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using ColorBundle = pair<string, string>;
using ColorPalette = map<string, string>;
using ColorBundle = pair<string, string>;
using ColorPalette = map<string, string>;
enum mod {
bold,
dim,
italic,
underlined,
slow_blink,
rapid_blink,
reversed,
hidden,
crossed_out,
};
enum mod {
bold,
dim,
italic,
underlined,
slow_blink,
rapid_blink,
reversed,
hidden,
crossed_out,
class Style {
public:
string foreground;
string background;
vector<string> modifiers;
public:
Style() {}
Style(string fg) : foreground(fg) {}
Style(string fg, string bg) : foreground(fg), background(bg) {}
Style(string fg, string bg, initializer_list<mod> mod)
: foreground(fg), background(bg) {
loopOverMods(mod);
}
Style(initializer_list<mod> mod) { loopOverMods(mod); }
void loopOverMods(initializer_list<mod> &mod) {
for (auto i : mod) {
switch (i) {
case bold:
modifiers.push_back("bold");
break;
case dim:
modifiers.push_back("dim");
break;
case italic:
modifiers.push_back("italic");
break;
case underlined:
modifiers.push_back("underlined");
break;
case slow_blink:
modifiers.push_back("slow_blink");
break;
case rapid_blink:
modifiers.push_back("rapid_blink");
break;
case reversed:
modifiers.push_back("reversed");
break;
case hidden:
modifiers.push_back("hidden");
break;
case crossed_out:
modifiers.push_back("crossed_out");
}
}
}
void loopOverMods(initializer_list<mod> &mod) {
for (auto i : mod) {
switch(i) {
case bold:
modifiers.push_back("bold");
break;
case dim:
modifiers.push_back("dim");
break;
case italic:
modifiers.push_back("italic");
break;
case underlined:
modifiers.push_back("underlined");
break;
case slow_blink:
modifiers.push_back("slow_blink");
break;
case rapid_blink:
modifiers.push_back("rapid_blink");
break;
case reversed:
modifiers.push_back("reversed");
break;
case hidden:
modifiers.push_back("hidden");
break;
case crossed_out:
modifiers.push_back("crossed_out");
}
}
void checkGrammar(string &fg, string &bg) {
if (fg.empty() || bg.empty()) {
throw UndefinedColor();
}
if (!fg.empty() || !bg.empty()) {
if (fg.at(0) != '#' || bg.at(0) != '#') {
throw NoBang();
void checkGrammar(string &fg, string &bg) {
if (fg.empty() || bg.empty() ) {
throw UndefinedColor();
}
if(!fg.empty() || !bg.empty() ) {
if(fg.at(0) != '#' || bg.at(0) != '#') {
throw NoBang();
}
}
if(fg.length() != 7 || bg.length() !=7 ) {
throw BadColorLength();
}
}
void checkGrammar(string &fg) {
if (fg.empty()) {
throw UndefinedColor();
}
if(!fg.empty() ) {
if(fg.at(0) != '#') {
throw NoBang();
}
}
if(fg.length() != 7) {
throw BadColorLength();
}
}
if (fg.length() != 7 || bg.length() != 7) {
throw BadColorLength();
}
}
void checkGrammar(string &fg) {
if (fg.empty()) {
throw UndefinedColor();
}
if (!fg.empty()) {
if (fg.at(0) != '#') {
throw NoBang();
void printMod() {
for(auto it = modifiers.begin(); it != modifiers.end(); ++it) {
if (it == modifiers.end()-1) {
cout << "\"" << *it << "\"";
}
else {
cout << "\"" << *it << "\"" <<", ";
}
}
}
if (fg.length() != 7) {
throw BadColorLength();
}
}
void printMod() {
for (auto it = modifiers.begin(); it != modifiers.end(); ++it) {
if (it == modifiers.end() - 1) {
cout << "\"" << *it << "\"";
} else {
cout << "\"" << *it << "\""
<< ", ";
void print() {
cout << scope << " = {" << foreground << background;
}
}
void print() {
cout << scope << " = {" << foreground << background;
if (!modifiers.empty() && foreground.empty() && background.empty( )) {
cout << "modifiers = [";
printMod();
cout << "]";
}
E(std::string scope):scope("\""+scope+"\"") {}
void operator()() {
public:
E(std::string scope) : scope("\"" + scope + "\"") {}
E& operator = (const Style &s) {
foreground = "fg = \"" + s.foreground + "\", ";
background = "bg = \"" + s.background + "\"";
modifiers = s.modifiers;