) {
system_info_rows.push_back({ packageIcon, "Packages", std::format("{}", *data.packageCount) });
} else {
if (*data.packageCount > 0)
systemInfoRows.push_back({ packageIcon, "Packages", std::format("{}", *data.packageCount) });
else
debug_log("Package count is 0, skipping");
}
} else {
} else
debug_at(data.packageCount.error());
}
// --- Section 3: Desktop Env / Window Manager ---
bool added_de = false;
bool addedDe = false;
if (data.desktopEnv && (!data.windowMgr || *data.desktopEnv != *data.windowMgr)) {
env_info_rows.push_back({ deIcon, "DE", *data.desktopEnv });
added_de = true;
} else if (!data.desktopEnv) { /* Optional debug */
}
if (data.windowMgr) {
if (!added_de || (data.desktopEnv && *data.desktopEnv != *data.windowMgr)) {
env_info_rows.push_back({ wmIcon, "WM", *data.windowMgr });
}
} else {
debug_at(data.windowMgr.error());
}
envInfoRows.push_back({ deIcon, "DE", *data.desktopEnv });
addedDe = true;
} else if (!data.desktopEnv)
debug_at(data.desktopEnv.error());
if (data.windowMgr) {
if (!addedDe || (data.desktopEnv && *data.desktopEnv != *data.windowMgr))
envInfoRows.push_back({ wmIcon, "WM", *data.windowMgr });
} else
debug_at(data.windowMgr.error());
bool nowPlayingActive = false;
String npText;
// --- Section 4: Now Playing (Handled separately) ---
bool now_playing_active = false;
String np_text;
if (config.nowPlaying.enabled && data.nowPlaying) {
const String title = data.nowPlaying->title.value_or("Unknown Title");
const String artist = data.nowPlaying->artist.value_or("Unknown Artist");
np_text = artist + " - " + title;
now_playing_active = true;
} else if (config.nowPlaying.enabled) { /* Optional debug */
}
npText = artist + " - " + title;
nowPlayingActive = true;
} else if (config.nowPlaying.enabled)
debug_at(data.nowPlaying.error());
// --- Stage 2: Calculate max width needed for Icon + Label across relevant sections ---
usize maxActualLabelLen = 0;
auto find_max_label = [&](const std::vector<RowInfo>& rows) {
usize max_len = 0;
for (const auto& row : rows) { max_len = std::max(max_len, row.label.length()); }
return max_len;
usize maxContentWidth = 0;
usize greetingWidth = get_visual_width_sv(userIcon) + get_visual_width_sv("Hello ") + get_visual_width(name) +
get_visual_width_sv("! ");
maxContentWidth = std::max(maxContentWidth, greetingWidth);
usize paletteWidth = get_visual_width_sv(userIcon) + (16 * (get_visual_width_sv("◯") + get_visual_width_sv(" ")));
maxContentWidth = std::max(maxContentWidth, paletteWidth);
usize iconActualWidth = get_visual_width_sv(userIcon);
usize maxLabelWidthInitial = find_max_label_len(initialRows);
usize maxLabelWidthSystem = find_max_label_len(systemInfoRows);
usize maxLabelWidthEnv = find_max_label_len(envInfoRows);
usize requiredWidthInitialW = iconActualWidth + maxLabelWidthInitial;
usize requiredWidthSystemW = iconActualWidth + maxLabelWidthSystem;
usize requiredWidthEnvW = iconActualWidth + maxLabelWidthEnv;
fn calculateRowVisualWidth = [&](const RowInfo& row, usize requiredLabelVisualWidth) -> usize {
return requiredLabelVisualWidth + get_visual_width(row.value) + get_visual_width_sv(" "); // Use visual width
};
maxActualLabelLen =
std::max({ find_max_label(initial_rows), find_max_label(system_info_rows), find_max_label(env_info_rows) });
// Note: We don't include "Playing" from Now Playing in this calculation
// as it's handled differently, but we could if we wanted perfect alignment.
for (const RowInfo& row : initialRows)
maxContentWidth = std::max(maxContentWidth, calculateRowVisualWidth(row, requiredWidthInitialW));
// --- Stage 2: Calculate max width needed PER SECTION ---
// Assume consistent icon width for simplicity (adjust if icons vary significantly)
usize iconLen = ui::ICON_TYPE.user.length() - 1;
// Optionally refine iconLen based on actual icons used, if needed
for (const RowInfo& row : systemInfoRows)
maxContentWidth = std::max(maxContentWidth, calculateRowVisualWidth(row, requiredWidthSystemW));
usize maxLabelLen_initial = find_max_label_len(initial_rows);
usize maxLabelLen_system = find_max_label_len(system_info_rows);
usize maxLabelLen_env = find_max_label_len(env_info_rows);
for (const RowInfo& row : envInfoRows)
maxContentWidth = std::max(maxContentWidth, calculateRowVisualWidth(row, requiredWidthEnvW));
usize requiredWidth_initial = iconLen + maxLabelLen_initial;
usize requiredWidth_system = iconLen + maxLabelLen_system;
usize requiredWidth_env = iconLen + maxLabelLen_env;
usize targetBoxWidth = maxContentWidth + 2;
// --- Stage 3: Define the row creation function ---
auto createStandardRow = [&](const RowInfo& row, usize sectionRequiredWidth) {
Element leftPart = hbox(
usize npFixedWidthLeft = 0;
usize npFixedWidthRight = 0;
if (nowPlayingActive) {
npFixedWidthLeft = get_visual_width_sv(musicIcon) + get_visual_width_sv("Playing") + get_visual_width_sv(" ");
npFixedWidthRight = get_visual_width_sv(" ");
}
i32 paragraphLimit = 1;
if (nowPlayingActive) {
i32 availableForParagraph =
static_cast<i32>(targetBoxWidth) - static_cast<i32>(npFixedWidthLeft) - static_cast<i32>(npFixedWidthRight);
availableForParagraph -= 2;
paragraphLimit = std::max(1, availableForParagraph);
}
fn createStandardRow = [&](const RowInfo& row, usize sectionRequiredVisualWidth) {
return hbox(
{
hbox(
{
text(String(row.icon)) | color(ui::DEFAULT_THEME.icon),
text(String(row.label)) | color(ui::DEFAULT_THEME.label),
}
);
return hbox(
{
leftPart | size(WIDTH, EQUAL, static_cast<int>(sectionRequiredWidth)),
) |
size(WIDTH, EQUAL, static_cast<int>(sectionRequiredVisualWidth)),
filler(),
text(row.value) | color(ui::DEFAULT_THEME.value),
text(" "),
@ -275,62 +295,42 @@ namespace {
);
};
// --- Stage 4: Build the final Elements list with explicit separators and section-specific widths ---
Elements content;
// Greeting and Palette
content.push_back(text(String(userIcon) + "Hello " + name + "! ") | bold | color(Color::Cyan));
content.push_back(separator() | color(ui::DEFAULT_THEME.border)); // Separator after greeting
content.push_back(separator() | color(ui::DEFAULT_THEME.border));
content.push_back(hbox({ text(String(paletteIcon)) | color(ui::DEFAULT_THEME.icon), CreateColorCircles() }));
content.push_back(separator() | color(ui::DEFAULT_THEME.border)); // Separator after palette
// Determine section presence
bool section1_present = !initial_rows.empty();
bool section2_present = !system_info_rows.empty();
bool section3_present = !env_info_rows.empty();
bool section4_present = now_playing_active;
bool section1Present = !initialRows.empty();
bool section2Present = !systemInfoRows.empty();
bool section3Present = !envInfoRows.empty();
// Add Section 1 (Date/Weather) - Use initial width
for (const auto& row : initial_rows) { content.push_back(createStandardRow(row, requiredWidth_initial)); }
// Separator before Section 2?
if (section1_present && (section2_present || section3_present || section4_present)) {
if (section1Present)
content.push_back(separator() | color(ui::DEFAULT_THEME.border));
}
// Add Section 2 (System Info) - Use system width
for (const auto& row : system_info_rows) { content.push_back(createStandardRow(row, requiredWidth_system)); }
for (const RowInfo& row : initialRows) content.push_back(createStandardRow(row, requiredWidthInitialW));
// Separator before Section 3?
if (section2_present && (section3_present || section4_present)) {
if ((section1Present && (section2Present || section3Present)) || (!section1Present && section2Present))
content.push_back(separator() | color(ui::DEFAULT_THEME.border));
}
// Add Section 3 (DE/WM) - Use env width
for (const auto& row : env_info_rows) { content.push_back(createStandardRow(row, requiredWidth_env)); }
for (const RowInfo& row : systemInfoRows) content.push_back(createStandardRow(row, requiredWidthSystemW));
// Separator before Section 4?
if (section3_present && section4_present) {
if (section2Present && section3Present)
content.push_back(separator() | color(ui::DEFAULT_THEME.border));
} else if (!section3_present && (section1_present || section2_present) && section4_present) {
content.push_back(separator() | color(ui::DEFAULT_THEME.border));
}
// Add Section 4 (Now Playing)
if (section4_present) {
// Pad "Playing" label based on the max label length of the preceding section (Env)
usize playingLabelPadding = maxLabelLen_env;
for (const RowInfo& row : envInfoRows) content.push_back(createStandardRow(row, requiredWidthEnvW));
if ((section1Present || section2Present || section3Present) && nowPlayingActive)
content.push_back(separator() | color(ui::DEFAULT_THEME.border));
if (nowPlayingActive) {
content.push_back(hbox(
{
text(String(musicIcon)) | color(ui::DEFAULT_THEME.icon),
// Pad only the label part
hbox({ text("Playing") | color(ui::DEFAULT_THEME.label) }) |
size(WIDTH, EQUAL, static_cast<int>(playingLabelPadding)),
text(" "), // Space after label
filler(),
paragraph(np_text) | color(Color::Magenta) | size(WIDTH, LESS_THAN, ui::MAX_PARAGRAPH_LENGTH),
{ text(String(musicIcon)) | color(ui::DEFAULT_THEME.icon),
text("Playing") | color(ui::DEFAULT_THEME.label),
text(" "),
}
filler(),
paragraphAlignRight(npText) | color(Color::Magenta) | size(WIDTH, LESS_THAN, paragraphLimit),
text(" ") }
));
}