/* * mooterm/mooterm-vt.h * * Copyright (C) 2004-2005 by Yevgen Muntyan * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * See COPYING file that comes with this distribution. */ #ifndef MOOTERM_MOOTERM_VT_H #define MOOTERM_MOOTERM_VT_H enum { MODE_IRM, /* Insert/Replace Mode This control function selects how the terminal adds characters to page memory. The terminal always adds new characters at the cursor position. If IRM mode is set, then new characters move characters in page memory to the right. Characters moved past the page's right border are lost. If IRM mode is reset, then new characters replace the character at the cursor position. */ MODE_SRM, /* Local Echo: Send/Receive Mode This control function turns local echo on or off. When local echo is on, the terminal sends keyboard characters to the screen. The host does not have to send (echo) the characters back to the terminal display. When local echo is off, the terminal only sends characters to the host. It is up to the host to echo characters back to the screen. When the SRM function is set, the terminal sends keyboard characters to the host only. The host can echo the characters back to the screen. When the SRM function is reset, the terminal sends keyboard characters to the host and to the screen. The host does have to echo characters back to the terminal. */ MODE_LNM, /* Line Feed/New Line Mode This control function selects the characters sent to the host when you press the Return key. LNM also controls how the terminal interprets line feed (LF), form feed (FF), and vertical tab (VT) characters. If LNM is set, then the cursor moves to the first column on the next line when the terminal receives an LF, FF, or VT character. When you press Return, the terminal sends both a carriage return (CR) and line feed (LF). If LNM is reset, then the cursor moves to the current column on the next line when the terminal receives an LF, FF, or VT character. When you press Return, the terminal sends only a carriage return (CR) character. When the auxiliary keypad is in keypad numeric mode (DECKPNM), the Enter key sends the same characters as the Return key. */ MODE_DECCKM, /* Cursor Keys Mode This control function selects the sequences the arrow keys send. You can use the four arrow keys to move the cursor through the current page or to send special application commands. If the DECCKM function is set, then the arrow keys send application sequences to the host. If the DECCKM function is reset, then the arrow keys send ANSI cursor sequences to the host. */ MODE_DECANM, /* ANSI Mode DECANM changes the terminal to the VT52 mode of operation. In VT52 mode, the terminal acts like a VT52 terminal. This mode lets you use applications designed for the VT52 terminal. */ MODE_DECSCNM, /* Screen Mode: Light or Dark Screen This control function selects a dark or light background on the screen. When DECSCNM is set, the screen displays dark characters on a light background. When DECSCNM is reset, the screen displays light characters on a dark background. */ MODE_DECOM, /* Origin Mode This control function sets the origin for the cursor. DECOM determines if the cursor position is restricted to inside the page margins. When you power up or reset the terminal, you reset origin mode. When DECOM is set, the home cursor position is at the upper-left corner of the screen, within the margins. The starting point for line numbers depends on the current top margin setting. The cursor cannot move outside of the margins. When DECOM is reset, the home cursor position is at the upper-left corner of the screen. The starting point for line numbers is independent of the margins. The cursor can move outside of the margins. */ MODE_DECAWM, /* Autowrap Mode This control function determines whether or not received characters automatically wrap to the next line when the cursor reaches the right border of a page in page memory. If the DECAWM function is set, then graphic characters received when the cursor is at the right border of the page appear at the beginning of the next line. Any text on the page scrolls up if the cursor is at the end of the scrolling region. If the DECAWM function is reset, then graphic characters received when the cursor is at the right border of the page replace characters already on the page. */ MODE_DECTCEM, /* Text Cursor Enable Mode This control function makes the cursor visible or invisible. Set: makes the cursor visible. Reset: makes the cursor invisible. */ MODE_DECNKM, /* Numeric Keypad Mode This control function works like the DECKPAM and DECKPNM functions. DECNKM is provided mainly for use with the request and report mode (DECRQM/DECRPM) control functions. Set: application sequences. Reset: keypad characters. */ MODE_DECBKM, /* Backarrow Key Mode This control function determines whether the Backspace key works as a backspace key or delete key. If DECBKM is set, Backspace works as a backspace key. When you press Backspace, the terminal sends a BS character to the host. If DECBKM is reset, Backspace works as a delete key. When you press Backspace, the terminal sends a DEL character to the host. */ MODE_DECKPM, /* Key Position Mode This control function selects whether the keyboard sends character codes or key position reports to the host. DECKPM lets new applications take full control of the keyboard including single shifts, locking shifts, and compose character processing. If the DECKPM function is set, then all keyboard keys send extended reports that include the key position and the state of modifier keys when pressed. A modifier key is pressed in combination with another key to modify the code sent by that key. The Ctrl key is a modifier key. If the DECKPM function is reset, then the keyboard keys send character codes. DECKPM only affects keyboard input; it does not affect how the terminal interprets data from the host. */ MODE_CA, MODE_REVERSE_WRAPAROUND, MODE_PRESS_TRACKING, MODE_PRESS_AND_RELEASE_TRACKING, MODE_HILITE_MOUSE_TRACKING, MODE_MAX }; #define DEFAULT_MODE_IRM FALSE #define DEFAULT_MODE_SRM FALSE #define DEFAULT_MODE_LNM FALSE #define DEFAULT_MODE_DECCKM FALSE #define DEFAULT_MODE_DECANM FALSE #define DEFAULT_MODE_DECSCNM FALSE #define DEFAULT_MODE_DECOM FALSE #define DEFAULT_MODE_DECAWM TRUE #define DEFAULT_MODE_DECTCEM TRUE #define DEFAULT_MODE_DECNKM FALSE #define DEFAULT_MODE_DECBKM TRUE /* Backspace key send BS */ #define DEFAULT_MODE_DECKPM FALSE #define DEFAULT_MODE_CA FALSE #define DEFAULT_MODE_REVERSE_WRAPAROUND FALSE #define DEFAULT_MODE_PRESS_TRACKING FALSE #define DEFAULT_MODE_PRESS_AND_RELEASE_TRACKING FALSE #define DEFAULT_MODE_HILITE_MOUSE_TRACKING FALSE #define set_default_modes(ar) \ { \ ar[MODE_IRM] = DEFAULT_MODE_IRM; \ ar[MODE_SRM] = DEFAULT_MODE_SRM; \ ar[MODE_LNM] = DEFAULT_MODE_LNM; \ ar[MODE_DECCKM] = DEFAULT_MODE_DECCKM; \ ar[MODE_DECANM] = DEFAULT_MODE_DECANM; \ ar[MODE_DECSCNM] = DEFAULT_MODE_DECSCNM; \ ar[MODE_DECOM] = DEFAULT_MODE_DECOM; \ ar[MODE_DECAWM] = DEFAULT_MODE_DECAWM; \ ar[MODE_DECTCEM] = DEFAULT_MODE_DECTCEM; \ ar[MODE_DECNKM] = DEFAULT_MODE_DECNKM; \ ar[MODE_DECBKM] = DEFAULT_MODE_DECBKM; \ ar[MODE_DECKPM] = DEFAULT_MODE_DECKPM; \ ar[MODE_CA] = DEFAULT_MODE_CA; \ ar[MODE_REVERSE_WRAPAROUND] = DEFAULT_MODE_REVERSE_WRAPAROUND; \ ar[MODE_PRESS_TRACKING] = DEFAULT_MODE_PRESS_TRACKING; \ ar[MODE_PRESS_AND_RELEASE_TRACKING] = DEFAULT_MODE_PRESS_AND_RELEASE_TRACKING; \ ar[MODE_HILITE_MOUSE_TRACKING] = MODE_HILITE_MOUSE_TRACKING; \ } #define buf_get_mode(mode) (buf->priv->modes[mode]) #define term_get_mode(mode) (term->priv->modes[mode]) #define GET_DEC_MODE(code, mode) \ switch (code) \ { \ case 1: \ mode = MODE_DECCKM; \ break; \ case 2: \ mode = MODE_DECANM; \ break; \ case 5: \ mode = MODE_DECSCNM; \ break; \ case 6: \ mode = MODE_DECOM; \ break; \ case 7: \ mode = MODE_DECAWM; \ break; \ case 25: \ mode = MODE_DECTCEM; \ break; \ case 66: \ mode = MODE_DECNKM; \ break; \ case 67: \ mode = MODE_DECBKM; \ break; \ case 81: \ mode = MODE_DECKPM; \ break; \ \ case 9: \ mode = MODE_PRESS_TRACKING; \ break; \ case 45: \ mode = MODE_REVERSE_WRAPAROUND; \ break; \ case 1000: \ mode = MODE_PRESS_AND_RELEASE_TRACKING; \ break; \ case 1049: \ mode = MODE_CA; \ break; \ \ case 3: \ case 4: \ case 8: \ case 18: \ case 19: \ case 34: \ case 35: \ case 36: \ case 40: \ case 42: \ case 57: \ case 60: \ case 61: \ case 64: \ case 68: \ case 69: \ case 73: \ case 95: \ case 96: \ case 97: \ case 98: \ case 99: \ case 100: \ case 101: \ case 102: \ case 103: \ case 104: \ case 106: \ case 1001: \ g_message ("%s: IGNORING mode %d", \ G_STRLOC, code); \ break; \ \ default: \ g_warning ("%s: unknown mode %d", \ G_STRLOC, code); \ } #define GET_ANSI_MODE(code, mode) \ switch (code) \ { \ case 4: \ mode = MODE_IRM; \ break; \ case 12: \ mode = MODE_SRM; \ break; \ case 20: \ mode = MODE_LNM; \ break; \ \ case 1: \ case 2: \ case 3: \ case 5: \ case 7: \ case 10: \ case 11: \ case 13: \ case 14: \ case 15: \ case 16: \ case 17: \ case 18: \ case 19: \ g_warning ("%s: ignoring mode %d", \ G_STRLOC, code); \ break; \ \ case -1: \ break; \ \ default: \ g_warning ("%s: unknown mode %d", \ G_STRLOC, code); \ } #define VT_ESC_ "\033" #define VT_CSI_ "\033[" #define VT_DCS_ "\033P" #define VT_ST_ "\033\\" #define VT_DECID_ VT_CSI_ "?1;2c" /* DA1: 1 132 columns 2 Printer port 4 Sixel 6 Selective erase 7 Soft character set (DRCS) TODO 8 User-defined keys (UDKs) TODO 9 National replacement character sets (NRCS) (International terminal only) TODO 12 Yugoslavian (SCS) 15 Technical character set TODO 18 Windowing capability TODO 21 Horizontal scrolling TODO 23 Greek 24 Turkish 42 ISO Latin-2 character set 44 PCTerm TODO 45 Soft key map TODO 46 ASCII emulation TODO */ #define VT_DA1_ VT_CSI_ "?64;1;c" /* TODO */ #define VT_DA2_ VT_CSI_ ">61;20;1;c" /* TODO */ #define VT_DA3_ VT_DCS_ "!|FFFFFFFF" VT_ST_ typedef enum { ANSI_ALL_ATTRIBUTES_OFF = 0, ANSI_BOLD = 1, ANSI_UNDERLINE = 4, ANSI_BLINKING = 5, ANSI_NEGATIVE = 7, ANSI_INVISIBLE = 8, /* TODO: why 22, why not 21? */ ANSI_BOLD_OFF = 22, ANSI_UNDERLINE_OFF = 24, ANSI_BLINKING_OFF = 25, ANSI_NEGATIVE_OFF = 27, ANSI_INVISIBLE_OFF = 28, ANSI_FORE_BLACK = 30, ANSI_FORE_RED = 31, ANSI_FORE_GREEN = 32, ANSI_FORE_YELLOW = 33, ANSI_FORE_BLUE = 34, ANSI_FORE_MAGENTA = 35, ANSI_FORE_CYAN = 36, ANSI_FORE_WHITE = 37, ANSI_BACK_BLACK = 40, ANSI_BACK_RED = 41, ANSI_BACK_GREEN = 42, ANSI_BACK_YELLOW = 43, ANSI_BACK_BLUE = 44, ANSI_BACK_MAGENTA = 45, ANSI_BACK_CYAN = 46, ANSI_BACK_WHITE = 47 } AnsiTextAttr; /* DECRQSS parameters */ typedef enum { CODE_DECSASD, /* Select Active Status Display*/ CODE_DECSCL, /* Set Conformance Level */ CODE_DECSCPP, /* Set Columns Per Page */ CODE_DECSLPP, /* Set Lines Per Page */ CODE_DECSNLS, /* Set Number of Lines per Screen */ CODE_DECSTBM, /* Set Top and Bottom Margins */ } DECRQSSCode; #define FINAL_DECSASD "$g" #define FINAL_DECSCL "\"p" #define FINAL_DECSCPP "$|" #define FINAL_DECSLPP "t" #define FINAL_DECSNLS "*|" #define FINAL_DECSTBM "r" #endif /* MOOTERM_MOOTERM_VT_H */