Files
kte/GUITheme.h
Kyle Isom ee2c9939d7 Introduce QtFrontend with renderer, input handler, and theming support.
- Added `QtFrontend`, `QtRenderer`, and `QtInputHandler` for Qt-based UI rendering and input handling.
- Implemented support for theming, font customization, and palette overrides in GUITheme.
- Renamed and refactored ImGui-specific components (e.g., `GUIRenderer` -> `ImGuiRenderer`).
- Added cross-frontend integration for commands and visual font picker.
2025-12-04 21:33:55 -08:00

945 lines
21 KiB
C++

// GUITheme.h — theming helpers and background mode
#pragma once
#include <cstddef>
#include <string>
#include <algorithm>
#include <cctype>
#include "Highlight.h"
// Cross-frontend theme change request hook: declared here, defined in Command.cc
namespace kte {
extern bool gThemeChangePending;
extern std::string gThemeChangeRequest; // raw user-provided name
// Qt GUI: cross-frontend font change hooks and current font state
extern bool gFontChangePending;
extern std::string gFontFamilyRequest; // requested family (case-insensitive)
extern float gFontSizeRequest; // <= 0 means keep size
extern std::string gCurrentFontFamily; // last applied family (Qt)
extern float gCurrentFontSize; // last applied size (Qt)
// Qt GUI: request to show a visual font dialog (set by command handler)
extern bool gFontDialogRequested;
}
#if defined(KTE_USE_QT)
// Qt build: avoid hard dependency on ImGui headers/types.
// Provide a lightweight color vector matching ImVec4 fields used by renderers.
struct KteColor {
float x{0}, y{0}, z{0}, w{1};
};
static inline KteColor
RGBA(unsigned int rgb, float a = 1.0f)
{
const float r = static_cast<float>((rgb >> 16) & 0xFF) / 255.0f;
const float g = static_cast<float>((rgb >> 8) & 0xFF) / 255.0f;
const float b = static_cast<float>(rgb & 0xFF) / 255.0f;
return {r, g, b, a};
}
namespace kte {
// Background mode selection for light/dark palettes
enum class BackgroundMode { Light, Dark };
// Global background mode; default to Dark to match prior defaults
static inline auto gBackgroundMode = BackgroundMode::Dark;
static inline void
SetBackgroundMode(const BackgroundMode m)
{
gBackgroundMode = m;
}
static inline BackgroundMode
GetBackgroundMode()
{
return gBackgroundMode;
}
// Minimal GUI palette for Qt builds. This mirrors the defaults used in the ImGui
// frontend (Nord-ish) and switches for light/dark background mode.
struct Palette {
KteColor bg; // editor background
KteColor fg; // default foreground text
KteColor sel_bg; // selection background
KteColor cur_bg; // cursor cell background
KteColor status_bg; // status bar background
KteColor status_fg; // status bar foreground
};
// Optional theme override (Qt): when set, GetPalette() will return this instead
// of the generic light/dark defaults. This allows honoring theme names in kge.ini.
static inline bool gPaletteOverride = false;
static inline Palette gOverridePalette{};
static inline std::string gOverrideThemeName = ""; // lowercased name
static inline Palette
GetPalette()
{
const bool dark = (GetBackgroundMode() == BackgroundMode::Dark);
if (gPaletteOverride) {
return gOverridePalette;
}
if (dark) {
return Palette{
/*bg*/ RGBA(0x1C1C1E),
/*fg*/ RGBA(0xDCDCDC),
/*sel_bg*/ RGBA(0xC8C800, 0.35f),
/*cur_bg*/ RGBA(0xC8C8FF, 0.50f),
/*status_bg*/ RGBA(0x28282C),
/*status_fg*/ RGBA(0xB4B48C)
};
} else {
// Light palette tuned for readability
return Palette{
/*bg*/ RGBA(0xFBFBFC),
/*fg*/ RGBA(0x30343A),
/*sel_bg*/ RGBA(0x268BD2, 0.22f),
/*cur_bg*/ RGBA(0x000000, 0.15f),
/*status_bg*/ RGBA(0xE6E8EA),
/*status_fg*/ RGBA(0x50555A)
};
}
}
// A few named palettes to provide visible differences between themes in Qt.
// These are approximate and palette-based (no widget style changes like ImGuiStyle).
static inline Palette
NordDark()
{
return {
/*bg*/RGBA(0x2E3440), /*fg*/RGBA(0xD8DEE9), /*sel_bg*/RGBA(0x88C0D0, 0.25f),
/*cur_bg*/RGBA(0x81A1C1, 0.35f), /*status_bg*/RGBA(0x3B4252), /*status_fg*/RGBA(0xE5E9F0)
};
}
static inline Palette
NordLight()
{
return {
/*bg*/RGBA(0xECEFF4), /*fg*/RGBA(0x2E3440), /*sel_bg*/RGBA(0x5E81AC, 0.22f),
/*cur_bg*/RGBA(0x000000, 0.12f), /*status_bg*/RGBA(0xE5E9F0), /*status_fg*/RGBA(0x4C566A)
};
}
static inline Palette
SolarizedDark()
{
return {
/*bg*/RGBA(0x002b36), /*fg*/RGBA(0x93a1a1), /*sel_bg*/RGBA(0x586e75, 0.40f),
/*cur_bg*/RGBA(0x657b83, 0.35f), /*status_bg*/RGBA(0x073642), /*status_fg*/RGBA(0xeee8d5)
};
}
static inline Palette
SolarizedLight()
{
return {
/*bg*/RGBA(0xfdf6e3), /*fg*/RGBA(0x586e75), /*sel_bg*/RGBA(0x268bd2, 0.25f),
/*cur_bg*/RGBA(0x000000, 0.10f), /*status_bg*/RGBA(0xeee8d5), /*status_fg*/RGBA(0x657b83)
};
}
static inline Palette
GruvboxDark()
{
return {
/*bg*/RGBA(0x282828), /*fg*/RGBA(0xebdbb2), /*sel_bg*/RGBA(0xd79921, 0.35f),
/*cur_bg*/RGBA(0x458588, 0.40f), /*status_bg*/RGBA(0x3c3836), /*status_fg*/RGBA(0xd5c4a1)
};
}
static inline Palette
GruvboxLight()
{
return {
/*bg*/RGBA(0xfbf1c7), /*fg*/RGBA(0x3c3836), /*sel_bg*/RGBA(0x076678, 0.22f),
/*cur_bg*/RGBA(0x000000, 0.10f), /*status_bg*/RGBA(0xebdbb2), /*status_fg*/RGBA(0x504945)
};
}
static inline Palette
EInk()
{
return {
/*bg*/RGBA(0xffffff), /*fg*/RGBA(0x000000), /*sel_bg*/RGBA(0x000000, 0.10f),
/*cur_bg*/RGBA(0x000000, 0.12f), /*status_bg*/RGBA(0x000000), /*status_fg*/RGBA(0xffffff)
};
}
// Apply a Qt theme by name. Returns true on success. Name matching is case-insensitive and
// supports common aliases (e.g., "solarized-light" or "solarized light"). If the name conveys
// a background (light/dark), BackgroundMode is updated to keep SyntaxInk consistent.
static inline bool
ApplyQtThemeByName(std::string name)
{
// normalize
std::transform(name.begin(), name.end(), name.begin(), [](unsigned char c) {
return (char) std::tolower(c);
});
auto has = [&](const std::string &s) {
return name.find(s) != std::string::npos;
};
if (name.empty() || name == "default" || name == "nord") {
// Choose variant by current background mode
if (GetBackgroundMode() == BackgroundMode::Dark) {
gOverridePalette = NordDark();
} else {
gOverridePalette = NordLight();
}
gPaletteOverride = true;
gOverrideThemeName = "nord";
return true;
}
if (has("solarized")) {
if (has("light")) {
SetBackgroundMode(BackgroundMode::Light);
gOverridePalette = SolarizedLight();
} else if (has("dark")) {
SetBackgroundMode(BackgroundMode::Dark);
gOverridePalette = SolarizedDark();
} else {
// pick from current background
gOverridePalette = (GetBackgroundMode() == BackgroundMode::Dark)
? SolarizedDark()
: SolarizedLight();
}
gPaletteOverride = true;
gOverrideThemeName = "solarized";
return true;
}
if (has("gruvbox")) {
if (has("light")) {
SetBackgroundMode(BackgroundMode::Light);
gOverridePalette = GruvboxLight();
} else if (has("dark")) {
SetBackgroundMode(BackgroundMode::Dark);
gOverridePalette = GruvboxDark();
} else {
gOverridePalette = (GetBackgroundMode() == BackgroundMode::Dark)
? GruvboxDark()
: GruvboxLight();
}
gPaletteOverride = true;
gOverrideThemeName = "gruvbox";
return true;
}
if (has("eink") || has("e-ink") || has("paper")) {
SetBackgroundMode(BackgroundMode::Light);
gOverridePalette = EInk();
gPaletteOverride = true;
gOverrideThemeName = "eink";
return true;
}
// Unknown -> clear override so default light/dark applies; return false.
gPaletteOverride = false;
gOverrideThemeName.clear();
return false;
}
// Minimal SyntaxInk mapping for Qt builds, returning KteColor
[[maybe_unused]] static KteColor
SyntaxInk(const TokenKind k)
{
const bool dark = (GetBackgroundMode() == BackgroundMode::Dark);
const KteColor def = dark ? RGBA(0xD8DEE9) : RGBA(0x2E3440);
switch (k) {
case TokenKind::Keyword:
return dark ? RGBA(0x81A1C1) : RGBA(0x5E81AC);
case TokenKind::Type:
return dark ? RGBA(0x8FBCBB) : RGBA(0x4C566A);
case TokenKind::String:
return dark ? RGBA(0xA3BE8C) : RGBA(0x6C8E5E);
case TokenKind::Char:
return dark ? RGBA(0xA3BE8C) : RGBA(0x6C8E5E);
case TokenKind::Comment:
return dark ? RGBA(0x616E88) : RGBA(0x7A869A);
case TokenKind::Number:
return dark ? RGBA(0xEBCB8B) : RGBA(0xB58900);
case TokenKind::Preproc:
return dark ? RGBA(0xD08770) : RGBA(0xAF3A03);
case TokenKind::Constant:
return dark ? RGBA(0xB48EAD) : RGBA(0x7B4B7F);
case TokenKind::Function:
return dark ? RGBA(0x88C0D0) : RGBA(0x3465A4);
case TokenKind::Operator:
return dark ? RGBA(0x2E3440) : RGBA(0x2E3440);
case TokenKind::Punctuation:
return dark ? RGBA(0xECEFF4) : RGBA(0x2E3440);
case TokenKind::Identifier:
return def;
case TokenKind::Whitespace:
return def;
case TokenKind::Error:
return dark ? RGBA(0xBF616A) : RGBA(0xCC0000);
case TokenKind::Default: default:
return def;
}
}
} // namespace kte
#else
#include <imgui.h>
#include <vector>
#include <memory>
#include <string>
#include <algorithm>
#include <cctype>
#include "themes/ThemeHelpers.h"
namespace kte {
// Background mode selection for light/dark palettes
enum class BackgroundMode { Light, Dark };
// Global background mode; default to Dark to match prior defaults
static inline auto gBackgroundMode = BackgroundMode::Dark;
// Basic theme identifier (kept minimal; some ids are aliases)
enum class ThemeId {
EInk = 0,
GruvboxDarkMedium = 1,
GruvboxLightMedium = 1, // alias to unified gruvbox index
Nord = 2,
Plan9 = 3,
Solarized = 4,
Everforest = 5,
KanagawaPaper = 6,
LCARS = 7,
OldBook = 8,
Zenburn = 9,
Amber = 10,
WeylandYutani = 11,
Orbital = 12,
};
// Current theme tracking
static inline auto gCurrentTheme = ThemeId::Nord;
static inline std::size_t gCurrentThemeIndex = 6; // Nord index
// Forward declarations for helpers used below
static size_t ThemeIndexFromId(ThemeId id);
static ThemeId ThemeIdFromIndex(size_t idx);
// Helpers to set/query background mode
static void
SetBackgroundMode(const BackgroundMode m)
{
gBackgroundMode = m;
}
static BackgroundMode
GetBackgroundMode()
{
return gBackgroundMode;
}
static inline const char *
BackgroundModeName()
{
return gBackgroundMode == BackgroundMode::Light ? "light" : "dark";
}
// Include individual theme implementations split under ./themes
#include "themes/Nord.h"
#include "themes/Plan9.h"
#include "themes/Solarized.h"
#include "themes/Gruvbox.h"
#include "themes/EInk.h"
#include "themes/Everforest.h"
#include "themes/KanagawaPaper.h"
#include "themes/LCARS.h"
#include "themes/OldBook.h"
#include "themes/Amber.h"
#include "themes/WeylandYutani.h"
#include "themes/Zenburn.h"
#include "themes/Orbital.h"
// Theme abstraction and registry (generalized theme system)
class Theme {
public:
virtual ~Theme() = default;
[[nodiscard]] virtual const char *Name() const = 0; // canonical name (e.g., "nord", "gruvbox-dark")
virtual void Apply() const = 0; // apply to current ImGui style
virtual ThemeId Id() = 0; // theme identifier
};
namespace detail {
struct LCARSTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "lcars";
}
void Apply() const override
{
ApplyLcarsTheme();
}
ThemeId Id() override
{
return ThemeId::LCARS;
}
};
struct EverforestTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "everforest";
}
void Apply() const override
{
ApplyEverforestTheme();
}
ThemeId Id() override
{
return ThemeId::Everforest;
}
};
struct KanagawaPaperTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "kanagawa-paper";
}
void Apply() const override
{
ApplyKanagawaPaperTheme();
}
ThemeId Id() override
{
return ThemeId::KanagawaPaper;
}
};
struct OldBookTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "old-book";
}
void Apply() const override
{
if (gBackgroundMode == BackgroundMode::Dark)
ApplyOldBookDarkTheme();
else
ApplyOldBookLightTheme();
}
ThemeId Id() override
{
return ThemeId::OldBook;
}
};
struct OrbitalTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "orbital";
}
void Apply() const override
{
ApplyOrbitalTheme();
}
ThemeId Id() override
{
return ThemeId::Orbital;
}
};
struct ZenburnTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "zenburn";
}
void Apply() const override
{
ApplyZenburnTheme();
}
ThemeId Id() override
{
return ThemeId::Zenburn;
}
};
struct NordTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "nord";
}
void Apply() const override
{
ApplyNordImGuiTheme();
}
ThemeId Id() override
{
return ThemeId::Nord;
}
};
struct AmberTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "amber";
}
void Apply() const override
{
ApplyAmberTheme();
}
ThemeId Id() override
{
return ThemeId::Amber;
}
};
struct WeylandYutaniTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "weyland-yutani";
}
void Apply() const override
{
ApplyWeylandYutaniTheme();
}
ThemeId Id() override
{
return ThemeId::WeylandYutani;
}
};
struct GruvboxTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "gruvbox";
}
void Apply() const override
{
if (gBackgroundMode == BackgroundMode::Light)
ApplyGruvboxLightMediumTheme();
else
ApplyGruvboxDarkMediumTheme();
}
ThemeId Id() override
{
// Legacy maps to dark; unified under base id GruvboxDarkMedium
return ThemeId::GruvboxDarkMedium;
}
};
struct EInkTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "eink";
}
void Apply() const override
{
if (gBackgroundMode == BackgroundMode::Dark)
ApplyEInkDarkImGuiTheme();
else
ApplyEInkImGuiTheme();
}
ThemeId Id() override
{
return ThemeId::EInk;
}
};
struct SolarizedTheme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "solarized";
}
void Apply() const override
{
if (gBackgroundMode == BackgroundMode::Light)
ApplySolarizedLightTheme();
else
ApplySolarizedDarkTheme();
}
ThemeId Id() override
{
return ThemeId::Solarized;
}
};
struct Plan9Theme final : Theme {
[[nodiscard]] const char *Name() const override
{
return "plan9";
}
void Apply() const override
{
ApplyPlan9Theme();
}
ThemeId Id() override
{
return ThemeId::Plan9;
}
};
} // namespace detail
static const std::vector<std::unique_ptr<Theme> > &
ThemeRegistry()
{
static std::vector<std::unique_ptr<Theme> > reg;
if (reg.empty()) {
// Alphabetical by canonical name:
// amber, eink, everforest, gruvbox, kanagawa-paper, lcars, nord, old-book, orbital, plan9, solarized, weyland-yutani, zenburn
reg.emplace_back(std::make_unique<detail::AmberTheme>());
reg.emplace_back(std::make_unique<detail::EInkTheme>());
reg.emplace_back(std::make_unique<detail::EverforestTheme>());
reg.emplace_back(std::make_unique<detail::GruvboxTheme>());
reg.emplace_back(std::make_unique<detail::KanagawaPaperTheme>());
reg.emplace_back(std::make_unique<detail::LCARSTheme>());
reg.emplace_back(std::make_unique<detail::NordTheme>());
reg.emplace_back(std::make_unique<detail::OldBookTheme>());
reg.emplace_back(std::make_unique<detail::OrbitalTheme>());
reg.emplace_back(std::make_unique<detail::Plan9Theme>());
reg.emplace_back(std::make_unique<detail::SolarizedTheme>());
reg.emplace_back(std::make_unique<detail::WeylandYutaniTheme>());
reg.emplace_back(std::make_unique<detail::ZenburnTheme>());
}
return reg;
}
// Canonical theme name for a given ThemeId (via registry order)
[[maybe_unused]] static const char *
ThemeName(const ThemeId id)
{
const auto &reg = ThemeRegistry();
const size_t idx = ThemeIndexFromId(id);
if (idx < reg.size())
return reg[idx]->Name();
return "unknown";
}
// Helper to apply a theme by id and update current theme
static void
ApplyTheme(const ThemeId id)
{
const auto &reg = ThemeRegistry();
const size_t idx = ThemeIndexFromId(id);
if (idx < reg.size()) {
reg[idx]->Apply();
gCurrentTheme = id;
gCurrentThemeIndex = idx;
}
}
[[maybe_unused]] static ThemeId
CurrentTheme()
{
return gCurrentTheme;
}
// Cycle helpers
[[maybe_unused]] static ThemeId
NextTheme()
{
const auto &reg = ThemeRegistry();
if (reg.empty()) {
return gCurrentTheme;
}
const size_t nxt = (gCurrentThemeIndex + 1) % reg.size();
ApplyTheme(ThemeIdFromIndex(nxt));
return gCurrentTheme;
}
[[maybe_unused]] static ThemeId
PrevTheme()
{
const auto &reg = ThemeRegistry();
if (reg.empty()) {
return gCurrentTheme;
}
const size_t prv = (gCurrentThemeIndex + reg.size() - 1) % reg.size();
ApplyTheme(ThemeIdFromIndex(prv));
return gCurrentTheme;
}
// Name-based API
[[maybe_unused]] static const Theme *
GetThemeByName(const std::string &name)
{
const auto &reg = ThemeRegistry();
for (const auto &t: reg) {
if (name == t->Name())
return t.get();
}
return nullptr;
}
[[maybe_unused]] static bool
ApplyThemeByName(const std::string &name)
{
// Handle aliases and background-specific names
std::string n = name;
// lowercase copy
std::transform(n.begin(), n.end(), n.begin(), [](unsigned char c) {
return static_cast<char>(std::tolower(c));
});
if (n == "gruvbox-dark") {
SetBackgroundMode(BackgroundMode::Dark);
n = "gruvbox";
} else if (n == "gruvbox-light") {
SetBackgroundMode(BackgroundMode::Light);
n = "gruvbox";
} else if (n == "solarized-dark") {
SetBackgroundMode(BackgroundMode::Dark);
n = "solarized";
} else if (n == "solarized-light") {
SetBackgroundMode(BackgroundMode::Light);
n = "solarized";
} else if (n == "eink-dark") {
SetBackgroundMode(BackgroundMode::Dark);
n = "eink";
} else if (n == "eink-light") {
SetBackgroundMode(BackgroundMode::Light);
n = "eink";
} else if (n == "everforest-hard") {
// Request asks for everforest hard; map to canonical name
n = "everforest";
} else if (n == "oldbook") {
// alias to old-book
n = "old-book";
} else if (n == "old-book-dark" || n == "oldbook-dark") {
SetBackgroundMode(BackgroundMode::Dark);
n = "old-book";
} else if (n == "old-book-light" || n == "oldbook-light") {
SetBackgroundMode(BackgroundMode::Light);
n = "old-book";
} else if (n == "kanagawa" || n == "kanagawa-paper-light" || n == "kanagawa-light"
|| n == "kanagawa-dark" || n == "kanagawa-paper-dark") {
// map to canonical kanagawa-paper; background controls light/dark
n = "kanagawa-paper";
} else if (n == "vim-amber") {
n = "amber";
} else if (n == "weyland") {
n = "weyland-yutani";
}
const auto &reg = ThemeRegistry();
for (size_t i = 0; i < reg.size(); ++i) {
if (n == reg[i]->Name()) {
reg[i]->Apply();
gCurrentThemeIndex = i;
gCurrentTheme = ThemeIdFromIndex(i);
return true;
}
}
return false;
}
[[maybe_unused]] static const char *
CurrentThemeName()
{
const auto &reg = ThemeRegistry();
if (gCurrentThemeIndex < reg.size()) {
return reg[gCurrentThemeIndex]->Name();
}
return "unknown";
}
// Helpers to map between legacy ThemeId and registry index
static size_t
ThemeIndexFromId(const ThemeId id)
{
switch (id) {
case ThemeId::Amber:
return 0;
case ThemeId::EInk:
return 1;
case ThemeId::Everforest:
return 2;
case ThemeId::GruvboxDarkMedium:
return 3;
case ThemeId::KanagawaPaper:
return 4;
case ThemeId::LCARS:
return 5;
case ThemeId::Nord:
return 6;
case ThemeId::OldBook:
return 7;
case ThemeId::Orbital:
return 8;
case ThemeId::Plan9:
return 9;
case ThemeId::Solarized:
return 10;
case ThemeId::WeylandYutani:
return 11;
case ThemeId::Zenburn:
return 12;
}
return 0;
}
static ThemeId
ThemeIdFromIndex(const size_t idx)
{
switch (idx) {
default:
case 0:
return ThemeId::Amber;
case 1:
return ThemeId::EInk;
case 2:
return ThemeId::Everforest;
case 3:
return ThemeId::GruvboxDarkMedium; // unified gruvbox
case 4:
return ThemeId::KanagawaPaper;
case 5:
return ThemeId::LCARS;
case 6:
return ThemeId::Nord;
case 7:
return ThemeId::OldBook;
case 8:
return ThemeId::Orbital;
case 9:
return ThemeId::Plan9;
case 10:
return ThemeId::Solarized;
case 11:
return ThemeId::WeylandYutani;
case 12:
return ThemeId::Zenburn;
}
}
// --- Syntax palette (v1): map TokenKind to ink color per current theme/background ---
[[maybe_unused]] static ImVec4
SyntaxInk(const TokenKind k)
{
// Basic palettes for dark/light backgrounds; tuned for Nord-ish defaults
const bool dark = (GetBackgroundMode() == BackgroundMode::Dark);
// Base text
const ImVec4 def = dark ? RGBA(0xD8DEE9) : RGBA(0x2E3440);
switch (k) {
case TokenKind::Keyword:
return dark ? RGBA(0x81A1C1) : RGBA(0x5E81AC);
case TokenKind::Type:
return dark ? RGBA(0x8FBCBB) : RGBA(0x4C566A);
case TokenKind::String:
return dark ? RGBA(0xA3BE8C) : RGBA(0x6C8E5E);
case TokenKind::Char:
return dark ? RGBA(0xA3BE8C) : RGBA(0x6C8E5E);
case TokenKind::Comment:
return dark ? RGBA(0x616E88) : RGBA(0x7A869A);
case TokenKind::Number:
return dark ? RGBA(0xEBCB8B) : RGBA(0xB58900);
case TokenKind::Preproc:
return dark ? RGBA(0xD08770) : RGBA(0xAF3A03);
case TokenKind::Constant:
return dark ? RGBA(0xB48EAD) : RGBA(0x7B4B7F);
case TokenKind::Function:
return dark ? RGBA(0x88C0D0) : RGBA(0x3465A4);
case TokenKind::Operator:
return dark ? RGBA(0xECEFF4) : RGBA(0x2E3440);
case TokenKind::Punctuation:
return dark ? RGBA(0xECEFF4) : RGBA(0x2E3440);
case TokenKind::Identifier:
return def;
case TokenKind::Whitespace:
return def;
case TokenKind::Error:
return dark ? RGBA(0xBF616A) : RGBA(0xCC0000);
case TokenKind::Default: default:
return def;
}
}
} // namespace kte
#endif // KTE_USE_QT