{
    "mode": "man",
    "parameter": "CONSOLE_CODES",
    "section": "4",
    "url": "https://www.chedong.com/phpMan.php/man/CONSOLE_CODES/4/json",
    "generated": "2026-10-20T14:25:31Z",
    "sections": {
        "NAME": {
            "content": "consolecodes - Linux console escape and control sequences\n",
            "subsections": []
        },
        "DESCRIPTION": {
            "content": "The  Linux  console  implements a large subset of the VT102 and ECMA-48 / ISO/IEC 6429 / ANSI\nX3.64 terminal controls, plus certain private-mode sequences for changing the color  palette,\ncharacter-set mapping, and so on.  In the tabular descriptions below, the second column gives\nECMA-48 or DEC mnemonics (the latter if prefixed with DEC) for the given function.  Sequences\nwithout a mnemonic are neither ECMA-48 nor VT102.\n\nAfter  all  the normal output processing has been done, and a stream of characters arrives at\nthe console driver for actual printing, the first thing that happens is  a  translation  from\nthe code used for processing to the code used for printing.\n\nIf the console is in UTF-8 mode, then the incoming bytes are first assembled into 16-bit Uni‐\ncode  codes.   Otherwise,  each  byte  is  transformed according to the current mapping table\n(which translates it to a Unicode value).  See the Character Sets section below  for  discus‐\nsion.\n\nIn  the  normal  case,  the Unicode value is converted to a font index, and this is stored in\nvideo memory, so that the corresponding glyph (as found in video ROM) appears on the  screen.\nNote that the use of Unicode (and the design of the PC hardware) allows us to use 512 differ‐\nent glyphs simultaneously.\n\nIf the current Unicode value is a control character, or we are currently processing an escape\nsequence,  the  value  will treated specially.  Instead of being turned into a font index and\nrendered as a glyph, it may trigger cursor movement or  other  control  functions.   See  the\nLinux Console Controls section below for discussion.\n\nIt  is  generally not good practice to hard-wire terminal controls into programs.  Linux sup‐\nports a terminfo(5) database of terminal capabilities.  Rather than emitting  console  escape\nsequences  by  hand,  you  will  almost always want to use a terminfo-aware screen library or\nutility such as ncurses(3), tput(1), or reset(1).\n",
            "subsections": [
                {
                    "name": "Linux console controls",
                    "content": "This section describes all the control characters and escape sequences  that  invoke  special\nfunctions  (i.e.,  anything other than writing a glyph at the current cursor location) on the\nLinux console.\n"
                },
                {
                    "name": "Control characters",
                    "content": "A character is a control character if (before transformation according to the mapping  table)\nit  has  one of the 14 codes 00 (NUL), 07 (BEL), 08 (BS), 09 (HT), 0a (LF), 0b (VT), 0c (FF),\n0d (CR), 0e (SO), 0f (SI), 18 (CAN), 1a (SUB), 1b (ESC), 7f (DEL).  One can  set  a  \"display\ncontrol  characters\"  mode  (see  below), and allow 07, 09, 0b, 18, 1a, 7f to be displayed as\nglyphs.  On the other hand, in UTF-8 mode all codes 00–1f are regarded as control characters,\nregardless of any \"display control characters\" mode.\n\nIf we have a control character, it is acted upon immediately and then discarded (even in  the\nmiddle  of  an  escape  sequence)  and the escape sequence continues with the next character.\n(However, ESC starts a new escape sequence, possibly aborting a previous unfinished one,  and\nCAN  and  SUB abort any escape sequence.)  The recognized control characters are BEL, BS, HT,\nLF, VT, FF, CR, SO, SI, CAN, SUB, ESC, DEL, CSI.  They do what one would expect:\n\nBEL (0x07, ^G)\nbeeps;\n\nBS (0x08, ^H)\nbackspaces one column (but not past the beginning of the line);\n\nHT (0x09, ^I)\ngoes to the next tab stop or to the end of the line if there is no earlier tab stop;\n\nLF (0x0A, ^J)\nVT (0x0B, ^K)\nFF (0x0C, ^L)\nall give a linefeed, and if LF/NL (new-line mode) is set also a carriage return;\n\nCR (0x0D, ^M)\ngives a carriage return;\n\nSO (0x0E, ^N)\nactivates the G1 character set;\n\nSI (0x0F, ^O)\nactivates the G0 character set;\n\nCAN (0x18, ^X)\nSUB (0x1A, ^Z)\nabort escape sequences;\n\nESC (0x1B, ^[)\nstarts an escape sequence;\n\nDEL (0x7F)\nis ignored;\n\nCSI (0x9B)\nis equivalent to ESC [.\n"
                },
                {
                    "name": "ESC- but not CSI-sequences",
                    "content": "ESC c     RIS      Reset.\nESC D     IND      Linefeed.\nESC E     NEL      Newline.\nESC H     HTS      Set tab stop at current column.\nESC M     RI       Reverse linefeed.\nESC Z     DECID    DEC private identification. The kernel returns the string  ESC [ ? 6 c,\nclaiming that it is a VT102.\nESC 7     DECSC    Save current state (cursor coordinates, attributes, character sets pointed\nat by G0, G1).\nESC 8     DECRC    Restore state most recently saved by ESC 7.\nESC %              Start sequence selecting character set\nESC % @               Select default (ISO/IEC 646 / ISO/IEC 8859-1)\nESC % G               Select UTF-8\nESC % 8               Select UTF-8 (obsolete)\nESC # 8   DECALN   DEC screen alignment test - fill screen with E's.\nESC (              Start sequence defining G0 character set (followed by one of B, 0, U, K,\nas below)\nESC ( B            Select default (ISO/IEC 8859-1 mapping).\nESC ( 0            Select VT100 graphics mapping.\nESC ( U            Select null mapping - straight to character ROM.\nESC ( K            Select user mapping - the map that is loaded by the utility mapscrn(8).\nESC )              Start sequence defining G1 (followed by one of B, 0, U, K, as above).\nESC >     DECPNM   Set numeric keypad mode\nESC =     DECPAM   Set application keypad mode\nESC ]     OSC      Operating System Command prefix.\nESC ] R            Reset palette.\nESC ] P            Set palette, with parameter given in 7 hexadecimal digits nrrggbb after\nthe final P. Here n is the color (0–15), and rrggbb indicates the\nred/green/blue values (0–255).\n"
                },
                {
                    "name": "ECMA-48 CSI sequences",
                    "content": "CSI (or ESC [) is followed by a sequence of parameters, at most NPAR (16), that  are  decimal\nnumbers  separated  by  semicolons.   An empty or absent parameter is taken to be 0.  The se‐\nquence of parameters may be preceded by a single question mark.\n\nHowever, after CSI [ (or ESC [ [) a single character is read and this entire sequence is  ig‐\nnored.  (The idea is to ignore an echoed function key.)\n\nThe action of a CSI sequence is determined by its final character.\n@   ICH       Insert the indicated # of blank characters.\nA   CUU       Move cursor up the indicated # of rows.\nB   CUD       Move cursor down the indicated # of rows.\nC   CUF       Move cursor right the indicated # of columns.\nD   CUB       Move cursor left the indicated # of columns.\nE   CNL       Move cursor down the indicated # of rows, to column 1.\nF   CPL       Move cursor up the indicated # of rows, to column 1.\nG   CHA       Move cursor to indicated column in current row.\nH   CUP       Move cursor to the indicated row, column (origin at 1,1).\nJ   ED        Erase display (default: from cursor to end of display).\nESC [ 1 J: erase from start to cursor.\nESC [ 2 J: erase whole display.\nESC [ 3 J: erase whole display including scroll-back buffer (since Linux 3.0).\nK   EL        Erase line (default: from cursor to end of line).\nESC [ 1 K: erase from start of line to cursor.\nESC [ 2 K: erase whole line.\nL   IL        Insert the indicated # of blank lines.\nM   DL        Delete the indicated # of lines.\nP   DCH       Delete the indicated # of characters on current line.\nX   ECH       Erase the indicated # of characters on current line.\na   HPR       Move cursor right the indicated # of columns.\nc   DA        Answer ESC [ ? 6 c: \"I am a VT102\".\nd   VPA       Move cursor to the indicated row, current column.\ne   VPR       Move cursor down the indicated # of rows.\nf   HVP       Move cursor to the indicated row, column.\ng   TBC       Without parameter: clear tab stop at current position.\nESC [ 3 g: delete all tab stops.\nh   SM        Set Mode (see below).\nl   RM        Reset Mode (see below).\nm   SGR       Set attributes (see below).\nn   DSR       Status report (see below).\nq   DECLL     Set keyboard LEDs.\nESC [ 0 q: clear all LEDs\nESC [ 1 q: set Scroll Lock LED\nESC [ 2 q: set Num Lock LED\nESC [ 3 q: set Caps Lock LED\nr   DECSTBM   Set scrolling region; parameters are top and bottom row.\ns   ?         Save cursor location.\nu   ?         Restore cursor location.\n`   HPA       Move cursor to indicated column in current row.\n"
                },
                {
                    "name": "ECMA-48 Select Graphic Rendition",
                    "content": "The  ECMA-48 SGR sequence ESC [ parameters m sets display attributes.  Several attributes can\nbe set in the same sequence, separated by semicolons.  An empty parameter (between semicolons\nor string initiator or terminator) is interpreted as a zero.\nparam      result\n0          reset all attributes to their defaults\n1          set bold\n2          set half-bright (simulated with color on a color display)\n3          set italic (since Linux 2.6.22; simulated with color on a color display)\n4          set underscore (simulated with color on a color display) (the colors used to simu‐\nlate dim or underline are set using ESC ] ...)\n5          set blink\n7          set reverse video\n10         reset selected mapping, display control flag, and toggle meta flag (ECMA-48 says\n\"primary font\").\n11         select null mapping, set display control flag, reset toggle meta flag (ECMA-48\nsays \"first alternate font\").\n12         select null mapping, set display control flag, set toggle meta flag (ECMA-48 says\n\"second alternate font\").  The toggle meta flag causes the high bit of a byte to\nbe toggled before the mapping table translation is done.\n21         set underline; before Linux 4.17, this value set normal intensity (as is done in\nmany other terminals)\n22         set normal intensity\n23         italic off (since Linux 2.6.22)\n24         underline off\n25         blink off\n27         reverse video off\n30         set black foreground\n31         set red foreground\n32         set green foreground\n33         set brown foreground\n34         set blue foreground\n35         set magenta foreground\n36         set cyan foreground\n37         set white foreground\n38         256/24-bit foreground color follows, shoehorned into 16 basic colors (before Linux\n3.16: set underscore on, set default foreground color)\n39         set default foreground color (before Linux 3.16: set underscore off, set default\nforeground color)\n40         set black background\n41         set red background\n42         set green background\n43         set brown background\n44         set blue background\n45         set magenta background\n46         set cyan background\n47         set white background\n48         256/24-bit background color follows, shoehorned into 8 basic colors\n49         set default background color\n90..97     set foreground to bright versions of 30..37\n100..107   set background, same as 40..47 (bright not supported)\n\nCommands 38 and 48 require further arguments:\n;5;x       256 color: values 0..15 are IBGR (black, red, green, ... white), 16..231  a  6x6x6\ncolor cube, 232..255 a grayscale ramp\n;2;r;g;b   24-bit color, r/g/b components are in the range 0..255\n"
                },
                {
                    "name": "ECMA-48 Mode Switches",
                    "content": "ESC [ 3 h\nDECCRM (default off): Display control chars.\n\nESC [ 4 h\nDECIM (default off): Set insert mode.\n\nESC [ 20 h\nLF/NL (default off): Automatically follow echo of LF, VT, or FF with CR.\n"
                },
                {
                    "name": "ECMA-48 Status Report Commands",
                    "content": "ESC [ 5 n\nDevice status report (DSR): Answer is ESC [ 0 n (Terminal OK).\n\nESC [ 6 n\nCursor  position  report (CPR): Answer is ESC [ y ; x R, where x,y is the cursor loca‐\ntion.\n"
                },
                {
                    "name": "DEC Private Mode (DECSET/DECRST) sequences",
                    "content": "These are not described in ECMA-48.  We list the Set Mode sequences; the Reset Mode sequences\nare obtained by replacing the final 'h' by 'l'.\n\nESC [ ? 1 h\nDECCKM (default off): When set, the cursor keys send an ESC O prefix, rather than  ESC\n[.\n\nESC [ ? 3 h\nDECCOLM  (default  off = 80 columns): 80/132 col mode switch.  The driver sources note\nthat this alone does not suffice; some user-mode utility such as resizecons(8) has  to\nchange the hardware registers on the console video card.\n\nESC [ ? 5 h\nDECSCNM (default off): Set reverse-video mode.\n\nESC [ ? 6 h\nDECOM  (default off): When set, cursor addressing is relative to the upper left corner\nof the scrolling region.\n\nESC [ ? 7 h\nDECAWM (default on): Set autowrap on.  In this mode, a graphic character emitted after\ncolumn 80 (or column 132 of DECCOLM is on) forces a wrap to the beginning of the  fol‐\nlowing line first.\n\nESC [ ? 8 h\nDECARM (default on): Set keyboard autorepeat on.\n\nESC [ ? 9 h\nX10 Mouse Reporting (default off): Set reporting mode to 1 (or reset to 0)—see below.\n\nESC [ ? 25 h\nDECTECM (default on): Make cursor visible.\n\nESC [ ? 1000 h\nX11 Mouse Reporting (default off): Set reporting mode to 2 (or reset to 0)—see below.\n"
                },
                {
                    "name": "Linux Console Private CSI Sequences",
                    "content": "The  following  sequences are neither ECMA-48 nor native VT102.  They are native to the Linux\nconsole driver.  Colors are in SGR parameters: 0 = black, 1 = red, 2 = green, 3 = brown, 4  =\nblue, 5 = magenta, 6 = cyan, 7 = white; 8–15 = bright versions of 0–7.\nESC [ 1 ; n ]       Set color n as the underline color.\nESC [ 2 ; n ]       Set color n as the dim color.\nESC [ 8 ]           Make the current color pair the default attributes.\nESC [ 9 ; n ]       Set screen blank timeout to n minutes.\nESC [ 10 ; n ]      Set bell frequency in Hz.\nESC [ 11 ; n ]      Set bell duration in msec.\nESC [ 12 ; n ]      Bring specified console to the front.\nESC [ 13 ]          Unblank the screen.\nESC [ 14 ; n ]      Set the VESA powerdown interval in minutes.\nESC [ 15 ]          Bring the previous console to the front (since Linux 2.6.0).\nESC [ 16 ; n ]      Set the cursor blink interval in milliseconds (since Linux 4.2).\n"
                },
                {
                    "name": "Character sets",
                    "content": "The  kernel knows about 4 translations of bytes into console-screen symbols.  The four tables\nare: a) Latin1 -> PC, b) VT100 graphics -> PC, c) PC -> PC, d) user-defined.\n\nThere are two character sets, called G0 and G1, and one of them is the current character set.\n(Initially G0.)  Typing ^N causes G1 to become current, ^O causes G0 to become current.\n\nThese variables G0 and G1 point at a translation table, and can be changed by the user.  Ini‐\ntially they point at tables a) and b), respectively.  The sequences ESC ( B and ESC (  0  and\nESC  ( U and ESC ( K cause G0 to point at translation table a), b), c), and d), respectively.\nThe sequences ESC ) B and ESC ) 0 and ESC ) U and ESC ) K cause G1 to  point  at  translation\ntable a), b), c), and d), respectively.\n\nThe  sequence ESC c causes a terminal reset, which is what you want if the screen is all gar‐\nbled.  The oft-advised \"echo ^V^O\" will make only G0 current, but there is no guarantee  that\nG0  points  at  table  a).   In some distributions there is a program reset(1) that just does\n\"echo ^[c\".  If your terminfo entry for the console is correct (and has  an  entry  rs1=\\Ec),\nthen \"tput reset\" will also work.\n\nThe  user-defined  mapping  table  can be set using mapscrn(8).  The result of the mapping is\nthat if a symbol c is printed, the symbol s = map[c] is sent to the video memory.  The bitmap\nthat corresponds to s is found in the character ROM, and can be changed using setfont(8).\n"
                },
                {
                    "name": "Mouse tracking",
                    "content": "The mouse tracking facility is intended to return xterm(1)-compatible mouse  status  reports.\nBecause  the console driver has no way to know the device or type of the mouse, these reports\nare returned in the console input stream only when the virtual  terminal  driver  receives  a\nmouse  update  ioctl.   These ioctls must be generated by a mouse-aware user-mode application\nsuch as the gpm(8) daemon.\n\nThe mouse tracking escape sequences generated by xterm(1) encode numeric parameters in a sin‐\ngle character as value+040.  For example, '!' is 1.  The screen coordinate system is 1-based.\n\nThe X10 compatibility mode sends an escape sequence on button press encoding the location and\nthe mouse button pressed.  It is enabled by sending ESC [ ? 9 h and disabled with ESC [  ?  9\nl.   On  button  press, xterm(1) sends ESC [ M bxy (6 characters).  Here b is button-1, and x\nand y are the x and y coordinates of the mouse when the button was pressed.  This is the same\ncode the kernel also produces.\n\nNormal tracking mode (not implemented in Linux 2.0.24) sends an escape sequence on both  but‐\nton  press and release.  Modifier information is also sent.  It is enabled by sending ESC [ ?\n1000 h and disabled with ESC [ ? 1000 l.  On button press or release, xterm(1) sends ESC [  M\nbxy.   The  low  two bits of b encode button information: 0=MB1 pressed, 1=MB2 pressed, 2=MB3\npressed, 3=release.  The upper bits encode what modifiers  were  down  when  the  button  was\npressed  and  are added together: 4=Shift, 8=Meta, 16=Control.  Again x and y are the x and y\ncoordinates of the mouse event.  The upper left corner is (1,1).\n"
                },
                {
                    "name": "Comparisons with other terminals",
                    "content": "Many different terminal types are described, like the Linux console, as being \"VT100-compati‐\nble\".  Here we discuss differences between the Linux console and the two most important  oth‐\ners, the DEC VT102 and xterm(1).\n"
                },
                {
                    "name": "Control-character handling",
                    "content": "The VT102 also recognized the following control characters:\n\nNUL (0x00)\nwas ignored;\n\nENQ (0x05)\ntriggered an answerback message;\n\nDC1 (0x11, ^Q, XON)\nresumed transmission;\n\nDC3 (0x13, ^S, XOFF)\ncaused VT100 to ignore (and stop transmitting) all codes except XOFF and XON.\n\nVT100-like DC1/DC3 processing may be enabled by the terminal driver.\n\nThe  xterm(1)  program (in VT100 mode) recognizes the control characters BEL, BS, HT, LF, VT,\nFF, CR, SO, SI, ESC.\n"
                },
                {
                    "name": "Escape sequences",
                    "content": "VT100 console sequences not implemented on the Linux console:\nESC N       SS2   Single shift 2. (Select G2 char‐\nacter set for the next character\nonly.)\nESC O       SS3   Single shift 3. (Select G3 char‐\nacter set for the next character\nonly.)\nESC P       DCS   Device control string (ended  by\nESC \\)\nESC X       SOS   Start of string.\nESC ^       PM    Privacy message (ended by ESC \\)\nESC \\       ST    String terminator\nESC * ...         Designate G2 character set\nESC + ...         Designate G3 character set\n\nThe  program  xterm(1) (in VT100 mode) recognizes ESC c, ESC # 8, ESC >, ESC =, ESC D, ESC E,\nESC H, ESC M, ESC N, ESC O, ESC P ... ESC \\, ESC Z (it answers ESC [ ? 1 ; 2 c, \"I am a VT100\nwith advanced video option\") and ESC ^ ... ESC \\ with the same meanings as  indicated  above.\nIt  accepts ESC (, ESC ), ESC *,  ESC + followed by 0, A, B for the DEC special character and\nline drawing set, UK, and US-ASCII, respectively.\n\nThe user can configure xterm(1) to respond to VT220-specific control sequences, and  it  will\nidentify  itself  as a VT52, VT100, and up depending on the way it is configured and initial‐\nized.\n\nIt accepts ESC ] (OSC) for the setting of certain resources.   In  addition  to  the  ECMA-48\nstring  terminator  (ST), xterm(1) accepts a BEL to terminate an OSC string.  These are a few\nof the OSC control sequences recognized by xterm(1):\nESC ] 0 ; txt ST        Set icon name and window title to\ntxt.\nESC ] 1 ; txt ST        Set icon name to txt.\nESC ] 2 ; txt ST        Set window title to txt.\nESC ] 4 ; num; txt ST   Set ANSI color num to txt.\nESC ] 10 ; txt ST       Set dynamic text color to txt.\nESC ] 4 6 ; name ST     Change log file to name (normally\ndisabled by  a  compile-time  op‐\ntion).\nESC ] 5 0 ; fn ST       Set font to fn.\n\nIt  recognizes  the  following  with  slightly  modified meaning (saving more state, behaving\ncloser to VT100/VT220):\nESC 7  DECSC   Save cursor\nESC 8  DECRC   Restore cursor\n\nIt also recognizes\nESC F          Cursor to lower left corner of screen (if enabled by  xterm(1)'s  hpLowerleft‐\nBugCompat resource).\nESC l          Memory lock (per HP terminals).\nLocks memory above the cursor.\nESC m          Memory unlock (per HP terminals).\nESC n   LS2    Invoke the G2 character set.\nESC o   LS3    Invoke the G3 character set.\nESC |   LS3R   Invoke the G3 character set as GR.\nHas no visible effect in xterm.\nESC }   LS2R   Invoke the G2 character set as GR.\nHas no visible effect in xterm.\nESC ~   LS1R   Invoke the G1 character set as GR.\n\nIt  also  recognizes  ESC % and provides a more complete UTF-8 implementation than Linux con‐\nsole.\n"
                },
                {
                    "name": "CSI Sequences",
                    "content": "Old versions of xterm(1), for example, from X11R5, interpret the blink SGR  as  a  bold  SGR.\nLater  versions  which implemented ANSI colors, for example, XFree86 3.1.2A in 1995, improved\nthis by allowing the blink attribute to be displayed as a color.  Modern  versions  of  xterm\nimplement  blink  SGR as blinking text and still allow colored text as an alternate rendering\nof SGRs.  Stock X11R6 versions did not recognize the color-setting SGRs until the X11R6.8 re‐\nlease, which incorporated XFree86 xterm.  All ECMA-48 CSI sequences recognized by  Linux  are\nalso  recognized  by  xterm,  however xterm(1) implements several ECMA-48 and DEC control se‐\nquences not recognized by Linux.\n\nThe xterm(1) program recognizes all of the DEC Private Mode sequences listed above, but  none\nof  the  Linux  private-mode  sequences.   For  discussion of xterm(1)'s own private-mode se‐\nquences, refer to the Xterm Control Sequences document by Edward  Moy,  Stephen  Gildea,  and\nThomas  E.  Dickey  available  with the X distribution.  That document, though terse, is much\nlonger than this manual page.  For a chronological overview,\n\nhttp://invisible-island.net/xterm/xterm.log.html\n\ndetails changes to xterm.\n\nThe vttest program\n\nhttp://invisible-island.net/vttest/\n\ndemonstrates many of these control sequences.  The xterm(1) source distribution also contains\nsample scripts which exercise other features.\n"
                }
            ]
        },
        "NOTES": {
            "content": "ESC 8 (DECRC) is not able to restore the character set changed with ESC %.\n",
            "subsections": []
        },
        "BUGS": {
            "content": "In Linux 2.0.23, CSI is broken, and NUL is not ignored inside escape sequences.\n\nSome older kernel versions (after Linux 2.0) interpret 8-bit control  sequences.   These  \"C1\ncontrols\"  use codes between 128 and 159 to replace ESC [, ESC ] and similar two-byte control\nsequence initiators.  There are fragments of that in modern  kernels  (either  overlooked  or\nbroken  by  changes to support UTF-8), but the implementation is incomplete and should be re‐\ngarded as unreliable.\n\nLinux \"private mode\" sequences do not follow the rules in ECMA-48 for  private  mode  control\nsequences.   In  particular, those ending with ] do not use a standard terminating character.\nThe OSC (set palette) sequence is a greater problem, since xterm(1) may interpret this  as  a\ncontrol  sequence  which  requires a string terminator (ST).  Unlike the setterm(1) sequences\nwhich will be ignored (since they are invalid control sequences), the palette  sequence  will\nmake  xterm(1) appear to hang (though pressing the return-key will fix that).  To accommodate\napplications which have been hardcoded to use Linux control sequences, set the  xterm(1)  re‐\nsource brokenLinuxOSC to true.\n\nAn  older version of this document implied that Linux recognizes the ECMA-48 control sequence\nfor invisible text.  It is ignored.\n",
            "subsections": []
        },
        "SEE ALSO": {
            "content": "ioctlconsole(2), charsets(7)\n\nLinux man-pages 6.7                          2024-01-28                             consolecodes(4)",
            "subsections": []
        }
    },
    "summary": "consolecodes - Linux console escape and control sequences",
    "flags": [],
    "examples": [],
    "see_also": [
        {
            "name": "ioctlconsole",
            "section": "2",
            "url": "https://www.chedong.com/phpMan.php/man/ioctlconsole/2/json"
        },
        {
            "name": "charsets",
            "section": "7",
            "url": "https://www.chedong.com/phpMan.php/man/charsets/7/json"
        }
    ]
}