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///this mod public use is for you to understand the ansi escape codes:) pub mod colors; use std::fmt; use crate::colors::*; #[derive(Clone)] ///This struct is the main way to utilize the coloring sceme in this crate. /// /// ///This struct contains a number of parameters inquiring to the strings state, such as ///style,color,base string, reset actions, background and several internal things. ///this structs, as it say's below implements the fmt::Display trait, that means that you will not ///need to do anything special in order to print after you have changed the color ///you can use only one color but you can have even all the styles together! /// ///here is a blue,bold,underlined and blinking string example(just a fromatted output) : ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.blue(); ///str1.bold(); ///str1.underline(); ///str1.blink(); ///let str2 = format!("{}{}{}","\u{1b}[1;4;5;49;34m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` ///here is a white,bold and hidden string example(good for passwords): /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.white(); ///str1.bold(); ///str1.hidden(); ///let str2 = format!("{}{}{}","\u{1b}[1;8;49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); pub struct ColouredStr<'a>{ pub string:&'a str, pub coloured_string:String, colorer:String, closer:String, resets:Vec<Reset>, text_color:TextColours, background_color:BackColours, styles:Vec<Styles>, } impl <'a> fmt::Display for ColouredStr<'a> { fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result { write!(f, "{}", self.coloured_string) } } /* impl <'a> Deref for ColouredStr<'a> { type Target = ColouredStr<'a>; fn deref(&self) -> &Self::Target{ let col1 = ColouredStr{string:self.string, coloured_string:self.coloured_string, colorer:self.colorer, closer:self.closer, reset:self.reset, text_color:self.text_color, background_color:self.background_color, styles:self.styles}; &col1 } }*/ impl <'a> ColouredStr<'a> { ///This functions recieves one parameter - a string and creates a defult struct for it. ///the color is natural(no change), as well as the styles and background. /// /// ///``` ///use ansi_colors::*; ///let str1 = ColouredStr::new("hello world"); ///assert_eq!(str1.string,"hello world"); ///``` pub fn new(string:&str)->ColouredStr{ let colorer = format!("{}{}",OPENING_COLOR,COLOR_CLOSER); let closer = format!("{}{}{}",OPENING_COLOR,"0",COLOR_CLOSER); let styles = vec![]; let resets = vec![Reset::All]; let coloured_string = format!("{}{}{}",&colorer[..],string,&closer[..]); let col1 = ColouredStr{ string,coloured_string,colorer,closer,resets,text_color:TextColours::White,background_color:BackColours::NaN,styles }; return col1; } fn refresh(&mut self){ let clo1 = &(self.set_closer())[..]; let col1 = &(self.set_colorer())[..]; let strr = self.string; (*self).coloured_string = format!("{}{}{}",col1,strr,clo1); } fn set_colorer(&self)->String{ let mut tc = "".to_string(); if (self.text_color as u8) != 0{ tc = (self.text_color as u8).to_string(); } let mut bc = "".to_string(); if (self.background_color as u8) != 0{ bc = (self.background_color as u8).to_string(); } let mut strrr = "".to_string(); if self.styles.len()>1{ for i in 0..self.styles.len(){ strrr.push_str(&(self.styles[i] as u8).to_string()[..]); strrr.push(';'); } }else if self.styles.len()==1{ strrr = format!("{};",&(self.styles[0] as u8).to_string()[..]); } return format!("{}{}{};{}{}",OPENING_COLOR,&strrr[..],&bc[..],&tc[..],COLOR_CLOSER); } fn set_closer(&mut self)->String { let mut res = "".to_string(); if self.resets[0]==Reset::All && self.resets.len()>1{ self.resets = self.resets[1..].to_vec(); } if self.resets.len()>1{ for i in 0..self.resets.len(){ res.push_str(&(self.resets[i] as u8).to_string()[..]); res.push(';'); } }else if self.resets.len()==1{ res = format!("{}",&(self.resets[0] as u8).to_string()[..]); } return format!("{}{}{}",OPENING_COLOR,&res[..],COLOR_CLOSER); } ///This functions takes self and changes coloured string color into blue /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.blue(); ///let str2 = format!("{}{}{}","\u{1b}[49;34m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn blue(&mut self){ self.text_color = TextColours::Blue; self.refresh(); } ///This functions takes self and changes coloured string color into black /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.black(); ///let str2 = format!("{}{}{}","\u{1b}[49;30m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn black(&mut self){ self.text_color = TextColours::Black; self.refresh(); } ///This functions takes self and changes coloured string color into red /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.red(); ///let str2 = format!("{}{}{}","\u{1b}[49;31m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn red(&mut self){ self.text_color = TextColours::Red; self.refresh(); } ///This functions takes self and changes coloured string color into green /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.green(); ///let str2 = format!("{}{}{}","\u{1b}[49;32m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn green(&mut self){ self.text_color = TextColours::Green; self.refresh(); } ///This functions takes self and changes coloured string color into yellow /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.yellow(); ///let str2 = format!("{}{}{}","\u{1b}[49;33m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn yellow(&mut self){ self.text_color = TextColours::Yellow; self.refresh(); } ///This functions takes self and changes coloured string color into magenta /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.magenta(); ///let str2 = format!("{}{}{}","\u{1b}[49;35m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn magenta(&mut self){ self.text_color = TextColours::Magenta; self.refresh(); } ///This functions takes self and changes coloured string color into cyan /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.cyan(); ///let str2 = format!("{}{}{}","\u{1b}[49;36m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn cyan(&mut self){ self.text_color = TextColours::Cyan; self.refresh(); } ///This functions takes self and changes coloured string color into gray /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.gray(); ///let str2 = format!("{}{}{}","\u{1b}[49;37m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn gray(&mut self){ self.text_color = TextColours::Gray; self.refresh(); } ///This functions takes self and changes coloured string color into dark gray /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.dark_gray(); ///let str2 = format!("{}{}{}","\u{1b}[49;90m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn dark_gray(&mut self){ self.text_color = TextColours::DarkGray; self.refresh(); } ///This functions takes self and changes coloured string color into light red /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.light_red(); ///let str2 = format!("{}{}{}","\u{1b}[49;91m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn light_red(&mut self){ self.text_color = TextColours::LightRed; self.refresh(); } ///This functions takes self and changes coloured string color into light green /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.light_green(); ///let str2 = format!("{}{}{}","\u{1b}[49;92m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn light_green(&mut self){ self.text_color = TextColours::LightGreen; self.refresh(); } ///This functions takes self and changes coloured string color into light yellow /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.light_yellow(); ///let str2 = format!("{}{}{}","\u{1b}[49;93m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn light_yellow(&mut self){ self.text_color = TextColours::LightYellow; self.refresh(); } ///This functions takes self and changes coloured string color into light blue /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.light_blue(); ///let str2 = format!("{}{}{}","\u{1b}[49;94m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn light_blue(&mut self){ self.text_color = TextColours::LightBlue; self.refresh(); } ///This functions takes self and changes coloured string color into pink /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.pink(); ///let str2 = format!("{}{}{}","\u{1b}[49;95m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn pink(&mut self){ self.text_color = TextColours::Pink; self.refresh(); } ///This functions takes self and changes coloured string color into light cyan /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.light_cyan(); ///let str2 = format!("{}{}{}","\u{1b}[49;96m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn light_cyan(&mut self){ self.text_color = TextColours::LightCyan; self.refresh(); } ///This functions takes self and changes coloured string color into white /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.white(); ///let str2 = format!("{}{}{}","\u{1b}[49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn white(&mut self){ self.text_color = TextColours::White; self.refresh(); } ///This functions takes self and resets the string's color /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.none(); ///let str2 = format!("{}{}{}","\u{1b}[49;39m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn none(&mut self){ self.text_color = TextColours::NaN; self.refresh(); } ///This functions takes self and adds the bold style to the string /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.bold(); ///let str2 = format!("{}{}{}","\u{1b}[1;49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn bold(&mut self){ self.styles.push(Styles::Bold); self.refresh(); } ///This functions takes self and adds the dim style to the string /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.dim(); ///let str2 = format!("{}{}{}","\u{1b}[2;49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn dim(&mut self){ self.styles.push(Styles::Dim); self.refresh(); } ///This functions takes self and adds the underline style to the string /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.underline(); ///let str2 = format!("{}{}{}","\u{1b}[4;49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn underline(&mut self){ self.styles.push(Styles::Underline); self.refresh(); } ///This functions takes self and adds the blinking style to the string /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.blink(); ///let str2 = format!("{}{}{}","\u{1b}[5;49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn blink(&mut self){ self.styles.push(Styles::Blink); self.refresh(); } ///This functions takes self and adds the reverse style to the string /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.reverse(); ///let str2 = format!("{}{}{}","\u{1b}[7;49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn reverse(&mut self){ self.styles.push(Styles::Reverse); self.refresh(); } ///This functions takes self and adds the hidden( ) style to the string /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.hidden(); ///let str2 = format!("{}{}{}","\u{1b}[8;49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn hidden(&mut self){ self.styles.push(Styles::Hidden); self.refresh(); } ///This functions takes self and changes the background to be black /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.white(); ///str1.back_black(); ///let str2 = format!("{}{}{}","\u{1b}[40;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_black(&mut self){ self.background_color = BackColours::Black; self.refresh(); } ///This functions takes self and changes the background to be red /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.blue(); ///str1.back_red(); ///let str2 = format!("{}{}{}","\u{1b}[41;34m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_red(&mut self){ self.background_color = BackColours::Red; self.refresh(); } ///This functions takes self and changes the background to be blue /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.red(); ///str1.back_blue(); ///let str2 = format!("{}{}{}","\u{1b}[44;31m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_blue(&mut self){ self.background_color = BackColours::Blue; self.refresh(); } ///This functions takes self and changes the background to be green /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.red(); ///str1.back_green(); ///let str2 = format!("{}{}{}","\u{1b}[42;31m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_green(&mut self){ self.background_color = BackColours::Green; self.refresh(); } ///This functions takes self and changes the background to be yellow /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.magenta(); ///str1.back_yellow(); ///let str2 = format!("{}{}{}","\u{1b}[43;35m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_yellow(&mut self){ self.background_color = BackColours::Yellow; self.refresh(); } ///This functions takes self and changes the background to be magenta /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.black(); ///str1.back_magenta(); ///let str2 = format!("{}{}{}","\u{1b}[45;30m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_magenta(&mut self){ self.background_color = BackColours::Magenta; self.refresh(); } ///This functions takes self and changes the background to be cyan /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.red(); ///str1.back_cyan(); ///let str2 = format!("{}{}{}","\u{1b}[46;31m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_cyan(&mut self){ self.background_color = BackColours::Cyan; self.refresh(); } ///This functions takes self and changes the background to be gray /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.yellow(); ///str1.back_gray(); ///let str2 = format!("{}{}{}","\u{1b}[47;33m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_gray(&mut self){ self.background_color = BackColours::Gray; self.refresh(); } ///This functions takes self and changes the background to be dark gray /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.white(); ///str1.back_dark_gray(); ///let str2 = format!("{}{}{}","\u{1b}[100;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_dark_gray(&mut self){ self.background_color = BackColours::DarkGray; self.refresh(); } ///This functions takes self and changes the background to be light red /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.black(); ///str1.back_light_red(); ///let str2 = format!("{}{}{}","\u{1b}[101;30m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_light_red(&mut self){ self.background_color = BackColours::LightRed; self.refresh(); } ///This functions takes self and changes the background to be light green /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.red(); ///str1.back_light_green(); ///let str2 = format!("{}{}{}","\u{1b}[102;31m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_light_green(&mut self){ self.background_color = BackColours::LightGreen; self.refresh(); } ///This functions takes self and changes the background to be light yellow /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.blue(); ///str1.back_light_yellow(); ///let str2 = format!("{}{}{}","\u{1b}[103;34m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_light_yellow(&mut self){ self.background_color = BackColours::LightYellow; self.refresh(); } ///This functions takes self and changes the background to be light blue /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.black(); ///str1.back_light_blue(); ///let str2 = format!("{}{}{}","\u{1b}[104;30m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_light_blue(&mut self){ self.background_color = BackColours::LightBlue; self.refresh(); } ///This functions takes self and changes the background to be pink /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.black(); ///str1.back_pink(); ///let str2 = format!("{}{}{}","\u{1b}[105;30m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_pink(&mut self){ self.background_color = BackColours::Pink; self.refresh(); } ///This functions takes self and changes the background to be light cyan /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.red(); ///str1.back_light_green(); ///let str2 = format!("{}{}{}","\u{1b}[102;31m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_light_cyan(&mut self){ self.background_color = BackColours::LightCyan; self.refresh(); } ///This functions takes self and changes the background to be white /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.black(); ///str1.back_white(); ///let str2 = format!("{}{}{}","\u{1b}[107;30m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_white(&mut self){ self.background_color = BackColours::White; self.refresh(); } ///This functions takes self and changes the background to be none /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.red(); ///str1.back_none(); ///let str2 = format!("{}{}{}","\u{1b}[49;31m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn back_none(&mut self){ self.background_color = BackColours::NaN; self.refresh(); } ///This functions takes self and adds the reset all operation to the reset /// /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.blink(); ///str1.reset_all(); ///let str2 = format!("{}{}{}","\u{1b}[5;49;97m","hello world","\u{1b}[0m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn reset_all(&mut self){ self.resets.push(Reset::All); self.refresh(); } ///This functions takes self and adds the reset bold operation to the reset ///it means it resets only the bold style, not any other active styles or colors. /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.bold(); ///str1.red(); ///str1.reset_bold(); ///let str2 = format!("{}{}{}","\u{1b}[1;49;31m","hello world","\u{1b}[21m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn reset_bold(&mut self){ self.resets.push(Reset::Bold); self.refresh(); } ///This functions takes self and adds the reset dim operation to the reset ///it means it resets only the dim style, not any other active styles or colors. /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.dim(); ///str1.bold(); ///str1.reset_dim(); ///let str2 = format!("{}{}{}","\u{1b}[2;1;49;97m","hello world","\u{1b}[22m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn reset_dim(&mut self){ self.resets.push(Reset::Dim); self.refresh(); } ///This functions takes self and adds the reset underline operation to the reset ///it means it resets only the underline style, not any other active styles or colors. /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.underline(); ///str1.back_green(); ///str1.reset_underline(); ///let str2 = format!("{}{}{}","\u{1b}[4;42;97m","hello world","\u{1b}[24m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn reset_underline(&mut self){ self.resets.push(Reset::Underline); self.refresh(); } ///This functions takes self and adds the reset blink operation to the reset ///it means it resets only the blink style, not any other active styles or colors. /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.blink(); ///str1.red(); ///str1.reset_blink(); ///let str2 = format!("{}{}{}","\u{1b}[5;49;31m","hello world","\u{1b}[25m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn reset_blink(&mut self){ self.resets.push(Reset::Blink); self.refresh(); } ///This functions takes self and adds the reset reverse operation to the reset ///it means it resets only the reverse style, not any other active styles or colors. /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.reverse(); ///str1.back_red(); ///str1.reset_reverse(); ///let str2 = format!("{}{}{}","\u{1b}[7;41;97m","hello world","\u{1b}[27m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn reset_reverse(&mut self){ self.resets.push(Reset::Reverse); self.refresh(); } ///This functions takes self and adds the reset hidden operation to the reset ///it means it resets only the hidden style, not any other active styles or colors. /// ///``` ///use ansi_colors::*; ///let mut str1 = ColouredStr::new("hello world"); ///str1.hidden(); ///str1.back_black(); ///str1.reset_hidden(); ///let str2 = format!("{}{}{}","\u{1b}[8;40;97m","hello world","\u{1b}[28m"); ///assert_eq!(str1.coloured_string,str2); ///``` pub fn reset_hidden(&mut self){ self.resets.push(Reset::Hidden); self.refresh(); } }