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Simple method for adding color in embedded C serial terminal (e.g. VT100 emulated serial terminal with color output)
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| /* | |
| Title: ECMA-48 ANSI ESC CODE (e.g. VT100) | |
| Author: Brian Khuu 2021 | |
| About: Simple header files for inclusion in embedded system for serial interfaces | |
| Applications: Adding colors to VT100 serial terminal emulators. | |
| Tips: This headerfile also contains some code that you can use to test/preview all the codes | |
| Ref: https://en.wikipedia.org/wiki/ANSI_escape_code#8-bit | |
| Ref: http://osr507doc.sco.com/man/html.HW/screen.HW.html | |
| Ref: SO/IEC 6429 https://www.ecma-international.org/publications-and-standards/standards/ecma-48/ | |
| Ref: https://en.wikipedia.org/wiki/C0_and_C1_control_codes | |
| */ | |
| /* ECMA48 5.4 Control sequences */ | |
| // Dev Notes: Defined by ISO-6429 (aka EMCA-48) and ISO-2022 (aka ECMA-35) | |
| // C0 : ASCII control codes | |
| #define ECMA48_C0_BEL '\x07' ///< | ^G | Bell | Makes an audible noise. | | |
| #define ECMA48_C0_BS '\x08' ///< | ^H | Backspace | Moves the cursor left (but may "backwards wrap" if cursor is at start of line). | | |
| #define ECMA48_C0_TAB '\x09' ///< | ^I | Tab | Moves the cursor right to next multiple of 8. | | |
| #define ECMA48_C0_LF '\x0A' ///< | ^J | Line Feed | Moves to next line, scrolls the display up if at bottom of the screen. Usually does not move horizontally, though programs should not rely on this.| | |
| #define ECMA48_C0_FF '\x0C' ///< | ^L | Form Feed | Move a printer to top of next page. Usually does not move horizontally, though programs should not rely on this. Effect on video terminals varies. | | |
| #define ECMA48_C0_CR '\x0D' ///< | ^M | Carriage Return | Moves the cursor to column zero. | | |
| #define ECMA48_C0_ESC '\x1B' ///< | ^[ | Escape | Starts all the escape sequences | |
| // C1 : Control Codes (Just the relevant bits for terminal usage) | |
| #define ECMA48_C1_DCS 'P' ///< Device Control String (DCS) | |
| #define ECMA48_C1_CSI '[' ///< Control Sequence Inducer (CSI) | |
| #define ECMA48_C1_OSC ']' ///< Operating System Command (OSC) | |
| // C0C1 : Beginning sequence | |
| #define ECMA48_ESC_CSI "\x1B[" ///< 'ESC CSI' | |
| /****************************************************************************** | |
| * Cursor Control | |
| ******************************************************************************/ | |
| #define _ECMA48_CSI_CUU(N) ECMA48_ESC_CSI #N "A" | |
| #define _ECMA48_CSI_CUD(N) ECMA48_ESC_CSI #N "B" | |
| #define _ECMA48_CSI_CUF(N) ECMA48_ESC_CSI #N "C" | |
| #define _ECMA48_CSI_CUB(N) ECMA48_ESC_CSI #N "D" | |
| #define _ECMA48_CSI_CNL(N) ECMA48_ESC_CSI #N "E" | |
| #define _ECMA48_CSI_CPL(N) ECMA48_ESC_CSI #N "F" | |
| #define _ECMA48_CSI_CHA(N) ECMA48_ESC_CSI #N "G" | |
| #define _ECMA48_CSI_CUP(N, M) ECMA48_ESC_CSI #N ";" #M "H" | |
| #define _ECMA48_CSI_ED(N) ECMA48_ESC_CSI #N "J" | |
| #define _ECMA48_CSI_EL(N) ECMA48_ESC_CSI #N "K" | |
| #define _ECMA48_CSI_SU(N) ECMA48_ESC_CSI #N "S" | |
| #define _ECMA48_CSI_SD(N) ECMA48_ESC_CSI #N "T" | |
| #define _ECMA48_CSI_HVP(N, M) ECMA48_ESC_CSI #N ";" #M "f" | |
| #define _ECMA48_CSI_SGR(N) ECMA48_ESC_CSI #N "m" | |
| #define _ECMA48_CSI_SGR_COLOR_8BIT(N, BYTE) ECMA48_ESC_CSI #N ";5;" #BYTE "m" | |
| #define _ECMA48_CSI_SGR_COLOR_24BIT(N, R, G, B) ECMA48_ESC_CSI #N ";2;" #R ";" #G ";" #B "m" | |
| #define _ECMA48_CSI_AUX_PORT_ON ECMA48_ESC_CSI "5i" | |
| #define _ECMA48_CSI_AUX_PORT_OFF ECMA48_ESC_CSI "4i" | |
| #define _ECMA48_CSI_DSR ECMA48_ESC_CSI "6n" | |
| #define ECMA48_CSI_CUU(N) _ECMA48_CSI_CUU(N) ///< Cursor Up | |
| #define ECMA48_CSI_CUD(N) _ECMA48_CSI_CUD(N) ///< Cursor Down | |
| #define ECMA48_CSI_CUF(N) _ECMA48_CSI_CUF(N) ///< Cursor Forward | |
| #define ECMA48_CSI_CUB(N) _ECMA48_CSI_CUB(N) ///< Cursor Back | |
| #define ECMA48_CSI_CNL(N) _ECMA48_CSI_CNL(N) ///< Cursor Next Line | |
| #define ECMA48_CSI_CPL(N) _ECMA48_CSI_CPL(N) ///< Cursor Previous Line | |
| #define ECMA48_CSI_CHA(N) _ECMA48_CSI_CHA(N) ///< Cursor Horizontal Absolute | |
| #define ECMA48_CSI_CUP(N, M) _ECMA48_CSI_CUP(N, M) ///< Cursor Position | |
| #define ECMA48_CSI_ED(N) _ECMA48_CSI_ED(N) ///< Erase in Display | |
| #define ECMA48_CSI_EL(N) _ECMA48_CSI_EL(N) ///< Erase in Line | |
| #define ECMA48_CSI_SU(N) _ECMA48_CSI_SU(N) ///< Scroll Up | |
| #define ECMA48_CSI_SD(N) _ECMA48_CSI_SD(N) ///< Scroll Down | |
| #define ECMA48_CSI_HVP(N, M) _ECMA48_CSI_HVP(N, M) ///< Horizontal Vertical Position | |
| #define ECMA48_CSI_SGR(N) _ECMA48_CSI_SGR(N) ///< Select Graphic Rendition | |
| #define ECMA48_CSI_SGR_COLOR_8BIT(N, BYTE) _ECMA48_CSI_SGR_COLOR_8BIT(N,BYTE) ///< Select Graphic Rendition (Color 8bit) | |
| #define ECMA48_CSI_SGR_COLOR_24BIT(N, R, G, B) _ECMA48_CSI_SGR_COLOR_24BIT(N, R, G, B) ///< Select Graphic Rendition (Color 24bit) | |
| #define ECMA48_CSI_AUX_PORT_ON _ECMA48_CSI_AUX_PORT_ON ///< AUX Port On | |
| #define ECMA48_CSI_AUX_PORT_OFF _ECMA48_CSI_AUX_PORT_OFF ///< AUX Port Off | |
| #define ECMA48_CSI_DSR _ECMA48_CSI_DSR ///< Device Status Report | |
| /****************************************************************************** | |
| * SGR (Select Graphic Rendition) | |
| ******************************************************************************/ | |
| /* ECMA48 5.4 Control sequences : SGR (Select Graphic Rendition) parameters */ | |
| /// | | Name | | |
| /// | -------- | ----------------------------------------------------------- | | |
| #define ECMA48_SGR_RESET 0 ///< | 0 | Reset or normal | | |
| #define ECMA48_SGR_BOLD 1 ///< | 1 | Bold or increased intensity | | |
| #define ECMA48_SGR_FAINT 2 ///< | 2 | Faint, decreased intensity, or dim | | |
| #define ECMA48_SGR_ITALIC 3 ///< | 3 | Italic | | |
| #define ECMA48_SGR_UNDERLINE 4 ///< | 4 | Underline | | |
| #define ECMA48_SGR_SLOWBLINK 5 ///< | 5 | Slow blink | | |
| #define ECMA48_SGR_RAPIDBLINK 6 ///< | 6 | Rapid blink | | |
| #define ECMA48_SGR_INVERT 7 ///< | 7 | Reverse video or invert | | |
| #define ECMA48_SGR_CONCEAL 8 ///< | 8 | Conceal or hide | | |
| #define ECMA48_SGR_STRIKEOUT 9 ///< | 9 | Crossed-out, or strike | | |
| #define ECMA48_SGR_DEFAULT_FONT 10 ///< | 10 | Primary (default) font | | |
| #define ECMA48_SGR_ALTFONT_0 11 ///< | 11–19 | Alternative font | | |
| #define ECMA48_SGR_ALTFONT_1 12 | |
| #define ECMA48_SGR_ALTFONT_2 13 | |
| #define ECMA48_SGR_ALTFONT_3 14 | |
| #define ECMA48_SGR_ALTFONT_4 15 | |
| #define ECMA48_SGR_ALTFONT_5 16 | |
| #define ECMA48_SGR_ALTFONT_6 17 | |
| #define ECMA48_SGR_ALTFONT_7 18 | |
| #define ECMA48_SGR_ALTFONT_8 19 | |
| #define ECMA48_SGR_BLACKLETTER 20 ///< | 20 | Blackletter font | | |
| #define ECMA48_SGR_DOUBLE_UNDERLINE 21 ///< | 21 | Doubly underlined; or: not bold | | |
| #define ECMA48_SGR_NORMAL_INTENSITY 22 ///< | 22 | Normal intensity | | |
| #define ECMA48_SGR_CLR_ITALIC_BLACKLETTER 23 ///< | 23 | Neither italic, nor blackletter | | |
| #define ECMA48_SGR_CLR_UNDERLINE 24 ///< | 24 | Not underlined | | |
| #define ECMA48_SGR_CLR_BLINK 25 ///< | 25 | Not blinking | | |
| #define ECMA48_SGR_PROPORTIONAL_SPACING 26 ///< | 26 | Proportional spacing | | |
| #define ECMA48_SGR_CLR_REVERSE 27 ///< | 27 | Not reversed | | |
| #define ECMA48_SGR_CLR_CONCEALED 28 ///< | 28 | Reveal | | |
| #define ECMA48_SGR_CLR_CROSSEDOUT 29 ///< | 29 | Not crossed out | | |
| #define ECMA48_SGR_FOREGROUND_COLOR_BLACK 30 ///< | 30–37 | Set foreground color | | |
| #define ECMA48_SGR_FOREGROUND_COLOR_RED 31 | |
| #define ECMA48_SGR_FOREGROUND_COLOR_GREEN 32 | |
| #define ECMA48_SGR_FOREGROUND_COLOR_YELLOW 33 | |
| #define ECMA48_SGR_FOREGROUND_COLOR_BLUE 34 | |
| #define ECMA48_SGR_FOREGROUND_COLOR_MAGENTA 35 | |
| #define ECMA48_SGR_FOREGROUND_COLOR_CYAN 36 | |
| #define ECMA48_SGR_FOREGROUND_COLOR_WHITE 37 | |
| #define ECMA48_SGR_FOREGROUND_COLOR_EXTENDED 38 ///< | 38 | Set foreground color | | |
| #define ECMA48_SGR_FOREGROUND_COLOR_DEFAULT 39 ///< | 39 | Default foreground color | | |
| #define ECMA48_SGR_BACKGROUND_COLOR_BLACK 40 ///< | 40–47 | Set background color | | |
| #define ECMA48_SGR_BACKGROUND_COLOR_RED 41 | |
| #define ECMA48_SGR_BACKGROUND_COLOR_GREEN 42 | |
| #define ECMA48_SGR_BACKGROUND_COLOR_YELLOW 43 | |
| #define ECMA48_SGR_BACKGROUND_COLOR_BLUE 44 | |
| #define ECMA48_SGR_BACKGROUND_COLOR_MAGENTA 45 | |
| #define ECMA48_SGR_BACKGROUND_COLOR_CYAN 46 | |
| #define ECMA48_SGR_BACKGROUND_COLOR_WHITE 47 | |
| #define ECMA48_SGR_BACKGROUND_COLOR_EXTENDED 48 ///< | 48 | Set background color | | |
| #define ECMA48_SGR_BACKGROUND_COLOR_DEFAULT 49 ///< | 49 | Default background color | | |
| #define ECMA48_SGR_CLR_PROPORTIONAL_SPACING 50 ///< | 50 | Disable proportional spacing | | |
| #define ECMA48_SGR_FRAMED 51 ///< | 51 | Framed | | |
| #define ECMA48_SGR_ENCIRCLED 52 ///< | 52 | Encircled | | |
| #define ECMA48_SGR_OVERLINED 53 ///< | 53 | Overlined | | |
| #define ECMA48_SGR_CLR_FRAMED 54 ///< | 54 | Neither framed nor encircled | | |
| #define ECMA48_SGR_CLR_OVERLINED 55 ///< | 55 | Not overlined | | |
| #define ECMA48_SGR_UNDERLINE_EXTENDED 58 ///< | 58 | Set underline color | | |
| #define ECMA48_SGR_UNDERLINE_DEFAULT 59 ///< | 59 | Default underline color | | |
| #define ECMA48_SGR_IDEOGRAM_UNDERLINE 60 ///< | 60 | Ideogram underline or right side line | | |
| #define ECMA48_SGR_IDEOGRAM_DOUBLE_UNDERLINE 61 ///< | 61 | Ideogram double underline, or double line on the right side | | |
| #define ECMA48_SGR_IDEOGRAM_OVERLINE 62 ///< | 62 | Ideogram overline or left side line | | |
| #define ECMA48_SGR_IDEOGRAM_DOUBLE_OVERLINE 63 ///< | 63 | Ideogram double overline, or double line on the left side | | |
| #define ECMA48_SGR_IDEOGRAM_STRESS_MARKING 64 ///< | 64 | Ideogram stress marking | | |
| #define ECMA48_SGR_CLR_IDEOGRAM 65 ///< | 65 | No ideogram attributes | | |
| #define ECMA48_SGR_SUPERSCRIPT 73 ///< | 73 | Superscript | | |
| #define ECMA48_SGR_SUBSCRIPT 74 ///< | 74 | Subscript | | |
| #define ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_BLACK 90 ///< | 90–97 | Set bright foreground color | | |
| #define ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_RED 91 | |
| #define ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_GREEN 92 | |
| #define ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_YELLOW 93 | |
| #define ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_BLUE 94 | |
| #define ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_MAGENTA 95 | |
| #define ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_CYAN 96 | |
| #define ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_WHITE 97 | |
| #define ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_BLACK 100 ///< | 100–107 | Set bright background color | | |
| #define ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_RED 101 | |
| #define ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_GREEN 102 | |
| #define ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_YELLOW 103 | |
| #define ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_BLUE 104 | |
| #define ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_MAGENTA 105 | |
| #define ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_CYAN 106 | |
| #define ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_WHITE 107 | |
| /* Macros (Useful for fixed printf() based logging) */ | |
| #define ECMA48_SGR_FOREGROUND_COLOR_8BIT(BYTE) ECMA48_CSI_SGR_COLOR_8BIT( ECMA48_SGR_FOREGROUND_COLOR_EXTENDED, BYTE) | |
| #define ECMA48_SGR_FOREGROUND_COLOR_24BIT(R,G,B) ECMA48_CSI_SGR_COLOR_24BIT(ECMA48_SGR_FOREGROUND_COLOR_EXTENDED, R,G,B) | |
| #define ECMA48_SGR_BACKGROUND_COLOR_8BIT(BYTE) ECMA48_CSI_SGR_COLOR_8BIT( ECMA48_SGR_BACKGROUND_COLOR_EXTENDED, BYTE) | |
| #define ECMA48_SGR_BACKGROUND_COLOR_24BIT(R,G,B) ECMA48_CSI_SGR_COLOR_24BIT(ECMA48_SGR_BACKGROUND_COLOR_EXTENDED, R,G,B) | |
| /****************************************************************************** | |
| * TEST/DEMO CASES * | |
| ******************************************************************************/ | |
| #if 0 ///< Uncomment and compile as a single C file to preview | |
| #include <stdio.h> | |
| void main (void) | |
| { | |
| #define PREVIEWESC(X) printf(ECMA48_CSI_SGR(0) " %60s : " X "XXXXX" ECMA48_CSI_SGR(0) "\r\n", #X) | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_RESET )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BOLD )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FAINT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ITALIC )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_UNDERLINE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_SLOWBLINK )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_RAPIDBLINK )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_INVERT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CONCEAL )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_STRIKEOUT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_DEFAULT_FONT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_0 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_1 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_2 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_3 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_4 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_5 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_6 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_7 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ALTFONT_8 )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BLACKLETTER )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_DOUBLE_UNDERLINE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_NORMAL_INTENSITY )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_ITALIC_BLACKLETTER )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_UNDERLINE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_BLINK )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_PROPORTIONAL_SPACING )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_REVERSE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_CONCEALED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_CROSSEDOUT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_BLACK )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_RED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_GREEN )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_YELLOW )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_BLUE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_MAGENTA )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_CYAN )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_WHITE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_EXTENDED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FOREGROUND_COLOR_DEFAULT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_BLACK )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_RED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_GREEN )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_YELLOW )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_BLUE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_MAGENTA )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_CYAN )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_WHITE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_EXTENDED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BACKGROUND_COLOR_DEFAULT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_PROPORTIONAL_SPACING )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_FRAMED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_ENCIRCLED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_OVERLINED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_FRAMED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_OVERLINED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_UNDERLINE_EXTENDED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_UNDERLINE_DEFAULT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_IDEOGRAM_UNDERLINE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_IDEOGRAM_DOUBLE_UNDERLINE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_IDEOGRAM_OVERLINE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_IDEOGRAM_DOUBLE_OVERLINE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_IDEOGRAM_STRESS_MARKING )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_CLR_IDEOGRAM )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_SUPERSCRIPT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_SUBSCRIPT )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_BLACK )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_RED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_GREEN )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_YELLOW )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_BLUE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_MAGENTA )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_CYAN )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_FOREGROUND_COLOR_WHITE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_BLACK )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_RED )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_GREEN )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_YELLOW )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_BLUE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_MAGENTA )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_CYAN )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_WHITE )); | |
| PREVIEWESC(ECMA48_CSI_SGR( ECMA48_SGR_BRIGHT_BACKGROUND_COLOR_WHITE )); | |
| PREVIEWESC(ECMA48_SGR_FOREGROUND_COLOR_8BIT(24) ); | |
| PREVIEWESC(ECMA48_SGR_FOREGROUND_COLOR_24BIT(2, 4, 55) ); | |
| PREVIEWESC(ECMA48_SGR_BACKGROUND_COLOR_8BIT(57) ); | |
| PREVIEWESC(ECMA48_SGR_BACKGROUND_COLOR_24BIT(23, 5, 45) ); | |
| printf( "\n\n\n\n\n\n\n\n\n\n\n\n"); | |
| printf( ECMA48_CSI_CUU(10) "CUU"); | |
| printf( ECMA48_CSI_CUD(2) "CUD"); | |
| printf( ECMA48_CSI_CUF(3) "CUF"); | |
| printf( ECMA48_CSI_CUB(4) "CUB"); | |
| printf( ECMA48_CSI_CNL(5) "CNL"); | |
| printf( ECMA48_CSI_CPL(6) "CPL"); | |
| printf( ECMA48_CSI_CHA(7) "CHA"); | |
| printf( ECMA48_CSI_CUP(20,20) "CUP"); | |
| } | |
| #endif |
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Okay shared! Just added this header file. There are better libs, but this is easy to understand and integrated.
Output example of the demo code