/* $NetBSD: key.h,v 1.3 2011/11/14 13:29:07 tnozaki Exp $ */ /*- * Copyright (c) 1991, 1993, 1994 * The Regents of the University of California. All rights reserved. * Copyright (c) 1991, 1993, 1994, 1995, 1996 * Keith Bostic. All rights reserved. * * See the LICENSE file for redistribution information. * * Id: key.h,v 10.50 2001/06/28 17:53:58 skimo Exp (Berkeley) Date: 2001/06/28 17:53:58 */ #include "multibyte.h" #ifdef USE_WIDECHAR #define FILE2INT5(sp,buf,n,nlen,w,wlen) \ sp->conv.file2int(sp, n, nlen, &buf, &wlen, &w) #define INT2FILE(sp,w,wlen,n,nlen) \ sp->conv.int2file(sp, w, wlen, &sp->wp->cw, &nlen, &n) #define CHAR2INT5(sp,buf,n,nlen,w,wlen) \ sp->conv.sys2int(sp, n, nlen, &buf, &wlen, &w) #define INT2CHAR(sp,w,wlen,n,nlen) \ sp->conv.int2sys(sp, w, wlen, &sp->wp->cw, &nlen, &n) #define INT2SYS(sp,w,wlen,n,nlen) \ sp->conv.int2sys(sp, w, wlen, &sp->wp->cw, &nlen, &n) #define INPUT2INT5(sp,cw,n,nlen,w,wlen) \ sp->conv.input2int(sp, n, nlen, &(cw), &wlen, &w) #define CONST #define CHAR_WIDTH(sp, ch) wcwidth(ch) #define INTISWIDE(c) (wctob(c) == EOF) /* XXX wrong name */ #else #define FILE2INT5(sp,buf,n,nlen,w,wlen) \ (w = n, wlen = nlen, 0) #define INT2FILE(sp,w,wlen,n,nlen) \ (n = w, nlen = wlen, 0) #define CHAR2INT5(sp,buf,n,nlen,w,wlen) \ (w = n, wlen = nlen, 0) #define INT2CHAR(sp,w,wlen,n,nlen) \ (n = w, nlen = wlen, 0) #define INT2SYS(sp,w,wlen,n,nlen) \ (n = w, nlen = wlen, 0) #define INPUT2INT5(sp,buf,n,nlen,w,wlen) \ (w = n, wlen = nlen, 0) #define CONST const #define INTISWIDE(c) 0 #define CHAR_WIDTH(sp, ch) 1 #endif #define FILE2INT(sp,n,nlen,w,wlen) \ FILE2INT5(sp,sp->wp->cw,n,nlen,w,wlen) #define CHAR2INT(sp,n,nlen,w,wlen) \ CHAR2INT5(sp,sp->wp->cw,n,nlen,w,wlen) #define MEMCPYW(to, from, n) \ memcpy(to, from, (n) * sizeof(CHAR_T)) #define MEMMOVEW(to, from, n) \ memmove(to, from, (n) * sizeof(CHAR_T)) /* The maximum number of columns any character can take up on a screen. */ #define MAX_CHARACTER_COLUMNS 4 /* * Event types. * * The program structure depends on the event loop being able to return * E_EOF/E_ERR multiple times -- eventually enough things will end due * to the events that vi will reach the command level for the screen, at * which point the exit flags will be set and vi will exit. */ typedef enum { E_NOTUSED = 0, /* Not set. */ E_CHARACTER, /* Input character: e_c set. */ E_EOF, /* End of input (NOT ^D). */ E_ERR, /* Input error. */ E_INTERRUPT, /* Interrupt. */ E_IPCOMMAND, /* IP command: e_ipcom set. */ E_REPAINT, /* Repaint: e_flno, e_tlno set. */ E_SIGHUP, /* SIGHUP. */ E_SIGTERM, /* SIGTERM. */ E_STRING, /* Input string: e_csp, e_len set. */ E_TIMEOUT, /* Timeout. */ E_WRESIZE, /* Window resize. */ E_FLAGS /* Flags */ } e_event_t; /* * Character values. */ typedef enum { K_NOTUSED = 0, /* Not set. */ K_BACKSLASH, /* \ */ K_CARAT, /* ^ */ K_CNTRLD, /* ^D */ K_CNTRLR, /* ^R */ K_CNTRLT, /* ^T */ K_CNTRLZ, /* ^Z */ K_COLON, /* : */ K_CR, /* \r */ K_ESCAPE, /* ^[ */ K_FORMFEED, /* \f */ K_HEXCHAR, /* ^X */ K_NL, /* \n */ K_RIGHTBRACE, /* } */ K_RIGHTPAREN, /* ) */ K_TAB, /* \t */ K_VERASE, /* set from tty: default ^H */ K_VKILL, /* set from tty: default ^U */ K_VLNEXT, /* set from tty: default ^V */ K_VWERASE, /* set from tty: default ^W */ K_ZERO /* 0 */ } e_key_t; struct _event { TAILQ_ENTRY(_event) q; /* Linked list of events. */ e_event_t e_event; /* Event type. */ int e_ipcom; /* IP command. */ #define CH_ABBREVIATED 0x01 /* Character is from an abbreviation. */ #define CH_MAPPED 0x02 /* Character is from a map. */ #define CH_NOMAP 0x04 /* Do not map the character. */ #define CH_QUOTED 0x08 /* Character is already quoted. */ ARG_CHAR_T e_c; /* Character. */ e_key_t e_value; /* Key type. */ #define e_flags e_val1 /* Flags. */ #define e_lno e_val1 /* Single location. */ #define e_cno e_val2 #define e_flno e_val1 /* Text region. */ #define e_fcno e_val2 #define e_tlno e_val3 #define e_tcno e_val4 size_t e_val1; /* Value #1. */ size_t e_val2; /* Value #2. */ size_t e_val3; /* Value #3. */ size_t e_val4; /* Value #4. */ #define e_csp e_str1 #define e_len e_len1 CHAR_T *e_str1; /* String #1. */ size_t e_len1; /* String #1 length. */ CHAR_T *e_str2; /* String #2. */ size_t e_len2; /* String #2 length. */ }; typedef struct _keylist { e_key_t value; /* Special value. */ int ch; /* Key. */ } KEYLIST; extern KEYLIST keylist[]; /* Return if more keys in queue. */ #define KEYS_WAITING(sp) ((sp)->wp->i_cnt != 0) #define MAPPED_KEYS_WAITING(sp) \ (KEYS_WAITING(sp) && \ FL_ISSET((sp)->wp->i_event[(sp)->wp->i_next].e_flags, CH_MAPPED)) /* The "standard" tab width, for displaying things to users. */ #define STANDARD_TAB 6 /* Various special characters, messages. */ #define CH_BSEARCH '?' /* Backward search prompt. */ #define CH_CURSOR ' ' /* Cursor character. */ #define CH_ENDMARK '$' /* End of a range. */ #define CH_EXPROMPT ':' /* Ex prompt. */ #define CH_FSEARCH '/' /* Forward search prompt. */ #define CH_HEX '\030' /* Leading hex character. */ #define CH_LITERAL '\026' /* ASCII ^V. */ #define CH_NO 'n' /* No. */ #define CH_NOT_DIGIT 'a' /* A non-isdigit() character. */ #define CH_QUIT 'q' /* Quit. */ #define CH_YES 'y' /* Yes. */ /* * Checking for interrupts means that we look at the bit that gets set if the * screen code supports asynchronous events, and call back into the event code * so that non-asynchronous screens get a chance to post the interrupt. * * INTERRUPT_CHECK is the number of lines "operated" on before checking for * interrupts. */ #define INTERRUPT_CHECK 100 #define INTERRUPTED(sp) \ (F_ISSET((sp)->gp, G_INTERRUPTED) || \ (!v_event_get(sp, NULL, 0, EC_INTERRUPT) && \ F_ISSET((sp)->gp, G_INTERRUPTED))) #define CLR_INTERRUPT(sp) \ F_CLR((sp)->gp, G_INTERRUPTED) /* Flags describing types of characters being requested. */ #define EC_INTERRUPT 0x001 /* Checking for interrupts. */ #define EC_MAPCOMMAND 0x002 /* Apply the command map. */ #define EC_MAPINPUT 0x004 /* Apply the input map. */ #define EC_MAPNODIGIT 0x008 /* Return to a digit. */ #define EC_QUOTED 0x010 /* Try to quote next character */ #define EC_RAW 0x020 /* Any next character. XXX: not used. */ #define EC_TIMEOUT 0x040 /* Timeout to next character. */ /* Flags describing text input special cases. */ #define TXT_ADDNEWLINE 0x00000001 /* Replay starts on a new line. */ #define TXT_AICHARS 0x00000002 /* Leading autoindent chars. */ #define TXT_ALTWERASE 0x00000004 /* Option: altwerase. */ #define TXT_APPENDEOL 0x00000008 /* Appending after EOL. */ #define TXT_AUTOINDENT 0x00000010 /* Autoindent set this line. */ #define TXT_BACKSLASH 0x00000020 /* Backslashes escape characters. */ #define TXT_BEAUTIFY 0x00000040 /* Only printable characters. */ #define TXT_BS 0x00000080 /* Backspace returns the buffer. */ #define TXT_CEDIT 0x00000100 /* Can return TERM_CEDIT. */ #define TXT_CNTRLD 0x00000200 /* Control-D is a command. */ #define TXT_CNTRLT 0x00000400 /* Control-T is an indent special. */ #define TXT_CR 0x00000800 /* CR returns the buffer. */ #define TXT_DOTTERM 0x00001000 /* Leading '.' terminates the input. */ #define TXT_EMARK 0x00002000 /* End of replacement mark. */ #define TXT_EOFCHAR 0x00004000 /* ICANON set, return EOF character. */ #define TXT_ESCAPE 0x00008000 /* Escape returns the buffer. */ #define TXT_FILEC 0x00010000 /* Option: filec. */ #define TXT_INFOLINE 0x00020000 /* Editing the info line. */ #define TXT_MAPINPUT 0x00040000 /* Apply the input map. */ #define TXT_NLECHO 0x00080000 /* Echo the newline. */ #define TXT_NUMBER 0x00100000 /* Number the line. */ #define TXT_OVERWRITE 0x00200000 /* Overwrite characters. */ #define TXT_PROMPT 0x00400000 /* Display a prompt. */ #define TXT_RECORD 0x00800000 /* Record for replay. */ #define TXT_REPLACE 0x01000000 /* Replace; don't delete overwrite. */ #define TXT_REPLAY 0x02000000 /* Replay the last input. */ #define TXT_RESOLVE 0x04000000 /* Resolve the text into the file. */ #define TXT_SEARCHINCR 0x08000000 /* Incremental search. */ #define TXT_SHOWMATCH 0x10000000 /* Option: showmatch. */ #define TXT_TTYWERASE 0x20000000 /* Option: ttywerase. */ #define TXT_WRAPMARGIN 0x40000000 /* Option: wrapmargin. */