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Fix io system and highlighting.

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This commit is contained in:
syedm
2026-09-03 14:23:05 +01:00
parent 662df68ab4
commit 46bdb8cd0f
17 changed files with 413 additions and 338 deletions
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src/internal/buffer/shard.cc
+4 -32
View File
@@ -50,32 +50,6 @@ uint64_t ShardBuffer::prev_closing(uint64_t start) {
}
}
inline void apply(io::IO &io, const Highlight &hl) {
io.write("\x1b[0m");
const uint8_t r = (hl.fg >> 16) & 0xff;
const uint8_t g = (hl.fg >> 8) & 0xff;
const uint8_t b = hl.fg & 0xff;
io.write(std::format("\x1b[38;2;{};{};{}m", r, g, b));
if (hl.bg != 0) {
const uint8_t br = (hl.bg >> 16) & 0xff;
const uint8_t bg = (hl.bg >> 8) & 0xff;
const uint8_t bb = hl.bg & 0xff;
io.write(std::format("\x1b[48;2;{};{};{}m", br, bg, bb));
}
if (hl.flags & Highlight::Bold)
io.write("\x1b[1m");
if (hl.flags & Highlight::Italic)
io.write("\x1b[3m");
if (hl.flags & Highlight::Underline)
io.write("\x1b[4m");
if (hl.flags & Highlight::Strikethrough)
io.write("\x1b[9m");
}
inline void reset(io::IO &io) {
io.write("\x1b[0m");
}
void ShardBuffer::print(BEd &ctx, uint64_t start_line, uint64_t end_line) {
ctx.prev().buffername = name;
ctx.prev().start = start_line;
@@ -97,10 +71,9 @@ void ShardBuffer::print(BEd &ctx, uint64_t start_line, uint64_t end_line) {
break;
if (cursor < start)
ctx.io.write(line.data() + cursor, start - cursor);
const auto highlight = ctx.theme.get(token);
apply(ctx.io, highlight);
ctx.io.apply(token.type);
ctx.io.write(line.data() + start, end - start);
reset(ctx.io);
ctx.io.reset();
cursor = end;
}
if (cursor < line.size())
@@ -141,10 +114,9 @@ void ShardBuffer::number_print(BEd &ctx, uint64_t start_line, uint64_t end_line)
break;
if (cursor < start)
ctx.io.write(line.data() + cursor, start - cursor);
const auto highlight = ctx.theme.get(token);
apply(ctx.io, highlight);
ctx.io.apply(token.type);
ctx.io.write(line.data() + start, end - start);
reset(ctx.io);
ctx.io.reset();
cursor = end;
}
if (cursor < line.size())
src/internal/functions/extended.cc
+29 -35
View File
@@ -3,28 +3,6 @@
#include "internal/functions/suffixes.h"
namespace bed::internal::functions {
namespace ansi {
constexpr auto reset = "\033[0m";
constexpr auto bold = "\033[1m";
constexpr auto cyan = "\033[36m";
constexpr auto yellow = "\033[33m";
constexpr auto magenta = "\033[35m";
constexpr auto green = "\033[32m";
constexpr auto blue = "\033[34m";
} // namespace ansi
static void append_field(std::string &msg, std::string_view label, std::string_view label_color, std::string_view value) {
if (value.empty())
return;
msg += "\n";
msg += ansi::bold;
msg += label_color;
msg += label;
msg += ansi::reset;
msg += ": ";
msg += value;
}
static std::string_view address_kind_str(Function::AddressKind k) {
switch (k) {
case Function::AddressKind::None:
@@ -79,17 +57,27 @@ static std::string_view argument_kind_str(Function::ArgumentKind a) {
return "";
}
static std::string describe_function(const Function &func) {
std::string msg = ansi::bold;
msg += func.desc;
msg += ansi::reset;
append_field(msg, "Default address", ansi::cyan, func.default_address);
append_field(msg, "Address", ansi::yellow, address_kind_str(func.address_kind));
static void append_field(BEd &ctx, std::string_view label, io::Token::Kind color, std::string_view value) {
if (value.empty())
return;
ctx.io.write("\n");
ctx.io.apply(color);
ctx.io.write(label);
ctx.io.reset();
ctx.io.write(": ");
ctx.io.write(value);
}
static void describe_function(BEd &ctx, const Function &func) {
ctx.io.write(func.desc);
ctx.io.reset();
append_field(ctx, "Default address", io::Token::Color1, func.default_address);
append_field(ctx, "Address", io::Token::Color2, address_kind_str(func.address_kind));
if (func.accept_zero)
append_field(msg, "Zero address", ansi::magenta, "allowed");
append_field(msg, "Input", ansi::green, input_mode_str(func.input_mode));
append_field(msg, "Argument", ansi::blue, argument_kind_str(func.argument_kind));
return msg;
append_field(ctx, "Zero address", io::Token::Color3, "allowed");
append_field(ctx, "Input", io::Token::Color4, input_mode_str(func.input_mode));
append_field(ctx, "Argument", io::Token::Color5, argument_kind_str(func.argument_kind));
ctx.io.write("\n");
}
void Function::register_extented(BEd &ctx) {
@@ -110,14 +98,20 @@ void Function::register_extented(BEd &ctx) {
const Argument &arg_,
std::vector<buffer::Line> *
) {
auto &str = std::get<std::string>(arg_);
auto str = std::get<std::string>(arg_);
const auto first = str.find_first_not_of(" \t");
const auto last = str.find_last_not_of(" \t");
if (first == std::string::npos)
str.clear();
else
str = str.substr(first, last - first + 1);
if (str.empty()) {
ctx.io.write_line(describe_function(ctx.no_op));
describe_function(ctx, ctx.no_op);
return;
}
auto len = ctx.functions.longest_match(str);
if (len == str.size()) {
ctx.io.write_line(describe_function(*ctx.functions.get_ptr(str)));
describe_function(ctx, *ctx.functions.get_ptr(str));
return;
}
throw ed_error("Not a valid function name.");
src/internal/functions/posix.cc
+4
View File
@@ -238,7 +238,9 @@ void Function::register_posix(BEd &ctx) {
const Argument &,
std::vector<buffer::Line> *
) {
ctx.io.apply(internal::io::Token::Warning);
ctx.io.write_line(ctx.last_help);
ctx.io.reset();
}
}
);
@@ -260,8 +262,10 @@ void Function::register_posix(BEd &ctx) {
std::vector<buffer::Line> *
) {
ctx.help_mode = !ctx.help_mode;
ctx.io.apply(internal::io::Token::Warning);
if (ctx.help_mode)
ctx.io.write_line(ctx.last_help);
ctx.io.reset();
}
}
);
src/internal/io/io.cc
+33 -1
View File
@@ -1,4 +1,5 @@
#include "internal/io/io.h"
#include "bed.h"
namespace bed::internal::io {
termios IO::orig_termios{};
@@ -7,7 +8,7 @@ bool IO::cleaned = true;
volatile std::atomic_bool IO::resized(false);
IO::Mode IO::mode = IO::Mode::PIPE;
IO::IO() {
IO::IO(BEd &bed) : bed(bed) {
if (!isatty(STDIN_FILENO))
return;
mode = Mode::TERMINAL;
@@ -33,6 +34,37 @@ IO::~IO() {
cleanup();
}
void IO::apply(const io::Token::Kind &t) {
if (bed.suppress_mode)
return;
write("\x1b[0m");
const auto &hl = bed.theme.get(t);
const uint8_t r = (hl.fg >> 16) & 0xff;
const uint8_t g = (hl.fg >> 8) & 0xff;
const uint8_t b = hl.fg & 0xff;
write(std::format("\x1b[38;2;{};{};{}m", r, g, b));
if (hl.bg != 0) {
const uint8_t br = (hl.bg >> 16) & 0xff;
const uint8_t bg = (hl.bg >> 8) & 0xff;
const uint8_t bb = hl.bg & 0xff;
write(std::format("\x1b[48;2;{};{};{}m", br, bg, bb));
}
if (hl.flags & Highlight::Bold)
write("\x1b[1m");
if (hl.flags & Highlight::Italic)
write("\x1b[3m");
if (hl.flags & Highlight::Underline)
write("\x1b[4m");
if (hl.flags & Highlight::Strikethrough)
write("\x1b[9m");
}
void IO::reset() {
if (bed.suppress_mode)
return;
write("\x1b[0m");
}
void IO::enable_mouse() {
if (mode == Mode::PIPE)
throw fatal_error("no mouse in pipe mode.", 1);
src/internal/syntax/parser_state.cc
+2 -2
View File
@@ -106,7 +106,7 @@ ParseState *ParseState::splice(
if (!root || (line == 0 && root->lines() == original)) {
vase::Iterator it(vase, 0, Direction::Forward);
void *state = lang.none_state();
std::vector<Token> tokens;
std::vector<io::Token> tokens;
std::vector<ParseEvent> events;
ParsePieceBuilder builder(lang, 0);
for (uint64_t at = 0; at < final; ++at) {
@@ -130,7 +130,7 @@ ParseState *ParseState::splice(
state = lang.copy(c.leaf->state);
}
vase::Iterator it(vase, at, Direction::Forward);
std::vector<Token> tokens;
std::vector<io::Token> tokens;
std::vector<ParseEvent> events;
uint64_t end_in_tree = line + original;
uint64_t end_extra;
src/internal/syntax/ruby/parse.cc
+102 -102
View File
@@ -34,12 +34,12 @@ inline uint8_t utf8_codepoint_width(unsigned char c) {
return 1;
}
bool handle_escapes(RubyParser &p, std::vector<Token> *tokens, uint32_t &start, bool string = true) {
bool handle_escapes(RubyParser &p, std::vector<io::Token> *tokens, uint32_t &start, bool string = true) {
if (p.peek() == '\\') {
if (string)
tokens->push_back({start, p.i, Token::String});
tokens->push_back({start, p.i, io::Token::String});
else
tokens->push_back({start, p.i, Token::Regexp});
tokens->push_back({start, p.i, io::Token::Regexp});
start = p.i;
p.advance();
if (p.peek() == 'x') {
@@ -95,14 +95,14 @@ bool handle_escapes(RubyParser &p, std::vector<Token> *tokens, uint32_t &start,
} else {
p.advance();
}
tokens->push_back({start, p.i, Token::Escape});
tokens->push_back({start, p.i, io::Token::Escape});
start = p.i;
return true;
}
return false;
};
bool handle_heredoc(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseEvent> *events) {
bool handle_heredoc(RubyParser &p, std::vector<io::Token> *tokens, std::vector<ParseEvent> *events) {
uint8_t *heredocs = p.state->heredocs();
uint32_t start = p.i;
if (start == 0) {
@@ -115,21 +115,21 @@ bool handle_heredoc(RubyParser &p, std::vector<Token> *tokens, std::vector<Parse
if (!p.dequeue_doc(heredoc_len))
p.current().state = RubyState::RubyInternalState::NONE;
events->push_back(true);
tokens->push_back({p.i, p.len(), Token::Annotation});
tokens->push_back({p.i, p.len(), io::Token::Annotation});
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return true;
}
}
if (!(heredocs[0] & RubyState::Heredocs::ALLOW_INTERPOLATION)) {
tokens->push_back({p.i, p.len(), Token::String});
tokens->push_back({p.i, p.len(), io::Token::String});
return true;
} else {
while (p.i < p.len()) {
if (handle_escapes(p, tokens, start))
continue;
if (p.peek_str(2) == "#{") {
tokens->push_back({start, p.i, Token::String});
tokens->push_back({p.i, p.i + 2, Token::Interpolation});
tokens->push_back({start, p.i, io::Token::String});
tokens->push_back({p.i, p.i + 2, io::Token::Interpolation});
p.advance(2);
p.push_state();
return false;
@@ -137,20 +137,20 @@ bool handle_heredoc(RubyParser &p, std::vector<Token> *tokens, std::vector<Parse
p.advance();
}
if (p.i >= p.len())
tokens->push_back({start, p.len(), Token::String});
tokens->push_back({start, p.len(), io::Token::String});
return true;
}
}
void handle_string(RubyParser &p, std::vector<Token> *tokens) {
void handle_string(RubyParser &p, std::vector<io::Token> *tokens) {
uint32_t start = p.i;
while (p.i < p.len()) {
if (handle_escapes(p, tokens, start))
continue;
if ((p.current().flags & RubyState::RubyInternalState::ALLOW_INTERPOLATION)
&& p.peek_str(2) == "#{") {
tokens->push_back({start, p.i, Token::String});
tokens->push_back({p.i, p.i + 2, Token::Interpolation});
tokens->push_back({start, p.i, io::Token::String});
tokens->push_back({p.i, p.i + 2, io::Token::Interpolation});
p.advance(2);
p.push_state();
return;
@@ -161,7 +161,7 @@ void handle_string(RubyParser &p, std::vector<Token> *tokens) {
if (p.peek() == p.current().delim_end) {
if (p.current().delim_start == p.current().delim_end) {
p.advance();
tokens->push_back({start, p.i, Token::String});
tokens->push_back({start, p.i, io::Token::String});
p.current().state = RubyState::RubyInternalState::NONE;
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return;
@@ -169,7 +169,7 @@ void handle_string(RubyParser &p, std::vector<Token> *tokens) {
p.current().lit_brace_level--;
if (p.current().lit_brace_level == 0) {
p.advance();
tokens->push_back({start, p.i, Token::String});
tokens->push_back({start, p.i, io::Token::String});
p.current().state = RubyState::RubyInternalState::NONE;
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return;
@@ -179,18 +179,18 @@ void handle_string(RubyParser &p, std::vector<Token> *tokens) {
p.advance();
}
if (p.i >= p.len())
tokens->push_back({start, p.len(), Token::String});
tokens->push_back({start, p.len(), io::Token::String});
}
void handle_regex(RubyParser &p, std::vector<Token> *tokens) {
void handle_regex(RubyParser &p, std::vector<io::Token> *tokens) {
uint32_t start = p.i;
while (p.i < p.len()) {
if (handle_escapes(p, tokens, start, false))
continue;
if ((p.current().flags & RubyState::RubyInternalState::ALLOW_INTERPOLATION)
&& p.peek_str(2) == "#{") {
tokens->push_back({start, p.i, Token::Regexp});
tokens->push_back({p.i, p.i + 2, Token::Interpolation});
tokens->push_back({start, p.i, io::Token::Regexp});
tokens->push_back({p.i, p.i + 2, io::Token::Interpolation});
p.advance(2);
p.push_state();
return;
@@ -201,7 +201,7 @@ void handle_regex(RubyParser &p, std::vector<Token> *tokens) {
if (p.peek() == p.current().delim_end) {
if (p.current().delim_start == p.current().delim_end) {
p.advance();
tokens->push_back({start, p.i, Token::Regexp});
tokens->push_back({start, p.i, io::Token::Regexp});
p.current().state = RubyState::RubyInternalState::NONE;
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return;
@@ -209,7 +209,7 @@ void handle_regex(RubyParser &p, std::vector<Token> *tokens) {
p.current().lit_brace_level--;
if (p.current().lit_brace_level == 0) {
p.advance();
tokens->push_back({start, p.i, Token::Regexp});
tokens->push_back({start, p.i, io::Token::Regexp});
p.current().state = RubyState::RubyInternalState::NONE;
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return;
@@ -219,15 +219,15 @@ void handle_regex(RubyParser &p, std::vector<Token> *tokens) {
p.advance();
}
if (p.i >= p.len())
tokens->push_back({start, p.len(), Token::Regexp});
tokens->push_back({start, p.len(), io::Token::Regexp});
}
bool handle_line_markers(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseEvent> *events) {
bool handle_line_markers(RubyParser &p, std::vector<io::Token> *tokens, std::vector<ParseEvent> *events) {
if (p.len() == 6 && p.peek_str(6) == "=begin") {
p.current().state = RubyState::RubyInternalState::COMMENT;
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
events->push_back(false);
tokens->push_back({0, p.len(), Token::Comment});
tokens->push_back({0, p.len(), io::Token::Comment});
return true;
}
if (p.len() == 7 && p.peek_str(7) == "__END__") {
@@ -238,20 +238,20 @@ bool handle_line_markers(RubyParser &p, std::vector<Token> *tokens, std::vector<
return false;
}
bool handle_comment(RubyParser &p, std::vector<Token> *tokens, bool first_line) {
bool handle_comment(RubyParser &p, std::vector<io::Token> *tokens, bool first_line) {
if (p.peek() == '#') {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
if (first_line && p.i == 0 && p.peek(1) == '!') {
tokens->push_back({0, p.len(), Token::Shebang});
tokens->push_back({0, p.len(), io::Token::Shebang});
return true;
}
tokens->push_back({p.i, p.len(), Token::Comment});
tokens->push_back({p.i, p.len(), io::Token::Comment});
return true;
}
return false;
}
bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseEvent> *events) {
bool handle_syntax(RubyParser &p, std::vector<io::Token> *tokens, std::vector<ParseEvent> *events) {
static const RubyTries tries = RubyTries();
if (p.peek() == ' ' || p.peek() == '\t') {
while (p.peek() == ' ' || p.peek() == '\t')
@@ -277,7 +277,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
j++;
while (identifier_char(p.peek(j)))
j++;
tokens->push_back({p.i, p.i + j, Token::Constant});
tokens->push_back({p.i, p.i + j, io::Token::Constant});
p.advance(j);
while (p.peek() == ' ' || p.peek() == '\t')
p.advance();
@@ -299,11 +299,11 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
if (p.peek(j) == '!' || p.peek(j) == '?')
j++;
if ('A' <= p.peek() && p.peek() <= 'Z')
tokens->push_back({p.i, p.i + j, Token::Constant});
tokens->push_back({p.i, p.i + j, io::Token::Constant});
else if (j == 4 && p.peek_str(4) == "self")
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
else
tokens->push_back({p.i, p.i + j, Token::Function});
tokens->push_back({p.i, p.i + j, io::Token::Function});
p.advance(j);
while (p.peek() == ' ' || p.peek() == '\t')
p.advance();
@@ -322,7 +322,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
j++;
while (identifier_char(p.peek(j)))
j++;
tokens->push_back({p.i, p.i + j, Token::Constant});
tokens->push_back({p.i, p.i + j, io::Token::Constant});
p.advance(j);
while (p.peek() == ' ' || p.peek() == '\t')
p.advance();
@@ -344,7 +344,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
indented = true;
if (p.peek(j) == '~' || p.peek(j) == '-')
j++;
tokens->push_back({p.i, p.i + j, Token::Operator});
tokens->push_back({p.i, p.i + j, io::Token::Operator});
if (p.i + j >= p.len())
return false;
std::string delim;
@@ -368,7 +368,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
if (!delim.empty()) {
events->push_back(false);
tokens->push_back({s, p.i + j, Token::Annotation});
tokens->push_back({s, p.i + j, io::Token::Annotation});
uint8_t header = delim.size();
if (interpolation)
header |= RubyState::Heredocs::ALLOW_INTERPOLATION;
@@ -382,7 +382,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
return false;
}
if (p.peek() == '/' && p.current().flags & RubyState::RubyInternalState::EXPECTING_EXPRESSION) {
tokens->push_back({p.i, p.i + 1, Token::Regexp});
tokens->push_back({p.i, p.i + 1, io::Token::Regexp});
p.current().state = RubyState::RubyInternalState::REGEXP;
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
p.current().flags |= RubyState::RubyInternalState::ALLOW_INTERPOLATION;
@@ -401,7 +401,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
if (p.peek() == '.')
p.advance();
}
tokens->push_back({start, p.i, Token::Operator});
tokens->push_back({start, p.i, io::Token::Operator});
return false;
}
case ':': {
@@ -409,17 +409,17 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
uint32_t start = p.i;
p.advance();
if (p.i >= p.len()) {
tokens->push_back({start, p.i, Token::Operator});
tokens->push_back({start, p.i, io::Token::Operator});
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return false;
}
if (p.peek() == ':') {
p.advance();
tokens->push_back({start, p.i, Token::Operator});
tokens->push_back({start, p.i, io::Token::Operator});
return false;
}
if (p.peek() == '\'' || p.peek() == '"') {
tokens->push_back({start, p.i, Token::Label});
tokens->push_back({start, p.i, io::Token::Label});
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return false;
}
@@ -430,12 +430,12 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.advance();
while (identifier_char(p.peek()))
p.advance();
tokens->push_back({start, p.i, Token::Label});
tokens->push_back({start, p.i, io::Token::Label});
return false;
}
uint32_t op_len = tries.operator_trie.longest_match(p.peek_str(p.len() - p.i));
if (op_len > 0) {
tokens->push_back({start, p.i + op_len, Token::Label});
tokens->push_back({start, p.i + op_len, io::Token::Label});
p.advance(op_len);
return false;
}
@@ -445,10 +445,10 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.advance();
if (p.peek() == '!' || p.peek() == '?')
p.advance();
tokens->push_back({start, p.i, Token::Label});
tokens->push_back({start, p.i, io::Token::Label});
return false;
}
tokens->push_back({start, p.i, Token::Operator});
tokens->push_back({start, p.i, io::Token::Operator});
return false;
}
case '@': {
@@ -465,7 +465,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
return false;
while (identifier_char(p.peek()))
p.advance();
tokens->push_back({start, p.i, Token::VariableInstance});
tokens->push_back({start, p.i, io::Token::VariableInstance});
return false;
}
case '$': {
@@ -512,7 +512,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
return false;
}
}
tokens->push_back({start, p.i, Token::VariableGlobal});
tokens->push_back({start, p.i, io::Token::VariableGlobal});
return false;
}
case '?': {
@@ -528,7 +528,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.advance();
if (is_hex(p.peek()))
p.advance();
tokens->push_back({start, p.i, Token::Char});
tokens->push_back({start, p.i, io::Token::Char});
return false;
} else if (p.peek() == 'u') {
p.advance();
@@ -548,7 +548,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
if (is_hex(p.peek()))
p.advance();
}
tokens->push_back({start, p.i, Token::Char});
tokens->push_back({start, p.i, io::Token::Char});
return false;
} else if ('0' <= p.peek() && p.peek() <= '7') {
p.advance();
@@ -556,7 +556,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.advance();
if ('0' <= p.peek() && p.peek() <= '7')
p.advance();
tokens->push_back({start, p.i, Token::Char});
tokens->push_back({start, p.i, io::Token::Char});
return false;
} else if (p.peek() == 'c') {
p.advance();
@@ -564,7 +564,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.advance();
else
goto combination;
tokens->push_back({start, p.i, Token::Char});
tokens->push_back({start, p.i, io::Token::Char});
return false;
} else if (p.peek() == 'M' || p.peek() == 'C') {
p.advance();
@@ -575,7 +575,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
else
goto combination;
}
tokens->push_back({start, p.i, Token::Char});
tokens->push_back({start, p.i, io::Token::Char});
return false;
} else if (p.peek() == 'N') {
p.advance();
@@ -586,28 +586,28 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
if (p.peek() == '}')
p.advance();
}
tokens->push_back({start, p.i, Token::Char});
tokens->push_back({start, p.i, io::Token::Char});
return false;
} else {
p.advance();
tokens->push_back({start, p.i, Token::Char});
tokens->push_back({start, p.i, io::Token::Char});
return false;
}
} else if (p.peek() != '\0' && p.peek() != ' ' && p.peek() != '\t') {
p.advance();
tokens->push_back({start, p.i, Token::Char});
tokens->push_back({start, p.i, io::Token::Char});
return false;
} else {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({start, p.i, Token::Operator});
tokens->push_back({start, p.i, io::Token::Operator});
return false;
}
}
case '{': {
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
uint8_t brace_color =
(uint8_t)Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (Token::Kind)brace_color});
(uint8_t)io::Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (io::Token::Kind)brace_color});
p.current().brace_level++;
p.advance();
return false;
@@ -616,11 +616,11 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
if (!--p.current().brace_level && p.state->top > 1) {
p.pop_state();
tokens->push_back({p.i, p.i + 1, Token::Interpolation});
tokens->push_back({p.i, p.i + 1, io::Token::Interpolation});
} else {
uint8_t brace_color =
(uint8_t)Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (Token::Kind)brace_color});
(uint8_t)io::Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (io::Token::Kind)brace_color});
}
p.advance();
return false;
@@ -628,8 +628,8 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
case '(': {
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
uint8_t brace_color =
(uint8_t)Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (Token::Kind)brace_color});
(uint8_t)io::Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (io::Token::Kind)brace_color});
p.current().brace_level++;
p.advance();
return false;
@@ -638,16 +638,16 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
p.current().brace_level--;
uint8_t brace_color =
(uint8_t)Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (Token::Kind)brace_color});
(uint8_t)io::Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (io::Token::Kind)brace_color});
p.advance();
return false;
}
case '[': {
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
uint8_t brace_color =
(uint8_t)Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (Token::Kind)brace_color});
(uint8_t)io::Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (io::Token::Kind)brace_color});
p.current().brace_level++;
p.advance();
return false;
@@ -656,14 +656,14 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
p.current().brace_level--;
uint8_t brace_color =
(uint8_t)Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (Token::Kind)brace_color});
(uint8_t)io::Token::Brace1 + (p.current().brace_level % 5);
tokens->push_back({p.i, p.i + 1, (io::Token::Kind)brace_color});
p.advance();
return false;
}
case '\'': {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + 1, Token::String});
tokens->push_back({p.i, p.i + 1, io::Token::String});
p.current().state = RubyState::RubyInternalState::STRING;
p.current().delim_start = '\'';
p.current().delim_end = '\'';
@@ -673,7 +673,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
}
case '"': {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + 1, Token::String});
tokens->push_back({p.i, p.i + 1, io::Token::String});
p.current().state = RubyState::RubyInternalState::STRING;
p.current().delim_start = '"';
p.current().delim_end = '"';
@@ -683,7 +683,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
}
case '`': {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + 1, Token::String});
tokens->push_back({p.i, p.i + 1, io::Token::String});
p.current().state = RubyState::RubyInternalState::STRING;
p.current().delim_start = '`';
p.current().delim_end = '`';
@@ -693,7 +693,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
}
case '%': {
if (p.i + 1 >= p.len()) {
tokens->push_back({p.i, p.i + 1, Token::Operator});
tokens->push_back({p.i, p.i + 1, io::Token::Operator});
p.advance();
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return false;
@@ -731,14 +731,14 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
break;
}
if (p.i + prefix_len >= p.len()) {
tokens->push_back({p.i, p.i + 1, Token::Operator});
tokens->push_back({p.i, p.i + 1, io::Token::Operator});
p.advance(prefix_len);
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return false;
}
delim_start = p.peek(prefix_len);
if (identifier_char(delim_start) || delim_start == ' ') {
tokens->push_back({p.i, p.i + 1, Token::Operator});
tokens->push_back({p.i, p.i + 1, io::Token::Operator});
p.advance(prefix_len);
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
return false;
@@ -760,7 +760,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
delim_end = delim_start;
break;
}
tokens->push_back({p.i, p.i + prefix_len + 1, (is_regexp ? Token::Regexp : Token::String)});
tokens->push_back({p.i, p.i + prefix_len + 1, (is_regexp ? io::Token::Regexp : io::Token::String)});
p.current().state = is_regexp
? RubyState::RubyInternalState::REGEXP
: RubyState::RubyInternalState::STRING;
@@ -862,7 +862,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
}
}
}
tokens->push_back({start, p.i, Token::Number});
tokens->push_back({start, p.i, io::Token::Number});
return false;
} else if (identifier_start_char(p.peek())) {
uint32_t j = 1;
@@ -872,93 +872,93 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
j++;
if (j == tries.base_keywords_trie.longest_match(p.peek_str(j))) {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(j);
return false;
} else if (j == tries.expecting_keywords_trie.longest_match(p.peek_str(j))) {
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(j);
return false;
} else if (j == tries.operator_keywords_trie.longest_match(p.peek_str(j))) {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::KeywordOperator});
tokens->push_back({p.i, p.i + j, io::Token::KeywordOperator});
p.advance(j);
return false;
} else if (j == tries.expecting_operators_trie.longest_match(p.peek_str(j))) {
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::KeywordOperator});
tokens->push_back({p.i, p.i + j, io::Token::KeywordOperator});
p.advance(j);
return false;
} else if (j == tries.types_trie.longest_match(p.peek_str(j))) {
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::Type});
tokens->push_back({p.i, p.i + j, io::Token::Type});
p.advance(j);
return false;
} else if (j == tries.methods_trie.longest_match(p.peek_str(j))) {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::Function});
tokens->push_back({p.i, p.i + j, io::Token::Function});
p.advance(j);
return false;
} else if (j == tries.expecting_end_keywords_trie.longest_match(p.peek_str(j))) {
events->push_back(false);
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(j);
return false;
} else if (j == tries.conditional_keywords_trie.longest_match(p.peek_str(j))) {
if (p.current().flags & RubyState::RubyInternalState::NEWLINE || p.op_last)
events->push_back(false);
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(j);
return false;
} else if (j == tries.end_keywords_trie.longest_match(p.peek_str(j))) {
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
events->push_back(false);
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(j);
return false;
} else if (j == tries.builtins_trie.longest_match(p.peek_str(j))) {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::Constant});
tokens->push_back({p.i, p.i + j, io::Token::Constant});
p.advance(j);
return false;
} else if (j == tries.errors_trie.longest_match(p.peek_str(j))) {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
tokens->push_back({p.i, p.i + j, Token::Error});
tokens->push_back({p.i, p.i + j, io::Token::Error});
p.advance(j);
return false;
} else if ('A' <= p.peek() && p.peek() <= 'Z' && !(p.peek(j) == '!' || p.peek(j) == '?')) {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
if (j >= 5 && p.peek_str(j).substr(j - 5) == "Error") {
tokens->push_back({p.i, p.i + j, Token::Error});
tokens->push_back({p.i, p.i + j, io::Token::Error});
p.advance(j);
return false;
}
tokens->push_back({p.i, p.i + j, Token::Constant});
tokens->push_back({p.i, p.i + j, io::Token::Constant});
p.advance(j);
return false;
} else {
p.current().flags &= ~RubyState::RubyInternalState::EXPECTING_EXPRESSION;
if (j == 4 && p.peek_str(4) == "true") {
tokens->push_back({p.i, p.i + j, Token::True});
tokens->push_back({p.i, p.i + j, io::Token::True});
p.advance(4);
return false;
}
if (j == 5 && p.peek_str(5) == "false") {
tokens->push_back({p.i, p.i + j, Token::False});
tokens->push_back({p.i, p.i + j, io::Token::False});
p.advance(5);
return false;
}
if (j == 3 && p.peek_str(3) == "end") {
events->push_back(true);
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(3);
return false;
}
if (j == 5 && p.peek_str(5) == "class") {
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(5);
p.current().flags =
(p.current().flags & ~RubyState::RubyInternalState::NAME_MASK)
@@ -966,7 +966,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
return false;
}
if (j == 6 && p.peek_str(6) == "module") {
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(6);
p.current().flags =
(p.current().flags & ~RubyState::RubyInternalState::NAME_MASK)
@@ -974,7 +974,7 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
return false;
}
if (j == 3 && p.peek_str(3) == "def") {
tokens->push_back({p.i, p.i + j, Token::Keyword});
tokens->push_back({p.i, p.i + j, io::Token::Keyword});
p.advance(3);
p.current().flags =
(p.current().flags & ~RubyState::RubyInternalState::NAME_MASK)
@@ -985,17 +985,17 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
if (p.peek(j) == ':') {
p.advance(j);
p.advance();
tokens->push_back({start, p.i, Token::Label});
tokens->push_back({start, p.i, io::Token::Label});
return false;
} else if (p.peek(j - 1) == '!' || p.peek(j - 1) == '?') {
p.advance(j);
tokens->push_back({start, p.i, Token::Function});
tokens->push_back({start, p.i, io::Token::Function});
return false;
} else {
p.advance(j);
j = 0;
if (p.peek(j) == '(' || p.peek(j) == '{') {
tokens->push_back({start, p.i, Token::Function});
tokens->push_back({start, p.i, io::Token::Function});
return false;
} else if (p.peek(j) == ' ' || p.peek(j) == '\t') {
j++;
@@ -1033,14 +1033,14 @@ bool handle_syntax(RubyParser &p, std::vector<Token> *tokens, std::vector<ParseE
) {
return false;
}
tokens->push_back({start, p.i, Token::Function});
tokens->push_back({start, p.i, io::Token::Function});
return false;
}
}
} else {
uint32_t op_len;
if ((op_len = tries.operator_trie.longest_match(p.peek_str(p.len() - p.i)))) {
tokens->push_back({p.i, p.i + op_len, Token::Operator});
tokens->push_back({p.i, p.i + op_len, io::Token::Operator});
p.advance(op_len);
p.current().flags |= RubyState::RubyInternalState::EXPECTING_EXPRESSION;
p.set_op_last = true;
@@ -1056,7 +1056,7 @@ void ruby_parse(
void **v_state,
std::string_view line,
bool fl,
std::vector<Token> *tokens,
std::vector<io::Token> *tokens,
std::vector<ParseEvent> *events
) {
RubyParser p(v_state, line);
@@ -1066,7 +1066,7 @@ void ruby_parse(
if (p.current().state == RubyState::RubyInternalState::END)
return;
if (p.current().state == RubyState::RubyInternalState::COMMENT) {
tokens->push_back({p.i, p.len(), Token::Comment});
tokens->push_back({p.i, p.len(), io::Token::Comment});
if (p.i == 0 && p.peek_str(4) == "=end") {
p.current().state = RubyState::RubyInternalState::NONE;
events->push_back(true);
src/internal/theme/theme.cc
+104 -73
View File
@@ -5,150 +5,181 @@ Theme::Theme() {
hl.fill({
.fg = 0xF0F0F0,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
});
}
Highlight Theme::get(internal::syntax::Token token) const {
return hl[token.type];
io::Highlight Theme::get(const io::Token::Kind &token) const {
return hl[token];
}
Theme Theme::default_theme() {
Theme theme;
theme.hl[internal::syntax::Token::Shebang] = {
theme.hl[io::Token::Color1] = {
.fg = 0x7DCFFF,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Error] = {
.fg = 0xEF5168,
.bg = 0x000000,
.flags = Highlight::None,
};
theme.hl[internal::syntax::Token::Comment] = {
.fg = 0xAAAAAA,
.bg = 0x000000,
.flags = Highlight::Italic,
};
theme.hl[internal::syntax::Token::String] = {
theme.hl[io::Token::Color2] = {
.fg = 0xAAD94C,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Escape] = {
.fg = 0x7DCFFF,
theme.hl[io::Token::Color3] = {
.fg = 0xFF8F40,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Interpolation] = {
.fg = 0x7DCFFF,
.bg = 0x000000,
.flags = Highlight::None,
};
theme.hl[internal::syntax::Token::Regexp] = {
theme.hl[io::Token::Color4] = {
.fg = 0xD2A6FF,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Number] = {
.fg = 0xE6C08A,
.bg = 0x000000,
.flags = Highlight::None,
};
theme.hl[internal::syntax::Token::True] = {
.fg = 0x7AE93C,
.bg = 0x000000,
.flags = Highlight::None,
};
theme.hl[internal::syntax::Token::False] = {
theme.hl[io::Token::Color5] = {
.fg = 0xEF5168,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Char] = {
theme.hl[io::Token::Warning] = {
.fg = 0xF1C55A,
.bg = 0x000000,
.flags = io::Highlight::None,
};
// Data is terminal default.
theme.hl[io::Token::Shebang] = {
.fg = 0x7DCFFF,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::Error] = {
.fg = 0xEF5168,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::Comment] = {
.fg = 0xAAAAAA,
.bg = 0x000000,
.flags = io::Highlight::Italic,
};
theme.hl[io::Token::String] = {
.fg = 0xAAD94C,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::Escape] = {
.fg = 0x7DCFFF,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::Interpolation] = {
.fg = 0x7DCFFF,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::Regexp] = {
.fg = 0xD2A6FF,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::Number] = {
.fg = 0xE6C08A,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::True] = {
.fg = 0x7AE93C,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::False] = {
.fg = 0xEF5168,
.bg = 0x000000,
.flags = io::Highlight::None,
};
theme.hl[io::Token::Char] = {
.fg = 0xFFAF70,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Keyword] = {
theme.hl[io::Token::Keyword] = {
.fg = 0xFF8F40,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::KeywordOperator] = {
theme.hl[io::Token::KeywordOperator] = {
.fg = 0xF07178,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Operator] = {
theme.hl[io::Token::Operator] = {
.fg = 0xFFFFFF,
.bg = 0x000000,
.flags = Highlight::Italic,
.flags = io::Highlight::Italic,
};
theme.hl[internal::syntax::Token::Function] = {
theme.hl[io::Token::Function] = {
.fg = 0xFFAF70,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Type] = {
theme.hl[io::Token::Type] = {
.fg = 0xF07178,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Constant] = {
theme.hl[io::Token::Constant] = {
.fg = 0x7DCFFF,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::VariableInstance] = {
theme.hl[io::Token::VariableInstance] = {
.fg = 0x95E6CB,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::VariableGlobal] = {
theme.hl[io::Token::VariableGlobal] = {
.fg = 0xF07178,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Annotation] = {
theme.hl[io::Token::Annotation] = {
.fg = 0x7DCFFF,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Directive] = {
theme.hl[io::Token::Directive] = {
.fg = 0xFF8F40,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Label] = {
theme.hl[io::Token::Label] = {
.fg = 0xD2A6FF,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Brace1] = {
theme.hl[io::Token::Brace1] = {
.fg = 0xD2A6FF,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Brace2] = {
theme.hl[io::Token::Brace2] = {
.fg = 0xFFAFAF,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Brace3] = {
theme.hl[io::Token::Brace3] = {
.fg = 0xFFFF00,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Brace4] = {
theme.hl[io::Token::Brace4] = {
.fg = 0x0FFF0F,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
theme.hl[internal::syntax::Token::Brace5] = {
theme.hl[io::Token::Brace5] = {
.fg = 0xFF0F0F,
.bg = 0x000000,
.flags = Highlight::None,
.flags = io::Highlight::None,
};
return theme;
}